Kun-AI-san/stack_v2_cpjp · Datasets at Hugging Face

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/Sys/Dev/Abstract/Pin/cmtPinBase.h

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hogiboygoy/cmt-lib

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refs/heads/master

2021-01-10T10:05:21.005585

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cmtPinBase.h

//============================================================================== // Cooperative MultiTasking system // CMT system // By Alexander Sibilev //============================================================================== //! Преобразователь битовых полей. Позволяет преобразовывать порядок следования битов struct CmtBitMap8 { const uint8 mMap[8]; uint8 Map( uint8 src ) const; }; uint8 CmtBitMap8::Map(uint8 src) const { uint8 res = 0; uint_8 i = 0; while( src ) { if( src & 1 ) res |= mMap[i]; src >>= 1; i++; } return res; } struct CmtBitMap16 { const uint16 mMap[16]; uint16 Map( uint16 src ) const; }; uint16 CmtBitMap16::Map(uint16 src) const { uint16 res = 0; uint_8 i = 0; while( src ) { if( src & 1 ) res |= mMap[i]; src >>= 1; i++; } return res; } struct CmtBitMap32 { const uint32 mMap[32]; uint32 Map( uint32 src ) const; }; uint32 CmtBitMap32::Map(uint32 src) const { uint32 res = 0; uint_8 i = 0; while( src ) { if( src & 1 ) res |= mMap[i]; src >>= 1; i++; } return res; } //! Один или несколько выводов, действующих как одно целое class CmtPin { public: virtual void SetDirIn( bool in = true ) = 0; virtual bool DirIn() const = 0; virtual bool In() const = 0; virtual void Set() = 0; virtual void Reset() = 0; }; //! Группа из восьми выводов (восьмибитная шина) class CmtPinGroup8 { public: virtual void SetDirIn( uint8 dirIn = 0xff ) = 0; virtual uint8 DirIn() const = 0; virtual uint8 In() const = 0; virtual void Set( uint8 mask ) = 0; virtual void Reset( uint8 mask ) = 0; virtual void Out( uint8 value ) = 0; }; //! Группа из шестнадцати выводов (шестнадцатибитная шина) class CmtPinGroup16 { public: virtual void SetDirIn( uint16 dirIn = 0xff ) = 0; virtual uint16 DirIn() const = 0; virtual uint16 In() const = 0; virtual void Set( uint16 mask ) = 0; virtual void Reset( uint16 mask ) = 0; virtual void Out( uint16 value ) = 0; }; //! Группа из тридцати двух выводов (тридцатидвухбитная шина) class CmtPinGroup32 { public: virtual void SetDirIn( uint32 dirIn = 0xff ) = 0; virtual uint32 DirIn() const = 0; virtual uint32 In() const = 0; virtual void Set( uint32 mask ) = 0; virtual void Reset( uint32 mask ) = 0; virtual void Out( uint32 value ) = 0; };

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/backtrace_libbt/bktce.h

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Wei-N-Ning/cxxDebugGems

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#ifndef _BACKTRACE_LIB_H #define _BACKTRACE_LIB_H #include <string> #include <vector> #include <cstdlib> using string_t = std::string; using bool_t = bool; using native_frame_ptr_t = const void *; //! A textural representation of an x86_64 runtime stack-frame; //! Provides accessor methods to retrieve the frame pointer; //! If debug symbols are available in the target binary, source code //! filename and line number are also available class Frame { public: explicit Frame(native_frame_ptr_t i_address); //! Returns the native frame pointer; native_frame_ptr_t get() const; //! Returns a print-friendly string; string_t toString() const; //! Is source code information accessible bool_t hasSourceInfo() const; //! Returns full path to the source code; const string_t& getSourceFilename() const; //! Returns full path to the binary file; const string_t& getBinaryFilename() const; //! Return the source code line number std::size_t getSourceLineNumber() const; private: native_frame_ptr_t m_native; string_t m_function; string_t m_sourceFilename; string_t m_binaryFilename; std::size_t m_sourceLineNumber; }; //! The textural representation of an x86_64 runtime stack. //! The instantiation of the class triggeres stack unwinding. //! The caller may use "numSkippedFrames" parameter to control the //! position of the starting frame. //! Note that if the target is built with fomit-frame-pointer (or other //! equivalent options) this container may be empty; class Stacktrace { public: // skip the call to the constructor and the unwinding function Stacktrace(std::size_t i_numSkippedFrames = 2); //! access each frame from the interior to the exterior; const std::vector<Frame>& getFrames() const; std::size_t size() const; private: std::vector<Frame> m_frames; }; //! unwind the stack then writes out the information collected from //! each frame to stdout. void simple_backtrace(); #endif // _BACKTRACE_LIB_H

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/groups/bsl/bslstl/bslstl_list.t.cpp

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bslstl_list.t.cpp

// bslstl_list.t.cpp -*-C++-*- #include <bslstl_list.h> #include <bslstl_iterator.h> #include <bslma_allocator.h> #include <bslma_default.h> #include <bslma_defaultallocatorguard.h> // for testing only #include <bslma_newdeleteallocator.h> #include <bslma_testallocator.h> // for testing only #include <bslma_testallocatorexception.h> // for testing only #include <bslmf_assert.h> // for testing only #include <bslmf_issame.h> // for testing only #include <bsls_alignmentutil.h> #include <bsls_bsltestutil.h> #include <bsls_objectbuffer.h> #include <bsls_platform.h> #include <bsls_stopwatch.h> // for testing only #include <bsls_types.h> #include <bsltf_nonassignabletesttype.h> // for testing only #include <stdexcept> // 'length_error', 'out_of_range' #include <algorithm> // 'next_permutation' #include <functional> // 'less' #include <cctype> #include <cstdio> #include <cstdlib> #include <cstddef> using namespace BloombergLP; using namespace std; using namespace bsl; //============================================================================= // TEST PLAN //----------------------------------------------------------------------------- // Overview // -------- // The object under testing is a container whose interface and contract is // dictated by the C++ standard. The general concerns are compliance, // exception safety (including the strong guarantee for insert and emplace), // and proper dispatching (for member function templates such as assign and // insert). In addition, it is a value-semantic type whose salient attributes // are size and value of each element in sequence. This container is // implemented in the form of a class template, and thus its proper // instantiation for several types is a concern. Regarding the allocator // template argument, we use mostly a 'bsl::allocator' together with a // 'bslma_TestAllocator' mechanism, but we also verify the C++ standard. // // This test plan follows the standard approach for components implementing // value-semantic containers. We have chosen as *primary* *manipulators* the // 'push_back' and 'clear' methods to be used by the generator functions 'g' // and 'gg'. Note that some manipulators must support aliasing, and those // that perform memory allocation must be tested for exception neutrality via // the 'bslma_testallocator' component. After the mandatory sequence of cases // (1--10) for value-semantic types (cases 5 and 10 are not implemented, as // there is not output or streaming below bslstl), we test each individual // constructor, manipulator, and accessor in subsequent cases. // // Abbreviations: // -------------- // Throughout this test driver, we use // T VALUE (template argument, no default) // A ALLOCATOR (template argument, default: bsl::allocator<T>) // list<T,A> bsl::list<VALUE_TYPE,ALLOCATOR> // list list<T,A> // Args... shorthand for a family of templates <A1>, <A1,A2>, etc. // // The of tests below is grouped as per the definition of list in the C++ // standard (construct, iterators, capacity...) rather than the canonical // grouping of members per BDE convention (CREATORS, MANIPULATORS, ACCESSORS). // ---------------------------------------------------------------------------- // class list<T,A> (list) // ============================================================================ // // TYPES: // [21] reference // [21] const_reference // [16] iterator // [16] const_iterator // [21] size_type // [21] difference_type // [21] value_type // [21] allocator_type // [21] pointer // [21] const_pointer // [16] reverse_iterator // [16] const_reverse_iterator // [22] TYPE TRAITS // // CREATORS: // [ 2] list(const A& a = A()); // [12] list(size_type n, const T& val = T(), const A& a = A()); // [12] template<class InputIter> // list(InputIter first, InputIter last, const A& a = A()); // [ 7] list(const list& orig, const A& = A()); // [ 2] ~list(); // /// MANIPULATORS: // [ 9] operator=(list&); // [13] template <class InputIter> // void assign(InputIter first, InputIter last); // [13] void assign(size_type numElements, const T& val); // [16] iterator begin(); // [16] iterator end(); // [16] reverse_iterator rbegin(); // [16] reverse_iterator rend(); // [14] void resize(size_type n); // [14] void resize(size_type n, const T& val); // [15] reference front(); // [15] reference back(); // [17] void push_front(const T&); // [18] void pop_front(); // [17] void push_back(const T&); // [18] void pop_back(); // [17] iterator insert(const_iterator pos, const T& val); // [17] iterator insert(const_iterator pos, size_type n, const T& val); // [17] template <class InputIter> // void insert(const_iterator pos, InputIter first, InputIter last); // [18] iterator erase(const_iterator pos); // [18] iterator erase(const_iterator first, const_iterator last); // [19] void swap(list&); // [ 2] void clear(); // [24] void splice(iterator pos, list& other); // [24] void splice(iterator pos, list& other, iterator i); // [24] void splice(iterator pos, list& other, iterator first, iterator last); // [25] void remove(const T& val); // [25] template <class PRED> void remove_if(PRED p); // [26] void unique(); // [26] template <class BINPRED> void unique(BINPRED p); // [27] void merge(list& other); // [27] template <class COMP> void merge(list& other, COMP c); // [28] void sort(); // [28] template <class COMP> void sort(COMP c); // [23] void reverse(); // // ACCESSORS: // [11] A get_allocator() const; // [16] const_iterator begin(); // [16] const_iterator end(); // [16] const_reverse_iterator rbegin(); // [16] const_reverse_iterator rend(); // [ 4] bool empty() const; // [ 4] size_type size() const; // [14] size_type max_size() const; // [15] const_reference front() const; // [15] const_reference back() const; // // FREE OPERATORS: // [ 6] bool operator==(const list<T,A>&, const list<T,A>&); // [ 6] bool operator!=(const list<T,A>&, const list<T,A>&); // [20] bool operator<(const list<T,A>&, const list<T,A>&); // [20] bool operator>(const list<T,A>&, const list<T,A>&); // [20] bool operator<=(const list<T,A>&, const list<T,A>&); // [20] bool operator>=(const list<T,A>&, const list<T,A>&); // [19] void swap(list<T,A>&, list<T,A>&); //----------------------------------------------------------------------------- // [ 1] BREATHING TEST // [11] ALLOCATOR-RELATED CONCERNS // [29] USAGE EXAMPLE // // TEST APPARATUS: GENERATOR FUNCTIONS // [ 3] int ggg(list<T,A> *object, const char *spec, int vF = 1); // [ 3] list<T,A>& gg(list<T,A> *object, const char *spec); // [ 8] list<T,A> g(const char *spec); // [ 4] iterator succ(iterator); // [ 4] const_iterator succ(iterator) const; // [ 4] T& nthElem(list& x, int n); // [ 4] const T& nthElem(list& x, int n) const; // [ 4] bool is_mutable(T&); // [ 4] bool is_mutable(const T&); //----------------------------------------------------------------------------- //============================================================================= // STANDARD BDE ASSERT TEST MACRO //----------------------------------------------------------------------------- // NOTE: THIS IS A LOW-LEVEL COMPONENT AND MAY NOT USE ANY C++ LIBRARY // FUNCTIONS, INCLUDING IOSTREAMS. namespace { int testStatus = 0; void aSsErT(int c, const char *s, int i) { if (c) { printf("Error " __FILE__ "(%d): %s (failed)\n", i, s); if (testStatus >= 0 && testStatus <= 100) ++testStatus; } } } // close unnamed namespace # define ASSERT(X) { aSsErT(!(X), #X, __LINE__); } //============================================================================= // STANDARD BDE LOOP-ASSERT TEST MACROS //----------------------------------------------------------------------------- // NOTE: This implementation of LOOP_ASSERT macros must use printf since // cout uses new and must not be called during exception testing. #define LOOP_ASSERT(I,X) { \ if (!(X)) { printf("%s", #I ": "); dbg_print(I); printf("\n"); \ fflush(stdout); aSsErT(1, #X, __LINE__); } } #define LOOP2_ASSERT(I,J,X) { \ if (!(X)) { printf("%s", #I ": "); dbg_print(I); printf("\t"); \ printf("%s", #J ": "); dbg_print(J); printf("\n"); \ fflush(stdout); aSsErT(1, #X, __LINE__); } } #define LOOP3_ASSERT(I,J,K,X) { \ if (!(X)) { printf("%s", #I ": "); dbg_print(I); printf("\t"); \ printf("%s", #J ": "); dbg_print(J); printf("\t"); \ printf("%s", #K ": "); dbg_print(K); printf("\n"); \ fflush(stdout); aSsErT(1, #X, __LINE__); } } #define LOOP4_ASSERT(I,J,K,L,X) { \ if (!(X)) { printf("%s", #I ": "); dbg_print(I); printf("\t"); \ printf("%s", #J ": "); dbg_print(J); printf("\t"); \ printf("%s", #K ": "); dbg_print(K); printf("\t"); \ printf("%s", #L ": "); dbg_print(L); printf("\n"); \ fflush(stdout); aSsErT(1, #X, __LINE__); } } #define LOOP5_ASSERT(I,J,K,L,M,X) { \ if (!(X)) { printf("%s", #I ": "); dbg_print(I); printf("\t"); \ printf("%s", #J ": "); dbg_print(J); printf("\t"); \ printf("%s", #K ": "); dbg_print(K); printf("\t"); \ printf("%s", #L ": "); dbg_print(L); printf("\t"); \ printf("%s", #M ": "); dbg_print(M); printf("\n"); \ fflush(stdout); aSsErT(1, #X, __LINE__); } } //============================================================================= // SEMI-STANDARD TEST OUTPUT MACROS //----------------------------------------------------------------------------- #define Q(X) printf("<| " #X " |>\n"); // Quote identifier literally. #define P(X) dbg_print(#X " = ", X, "\n") // Print identifier and value. #define P_(X) dbg_print(#X " = ", X, ", ") // P(X) without '\n' #define L_ __LINE__ // current Line number #define T_ putchar('\t'); // Print a tab (w/o newline) // ============================================================================ // PRINTF FORMAT MACRO ABBREVIATIONS // ---------------------------------------------------------------------------- #define ZU BSLS_BSLTESTUTIL_FORMAT_ZU //============================================================================= // GLOBAL TYPEDEFS/CONSTANTS FOR TESTING //----------------------------------------------------------------------------- // TYPES class TestType; class TestTypeNoAlloc; class TestTypeOtherAlloc; template <class T> class OtherAllocator; typedef TestType T; // uses 'bslma' allocators typedef TestTypeNoAlloc TNA; // does not use 'bslma' allocators typedef TestTypeOtherAlloc TOA; // Uses non-'bslma' allocators typedef OtherAllocator<TestType> OAT; // Non-'bslma' allocator typedef OtherAllocator<TestTypeOtherAlloc> OATOA; // Non-'bslma' allocator typedef bsls::Types::Int64 Int64; typedef bsls::Types::Uint64 Uint64; // TEST OBJECT (unless o/w specified) typedef char Element; // every TestType's value type typedef list<T> Obj; // CONSTANTS const char UNINITIALIZED_VALUE = '_'; const char DEFAULT_VALUE = 'z'; const char VA = 'A'; const char VB = 'B'; const char VC = 'C'; const char VD = 'D'; const char VE = 'E'; const char VF = 'F'; const char VG = 'G'; const char VH = 'H'; // All test types have character value type. const int LARGE_SIZE_VALUE = 10; // Declare a large value for insertions into the list. //============================================================================= // GLOBAL HELPER FUNCTIONS FOR TESTING //----------------------------------------------------------------------------- // Fundamental-type-specific print functions. inline void dbg_print(char c) { printf("%c", c); fflush(stdout); } inline void dbg_print(unsigned char c) { printf("%c", c); fflush(stdout); } inline void dbg_print(signed char c) { printf("%c", c); fflush(stdout); } inline void dbg_print(short val) { printf("%hd", val); fflush(stdout); } inline void dbg_print(unsigned short val) {printf("%hu", val); fflush(stdout);} inline void dbg_print(int val) { printf("%d", val); fflush(stdout); } inline void dbg_print(unsigned int val) { printf("%u", val); fflush(stdout); } inline void dbg_print(long val) { printf("%lu", val); fflush(stdout); } inline void dbg_print(unsigned long val) { printf("%lu", val); fflush(stdout);} inline void dbg_print(Int64 val) { printf("%lld", val); fflush(stdout); } inline void dbg_print(Uint64 val) { printf("%llu", val); fflush(stdout); } inline void dbg_print(float val) { printf("'%f'", val); fflush(stdout); } inline void dbg_print(double val) { printf("'%f'", val); fflush(stdout); } inline void dbg_print(const char* s) { printf("\"%s\"", s); fflush(stdout); } // List-specific print function. template <class TYPE, class ALLOC> void dbg_print(const list<TYPE,ALLOC>& v) { if (v.empty()) { printf("<empty>"); } else { typedef typename list<TYPE,ALLOC>::const_iterator iter; for (iter i = v.begin(); i != v.end(); ++i) { dbg_print(*i); } } fflush(stdout); } // Generic debug print function (3-arguments). template <class T> void dbg_print(const char* s, const T& val, const char* nl) { printf("%s", s); dbg_print(val); printf("%s", nl); fflush(stdout); } // Return the 'n'th iterator after 'it': template <class ITER> inline ITER succ(ITER it, int n = 1) { for (int i = 0; i < n; ++i) ++it; return it; } // Return the 'n'th element of container x, counting from 0. (I.e., if for // n == 0, return x.front().) template <class C> inline typename C::value_type& nthElem(C& x, int n) { return *succ(x.begin(), n); } template <class C> inline const typename C::value_type& nthElem(const C& x, int n) { return *succ(x.begin(), n); } template <class T> inline bool is_mutable(T& /* x */) { return true; } // Return 'true'. Preferred match if 'x' is a modifiable lvalue. template <class T> inline bool is_mutable(const T& /* x */) { return false; } // Return 'false'. Preferred match if 'x' is an rvalue or const lvalue. template <class T> inline T as_rvalue(const T& x) { return x; } // Return a copy of 'x' as an rvalue, even if called on a (possibly // const-qualified) lvalue or reference argument. template <class T> inline char value_of(const T& x) { return static_cast<char>(x); } // Return the char value corresponding to 'x'. Specialized for each test // type. //============================================================================= // GLOBAL HELPER CLASSES FOR TESTING //----------------------------------------------------------------------------- // STATIC DATA static int verbose, veryVerbose, veryVeryVerbose, veryVeryVeryVerbose; static bslma::TestAllocator *globalAllocator_p, *defaultAllocator_p, *objectAllocator_p; static int numDefaultCtorCalls = 0; static int numCharCtorCalls = 0; static int numCopyCtorCalls = 0; static int numAssignmentCalls = 0; static int numDestructorCalls = 0; // ==================== // class ExceptionGuard // ==================== template <class VALUE_TYPE> struct ExceptionGuard { // This scoped guard helps to verify the full guarantee of rollback in // exception-throwing code. // DATA int d_lineNum; VALUE_TYPE d_value; VALUE_TYPE *d_object_p; public: // CREATORS ExceptionGuard(VALUE_TYPE *object, const VALUE_TYPE& value, int line) : d_lineNum(line) , d_value(value) , d_object_p(object) {} ~ExceptionGuard() { if (d_object_p) { const int LINE = d_lineNum; LOOP_ASSERT(LINE, d_value == *d_object_p); } } // MANIPULATORS void resetValue(const VALUE_TYPE& value, int line) { d_lineNum = line; d_value = value; } void release() { d_object_p = 0; } }; // ============== // class TestType // ============== class TestType { // This test type contains a 'char' in some allocated storage. It counts // the number of default and copy constructions, assignments, and // destructions. It has no traits other than using a 'bslma' allocator. // It could have the bit-wise moveable traits but we defer that trait to // the 'MoveableTestType'. char *d_data_p; bslma::Allocator *d_allocator_p; void init(const TestType& x) { ++numCharCtorCalls; d_data_p = (char *)d_allocator_p->allocate(sizeof(char)); *d_data_p = *x.d_data_p; } public: // TRAITS BSLMF_NESTED_TRAIT_DECLARATION(TestType, bslma::UsesBslmaAllocator); // CREATORS explicit TestType(bslma::Allocator *ba = 0) : d_data_p(0) , d_allocator_p(bslma::Default::allocator(ba)) { ++numDefaultCtorCalls; d_data_p = (char *)d_allocator_p->allocate(sizeof(char)); *d_data_p = DEFAULT_VALUE; } explicit TestType(char c, bslma::Allocator *ba = 0) : d_data_p(0) , d_allocator_p(bslma::Default::allocator(ba)) { ++numCharCtorCalls; d_data_p = (char *)d_allocator_p->allocate(sizeof(char)); *d_data_p = c; } TestType(const TestType& original, bslma::Allocator *ba = 0) : d_data_p(0) , d_allocator_p(bslma::Default::allocator(ba)) { ++numCopyCtorCalls; ASSERT(&original != this); d_data_p = (char *)d_allocator_p->allocate(sizeof(char)); *d_data_p = *original.d_data_p; } TestType(int a1, const TestType& x, bslma::Allocator *ba = 0) : d_data_p(0) , d_allocator_p(bslma::Default::allocator(ba)) { ASSERT(1 == a1); init(x); } TestType(int a1, int a2, const TestType& x, bslma::Allocator *ba = 0) : d_data_p(0) , d_allocator_p(bslma::Default::allocator(ba)) { ASSERT(1 == a1); ASSERT(2 == a2); init(x); } TestType(int a1, int a2, int a3, const TestType& x, bslma::Allocator *ba = 0) : d_data_p(0) , d_allocator_p(bslma::Default::allocator(ba)) { ASSERT(1 == a1); ASSERT(2 == a2); ASSERT(3 == a3); init(x); } TestType(int a1, int a2, int a3, int a4, const TestType& x, bslma::Allocator *ba = 0) : d_data_p(0) , d_allocator_p(bslma::Default::allocator(ba)) { ASSERT(1 == a1); ASSERT(2 == a2); ASSERT(3 == a3); ASSERT(4 == a4); init(x); } ~TestType() { ++numDestructorCalls; ASSERT(d_data_p != 0); *d_data_p = UNINITIALIZED_VALUE; d_allocator_p->deallocate(d_data_p); d_data_p = 0; d_allocator_p = 0; } // MANIPULATORS TestType& operator=(const TestType& rhs) { ++numAssignmentCalls; if (&rhs != this) { char *newData = (char *)d_allocator_p->allocate(sizeof(char)); *d_data_p = UNINITIALIZED_VALUE; d_allocator_p->deallocate(d_data_p); d_data_p = newData; *d_data_p = *rhs.d_data_p; } return *this; } void setDatum(char c) { *d_data_p = c; } // ACCESSORS char value() const { return *d_data_p; } bslma::Allocator *allocator() const { return d_allocator_p; } void print() const { if (d_data_p) { ASSERT(isalpha(*d_data_p)); printf("%c (int: %d)\n", *d_data_p, (int)*d_data_p); } else { printf("VOID\n"); } } }; // FREE OPERATORS bool operator==(const TestType& lhs, const TestType& rhs) { ASSERT(isalpha(lhs.value())); ASSERT(isalpha(rhs.value())); return lhs.value() == rhs.value(); } bool operator<(const TestType& lhs, const TestType& rhs) { ASSERT(isalpha(lhs.value())); ASSERT(isalpha(rhs.value())); return lhs.value() < rhs.value(); } // TestType-specific print function. void dbg_print(const TestType& rhs) { printf("%c", rhs.value()); fflush(stdout); } // TestType-specific value_of function. template <> inline char value_of<TestType>(const TestType& x) { return x.value(); } // Specializations of std::less and std::equal_to should never be called. // Certain algorithms have variants that call either a predicate function or // operator<. A non-compliant implementation may implement the latter variant // by calling the former variant using std::less because most of the time, // they are identical. Unfortunately, the standard does not require that // std::less do the same thing as operator<. The same problem occurs with // std::equal_to and operator==. These specializations suppress the default // definitions of std::less and std::equal_t and intercept stray calls by // non-compliant implementations. namespace std { template <> struct less<TestType> : binary_function<TestType, TestType, bool> { bool operator()(const TestType& a, const TestType& b) const { ASSERT(!"less<TestType> should not be called"); return a < b; } }; template <> struct equal_to<TestType> : binary_function<TestType, TestType, bool> { bool operator()(const TestType& a, const TestType& b) const { ASSERT(!"equal_to<TestType> should not be called"); return a == b; } }; } // close namespace std // ===================== // class TestTypeNoAlloc // ===================== class TestTypeNoAlloc { // This test type has footprint and interface identical to 'TestType'. It // also counts the number of default and copy constructions, assignments, // and destructions. // DATA union { char d_char; char d_fill[sizeof(TestType)]; } d_u; public: // CREATORS TestTypeNoAlloc() { d_u.d_char = DEFAULT_VALUE; ++numDefaultCtorCalls; } explicit TestTypeNoAlloc(char c) { d_u.d_char = c; ++numCharCtorCalls; } TestTypeNoAlloc(const TestTypeNoAlloc& original) { d_u.d_char = original.d_u.d_char; ++numCopyCtorCalls; } ~TestTypeNoAlloc() { ++numDestructorCalls; d_u.d_char = '_'; } // MANIPULATORS TestTypeNoAlloc& operator=(const TestTypeNoAlloc& rhs) { ++numAssignmentCalls; d_u.d_char = rhs.d_u.d_char; return *this; } // ACCESSORS char value() const { return d_u.d_char; } void print() const { ASSERT(isalpha(d_u.d_char)); printf("%c (int: %d)\n", d_u.d_char, (int)d_u.d_char); } }; // FREE OPERATORS bool operator==(const TestTypeNoAlloc& lhs, const TestTypeNoAlloc& rhs) { ASSERT(isalpha(lhs.value())); ASSERT(isalpha(rhs.value())); return lhs.value() == rhs.value(); } // TestType-specific print function. void dbg_print(const TestTypeNoAlloc& rhs) { printf("%c", rhs.value()); fflush(stdout); } // TestTypeTypeNoAlloc-specific value_of function. template <> inline char value_of<TestTypeNoAlloc>(const TestTypeNoAlloc& x) { return x.value(); } // ==================== // class OtherAllocator // ==================== bslma::TestAllocator OtherAllocatorDefaultImp; template <class T> class OtherAllocator { bslma::Allocator* d_implementation; public: // An STL allocator type other than 'bsl::allocator'. Like // 'bsl::allocator', it is constructed with a 'bslma_Allocator' pointer, // but it is not implicitly convertible from 'bslma_Allocator*'. // TYPES typedef T value_type; typedef T *pointer; typedef const T *const_pointer; typedef T& reference; typedef const T& const_reference; typedef size_t size_type; typedef ptrdiff_t difference_type; template <class U> struct rebind { typedef OtherAllocator<U> other; }; // Constructors explicit OtherAllocator(bslma::Allocator* a) : d_implementation(a) { } OtherAllocator() : d_implementation(&OtherAllocatorDefaultImp) { } template <class U> OtherAllocator(const OtherAllocator<U>& other) : d_implementation(other.implementation()) { } // Manipulators T* allocate(size_t n, const void* = 0) { return static_cast<T*>(d_implementation->allocate(sizeof(T)*n)); } void deallocate(T* p, size_t) { d_implementation->deallocate(p); } void construct(pointer p, const T& v) { ::new((void*) p) T(v); } void destroy(pointer p) { p->~T(); } // Accessors size_t max_size() const { return ((size_t)-1) / sizeof(T); } bslma::Allocator* implementation() const { return d_implementation; } }; template <class T, class U> inline bool operator==(const OtherAllocator<T>& a, const OtherAllocator<U>& b) { return a.implementation() == b.implementation(); } template <class T, class U> inline bool operator!=(const OtherAllocator<T>& a, const OtherAllocator<U>& b) { return a.implementation() != b.implementation(); } // ======================== // class TestTypeOtherAlloc // ======================== class TestTypeOtherAlloc { // This test type contains a 'char' in some allocated storage. It counts // the number of default and copy constructions, assignments, and // destructions. It has no traits other than using a 'bslma' allocator. // It could have the bit-wise moveable traits but we defer that trait to // the 'MoveableTestTypeOtherAlloc'. char *d_data_p; OtherAllocator<char> d_allocator; public: // TYPES typedef OtherAllocator<char> allocator_type; // CREATORS explicit TestTypeOtherAlloc(allocator_type a = allocator_type()) : d_data_p(0) , d_allocator(a) { ++numDefaultCtorCalls; d_data_p = d_allocator.allocate(1); *d_data_p = DEFAULT_VALUE; } explicit TestTypeOtherAlloc(char c, allocator_type a = allocator_type()) : d_data_p(0) , d_allocator(a) { ++numCharCtorCalls; d_data_p = d_allocator.allocate(1); *d_data_p = c; } TestTypeOtherAlloc(const TestTypeOtherAlloc& original, allocator_type a = allocator_type()) : d_data_p(0) , d_allocator(a) { ++numCopyCtorCalls; if (&original != this) { d_data_p = d_allocator.allocate(1); *d_data_p = *original.d_data_p; } } ~TestTypeOtherAlloc() { ++numDestructorCalls; *d_data_p = UNINITIALIZED_VALUE; d_allocator.deallocate(d_data_p, 1); d_data_p = 0; } // MANIPULATORS TestTypeOtherAlloc& operator=(const TestTypeOtherAlloc& rhs) { ++numAssignmentCalls; if (&rhs != this) { char *newData = d_allocator.allocate(1); *d_data_p = UNINITIALIZED_VALUE; d_allocator.deallocate(d_data_p, 1); d_data_p = newData; *d_data_p = *rhs.d_data_p; } return *this; } void setDatum(char c) { *d_data_p = c; } // ACCESSORS char value() const { return *d_data_p; } allocator_type get_allocator() const { return d_allocator; } bslma::Allocator* allocator() const { return d_allocator.implementation(); } void print() const { if (d_data_p) { ASSERT(isalpha(*d_data_p)); printf("%c (int: %d)\n", *d_data_p, (int)*d_data_p); } else { printf("VOID\n"); } } }; // FREE OPERATORS bool operator==(const TestTypeOtherAlloc& lhs, const TestTypeOtherAlloc& rhs) { ASSERT(isalpha(lhs.value())); ASSERT(isalpha(rhs.value())); return lhs.value() == rhs.value(); } bool operator<(const TestTypeOtherAlloc& lhs, const TestTypeOtherAlloc& rhs) { ASSERT(isalpha(lhs.value())); ASSERT(isalpha(rhs.value())); return lhs.value() < rhs.value(); } // TestTypeOtherAlloc-specific print function. void dbg_print(const TestTypeOtherAlloc& rhs) { printf("%c", rhs.value()); fflush(stdout); } // TestTypeOtherAlloc-specific value_of function. template <> inline char value_of<TestTypeOtherAlloc>(const TestTypeOtherAlloc& x) { return x.value(); } // ============= // class RandSeq // ============= template <class TYPE> class RandSeq { // Random-access sequence. This class is a simple wrapper around an array // offering a random-access iterator access via the 'begin' and 'end' // accessors. The iterator is specifically a *random-access* iterator and // its value type is the parameterized 'TYPE'. // DATA TYPE* d_value; size_t d_len; public: // TYPES typedef const TYPE *const_iterator; // Random-access iterator. // CREATORS RandSeq() : d_value(0), d_len(0) {} RandSeq(const char* value); ~RandSeq(); // ACCESSORS const TYPE& operator[](size_t index) const; const_iterator begin() const; const_iterator end() const; }; // CREATORS template <class TYPE> RandSeq<TYPE>::RandSeq(const char* value) : d_value(0), d_len(std::strlen(value)) { if (d_len) { d_value = (TYPE*) ::operator new(d_len * sizeof(TYPE)); for (size_t i = 0; i < d_len; ++i) { ::new((void*) &d_value[i]) TYPE(value[i]); } } } template <class TYPE> RandSeq<TYPE>::~RandSeq() { for (size_t i = 0; i < d_len; ++i) { d_value[i].~TYPE(); } ::operator delete(d_value); } // ACCESSORS template <class TYPE> const TYPE& RandSeq<TYPE>::operator[](size_t index) const { return d_value[index]; } template <class TYPE> typename RandSeq<TYPE>::const_iterator RandSeq<TYPE>::begin() const { return const_iterator(d_value); } template <class TYPE> typename RandSeq<TYPE>::const_iterator RandSeq<TYPE>::end() const { return const_iterator(d_value + d_len); } // ============== // class InputSeq // ============== template <class TYPE> class InputSeq; template <class TYPE> class InputSeqConstIterator; template <class TYPE> bool operator==(InputSeqConstIterator<TYPE> a, InputSeqConstIterator<TYPE> b); template <class TYPE> class InputSeqConstIterator { // Const iterator type for the InputSeq container type. This iterator is // specifically an *input* iterator. Iteration is not intended to be // restarted from a copy of an iterator. If one iterator is a copy of // another, then incrementing either one will invalidate the other one. // Use of an invalidated iterator is checked for. typedef typename RandSeq<TYPE>::const_iterator BaseIterType; typedef bsl::iterator_traits<BaseIterType> BaseIterTraits; // Input iterators are not value-semantic types. In particular, if two // iterators compare equal and both are incremented, they need not // continue to compare equal. We allow only one "active" iterator on a // given sequence. We keep track of the active iterator by keeping a // master iterator in the container. The 'd_master' member of valid // iterator will point to the master and its 'd_imp' member will have the // same value as the master. If a valid iterator is copied by copy // construction or assignment, then both the original and copy are valid. // However, as soon as one is incremented, the 'd_imp' of other one will // no longer match the master, making it invalid. As a special case, an // iterator with a null master is valid but not incrementable. These // special iterators are used for the 'end' iterator and for the return of // the post-increment operator. BaseIterType *d_master; BaseIterType d_imp; InputSeqConstIterator(BaseIterType *m, BaseIterType i) : d_master(m), d_imp(i) { } // Construct an iterator using 'm' as the address of the master // iterator and 'i' as the initial iterator position. If 'm' is null, // then the resulting iterator is valid, but may not be incremented. // If 'm' is non-null and '*m' does not equal 'i', then the resulting // iterator is invalid -- it may not be dereferenced or incremented, // but it may be assigned a new value. friend class InputSeq<TYPE>; template <class T> friend bool operator==(InputSeqConstIterator<T> a, InputSeqConstIterator<T> b); public: typedef std::input_iterator_tag iterator_category; typedef typename BaseIterTraits::value_type value_type; typedef typename BaseIterTraits::difference_type difference_type; typedef typename BaseIterTraits::pointer pointer; typedef typename BaseIterTraits::reference reference; // Use compiler-generated copy constructor, assignment, and destructor: // InputSeqConstIterator(const InputSeqConstIterator&); // InputSeqConstIterator& operator=(const InputSeqConstIterator&); // ~InputSeqConstIterator(); // MANIPULATORS InputSeqConstIterator& operator++() { ASSERT(d_master && d_imp == *d_master); // test if incrementable if (!(d_master && d_imp == *d_master)) { // Continue test despite error by creating self-mastered iterator. // This assignment also prevents cascade errors. d_master = &d_imp; } d_imp = ++*d_master; return *this; } const InputSeqConstIterator operator++(int) { InputSeqConstIterator ret(0,d_imp); ++*this; return ret; } // ACCESSORS reference operator*() const { ASSERT( ! d_master || d_imp == *d_master); // test if valid return *d_imp; } pointer operator->() const { return &this->operator*(); } }; template <class TYPE> class InputSeq { // This array class is a simple wrapper on a 'char' array offering an // input iterator access via the 'begin' and 'end' accessors. The // iterator is specifically an *input* iterator and its value type // is the parameterized 'TYPE'. // DATA RandSeq<TYPE> d_value; mutable typename RandSeq<TYPE>::const_iterator d_masterIter; public: // TYPES typedef InputSeqConstIterator<TYPE> const_iterator; // CREATORS InputSeq() {} InputSeq(const char* value); // ACCESSORS const_iterator begin() const; const_iterator end() const; const TYPE operator[](int idx) const { return d_value[idx]; } }; // CREATORS template <class TYPE> InputSeq<TYPE>::InputSeq(const char* value) : d_value(value) { } // ACCESSORS template <class TYPE> inline InputSeqConstIterator<TYPE> InputSeq<TYPE>::begin() const { d_masterIter = d_value.begin(); return InputSeqConstIterator<TYPE>(&d_masterIter, d_masterIter); } template <class TYPE> inline InputSeqConstIterator<TYPE> InputSeq<TYPE>::end() const { return InputSeqConstIterator<TYPE>(0, d_value.end()); } template <class TYPE> inline bool operator==(InputSeqConstIterator<TYPE> a, InputSeqConstIterator<TYPE> b) { return (a.d_imp == b.d_imp && (a.d_master == b.d_master || 0 == a.d_master || 0 == b.d_master)); } template <class TYPE> inline bool operator!=(InputSeqConstIterator<TYPE> a, InputSeqConstIterator<TYPE> b) { return ! (a == b); } // ==================== // class LimitAllocator // ==================== template <class ALLOC> class LimitAllocator : public ALLOC { public: // TYPES typedef typename ALLOC::value_type value_type; typedef typename ALLOC::pointer pointer; typedef typename ALLOC::const_pointer const_pointer; typedef typename ALLOC::reference reference; typedef typename ALLOC::const_reference const_reference; typedef typename ALLOC::size_type size_type; typedef typename ALLOC::difference_type difference_type; template <class OTHER_TYPE> struct rebind { // It is better not to inherit the rebind template, or else // rebind<X>::other would be ALLOC::rebind<OTHER_TYPE>::other // instead of LimitAlloc<X>. typedef LimitAllocator<typename ALLOC::template rebind<OTHER_TYPE>::other > other; }; private: // PRIVATE TYPES typedef ALLOC AllocBase; // DATA size_type d_limit; public: // CREATORS LimitAllocator() : d_limit(-1) {} // Templatize to make this a better match than the next constructor. template <class BSLMA_ALLOC> explicit LimitAllocator(BSLMA_ALLOC *mechanism) : AllocBase(mechanism), d_limit(-1) { } template <class U_ALLOC> LimitAllocator(const U_ALLOC& rhs) : AllocBase(rhs), d_limit(rhs.max_size()) { } ~LimitAllocator() { } // MANIPULATORS void setMaxSize(size_type maxSize) { d_limit = maxSize; } // ACCESSORS size_type max_size() const { return d_limit; } }; namespace BloombergLP { namespace bslmf { template <class ALLOCATOR> struct IsBitwiseMoveable<LimitAllocator<ALLOCATOR> > : IsBitwiseMoveable<ALLOCATOR> {}; } // close namespace bslmf namespace bslma { template <class ALLOCATOR> struct UsesBslmaAllocator<LimitAllocator<ALLOCATOR> > : bsl::is_convertible<Allocator*, ALLOCATOR> {}; } // close namespace bslma } // close enterprise namespace // ==================== // class PointerWrapper // ==================== template <class T> class PointerWrapper; template <class T> class PointerWrapper<const T> { // Wrapper around a raw pointer to const T. Convertible both ways. protected: T* d_imp; public: PointerWrapper() { } PointerWrapper(const T* p) : d_imp(const_cast<T*>(p)) { } operator const T* () const { return d_imp; } const T* operator->() const { return d_imp; } const T& operator*() const { return *d_imp; } }; template <class T> class PointerWrapper : public PointerWrapper<const T> { // Wrapper around a raw pointer to mutable T. Convertible both ways. public: PointerWrapper() { } PointerWrapper(T* p) { this->d_imp = p; } operator T* () const { return this->d_imp; } T* operator->() const { return this->d_imp; } T& operator*() const { return *this->d_imp; } }; // ==================== // class SmallAllocator // ==================== template <class T> class SmallAllocator : public bsl::allocator<T> { // Allocator type with small size and difference types and non-raw pointer // types. Used to test that these types are used in the interface to // the container. // PRIVATE TYPES typedef bsl::allocator<T> AllocBase; public: // TYPES typedef typename AllocBase::value_type value_type; // typedef typename AllocBase::pointer pointer; // typedef typename AllocBase::const_pointer const_pointer; typedef PointerWrapper<T> pointer; typedef PointerWrapper<const T> const_pointer; typedef typename AllocBase::reference reference; typedef typename AllocBase::const_reference const_reference; typedef unsigned short size_type; typedef short difference_type; template <class OTHER_TYPE> struct rebind { typedef SmallAllocator<OTHER_TYPE> other; }; // CREATORS SmallAllocator() { } explicit SmallAllocator(bslma::Allocator *mechanism) : AllocBase(mechanism) { } template <class U> SmallAllocator(const SmallAllocator<U>& rhs) : AllocBase(rhs) { } ~SmallAllocator() { } }; // ================ // class IntWrapper // ================ class IntWrapper { // Simple wrapper object implicitly convertible from 'int'. int d_val; public: IntWrapper(int v = 0) : d_val(v) { } int value() const { return d_val; } }; inline bool operator==(IntWrapper a, IntWrapper b) { return a.value() == b.value(); } inline bool operator!=(IntWrapper a, IntWrapper b) { return ! (a == b); } enum TestEnum { TWO = 2, NINETYNINE = 99 }; //============================================================================= // USAGE EXAMPLES //----------------------------------------------------------------------------- ///Example 1: Filter "Twinkle Star" /// - - - - - - - - - - - - - - - - // Suppose an observatory needs to analyze the results of a sky survey. The // raw data is a text file of star observations where each star is represented // by a tuple of three numbers: (x, y, b), where x and y represent the angular // coordinates of the star in the sky and b represents its brightness on a // scale of 0 to 100. A star having brightness 75 or higher is of particular // interest, which is named "twinkle star". // // Our first example will read such a data file as described above, filter out // the dim stars (brightness less than 75), and count the "twinkle star"s left // in the list. Our test data set has been selected such that there are 10 // stars in the set, of which 4 are sufficiently bright as to pass our filter. // // First, we define the class 'Star' that encapsulates a single tuple, and // provides accessors functions 'x', 'y', and 'brightness', file I/O functions // 'read' and 'write', and free operators '==', '!=', and '<': //.. #include <cstdio> using namespace std; class Star // This class represents a star as seen through a digital telescope. { // DATA double d_x, d_y; // coordinates int d_brightness; // brightness on a scale of 0 to 100 public: // CREATORS Star() // Create a 'Star' object located at coordinates '(0, 0)' having // '0' brightness. : d_x(0), d_y(0), d_brightness(0) { } Star(double x, double y, int b) // Create a 'Star' object located at the specified coordinates // '(x, y)' having the specified 'b' brightness. : d_x(x), d_y(y), d_brightness(b) { } // Compiler-generated copy construction, assignment, and destructor // Star(const Star&) = default; // Star& operator=(const Star&) = default; // ~Star() = default; // MANIPULATORS bool read(FILE *input); // Read x, y, and brightness from the specified 'input' file. // Return 'true' if the read succeeded and 'false' otherwise. void write(FILE *output) const; // Write x, y, and brightness to the specified 'output' file // followed by a newline. // ACCESSORS double x() const // Return the x coordinate of this 'Star' object. { return d_x; } double y() const // Return the y coordinate of this 'Star' object. { return d_y; } int brightness() const // Return the brightness of this 'Star' object. { return d_brightness; } }; // FREE FUNCTIONS bool operator==(const Star& lhs, const Star& rhs); bool operator!=(const Star& lhs, const Star& rhs); bool operator< (const Star& lhs, const Star& rhs); //.. // Then, we define a 'readData' method that reads a file of data points and // appends each onto a list. The stars are stored in the data file in // ascending sorted order by x and y coordinates. //.. void readData(list<Star> *starList, FILE *input) { Star s; while (s.read(input)) { starList->push_back(s); } } //.. // Now, we define the 'filter' method, which is responsible for removing stars // with a brightness of less than 75 from the data set. It does this by // iterating over the list and erasing any element that does not pass the // filter. The list object features a fast 'erase' member function. The // return value of 'erase' is an iterator to the element immediately following // the erased element: //.. void filter(list<Star> *starList) { static const int threshold = 75; list<Star>::iterator i = starList->begin(); while (i != starList->end()) { if (i->brightness() < threshold) { i = starList->erase(i); // Erase and advance to next element. } else { ++i; // Advance to next element without erasing } } } //.. // Finally, we use the methods defined in above steps to put together our // program to find twinkle stars: //.. int usageExample1(int verbose) { FILE *input = fopen("star_data1.txt", "r"); // Open input file. ASSERT(input); list<Star> starList; // Define a list of stars. ASSERT(starList.empty()); // A list should be empty // after default // construction. readData(&starList, input); // Read input to the list. ASSERT(10 == starList.size()); // Verify correct reading. fclose(input); // Close input file. filter(&starList); // Pick twinkle stars. ASSERT(4 == starList.size()); // Verify correct filter. // Print out twinkle stars. if (verbose) { for (list<Star>::const_iterator i = starList.begin(); i != starList.end(); ++i) { i->write(stdout); } } return 0; } //.. ///Example 2: Combine Two Star Surveys ///- - - - - - - - - - - - - - - - - - // Now we want to combine the results from two star surveys into a single // list, using the same 'Star' class defined in the first usage example. // // First, we begin by reading both lists and filtering them. (Our test data is // selected so that the second data file contains 8 starts of which 3 are // sufficiently bright as to pass our filter: //.. int usageExample2(int verbose) { FILE *input = fopen("star_data1.txt", "r"); // Open first input file. ASSERT(input); list<Star> starList1; // Define first star list. ASSERT(starList1.empty()); readData(&starList1, input); // Read input into list. ASSERT(10 == starList1.size()); fclose(input); // Close first input file. input = fopen("star_data2.txt", "r"); // Open second input file. ASSERT(input); list<Star> starList2; // Define second list. ASSERT(starList2.empty()); readData(&starList2, input); // Read input into list. ASSERT(8 == starList2.size()); fclose(input); // Close input file. filter(&starList1); // Pick twinkle stars from // the first star list. ASSERT(4 == starList1.size()); filter(&starList2); // Pick twinkle stars from // the second star list. ASSERT(3 == starList2.size()); //.. // Then, we combine the two lists, 'starList1' and 'starList2'. One way to do // this is to simply insert the second list at the end of the first: //.. list<Star> tmp1(starList1); // Make a copy of the first list list<Star> tmp2(starList2); // Make a copy of the second list tmp1.insert(tmp1.end(), tmp2.begin(), tmp2.end()); ASSERT(7 == tmp1.size()); // Verify combined size. ASSERT(3 == tmp2.size()); // 'tmp2' should be unchanged. //.. // Next, let's have a closer look of the above code and see if we can improve // the combination performance. The above 'insert' method appends a copy of // each element in 'tmp2' onto the end of 'tmp1'. This copy is unnecessary // because we have no need for 'tmp2' after the lists have been combined. A // faster and less-memory-intensive technique is to use the 'splice' function, // which *moves* rather than *copies* elements from one list to another: //.. tmp1 = starList1; tmp2 = starList2; tmp1.splice(tmp1.begin(), tmp2); ASSERT(7 == tmp1.size()); // Verify combined size. ASSERT(0 == tmp2.size()); // 'tmp2' should be emptied by the splice. //.. // Notice that, while the original lists were sorted in ascending order // (because the data files were originally sorted), the combined list is no // longer sorted. To fix it, we sort 'tmp1' using the 'sort' member function: //.. tmp1.sort(); //.. // Then, we suggest a third, and also the best approach to combine two lists, // which is to take advantage of the fact that the lists were originally // sorted, using the 'merge' function: //.. starList1.merge(starList2); // Merge 'starList2' into 'starList1'. ASSERT(7 == starList1.size()); // Verify combined size. ASSERT(0 == starList2.size()); // starList2 should be emptied by the // merge. //.. // Now, since the two star surveys may overlap, we want to eliminate // duplicates. We accomplish this by using the 'unique' member function: //.. starList1.unique(); // Eliminate duplicates in 'starList1'. ASSERT(6 == starList1.size()); // Verify size after elimination. //.. // Finally, we print the result: //.. if (verbose) { for (list<Star>::const_iterator i = starList1.begin(); i != starList1.end(); ++i) { i->write(stdout); } } return 0; } //.. // For completeness, the implementations of the 'read', 'write', and comparison // functions for class 'Star' are shown below: //.. bool Star::read(FILE *input) { int ret = fscanf(input, "%lf %lf %d", &d_x, &d_y, &d_brightness); return 3 == ret; } void Star::write(FILE *output) const { fprintf(output, "%f %f %d\n", d_x, d_y, d_brightness); } bool operator==(const Star& lhs, const Star& rhs) { return lhs.x() == rhs.x() && lhs.y() == rhs.y() && lhs.brightness() == rhs.brightness(); } bool operator!=(const Star& lhs, const Star& rhs) { return ! (lhs == rhs); } bool operator<(const Star& lhs, const Star& rhs) { if (lhs.x() < rhs.x()) return true; // RETURN else if (rhs.x() < lhs.x()) return false; // RETURN else if (lhs.y() < rhs.y()) return true; // RETURN else if (rhs.y() < lhs.y()) return true; // RETURN else return lhs.brightness() < rhs.brightness(); // RETURN } //.. // 10 data points with 4 stars at or above 75 brightness const char STAR_DATA1[] = "-1.21 +0.11 76\n" "-1.05 +0.70 39\n" "-0.89 +1.03 93\n" "-0.61 +0.35 71\n" "-0.48 +1.19 61\n" "-0.01 +0.85 43\n" "+0.37 -0.01 90\n" "+0.37 +0.90 78\n" "+0.70 +0.48 54\n" "+0.91 +1.35 38\n"; // 8 data points with 3 stars at or above 75 brightness // 1 point overlaps STAR_DATA1 const char STAR_DATA2[] = "-1.40 -0.48 74\n" "-0.95 -1.00 40\n" "-0.91 -0.21 51\n" "-0.51 -0.23 88\n" "-0.16 -0.55 30\n" "+0.37 -0.01 90\n" "+0.48 -0.57 66\n" "+0.93 -0.35 75\n"; // //============================================================================= // TEST DRIVER TEMPLATE //----------------------------------------------------------------------------- template <class TYPE, class ALLOC = bsl::allocator<TYPE> > struct TestDriver { // The generating functions interpret the given 'spec' in order from left // to right to configure the object according to a custom language. // Uppercase letters '[A .. E]' correspond to arbitrary (but unique) char // values to be appended to the 'bsl::list<T>' object. A tilde ('~') // indicates that the logical (but not necessarily physical) state of the // object is to be set to its initial, empty state (via the 'clear' // method). // // LANGUAGE SPECIFICATION: // ----------------------- // // <SPEC> ::= <EMPTY> | <LIST> // // <EMPTY> ::= // // <LIST> ::= <ITEM> | <ITEM><LIST> // // <ITEM> ::= <ELEMENT> | <CLEAR> // // <ELEMENT> ::= 'A' | 'B' | 'C' | 'D' | 'E' | ... | 'H' // // unique but otherwise arbitrary // <CLEAR> ::= '~' // // Spec String Description // ----------- ----------------------------------------------------------- // "" Has no effect; leaves the object empty. // "A" Append the value corresponding to A. // "AA" Append two values both corresponding to A. // "ABC" Append three values corresponding to A, B and C. // "ABC~" Append three values corresponding to A, B and C and then // remove all the elements (set array length to 0). Note that // this spec yields an object that is logically equivalent // (but not necessarily identical internally) to one // yielded by (""). // "ABC~DE" Append three values corresponding to A, B, and C; empty // the object; and append values corresponding to D and E. //------------------------------------------------------------------------- // TYPES typedef list<TYPE,ALLOC> Obj; // Type under testing. typedef typename Obj::iterator iterator; typedef typename Obj::const_iterator const_iterator; typedef typename Obj::reverse_iterator reverse_iterator; typedef typename Obj::const_reverse_iterator const_reverse_iterator; // Shorthand. typedef typename bsl::is_convertible<bslma::Allocator*,ALLOC>::type ObjHasBslmaAlloc; // true_type if ALLOC is a bslma allocator type typedef typename bslma::UsesBslmaAllocator<TYPE>::type TypeHasBslmaAlloc; // true_type if TYPE uses a bslma allocator enum { SCOPED_ALLOC = ObjHasBslmaAlloc::value && TypeHasBslmaAlloc::value}; // true if both the container shares its allocator with its contained // elements. // Unary predicate matching elements of a specified value struct VPred { const TYPE& d_match; explicit VPred(const TYPE& v) : d_match(v) { } bool operator()(const TYPE& x) const { return x == d_match; } }; // Binary predicate returning true if the arguments values, expressed as // integers, have the same low bit value. Thus, 'A' and 'C' compare // equal; 'B' and 'D' compare equal. If an allocator is supplied to the // predicate constructor, then each call will cause an allocate/deallocate // sequence, which might throw an exception and is thus useful for // exception testing. struct LowBitEQ { bslma::Allocator* d_alloc; explicit LowBitEQ(bslma::Allocator* a = 0) : d_alloc(a) { } bool operator()(const TYPE& a, const TYPE& b) const { if (d_alloc) { void* p = d_alloc->allocate(1); d_alloc->deallocate(p); } char a1 = value_of(a); char b1 = value_of(b); return 0 == ((a1 ^ b1) & 1); } }; // Binary predicate returning true if b < a class GreaterThan : private binary_function<TYPE, TYPE, bool> { int* d_countPtr; // Pointer to count of times invoked int* d_invocationLimit; // Number of invocations before throwing public: GreaterThan(int *count = 0) : d_countPtr(count) { d_invocationLimit = 0; } void setInvocationLimit(int *limit) { d_invocationLimit = limit; } bool operator()(const TYPE& a, const TYPE& b) { if (d_countPtr) ++*d_countPtr; #ifdef BDE_BUILD_TARGET_EXC if (d_invocationLimit) { if (0 == *d_invocationLimit) throw --*d_invocationLimit; else if (0 < *d_invocationLimit) --*d_invocationLimit; } #endif // BDE_BUILD_TARGET_EXC return b < a; } }; // TEST APPARATUS static int getValues(const TYPE **values); // Load the specified 'values' with the address of an array containing // initialized values of the parameterized 'TYPE' and return the length // of that array. static int ggg(Obj *object, const char *spec, int verboseFlag = 1); // Configure the specified 'object' according to the specified 'spec', // using only the primary manipulator function 'push_back' and // white-box manipulator 'clear'. Optionally specify a zero // 'verboseFlag' to suppress 'spec' syntax error messages. Return the // index of the first invalid character, and a negative value // otherwise. Note that this function is used to implement 'gg' as // well as allow for verification of syntax error detection. static Obj& gg(Obj *object, const char *spec); // Return, by reference, the specified object with its value adjusted // according to the specified 'spec'. static Obj g(const char *spec); // Return, by value, a new object corresponding to the specified // 'spec'. static list<TYPE> gV(const char *spec); // Return, by value, a new list corresponding to the specified // 'spec'. static bool checkIntegrity(const Obj& object, int length); static bool checkIntegrity(const Obj& object, size_t length); // Check the integrity of the specified 'object' by verifying that // iterating over the list both forwards and backwards yields 'length' // positions and that 'object.size()' equals 'length'. This simple // test should catch most instances of data structure corruption in a // doubly-linked-list implementation of list. static Int64 expectedBlocks(Int64 n); // Return the number of blocks expected to be used by a list of length // 'n'. static Int64 deltaBlocks(Int64 n); // Return the change in the number of blocks used by a list whose // length has changed by 'n' elements. Note: 'n' may be negative. // TEST CASES static void testSort(); // Test 'sort' static void testMerge(); // Test 'merge' static void testUnique(); // Test 'unique' static void testRemove(); // Test 'remove' and 'remove_if' static void testSplice(); // Test 'splice' static void testReverse(); // Test 'reverse' static void testTypeTraits(bool uses_bslma, bool bitwise_moveable); // Test type traits static void testComparisonOps(); // Test comparison free operators. static void testSwap(); // Test 'swap' member and global swap. static void testErase(); // Test 'erase' and 'pop_back'. static void testInsert(); // Test 'insert' members, and move 'push_back' and 'insert' members. static void testEmplace(); // Test 'emplace', 'emplace_front', and 'emplace_back' members. template <class CONTAINER> static void testInsertRange(const CONTAINER&); // Test 'insert' member template. static void testIterators(); // Test iterators. static void testElementAccess(); // Test element access. static void testResize(); // Test 'resize' and 'max_size' static void testAssign(); // Test 'assign' members. template <class CONTAINER> static void testAssignRange(const CONTAINER&); // Test 'assign' member template. static void testConstructor(); // Test user-supplied constructors. template <class CONTAINER> static void testConstructorRange(const CONTAINER&); // Test user-supplied constructor templates. static void testAllocator(const char *t, const char *a); static void testAllocator(bsl::false_type, const char *t, const char *a); static void testAllocator(bsl::true_type, const char *t, const char *a); // Test allocator-related concerns. The first overload is called from // the main test driver. The second overload is dispatched when // 'ALLOC' is not a bslma-compliant allocator. The third overload is // dispatched when 'ALLOC' is a bslma-compliant allocator. The // arguments 't' and 'a' are the names of the parameters 'TYPE' and // 'ALLOC', respectively. static void testAssignmentOp(); // Test assignment operator ('operator='). static void testGeneratorG(); // Test generator function 'g'. static void testCopyCtor(); // Test copy constructor. static void testEqualityOp(); // Test equality operator ('operator=='). static void testBasicAccessors(); // Test basic accessors ('size', 'begin' and 'end'). static void testGeneratorGG(); // Test generator functions 'ggg' and 'gg'. static void testPrimaryManipulators(); // Test primary manipulators ('push_back' and 'clear'). static void breathingTest(); // Breathing test. This test *exercises* basic functionality but // *test* nothing. }; // -------------- // TEST APPARATUS // -------------- template <class TYPE, class ALLOC> int TestDriver<TYPE,ALLOC>::getValues(const TYPE **valuesPtr) { bslma::DefaultAllocatorGuard guard( &bslma::NewDeleteAllocator::singleton()); static TYPE values[8]; // avoid DEFAULT_VALUE and UNINITIALIZED_VALUE values[0] = TYPE(VA); values[1] = TYPE(VB); values[2] = TYPE(VC); values[3] = TYPE(VD); values[4] = TYPE(VE); values[5] = TYPE(VF); values[6] = TYPE(VG); values[7] = TYPE(VH); const int NUM_VALUES = 8; *valuesPtr = values; return NUM_VALUES; } template <class TYPE, class ALLOC> int TestDriver<TYPE,ALLOC>::ggg(Obj *object, const char *spec, int verboseFlag) { const TYPE *VALUES; getValues(&VALUES); enum { SUCCESS = -1 }; for (int i = 0; spec[i]; ++i) { if ('A' <= spec[i] && spec[i] <= 'H') { object->push_back(VALUES[spec[i] - 'A']); } else if ('~' == spec[i]) { object->clear(); } else { if (verboseFlag) { printf("Error, bad character ('%c') " "in spec \"%s\" at position %d.\n", spec[i], spec, i); } return i; // Discontinue processing this spec. // RETURN } } return SUCCESS; } template <class TYPE, class ALLOC> list<TYPE,ALLOC>& TestDriver<TYPE,ALLOC>::gg(Obj *object, const char *spec) { ASSERT(ggg(object, spec) < 0); return *object; } template <class TYPE, class ALLOC> list<TYPE,ALLOC> TestDriver<TYPE,ALLOC>::g(const char *spec) { ALLOC AL; Obj object(AL); return gg(&object, spec); } template <class TYPE, class ALLOC> list<TYPE> TestDriver<TYPE,ALLOC>::gV(const char *spec) { const TYPE *VALUES; getValues(&VALUES); list<TYPE> result; for (int i = 0; spec[i]; ++i) { if ('A' <= spec[i] && spec[i] <= 'H') { result.push_back(VALUES[spec[i] - 'A']); } else if ('<' == spec[i]) { result.pop_back(); } else if ('~' == spec[i]) { result.clear(); } else { ASSERT(0); } } return result; } template <class TYPE, class ALLOC> bool TestDriver<TYPE,ALLOC>::checkIntegrity(const Obj& object, int length) { const const_iterator start = object.begin(); const const_iterator finish = object.end(); const_iterator it; int count = 0; static const int MAX_SAVE_ITERS = 20; const_iterator save_iters[MAX_SAVE_ITERS]; static const char DEFAULT_CVALUE = value_of(TYPE()); // Iterate over the list. Terminate the loop at the shorter of 'it == // finish' or 'count == length'. These should be the same, but data // structure corruption such as circular links or skipped nodes could make // them different. for (it = start; it != finish && count < length; ++it, ++count) { // Dereference the iterator and verify that the value is within the // expected range. char v = value_of(*it); if (v != DEFAULT_CVALUE && (v < VA || VH < v)) return false; // RETURN if (count < MAX_SAVE_ITERS) { save_iters[count] = it; } } // Verify that 'count' reached 'length' at the same time that 'it' reached // 'finish' if (it != finish || count != length) return false; // RETURN // Iterate over the list in reverse. Verify that we see the same iterator // values on this traversal as we did in the forward direction. while (it != start && count > 0) { --it; --count; if (count < MAX_SAVE_ITERS && it != save_iters[count]) return false; // RETURN } if (it != start || count != 0) return false; // RETURN // If got here, then the only integrity test left is to verify that size() // returns the actual length of the list. return length == (int) object.size(); } template <class TYPE, class ALLOC> bool TestDriver<TYPE,ALLOC>::checkIntegrity(const Obj& object, size_t length) { ASSERT(length <= INT_MAX); return checkIntegrity(object, static_cast<int>(length)); // RETURN } template <class TYPE, class ALLOC> inline Int64 TestDriver<TYPE,ALLOC>::deltaBlocks(Int64 n) { // One block per element plus one additional block per element if the // element uses the list's allocator ('SCOPED_ALLOC' == 1). return n + n * SCOPED_ALLOC; } template <class TYPE, class ALLOC> inline Int64 TestDriver<TYPE,ALLOC>::expectedBlocks(Int64 n) { // One block for the sentinel node + block allocations. return 1 + deltaBlocks(n); } // ---------- // TEST CASES // ---------- template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testSort() { // -------------------------------------------------------------------- // TESTING SORT // // Concerns: // 1. Sorts correctly in the presence of equivalent (duplicate) elements. // 2. Sorts correctly if the input is already sorted or sorted in // reverse. // 3. No memory is allocated or deallocated during the sort. // 4. No constructors, destructors, or assignment of elements takes // place. // 5. Iterators to all elements remain valid. // 6. The predicate version of 'sort' can be used to sort using a // different comparison criterion. // 7. The non-predicate version of 'sort' does not use 'std::less'. // 8. The sort is stable -- equivalent elements remain in the same order // as in the original list. // 9. The number of calls to the comparison operation is no larger than // 'N*log2(N)', where 'N' is the number of elements. // 10. If the comparison function throws an exception, no memory is // leaked. (The order of the elements is indeterminate.) // // Test plan: // Create a series of list specifications of different lengths, some // containing duplicates, triplicates, and multiple sets of duplicates // and triplicates. Generate every permutation of elements within each // specification. Create a list from the permutation, and store an // iterator to each list element. Sort the list. Verify that the // resultant list is a sorted version of the original. Verify that // iterating over each element in the sorted list results in an iterator // that existed in the original list and that, for equivalent elements, // the iterators appear in the same order. Test allocations, // constructor counts, destructor counts, and assignment counts before // and after the sort and verify that they haven't changed. // (Constructor, destructor, and assignment counts are meaningful only // if 'TYPE' is 'TestType', but will are accessible and will remain // unchanged anyway for other types.) To address concern 7, // std::less<TestType> is specialized to detect being called // inappropriately. To address concern 6, repeat the test using a // predicate that sorts in reverse order. To address concern 9, the // predicate counts the number of invocations. To address concern 10, // the predicate operator is instrumented to throw an exception after a // specific number of iterations. Using a sample string, set the // comparison operator to throw at different counts and verify, after // each exception, that no memory is leaked, that the list is valid, and // that every element in the list is represented by a saved iterator. // // Testing: // void sort(); // template <class COMP> void sort(COMP c); // -------------------------------------------------------------------- const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); (void) VALUES; (void) NUM_VALUES; bslma::TestAllocator testAllocator; ALLOC Z(&testAllocator); const int MAX_SPEC_LEN = 10; // NOTE: The elements within each of these specifications must be sorted // so that 'next_permutation' can do the right thing. Since we will be // testing every permutation, there is no worry about having the elements // int too predicatable an order. const char *const SPECS[] = { // Length 0 or 1: 1 permutation each "", "A", // Length 2: max 2 permutations each "AA", "AB", // Length 3: max 3! = 6 permutations each "AAA", "AAB", "ABB", "ABC", // Length 4: max 4! = 24 permutations each "AAAA", "AAAB", "AABB", "ABBB", "AABC", "ABBC", "ABCC", "ABCD", // Length 5: max 5! = 120 permutations each "AAAAA", "AAAAB", "AAABB", "AABBB", "ABBBB", "AAABC", "AABBC", "AABCC", "ABBBC", "ABBCC", "ABCCC", "ABCDE", // Length 8: max 8! = 40320 permutations each "ABCDEFGH", "AABCDEFG", "ABCDEFGG", "AABCDEFF", "ABCDDEFG", "AABCCDEE", "AAABBCDE", // Length 10, with no more than 8 unique elements: // max 10!/2!2! = 907200 permutations // "AABCDEFFGH" }; const int NUM_SPECS = sizeof(SPECS) / sizeof(SPECS[0]); // Log2 of integers from 0 to 16, rounded up. // (Log2(0) is undefined, but 0 works for our purposes.) const int LOG2[] = { 0, 0, 1, 2, 2, 3, 3, 3, 3, 4, 4, 4, 4, 4, 4, 4, 4 }; if (verbose) printf("\nTesting sort()\n"); for (int i = 0; i < NUM_SPECS; ++i) { const char* const S_SPEC = SPECS[i]; // Sorted spec. const int LENGTH = static_cast<int>(strlen(S_SPEC)); ASSERT(MAX_SPEC_LEN >= LENGTH); char spec[MAX_SPEC_LEN + 1]; strcpy(spec, S_SPEC); // Expected result Obj mExp; const Obj& EXP = gg(&mExp, S_SPEC); // Test each permutation do { const char *const SPEC = spec; if (veryVeryVerbose) P(SPEC); Obj mX(Z); const Obj& X = gg(&mX, SPEC); const_iterator save_iters[MAX_SPEC_LEN + 1]; const_iterator xi = X.begin(); for (int j = 0; j < LENGTH; ++j, ++xi) { save_iters[j] = xi; } save_iters[LENGTH] = xi; const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); const int CTORS_BEFORE = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_BEFORE = numAssignmentCalls; const int DTORS_BEFORE = numDestructorCalls; mX.sort(); const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); const int CTORS_AFTER = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_AFTER = numAssignmentCalls; const int DTORS_AFTER = numDestructorCalls; LOOP_ASSERT(SPEC, checkIntegrity(X, LENGTH)); LOOP_ASSERT(SPEC, X == EXP); LOOP_ASSERT(SPEC, AA == BB); LOOP_ASSERT(SPEC, A == B); LOOP_ASSERT(SPEC, CTORS_AFTER == CTORS_BEFORE); LOOP_ASSERT(SPEC, DTORS_AFTER == DTORS_BEFORE); LOOP_ASSERT(SPEC, ASSIGN_AFTER == ASSIGN_BEFORE); xi = X.begin(); for (int j = 0; j < LENGTH; ++j) { // Find index of iterator in saved iterator array const_iterator* p = find(save_iters, save_iters + LENGTH, xi); long save_idx = p - save_iters; LOOP2_ASSERT(SPEC, j, LENGTH >= save_idx); // Verify stable sort. Iterate through equivalent values and // verify that the sorted list produces iterators in the same // order as in the saved iterator array. As each iterator is // matched, it is removed from 'save_iters' so as to ensure // that no iterator appears more than once (which would // represent a serious data structure corruption). char val = SPEC[save_idx]; for (long k = save_idx; SPEC[k] == val; ++k, ++xi, ++j) { LOOP2_ASSERT(SPEC, k, xi == save_iters[k]); save_iters[k] = X.end(); // Avoid matching iterator twice } // end for k } // end for j } while (next_permutation(spec, spec + LENGTH)); } // end for i if (verbose) printf("\nTesting template<COMP> sort(COMP)\n"); for (int i = 0; i < NUM_SPECS; ++i) { const int LENGTH = static_cast<int>(strlen(SPECS[i])); ASSERT(MAX_SPEC_LEN >= LENGTH); // Copy SPECS[i] in reverse order char s_spec[MAX_SPEC_LEN + 1]; for (int j = 0; j < LENGTH; ++j) { s_spec[j] = SPECS[i][LENGTH - j - 1]; } s_spec[LENGTH] = '\0'; const char* const S_SPEC = s_spec; // (reverse) sorted spec. char spec[MAX_SPEC_LEN + 1]; strcpy(spec, S_SPEC); // Expected result Obj mExp; const Obj& EXP = gg(&mExp, S_SPEC); // Test each permutation do { const char *const SPEC = spec; Obj mX(Z); const Obj& X = gg(&mX, SPEC); const_iterator save_iters[MAX_SPEC_LEN + 1]; const_iterator xi = X.begin(); for (int j = 0; j < LENGTH; ++j, ++xi) { save_iters[j] = xi; } save_iters[LENGTH] = xi; const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); const int CTORS_BEFORE = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_BEFORE = numAssignmentCalls; const int DTORS_BEFORE = numDestructorCalls; int predicateCalls = 0; // Count of calls to predicate if (veryVeryVeryVerbose) { printf("\tBefore: "); P_(X); } mX.sort(GreaterThan(&predicateCalls)); if (veryVeryVeryVerbose) { printf("After: "); P(X); } const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); const int CTORS_AFTER = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_AFTER = numAssignmentCalls; const int DTORS_AFTER = numDestructorCalls; LOOP_ASSERT(SPEC, checkIntegrity(X, LENGTH)); LOOP_ASSERT(SPEC, X == EXP); LOOP_ASSERT(SPEC, AA == BB); LOOP_ASSERT(SPEC, A == B); LOOP_ASSERT(SPEC, CTORS_AFTER == CTORS_BEFORE); LOOP_ASSERT(SPEC, DTORS_AFTER == DTORS_BEFORE); LOOP_ASSERT(SPEC, ASSIGN_AFTER == ASSIGN_BEFORE); // Verify complexity requirement. LOOP_ASSERT(SPEC, predicateCalls <= LENGTH * LOG2[LENGTH]); LOOP_ASSERT(SPEC, predicateCalls >= LENGTH - 1); xi = X.begin(); for (int j = 0; j < LENGTH; ++j) { // Find index of iterator in saved iterator array const_iterator* p = find(save_iters, save_iters + LENGTH, xi); ptrdiff_t save_idx = p - save_iters; LOOP2_ASSERT(SPEC, j, LENGTH >= save_idx); // Verify stable sort. Iterate through equivalent values and // verify that the sorted list produces iterators in the same // order as in the saved iterator array. As each iterator is // matched, it is removed from 'save_iters' so as to ensure // that no iterator appears more than once (which would // represent a serious data structure corruption). char val = SPEC[save_idx]; for (long k = save_idx; SPEC[k] == val; ++k, ++xi, ++j) { LOOP2_ASSERT(SPEC, k, xi == save_iters[k]); save_iters[k] = X.end(); // Avoid matching iterator twice } // end for k } // end for j } while (next_permutation(spec, spec + LENGTH, std::greater<char>())); } // end for i #ifdef BDE_BUILD_TARGET_EXC if (verbose) printf("\nTesting exception safety\n"); // Choose a longish string of random values const char EH_SPEC[] = "CBHADBAGCBFFADHE"; enum { EH_SPEC_LEN = sizeof(EH_SPEC) - 1 }; bool caught_ex = true; for (int threshold = 0; caught_ex; ++threshold) { caught_ex = false; Obj mX(Z); const Obj& X = gg(&mX, EH_SPEC); const_iterator save_iters[EH_SPEC_LEN + 1]; const_iterator xi = X.begin(); for (int j = 0; j < EH_SPEC_LEN; ++j, ++xi) { save_iters[j] = xi; } save_iters[EH_SPEC_LEN] = xi; const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); const int CTORS_BEFORE = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_BEFORE = numAssignmentCalls; const int DTORS_BEFORE = numDestructorCalls; GreaterThan gt; // Create a predicate object int limit = threshold; gt.setInvocationLimit(&limit); try { mX.sort(gt); } catch (int e) { LOOP_ASSERT(threshold, -1 == e); caught_ex = true; } catch (...) { LOOP_ASSERT(threshold, !"Caught unexpected exception"); caught_ex = true; } if (veryVeryVeryVerbose) { T_; P_(threshold); P_(caught_ex); printf("Result: "); P(X); } const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); const int CTORS_AFTER = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_AFTER = numAssignmentCalls; const int DTORS_AFTER = numDestructorCalls; if (caught_ex) { // Should not call predicate more than N*Log2(N) times. LOOP_ASSERT(threshold, threshold < EH_SPEC_LEN * LOG2[EH_SPEC_LEN]); } else { // Must have called predicate successfully at least N-1 times. LOOP_ASSERT(threshold, threshold >= EH_SPEC_LEN -1); } LOOP_ASSERT(threshold, (int) X.size() == EH_SPEC_LEN); LOOP_ASSERT(threshold, checkIntegrity(X, X.size())); LOOP_ASSERT(threshold, AA == BB); LOOP_ASSERT(threshold, CTORS_AFTER == CTORS_BEFORE); LOOP_ASSERT(threshold, ASSIGN_AFTER == ASSIGN_BEFORE); if ((int) X.size() == EH_SPEC_LEN) { // To avoid cascade errors The following tests are skipped if the // length changed. Otherwise they would all fail, giving no // additional information. LOOP_ASSERT(threshold, A == B); LOOP_ASSERT(threshold, DTORS_AFTER == DTORS_BEFORE); } // Verify that all iterators in list were already in the list before // the sort (and before the exception). The order of elements is // unspecified in the case of an exception, and is thus not tested. for (xi = X.begin(); xi != X.end(); ++xi) { // Find index of iterator in saved iterator array const_iterator* p = find(save_iters, save_iters + EH_SPEC_LEN, xi); ptrdiff_t save_idx = p - save_iters; const char VAL = EH_SPEC[save_idx]; LOOP_ASSERT(threshold, save_idx < EH_SPEC_LEN); if (save_idx < EH_SPEC_LEN) { LOOP_ASSERT(threshold, value_of(*xi) == VAL); } } // End for (xi) } // End for (threshold) #endif // BDE_BUILD_TARGET_EXC } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testMerge() { // -------------------------------------------------------------------- // TESTING MERGE // // Concerns: // 1. Merging produces correct results with and without duplicate // elements within and between the lists to be merged. // 2. The argument to merge is empty after the merge. // 3. No memory is allocated or deallocated during the merge. // 4. No constructors, destructors, or assignment of elements takes // place. // 5. Iterators to all elements remain valid. // 6. The predicate version of 'merge' can be used to merge using a // different comparison criterion. // 7. The non-predicate version of 'merge' does not use 'std::less'. // 8. Merging a list with itself has no effect. // 9. If the comparison function throws an exception, no memory is // leaked and all elements remain in one list or the other. // // Test plan: // Create two lists from the cross-product of two small sets of // specifications. The elements in the lists are chosen so that every // combination of duplicate and non-duplicate elements, both within and // between lists, is represented. Save the iterators to all elements of // both lists and record the memory usage before the merge. Merge one // list into the other. Verify that the merged value is correct, that // all of the pre-merge iterators are still valid, and that the // non-merged list is now empty. To address concern 6, sort the initial // specifications using the reverse sort order, then use a custom // "greater-than" predicate to merge the lists and verify the same // values as for the non-predicate case. To address concern 7, // std::less<TestType> is specialized to detect being called // inappropriately. To address concern 8, merge each list with itself // and verify that no memory is allocated or deallocated and that all // iterators remain valid. // // Testing: // void merge(list& other); // template <class COMP> void merge(list& other, COMP c); // -------------------------------------------------------------------- const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); (void) NUM_VALUES; bslma::TestAllocator testAllocator; ALLOC Z(&testAllocator); class SortedSpecGen { // Generate every possible specification up to 5 elements long such // that no element has a value less than the previous element. Using // 6 of the possible 8 values for each element, there are a total of // 462 combinations. public: enum { MAX_SPEC_LEN = 5 }; private: int d_len; char d_spec[MAX_SPEC_LEN + 1]; mutable char d_reverse_spec[MAX_SPEC_LEN + 1]; enum { MAX_ELEMENT = 'F' }; public: SortedSpecGen() : d_len(0) { d_spec[0] = '\0'; } // Return true if this object holds a valid spec operator bool() const { return d_len <= MAX_SPEC_LEN; } // Advance to the next specification SortedSpecGen& operator++() { // Find the last element with value < MAX_ELEMENT. Note that // with 'MAX_ELEMENT' set to 'F', we are using only 6 of the // possible 8 values for each element yielding a total of 462 // combinations. For more combinations (and a slower test), // extend 'MAX_ELEMENT' to 'G' or (max) 'H'. char max_elem_str[2] = { MAX_ELEMENT, 0 }; int i = static_cast<int>(strcspn(d_spec, max_elem_str)) - 1; // If nothing was found, then 'd_spec' is all MAX_ELEMENTs. // Increment length and start over with all 'A's. if (i < 0) { ++d_len; if (MAX_SPEC_LEN < d_len) return *this; // RETURN memset(d_spec, 'A', d_len); d_spec[d_len] = '\0'; return *this; // RETURN } // d_spec[i] < MAX_ELEMENT. Increment the element at 'i' and fill // the remainder of the spec with the same value. char x = static_cast<char>(d_spec[i] + 1); memset(d_spec + i, x, d_len - i); return *this; } int len() const { return d_len; } const char* spec() const { return d_spec; } const char* reverse_spec() const { for (int i = 0; i < d_len; ++i) { d_reverse_spec[d_len - i - 1] = d_spec[i]; } d_reverse_spec[d_len] = '\0'; return d_reverse_spec; } }; // End class SortedSpecGen const int MAX_SPEC_LEN = SortedSpecGen::MAX_SPEC_LEN; if (verbose) printf("\nTesting void merge(list& other);\n"); for (SortedSpecGen xgen; xgen; ++xgen) { for (SortedSpecGen ygen; ygen; ++ygen) { const char* const X_SPEC = xgen.spec(); const int X_SPEC_LEN = xgen.len(); const char* const Y_SPEC = ygen.spec(); const int Y_SPEC_LEN = ygen.len(); Obj mX(Z); const Obj& X = gg(&mX, X_SPEC); Obj mY(Z); const Obj& Y = gg(&mY, Y_SPEC); const_iterator xiters[MAX_SPEC_LEN + 1]; const_iterator yiters[MAX_SPEC_LEN + 1]; // Save the iterators before merge int xi = 0; for (const_iterator it = X.begin(); it != X.end(); ++it, ++xi) { xiters[xi] = it; } xiters[xi] = X.end(); int yi = 0; for (const_iterator it = Y.begin(); it != Y.end(); ++it, ++yi) { yiters[yi] = it; } yiters[yi] = Y.end(); const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); const int CTORS_BEFORE = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_BEFORE = numAssignmentCalls; const int DTORS_BEFORE = numDestructorCalls; // Self merge (noop) mX.merge(mX); LOOP2_ASSERT(X_SPEC, Y_SPEC, (int) X.size() == X_SPEC_LEN); LOOP2_ASSERT(X_SPEC, Y_SPEC, (int) Y.size() == Y_SPEC_LEN); if (veryVeryVerbose) { T_; printf("Before: "); P_(X); P_(Y); } mX.merge(mY); // Test merge here if (veryVeryVerbose) { T_; printf("After: "); P_(X); P(Y); } const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); const int CTORS_AFTER = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_AFTER = numAssignmentCalls; const int DTORS_AFTER = numDestructorCalls; // Test result size LOOP2_ASSERT(X_SPEC, Y_SPEC, (int) X.size() == X_SPEC_LEN + Y_SPEC_LEN); LOOP2_ASSERT(X_SPEC, Y_SPEC, Y.size() == 0); // Test merged results and iterators int idx = 0; xi = yi = 0; for (const_iterator it = X.begin(); it != X.end(); ++it, ++idx) { if (it == xiters[xi]) { if (yi < Y_SPEC_LEN) { // Verify that merge criterion was met LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, ! (Y_SPEC[yi] < X_SPEC[xi])); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, VALUES[X_SPEC[xi] - 'A'] == *it) } ++xi; } else if (it == yiters[yi]) { if (xi < X_SPEC_LEN) { // Verify that merge criterion was met. // C++98 required that items from X precede equivalent // items from Y. C++0x seemed to remove this // requirement, but we should adhere to it anyway. LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, Y_SPEC[yi] < X_SPEC[xi]); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, VALUES[Y_SPEC[yi] - 'A'] == *it) } ++yi; } else { // A stable merge requires that the iterator must match // the next iterator on the save x or y list. LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, !"Invalid merge"); } } // Test end iterators LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, xiters[xi] == X.end()); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, yiters[yi] == Y.end()); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, (xi + yi) == (int) X.size()); // Test allocations and deallocations LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, AA == BB); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, A == B); // Test that no constructors, destructors or assignments were // called. LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, CTORS_AFTER == CTORS_BEFORE); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, DTORS_AFTER == DTORS_BEFORE); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, ASSIGN_AFTER ==ASSIGN_BEFORE); } // end for (ygen) } // end for (xgen) if (verbose) printf("\nTesting void merge(list& other, COMP c);\n"); for (SortedSpecGen xgen; xgen; ++xgen) { for (SortedSpecGen ygen; ygen; ++ygen) { const char* const X_SPEC = xgen.reverse_spec(); const int X_SPEC_LEN = xgen.len(); const char* const Y_SPEC = ygen.reverse_spec(); const int Y_SPEC_LEN = ygen.len(); Obj mX(Z); const Obj& X = gg(&mX, X_SPEC); Obj mY(Z); const Obj& Y = gg(&mY, Y_SPEC); const_iterator xiters[MAX_SPEC_LEN + 1]; const_iterator yiters[MAX_SPEC_LEN + 1]; // Save the iterators before merge int xi = 0; for (const_iterator it = X.begin(); it != X.end(); ++it, ++xi) { xiters[xi] = it; } xiters[xi] = X.end(); int yi = 0; for (const_iterator it = Y.begin(); it != Y.end(); ++it, ++yi) { yiters[yi] = it; } yiters[yi] = Y.end(); const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); const int CTORS_BEFORE = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_BEFORE = numAssignmentCalls; const int DTORS_BEFORE = numDestructorCalls; // Self merge (noop) mX.merge(mX, GreaterThan()); LOOP2_ASSERT(X_SPEC, Y_SPEC, (int) X.size() == X_SPEC_LEN); LOOP2_ASSERT(X_SPEC, Y_SPEC, (int) Y.size() == Y_SPEC_LEN); if (veryVeryVerbose) { T_; printf("Before: "); P_(X); P_(Y); } mX.merge(mY, GreaterThan()); // Test merge here if (veryVeryVerbose) { T_; printf("After: "); P_(X); P(Y); } const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); const int CTORS_AFTER = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_AFTER = numAssignmentCalls; const int DTORS_AFTER = numDestructorCalls; // Test result size LOOP2_ASSERT(X_SPEC, Y_SPEC, (int) X.size() == X_SPEC_LEN + Y_SPEC_LEN); LOOP2_ASSERT(X_SPEC, Y_SPEC, Y.size() == 0); // Test merged results and iterators int idx = 0; xi = yi = 0; for (const_iterator it = X.begin(); it != X.end(); ++it, ++idx) { if (it == xiters[xi]) { if (yi < Y_SPEC_LEN) { // Verify that merge criterion was met LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, ! (Y_SPEC[yi] > X_SPEC[xi])); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, VALUES[X_SPEC[xi] - 'A'] == *it) } ++xi; } else if (it == yiters[yi]) { if (xi < X_SPEC_LEN) { // Verify that merge criterion was met. // C++98 required that items from X precede equivalent // items from Y. C++0x seemed to remove this // requirement, but we should adhere to it anyway. LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, Y_SPEC[yi] > X_SPEC[xi]); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, VALUES[Y_SPEC[yi] - 'A'] == *it) } ++yi; } else { // A stable merge requires that the iterator must match // the next iterator on the save x or y list. LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, !"Invalid merge"); } } // Test end iterators LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, xiters[xi] == X.end()); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, yiters[yi] == Y.end()); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, (xi + yi) == (int) X.size()); // Test allocations and deallocations LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, AA == BB); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, A == B); // Test that no constructors, destructors or assignments were // called. LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, CTORS_AFTER == CTORS_BEFORE); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, DTORS_AFTER == DTORS_BEFORE); LOOP4_ASSERT(X_SPEC, Y_SPEC, xi, yi, ASSIGN_AFTER ==ASSIGN_BEFORE); } // end for (ygen) } // end for (xgen) #ifdef BDE_BUILD_TARGET_EXC if (verbose) printf("\nTesting exception safety\n"); { const char X_SPEC[] = "HGFEDCBA"; const char Y_SPEC[] = "GGEECCBA"; enum { X_SPEC_LEN = sizeof(X_SPEC) - 1, Y_SPEC_LEN = sizeof(Y_SPEC) - 1, MERGED_SPEC_LEN = X_SPEC_LEN + Y_SPEC_LEN }; bool caught_ex = true; for (int threshold = 0; caught_ex; ++threshold) { caught_ex = false; Obj mX(Z); const Obj& X = gg(&mX, X_SPEC); Obj mY(Z); const Obj& Y = gg(&mY, Y_SPEC); const_iterator save_iters[MERGED_SPEC_LEN + 1]; int j = 0; for (const_iterator xi = X.begin(); xi != X.end(); ++xi, ++j) { save_iters[j] = xi; } for (const_iterator yi = Y.begin(); yi != Y.end(); ++yi, ++j) { save_iters[j] = yi; } save_iters[MERGED_SPEC_LEN] = Y.end(); LOOP_ASSERT(threshold, MERGED_SPEC_LEN == j); const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); const int CTORS_BEFORE = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_BEFORE = numAssignmentCalls; const int DTORS_BEFORE = numDestructorCalls; GreaterThan gt; // Create a predicate object int limit = threshold; gt.setInvocationLimit(&limit); try { mX.merge(mY, gt); } catch (int e) { LOOP_ASSERT(threshold, -1 == e); caught_ex = true; } catch (...) { LOOP_ASSERT(threshold, !"Caught unexpected exception"); caught_ex = true; } if (veryVeryVeryVerbose) { T_; P_(threshold); P_(caught_ex); printf("Result: "); P_(X); P(Y); } const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); const int CTORS_AFTER = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_AFTER = numAssignmentCalls; const int DTORS_AFTER = numDestructorCalls; LOOP_ASSERT(threshold, (int)(X.size() + Y.size()) == MERGED_SPEC_LEN); LOOP_ASSERT(threshold, checkIntegrity(X, X.size())); LOOP_ASSERT(threshold, checkIntegrity(Y, Y.size())); LOOP_ASSERT(threshold, AA == BB); LOOP_ASSERT(threshold, ASSIGN_AFTER == ASSIGN_BEFORE); LOOP_ASSERT(threshold, CTORS_AFTER == CTORS_BEFORE); if ((int) (X.size() + Y.size()) == MERGED_SPEC_LEN) { // To avoid cascade errors The following tests are skipped if // the total length changed. Otherwise they would all fail, // giving no additional information. LOOP_ASSERT(threshold, A == B); LOOP_ASSERT(threshold, DTORS_AFTER == DTORS_BEFORE); } // Verify that all iterators in the lists were already in the // lists before the merge (and before the exception). The order // of elements is unspecified in the case of an exception, and is // thus not tested. char prev_val = 'Z'; for (const_iterator xi = X.begin(); xi != X.end(); ++xi) { // Find index of iterator in saved iterator array const_iterator* p = find(save_iters, save_iters + MERGED_SPEC_LEN, xi); ptrdiff_t save_idx = p - save_iters; const char VAL = (save_idx < X_SPEC_LEN) ? X_SPEC[save_idx] : Y_SPEC[save_idx - X_SPEC_LEN]; LOOP_ASSERT(threshold, save_idx < MERGED_SPEC_LEN); if (save_idx < MERGED_SPEC_LEN) { LOOP_ASSERT(threshold, value_of(*xi) == VAL); // Verify that the values are still in descending value, // even though the standard does not seem to require it. LOOP_ASSERT(threshold, VAL <= prev_val); } save_iters[save_idx] = Y.end(); // Prevent duplicate matches } // End for (xi) prev_val = 'Z'; for (const_iterator yi = Y.begin(); yi != Y.end(); ++yi) { // Find index of iterator in saved iterator array const_iterator* p = find(save_iters, save_iters + MERGED_SPEC_LEN, yi); ptrdiff_t save_idx = p - save_iters; const char VAL = (save_idx < X_SPEC_LEN) ? X_SPEC[save_idx] : Y_SPEC[save_idx - X_SPEC_LEN]; LOOP_ASSERT(threshold, save_idx < MERGED_SPEC_LEN); if (save_idx < MERGED_SPEC_LEN) { LOOP_ASSERT(threshold, value_of(*yi) == VAL); // Verify that the values are still in descending value, // even though the standard does not seem to require it. LOOP_ASSERT(threshold, VAL <= prev_val); } save_iters[save_idx] = Y.end(); // Prevent duplicate matches } // End for (yi) } // End for (threshold) } #endif // BDE_BUILD_TARGET_EXC } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testUnique() { // -------------------------------------------------------------------- // TESTING UNIQUE // // Concerns: // 1. The predicate and non-predicate versions of 'unique' have // essentially the same characteristics. // 2. Can remove elements from any or all positions in the list except // the first. // 3. Destructors are called for removed elements and memory is deleted // for removed elements. // 4. No constructors, destructors, or assignment operators are called // on the remaining (non-removed) elements. // 5. No memory is allocated. // 6. Iterators to non-removed elements, including the 'end()' iterator, // remain valid after removal. // 7. The non-removed elements retain their relative order. // 8. The 'unique' operation is exception-neutral, if the equality // operator or predicate throw an exception. // 9. The non-predicate version calls operator==(T,T) directly; it does // not call std::equal_to<T>::operator()(T,T). // // Plan: // For concern 1, perform the same tests for both the predicate and // non-predicate versions of 'unique. Generate lists of various lengths // up to 10 elements, filling the lists with different sequences of // values such that every combination of matching and non-matching // subsequences is generated. (For the predicate version, matching // elements need to be equal only in their low bit). For each // combination, make a copy of all of the iterators to non-repeated // elements, then call 'unique'. Validate that: The number of new // destructor calls matches the number of elements removed, reduction of // memory blocks in use is correct for the number elements removed, the // number of new allocations is zero, the number of new constructor // calls is zero, and the iterating over the remaining elements produces // a sequence of values and iterators matching those saved before the // 'unique' operation. For concern 8, perform the tests in an // exception-testing framework, using a special feature of the // 'LowBitEQ' predicate to cause exceptions to be thrown. For concern // 9, std::equal_to<TestType> is specialized to detect being called // inappropriately. // // Testing: // void unique(); // template <class BINPRED> void unique(BINPRED p); // -------------------------------------------------------------------- const TYPE *values = 0; const TYPE *const& VALUES = values; // For this test, it is important that 'NUM_VALUES' be even. // If 'getValues' returns an odd number, ignore the last value. const int NUM_VALUES = getValues(&values) & 0xfffe; bslma::TestAllocator testAllocator; // For exception testing only bslma::TestAllocator objAllocator; // For object allocation testing ALLOC Z(&objAllocator); const int LENGTHS[] = { 0, 1, 2, 3, 4, 5, 10 }; const int NUM_LENGTHS = sizeof(LENGTHS) / sizeof(LENGTHS[0]); const int MAX_LENGTH = 10; enum { OP_FIRST, OP_UNIQUE = OP_FIRST, // void unique(); OP_UNIQUE_PRED, // template <class BINPRED> void unique(BINPRED); OP_LAST }; for (int op = OP_FIRST; op < OP_LAST; ++op) { // The 'perturb_bit' is a bit mask that can be perturbed in a value and // still compare equal to the original according to the predicate. char perturb_bit; switch (op) { case OP_UNIQUE: if (verbose) printf("\nTesting unique()\n"); perturb_bit = 0; break; case OP_UNIQUE_PRED: if (verbose) printf("\nTesting unique(BINPRED p)\n"); perturb_bit = 2; break; } for (int i = 0; i < NUM_LENGTHS; ++i) { const int LEN = LENGTHS[i]; ASSERT(MAX_LENGTH >= LEN); // 'mask' contains a bit for each element in the list. For each // '1' bit, the element should match the preceding element's value // according to the predicate. Bit 0 (the first position) is // skipped, since it has no preceding value. for (unsigned mask = 0; mask < (unsigned) (1 << LEN); mask += 2) { BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { const_iterator save_iters[MAX_LENGTH + 1]; int res_len = 0; // To compute expected result length Obj mX(Z); const Obj& X = mX; // test objected Obj res_exp; const Obj& RES_EXP = res_exp; // expected result int val_idx = 0; if (LEN > 0) { mX.push_back(VALUES[0]); res_exp.push_back(VALUES[0]); ++res_len; save_iters[0] = X.begin(); } for (unsigned bit = 2; bit < (unsigned)(1 << LEN); bit <<= 1) { if ((mask & bit)) { // Set the new value to the previous value, but // (possibly) perturbed in such a way that it they // still compare equal according to the predicate. val_idx = val_idx ^ perturb_bit; mX.push_back(VALUES[val_idx]); } else { // Increment val_idx, modulo NUM_VALUES val_idx = (val_idx + 1) % NUM_VALUES; mX.push_back(VALUES[val_idx]); res_exp.push_back(VALUES[val_idx]); // Save iterators to non-repeated elements save_iters[res_len++] = --X.end(); } } LOOP3_ASSERT(op, X, RES_EXP, (int) X.size() == LEN); LOOP3_ASSERT(op, X, RES_EXP, (int) RES_EXP.size() == res_len); save_iters[res_len] = X.end(); const Int64 BB = objAllocator.numBlocksTotal(); const Int64 B = objAllocator.numBlocksInUse(); const int CTORS_BEFORE = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_BEFORE = numAssignmentCalls; const int DTORS_BEFORE = numDestructorCalls; if (veryVeryVerbose) { T_; printf("Before: "); P_(X); } switch (op) { case OP_UNIQUE: mX.unique(); break; case OP_UNIQUE_PRED: { mX.unique(LowBitEQ(&testAllocator)); } break; } if (veryVeryVerbose) { printf("After: "); P(X); } const Int64 AA = objAllocator.numBlocksTotal(); const Int64 A = objAllocator.numBlocksInUse(); const int CTORS_AFTER = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_AFTER = numAssignmentCalls; const int DTORS_AFTER = numDestructorCalls; // Test result value LOOP3_ASSERT(op, X, RES_EXP, checkIntegrity(X, res_len)); LOOP3_ASSERT(op, X, RES_EXP, (int) X.size() == res_len); LOOP3_ASSERT(op, X, RES_EXP, X == RES_EXP); // Test that iterators are still valid int idx = 0; for (const_iterator it = X.begin(); it != X.end(); ++it, ++idx) { LOOP4_ASSERT(op, X, RES_EXP, idx, save_iters[idx] == it); } // Test end iterator LOOP4_ASSERT(op, X, RES_EXP, idx, save_iters[idx] == X.end()); // Test allocations and deallocations LOOP3_ASSERT(op, X, RES_EXP, AA == BB); LOOP3_ASSERT(op, X, RES_EXP, deltaBlocks(LEN - res_len) == B - A); // If 'TYPE' is 'TestType', then test that no constructors or // assignments were called and the expected number of // destructors were called. if (bsl::is_same<TYPE, TestType>::value) { LOOP3_ASSERT(op, X, RES_EXP, CTORS_AFTER == CTORS_BEFORE); LOOP3_ASSERT(op, X, RES_EXP, ASSIGN_AFTER == ASSIGN_BEFORE); LOOP3_ASSERT(op, X, RES_EXP, DTORS_AFTER == DTORS_BEFORE + (LEN-res_len)); } } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END } // end for (mask) } // end for (i) } // end for (op) } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testRemove() { // -------------------------------------------------------------------- // TESTING REMOVE // // Concerns: // 1. 'remove' and 'remove_if' have essentially the same characteristics. // 2. Will remove 0..N elements from an N-element list. // 3. Can remove elements from any or all positions in the list // 4. Destructors are called for removed elements and memory is deleted // for removed elements. // 5. No constructors, destructors, or assignment operators are called // on the remaining (non-removed) elements. // 6. No memory is allocated. // 7. Iterators to non-removed elements, including the 'end()' iterator, // remain valid after removal. // 8. The non-'E' elements retain their relative order. // // Plan: // For concern 1, perform the same tests for both 'remove' and // 'remove_if'. Generate lists from a small set of specifications from // empty to 10 elements, none of which contain the value 'E'. Replace 0 // to 'LENGTH' elements with the value 'E', in every possible // combination. For each specification and combination, make a copy of // all of the iterators to non-'E' elements, then call 'remove' or // 'remove_if'. Validate that: The number of new destructor call // matches the number of elements removed, reduction of memory blocks in // use is correct for the number elements removed, the number of new // allocations is zero, the number of new constructor calls is zero, and // the iterating over the remaining elements produces a sequence of // values and iterators matching those saved before the remove // operation. // // Testing: // void remove(const T& val); // template <class PRED> void remove_if(PRED p); // -------------------------------------------------------------------- const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); const TYPE& E = VALUES[4]; // Element with value 'E' (void) NUM_VALUES; bslma::TestAllocator testAllocator; ALLOC Z(&testAllocator); // Specifications from 0 to 10 elements long, none of which is the value // 'E'. const char* const SPECS[] = { "", "A", "AB", "ABA", "ABCD", "AAAA", "ABCDF", "ABCDFGHDAB" }; const int NUM_SPECS = sizeof(SPECS) / sizeof(SPECS[0]); const int MAX_SPEC_LEN = 10; enum { OP_FIRST, OP_REMOVE = OP_FIRST, // remove(const T& val); OP_REMOVE_IF, // template <class PRED> void remove_if(PRED p); OP_LAST }; for (int op = OP_FIRST; op < OP_LAST; ++op) { if (verbose) { switch (op) { case OP_REMOVE: printf("\nTesting remove(const T& val)\n"); break; case OP_REMOVE_IF: printf("\nTesting remove(PRED p)\n"); break; } } for (int i = 0; i < NUM_SPECS; ++i) { const char* const SPEC = SPECS[i]; const int LEN = static_cast<int>(std::strlen(SPEC)); ASSERT(MAX_SPEC_LEN >= LEN); // 'mask' contains a bit for each element in the list. For each // '1' bit, the element is replaced by the value 'E' for (unsigned mask = 0; mask < (unsigned) (1 << LEN); ++mask) { Obj mX(Z); const Obj& X = gg(&mX, SPEC); const_iterator save_iters[MAX_SPEC_LEN + 1]; char res_spec[MAX_SPEC_LEN + 1]; // expected result spec int res_len = 0; // To compute expected result length // Replace each element in 'mX' for which 'mask' has a '1' // bit with the value 'E'. iterator it = mX.begin(); int idx = 0; for (unsigned bit = 1; bit < (unsigned) (1 << LEN); bit <<= 1, ++it, ++idx) { if ((mask & bit)) { *it = E; } else { save_iters[res_len] = it; res_spec[res_len] = SPEC[idx]; ++res_len; } } LOOP2_ASSERT(SPEC, mask, X.end() == it); save_iters[res_len] = X.end(); res_spec[res_len] = '\0'; const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); const int CTORS_BEFORE = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_BEFORE = numAssignmentCalls; const int DTORS_BEFORE = numDestructorCalls; if (veryVeryVerbose) { T_; printf("Before: "); P_(X); } switch (op) { case OP_REMOVE: mX.remove(E); break; case OP_REMOVE_IF: mX.remove_if(VPred(E)); break; } if (veryVeryVerbose) { printf("After: "); P(X); } const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); const int CTORS_AFTER = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_AFTER = numAssignmentCalls; const int DTORS_AFTER = numDestructorCalls; // Test result value LOOP3_ASSERT(SPEC, res_spec, X, checkIntegrity(X, res_len)); LOOP3_ASSERT(SPEC, res_spec, X, (int) X.size() == res_len); LOOP3_ASSERT(SPEC, res_spec, X, X == g(res_spec)); // Test that iterators are still valid const_iterator cit = X.begin(); for (idx = 0; idx < (int) X.size(); ++idx, ++cit) { LOOP3_ASSERT(SPEC, res_spec, idx, save_iters[idx] == cit); } // Test end iterator LOOP3_ASSERT(SPEC, res_spec, idx, save_iters[idx] == cit); // Test allocations and deallocations LOOP2_ASSERT(SPEC, res_spec, AA == BB); LOOP2_ASSERT(SPEC, res_spec, deltaBlocks(LEN - res_len) == B - A); // If 'TYPE' is 'TestType', then test that no constructors or // assignments were called and the expected number of // destructors were called. if (bsl::is_same<TYPE, TestType>::value) { LOOP2_ASSERT(SPEC, res_spec, CTORS_AFTER == CTORS_BEFORE); LOOP2_ASSERT(SPEC, res_spec, ASSIGN_AFTER == ASSIGN_BEFORE); LOOP2_ASSERT(SPEC, res_spec, DTORS_AFTER == DTORS_BEFORE + (LEN-res_len)); } } // end for (mask) } // end for (i) } // end for (op) } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testSplice() { // -------------------------------------------------------------------- // TESTING SPLICE // // Concerns: // 1. Can splice into any position within target list. // 2. Can splice from any position within source list. // 3. No iterators or pointers are invalidated. // 4. No allocations or deallocations occur. // 5. No constructor calls, destructor calls, or assignments occur. // // Test plan: // Perform a small area test with source and target lists of 0 to 5 // elements each, splicing into every target position from every // source position and every source length. Keep track of the // original iterators and element addresses from each list and // verify that they remain valid and point to the correct element in // the post-splice lists. Query the number of allocations, // deallocations, constructor calls, destructor calls, and // assignment operator calls before and after each splice and verify // that they do not change. // // Testing: // void splice(iterator pos, list& other); // void splice(iterator pos, list& other, iterator i); // void splice(iterator pos, list& other, // iterator first, iterator last); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator; ALLOC Z(&testAllocator); const char* const SPECS[] = { "", "A", "AB", "ABC", "ABCD", "ABCDE" }; const int NUM_SPECS = sizeof(SPECS) / sizeof(SPECS[0]); const int MAX_SPEC_LEN = 5; enum { OP_FIRST, OP_SPLICE_ALL = OP_FIRST, // splice(pos, other) OP_SPLICE_1, // splice(pos, other, i) OP_SPLICE_RANGE, // splice(pos, other, first, last) OP_LAST }; for (int op = OP_FIRST; op < OP_LAST; ++op) { switch (op) { case OP_SPLICE_ALL: if (verbose) printf("\nTesting splice(pos, other)\n"); break; case OP_SPLICE_1: if (verbose) printf("\nTesting splice(pos, other, i)\n"); break; case OP_SPLICE_RANGE: if (verbose) printf("\nTesting splice(pos, other, " "first, last)\n"); break; } for (int i = 0; i < NUM_SPECS * NUM_SPECS; ++i) { const char* const X_SPEC = SPECS[i / NUM_SPECS ]; const int X_LEN = static_cast<int>(std::strlen(X_SPEC)); const char* const Y_SPEC = SPECS[i % NUM_SPECS ]; const int Y_LEN = static_cast<int>(std::strlen(Y_SPEC)); if (veryVerbose) { P_(X_SPEC); P(Y_SPEC); } LOOP_ASSERT(X_SPEC, X_LEN <= MAX_SPEC_LEN); LOOP_ASSERT(Y_SPEC, Y_LEN <= MAX_SPEC_LEN); int max_y_pos = MAX_SPEC_LEN; int min_y_count = 0, max_y_count = MAX_SPEC_LEN; switch (op) { case OP_SPLICE_ALL: min_y_count = Y_LEN; break; case OP_SPLICE_1: min_y_count = max_y_count = 1; break; case OP_SPLICE_RANGE: break; } if (max_y_pos + min_y_count > Y_LEN) max_y_pos = Y_LEN - min_y_count; for (int x_pos = 0; x_pos <= X_LEN; ++x_pos) { for (int y_pos = 0; y_pos <= max_y_pos; ++y_pos) { for (int y_count = min_y_count; y_count <= Y_LEN-y_pos && y_count <= max_y_count; ++y_count) { Obj mX(Z); const Obj& X = gg(&mX, X_SPEC); Obj mY(Z); const Obj& Y = gg(&mY, Y_SPEC); if (veryVeryVerbose) { T_; P_(x_pos); P_(y_pos); P(y_count); T_; T_; printf("Before: "); P_(X); P(Y); } // iterators and pointers to elements -- BEFORE iterator BX_iters[MAX_SPEC_LEN + 1]; const TYPE* BX_ptrs[MAX_SPEC_LEN]; iterator BY_iters[MAX_SPEC_LEN + 1]; const TYPE* BY_ptrs[MAX_SPEC_LEN]; // iterators and pointers to elements -- AFTER iterator AX_iters[2*MAX_SPEC_LEN + 1]; const TYPE* AX_ptrs[2*MAX_SPEC_LEN]; iterator AY_iters[MAX_SPEC_LEN + 1]; const TYPE* AY_ptrs[MAX_SPEC_LEN]; // Save iterators and pointers into BEFORE arrays iterator xi = mX.begin(); for (int j = 0; j < X_LEN; ++j, ++xi) { BX_iters[j] = xi; BX_ptrs[j] = &*xi; } BX_iters[X_LEN] = xi; iterator yi = mY.begin(); for (int j = 0; j < Y_LEN; ++j, ++yi) { BY_iters[j] = yi; BY_ptrs[j] = &*yi; } BY_iters[Y_LEN] = yi; // Compute iterators and pointers AFTER splice for (int j = 0; j < x_pos; ++j) { AX_iters[j] = BX_iters[j]; AX_ptrs[j] = BX_ptrs[j]; } for (int j = 0; j < y_pos; ++j) { AY_iters[j] = BY_iters[j]; AY_ptrs[j] = BY_ptrs[j]; } for (int j = 0; j < y_count; ++j) { AX_iters[x_pos + j] = BY_iters[y_pos + j]; AX_ptrs[x_pos + j] = BY_ptrs[y_pos + j]; } for (int j = x_pos; j < X_LEN; ++j) { AX_iters[j + y_count] = BX_iters[j]; AX_ptrs[j + y_count] = BX_ptrs[j]; } AX_iters[X_LEN + y_count] = BX_iters[X_LEN]; for (int j = y_pos + y_count; j < Y_LEN; ++j) { AY_iters[j - y_count] = BY_iters[j]; AY_ptrs[j - y_count] = BY_ptrs[j]; } AY_iters[Y_LEN - y_count] = BY_iters[Y_LEN]; const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); const int CTORS_BEFORE = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_BEFORE = numAssignmentCalls; const int DTORS_BEFORE = numDestructorCalls; switch (op) { case OP_SPLICE_ALL: ASSERT(0 == y_pos); ASSERT(Y_LEN == y_count); mX.splice(BX_iters[x_pos], mY); break; case OP_SPLICE_1: ASSERT(1 == y_count); mX.splice(BX_iters[x_pos], mY, BY_iters[y_pos]); break; case OP_SPLICE_RANGE: mX.splice(BX_iters[x_pos], mY, BY_iters[y_pos], BY_iters[y_pos + y_count]); break; } if (veryVeryVerbose) { T_; T_; printf("After: "); P_(X); P(Y); } const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); const int CTORS_AFTER = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_AFTER = numAssignmentCalls; const int DTORS_AFTER = numDestructorCalls; LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, AA == BB); LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, A == B ); LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, CTORS_AFTER == CTORS_BEFORE); LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, ASSIGN_AFTER == ASSIGN_BEFORE); LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, DTORS_AFTER == DTORS_BEFORE); LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, checkIntegrity(X, X_LEN + y_count)); xi = mX.begin(); for (int j = 0; j < X_LEN + y_count; ++j, ++xi) { LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, AX_iters[j] == xi); LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, AX_ptrs[j] == &*xi); } LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, X.end() == xi); LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, AX_iters[X_LEN + y_count] == xi); yi = mY.begin(); for (int j = 0; j < Y_LEN - y_count; ++j, ++yi) { LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, AY_iters[j] == yi); LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, AY_ptrs[j] == &*yi); } LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, Y.end() == yi); LOOP4_ASSERT(X_SPEC, Y_SPEC, x_pos, y_pos, AY_iters[Y_LEN - y_count] == yi); } // end for (y_count) } // end for (y_pos) } // end for (x_pos) } // end for (i) } // end for (op) } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testReverse() { // -------------------------------------------------------------------- // TESTING REVERSE // // Concerns: // 1. Reversing a list produced the correct result with 0, 1, 2, // or more elements. // 2. Reversing a list with duplicate elements works as expected. // 3. No constructors, destructors, or assignment operators of // contained elements are called. // 4. No memory is allocated or deallocated. // // Plan: // Create a list from a variety of specifications, including empty // lists, lists of different lengths, and lists with consecutive or // non-consecutive duplicate elements and call 'reverse' on the // list. For concerns 1 and 2, verify that calling 'reverse' // produces the expected result. For concern 3, compare the counts // of 'TestType' constructors and destructors before and after // calling 'reverse' and verify that they do not change. For // concern 4, use a test allocator and compare the counts of total // blocks allocated and blocks in use before and after calling // 'reverse' and verify that the counts do not change. // // Testing: // void reverse(); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); ALLOC Z(&testAllocator); struct { int d_line; const char* d_spec_before; const char* d_spec_after; } const DATA[] = { { L_, "", "" }, { L_, "A", "A" }, { L_, "AB", "BA" }, { L_, "ABC", "CBA" }, { L_, "ABCD", "DCBA" }, { L_, "ABBC", "CBBA" }, { L_, "ABCA", "ACBA" }, { L_, "AAAA", "AAAA" }, { L_, "ABCDEABCD", "DCBAEDCBA" }, }; const int NUM_DATA = sizeof(DATA) / sizeof(DATA[0]); for (int i = 0; i < NUM_DATA; ++i) { const int LINE = DATA[i].d_line; const char *SPEC_BEFORE = DATA[i].d_spec_before; const char *SPEC_AFTER = DATA[i].d_spec_after; const size_t LENGTH = strlen(SPEC_BEFORE); Obj mX(Z); const Obj& X = gg(&mX, SPEC_BEFORE); Obj mExp; const Obj& EXP = gg(&mExp, SPEC_AFTER); const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); const int CTORS_BEFORE = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_BEFORE = numAssignmentCalls; const int DTORS_BEFORE = numDestructorCalls; mX.reverse(); const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); const int CTORS_AFTER = (numDefaultCtorCalls + numCharCtorCalls + numCopyCtorCalls); const int ASSIGN_AFTER = numAssignmentCalls; const int DTORS_AFTER = numDestructorCalls; LOOP_ASSERT(LINE, checkIntegrity(X, LENGTH)); LOOP_ASSERT(LINE, EXP == X); LOOP_ASSERT(LINE, AA == BB); LOOP_ASSERT(LINE, A == B ); LOOP_ASSERT(LINE, CTORS_AFTER == CTORS_BEFORE); LOOP_ASSERT(LINE, ASSIGN_AFTER == ASSIGN_BEFORE); LOOP_ASSERT(LINE, DTORS_AFTER == DTORS_BEFORE); } // end for (i) } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testTypeTraits(bool uses_bslma, bool bitwise_moveable) { // -------------------------------------------------------------------- // TESTING TYPE TRAITS // // Concerns: // 1. That the list has the 'bslalg::HasStlIterators' trait. // 2. Iff instantiated with 'bsl::allocator', then list has the // 'bslma::UsesBslmaAllocator' trait. // 3. Iff instantiated with an allocator that is bitwise moveable, then // the list has the 'bslmf::IsBitwiseMoveable' trait. // // Plan: // Test each of the above three traits and compare their value to the // expected value as expressed in the 'uses_bslma' and // 'bitwise_moveable' arguments to this function. // // Testing: // bslalg::HasStlIterators // bslma::UsesBslmaAllocator // bslmf::IsBitwiseMoveable // -------------------------------------------------------------------- ASSERT(bslalg::HasStlIterators<Obj>::value); LOOP_ASSERT(uses_bslma, uses_bslma == bslma::UsesBslmaAllocator<Obj>::value); LOOP_ASSERT(bitwise_moveable, bitwise_moveable == bslmf::IsBitwiseMoveable<Obj>::value); } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testComparisonOps() { // -------------------------------------------------------------------- // TESTING COMPARISON FREE OPERATORS // // Concerns: // 1. 'operator<' returns the lexicographic comparison on two lists. // 2. 'operator>', 'operator<=', and 'operator>=' are correctly tied to // 'operator<'. // 3. That traits get selected properly. // // Plan: // For a variety of lists of different sizes and different values, test // that the comparison returns as expected. // // Testing: // bool operator<(const list<T,A>&, const list<T,A>&); // bool operator>(const list<T,A>&, const list<T,A>&); // bool operator<=(const list<T,A>&, const list<T,A>&); // bool operator>=(const list<T,A>&, const list<T,A>&); // ------------------------------------------------------------------------ // NOTE: These specs must be sorted in lexicographical order static const char *SPECS[] = { "", "A", "AA", "AAA", "AAAA", "AAAAA", "AAAAAA", "AAAAAAA", "AAAAAAAA", "AAAAAAAAA", "AAAAAAAAAA", "AAAAAAAAAAA", "AAAAAAAAAAAA", "AAAAAAAAAAAAA", "AAAAAAAAAAAAAA", "AAAAAAAAAAAAAAA", "AAAAAB", "AAAAABA", "AAAAABAA", "AAAAABAAA", "AAAAABAAAA", "AAAAABAAAAA", "AAAAABAAAAAA", "AAAAABAAAAAAA", "AAAAABAAAAAAAA", "AAAAABAAAAAAAAA", "AAAAB", "AAAABAAAAAA", "AAAABAAAAAAA", "AAAABAAAAAAAA", "AAAABAAAAAAAAA", "AAAABAAAAAAAAAA", "AAAB", "AAABA", "AAABAA", "AAABAAAAAA", "AAB", "AABA", "AABAA", "AABAAA", "AABAAAAAA", "AB", "ABA", "ABAA", "ABAAA", "ABAAAAAA", "B", "BA", "BAA", "BAAA", "BAAAA", "BAAAAA", "BAAAAAA", "BB", }; const int NUM_SPECS = sizeof(SPECS) / sizeof(SPECS[0]); if (verbose) printf("\nCompare each pair of similar and different" " values (u, v) in S x S \n."); { // Create first object for (int si = 0; si < NUM_SPECS; ++si) { const char *const U_SPEC = SPECS[si]; Obj mU(g(U_SPEC)); const Obj& U = mU; if (veryVerbose) { T_; T_; P_(U_SPEC); P(U); } // Create second object for (int sj = 0; sj < NUM_SPECS; ++sj) { const char *const V_SPEC = SPECS[sj]; Obj mV(g(V_SPEC)); const Obj& V = mV; if (veryVerbose) { T_; T_; T_; P_(V_SPEC); P(V); } const bool isLT = si < sj; const bool isLE = si <= sj; const bool isGT = si > sj; const bool isGE = si >= sj; LOOP2_ASSERT(si, sj, isLT == (U < V)); LOOP2_ASSERT(si, sj, isLE == (U <= V)); LOOP2_ASSERT(si, sj, isGT == (U > V)); LOOP2_ASSERT(si, sj, isGE == (U >= V)); LOOP2_ASSERT(si, sj, (U < V) == !(U >= V)); LOOP2_ASSERT(si, sj, (U > V) == !(U <= V)); } } } } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testSwap() { // -------------------------------------------------------------------- // TESTING SWAP // // Concerns: // 1. Swapping containers does not swap allocators. // 2. Swapping containers with same allocator results in no allocation // or deallocation operations. // 3. Swapping containers with the same allocator causes iterators to // remain valid but to refer to the opposite container. // 4. DEPRECATED: Swapping containers with different allocator instances // will have the same memory usage copy-constructing each container // and destroying the original. // 5. DEPRECATED: An exception thrown while swapping containers with // different allocator instances will leave the containers unchanged. // // Plan: // Construct 'lst1' and 'lst2' with same test allocator. // Add data to each list. Remember allocation statistics and iterators. // Verify that contents were swapped. // Verify that allocator is unchanged. // Verify that no memory was allocated or deallocated. // Verify that each iterator now refers to the same element in the other // container. // For concerns 4 and 5, construct two containers with different // allocators and swap them within an exception test harness. Verify // the expected memory usage and verify that an exception leaves the // containers unchanged. // // Testing: // swap(list& rhs); // member // bsl::swap(list<T,A>& lhs, list<T,A>& rhs); // free function // ------------------------------------------------------------------------ bslma::TestAllocator testAllocator(veryVeryVerbose); bslma::TestAllocator testAllocator2(veryVeryVerbose); const ALLOC Z(&testAllocator); const ALLOC Z2(&testAllocator2); const size_t MAX_LEN = 15; static const struct { int d_lineNum; // source line number const char *d_spec; // container spec } DATA[] = { //line spec length //---- ---- ------ { L_, "" }, // 0 { L_, "A" }, // 1 { L_, "AB" }, // 2 { L_, "ABC" }, // 3 { L_, "ABCD" }, // 4 { L_, "ABCDA" }, // 5 { L_, "ABCDABCDABCDABC" }, // 15 }; const int NUM_DATA = sizeof DATA / sizeof *DATA; if (verbose) printf("\nTesting member swap\n"); for (int ti = 0; ti < NUM_DATA; ++ti) { const int XLINE = DATA[ti].d_lineNum; const char *XSPEC = DATA[ti].d_spec; const size_t XLENGTH = strlen(XSPEC); LOOP_ASSERT(XLINE, MAX_LEN >= XLENGTH); for (int tj = 0; tj < NUM_DATA; ++tj) { const int YLINE = DATA[tj].d_lineNum; const char *YSPEC = DATA[tj].d_spec; const size_t YLENGTH = strlen(YSPEC); LOOP_ASSERT(YLINE, MAX_LEN >= YLENGTH); // Create two objects to be swapped. Obj mX(Z); const Obj& X = gg(&mX, XSPEC); Obj mY(Z); const Obj& Y = gg(&mY, YSPEC); // Save iterators const_iterator xiters[MAX_LEN + 1]; const_iterator yiters[MAX_LEN + 1]; const_iterator it = X.begin(); for (size_t i = 0; i < XLENGTH + 1; ++i, ++it) { xiters[i] = it; } it = Y.begin(); for (size_t i = 0; i < YLENGTH + 1; ++i, ++it) { yiters[i] = it; } const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); mX.swap(mY); // Test here const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); // Test the contents have swapped. Allocator is unchanged. LOOP2_ASSERT(XLINE, YLINE, g(YSPEC) == X); LOOP2_ASSERT(XLINE, YLINE, g(XSPEC) == Y); LOOP2_ASSERT(XLINE, YLINE, Z == X.get_allocator()); LOOP2_ASSERT(XLINE, YLINE, Z == Y.get_allocator()); // Test that iterators have swapped. NOTE: the end iterator is // included in this test. This test is correct for our current // implementation, but the standard does not require that the end // iterator be swapped. it = X.begin(); for (size_t i = 0; i < YLENGTH + 1; ++i, ++it) { LOOP3_ASSERT(XLINE, YLINE, i, it == yiters[i]); } it = Y.begin(); for (size_t i = 0; i < XLENGTH + 1; ++i, ++it) { LOOP3_ASSERT(XLINE, YLINE, i, it == xiters[i]); } // No allocations or deallocations should have occurred. LOOP2_ASSERT(XLINE, YLINE, BB == AA); LOOP2_ASSERT(XLINE, YLINE, B == A ); } // end for tj } // end for ti if (verbose) printf("\nTesting free swap\n"); for (int ti = 0; ti < NUM_DATA; ++ti) { const int XLINE = DATA[ti].d_lineNum; const char *XSPEC = DATA[ti].d_spec; const size_t XLENGTH = strlen(XSPEC); LOOP_ASSERT(XLINE, MAX_LEN >= XLENGTH); for (int tj = 0; tj < NUM_DATA; ++tj) { const int YLINE = DATA[tj].d_lineNum; const char *YSPEC = DATA[tj].d_spec; const size_t YLENGTH = strlen(YSPEC); LOOP_ASSERT(YLINE, MAX_LEN >= YLENGTH); // Create two objects to be swapped. Obj mX(Z); const Obj& X = gg(&mX, XSPEC); Obj mY(Z); const Obj& Y = gg(&mY, YSPEC); // Save iterators const_iterator xiters[MAX_LEN + 1]; const_iterator yiters[MAX_LEN + 1]; const_iterator it = X.begin(); for (size_t i = 0; i < XLENGTH + 1; ++i, ++it) { xiters[i] = it; } it = Y.begin(); for (size_t i = 0; i < YLENGTH + 1; ++i, ++it) { yiters[i] = it; } const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); swap(mX, mY); // Test here const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); // Test the contents have swapped. Allocator is unchanged. LOOP2_ASSERT(XLINE, YLINE, g(YSPEC) == X); LOOP2_ASSERT(XLINE, YLINE, g(XSPEC) == Y); LOOP2_ASSERT(XLINE, YLINE, Z == X.get_allocator()); LOOP2_ASSERT(XLINE, YLINE, Z == Y.get_allocator()); // Test that iterators have swapped. NOTE: the end iterator is // included in this test. This test is correct for our current // implementation, but the standard does not require that the end // iterator be swapped. it = X.begin(); for (size_t i = 0; i < YLENGTH + 1; ++i, ++it) { LOOP3_ASSERT(XLINE, YLINE, i, it == yiters[i]); } it = Y.begin(); for (size_t i = 0; i < XLENGTH + 1; ++i, ++it) { LOOP3_ASSERT(XLINE, YLINE, i, it == xiters[i]); } // No allocations or deallocations should have occurred. LOOP2_ASSERT(XLINE, YLINE, BB == AA); LOOP2_ASSERT(XLINE, YLINE, B == A ); } // end for tj } // end for ti if (verbose) printf("\nTesting member swap with unequal allocators\n"); for (int ti = 0; ti < NUM_DATA; ++ti) { const int XLINE = DATA[ti].d_lineNum; const char *XSPEC = DATA[ti].d_spec; const size_t XLENGTH = strlen(XSPEC); LOOP_ASSERT(XLINE, MAX_LEN >= XLENGTH); for (int tj = 0; tj < NUM_DATA; ++tj) { const int YLINE = DATA[tj].d_lineNum; const char *YSPEC = DATA[tj].d_spec; const size_t YLENGTH = strlen(YSPEC); LOOP_ASSERT(YLINE, MAX_LEN >= YLENGTH); // Create two objects to be swapped. Obj mX(Z); const Obj& X = gg(&mX, XSPEC); Obj mY(Z2); const Obj& Y = gg(&mY, YSPEC); BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { ExceptionGuard<Obj> gx(&mX, X, XLINE); ExceptionGuard<Obj> gy(&mY, Y, YLINE); const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); const Int64 BB2 = testAllocator2.numBlocksTotal(); const Int64 B2 = testAllocator2.numBlocksInUse(); mX.swap(mY); // Test here gx.release(); gy.release(); const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); const Int64 AA2 = testAllocator2.numBlocksTotal(); const Int64 A2 = testAllocator2.numBlocksInUse(); // Test the contents have swapped. Allocator is unchanged. LOOP2_ASSERT(XLINE, YLINE, g(YSPEC) == X); LOOP2_ASSERT(XLINE, YLINE, g(XSPEC) == Y); LOOP2_ASSERT(XLINE, YLINE, Z == X.get_allocator()); LOOP2_ASSERT(XLINE, YLINE, Z2 == Y.get_allocator()); // Total allocations increased by enough to build copies // of each list LOOP2_ASSERT(XLINE, YLINE, BB +expectedBlocks(YLENGTH) == AA ); LOOP2_ASSERT(XLINE, YLINE, BB2+expectedBlocks(XLENGTH) == AA2); // Blocks in use have effectively swapped ptrdiff_t difference = static_cast<ptrdiff_t>(YLENGTH - XLENGTH); LOOP2_ASSERT(XLINE, YLINE, A - B == deltaBlocks(difference)); LOOP2_ASSERT(XLINE, YLINE, A2 - B2 == -(A - B)); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END } // end for tj } // end for ti } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testErase() { // -------------------------------------------------------------------- // TESTING ERASE // // Concerns: // 1. That the resulting value is correct. // 2. That erase operations do not allocate memory. // 3. That no memory is leaked. // // Plan: // For the 'erase' methods, the concerns are simply to cover the full // range of possible indices and numbers of elements. We build a list // with a variable size and capacity, and remove a variable element or // number of elements from it, and verify that size, capacity, and value // are as expected: // - Without exceptions, and computing the number of allocations. // - That the total allocations do not increase. // - That the in-use allocations diminish by the correct amount. // // Testing: // void pop_back(); // void pop_front(); // iterator erase(const_iterator pos); // iterator erase(const_iterator first, const_iterator last); // ----------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); const ALLOC Z(&testAllocator); const int MAX_LEN = 15; // Operations to test enum { TEST_FIRST, TEST_ERASE1 = TEST_FIRST, // erase(pos); TEST_ERASE_RANGE, // erase(first, last); TEST_POP_BACK, // pop_back(); TEST_POP_FRONT, // pop_front(); TEST_LAST }; static const struct { int d_lineNum; // source line number const char *d_spec; // container spec } DATA[] = { //line spec length //---- ---- ------ { L_, "" }, // 0 { L_, "A" }, // 1 { L_, "AB" }, // 2 { L_, "ABC" }, // 3 { L_, "ABCD" }, // 4 { L_, "ABCDA" }, // 5 { L_, "ABCDABCDABCDABC" }, // 15 }; const int NUM_DATA = sizeof DATA / sizeof *DATA; // Iterate through the operations for (int op = TEST_FIRST; op < TEST_LAST; ++op) { const char* opname = "<unknown>"; switch (op) { case TEST_ERASE1: opname = "erase(iterator)"; break; case TEST_ERASE_RANGE: opname = "erase(iterator, iterator)"; break; case TEST_POP_BACK: opname = "pop_back()"; break; case TEST_POP_FRONT: opname = "pop_front()"; break; } if (verbose) printf("\ntesting %s\n", opname); for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *SPEC = DATA[ti].d_spec; const int LENGTH = static_cast<int>(strlen(SPEC)); LOOP_ASSERT(LENGTH, LENGTH <= MAX_LEN); int pos_first, pos_last; // possible start positions switch (op) { case TEST_ERASE1: pos_first = 0; pos_last = LENGTH - 1; break; case TEST_ERASE_RANGE: pos_first = 0; pos_last = LENGTH; break; case TEST_POP_BACK: pos_first = LENGTH - 1; pos_last = LENGTH - 1; break; case TEST_POP_FRONT: pos_first = 0; pos_last = 0; break; } // end switch for (int posidx = pos_first; posidx <= pos_last; ++posidx) { int erase_min, erase_max; // num elements to be erased if (TEST_ERASE_RANGE == op) { erase_min = 0; erase_max = LENGTH - posidx; } else { erase_min = 1; erase_max = 1; if (LENGTH < 1) continue; } for (int n = erase_min; n <= erase_max; ++n) { Obj mX(Z); const Obj& X = gg(&mX, SPEC); const Obj Y(X); // Control // Save original iterators (including end iterator) // C++0x allows erasing using const_iterator const_iterator orig_iters[MAX_LEN + 1]; const_iterator it = X.begin(); for (int i = 0; i < LENGTH + 1; ++i, ++it) { orig_iters[i] = it; } // C++0x allows erasing using const_iterator const_iterator pos = orig_iters[posidx]; iterator ret; const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); if (veryVerbose) { T_; P_(SPEC); P_(posidx); P(n); } switch (op) { case TEST_ERASE1: { ret = mX.erase(pos); } break; case TEST_ERASE_RANGE: { // C++0x allows erasing using const_iterator const_iterator end_range = succ(pos, n); ret = mX.erase(pos, end_range); } break; case TEST_POP_BACK: { mX.pop_back(); ret = mX.end(); } break; case TEST_POP_FRONT: { mX.pop_front(); ret = mX.begin(); } break; } // end switch // Should never have an exception, so should always get // here. const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); // Test important values LOOP3_ASSERT(LINE, op, posidx, checkIntegrity(X, LENGTH - n)); LOOP3_ASSERT(LINE, op, posidx, LENGTH - n == (int) X.size()); LOOP3_ASSERT(LINE, op, posidx, BB == AA); LOOP3_ASSERT(LINE, op, posidx, B + deltaBlocks(-n) == A); const_iterator cit = X.begin(); const_iterator yi = Y.begin(); for (int i = 0; i < LENGTH; ++i, ++yi) { if (i < posidx) { // Test that part before erasure is unchanged LOOP4_ASSERT(LINE, op, posidx, i, *yi == *cit); LOOP4_ASSERT(LINE, op, posidx, i, orig_iters[i] == cit); ++cit; } else if (i < posidx + n) { // skip erased values continue; } else { // Test that part after erasure is unchanged LOOP4_ASSERT(LINE, op, posidx, i, *yi == *cit); LOOP4_ASSERT(LINE, op, posidx, i, orig_iters[i] == cit); ++cit; } } // Test end iterator LOOP3_ASSERT(LINE, op, posidx, X.end() == cit); LOOP3_ASSERT(LINE, op, posidx, Y.end() == yi); LOOP3_ASSERT(LINE, op, posidx, orig_iters[LENGTH] == cit); } // end for (n) LOOP3_ASSERT(LINE, op, posidx, 0 == testAllocator.numBlocksInUse()); } // end for (posidx) } // end for (ti) } // end for (op) } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testInsert() { // -------------------------------------------------------------------- // TESTING INSERTION: // // Concerns // 1. That the resulting list value is correct. // 2. That the 'insert' return (if any) value is a valid iterator to the // first inserted element or to the insertion position if no elements // are inserted. // 3. That insertion of one element has the strong exception guarantee. // 4. That insertion is exception neutral w.r.t. memory allocation. // 5. The internal memory management system is hooked up properly // so that *all* internally allocated memory draws from a // user-supplied allocator whenever one is specified. // 6. That inserting a 'const T& value' that is a reference to an element // of the list does not suffer from aliasing problems. // 7. That no iterators are invalidated by the insertion. // 8. That inserting 'n' copies of value 'v' selects the correct // overload when 'n' and 'v' are identical arithmetic types (i.e., // the iterator-range overload is not selected). // 9. That inserting 'n' copies of value 'v' selects the correct // overload when 'v' is a pointer type and 'n' is a null pointer // literal ,'0'. (i.e., the iterator-range overload is not selected). // // Plan: // Create objects of various sizes and insert a distinct value one or // more times into each possible position. For concerns 1, 2 & 5, verify // that the return value and modified list are as expected. For concerns // 3 & 4 perform the test using the exception-testing infrastructure and // verify the value and memory changes. For concern 6, we select the // value to insert from the middle of the list, thus testing insertion // before, at, and after the aliased element. For concern 7, save // copies of the iterators before and after the insertion point and // verify that they point to the same (valid) elements after the // insertion by iterating to the same point in the resulting list and // comparing the new iterators to the old ones. For concerns 8 and 9, // insert 2 elements of integral or pointer types into lists and verify // that it compiles and that the resultant list contains the expected // values. // // Testing: // iterator insert(const_iterator pos, const T& value); // iterator insert(const_iterator pos, size_type n, const T& value); // void push_back(const T& value); // void push_front(const T& value); // ----------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); const ALLOC Z(&testAllocator); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); (void) NUM_VALUES; const int MAX_LEN = 15; // Operations to test enum { TEST_FIRST, TEST_INSERT_N0 = TEST_FIRST, // insert(pos, 0, value); TEST_INSERT_N1, // insert(pos, 1, value); TEST_INSERT_N2, // insert(pos, 2, value); TEST_INSERT_N3, // insert(pos, 3, value); TEST_INSERT, // insert(pos, value); TEST_PUSH_BACK, // push_back(value); TEST_PUSH_FRONT, // push_front(value); TEST_LAST }; static const struct { int d_lineNum; // source line number const char *d_spec; // container spec } DATA[] = { //line spec length //---- ---- ------ { L_, "" }, // 0 { L_, "A" }, // 1 { L_, "AB" }, // 2 { L_, "ABC" }, // 3 { L_, "ABCD" }, // 4 { L_, "ABCDA" }, // 5 { L_, "ABCDABCDABCDABC" }, // 15 }; const int NUM_DATA = sizeof DATA / sizeof *DATA; // Iterate through the operations for (int op = TEST_FIRST; op < TEST_LAST; ++op) { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *SPEC = DATA[ti].d_spec; const int LENGTH = static_cast<int>(strlen(SPEC)); LOOP_ASSERT(LENGTH, LENGTH <= MAX_LEN); for (int posidx = 0; posidx <= LENGTH; ++posidx) { if (TEST_PUSH_BACK == op && LENGTH != posidx) { continue; // Can push_back only at end } else if (TEST_PUSH_FRONT == op && 0 != posidx) { continue; // Can push_front only at beginning } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { const Int64 AL = testAllocator.allocationLimit(); testAllocator.setAllocationLimit(-1); Obj mX(Z); const Obj& X = gg(&mX, SPEC); const Obj Y(X); // Control // Choose a value to insert that is deliberately aliasing // a list element. const TYPE& NEW_ELEM_REF(LENGTH ? nthElem(X,LENGTH/2) : VALUES[0]); const TYPE NEW_ELEM_VALUE(NEW_ELEM_REF); // Save original iterators (including end iterator) // C++0x allows insertion using const_iterator const_iterator orig_iters[MAX_LEN + 1]; const_iterator it = X.begin(); for (int i = 0; i < LENGTH + 1; ++i, ++it) { orig_iters[i] = it; } testAllocator.setAllocationLimit(AL); int n = 0; // C++0x allows insertion using const_iterator const_iterator pos = orig_iters[posidx]; iterator ret; ExceptionGuard<Obj> guard(&mX, X, LINE); const Int64 B = testAllocator.numBlocksInUse(); switch (op) { case TEST_INSERT: { ret = mX.insert(pos, NEW_ELEM_REF); n = 1; } break; case TEST_PUSH_BACK: { mX.push_back(NEW_ELEM_REF); ret = --mX.end(); n = 1; } break; case TEST_PUSH_FRONT: { mX.push_front(NEW_ELEM_REF); ret = mX.begin(); n = 1; } break; default: { n = op - TEST_INSERT_N0; if (n > 1) // strong guarantee only for 0 or 1 insertion guard.release(); ret = mX.insert(pos, n, NEW_ELEM_REF); } } // end switch guard.release(); // If got here, then there was no exception const Int64 A = testAllocator.numBlocksInUse(); // Test important values LOOP3_ASSERT(LINE, op, posidx, checkIntegrity(X, LENGTH + n)); LOOP3_ASSERT(LINE, op, posidx, LENGTH + n == (int) X.size()); LOOP3_ASSERT(LINE, op, posidx, B + deltaBlocks(n) == A); // Test return value from 'insert' LOOP3_ASSERT(LINE, op, posidx, bsl::distance(mX.begin(), ret) == posidx); const_iterator cit = X.begin(); const_iterator yi = Y.begin(); for (int i = 0; i < (int) X.size(); ++i, ++cit) { if (i < posidx) { // Test that part before insertion is unchanged LOOP4_ASSERT(LINE, op, posidx, i, *yi++ == *cit); LOOP4_ASSERT(LINE, op, posidx, i, orig_iters[i] == cit); } else if (i < posidx + n) { // Test inserted values LOOP4_ASSERT(LINE, op, posidx, i, NEW_ELEM_VALUE == *cit); } else { // Test that part after insertion is unchanged LOOP4_ASSERT(LINE, op, posidx, i, *yi++ == *cit); LOOP4_ASSERT(LINE, op, posidx, i, orig_iters[i - n] == cit); } } // Test end iterator LOOP3_ASSERT(LINE, op, posidx, X.end() == cit); LOOP3_ASSERT(LINE, op, posidx, orig_iters[LENGTH] == cit); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END LOOP3_ASSERT(LINE, op, posidx, 0 == testAllocator.numBlocksInUse()); } // end for (posidx) } // end for (ti) } // end for (op) if (verbose) printf("\nTesting overloading disambiguation\n"); { // 'n' and 'v' are identical arithmetic types. Make sure overload // resolution doesn't try to call the iterator-range 'insert'. { list<size_t, ALLOC> x; list<size_t, ALLOC>& X = x; size_t n = 2, v = 99; x.insert(X.begin(), n, v); ASSERT(X.size() == n); ASSERT(X.front() == v); ASSERT(X.back() == v); } { list<IntWrapper, ALLOC> x; list<IntWrapper, ALLOC>& X = x; unsigned char n = 2, v = 99; x.insert(X.begin(), n, v); ASSERT(X.size() == n); ASSERT(X.front() == v); ASSERT(X.back() == v); } { list<IntWrapper, ALLOC> x; list<IntWrapper, ALLOC>& X = x; size_t n = 2; int v = 99; x.insert(X.begin(), n, v); ASSERT(X.size() == n); ASSERT(X.front() == v); ASSERT(X.back() == v); } { // TBD: the below code block causes warnings. //list<IntWrapper, ALLOC> x; //list<IntWrapper, ALLOC>& X = x; //float n = 2, v = 99; //x.insert(X.begin(), n, v); //ASSERT(X.size() == n); //ASSERT(X.front() == v); //ASSERT(X.back() == v); } { list<IntWrapper, ALLOC> x; list<IntWrapper, ALLOC>& X = x; TestEnum n = TWO, v = NINETYNINE; x.insert(X.begin(), n, v); ASSERT(X.size() == (size_t)n); ASSERT(X.front() == v); ASSERT(X.back() == v); } // 'n' is an 'int' and 'v' is a zero 'int' literal (which is also a // null pointer literal). Make sure that it is correctly treated as a // pointer. { list<char*, ALLOC> x; list<char*, ALLOC>& X = x; int n = 2; char *v = 0; x.insert(X.begin(), n, 0); // Literal null, acts like an int. ASSERT(X.size() == (size_t)n); ASSERT(X.front() == v); ASSERT(X.back() == v); } } } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testEmplace() { // -------------------------------------------------------------------- // TESTING INSERTION USING EMPLACE: // // Concerns // 1. That the resulting list value is correct. // 2. That the 'emplace' return (if any) value is a valid iterator to the // first inserted element or to the insertion position if no elements // are inserted. // 3. That 'emplace' has the strong exception guarantee. // 4. That 'emplace' is exception neutral w.r.t. memory allocation. // 5. The internal memory management system is hooked up properly // so that *all* internally allocated memory draws from a // user-supplied allocator whenever one is specified. // 6. That inserting a 'const T& value' that is a reference to an element // of the list does not suffer from aliasing problems. // 7. That no iterators are invalidated by the insertion. // 8. That 'emplace' passes 0 to 5 arguments to the 'T' constructor. // // Plan: // Create objects of various sizes and insert a distinct value into each // possible position. For concerns 1, 2 & 5, verify that the return // value and modified list are as expected. For concerns 3 & 4 perform // the test using the exception-testing infrastructure and verify the // value and memory changes. For concern 6, we select the value to // insert from the middle of the list, thus testing insertion before, // at, and after the aliased element. For concern 7, save copies of the // iterators before and after the insertion point and verify that they // point to the same (valid) elements after the insertion by iterating // to the same point in the resulting list and comparing the new // iterators to the old ones. For concern 8, test each 'emplace' call // with 0 to 5 arguments. The test types are designed to ignore all but // the last argument, but verify that the preceding arguments are the // values '1', '2', '3', and '4'. // // Testing: // iterator emplace(const_iterator pos, Args&&... args); // void emplace_back(Args&&... args); // void emplace_front(Args&&... args); // ----------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); const ALLOC Z(&testAllocator); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); const TYPE DEFAULT_VALUE = TYPE(::DEFAULT_VALUE); (void) NUM_VALUES; const int MAX_LEN = 15; // Operations to test enum { TEST_FIRST, TEST_EMPLACE_A0 = TEST_FIRST, // emplace(pos); TEST_EMPLACE_A1, // emplace(pos, a1); TEST_EMPLACE_A2, // emplace(pos, a1, a2); TEST_EMPLACE_A3, // emplace(pos, a1, a2, a3); TEST_EMPLACE_A4, // emplace(pos, a1, a2, a3, a4); TEST_EMPLACE_A5, // emplace(pos, a1, a2, a3, a4, a5); TEST_EMPLACE_FRONT_A0, // emplace_front(pos); TEST_EMPLACE_FRONT_A1, // emplace_front(pos, a1); TEST_EMPLACE_FRONT_A2, // emplace_front(pos, a1, a2); TEST_EMPLACE_FRONT_A3, // emplace_front(pos, a1, a2, a3); TEST_EMPLACE_FRONT_A4, // emplace_front(pos, a1, a2, a3, a4); TEST_EMPLACE_FRONT_A5, // emplace_front(pos, a1, a2, a3, a4,a5); TEST_EMPLACE_BACK_A0, // emplace_back(pos); TEST_EMPLACE_BACK_A1, // emplace_back(pos, a1); TEST_EMPLACE_BACK_A2, // emplace_back(pos, a1, a2); TEST_EMPLACE_BACK_A3, // emplace_back(pos, a1, a2, a3); TEST_EMPLACE_BACK_A4, // emplace_back(pos, a1, a2, a3, a4); TEST_EMPLACE_BACK_A5, // emplace_back(pos, a1, a2, a3, a4, a5); TEST_LAST }; static const struct { int d_lineNum; // source line number const char *d_spec; // container spec } DATA[] = { //line spec length //---- ---- ------ { L_, "" }, // 0 { L_, "A" }, // 1 { L_, "AB" }, // 2 { L_, "ABC" }, // 3 { L_, "ABCD" }, // 4 { L_, "ABCDA" }, // 5 { L_, "ABCDABCDABCDABC" }, // 15 }; const int NUM_DATA = sizeof DATA / sizeof *DATA; // Iterate through the operations for (int op = TEST_FIRST; op < TEST_LAST; ++op) { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *SPEC = DATA[ti].d_spec; const int LENGTH = static_cast<int>(strlen(SPEC)); LOOP_ASSERT(LENGTH, LENGTH <= MAX_LEN); for (int posidx = 0; posidx <= LENGTH; ++posidx) { if (TEST_EMPLACE_BACK_A0 <= op && op <= TEST_EMPLACE_BACK_A5 && LENGTH != posidx) { continue; // Can emplace_back only at end } else if (TEST_EMPLACE_FRONT_A0 <= op && op <= TEST_EMPLACE_FRONT_A5 && 0 != posidx) { continue; // Can emplace_front only at beginning } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { const Int64 AL = testAllocator.allocationLimit(); testAllocator.setAllocationLimit(-1); Obj mX(Z); const Obj& X = gg(&mX, SPEC); const Obj Y(X); // Control // Choose a value to insert that is deliberately aliasing // a list element. bool useDefault = (TEST_EMPLACE_A0 || TEST_EMPLACE_FRONT_A0 || TEST_EMPLACE_BACK_A0); const TYPE& NEW_ELEM_REF(useDefault ? DEFAULT_VALUE : LENGTH ? nthElem(X,LENGTH/2) : VALUES[0]); const TYPE NEW_ELEM_VALUE(NEW_ELEM_REF); // Save original iterators (including end iterator) // C++0x allows insertion using const_iterator const_iterator orig_iters[MAX_LEN + 1]; const_iterator it = X.begin(); for (int i = 0; i < LENGTH + 1; ++i, ++it) { orig_iters[i] = it; } testAllocator.setAllocationLimit(AL); // C++0x allows insertion using const_iterator const_iterator pos = orig_iters[posidx]; iterator ret; ExceptionGuard<Obj> guard(&mX, X, LINE); const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); switch (op) { case TEST_EMPLACE_A0: { ret = mX.emplace(pos); } break; case TEST_EMPLACE_A1: { ret = mX.emplace(pos, NEW_ELEM_REF); } break; case TEST_EMPLACE_A2: { ret = mX.emplace(pos, 1, NEW_ELEM_REF); } break; case TEST_EMPLACE_A3: { ret = mX.emplace(pos, 1, 2, NEW_ELEM_REF); } break; case TEST_EMPLACE_A4: { ret = mX.emplace(pos, 1, 2, 3, NEW_ELEM_REF); } break; case TEST_EMPLACE_A5: { ret = mX.emplace(pos, 1, 2, 3, 4, NEW_ELEM_REF); } break; case TEST_EMPLACE_FRONT_A0: { mX.emplace_front(); ret = mX.begin(); } break; case TEST_EMPLACE_FRONT_A1: { mX.emplace_front(NEW_ELEM_REF); ret = mX.begin(); } break; case TEST_EMPLACE_FRONT_A2: { mX.emplace_front(1, NEW_ELEM_REF); ret = mX.begin(); } break; case TEST_EMPLACE_FRONT_A3: { mX.emplace_front(1, 2, NEW_ELEM_REF); ret = mX.begin(); } break; case TEST_EMPLACE_FRONT_A4: { mX.emplace_front(1, 2, 3, NEW_ELEM_REF); ret = mX.begin(); } break; case TEST_EMPLACE_FRONT_A5: { mX.emplace_front(1, 2, 3, 4, NEW_ELEM_REF); ret = mX.begin(); } break; case TEST_EMPLACE_BACK_A0: { mX.emplace_back(); ret = --mX.end(); } break; case TEST_EMPLACE_BACK_A1: { mX.emplace_back(NEW_ELEM_REF); ret = --mX.end(); } break; case TEST_EMPLACE_BACK_A2: { mX.emplace_back(1, NEW_ELEM_REF); ret = --mX.end(); } break; case TEST_EMPLACE_BACK_A3: { mX.emplace_back(1, 2, NEW_ELEM_REF); ret = --mX.end(); } break; case TEST_EMPLACE_BACK_A4: { mX.emplace_back(1, 2, 3, NEW_ELEM_REF); ret = --mX.end(); } break; case TEST_EMPLACE_BACK_A5: { mX.emplace_back(1, 2, 3, 4, NEW_ELEM_REF); ret = --mX.end(); } break; default: { ASSERT(0 && "No such operation"); } } // end switch guard.release(); // If got here, then there was no exception const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); // Test important values LOOP3_ASSERT(LINE, op, posidx, checkIntegrity(X, LENGTH + 1)); LOOP3_ASSERT(LINE, op, posidx, LENGTH + 1 == (int) X.size()); LOOP3_ASSERT(LINE, op, posidx, BB + deltaBlocks(1) == AA); LOOP3_ASSERT(LINE, op, posidx, B + deltaBlocks(1) == A); if (TEST_EMPLACE_A0 <= op && op <= TEST_EMPLACE_A5) { // Test return value from emplace LOOP3_ASSERT(LINE, op, posidx, bsl::distance(mX.begin(), ret) == posidx); } const_iterator cit = X.begin(); const_iterator yi = Y.begin(); for (int i = 0; i < (int) X.size(); ++i, ++cit) { if (i < posidx) { // Test that part before insertion is unchanged LOOP4_ASSERT(LINE, op, posidx, i, *yi++ == *cit); LOOP4_ASSERT(LINE, op, posidx, i, orig_iters[i] == cit); } else if (i == posidx) { // Test inserted value LOOP4_ASSERT(LINE, op, posidx, i, NEW_ELEM_VALUE == *cit); } else { // Test that part after insertion is unchanged LOOP4_ASSERT(LINE, op, posidx, i, *yi++ == *cit); LOOP4_ASSERT(LINE, op, posidx, i, orig_iters[i - 1] == cit); } } // Test end iterator LOOP3_ASSERT(LINE, op, posidx, X.end() == cit); LOOP3_ASSERT(LINE, op, posidx, orig_iters[LENGTH] == cit); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END LOOP3_ASSERT(LINE, op, posidx, 0 == testAllocator.numBlocksInUse()); } // end for (posidx) } // end for (ti) } // end for (op) } template <class TYPE, class ALLOC> template <class CONTAINER> void TestDriver<TYPE,ALLOC>::testInsertRange(const CONTAINER&) { // -------------------------------------------------------------------- // TESTING RANGE INSERTION: // // Concerns // 1. That the resulting list value is correct. // 2. That the 'insert' return (if any) value is a valid iterator to the // first inserted element or to the insertion position if no elements // are inserted. // 3. That insertion of one element has the strong exception guarantee. // 4. That insertion is exception neutral w.r.t. memory allocation. // 5. The internal memory management system is hooked up properly // so that *all* internally allocated memory draws from a // user-supplied allocator whenever one is specified. // 6. That no iterators are invalidated by the insertion. // // Plan: // Create objects of various sizes and insert a range of 0 to 3 values // at each possible position. For concerns 1, 2 & 5, verify // that the return value and modified list are as expected. For concerns // 3 & 4 perform the test using the exception-testing infrastructure and // verify the value and memory changes. For concern 7, save // copies of the iterators before and after the insertion point and // verify that they point to the same (valid) elements after the // insertion by iterating to the same point in the resulting list and // comparing the new iterators to the old ones. // // Testing: // template <class InputIter> // void insert(const_iterator pos, InputIter first, InputIter last); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); const ALLOC Z(&testAllocator); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); (void) VALUES; (void) NUM_VALUES; const int MAX_LEN = 15; // Starting data static const struct { int d_lineNum; // source line number const char *d_spec; // container spec } DATA[] = { //line spec length //---- ---- ------ { L_, "" }, // 0 { L_, "A" }, // 1 { L_, "AB" }, // 2 { L_, "ABC" }, // 3 { L_, "ABCD" }, // 4 { L_, "ABCDA" }, // 5 { L_, "ABCDABCDABCDABC" }, // 15 }; const int NUM_DATA = sizeof DATA / sizeof *DATA; // Data to insert static const struct { int d_lineNum; // source line number const char *d_spec; // container spec } U_DATA[] = { //line spec length //---- ---- ------ { L_, "" }, // 0 { L_, "E" }, // 1 { L_, "EA" }, // 2 { L_, "EBA" }, // 3 }; const int NUM_U_DATA = sizeof U_DATA / sizeof *U_DATA; for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *SPEC = DATA[ti].d_spec; const int LENGTH = static_cast<int>(strlen(SPEC)); LOOP_ASSERT(LENGTH, LENGTH <= MAX_LEN); for (int posidx = 0; posidx <= LENGTH; ++posidx) { for (int ui = 0; ui < NUM_U_DATA; ++ui) { const int U_LINE = U_DATA[ui].d_lineNum; const char *U_SPEC = U_DATA[ui].d_spec; const size_t N = strlen(U_SPEC); CONTAINER mU(U_SPEC); const CONTAINER& U = mU; BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { const Int64 AL = testAllocator.allocationLimit(); testAllocator.setAllocationLimit(-1); Obj mX(Z); const Obj& X = gg(&mX, SPEC); const Obj Y(X); // Control // Save original iterators (including end iterator) // C++0x allows insertion using const_iterator const_iterator orig_iters[MAX_LEN + 1]; const_iterator it = X.begin(); for (int i = 0; i < LENGTH + 1; ++i, ++it) { orig_iters[i] = it; } testAllocator.setAllocationLimit(AL); // C++0x allows insertion using const_iterator const_iterator pos = orig_iters[posidx]; iterator ret; ExceptionGuard<Obj> guard(&mX, X, LINE); const Int64 B = testAllocator.numBlocksInUse(); if (N > 1) { // strong guarantee only for 0 or 1 insertions guard.release(); } ret = mX.insert(pos, U.begin(), U.end()); guard.release(); // If got here, then there was no exception const Int64 A = testAllocator.numBlocksInUse(); // Test important values LOOP3_ASSERT(LINE, posidx, U_LINE, checkIntegrity(X, LENGTH + N)); LOOP3_ASSERT(LINE, posidx, U_LINE, LENGTH + N == X.size()); LOOP3_ASSERT(LINE, posidx, U_LINE, B + deltaBlocks(N) == A); LOOP3_ASSERT(LINE, posidx, U_LINE, bsl::distance(mX.begin(), ret) == posidx); const_iterator cit = X.begin(); const_iterator yi = Y.begin(); for (int i = 0; i < (int) X.size(); ++i, ++cit) { if (i < posidx) { // Test that part before insertion is unchanged LOOP4_ASSERT(LINE, posidx, U_LINE, i, *yi++ == *cit); LOOP4_ASSERT(LINE, posidx, U_LINE, i, orig_iters[i] == cit); } else if (i < posidx + (int) N) { // Test inserted values LOOP4_ASSERT(LINE, posidx, U_LINE, i, U[i - posidx] == *cit); } else { // Test that part after insertion is unchanged LOOP4_ASSERT(LINE, posidx, U_LINE, i, *yi++ == *cit); LOOP4_ASSERT(LINE, posidx, U_LINE, i, orig_iters[i - N] == cit); } } // Test end iterator LOOP3_ASSERT(LINE, posidx, U_LINE, X.end() == cit); LOOP3_ASSERT(LINE, posidx, U_LINE, orig_iters[LENGTH] == cit); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END LOOP3_ASSERT(LINE, posidx, U_LINE, 0 == testAllocator.numBlocksInUse()); } // end for (ui) } // end for (posidx) } // end for (ti) } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testIterators() { // -------------------------------------------------------------------- // TESTING ITERATORS // // Concerns: // 1. That 'iterator' and 'const_iterator' are bi-directional iterators. // 2. That 'iterator' and 'const_iterator' are CopyConstructible, // Assignable, and EqualityComparable, that 'iterator' is // convertible to 'const_iterator', and that 'reverse_iterator' is // constructible from 'iterator'. // 3. That 'begin' and 'end' return mutable iterators for a // reference to a modifiable list, and non-mutable iterators // otherwise. // 4. That the iterators can be dereferenced using 'operator*' or // 'operator->', yielding a reference or pointer with the correct // constness. // 5. That the range '[begin(), end())' equals the value of the list. // 6. That iterators can be pre-incremented, post-incremented, // pre-decremented, and post-decremented. // 7. Same concerns with 'rbegin', 'rend', 'reverse_iterator', and // 'const_reverse_iterator'. // // Plan: // For concerns 1, 3, 4, and 7 create a one-element list and verify the // static properties of 'iterator', 'const_iterator', // ''reverse_iterator', and 'const_reverse_iterator'. // // For concerns 1, 2, 5, 6, and 7, for each value given by variety of // specifications of different lengths, create a test list with this // value, and access each element in sequence and in reverse sequence, // both as a modifiable reference (setting it to a default value, then // back to its original value), and as a non-modifiable reference. At // each step in the traversal, save the current iterator using both copy // construction and assignment and, in a nested second loop, traverse // the whole list in reverse order, testing that the nested-traversal // iterator matches the saved iterator iff they refer to the same // element. // // Testing: // type iterator // type reverse_iterator // type const_iterator // type const_reverse_iterator // iterator begin(); // iterator end(); // reverse_iterator rbegin(); // reverse_iterator rend(); // const_iterator begin() const; // const_iterator end() const; // const_reverse_iterator rbegin() const; // const_reverse_iterator rend() const; // -------------------------------------------------------------------- typedef typename Obj::size_type size_type; bslma::TestAllocator testAllocator(veryVeryVerbose); const TYPE DEFAULT_VALUE = TYPE(); (void) DEFAULT_VALUE; static const struct { int d_lineNum; // source line number const char *d_spec; // initial } DATA[] = { { L_, "" }, { L_, "A" }, { L_, "ABC" }, { L_, "ABCD" }, { L_, "ABCDE" }, { L_, "ABCDEAB" }, { L_, "ABCDEABC" }, { L_, "ABCDEABCD" } }; const int NUM_DATA = sizeof DATA / sizeof *DATA; if (verbose) printf("Testing 'iterator', 'reverse_iterator', " "'const_iterator', and 'const_reverse_iterator'\n"); { Obj mX(2); const Obj& X = mX; const iterator iter = mX.begin(); const const_iterator citer = X.begin(); const reverse_iterator riter = mX.rbegin(); const const_reverse_iterator criter = X.rbegin(); // Check iterator category ASSERT((bsl::is_same<typename iterator::iterator_category, bidirectional_iterator_tag>::value)); ASSERT((bsl::is_same<typename reverse_iterator::iterator_category, bidirectional_iterator_tag>::value)); ASSERT((bsl::is_same<typename const_iterator::iterator_category, bidirectional_iterator_tag>::value)); ASSERT((bsl::is_same<typename const_reverse_iterator::iterator_category ,bidirectional_iterator_tag>::value)); // Test mutability ASSERT( is_mutable(*mX.begin())); ASSERT(! is_mutable(* X.begin())); ASSERT( is_mutable(*mX.rbegin())); ASSERT(! is_mutable(* X.rbegin())); ASSERT( is_mutable(*--mX.end())); ASSERT(! is_mutable(*-- X.end())); ASSERT( is_mutable(*--mX.rend())); ASSERT(! is_mutable(*-- X.rend())); ASSERT( is_mutable(*iter)); ASSERT(! is_mutable(*citer)); ASSERT( is_mutable(*riter)); ASSERT(! is_mutable(*criter)); // Test dereferencing ASSERT(&*iter == &X.front()); ASSERT(&*citer == &X.front()); ASSERT(&*riter == &X.back()); ASSERT(&*criter == &X.back()); // Test operator->() ASSERT(iter.operator->() == &X.front()); ASSERT(citer.operator->() == &X.front()); ASSERT(riter.operator->() == &X.back()); ASSERT(criter.operator->() == &X.back()); } if (verbose) printf("Testing 'begin', and 'end', 'rbegin', 'rend', " " and their 'const' variants.\n"); { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *SPEC = DATA[ti].d_spec; const size_t LENGTH = strlen(SPEC); Obj mX(&testAllocator); const Obj& X = gg(&mX, SPEC); Obj mY(X); const Obj& Y = mY; // control if (verbose) { P_(LINE); P(SPEC); } iterator iter = mX.begin(); const_iterator citer = X.begin(); reverse_iterator riter = mX.rend(); const_reverse_iterator criter = X.rend(); for (size_type i = 0; i < LENGTH; ++i) { LOOP2_ASSERT(LINE, i, TYPE(SPEC[i]) == *iter); LOOP2_ASSERT(LINE, i, TYPE(SPEC[i]) == *citer); LOOP2_ASSERT(LINE, i, iter != mX.end()); LOOP2_ASSERT(LINE, i, citer != X.end()); LOOP2_ASSERT(LINE, i, riter != mX.rbegin()); LOOP2_ASSERT(LINE, i, criter != X.rbegin()); LOOP2_ASSERT(LINE, i, citer == iter); LOOP2_ASSERT(LINE, i, &*citer == &*iter); // C++0x allows comparison of dissimilar reverse_iterators. //LOOP2_ASSERT(LINE, i, criter == riter); // Decrement reverse iterator before dereferencing --riter; --criter; // Reverse iterator refers to same element as iterator LOOP2_ASSERT(LINE, i, TYPE(SPEC[i]) == *riter); LOOP2_ASSERT(LINE, i, TYPE(SPEC[i]) == *criter); LOOP2_ASSERT(LINE, i, &*iter == &*riter); LOOP2_ASSERT(LINE, i, &*iter == &*criter); // iterator copy ctor and assignment iterator iter2(iter); // iterator copy ctor iterator iter3(mY.end()); iter3 = iter; // iterator assignment // const_iterator copy ctor, assignment, and conversion const_iterator citer2(citer); // const_iterator copy ctor const_iterator citer3(Y.end()); citer3 = citer; // const_iterator assignment const_iterator citer4 = iter; // conversion ctor const_iterator citer5(Y.end()); citer5 = iter; // conversion assignment // reverse_iterator conversion, copy ctor, and assignment reverse_iterator riter1(iter); // conversion ctor reverse_iterator riter2(riter); // copy ctor reverse_iterator riter3(mY.end()); riter3 = riter; // assignment // const_reverse_iterator conversion, copy ctor, and assignment const_reverse_iterator criter1(citer); // rev conversion ctor const_reverse_iterator criter3(criter); // copy ctor const_reverse_iterator criter2(riter); // const conversion const_reverse_iterator criter4(Y.end()); criter4 = criter; // assignment const_reverse_iterator criter5(Y.end()); criter5 = riter; // const assignment // Test equivalences: All of the iterators except for riter1 // and criter1 refer to the same element LOOP2_ASSERT(LINE, i, iter == iter2); LOOP2_ASSERT(LINE, i, iter == iter3); LOOP2_ASSERT(LINE, i, citer == citer2); LOOP2_ASSERT(LINE, i, citer == citer3); LOOP2_ASSERT(LINE, i, citer == citer4); LOOP2_ASSERT(LINE, i, citer == citer5); LOOP2_ASSERT(LINE, i, riter == riter2); LOOP2_ASSERT(LINE, i, riter == riter3); // C++0x allows comparison of dissimilar reverse_iterators. //LOOP2_ASSERT(LINE, i, riter == criter); LOOP2_ASSERT(LINE, i, criter == criter2); LOOP2_ASSERT(LINE, i, criter == criter3); LOOP2_ASSERT(LINE, i, criter == criter4); LOOP2_ASSERT(LINE, i, criter == criter5); LOOP2_ASSERT(LINE, i, &*iter == &*iter2); LOOP2_ASSERT(LINE, i, &*citer == &*citer2); LOOP2_ASSERT(LINE, i, &*riter == &*riter2); LOOP2_ASSERT(LINE, i, &*criter == &*criter2); // Forward-reverse equivalences LOOP2_ASSERT(LINE, i, citer == criter1.base()); LOOP2_ASSERT(LINE, i, iter == riter1.base()); LOOP2_ASSERT(LINE, i, &*iter == &*--riter1); LOOP2_ASSERT(LINE, i, &*citer == &*--criter1); // Iterate backwards over the list iterator iback = mX.end(); const_iterator ciback = X.end(); reverse_iterator riback = mX.rbegin(); const_reverse_iterator criback = X.rbegin(); for (size_type j = LENGTH; j > 0; ) { --j; --iback; --ciback; LOOP3_ASSERT(LINE, i, j, &*iback == &*ciback); LOOP3_ASSERT(LINE, i, j, &*iback == &*riback); LOOP3_ASSERT(LINE, i, j, &*iback == &*criback); const bool is_eq = (j == i); const bool is_neq = (j != i); LOOP3_ASSERT(LINE, i, j, is_eq == (iback == iter2)); LOOP3_ASSERT(LINE, i, j, is_neq == (iback != iter2)); LOOP3_ASSERT(LINE, i, j, is_eq == (ciback == citer2)); LOOP3_ASSERT(LINE, i, j, is_neq == (ciback != citer2)); LOOP3_ASSERT(LINE, i, j, is_eq == (riback == riter2)); LOOP3_ASSERT(LINE, i, j, is_neq == (riback != riter2)); LOOP3_ASSERT(LINE, i, j, is_eq == (criback == criter2)); LOOP3_ASSERT(LINE, i, j, is_neq == (criback != criter2)); LOOP3_ASSERT(LINE, i, j, is_eq == (&*iback == &*iter2)); LOOP3_ASSERT(LINE, i, j, is_eq == (&*iback == &*citer2)); LOOP3_ASSERT(LINE, i, j, is_eq == (&*iback == &*riter2)); LOOP3_ASSERT(LINE, i, j, is_eq == (&*iback == &*criter2)); ++riback; ++criback; // iback and ciback have already been decremented } LOOP2_ASSERT(LINE, i, X.begin() == iback); LOOP2_ASSERT(LINE, i, X.begin() == ciback); // C++0x allows comparison of dissimilar reverse_iterators. //LOOP2_ASSERT(LINE, i, X.rend() == riback); LOOP2_ASSERT(LINE, i, X.rend() == criback); // Test result of pre and post-increment LOOP2_ASSERT(LINE, i, iter2++ == iter3); LOOP2_ASSERT(LINE, i, iter2 == ++iter3); LOOP2_ASSERT(LINE, i, iter2 == iter3); LOOP2_ASSERT(LINE, i, citer2++ == citer3); LOOP2_ASSERT(LINE, i, citer2 == ++citer3); LOOP2_ASSERT(LINE, i, citer2 == citer3); LOOP2_ASSERT(LINE, i, riter2++ == riter3); LOOP2_ASSERT(LINE, i, riter2 == ++riter3); LOOP2_ASSERT(LINE, i, riter2 == riter3); LOOP2_ASSERT(LINE, i, criter2++ == criter3); LOOP2_ASSERT(LINE, i, criter2 == ++criter3); LOOP2_ASSERT(LINE, i, criter2 == criter3); ++iter; ++citer; // riter and criter have already been decremented } // end for i LOOP_ASSERT(LINE, X.end() == iter); LOOP_ASSERT(LINE, X.end() == citer); // C++0x allows comparison of dissimilar reverse_iterators. //LOOP_ASSERT(LINE, X.rbegin() == riter); LOOP_ASSERT(LINE, X.rbegin() == criter); } // end for each spec } // end for 'begin', 'end', etc. } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testElementAccess() { // -------------------------------------------------------------------- // TESTING ELEMENT ACCESS // // Concerns: // 1. That 'v.front()' and 'v.back()', allow modifying the // element when 'v' is modifiable, but must not modify the // element when it is 'const'. // // Plan: // For each value given by variety of specifications of different // lengths, create a test list with this value, and access the first and // last elements (front, back) both as a modifiable reference (setting // it to a default value, then back to its original value), and as a // non-modifiable reference. // // Testing: // T& front(); // T& back(); // const T& front() const; // const T& back() const; // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); const TYPE DEFAULT_VALUE = TYPE(); static const struct { int d_lineNum; // source line number const char *d_spec; // initial } DATA[] = { { L_, "" }, { L_, "A" }, { L_, "ABC" }, { L_, "ABCD" }, { L_, "ABCDE" }, { L_, "ABCDEAB" }, { L_, "ABCDEABC" }, { L_, "ABCDEABCD" } }; const int NUM_DATA = sizeof DATA / sizeof *DATA; if (verbose) printf("\tWithout exception.\n"); { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *SPEC = DATA[ti].d_spec; const size_t LENGTH = strlen(SPEC); Obj mX(&testAllocator); const Obj& X = gg(&mX,SPEC); Obj mY(X); const Obj& Y = mY; // control if (verbose) { P_(LINE); P(SPEC); } if (LENGTH) { LOOP_ASSERT(LINE, is_mutable(mX.front())); LOOP_ASSERT(LINE, ! is_mutable(X.front())); LOOP_ASSERT(LINE, TYPE(SPEC[0]) == X.front()); mX.front() = DEFAULT_VALUE; LOOP_ASSERT(LINE, DEFAULT_VALUE == X.front()); LOOP_ASSERT(LINE, Y != X); mX.front() = Y.front(); LOOP_ASSERT(LINE, Y == X); LOOP_ASSERT(LINE, is_mutable(mX.back())); LOOP_ASSERT(LINE, ! is_mutable(X.back())); LOOP_ASSERT(LINE, TYPE(SPEC[LENGTH - 1]) == X.back()); mX.back() = DEFAULT_VALUE; LOOP_ASSERT(LINE, DEFAULT_VALUE == X.back()); LOOP_ASSERT(LINE, Y != X); mX.back() = Y.back(); LOOP_ASSERT(LINE, Y == X); } } } } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testResize() { // -------------------------------------------------------------------- // TESTING 'resize' // // Concerns: // 1. Resized list has the correct value. // 2. Resizing to the current size allocates and frees no memory. // 3. Resizing to a smaller size allocates no memory. // 4. Resizing to a larger size frees no memory. // 5. Resizing to a larger size propagates the allocator to elements // appropriately. // 6. 'resize' is exception neutral. // // Plan: // Using a set of input specs and result sizes, try each combination // with and without specifying a value for the new elements. Verify // each of the above concerns for each combination. // // Testing: // void resize(size_type n); // void resize(size_type n, const T& val); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); ALLOC Z(&testAllocator); const TYPE DEFAULT_VALUE = TYPE(); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); static const struct { int d_lineNum; // source line number const char *d_spec; // container spec } DATA[] = { //line spec length //---- ---- ------ { L_, "" }, // 0 { L_, "A" }, // 1 { L_, "AB" }, // 2 { L_, "ABC" }, // 3 { L_, "ABCD" }, // 4 { L_, "ABCDE" }, // 5 { L_, "ABCDEAB" }, // 7 { L_, "ABCDEABC" }, // 8 { L_, "ABCDEABCD" }, // 9 { L_, "ABCDEABCDEABCDE" }, // 15 { L_, "ABCDEABCDEABCDEA" }, // 16 { L_, "ABCDEABCDEABCDEAB" } // 17 }; const int NUM_DATA = sizeof DATA / sizeof *DATA; if (verbose) printf("\nTesting resize(sz).\n"); for (int i = 0; i < NUM_DATA; ++i) { const int LINE = DATA[i].d_lineNum; const char *SPEC = DATA[i].d_spec; const size_t LENGTH = strlen(SPEC); if (veryVerbose) { T_; P(SPEC); } for (size_t newlen = 0; newlen < 20; ++newlen) { const size_t NEWLEN = newlen; if (veryVerbose) { T_; T_; P(NEWLEN); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { const Int64 AL = testAllocator.allocationLimit(); testAllocator.setAllocationLimit(-1); Obj mX(Z); const Obj& X = gg(&mX, SPEC); Obj mU(X); const Obj& U = mU; testAllocator.setAllocationLimit(AL); const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); mX.resize(NEWLEN); // test here const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { T_; T_; T_; P(X); } LOOP2_ASSERT(LINE, NEWLEN, checkIntegrity(X, NEWLEN)); LOOP2_ASSERT(LINE, NEWLEN, NEWLEN == X.size()); if (NEWLEN <= LENGTH) { LOOP2_ASSERT(LINE, NEWLEN, BB == AA); } else { LOOP2_ASSERT(LINE, NEWLEN, BB + deltaBlocks(NEWLEN - LENGTH) == AA); } ptrdiff_t difference = static_cast<ptrdiff_t>(NEWLEN - LENGTH); LOOP2_ASSERT(LINE, NEWLEN, B + deltaBlocks(difference) == A); const_iterator xi = X.begin(); const_iterator yi = U.begin(); for (size_t j = 0; j < LENGTH && j < NEWLEN; ++j, ++xi, ++yi) { LOOP2_ASSERT(LINE, NEWLEN, *yi == *xi); } for (size_t j = LENGTH; j < NEWLEN; ++j, ++xi) { LOOP2_ASSERT(LINE, NEWLEN, DEFAULT_VALUE == *xi); } LOOP2_ASSERT(LINE, NEWLEN, xi == X.end()); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END ASSERT(0 == testAllocator.numMismatches()); ASSERT(0 == testAllocator.numBlocksInUse()); } // end for newlen } // end testing resize(sz) if (verbose) printf("\nTesting resize(sz, c).\n"); for (int i = 0; i < NUM_DATA; ++i) { const int LINE = DATA[i].d_lineNum; const char *SPEC = DATA[i].d_spec; const size_t LENGTH = strlen(SPEC); const TYPE VALUE = VALUES[i % NUM_VALUES]; if (veryVerbose) { T_; P(SPEC); } for (size_t newlen = 0; newlen < 20; ++newlen) { const size_t NEWLEN = newlen; if (veryVerbose) { T_; T_; P(NEWLEN); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { const Int64 AL = testAllocator.allocationLimit(); testAllocator.setAllocationLimit(-1); Obj mX(Z); const Obj& X = gg(&mX, SPEC); Obj mU(X); const Obj& U = mU; testAllocator.setAllocationLimit(AL); const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); mX.resize(NEWLEN, VALUE); // test here const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { T_; T_; T_; P(X); } LOOP2_ASSERT(LINE, NEWLEN, checkIntegrity(X, NEWLEN)); LOOP2_ASSERT(LINE, NEWLEN, NEWLEN == X.size()); if (NEWLEN <= LENGTH) { LOOP2_ASSERT(LINE, NEWLEN, BB == AA); } else { LOOP2_ASSERT(LINE, NEWLEN, BB + deltaBlocks(NEWLEN - LENGTH) == AA); } ptrdiff_t difference = static_cast<ptrdiff_t>(NEWLEN - LENGTH); LOOP2_ASSERT(LINE, NEWLEN, B + deltaBlocks(difference) == A); const_iterator xi = X.begin(); const_iterator yi = U.begin(); for (size_t j = 0; j < LENGTH && j < NEWLEN; ++j, ++xi, ++yi) { LOOP2_ASSERT(LINE, NEWLEN, *yi == *xi); } for (size_t j = LENGTH; j < NEWLEN; ++j, ++xi) { LOOP2_ASSERT(LINE, NEWLEN, VALUE == *xi); } LOOP2_ASSERT(LINE, NEWLEN, xi == X.end()); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END ASSERT(0 == testAllocator.numMismatches()); ASSERT(0 == testAllocator.numBlocksInUse()); } // end for newlen } // end testing resize(sz) } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testAssign() { // -------------------------------------------------------------------- // TESTING 'assign' // // Concerns: // 1. The assigned value is correct. // 2. The 'assign' call is exception neutral w.r.t. memory allocation. // 3. The internal memory management system is hooked up properly // so that *all* internally allocated memory draws from a // user-supplied allocator whenever one is specified. // // Plan: // For the assignment we will create objects of varying sizes containing // default values for type T, and then assign different 'value'. Perform // the above tests: // - With various initial values before the assignment. // - In the presence of exceptions during memory allocations using // a 'bslma_TestAllocator' and varying its *allocation* *limit*. // and use basic accessors and equality comparison to verify that // assignment was successful. // // Testing: // assign(size_type n, const T& value); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); ALLOC Z(&testAllocator); const TYPE DEFAULT_VALUE = TYPE(); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); if (verbose) printf("\nTesting initial-length assignment.\n"); { static const struct { int d_lineNum; // source line number int d_length; // expected length } DATA[] = { //line length //---- ------ { L_, 0 }, { L_, 1 }, { L_, 2 }, { L_, 3 }, { L_, 4 }, { L_, 5 }, { L_, 6 }, { L_, 7 }, { L_, 8 }, { L_, 9 }, { L_, 11 }, { L_, 12 }, { L_, 14 }, { L_, 15 }, { L_, 16 }, { L_, 17 } }; const int NUM_DATA = sizeof DATA / sizeof *DATA; if (verbose) printf("\tUsing 'n' copies of 'value'.\n"); { for (int i = 0; i < NUM_DATA; ++i) { const int INIT_LINE = DATA[i].d_lineNum; const size_t INIT_LENGTH = DATA[i].d_length; if (veryVerbose) { printf("\t\tWith initial value of "); P_(INIT_LENGTH); printf(" using default value.\n"); } Obj mX(INIT_LENGTH, DEFAULT_VALUE, Z); const Obj& X = mX; for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const size_t LENGTH = DATA[ti].d_length; const TYPE VALUE = VALUES[ti % NUM_VALUES]; if (veryVerbose) { printf("\t\tAssign "); P_(LENGTH); printf(" using "); P(VALUE); } mX.assign(LENGTH, VALUE); const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { T_; T_; T_; P(X); } LOOP4_ASSERT(INIT_LINE, LINE, i, ti, checkIntegrity(X, LENGTH)); LOOP4_ASSERT(INIT_LINE, LINE, i, ti, LENGTH == X.size()); LOOP4_ASSERT(INIT_LINE, LINE, i, ti, A == expectedBlocks(LENGTH)); for (const_iterator j = X.begin(); j != X.end(); ++j) { LOOP4_ASSERT(INIT_LINE,LINE, i, ti, VALUE == *j); } } } ASSERT(0 == testAllocator.numMismatches()); ASSERT(0 == testAllocator.numBlocksInUse()); } if (verbose) printf("\tWith exceptions.\n"); { for (int i = 0; i < NUM_DATA; ++i) { const int INIT_LINE = DATA[i].d_lineNum; const size_t INIT_LENGTH = DATA[i].d_length; if (veryVerbose) { printf("\t\tWith initial value of "); P_(INIT_LENGTH); printf(" using default value.\n"); } for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const size_t LENGTH = DATA[ti].d_length; const TYPE VALUE = VALUES[ti % NUM_VALUES]; if (veryVerbose) { printf("\t\tAssign "); P_(LENGTH); printf(" using "); P(VALUE); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { const Int64 AL = testAllocator.allocationLimit(); testAllocator.setAllocationLimit(-1); Obj mX(INIT_LENGTH, DEFAULT_VALUE, Z); const Obj& X = mX; testAllocator.setAllocationLimit(AL); mX.assign(LENGTH, VALUE); // test here const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { T_; T_; T_; P(X); } LOOP4_ASSERT(INIT_LINE, LINE, i, ti, checkIntegrity(X, LENGTH)); LOOP4_ASSERT(INIT_LINE,LINE,i,ti, LENGTH == X.size()); LOOP4_ASSERT(INIT_LINE,LINE,i,ti, A == expectedBlocks(LENGTH)); for (const_iterator j = X.begin(); j != X.end(); ++j) { LOOP4_ASSERT(INIT_LINE,LINE, i, ti, VALUE == *j); } } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END ASSERT(0 == testAllocator.numMismatches()); ASSERT(0 == testAllocator.numBlocksInUse()); } } } } } template <class TYPE, class ALLOC> template <class CONTAINER> void TestDriver<TYPE,ALLOC>::testAssignRange(const CONTAINER&) { // -------------------------------------------------------------------- // TESTING 'assign' // // Concerns: // 1. That the initial value is correct. // 2. That the initial range is correctly imported if the // initial 'FWD_ITER' is an input iterator. // 3. That the constructor is exception neutral w.r.t. memory // allocation. // 4. That the internal memory management system is hooked up properly // so that *all* internally allocated memory draws from a // user-supplied allocator whenever one is specified. // 5. The previous value is freed properly. // // Plan: // For the assignment we will create objects of varying sizes containing // default values for type T, and then assign different 'value' as // argument. Perform the above tests: // - From the parameterized 'CONTAINER::const_iterator'. // - In the presence of exceptions during memory allocations using // a 'bslma_TestAllocator' and varying its *allocation* *limit*. // and use basic accessors to verify // - size // - capacity // - element value at each index position { 0 .. length - 1 }. // Note that we relax the concerns about memory consumption, since this // is implemented as 'erase + insert', and insert will be tested more // completely in test case 17. // // Testing: // template <class InputIter> // assign(InputIter first, InputIter last); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); ALLOC Z(&testAllocator); const TYPE DEFAULT_VALUE = TYPE(); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); static const struct { int d_lineNum; // source line number int d_length; // expected length } DATA[] = { //line length //---- ------ { L_, 0 }, { L_, 1 }, { L_, 2 }, { L_, 3 }, { L_, 4 }, { L_, 5 }, { L_, 6 }, { L_, 7 }, { L_, 8 }, { L_, 9 }, { L_, 11 }, { L_, 12 }, { L_, 14 }, { L_, 15 }, { L_, 16 }, { L_, 17 } }; const int NUM_DATA = sizeof DATA / sizeof *DATA; static const struct { int d_lineNum; // source line number const char *d_spec; // container spec } U_DATA[] = { //line spec length //---- ---- ------ { L_, "" }, // 0 { L_, "A" }, // 1 { L_, "AB" }, // 2 { L_, "ABC" }, // 3 { L_, "ABCD" }, // 4 { L_, "ABCDE" }, // 5 { L_, "ABCDEAB" }, // 7 { L_, "ABCDEABC" }, // 8 { L_, "ABCDEABCD" }, // 9 { L_, "ABCDEABCDEABCDE" }, // 15 { L_, "ABCDEABCDEABCDEA" }, // 16 { L_, "ABCDEABCDEABCDEAB" } // 17 }; const int NUM_U_DATA = sizeof U_DATA / sizeof *U_DATA; if (verbose) printf("\tUsing 'CONTAINER::const_iterator'.\n"); { for (int i = 0; i < NUM_DATA; ++i) { const int INIT_LINE = DATA[i].d_lineNum; const size_t INIT_LENGTH = DATA[i].d_length; if (veryVerbose) { printf("\t\tWith initial value of "); P_(INIT_LENGTH); printf(" using default value.\n"); } Obj mX(INIT_LENGTH, VALUES[i % NUM_VALUES], Z); const Obj& X = mX; for (int ti = 0; ti < NUM_U_DATA; ++ti) { const int LINE = U_DATA[ti].d_lineNum; const char *SPEC = U_DATA[ti].d_spec; const size_t LENGTH = strlen(SPEC); CONTAINER mU(SPEC); const CONTAINER& U = mU; if (veryVerbose) { printf("\t\tAssign "); P_(LENGTH); printf(" using "); P(SPEC); } mX.assign(U.begin(), U.end()); const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { T_; T_; T_; P(X); } LOOP4_ASSERT(INIT_LINE, LINE, i, ti, checkIntegrity(X, LENGTH)); LOOP4_ASSERT(INIT_LINE, LINE, i, ti, LENGTH == X.size()); LOOP4_ASSERT(INIT_LINE, LINE, i, ti, A == expectedBlocks(LENGTH)); Obj mY(g(SPEC)); const Obj& Y = mY; LOOP4_ASSERT(INIT_LINE, LINE, i, ti, Y == X); } } ASSERT(0 == testAllocator.numMismatches()); ASSERT(0 == testAllocator.numBlocksInUse()); } if (verbose) printf("\tWith exceptions.\n"); { for (int i = 0; i < NUM_DATA; ++i) { const int INIT_LINE = DATA[i].d_lineNum; const size_t INIT_LENGTH = DATA[i].d_length; if (veryVerbose) { printf("\t\tWith initial value of "); P_(INIT_LENGTH); printf(" using default value.\n"); } for (int ti = 0; ti < NUM_U_DATA; ++ti) { const int LINE = U_DATA[ti].d_lineNum; const char *SPEC = U_DATA[ti].d_spec; const size_t LENGTH = strlen(SPEC); CONTAINER mU(SPEC); const CONTAINER& U = mU; if (veryVerbose) { printf("\t\tAssign "); P_(LENGTH); printf(" using "); P(SPEC); } Obj mY(g(SPEC)); const Obj& Y = mY; BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { const Int64 AL = testAllocator.allocationLimit(); testAllocator.setAllocationLimit(-1); Obj mX(INIT_LENGTH, DEFAULT_VALUE, Z); const Obj& X = mX; testAllocator.setAllocationLimit(AL); mX.assign(U.begin(), U.end()); // test here const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { T_; T_; T_; P(X); } LOOP4_ASSERT(INIT_LINE, LINE, i, ti, checkIntegrity(X, LENGTH)); LOOP4_ASSERT(INIT_LINE, LINE, i, ti, LENGTH == X.size()); LOOP4_ASSERT(INIT_LINE, LINE, i, ti, A == expectedBlocks(LENGTH)); LOOP4_ASSERT(INIT_LINE, LINE, i, ti, Y == X); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END LOOP_ASSERT(testAllocator.numMismatches(), 0 == testAllocator.numMismatches()); LOOP_ASSERT(testAllocator.numBlocksInUse(), 0 == testAllocator.numBlocksInUse()); } } } } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testConstructor() { // -------------------------------------------------------------------- // TESTING CONSTRUCTORS: // // Concerns: // 1. The initial value is correct. // 2. The constructor is exception neutral w.r.t. memory allocation. // 3. The internal memory management system is hooked up properly // so that *all* internally allocated memory draws from a // user-supplied allocator whenever one is specified. // 4. TBD: The C++0x move constructor moves value and allocator // correctly, and without performing any allocation. // 5. Constructing a list with 'n' copies of value 'v' selects the // correct overload when 'n' and 'v' are identical arithmetic types // (i.e., the iterator-range overload is not selected). // 6. Constructing a list with 'n' copies of value 'v' selects the // correct overload when 'v' is a pointer type and 'n' is a null // pointer literal ,'0'. (i.e., the iterator-range overload is not // selected). // // Plan: // For the constructor we will create objects of varying sizes with // different 'value' as argument. Test first with the default value // for type T, and then test with different values. Perform the above // tests: // - With and without passing in an allocator. // - In the presence of exceptions during memory allocations using // a 'bslma_TestAllocator' and varying its *allocation* *limit*. // - Where the object is constructed with an object allocator, and // neither of global and default allocator is used to supply memory. // and use basic accessors to verify // - size // - allocator // - element value at each iterator position { begin() .. end() }. // As for concern 4, we simply move-construct each value into a new // list and check that the value, and allocator are as // expected, and that no allocation was performed. // For concerns 5 and 6, construct a list with 2 elements of arithmetic // or pointer types and verify that it compiles and that the resultant // list contains the expected values. // // Testing: // list(size_type n, const T& value = T(), const A& a = A()); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); const TYPE DEFAULT_VALUE = TYPE(); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); if (verbose) printf("\nTesting initial-length ctor " "with (default) initial value.\n"); { static const struct { int d_lineNum; // source line number int d_length; // expected length } DATA[] = { //line length //---- ------ { L_, 0 }, { L_, 1 }, { L_, 2 }, { L_, 3 }, { L_, 4 }, { L_, 5 }, { L_, 6 }, { L_, 7 }, { L_, 8 }, { L_, 9 }, { L_, 11 }, { L_, 12 }, { L_, 14 }, { L_, 15 }, { L_, 16 }, { L_, 17 }, { L_, 31 }, { L_, 32 }, { L_, 33 }, { L_, 63 }, { L_, 64 }, { L_, 65 } }; const int NUM_DATA = sizeof DATA / sizeof *DATA; if (verbose) printf("\tWithout passing in a value or allocator.\n"); { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const size_t LENGTH = DATA[ti].d_length; if (verbose) { printf("\t\tCreating object of "); P(LENGTH); } Obj mX(LENGTH); const Obj& X = mX; if (veryVerbose) { T_; T_; P(X); } LOOP2_ASSERT(LINE, ti, checkIntegrity(X, LENGTH)); LOOP2_ASSERT(LINE, ti, LENGTH == X.size()); LOOP2_ASSERT(LINE, ti, ALLOC() == X.get_allocator()); for (int j = 0; j < static_cast<int>(LENGTH); ++j) { LOOP3_ASSERT(LINE, ti, j, DEFAULT_VALUE == nthElem(X,j)); } } } if (verbose) printf("\tWith passing in a value, without passing in " "an allocator.\n"); { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const size_t LENGTH = DATA[ti].d_length; const TYPE VALUE = VALUES[ti % NUM_VALUES]; if (verbose) { printf("\t\tCreating object of "); P_(LENGTH); printf(" using "); P(VALUE); } Obj mX(LENGTH, VALUE); const Obj& X = mX; if (veryVerbose) { T_; T_; P(X); } LOOP2_ASSERT(LINE, ti, checkIntegrity(X, LENGTH)); LOOP2_ASSERT(LINE, ti, LENGTH == X.size()); LOOP2_ASSERT(LINE, ti, ALLOC() == X.get_allocator()); for (int j = 0; j < static_cast<int>(LENGTH); ++j) { LOOP3_ASSERT(LINE, ti, j, VALUE == nthElem(X,j)); } } } if (verbose) printf("\tWith passing in a value and an allocator.\n"); { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const size_t LENGTH = DATA[ti].d_length; const TYPE VALUE = VALUES[ti % NUM_VALUES]; const ALLOC AL(&testAllocator); if (verbose) { printf("\t\tCreating object of "); P_(LENGTH); printf(" using "); P(VALUE); } const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); Obj mX(LENGTH, VALUE, AL); const Obj& X = mX; const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { T_; T_; P(X); } LOOP2_ASSERT(LINE, ti, checkIntegrity(X, LENGTH)); LOOP2_ASSERT(LINE, ti, LENGTH == X.size()); LOOP2_ASSERT(LINE, ti, AL == X.get_allocator()); for (int j = 0; j < static_cast<int>(LENGTH); ++j) { LOOP3_ASSERT(LINE, ti, j, VALUE == nthElem(X,j)); } LOOP2_ASSERT(LINE, ti, BB + expectedBlocks(LENGTH) == AA); LOOP2_ASSERT(LINE, ti, B + expectedBlocks(LENGTH) == A); } } if (verbose) printf("\tWith passing a value and an allocator and checking for " "allocation exceptions.\n"); { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const size_t LENGTH = DATA[ti].d_length; const TYPE VALUE = VALUES[ti % NUM_VALUES]; const ALLOC AL(&testAllocator); if (verbose) { printf("\t\tCreating object of "); P_(LENGTH); printf(" using "); P(VALUE); } const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); if (veryVerbose) { printf("\t\tBefore: "); P_(BB); P(B);} BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { Obj mX(LENGTH, VALUE, AL); const Obj& X = mX; if (veryVerbose) { T_; T_; P(X); } LOOP2_ASSERT(LINE, ti, checkIntegrity(X, LENGTH)); LOOP2_ASSERT(LINE, ti, LENGTH == X.size()); for (int j = 0; j < static_cast<int>(LENGTH); ++j) { LOOP3_ASSERT(LINE, ti, j, VALUE == nthElem(X,j)); } } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { printf("\t\tAFTER : "); P_(AA); P(A);} // The number of allocations, 'ALLOCS', needed for successful // construction of a list of length 'LENGTH' is // 'expectedBlocks(LENGTH)', Because we are retrying on each // exception, the number of allocations by the time we succeed // will be 'SUM(1 .. ALLOCS)', which is easily computed as // 'ALLOCS * (ALLOCS+1) / 2'. const Int64 ALLOCS = expectedBlocks(LENGTH); #ifdef BDE_BUILD_TARGET_EXC const Int64 TOTAL_ALLOCS = ALLOCS * (ALLOCS+1) / 2; #else const Int64 TOTAL_ALLOCS = ALLOCS; #endif LOOP2_ASSERT(LINE, ti, BB + TOTAL_ALLOCS == AA); LOOP2_ASSERT(LINE, ti, B + 0 == A); LOOP2_ASSERT(LINE, ti, 0 == testAllocator.numBlocksInUse()); } } if (verbose) printf("\tAllocators hooked up properly when using " "default value constructors.\n"); { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const size_t LENGTH = DATA[ti].d_length; (void) LINE; if (verbose) { printf("\t\tCreating object of "); P(LENGTH); } { const Int64 TB = defaultAllocator_p->numBlocksInUse(); ASSERT(0 == globalAllocator_p->numBlocksInUse()); ASSERT(0 == objectAllocator_p->numBlocksInUse()); const ALLOC AL(objectAllocator_p); Obj x(LENGTH, DEFAULT_VALUE, AL); ASSERT(0 == globalAllocator_p->numBlocksInUse()); if (TypeHasBslmaAlloc::value && !ObjHasBslmaAlloc::value) { // If TYPE uses bslma but Obj does not, then each // element will allocate one block from the default // allocator. ASSERT(TB + (int) LENGTH == defaultAllocator_p->numBlocksInUse()); } else { // Default allocator is not used ASSERT(TB == defaultAllocator_p->numBlocksInUse()); } ASSERT(expectedBlocks(LENGTH) == objectAllocator_p->numBlocksInUse()); } ASSERT(0 == globalAllocator_p->numBlocksInUse()); ASSERT(0 == objectAllocator_p->numBlocksInUse()); } } if (verbose) printf("\tAllocators hooked up properly when using " "non-default value constructors.\n"); { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const size_t LENGTH = DATA[ti].d_length; const TYPE VALUE = VALUES[ti % NUM_VALUES]; (void) LINE; if (verbose) { printf("\t\tCreating object of "); P_(LENGTH); printf(" using "); P(VALUE); } { const Int64 TB = defaultAllocator_p->numBlocksInUse(); ASSERT(0 == globalAllocator_p->numBlocksInUse()); ASSERT(0 == objectAllocator_p->numBlocksInUse()); const ALLOC AL(objectAllocator_p); Obj x(LENGTH, VALUE, AL); ASSERT(0 == globalAllocator_p->numBlocksInUse()); if (TypeHasBslmaAlloc::value && !ObjHasBslmaAlloc::value) { // If TYPE uses bslma but Obj does not, then each // element will allocate one block from the default // allocator. ASSERT(TB + (int) LENGTH == defaultAllocator_p->numBlocksInUse()); } else { // Default allocator is not used ASSERT(TB == defaultAllocator_p->numBlocksInUse()); } ASSERT(expectedBlocks(LENGTH) == objectAllocator_p->numBlocksInUse()); } ASSERT(0 == globalAllocator_p->numBlocksInUse()); ASSERT(0 == objectAllocator_p->numBlocksInUse()); } } } if (verbose) printf("\nTesting overloading disambiguation\n"); { // 'n' and 'v' are identical aritmetic types. Make sure overload // resolution doesn't try to call the iterator-range 'insert'. { size_t n = 2, v = 99; list<size_t, ALLOC> x(n, v); list<size_t, ALLOC>& X = x; ASSERT(X.size() == n); ASSERT(X.front() == v); ASSERT(X.back() == v); } { unsigned char n = 2, v = 99; list<IntWrapper, ALLOC> x(n, v); list<IntWrapper, ALLOC>& X = x; ASSERT(X.size() == n); ASSERT(X.front() == v); ASSERT(X.back() == v); } { size_t n = 2; int v = 99; list<IntWrapper, ALLOC> x(n, v); list<IntWrapper, ALLOC>& X = x; ASSERT(X.size() == n); ASSERT(X.front() == v); ASSERT(X.back() == v); } { // TBD: the below code block causes warnings. //float n = 2, v = 99; //list<IntWrapper, ALLOC> x(n, v); //list<IntWrapper, ALLOC>& X = x; //ASSERT(X.size() == n); //ASSERT(X.front() == v); //ASSERT(X.back() == v); } { TestEnum n = TWO, v = NINETYNINE; list<IntWrapper, ALLOC> x(n, v); list<IntWrapper, ALLOC>& X = x; ASSERT(X.size() == (size_t)n); ASSERT(X.front() == v); ASSERT(X.back() == v); } // 'n' is an 'int' and 'v' is a zero 'int' literal (which is also a // null pointer literal). Make sure that it is correctly treated as a // pointer. { int n = 2; char *v = 0; list<char*, ALLOC> x(n, 0); // Literal null, acts like an int. list<char*, ALLOC>& X = x; ASSERT(X.size() == (size_t)n); ASSERT(X.front() == v); ASSERT(X.back() == v); } } } template <class TYPE, class ALLOC> template <class CONTAINER> void TestDriver<TYPE,ALLOC>::testConstructorRange(const CONTAINER&) { // -------------------------------------------------------------------- // TESTING RANGE (TEMPLATE) CONSTRUCTORS: // // Concerns: // 1. That the initial value is correct. // 2. That the initial range is correctly imported if the // initial 'FWD_ITER' is an input iterator. // 3. That the constructor is exception neutral w.r.t. memory // allocation. // 4. That the internal memory management system is hooked up properly // so that *all* internally allocated memory draws from a // user-supplied allocator whenever one is specified. // // Plan: // We will create objects of varying sizes containing // default values, and insert a range containing distinct values as // argument. Perform the above tests: // - From the parameterized 'CONTAINER::const_iterator'. // - With and without passing in an allocator. // - In the presence of exceptions during memory allocations using // a 'bslma_TestAllocator' and varying its *allocation* *limit*. // and use basic accessors to verify // - size // - element value at each index position { 0 .. length - 1 }. // // Testing: // template <class InputIter> // list(InputIter first, InputIter last, const A& a = A()); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); const int INPUT_ITERATOR_TAG = bsl::is_same<std::input_iterator_tag, typename bsl::iterator_traits< typename CONTAINER::const_iterator>::iterator_category >::value; (void) INPUT_ITERATOR_TAG; static const struct { int d_lineNum; // source line number const char *d_spec; // initial } DATA[] = { { L_, "" }, { L_, "A" }, { L_, "AB" }, { L_, "ABC" }, { L_, "ABCD" }, { L_, "ABCDE" }, { L_, "ABCDEAB" }, { L_, "ABCDEABC" }, { L_, "ABCDEABCD" } }; const int NUM_DATA = sizeof DATA / sizeof *DATA; if (verbose) printf("\tWithout passing in an allocator.\n"); { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *SPEC = DATA[ti].d_spec; const size_t LENGTH = strlen(SPEC); if (verbose) { printf("\t\tCreating object of "); P_(LENGTH); printf(" using "); P(SPEC); } CONTAINER mU(SPEC); const CONTAINER& U = mU; Obj mX(U.begin(), U.end()); const Obj& X = mX; if (veryVerbose) { T_; T_; P(X); } LOOP2_ASSERT(LINE, ti, checkIntegrity(X, LENGTH)); LOOP2_ASSERT(LINE, ti, LENGTH == X.size()); Obj mY(g(SPEC)); const Obj& Y = mY; LOOP2_ASSERT(LINE, ti, Y == X); } } if (verbose) printf("\tWith passing in an allocator.\n"); { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *SPEC = DATA[ti].d_spec; const size_t LENGTH = strlen(SPEC); if (verbose) { printf("\t\tCreating object "); P(SPEC); } CONTAINER mU(SPEC); const CONTAINER& U = mU; const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); ALLOC AL(&testAllocator); Obj mX(U.begin(), U.end(), AL); const Obj& X = mX; const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { T_; T_; P(X); T_; T_; P_(AA - BB); P(A - B); } LOOP2_ASSERT(LINE, ti, checkIntegrity(X, LENGTH)); LOOP2_ASSERT(LINE, ti, LENGTH == X.size()); Obj mY(g(SPEC)); const Obj& Y = mY; LOOP2_ASSERT(LINE, ti, Y == X); LOOP2_ASSERT(LINE, ti, BB + expectedBlocks(LENGTH) == AA); LOOP2_ASSERT(LINE, ti, B + expectedBlocks(LENGTH) == A); } } if (verbose) printf("\tWith passing an allocator and checking for " "allocation exceptions.\n"); { for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *SPEC = DATA[ti].d_spec; const size_t LENGTH = strlen(SPEC); if (verbose) { printf("\t\tCreating object of "); P_(LENGTH); printf(" using "); P(SPEC); } CONTAINER mU(SPEC); const CONTAINER& U = mU; Obj mY(g(SPEC)); const Obj& Y = mY; const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); if (veryVerbose) { printf("\t\tBefore: "); P_(BB); P(B);} BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { ALLOC AL(&testAllocator); Obj mX(U.begin(), U.end(), AL); const Obj& X = mX; if (veryVerbose) { T_; T_; P(X); } LOOP2_ASSERT(LINE, ti, checkIntegrity(X, LENGTH)); LOOP2_ASSERT(LINE, ti, LENGTH == X.size()); LOOP2_ASSERT(LINE, ti, Y == X); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { printf("\t\tAfter : "); P_(AA); P(A);} // The number of allocations, 'ALLOCS', needed for successful // construction of a list of length 'LENGTH' is // 'expectedBlocks(LENGTH)'. Because we are retrying on each // exception, the number of allocations by the time we succeed // will be 'SUM(1 .. ALLOCS)', which is easily computed as 'ALLOCS // * (ALLOCS+1) / 2'. const Int64 ALLOCS = expectedBlocks(LENGTH); #ifdef BDE_BUILD_TARGET_EXC const Int64 TOTAL_ALLOCS = ALLOCS * (ALLOCS+1) / 2; #else const Int64 TOTAL_ALLOCS = ALLOCS; #endif LOOP2_ASSERT(LINE, ti, BB + TOTAL_ALLOCS == AA); LOOP2_ASSERT(LINE, ti, B + 0 == A); LOOP2_ASSERT(LINE, ti, 0 == testAllocator.numBlocksInUse()); } } } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testAllocator(bsl::true_type, const char *t, const char *a) { // -------------------------------------------------------------------- // TEST ALLOCATOR-RELATED CONCERNS // // This template specialization is for containers that use bslma_Allocator. // // Concerns: // 1. The list class has the 'bslma::UsesBslmaAllocator' // trait. // 2. The allocator is not copied when the list is copy-constructed. // 3. The allocator is set with the extended copy-constructor. // 4. The allocator is passed through to elements if the elements // also use bslma_Allocator. // 5. Creating an empty list allocates exactly one block. // 6. 'get_allocator' returns the allocator used to construct the // list object. // // Testing: // allocator_type get_allocator() const; // Allocator traits // Allocator propagation // -------------------------------------------------------------------- // Compile-time assert that this is the correct specialization. BSLMF_ASSERT(ObjHasBslmaAlloc::value); bslma::TestAllocator testAllocator(veryVeryVerbose); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); (void) NUM_VALUES; if (verbose) printf("\nTesting 'bslma::UsesBslmaAllocator'.\n"); LOOP2_ASSERT(t, a, bslma::UsesBslmaAllocator<Obj>::value); if (verbose) printf("\nTesting that empty list allocates one block.\n"); { const Int64 BB = testAllocator.numBlocksTotal(); Obj mX(&testAllocator); LOOP2_ASSERT(t, a, BB + 1 == testAllocator.numBlocksTotal()); LOOP2_ASSERT(t, a, 1 == testAllocator.numBlocksInUse()); } if (verbose) printf("\nTesting that allocator propagation for " "copy construction.\n"); { // Normal copy constructor Obj mX(&testAllocator); const Obj& X = mX; Obj mY(X); const Obj& Y = mY; // Allocator not copied LOOP2_ASSERT(t, a, &testAllocator == X.get_allocator()); LOOP2_ASSERT(t, a, &testAllocator != Y.get_allocator()); // Extended copy constructor bslma::TestAllocator a2; Obj mZ(X,&a2); const Obj& Z = mZ; // Allocator set to a2 (not copied) LOOP2_ASSERT(t, a, &testAllocator != Z.get_allocator()); LOOP2_ASSERT(t, a, &a2 == Z.get_allocator()); } if (verbose) printf("\nTesting passing allocator through to elements.\n"); const Int64 DD = OtherAllocatorDefaultImp.numBlocksInUse(); if (bslma::UsesBslmaAllocator<TYPE>::value) { { Obj mX(1, VALUES[0], &testAllocator); const Obj& X = mX; LOOP2_ASSERT(t, a, &testAllocator == X.back().allocator()); LOOP2_ASSERT(t, a, 3 == testAllocator.numBlocksInUse()); } { Obj mX(&testAllocator); const Obj& X = mX; mX.push_back(VALUES[0]); LOOP2_ASSERT(t, a, &testAllocator == X.back().allocator()); LOOP2_ASSERT(t, a, 3 == testAllocator.numBlocksInUse()); } } else { { Obj mX(1, VALUES[0], &testAllocator); const Obj& X = mX; bslma::TestAllocator *const elemAlloc = dynamic_cast<bslma::TestAllocator*>(X.back().allocator()); LOOP2_ASSERT(t, a, &testAllocator != elemAlloc); LOOP2_ASSERT(t, a, 2 == testAllocator.numBlocksInUse()); LOOP2_ASSERT(t, a, &OtherAllocatorDefaultImp == elemAlloc); LOOP2_ASSERT(t, a, DD + 1 == elemAlloc->numBlocksInUse()); } { Obj mX(&testAllocator); const Obj& X = mX; mX.push_back(VALUES[0]); bslma::TestAllocator *const elemAlloc = dynamic_cast<bslma::TestAllocator*>(X.back().allocator()); LOOP2_ASSERT(t, a, &testAllocator != elemAlloc); LOOP2_ASSERT(t, a, 2 == testAllocator.numBlocksInUse()); LOOP2_ASSERT(t, a, &OtherAllocatorDefaultImp == elemAlloc); LOOP2_ASSERT(t, a, DD + 1 == elemAlloc->numBlocksInUse()); } } LOOP2_ASSERT(t, a, 0 == testAllocator.numBytesInUse()); LOOP2_ASSERT(t, a, DD == OtherAllocatorDefaultImp.numBytesInUse()); } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testAllocator(bsl::false_type, const char *t, const char *a) { // -------------------------------------------------------------------- // TEST ALLOCATOR-RELATED CONCERNS FOR NON-BSLMA ALLOCATORS // // This template specialization is for containers that use non-bslma // Allocators. // // Concerns: // 1. The list class does not have the // 'bslma::UsesBslmaAllocator' trait. // 2. The allocator is not passed through to elements // 3. The allocator is set with the extended copy-constructor. // 4. The allocator is copied when the list is copy-constructed. // 5. Creating an empty list allocates exactly one block. // 6. 'get_allocator' returns the allocator used to construct the // list object. // // Testing: // allocator_type get_allocator() const; // Allocator traits // Allocator propagation // Allocator traits and propagation // -------------------------------------------------------------------- // Compile-time assert that this is the correct specialization. BSLMF_ASSERT( !ObjHasBslmaAlloc::value ); bslma::TestAllocator testAllocator(veryVeryVerbose); OtherAllocator<char> objAllocator(&testAllocator); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); (void) NUM_VALUES; if (verbose) printf("\nTesting 'bslma::UsesBslmaAllocator'.\n"); LOOP2_ASSERT(t, a, ! bslma::UsesBslmaAllocator<Obj>::value); if (verbose) printf("\nTesting that empty list allocates one block.\n"); { const Int64 BB = testAllocator.numBlocksTotal(); Obj mX(objAllocator); LOOP2_ASSERT(t, a, BB + 1 == testAllocator.numBlocksTotal()); LOOP2_ASSERT(t, a, 1 == testAllocator.numBlocksInUse()); } if (verbose) printf("\nTesting that allocator propagation for " "copy construction.\n"); { // Normal copy constructor Obj mX(objAllocator); const Obj& X = mX; Obj mY(X); const Obj& Y = mY; // Allocator copied LOOP2_ASSERT(t, a, objAllocator == X.get_allocator()); LOOP2_ASSERT(t, a, objAllocator == Y.get_allocator()); // Extended copy constructor bslma::TestAllocator a2; OtherAllocator<char> objAlloc2(&a2); Obj mZ(X,objAlloc2); const Obj& Z = mZ; // Allocator set to objAlloc2 (not copied) LOOP2_ASSERT(t, a, objAllocator != Z.get_allocator()); LOOP2_ASSERT(t, a, objAlloc2 == Z.get_allocator()); } if (verbose) printf("\nTesting that allocator is not passed through to elements.\n"); const Int64 DD = OtherAllocatorDefaultImp.numBlocksInUse(); if (bslma::UsesBslmaAllocator<TYPE>::value) { // Elements in container should use default allocator while the // container itself uses 'testAllocator'. Set the default allocator // here so that we can track its use. bslma::TestAllocator defAlloc(veryVeryVerbose); bslma::DefaultAllocatorGuard g(&defAlloc); { Obj mX(1, VALUES[0], objAllocator); const Obj& X = mX; bslma::TestAllocator *const elemAlloc = dynamic_cast<bslma::TestAllocator*>(X.back().allocator()); LOOP2_ASSERT(t, a, objAllocator == X.get_allocator()); LOOP2_ASSERT(t, a, &testAllocator != elemAlloc); LOOP2_ASSERT(t, a, 2 == testAllocator.numBlocksInUse()); LOOP2_ASSERT(t, a, &defAlloc == elemAlloc); LOOP2_ASSERT(t, a, 1 == elemAlloc->numBlocksInUse()); } { Obj mX(objAllocator); const Obj& X = mX; mX.push_back(VALUES[0]); bslma::TestAllocator *const elemAlloc = dynamic_cast<bslma::TestAllocator*>(X.back().allocator()); LOOP2_ASSERT(t, a, objAllocator == X.get_allocator()); LOOP2_ASSERT(t, a, &testAllocator != elemAlloc); LOOP2_ASSERT(t, a, 2 == testAllocator.numBlocksInUse()); LOOP2_ASSERT(t, a, &defAlloc == elemAlloc); LOOP2_ASSERT(t, a, 1 == elemAlloc->numBlocksInUse()); } LOOP2_ASSERT(t, a, 0 == defAlloc.numBlocksInUse()); } else { // Elements in container should use 'OtherAllocator::d_defaultImp' // while the container itself uses 'testAllocator'. { Obj mX(1, VALUES[0], objAllocator); const Obj& X = mX; bslma::TestAllocator *const elemAlloc = dynamic_cast<bslma::TestAllocator*>(X.back().allocator()); LOOP2_ASSERT(t, a, objAllocator == X.get_allocator()); LOOP2_ASSERT(t, a, &testAllocator != elemAlloc); LOOP2_ASSERT(t, a, 2 == testAllocator.numBlocksInUse()); LOOP2_ASSERT(t, a, &OtherAllocatorDefaultImp == elemAlloc); LOOP2_ASSERT(t, a, DD + 1 == elemAlloc->numBlocksInUse()); } { Obj mX(objAllocator); const Obj& X = mX; mX.push_back(VALUES[0]); bslma::TestAllocator *const elemAlloc = dynamic_cast<bslma::TestAllocator*>(X.back().allocator()); LOOP2_ASSERT(t, a, objAllocator == X.get_allocator()); LOOP2_ASSERT(t, a, &testAllocator != elemAlloc); LOOP2_ASSERT(t, a, 2 == testAllocator.numBlocksInUse()); LOOP2_ASSERT(t, a, &OtherAllocatorDefaultImp == elemAlloc); LOOP2_ASSERT(t, a, DD + 1 == elemAlloc->numBlocksInUse()); } } LOOP2_ASSERT(t, a, 0 == testAllocator.numBytesInUse()); LOOP2_ASSERT(t, a, DD == OtherAllocatorDefaultImp.numBytesInUse()); } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testAllocator(const char *t, const char *a) { // -------------------------------------------------------------------- // TEST ALLOCATOR-RELATED CONCERNS // // This template specialization is for containers that use non-bslma // Allocators. // // Concerns: // // For ALLOC that is a bslma_Allocator // 1. The list class has the 'bslma::UsesBslmaAllocator' // trait. // 2. The allocator is not copied when the list is copy-constructed. // 3. The allocator is set with the extended copy-constructor. // 4. The allocator is passed through to elements if the elements // also use bslma_Allocator. // 5. Creating an empty list allocates exactly one block. // // For ALLOC that is not a bslma allocator // 1. The list class does not have the // 'bslma::UsesBslmaAllocator' trait. // 2. The allocator is not passed through to elements // 3. The allocator is set with the extended copy-constructor. // 4. The allocator is copied when the list is copy-constructed. // 5. Creating an empty list allocates exactly one block. // // Testing: // Allocator traits and propagation // -------------------------------------------------------------------- // Dispatch to the appropriate function testAllocator(ObjHasBslmaAlloc(), t, a); } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testAssignmentOp() { // -------------------------------------------------------------------- // TESTING ASSIGNMENT OPERATOR: // // Concerns: // 1. The 'rhs' value must not be affected by the operation. // 2. 'rhs' going out of scope has no effect on the value of 'lhs' // after the assignment. // 3. After the assignment, no element of the 'lhs' has the same // address an element of 'rhs' (except in the case of // self-assignment). // 4. Aliasing (x = x): The assignment operator must always work -- // even when the lhs and rhs are identically the same object. // 5. The assignment operator must be neutral with respect to memory // allocation exceptions. // 6. The 'lhs' object must allocate all of its internal memory from // its own allocator, even of 'rhs' uses a different allocator. // 7. TBD: C++0x move assignment moves the value but not the allocator. // Memory is allocated only if the 'lhs' and 'rhs' allocators are // different. // // Plan: // Specify a set S of unique object values with substantial and varied // differences, ordered by increasing length. For each value in S, // construct an object x along with a sequence of similarly constructed // duplicates x1, x2, ..., xN. The elements within each object in S are // unique so that re-ordering elements cannot preserve equality. // Attempt to affect every aspect of white-box state by altering each xi // in a unique way. Let the union of all such objects be the set T. // // To address concerns 2, 3, and 5, construct tests u = v for all (u, v) // in T X T. Using canonical controls UU and VV, assert before the // assignment that UU == u, VV == v, and v == u if and only if VV == UU. // After the assignment, assert that VV == u, VV == v, and, for grins, // that v == u. Verify that each element in v has a different address // from the corresponding element in v. Let v go out of scope and // confirm that VV == u. All of these tests are performed within the // 'bslma' exception testing apparatus. Since the execution time is // lengthy with exceptions, not every permutation is performed when // exceptions are tested. Every permutation is also tested separately // without exceptions. // // As a separate exercise, we address 4 and 5 by constructing tests // y = y for all y in T. Using a canonical control X, we will verify // that X == y before and after the assignment, again within // the bslma exception testing apparatus. // // To address concern 5, all these tests are performed on user // defined types: // With allocator, copyable // With allocator, moveable // With allocator, not moveable // // Testing: // list& operator=(const list& rhs); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator1(veryVeryVerbose); bslma::TestAllocator testAllocator2(veryVeryVerbose); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); (void) VALUES; (void) NUM_VALUES; // -------------------------------------------------------------------- if (verbose) printf("\nAssign cross product of values " "with varied representations.\n" "Without Exceptions\n"); { static const char *SPECS[] = { "", "A", "BC", "CDE", "DEA", // Try equal-size assignment of different values "DEAB", "BACEDEDC", 0 // null string required as last element }; { for (int ui = 0; SPECS[ui]; ++ui) { const char *const U_SPEC = SPECS[ui]; const size_t uLen = strlen(U_SPEC); if (verbose) { printf("\tFor lhs objects of length " ZU ":\t", uLen); P(U_SPEC); } const Obj UU = g(U_SPEC); // control LOOP_ASSERT(ui, uLen == UU.size()); // same lengths for (int vi = 0; SPECS[vi]; ++vi) { const char *const V_SPEC = SPECS[vi]; const size_t vLen = strlen(V_SPEC); if (veryVerbose) { printf("\t\tFor rhs objects of length " ZU ":\t", vLen); P(V_SPEC); } const Obj VV = g(V_SPEC); // control const bool Z = ui == vi; // flag indicating same values ALLOC AL2(&testAllocator2); Obj mU(AL2); const Obj& U = gg(&mU, U_SPEC); { ALLOC AL1(&testAllocator1); Obj mV(AL1); const Obj& V = gg(&mV, V_SPEC); if (veryVerbose) { printf("\t| "); P_(U); P(V); } LOOP2_ASSERT(U_SPEC, V_SPEC, UU == U); LOOP2_ASSERT(U_SPEC, V_SPEC, VV == V); LOOP2_ASSERT(U_SPEC, V_SPEC, Z==(V==U)); const int NUM_CTOR_BEFORE = numCopyCtorCalls; const int NUM_DTOR_BEFORE = numDestructorCalls; const size_t U_LEN_BEFORE = U.size(); const Int64 BB1 = testAllocator1.numBlocksTotal(); const Int64 B1 = testAllocator1.numBlocksInUse(); const Int64 BB2 = testAllocator2.numBlocksTotal(); const Int64 B2 = testAllocator2.numBlocksInUse(); mU = V; // test assignment here const Int64 AA1 = testAllocator1.numBlocksTotal(); const Int64 A1 = testAllocator1.numBlocksInUse(); const Int64 AA2 = testAllocator2.numBlocksTotal(); const Int64 A2 = testAllocator2.numBlocksInUse(); // The assignment may construct as many as V.size() // objects and may destroy as many as U.size() // objects, but could (through the use of // element-by-element assignment) construct and // destroy fewer elements. const int NUM_CTOR = numCopyCtorCalls - NUM_CTOR_BEFORE; const int NUM_DTOR = numDestructorCalls - NUM_DTOR_BEFORE; ASSERT(NUM_CTOR <= (int)V.size()); ASSERT(NUM_DTOR <= (int)U_LEN_BEFORE); LOOP2_ASSERT(U_SPEC, V_SPEC, checkIntegrity(U, vLen)); LOOP2_ASSERT(U_SPEC, V_SPEC, VV == U); LOOP2_ASSERT(U_SPEC, V_SPEC, VV == V); LOOP2_ASSERT(U_SPEC, V_SPEC, V == U); LOOP2_ASSERT(U_SPEC, V_SPEC, BB1 == AA1); LOOP2_ASSERT(U_SPEC, V_SPEC, B1 == A1 ); LOOP2_ASSERT(U_SPEC, V_SPEC, BB2 + deltaBlocks(vLen) >= AA2); ptrdiff_t difference = static_cast<ptrdiff_t>(vLen - uLen); LOOP2_ASSERT(U_SPEC, V_SPEC, B2 + deltaBlocks(difference) == A2); for (const_iterator iu = U.begin(), iv = V.begin(); iu != U.end(); ++iu, ++iv) { // Verify that U and V have no elements in common LOOP3_ASSERT(U_SPEC, V_SPEC, *iu, &*iv != &*iu); } } // 'mV' (and therefore 'V') now out of scope LOOP2_ASSERT(U_SPEC, V_SPEC, VV == U); } // end for (vi) } // end for (ui) } } if (verbose) printf("\nAssign cross product of values With Exceptions\n"); { static const char *SPECS[] = { // len: 0-2, 4, 4, 9, "", "A", "BC", "DEAB", "CBEA", "BACEDEDCB", 0 }; // Null string required as last element. for (int ui = 0; SPECS[ui]; ++ui) { const char *const U_SPEC = SPECS[ui]; const size_t uLen = strlen(U_SPEC); if (verbose) { printf("\tFor lhs objects of length " ZU ":\t", uLen); P(U_SPEC); } const Obj UU = g(U_SPEC); // control LOOP_ASSERT(ui, uLen == UU.size()); // same lengths // int vOldLen = -1; for (int vi = 0; SPECS[vi]; ++vi) { const char *const V_SPEC = SPECS[vi]; const size_t vLen = strlen(V_SPEC); if (veryVerbose) { printf("\t\tFor rhs objects of length " ZU ":\t", vLen); P(V_SPEC); } // control const Obj VV = g(V_SPEC); // Exception-test macros muse use 'testAllocator': bslma::TestAllocator& testAllocator = testAllocator2; BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { // We want to use the allocation limit only for the // assignment operation, not for producing the initial // objects. Thus, we save the limit in AL and turn off // the limit until we're ready to test assignment. const Int64 AL = testAllocator.allocationLimit(); testAllocator2.setAllocationLimit(-1); ALLOC AL2(&testAllocator2); Obj mU(AL2); const Obj& U = gg(&mU, U_SPEC); { ALLOC AL1(&testAllocator1); Obj mV(AL1); const Obj& V = gg(&mV, V_SPEC); if (veryVerbose) { printf("\t| "); P_(U); P(V); } const Int64 BB2 = testAllocator2.numBlocksTotal(); const Int64 B2 = testAllocator2.numBlocksInUse(); testAllocator2.setAllocationLimit(AL); mU = V; // test assignment here const Int64 AA2 = testAllocator2.numBlocksTotal(); const Int64 A2 = testAllocator2.numBlocksInUse(); LOOP2_ASSERT(U_SPEC, V_SPEC, checkIntegrity(U, vLen)); LOOP2_ASSERT(U_SPEC, V_SPEC, VV == U); LOOP2_ASSERT(U_SPEC, V_SPEC, VV == V); LOOP2_ASSERT(U_SPEC, V_SPEC, V == U); LOOP2_ASSERT(U_SPEC, V_SPEC, BB2 + deltaBlocks(vLen) >= AA2); ptrdiff_t difference = static_cast<ptrdiff_t>(vLen-uLen); LOOP2_ASSERT(U_SPEC, V_SPEC, B2 + deltaBlocks(difference) == A2); } // 'mV' (and therefore 'V') now out of scope LOOP2_ASSERT(U_SPEC, V_SPEC, VV == U); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END } // end for (vi) } // end for (ui) } // end exception test if (verbose) printf("\nTesting self assignment (Aliasing)."); { static const char *SPECS[] = { "", "A", "BC", "CDE", "DEAB", "EABCD", "ABCDEAB", "ABCDEABC", "ABCDEABCD", "ABCDEABCDEABCDE", "ABCDEABCDEABCDEA", "ABCDEABCDEABCDEAB", 0 // null string required as last element }; int oldLen = -1; for (int ti = 0; SPECS[ti]; ++ti) { const char *const SPEC = SPECS[ti]; const int curLen = (int) strlen(SPEC); if (verbose) { printf("\tFor an object of length %d:\t", curLen); P(SPEC); } LOOP_ASSERT(SPEC, oldLen < curLen); // strictly increasing oldLen = curLen; // control const Obj X = g(SPEC); LOOP_ASSERT(ti, curLen == (int)X.size()); // same lengths // Exception-test macros muse use 'testAllocator': bslma::TestAllocator& testAllocator = testAllocator2; BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { // We want to use the allocation limit only for the // assignment operation, not for producing the initial // objects. Thus, we save the limit in AL and turn off // the limit until we're ready to test assignment. const Int64 AL = testAllocator.allocationLimit(); testAllocator2.setAllocationLimit(-1); ALLOC AL2(&testAllocator2); Obj mY(AL2); const Obj& Y = gg(&mY, SPEC); if (veryVerbose) { T_; T_; P(Y); } LOOP_ASSERT(SPEC, Y == Y); LOOP_ASSERT(SPEC, X == Y); const Int64 B2 = testAllocator2.numBlocksInUse(); testAllocator2.setAllocationLimit(AL); { ExceptionGuard<Obj> guard(&mY, Y, L_); mY = Y; // test assignment here } const Int64 A2 = testAllocator2.numBlocksInUse(); LOOP_ASSERT(SPEC, Y == Y); LOOP_ASSERT(SPEC, X == Y); LOOP_ASSERT(SPEC, B2 == A2); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END } // end for (ti) } // end self-assignment test } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testGeneratorG() { // -------------------------------------------------------------------- // TESTING GENERATOR FUNCTION, g: // Since 'g' is implemented almost entirely using 'gg', we need to verify // only that the arguments are properly forwarded, that 'g' does not // affect the test allocator, and that 'g' returns an object by value. // // Plan: // For each SPEC in a short list of specifications, compare the object // returned (by value) from the generator function, 'g(SPEC)' with the // value of a newly constructed OBJECT configured using 'gg(&OBJECT, // SPEC)'. Compare the results of calling the allocator's // 'numBlocksTotal' and 'numBytesInUse' methods before and after calling // 'g' in order to demonstrate that 'g' has no effect on the test // allocator. Finally, use 'sizeof' to confirm that the (temporary) // returned by 'g' differs in size from that returned by 'gg'. // // Testing: // list g(const char *spec); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); const ALLOC Z(&testAllocator); static const char *SPECS[] = { "", "~", "A", "B", "C", "D", "E", "A~B~C~D~E", "ABCDE", "ABC~DE", 0 // null string required as last element }; if (verbose) printf("\nCompare values produced by 'g' and 'gg' " "for various inputs.\n"); for (int ti = 0; SPECS[ti]; ++ti) { const char *SPEC = SPECS[ti]; if (veryVerbose) { P_(ti); P(SPEC); } Obj mX(Z); const Obj& X = gg(&mX, SPEC); if (veryVerbose) { printf("\t g = "); dbg_print(g(SPEC)); printf("\n"); printf("\tgg = "); dbg_print(X); printf("\n"); } const Int64 TOTAL_BLOCKS_BEFORE = testAllocator.numBlocksTotal(); const Int64 IN_USE_BYTES_BEFORE = testAllocator.numBytesInUse(); LOOP_ASSERT(ti, X == g(SPEC)); const Int64 TOTAL_BLOCKS_AFTER = testAllocator.numBlocksTotal(); const Int64 IN_USE_BYTES_AFTER = testAllocator.numBytesInUse(); LOOP_ASSERT(ti, TOTAL_BLOCKS_BEFORE == TOTAL_BLOCKS_AFTER); LOOP_ASSERT(ti, IN_USE_BYTES_BEFORE == IN_USE_BYTES_AFTER); } if (verbose) printf("\nConfirm return-by-value.\n"); { const char *SPEC = "ABCDE"; // compile-time fact ASSERT(sizeof(Obj) == sizeof g(SPEC)); Obj x(Z); // runtime tests Obj& r1 = gg(&x, SPEC); Obj& r2 = gg(&x, SPEC); const Obj& r3 = g(SPEC); const Obj& r4 = g(SPEC); ASSERT(&r2 == &r1); ASSERT(&x == &r1); ASSERT(&r4 != &r3); ASSERT(&x != &r3); } } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testCopyCtor() { // -------------------------------------------------------------------- // TESTING COPY CONSTRUCTOR: // // Concerns: // 1. The new object's value is the same as that of the original // object (relying on the equality operator) and created with // the correct allocator. // 2. The value of the original object is left unaffected. // 3. Subsequent changes in or destruction of the source object have // no effect on the copy-constructed object. // 4. Subsequent changes ('push_back's) on the created object have no // effect on the original. // 5. The object has its internal memory management system hooked up // properly so that *all* internally allocated memory draws // from a user-supplied allocator whenever one is specified. // 6. The function is exception neutral w.r.t. memory allocation. // // Plan: // Specify a set S of object values with substantial and varied // differences, ordered by increasing length, to be used in the // following tests. // // For concerns 1 - 3, for each value in S, initialize objects w and // x, copy construct y from x and use 'operator==' to verify that // both x and y subsequently have the same value as w. Let x go out // of scope and again verify that w == y. // // For concern 4, for each value in S initialize objects w and x, // and copy construct y from x. Change the state of y, by using the // *primary* *manipulator* 'push_back'. Using the 'operator!=' verify // that y differs from x and w. // // To address concern 5, we will perform tests performed for concern 1: // - While passing a testAllocator as a parameter to the new object // and ascertaining that the new object gets its memory from the // provided testAllocator. Also perform test for concerns 2 and 4. // - Where the object is constructed with an object allocator, and // neither of global and default allocator is used to supply memory. // // To address concern 6, perform tests for concern 1 performed // in the presence of exceptions during memory allocations using a // 'bslma_TestAllocator' and varying its *allocation* *limit*. // // Testing: // list(const list& original, const A& = A()); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); const ALLOC Z(&testAllocator); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); if (verbose) printf("\nTesting parameters: SCOPED_ALLOC = %d.\n", SCOPED_ALLOC); { static const char *SPECS[] = { "", "A", "BC", "CDE", "DEAB", "EABCD", "ABCDEAB", "ABCDEABC", "ABCDEABCD", "ABCDEABCDEABCDE", "ABCDEABCDEABCDEA", "ABCDEABCDEABCDEAB", 0 // null string required as last element }; int oldLen = -1; for (int ti = 0; SPECS[ti]; ++ti) { const char *const SPEC = SPECS[ti]; const size_t LENGTH = strlen(SPEC); if (verbose) { printf("\nFor an object of length " ZU ":\n", LENGTH); P(SPEC); } LOOP_ASSERT(SPEC, oldLen < (int)LENGTH); // strictly increasing oldLen = static_cast<int>(LENGTH); // Create control object w. Obj mW; gg(&mW, SPEC); const Obj& W = mW; LOOP_ASSERT(ti, LENGTH == W.size()); // same lengths if (veryVerbose) { printf("\tControl Obj: "); P(W); } Obj *pX = new Obj(Z); Obj& mX = *pX; const Obj& X = mX; gg(&mX, SPEC); if (veryVerbose) { printf("\t\tDynamic Obj: "); P(X); } { // Testing concern 1. if (veryVerbose) { printf("\t\t\tRegular Case :"); } const Obj Y0(X); if (veryVerbose) { printf("\tObj : "); P(Y0); } LOOP_ASSERT(SPEC, checkIntegrity(Y0, LENGTH)); LOOP_ASSERT(SPEC, W == Y0); LOOP_ASSERT(SPEC, W == X); if (ObjHasBslmaAlloc::value) { LOOP_ASSERT(SPEC, Y0.get_allocator() == ALLOC()); } else { LOOP_ASSERT(SPEC, Y0.get_allocator() == X.get_allocator()); } } { // Testing concern 4. if (veryVerbose) printf("\t\t\tInsert into created obj, " "without test allocator:\n"); Obj Y1(X); Y1.push_back(VALUES[Y1.size() % NUM_VALUES]); LOOP_ASSERT(SPEC, checkIntegrity(Y1, LENGTH + 1)); LOOP_ASSERT(SPEC, Y1.size() == LENGTH + 1); LOOP_ASSERT(SPEC, W != Y1); LOOP_ASSERT(SPEC, X != Y1); LOOP_ASSERT(SPEC, W == X); } { // Testing concern 5 with test allocator. if (veryVerbose) printf("\t\t\tInsert into created obj, " "with test allocator:\n"); const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); if (veryVerbose) { printf("\t\t\t\tBefore Creation: "); P_(BB); P(B); } Obj Y11(X, Z); const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { printf("\t\t\t\tAfter Creation: "); P_(AA); P(A); printf("\t\t\t\tBefore Append: "); P(Y11); } LOOP_ASSERT(SPEC, BB + expectedBlocks(LENGTH) == AA); LOOP_ASSERT(SPEC, B + expectedBlocks(LENGTH) == A); const Int64 CC = testAllocator.numBlocksTotal(); const Int64 C = testAllocator.numBlocksInUse(); Y11.push_back(VALUES[LENGTH % NUM_VALUES]); const Int64 DD = testAllocator.numBlocksTotal(); const Int64 D = testAllocator.numBlocksInUse(); // Allocations should increase by one node block for the list. // If TYPE uses an allocator, allocations should increase by // one more block. LOOP_ASSERT(SPEC, CC + deltaBlocks(1) == DD); LOOP_ASSERT(SPEC, C + deltaBlocks(1) == D ); if (veryVerbose) { printf("\t\t\t\tAfter Append : "); P(Y11); } LOOP_ASSERT(SPEC, Y11.size() == LENGTH + 1); LOOP_ASSERT(SPEC, W != Y11); LOOP_ASSERT(SPEC, X != Y11); LOOP_ASSERT(SPEC, Y11.get_allocator() == X.get_allocator()); LOOP_ASSERT(SPEC, X == W); } #ifdef BDE_BUILD_TARGET_EXC { // Exception checking. const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); if (veryVerbose) { printf("\t\t\t\tBefore Creation: "); P_(BB); P(B); } size_t allocations = 0; BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { allocations += bslmaExceptionCounter; const Obj Y2(X, Z); if (veryVerbose) { printf("\t\t\tException Case :\n"); printf("\t\t\t\tObj : "); P(Y2); } LOOP_ASSERT(SPEC, checkIntegrity(Y2, LENGTH)); LOOP_ASSERT(SPEC, W == Y2); LOOP_ASSERT(SPEC, W == X); LOOP_ASSERT(SPEC, Y2.get_allocator() == X.get_allocator()); } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { printf("\t\t\t\tAfter Creation: "); P_(AA); P(A); } LOOP_ASSERT(SPEC, BB + (int) allocations == AA); LOOP_ASSERT(SPEC, B + 0 == A); } #endif // BDE_BUILD_TARGET_EXC { // with 'original' destroyed Obj Y5(X); if (veryVerbose) { printf("\t\t\tWith Original deleted: \n"); printf("\t\t\t\tBefore Delete : "); P(Y5); } delete pX; LOOP_ASSERT(SPEC, W == Y5); Y5.push_back(VALUES[LENGTH % NUM_VALUES]); if (veryVerbose) { printf("\t\t\t\tAfter Append to new obj : "); P(Y5); } LOOP_ASSERT(SPEC, checkIntegrity(Y5, LENGTH + 1)); LOOP_ASSERT(SPEC, W != Y5); } } } } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testEqualityOp() { // --------------------------------------------------------------------- // TESTING EQUALITY OPERATORS: // // Concerns: // 1. Objects constructed with the same values compare equal. // 2. Objects constructed such that they have same (logical) value but // different internal representation (due to the lack or presence // of an allocator) always compare as equal. // 3. Unequal objects are always compare as unequal. // // Plan: // Specify a set A of unique allocators including no allocator. Specify // a set S of unique object values having various minor or subtle // differences, ordered by non-decreasing length. Verify the // correctness of 'operator==' and 'operator!=' (returning either true // or false) using all elements (u, ua, v, va) of the cross product S X // A X S X A. // // Testing: // operator==(const list<T,A>&, const list<T,A>&); // operator!=(const list<T,A>&, const list<T,A>&); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator1(veryVeryVerbose); bslma::TestAllocator testAllocator2(veryVeryVerbose); bslma::Allocator *ALLOCATOR[] = { &testAllocator1, &testAllocator2 }; const int NUM_ALLOCATOR = sizeof ALLOCATOR / sizeof *ALLOCATOR; const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); (void) VALUES; (void) NUM_VALUES; static const char *SPECS[] = { "", "A", "B", "AA", "AB", "BB", "BA", "AAA", "BAA", "ABA", "AAB", "AAAA", "BAAA", "ABAA", "AABA", "AAAB", "AAAAA", "BAAAA", "ABAAA", "AABAA", "AAABA", "AAAAB", "AAAAAA", "BAAAAA", "AABAAA", "AAABAA", "AAAAAB", "AAAAAAA", "BAAAAAA", "AAAAABA", "AAAAAAAA", "ABAAAAAA", "AAAAABAA", "AAAAAAAAA", "AABAAAAAA", "AAAAABAAA", "AAAAAAAAAA", "AAABAAAAAA", "AAAAABAAAA", "AAAAAAAAAAA", "AAAABAAAAAA", "AAAAABAAAAA", "AAAAAAAAAAAA", "AAAABAAAAAAA", "AAAAABAAAAAA", "AAAAAAAAAAAAA", "AAAABAAAAAAAA", "AAAAABAAAAAAA", "AAAAAAAAAAAAAA", "AAAABAAAAAAAAA", "AAAAABAAAAAAAA", "AAAAAAAAAAAAAAA", "AAAABAAAAAAAAAA", "AAAAABAAAAAAAAA", 0 // null string required as last element }; if (verbose) printf("\nCompare each pair of similar and different" " values (u, ua, v, va) in S X A X S X A" " without perturbation.\n"); int oldLen = -1; // Create first object for (int si = 0; SPECS[si]; ++si) { for (int ai = 0; ai < NUM_ALLOCATOR; ++ai) { const char *const U_SPEC = SPECS[si]; const int LENGTH = static_cast<int>(strlen(U_SPEC)); Obj mU(ALLOCATOR[ai]); const Obj& U = gg(&mU, U_SPEC); LOOP2_ASSERT(si, ai, LENGTH == static_cast<int>(U.size())); // same lengths if ((int)LENGTH != oldLen) { if (verbose) printf("\tUsing lhs objects of length %d.\n", LENGTH); LOOP_ASSERT(U_SPEC, oldLen <= LENGTH); // non-decreasing oldLen = LENGTH; } if (veryVerbose) { T_; T_; P_(si); P_(U_SPEC); P(U); } // Create second object for (int sj = 0; SPECS[sj]; ++sj) { for (int aj = 0; aj < NUM_ALLOCATOR; ++aj) { const char *const V_SPEC = SPECS[sj]; Obj mV(ALLOCATOR[aj]); const Obj& V = gg(&mV, V_SPEC); if (veryVerbose) { T_; T_; P_(sj); P_(V_SPEC); P(V); } const bool isSame = si == sj; LOOP2_ASSERT(si, sj, isSame == (U == V)); LOOP2_ASSERT(si, sj, !isSame == (U != V)); } // end for (each allocator for V) } // end for (each spec for V) } // end for (each allocator for U) } // end for (each spec for U) } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testBasicAccessors() { // -------------------------------------------------------------------- // TESTING BASIC ACCESSORS: // // Concerns: // 0. size() returns the list size. // 1. begin() == end() if and only if the list is empty // 2. Iterating from begin() to end() will visit every value in a // list and only the values in that list. // 3. Iteration works for both const containers (using const_iterator) // and non-const containers (using iterator). // 4. empty() returns true iff size() return 0 // 5. The test function 'succ' increments an iterator by n. // 6. The test function 'nthElem' returns the nth element of a list. // 7. The test function 'is_mutable' returns true iff its argument is a // mutable lvalue. // NOTE: This is not a thorough test of iterators. This test is only // sufficient for using iterators to access the contents of a list in // order. // // Plan: // Specify a set S of representative object values ordered by // increasing length. For each value w in S, initialize a newly // constructed object x with w using 'gg' and verify that each basic // accessor returns the expected result. // // Testing: // int size() const; // bool empty() const; // iterator begin(); // iterator end(); // const_iterator begin() const; // const_iterator end() const; // // iterator succ(iterator); // const_iterator succ(iterator) const; // T& nthElem(list& x, int n); // const T& nthElem(list& x, int n) const; // bool is_mutable(T& val); // bool is_mutable(const T& val); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); bslma::TestAllocator testAllocator1(veryVeryVerbose); bslma::TestAllocator testAllocator2(veryVeryVerbose); bslma::Allocator *ALLOCATOR[] = { &testAllocator, &testAllocator1, &testAllocator2 }; const int NUM_ALLOCATOR = sizeof ALLOCATOR / sizeof *ALLOCATOR; const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); (void) NUM_VALUES; const int MAX_LENGTH = 32; static const struct { int d_lineNum; // source line number const char *d_spec_p; // specification string int d_length; // expected length char d_elements[MAX_LENGTH + 1]; // expected element values } DATA[] = { //line spec length elements //---- -------------- ------ ------------------------ { L_, "", 0, { } }, { L_, "A", 1, { VA } }, { L_, "B", 1, { VB } }, { L_, "AB", 2, { VA, VB } }, { L_, "BC", 2, { VB, VC } }, { L_, "BCA", 3, { VB, VC, VA } }, { L_, "CAB", 3, { VC, VA, VB } }, { L_, "CDAB", 4, { VC, VD, VA, VB } }, { L_, "DABC", 4, { VD, VA, VB, VC } }, { L_, "ABCDE", 5, { VA, VB, VC, VD, VE } }, { L_, "EDCBA", 5, { VE, VD, VC, VB, VA } }, { L_, "ABCDEA", 6, { VA, VB, VC, VD, VE, VA } }, { L_, "ABCDEAB", 7, { VA, VB, VC, VD, VE, VA, VB } }, { L_, "BACDEABC", 8, { VB, VA, VC, VD, VE, VA, VB, VC } }, { L_, "CBADEABCD", 9, { VC, VB, VA, VD, VE, VA, VB, VC, VD } }, { L_, "CBADEABCDAB", 11, { VC, VB, VA, VD, VE, VA, VB, VC, VD, VA, VB } }, { L_, "CBADEABCDABC", 12, { VC, VB, VA, VD, VE, VA, VB, VC, VD, VA, VB, VC } }, { L_, "CBADEABCDABCDE", 14, { VC, VB, VA, VD, VE, VA, VB, VC, VD, VA, VB, VC, VD, VE } }, { L_, "CBADEABCDABCDEA", 15, { VC, VB, VA, VD, VE, VA, VB, VC, VD, VA, VB, VC, VD, VE, VA } }, { L_, "CBADEABCDABCDEAB", 16, { VC, VB, VA, VD, VE, VA, VB, VC, VD, VA, VB, VC, VD, VE, VA, VB } }, { L_, "CBADEABCDABCDEABCBADEABCDABCDEA", 31, { VC, VB, VA, VD, VE, VA, VB, VC, VD, VA, VB, VC, VD, VE, VA, VB, VC, VB, VA, VD, VE, VA, VB, VC, VD, VA, VB, VC, VD, VE, VA } }, { L_, "CBADEABCDABCDEABCBADEABCDABCDEAB", 32, { VC, VB, VA, VD, VE, VA, VB, VC, VD, VA, VB, VC, VD, VE, VA, VB, VC, VB, VA, VD, VE, VA, VB, VC, VD, VA, VB, VC, VD, VE, VA, VB } } }; const int NUM_DATA = sizeof DATA / sizeof *DATA; if (verbose) printf("\nTesting is_mutable.\n"); { TYPE mV; const TYPE CV = TYPE(); TYPE& mVref = mV; const TYPE& cmVref = mV; ASSERT( is_mutable(mV)); ASSERT(! is_mutable(CV)); ASSERT( is_mutable(mVref)); ASSERT(! is_mutable(cmVref)); ASSERT(! is_mutable(as_rvalue(VALUES[0]))); // rvalue is not mutable } if (verbose) printf("\nTesting const and non-const versions of " "begin() and end().\n"); { int oldLen = -1; for (int ti = 0; ti < NUM_DATA; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *const SPEC = DATA[ti].d_spec_p; const int LENGTH = DATA[ti].d_length; const char *const EXP = DATA[ti].d_elements; ASSERT(LENGTH <= MAX_LENGTH); for (int ai = 0; ai < NUM_ALLOCATOR; ++ai) { const ALLOC AL(ALLOCATOR[ai]); Obj mX(AL); const Obj& X = gg(&mX, SPEC); // canonical organization LOOP2_ASSERT(ti, ai, LENGTH == static_cast<int>(X.size())); // same lengths LOOP2_ASSERT(ti, ai, (LENGTH == 0) == X.empty()); if (veryVerbose) { printf( "\ton objects of length %d:\n", LENGTH); } // non-decreasing LOOP2_ASSERT(LINE, ai, oldLen <= LENGTH); oldLen = LENGTH; if (veryVerbose) printf("\t\tSpec = \"%s\"\n", SPEC); if (veryVerbose) { T_; T_; T_; P(X); } int i; iterator imX; const_iterator iX; for (i = 0, imX = mX.begin(), iX = X.begin(); i < LENGTH; ++i, ++imX, ++iX) { LOOP3_ASSERT(LINE, ai, i, iX != X.end()); LOOP3_ASSERT(LINE, ai, i, imX != mX.end()); LOOP3_ASSERT(LINE, ai, i, imX == iX); LOOP3_ASSERT(LINE, ai, i, TYPE(EXP[i]) == *iX); LOOP3_ASSERT(LINE, ai, i, TYPE(EXP[i]) == *imX); LOOP3_ASSERT(LINE, ai, i, succ(X.begin(),i) == iX); LOOP3_ASSERT(LINE, ai, i, succ(mX.begin(),i) == imX); LOOP3_ASSERT(LINE, ai, i, &nthElem(X,i) == &*iX); LOOP3_ASSERT(LINE, ai, i, &nthElem(mX,i) == &*imX); } LOOP3_ASSERT(LINE, ai, i, iX == X.end()); LOOP3_ASSERT(LINE, ai, i, imX == mX.end()); // Sanity check that the test driver doesn't have unused data: for (; i < MAX_LENGTH; ++i) { LOOP3_ASSERT(LINE, ai, i, 0 == EXP[i]); } } } } if (verbose) printf("\nTesting non-const iterators " "modify state of object correctly.\n"); { int oldLen = -1; for (int ti = 0; ti < NUM_DATA ; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *const SPEC = DATA[ti].d_spec_p; const size_t LENGTH = DATA[ti].d_length; const char *const e = DATA[ti].d_elements; for (int ai = 0; ai < NUM_ALLOCATOR; ++ai) { const ALLOC AL(ALLOCATOR[ai]); Obj mX(AL); const Obj& X = gg(&mX, SPEC); LOOP2_ASSERT(ti, ai, LENGTH == X.size()); // same lengths LOOP2_ASSERT(ti, ai, (LENGTH == 0) == X.empty()); if (veryVerbose) { printf("\tOn objects of length " ZU ":\n", LENGTH); } // non-decreasing LOOP2_ASSERT(LINE, ai, oldLen <= (int)LENGTH); oldLen = static_cast<int>(LENGTH); if (veryVerbose) printf( "\t\tSpec = \"%s\"\n", SPEC); if (veryVerbose) { T_; T_; T_; P(X); } Obj mY(AL); const Obj& Y = mY; for (size_t j = 0; j < LENGTH; j++) { mY.push_back(TYPE()); } // Change state of Y so its same as X size_t j = 0; for (iterator imY = mY.begin(); imY != mY.end(); ++imY, ++j) { *imY = TYPE(e[j]); } LOOP2_ASSERT(ti, ai, LENGTH == j); if (veryVerbose) { printf("\t\tNew object1: "); P(Y); } const_iterator iX; const_iterator iY; for (j = 0, iX = X.begin(), iY = Y.begin(); iX != X.end(); ++j, ++iX, ++iY) { LOOP3_ASSERT(ti, ai, j, *iY == *iX); } LOOP2_ASSERT(ti, ai, iY == Y.end()); // Just for kicks, use the (untested) operator== LOOP2_ASSERT(ti, ai, Y == X); } } } } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testGeneratorGG() { // -------------------------------------------------------------------- // TESTING PRIMITIVE GENERATOR FUNCTIONS gg AND ggg: // Having demonstrated that our primary manipulators work as expected // under normal conditions, we want to verify (1) that valid // generator syntax produces expected results and (2) that invalid // syntax is detected and reported. // // Plan: // For each of an enumerated sequence of 'spec' values, ordered by // increasing 'spec' length, use the primitive generator function // 'gg' to set the state of a newly created object. Verify that 'gg' // returns a valid reference to the modified argument object and, // using basic accessors, that the value of the object is as // expected. Repeat the test for a longer 'spec' generated by // prepending a string ending in a '~' character (denoting // 'clear'). Note that we are testing the parser only; the // primary manipulators are already assumed to work. // // For each of an enumerated sequence of 'spec' values, ordered by // increasing 'spec' length, use the primitive generator function // 'ggg' to set the state of a newly created object. Verify that // 'ggg' returns the expected value corresponding to the location of // the first invalid value of the 'spec'. Repeat the test for a // longer 'spec' generated by prepending a string ending in a '~' // character (denoting 'clear'). // // Testing: // list<T,A>& gg(list<T,A> *object, const char *spec); // int ggg(list<T,A> *object, const char *spec, int vF = 1); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); const ALLOC Z(&testAllocator); if (verbose) printf("\nTesting generator on valid specs.\n"); { const int MAX_LENGTH = 10; static const struct { int d_lineNum; // source line number const char *d_spec_p; // specification string int d_length; // expected length char d_elements[MAX_LENGTH]; // expected element values } DATA[] = { //line spec length elements //---- -------------- ------ ------------------------ { L_, "", 0, { 0 } }, { L_, "A", 1, { VA } }, { L_, "B", 1, { VB } }, { L_, "~", 0, { 0 } }, { L_, "CD", 2, { VC, VD } }, { L_, "E~", 0, { 0 } }, { L_, "~E", 1, { VE } }, { L_, "~~", 0, { 0 } }, { L_, "ABC", 3, { VA, VB, VC } }, { L_, "~BC", 2, { VB, VC } }, { L_, "A~C", 1, { VC } }, { L_, "AB~", 0, { 0 } }, { L_, "~~C", 1, { VC } }, { L_, "~B~", 0, { 0 } }, { L_, "A~~", 0, { 0 } }, { L_, "~~~", 0, { 0 } }, { L_, "ABCD", 4, { VA, VB, VC, VD } }, { L_, "~BCD", 3, { VB, VC, VD } }, { L_, "A~CD", 2, { VC, VD } }, { L_, "AB~D", 1, { VD } }, { L_, "ABC~", 0, { 0 } }, { L_, "ABCDE", 5, { VA, VB, VC, VD, VE } }, { L_, "~BCDE", 4, { VB, VC, VD, VE } }, { L_, "AB~DE", 2, { VD, VE } }, { L_, "ABCD~", 0, { 0 } }, { L_, "A~C~E", 1, { VE } }, { L_, "~B~D~", 0, { 0 } }, { L_, "~CBA~~ABCDE", 5, { VA, VB, VC, VD, VE } }, { L_, "ABCDE~CDEC~E", 1, { VE } } }; const int NUM_DATA = sizeof DATA / sizeof *DATA; int oldLen = -1; for (int ti = 0; ti < NUM_DATA ; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *const SPEC = DATA[ti].d_spec_p; const size_t LENGTH = DATA[ti].d_length; const char *const e = DATA[ti].d_elements; const int curLen = (int)strlen(SPEC); Obj mX(Z); const Obj& X = gg(&mX, SPEC); // original spec static const char *const MORE_SPEC = "~ABCDEABCDEABCDEABCDE~"; char buf[100]; strcpy(buf, MORE_SPEC); strcat(buf, SPEC); Obj mY(Z); const Obj& Y = gg(&mY, buf); // extended spec if (curLen != oldLen) { if (verbose) printf("\tof length %d:\n", curLen); LOOP_ASSERT(LINE, oldLen <= curLen); // non-decreasing oldLen = curLen; } if (veryVerbose) { printf("\t\tSpec = \"%s\"\n", SPEC); printf("\t\tBigSpec = \"%s\"\n", buf); T_; T_; T_; P(X); T_; T_; T_; P(Y); } LOOP_ASSERT(LINE, LENGTH == X.size()); LOOP_ASSERT(LINE, LENGTH == Y.size()); const_iterator ix = X.begin(); const_iterator iy = Y.begin(); for (size_t i = 0; i < LENGTH; ++i, ++ix, ++iy) { LOOP2_ASSERT(LINE, i, TYPE(e[i]) == *ix); LOOP2_ASSERT(LINE, i, TYPE(e[i]) == *iy); } } } if (verbose) printf("\nTesting generator on invalid specs.\n"); { static const struct { int d_lineNum; // source line number const char *d_spec_p; // specification string int d_index; // offending character index } DATA[] = { //line spec index //---- ------------- ----- { L_, "", -1, }, // control { L_, "~", -1, }, // control { L_, " ", 0, }, { L_, ".", 0, }, { L_, "E", -1, }, // control { L_, "I", 0, }, { L_, "Z", 0, }, { L_, "AE", -1, }, // control { L_, "aE", 0, }, { L_, "Ae", 1, }, { L_, ".~", 0, }, { L_, "~!", 1, }, { L_, " ", 0, }, { L_, "ABC", -1, }, // control { L_, " BC", 0, }, { L_, "A C", 1, }, { L_, "AB ", 2, }, { L_, "?#:", 0, }, { L_, " ", 0, }, { L_, "ABCDE", -1, }, // control { L_, "aBCDE", 0, }, { L_, "ABcDE", 2, }, { L_, "ABCDe", 4, }, { L_, "AbCdE", 1, } }; const int NUM_DATA = sizeof DATA / sizeof *DATA; int oldLen = -1; for (int ti = 0; ti < NUM_DATA ; ++ti) { const int LINE = DATA[ti].d_lineNum; const char *const SPEC = DATA[ti].d_spec_p; const int INDEX = DATA[ti].d_index; const size_t LENGTH = strlen(SPEC); Obj mX(Z); if ((int)LENGTH != oldLen) { if (verbose) printf("\tof length " ZU ":\n", LENGTH); // LOOP_ASSERT(LINE, oldLen <= (int)LENGTH); // non-decreasing oldLen = static_cast<int>(LENGTH); } if (veryVerbose) printf("\t\tSpec = \"%s\"\n", SPEC); int result = ggg(&mX, SPEC, veryVerbose); LOOP_ASSERT(LINE, INDEX == result); } } } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::testPrimaryManipulators() { // -------------------------------------------------------------------- // TESTING PRIMARY MANIPULATORS (BOOTSTRAP): // // Concerns: // The basic concern is that the default constructor, the destructor, // and, under normal conditions (i.e., no aliasing), the primary // manipulators // - push_back (black-box) // - clear (white-box) // operate as expected. Specifically: // 1. The default constructor // 1a) creates the correct initial value. // 1b) allocates exactly one block. // 2. The destructor properly deallocates all allocated memory to // its corresponding allocator from any attainable state. // 3. 'push_back' // 3a) produces the expected value. // 3b) maintains valid internal state. // 3c) preserves the strong exception guarantee and is // exception-neutral wrt memory allocation. // 3d) does not change the address of any other list elements // 3e) has the internal memory management system hooked up // properly so that *all* internally allocated memory // draws from the same user-supplied allocator whenever // one is specified. // 4. 'clear' // 4a) produces the expected value (empty). // 4b) properly destroys each contained element value. // 4c) maintains valid internal state. // 4d) does not allocate memory. // 4e) deallocates all element memory // 5. The size-based parameters of the class reflect the platform. // // Plan: // To address concerns 1a - 1c, create an object using the default // constructor: // - With and without passing in an allocator. // - In the presence of exceptions during memory allocations using // a 'bslma_TestAllocator' and varying its *allocation* *limit*. // - Where the object is constructed with an object allocator and // neither of global and default allocator is used to supply memory. // // To address concerns 3a - 3e, construct a series of independent // objects, ordered by increasing length. In each test, allow the // object to leave scope without further modification, so that the // destructor asserts internal object invariants appropriately. // After the final insert operation in each test, use the (untested) // basic accessors to cross-check the value of the object // and the 'bslma_TestAllocator' to confirm whether memory allocation has // occurred. // // To address concerns 4a-4e, construct a similar test, replacing // 'push_back' with 'clear'; this time, however, use the test // allocator to record *numBlocksInUse* rather than *numBlocksTotal*. // // To address concerns 2, 3d, 4d, create a small "area" test that // exercises the construction and destruction of objects of various // lengths in the presence of memory allocation exceptions. Two // separate tests will be performed: // // Let S be the sequence of integers { 0 .. N - 1 }. // (1) for each i in S, use the default constructor and 'push_back' // to create an instance of length i, confirm its value (using // basic accessors), and let it leave scope. // (2) for each (i, j) in S X S, use 'push_back' to create an // instance of length i, use 'clear' to clear its value // and confirm (with 'length'), use insert to set the instance // to a value of length j, verify the value, and allow the // instance to leave scope. // // The first test acts as a "control" in that 'clear' is not // called; if only the second test produces an error, we know that // 'clear' is to blame. We will rely on 'bslma_TestAllocator' // and purify to address concern 2, and on the object invariant // assertions in the destructor to address concerns 3d and 4d. // // To address concern 5, the values will be explicitly compared to // the expected values. This will be done first so as to ensure all // other tests are reliable and may depend upon the class's // constants. // // Testing: // list<T,A>(const A& a = A()); // ~list<T,A>(); // void push_back(const T&); // void clear(); // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); const ALLOC Z(&testAllocator); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); if (verbose) printf("\tTesting parameters: SCOPED_ALLOC = %d.\n", SCOPED_ALLOC); // -------------------------------------------------------------------- if (verbose) printf("\n\tTesting default ctor (thoroughly).\n"); if (verbose) printf("\t\tWithout passing in an allocator.\n"); { const Obj X; if (veryVerbose) { T_; T_; P(X); } ASSERT(0 == X.size()); } if (verbose) printf("\t\tPassing in an allocator.\n"); { const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); ALLOC AL(&testAllocator); const Obj X(AL); const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); if (veryVerbose) { T_; T_; P(X); } ASSERT(0 == X.size()); ASSERT(AA + expectedBlocks(0) == BB); ASSERT(A + expectedBlocks(0) == B); } if (verbose) printf("\t\tIn place using a buffer allocator.\n"); { ASSERT(0 == globalAllocator_p->numBlocksInUse()); ASSERT(0 == defaultAllocator_p->numBlocksInUse()); ASSERT(0 == objectAllocator_p->numBlocksInUse()); ALLOC AL(objectAllocator_p); Obj x(AL); ASSERT(0 == globalAllocator_p->numBlocksInUse()); ASSERT(0 == defaultAllocator_p->numBlocksInUse()); ASSERT(expectedBlocks(0) == objectAllocator_p->numBlocksInUse()); } ASSERT(0 == globalAllocator_p->numBlocksInUse()); ASSERT(0 == defaultAllocator_p->numBlocksInUse()); ASSERT(0 == objectAllocator_p->numBlocksInUse()); // -------------------------------------------------------------------- if (verbose) printf("\n\tTesting 'push_back' (bootstrap) without allocator.\n"); { const size_t NUM_TRIALS = LARGE_SIZE_VALUE; for (size_t li = 0; li < NUM_TRIALS; ++li) { if (verbose) printf("\t\tOn an object of initial length " ZU ".\n", li); Obj mX; const Obj& X = mX; const TYPE *elemAddrs[NUM_TRIALS]; for (size_t i = 0; i < li; ++i) { mX.push_back(VALUES[i % NUM_VALUES]); elemAddrs[i] = &X.back(); } LOOP_ASSERT(li, li == X.size()); if(veryVerbose){ printf("\t\t\tBEFORE: "); P(X); } mX.push_back(VALUES[li % NUM_VALUES]); elemAddrs[li] = &X.back(); if(veryVerbose){ printf("\t\t\tAFTER: "); P(X); } LOOP_ASSERT(li, li + 1 == X.size()); const_iterator it = X.begin(); for (int i = 0; i < (int) li; ++it, ++i) { LOOP2_ASSERT(li, i, VALUES[i % NUM_VALUES] == *it); LOOP2_ASSERT(li, i, elemAddrs[i] == &*it); } LOOP_ASSERT(li, VALUES[li % NUM_VALUES] == *it); LOOP_ASSERT(li, elemAddrs[li] == &*it); } } // -------------------------------------------------------------------- if (verbose) printf("\n\tTesting 'push_back' (bootstrap) with allocator.\n"); { const size_t NUM_TRIALS = LARGE_SIZE_VALUE; for (size_t li = 0; li < NUM_TRIALS; ++li) { if (verbose) printf("\t\tOn an object of initial length " ZU ".\n", li); ALLOC AL(&testAllocator); Obj mX(AL); const Obj& X = mX; const TYPE *elemAddrs[NUM_TRIALS]; for (size_t i = 0; i < li; ++i) { mX.push_back(VALUES[i % NUM_VALUES]); elemAddrs[i] = &X.back(); } LOOP_ASSERT(li, li == X.size()); const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); if (veryVerbose) { printf("\t\t\tBEFORE: "); P_(BB); P_(B); P(X); } mX.push_back(VALUES[li % NUM_VALUES]); elemAddrs[li] = &X.back(); const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { printf("\t\t\t AFTER: "); P_(AA); P_(A); P(X); } LOOP_ASSERT(li, BB + deltaBlocks(1) == AA); LOOP_ASSERT(li, B + deltaBlocks(1) == A); LOOP_ASSERT(li, li + 1 == X.size()); const_iterator it = X.begin(); for (int i = 0; i < (int) li; ++it, ++i) { LOOP2_ASSERT(li, i, VALUES[i % NUM_VALUES] == *it); LOOP2_ASSERT(li, i, elemAddrs[i] == &*it); } LOOP_ASSERT(li, VALUES[li % NUM_VALUES] == *it); LOOP_ASSERT(li, elemAddrs[li] == &*it); } } // -------------------------------------------------------------------- if (verbose) printf("\n\tTesting 'clear' without allocator.\n"); { const size_t NUM_TRIALS = LARGE_SIZE_VALUE; for (size_t li = 0; li < NUM_TRIALS; ++li) { if (verbose) printf("\t\tOn an object of initial length " ZU ".\n", li); Obj mX; const Obj& X = mX; for (size_t i = 0; i < li; ++i) { mX.push_back(VALUES[i % NUM_VALUES]); } if(veryVerbose){ printf("\t\t\tBEFORE "); P(X); } LOOP_ASSERT(li, li == X.size()); mX.clear(); if(veryVerbose){ printf("\t\t\tAFTER "); P(X); } LOOP_ASSERT(li, 0 == X.size()); for (size_t i = 0; i < li; ++i) { mX.push_back(VALUES[i % NUM_VALUES]); } if(veryVerbose){ printf("\t\t\tAFTER SECOND INSERT "); P(X); } LOOP_ASSERT(li, li == X.size()); const_iterator it = X.begin(); for (int i = 0; i < (int) li; ++it, ++i) { LOOP2_ASSERT(li, i, VALUES[i % NUM_VALUES] == *it); } } } // -------------------------------------------------------------------- if (verbose) printf("\n\tTesting 'clear' with allocator.\n"); { const size_t NUM_TRIALS = LARGE_SIZE_VALUE; for (size_t li = 0; li < NUM_TRIALS; ++li) { if (verbose) printf("\t\tOn an object of initial length " ZU ".\n", li); ALLOC AL(&testAllocator); Obj mX(AL); const Obj& X = mX; for (size_t i = 0; i < li; ++i) { mX.push_back(VALUES[i % NUM_VALUES]); } LOOP_ASSERT(li, li == X.size()); const Int64 BB = testAllocator.numBlocksTotal(); const Int64 B = testAllocator.numBlocksInUse(); if (veryVerbose) { printf("\t\t\tBEFORE: "); P_(BB); P_(B); P(X); } mX.clear(); const Int64 AA = testAllocator.numBlocksTotal(); const Int64 A = testAllocator.numBlocksInUse(); if (veryVerbose) { printf("\t\t\tAFTER: "); P_(AA); P_(A); P(X); } for (size_t i = 0; i < li; ++i) { mX.push_back(VALUES[i % NUM_VALUES]); } LOOP_ASSERT(li, li == X.size()); const Int64 CC = testAllocator.numBlocksTotal(); const Int64 C = testAllocator.numBlocksInUse(); if(veryVerbose){ printf("\t\t\tAFTER SECOND INSERT: "); P_(CC); P_(C); P(X); } LOOP_ASSERT(li, li == X.size()); LOOP_ASSERT(li, BB == AA); LOOP_ASSERT(li, B - deltaBlocks(li) == A); LOOP_ASSERT(li, BB + deltaBlocks(li) == CC); LOOP_ASSERT(li, B == C); } } // -------------------------------------------------------------------- if (verbose) printf("\n\tTesting the destructor and exception neutrality " "with allocator.\n"); if (verbose) printf("\t\tWith 'push_back' only\n"); { // For each lengths li up to some modest limit: // 1) create an instance // 2) insert { V0, V1, V2, V3, V4, V0, ... } up to length li // 3) verify initial length and contents // 4) allow the instance to leave scope // 5) make sure that the destructor cleans up const size_t NUM_TRIALS = LARGE_SIZE_VALUE; for (size_t li = 0; li < NUM_TRIALS; ++li) { // i is the length if (verbose) printf("\t\t\tOn an object of length " ZU ".\n", li); BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { Obj mX(Z); const Obj& X = mX; // 1. const TYPE *elemAddrs[NUM_TRIALS]; for (size_t i = 0; i < li; ++i) { // 2. ExceptionGuard<Obj> guard(&mX, X, L_); mX.push_back(VALUES[i % NUM_VALUES]); elemAddrs[i] = &X.back(); guard.release(); } LOOP_ASSERT(li, li == X.size()); // 3. const_iterator it = X.begin(); for (int i = 0; i < (int) li; ++it, ++i) { LOOP2_ASSERT(li, i, VALUES[i % NUM_VALUES] == *it); LOOP2_ASSERT(li, i, elemAddrs[i] == &*it); } } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END // 4. LOOP_ASSERT(li, 0 == testAllocator.numBlocksInUse()); // 5. } } if (verbose) printf("\t\tWith 'push_back' and 'clear'\n"); { // For each pair of lengths (i, j) up to some modest limit: // 1) create an instance // 2) insert V0 values up to a length of i // 3) verify initial length and contents // 4) clear contents from instance // 5) verify length is 0 // 6) insert { V0, V1, V2, V3, V4, V0, ... } up to length j // 7) verify new length and contents // 8) allow the instance to leave scope // 9) make sure that the destructor cleans up const size_t NUM_TRIALS = LARGE_SIZE_VALUE; for (size_t i = 0; i < NUM_TRIALS; ++i) { // i is first length if (verbose) printf("\t\t\tOn an object of initial length " ZU ".\n", i); for (size_t j = 0; j < NUM_TRIALS; ++j) { // j is second length if (veryVerbose) printf("\t\t\t\tAnd with final length " ZU ".\n", j); BSLMA_TESTALLOCATOR_EXCEPTION_TEST_BEGIN(testAllocator) { size_t k; // loop index Obj mX(Z); const Obj& X = mX; // 1. const TYPE *elemAddrs[NUM_TRIALS]; for (k = 0; k < i; ++k) { // 2. ExceptionGuard<Obj> guard(&mX, X, L_); mX.push_back(VALUES[0]); elemAddrs[k] = &X.back(); guard.release(); } LOOP2_ASSERT(i, j, i == X.size()); // 3. const_iterator it = X.begin(); for (k = 0; k < i; ++k, ++it) { LOOP3_ASSERT(i, j, k, VALUES[0] == *it); LOOP3_ASSERT(i, j, k, elemAddrs[k] == &*it); } mX.clear(); // 4. LOOP2_ASSERT(i, j, 0 == X.size()); // 5. for (k = 0; k < j; ++k) { // 6. ExceptionGuard<Obj> guard(&mX, X, L_); mX.push_back(VALUES[k % NUM_VALUES]); elemAddrs[k] = &X.back(); guard.release(); } LOOP2_ASSERT(i, j, j == X.size()); // 7. it = X.begin(); for (k = 0; k < j; ++k, ++it) { LOOP3_ASSERT(i, j, k, VALUES[k % NUM_VALUES] == *it); LOOP3_ASSERT(i, j, k, elemAddrs[k] == &*it); } } BSLMA_TESTALLOCATOR_EXCEPTION_TEST_END // 8. LOOP_ASSERT(i, 0 == testAllocator.numBlocksInUse()); // 9. } } } } template <class TYPE, class ALLOC> void TestDriver<TYPE,ALLOC>::breathingTest() { // -------------------------------------------------------------------- // BREATHING TEST: // We want to exercise basic value-semantic functionality. In // particular we want to demonstrate a base-line level of correct // operation of the following methods and operators: // - default and copy constructors (and also the destructor) // - the assignment operator (including aliasing) // - equality operators: 'operator==' and 'operator!=' // - primary manipulators: 'push_back' and 'clear' methods // - basic accessors: 'size' and 'operator[]' // // Plan: // Create four objects using both the default and copy constructors. // Exercise these objects using primary manipulators, basic accessors, // equality operators, and the assignment operator. Try aliasing with // assignment for a non-empty instance [11] and allow the result to // leave scope, enabling the destructor to assert internal object // invariants. Display object values frequently in verbose mode: // // 1) Create an object x1 (default ctor). { x1: } // 2) Create a second object x2 (copy from x1). { x1: x2: } // 3) Prepend an element value A to x1). { x1:A x2: } // 4) Append the same element value A to x2). { x1:A x2:A } // 5) Prepend/Append two values B & C to x2). { x1:A x2:BAC } // 6) Remove all elements from x1. { x1: x2:BAC } // 7) Create a third object x3 (default ctor). { x1: x2:BAC x3: } // 8) Create a forth object x4 (copy of x2). { x1: x2:BAC x3: x4:BAC } // 9) Assign x2 = x1 (non-empty becomes empty). { x1: x2: x3: x4:BAC } // 10) Assign x3 = x4 (empty becomes non-empty).{ x1: x2: x3:BAC x4:BAC } // 11) Assign x4 = x4 (aliasing). { x1: x2: x3:BAC x4:BAC } // // Testing: // This "test" *exercises* basic functionality. // -------------------------------------------------------------------- bslma::TestAllocator testAllocator(veryVeryVerbose); const TYPE *values = 0; const TYPE *const& VALUES = values; const int NUM_VALUES = getValues(&values); const TYPE& A = VALUES[0]; const TYPE& B = VALUES[1]; const TYPE& C = VALUES[2]; (void) NUM_VALUES; // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - if (verbose) printf("\n 1) Create an object x1 (default ctor)." "\t\t\t{ x1: }\n"); Obj mX1(&testAllocator); const Obj& X1 = mX1; if (verbose) { T_; P(X1); } if (verbose) printf("\ta) Check initial state of x1.\n"); ASSERT(0 == X1.size()); if (verbose) printf( "\tb) Try equality operators: x1 <op> x1.\n"); ASSERT( X1 == X1 ); ASSERT(!(X1 != X1)); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - if (verbose) printf("\n 2) Create a second object x2 (copy from x1)." "\t\t{ x1: x2: }\n"); Obj mX2(X1, &testAllocator); const Obj& X2 = mX2; if (verbose) { T_; P(X2); } if (verbose) printf( "\ta) Check the initial state of x2.\n"); ASSERT(0 == X2.size()); if (verbose) printf( "\tb) Try equality operators: x2 <op> x1, x2.\n"); ASSERT( X2 == X1 ); ASSERT(!(X2 != X1)); ASSERT( X2 == X2 ); ASSERT(!(X2 != X2)); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - if (verbose) printf("\n 3) Prepend an element value A to x1)." "\t\t\t{ x1:A x2: }\n"); mX1.push_front(A); if (verbose) { T_; P(X1); } if (verbose) printf( "\ta) Check new state of x1.\n"); ASSERT(1 == X1.size()); ASSERT(A == X1.front()); ASSERT(A == X1.back()); if (verbose) printf( "\tb) Try equality operators: x1 <op> x1, x2.\n"); ASSERT( X1 == X1 ); ASSERT(!(X1 != X1)); ASSERT(!(X1 == X2)); ASSERT( X1 != X2 ); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - if (verbose) printf("\n 4) Append the same element value A to x2)." "\t\t{ x1:A x2:A }\n"); mX2.push_back(A); if (verbose) { T_; P(X2); } if (verbose) printf( "\ta) Check new state of x2.\n"); ASSERT(1 == X2.size()); ASSERT(A == X2.front()); ASSERT(A == X2.back()); if (verbose) printf( "\tb) Try equality operators: x2 <op> x1, x2.\n"); ASSERT( X2 == X1 ); ASSERT(!(X2 != X1)); ASSERT( X2 == X2 ); ASSERT(!(X2 != X2)); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - if (verbose) printf("\n 5) Prepend another element value B and append " "another element c to x2).\t\t{ x1:A x2:BAC }\n"); mX2.push_front(B); mX2.push_back(C); if (verbose) { T_; P(X2); } if (verbose) printf( "\ta) Check new state of x2.\n"); ASSERT(3 == X2.size()); ASSERT(B == X2.front()); ASSERT(A == nthElem(X2, 1)); ASSERT(C == X2.back()); if (verbose) printf( "\tb) Try equality operators: x2 <op> x1, x2.\n"); ASSERT(!(X2 == X1)); ASSERT( X2 != X1 ); ASSERT( X2 == X2 ); ASSERT(!(X2 != X2)); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - if (verbose) printf("\n 6) Remove all elements from x1." "\t\t\t{ x1: x2:BAC }\n"); mX1.clear(); if (verbose) { T_; P(X1); } if (verbose) printf( "\ta) Check new state of x1.\n"); ASSERT(0 == X1.size()); if (verbose) printf( "\tb) Try equality operators: x1 <op> x1, x2.\n"); ASSERT( X1 == X1 ); ASSERT(!(X1 != X1)); ASSERT(!(X1 == X2)); ASSERT( X1 != X2 ); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - if (verbose) printf("\n 7) Create a third object x3 (default ctor)." "\t\t{ x1: x2:BAC x3: }\n"); Obj mX3(&testAllocator); const Obj& X3 = mX3; if (verbose) { T_; P(X3); } if (verbose) printf( "\ta) Check new state of x3.\n"); ASSERT(0 == X3.size()); if (verbose) printf( "\tb) Try equality operators: x3 <op> x1, x2, x3.\n"); ASSERT( X3 == X1 ); ASSERT(!(X3 != X1)); ASSERT(!(X3 == X2)); ASSERT( X3 != X2 ); ASSERT( X3 == X3 ); ASSERT(!(X3 != X3)); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - if (verbose) printf("\n 8) Create a forth object x4 (copy of x2)." "\t\t{ x1: x2:BAC x3: x4:BAC }\n"); Obj mX4(X2, &testAllocator); const Obj& X4 = mX4; if (verbose) { T_; P(X4); } if (verbose) printf( "\ta) Check new state of x4.\n"); ASSERT(3 == X4.size()); ASSERT(B == nthElem(X4, 0)); ASSERT(A == nthElem(X4, 1)); ASSERT(C == nthElem(X4, 2)); if (verbose) printf( "\tb) Try equality operators: x4 <op> x1, x2, x3, x4.\n"); ASSERT(!(X4 == X1)); ASSERT( X4 != X1 ); ASSERT( X4 == X2 ); ASSERT(!(X4 != X2)); ASSERT(!(X4 == X3)); ASSERT( X4 != X3 ); ASSERT( X4 == X4 ); ASSERT(!(X4 != X4)); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - if (verbose) printf("\n 9) Assign x2 = x1 (non-empty becomes empty)." "\t\t{ x1: x2: x3: x4:BAC }\n"); mX2 = X1; if (verbose) { T_; P(X2); } if (verbose) printf( "\ta) Check new state of x2.\n"); ASSERT(0 == X2.size()); if (verbose) printf( "\tb) Try equality operators: x2 <op> x1, x2, x3, x4.\n"); ASSERT( X2 == X1 ); ASSERT(!(X2 != X1)); ASSERT( X2 == X2 ); ASSERT(!(X2 != X2)); ASSERT( X2 == X3 ); ASSERT(!(X2 != X3)); ASSERT(!(X2 == X4)); ASSERT( X2 != X4 ); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - if (verbose) printf("\n10) Assign x3 = x4 (empty becomes non-empty)." "\t\t{ x1: x2: x3:BAC x4:BAC }\n"); mX3 = X4; if (verbose) { T_; P(X3); } if (verbose) printf( "\ta) Check new state of x3.\n"); ASSERT(3 == X3.size()); ASSERT(B == nthElem(X3, 0)); ASSERT(A == nthElem(X3, 1)); ASSERT(C == nthElem(X3, 2)); if (verbose) printf( "\tb) Try equality operators: x3 <op> x1, x2, x3, x4.\n"); ASSERT(!(X3 == X1)); ASSERT( X3 != X1 ); ASSERT(!(X3 == X2)); ASSERT( X3 != X2 ); ASSERT( X3 == X3 ); ASSERT(!(X3 != X3)); ASSERT( X3 == X4 ); ASSERT(!(X3 != X4)); // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - if (verbose) printf("\n11) Assign x4 = x4 (aliasing)." "\t\t\t\t{ x1: x2: x3:BAC x4:BAC }\n"); mX4 = X4; if (verbose) { T_; P(X4); } if (verbose) printf( "\ta) Check new state of x4.\n"); ASSERT(3 == X4.size()); ASSERT(B == nthElem(X4, 0)); ASSERT(A == nthElem(X4, 1)); ASSERT(C == nthElem(X4, 2)); if (verbose) printf("\tb) Try equality operators: x4 <op> x1, x2, x3, x4.\n"); ASSERT(!(X4 == X1)); ASSERT( X4 != X1 ); ASSERT(!(X4 == X2)); ASSERT( X4 != X2 ); ASSERT( X4 == X3 ); ASSERT(!(X4 != X3)); ASSERT( X4 == X4 ); ASSERT(!(X4 != X4)); } //============================================================================= // MAIN PROGRAM //----------------------------------------------------------------------------- int main(int argc, char *argv[]) { int test = argc > 1 ? atoi(argv[1]) : 0; verbose = argc > 2; veryVerbose = argc > 3; veryVeryVerbose = argc > 4; veryVeryVeryVerbose = argc > 5; // As part of our overall allocator testing strategy, we will create // three test allocators. // Object Test Allocator. bslma::TestAllocator objectAllocator("Object Allocator", veryVeryVeryVerbose); objectAllocator_p = &objectAllocator; // Default Test Allocator. bslma::TestAllocator defaultAllocator("Default Allocator", veryVeryVeryVerbose); bslma::DefaultAllocatorGuard guard(&defaultAllocator); defaultAllocator_p = &defaultAllocator; // Global Test Allocator. bslma::TestAllocator globalAllocator("Global Allocator", veryVeryVeryVerbose); bslma::Allocator *originalGlobalAllocator = bslma::Default::setGlobalAllocator(&globalAllocator); globalAllocator_p = &globalAllocator; setbuf(stdout, NULL); // Use unbuffered output printf("TEST " __FILE__ " CASE %d\n", test); switch (test) { case 0: // Zero is always the leading case. case 29: { // -------------------------------------------------------------------- // USAGE EXAMPLE // // Concerns: // 1. The usage examples in the header file compile. // 2. The usage examples in the header produce correct results // // Test plan: // Copy the usage examples from the header into this test driver. // // Testing: // USAGE EXAMPLE // -------------------------------------------------------------------- if (verbose) printf("\nTesting USAGE EXAMPLE" "\n=====================\n"); // Create test data files FILE* output = fopen("star_data1.txt", "w"); ASSERT(output); fprintf(output, "%s", STAR_DATA1); fclose(output); output = fopen("star_data2.txt", "w"); ASSERT(output); fprintf(output, "%s", STAR_DATA2); fclose(output); if (verbose) printf("\nusageExample1\n"); usageExample1(veryVerbose); if (verbose) printf("\nusageExample2\n"); usageExample2(veryVerbose); // Erase output files. remove("star_data1.txt"); remove("star_data2.txt"); } break; case 28: { // -------------------------------------------------------------------- // TESTING SORT // // Concerns and plan: // See testSort for a list of specific concerns and a test plan. // // Testing: // void sort(); // template <class COMP> void sort(COMP c); // -------------------------------------------------------------------- if (verbose) printf("\nTesting SORT" "\n============\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testSort(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testSort(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testSort(); } break; case 27: { // -------------------------------------------------------------------- // TESTING MERGE // // Concerns and plan: // See testMerge for a list of specific concerns and a test plan. // // Testing: // void merge(list& other); // template <class COMP> void merge(list& other, COMP c); // -------------------------------------------------------------------- if (verbose) printf("\nTesting MERGE" "\n=============\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testMerge(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testMerge(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testMerge(); } break; case 26: { // -------------------------------------------------------------------- // TESTING UNIQUE // // Concerns and plan: // See testUnique for a list of specific concerns and a test plan. // // Testing: // void unique(); // template <class BINPRED> void unique(BINPRED p); // -------------------------------------------------------------------- if (verbose) printf("\nTesting UNIQUE" "\n===============\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testUnique(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testUnique(); if (verbose) printf("\n... with 'TestTypeNoAlloc'.\n"); TestDriver<TNA>::testUnique(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testUnique(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testUnique(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testUnique(); } break; case 25: { // -------------------------------------------------------------------- // TESTING REMOVE // // Concerns and plan: // See testRemove for a list of specific concerns and a test plan. // // Testing: // void remove(const T& val); // template <class PRED> void remove_if(PRED p); // -------------------------------------------------------------------- if (verbose) printf("\nTesting REMOVE" "\n===============\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testRemove(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testRemove(); if (verbose) printf("\n... with 'TestTypeNoAlloc'.\n"); TestDriver<TNA>::testRemove(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testRemove(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testRemove(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testRemove(); } break; case 24: { // -------------------------------------------------------------------- // TESTING SPLICE // // Concerns and plan: // See testSplice for a list of specific concerns and a test plan. // // Testing: // void splice(iterator pos, list& other); // void splice(iterator pos, list& other, iterator i); // void splice(iterator pos, list& other, // iterator first, iterator last); // -------------------------------------------------------------------- if (verbose) printf("\nTesting SPLICE" "\n===============\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testSplice(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testSplice(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testSplice(); } break; case 23: { // -------------------------------------------------------------------- // TESTING REVERSE // // Concerns and plan: // See testReverse for a list of specific concerns and a test plan. // // Testing: // void reverse(); // -------------------------------------------------------------------- if (verbose) printf("\nTesting REVERSE" "\n================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testReverse(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testReverse(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testReverse(); } break; case 22: { // -------------------------------------------------------------------- // TESTING TYPE TRAITS // // Concerns and plan: // See testTypeTraits for a list of specific concerns and a test // plan. // // Testing: // bslalg::HasStlIterators // bslma::UsesBslmaAllocator // bslmf::IsBitwiseMoveable // -------------------------------------------------------------------- if (verbose) printf("\nTesting TYPE TRAITS" "\n===================\n"); // The default allocator is both a bslma allocator and is bitwise // moveable. if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testTypeTraits(/* uses_bslma */ true, /* bitwise_moveable */ true); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testTypeTraits(/* uses_bslma */ true, /* bitwise_moveable */ true); if (verbose) printf("\n... with 'TestTypeNoAlloc'.\n"); TestDriver<TNA>::testTypeTraits(/* uses_bslma */ true, /* bitwise_moveable */ true); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testTypeTraits(/* uses_bslma */ true, /* bitwise_moveable */ true); // OtherAlloc allocator is neither a bslma allocator nor bitwise // moveable. if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testTypeTraits(/* uses_bslma */ false, /* bitwise_moveable */ false); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testTypeTraits(/* uses_bslma */ false, /* bitwise_moveable */ false); } break; case 21: { // -------------------------------------------------------------------- // TESTING TYPEDEFS // // Concerns: // 1. That all of the required typedefs are defined. // 2. That the typedefs are identical to the corresponding typedefs // from the allocator. // // Plan: // Instantiate 'list<T,Alloc>' with at least two types of 'Alloc'. // Verify that each typedef in 'list<T,bAlloc>' matches the // corresponding typedef in 'Alloc'. Note that the iterator types // were tested in test case 16 and so are not tested here. // // Testing: // reference // const_reference // size_type // difference_type // value_type // allocator_type // pointer // const_pointer // -------------------------------------------------------------------- if (verbose) printf("\nTesting typedefs" "\n================\n"); if (verbose) printf("\nWith 'bsl::allocator'\n"); { typedef bsl::allocator<T> Alloc; typedef list<T,Alloc> Obj; ASSERT((bsl::is_same<Alloc::reference, Obj::reference>::value)); ASSERT((bsl::is_same<Alloc::const_reference, Obj::const_reference>::value)); ASSERT((bsl::is_same<Alloc::pointer, Obj::pointer>::value)); ASSERT((bsl::is_same<Alloc::const_pointer, Obj::const_pointer>::value)); ASSERT((bsl::is_same<Alloc::size_type, Obj::size_type>::value)); ASSERT((bsl::is_same<Alloc::difference_type, Obj::difference_type>::value)); ASSERT((bsl::is_same<T, Obj::value_type>::value)); ASSERT((bsl::is_same<Alloc, Obj::allocator_type>::value)); } if (verbose) printf("\nWith 'SmallAllocator'\n"); { typedef SmallAllocator<T> Alloc; typedef list<T,Alloc> Obj; ASSERT((bsl::is_same<Alloc::reference, Obj::reference>::value)); ASSERT((bsl::is_same<Alloc::const_reference, Obj::const_reference>::value)); ASSERT((bsl::is_same<Alloc::pointer, Obj::pointer>::value)); ASSERT((bsl::is_same<Alloc::const_pointer, Obj::const_pointer>::value)); ASSERT((bsl::is_same<Alloc::size_type, Obj::size_type>::value)); ASSERT((bsl::is_same<Alloc::difference_type, Obj::difference_type>::value)); ASSERT((bsl::is_same<T, Obj::value_type>::value)); ASSERT((bsl::is_same<Alloc, Obj::allocator_type>::value)); } } break; case 20: { // -------------------------------------------------------------------- // TESTING COMPARISON FREE OPERATORS // // Concerns and plan: // See testComparisonOps for a list of specific concerns and a test // plan. // // Testing: // bool operator<(const list<T,A>& lhs, const list<T,A>& rhs); // bool operator>(const list<T,A>& lhs, const list<T,A>& rhs); // bool operator<=(const list<T,A>& lhs, const list<T,A>& rhs); // bool operator>=(const list<T,A>& lhs, const list<T,A>& rhs); // -------------------------------------------------------------------- if (verbose) printf("\nTesting comparison free operators" "\n=================================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testComparisonOps(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testComparisonOps(); } break; case 19: { // -------------------------------------------------------------------- // TESTING SWAP // // Concerns and plan: // See testSwap for a list of specific concerns and a test plan. // // Testing: // void swap(list&); // void swap(list<T,A>& lhs, list<T,A>& rhs); // void swap(list<T,A>&& lhs, list<T,A>& rhs); // void swap(list<T,A>& lhs, list<T,A>&& rhs); // -------------------------------------------------------------------- if (verbose) printf("\nTesting 'swap'" "\n==============\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testSwap(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testSwap(); if (verbose) printf("\n... with 'TestTypeNoAlloc'.\n"); TestDriver<TNA>::testSwap(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testSwap(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testSwap(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testSwap(); } break; case 18: { // -------------------------------------------------------------------- // TESTING ERASE // // Concerns and plan: // See testErase for a list of specific concerns and a test plan. // // Testing: // iterator erase(const_iterator position); // iterator erase(const_iterator first, const_iterator last); // void pop_back(); // void pop_front(); // -------------------------------------------------------------------- if (verbose) printf("\nTesting 'erase' and 'pop_back'" "\n==============================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testErase(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testErase(); if (verbose) printf("\n... with 'TestTypeNoAlloc'.\n"); TestDriver<TNA>::testErase(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testErase(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testErase(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testErase(); } break; case 17: { // -------------------------------------------------------------------- // TESTING INSERTION // // Concerns and plan: // See testInsert for a list of specific concerns and a test plan. // // Testing: // void push_back(const T& value); // void push_front(const T& value); // iterator insert(const_iterator position, const T& value); // void insert(const_iterator pos, size_type n, const T& val); // template <class InputIter> // void insert(const_iterator pos, InputIter first, InputIter last); // -------------------------------------------------------------------- if (verbose) printf("\nTesting Value Insertion" "\n=======================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testInsert(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testInsert(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testInsert(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testInsert(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testInsert(); if (verbose) printf("\nTesting Emplace Insertion" "\n==========================\n"); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testEmplace(); // if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); // TestDriver<TOA>::testEmplace(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testEmplace(); // if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" // " 'OtherAlloc'.\n"); // TestDriver<TOA,OATOA>::testEmplace(); if (verbose) printf("\nTesting Range Insertion" "\n=======================\n"); if (verbose) printf("\n... with 'TestType' " "and arbitrary forward iterator.\n"); TestDriver<T>::testInsertRange(InputSeq<T>()); if (verbose) printf("\n... with 'TestType' " "and arbitrary random-access iterator.\n"); TestDriver<T>::testInsertRange(RandSeq<T>()); if (verbose) printf("\n... with 'TestTypeOtherAlloc' " "and arbitrary input iterator.\n"); TestDriver<TOA>::testInsertRange(InputSeq<TOA>()); if (verbose) printf("\n... with 'TestType', 'OtherAlloc', " "and arbitrary input iterator.\n"); TestDriver<T,OAT>::testInsertRange(InputSeq<T>()); if (verbose) printf("\n... with 'TestTypeOtherAlloc', 'OtherAlloc', " "and arbitrary input iterator.\n"); TestDriver<TOA,OATOA>::testInsertRange(InputSeq<TOA>()); } break; case 16: { // -------------------------------------------------------------------- // TESTING ITERATORS // // Concerns and plan: // See testIterators for a list of specific concerns and a test plan. // // Testing: // iterator begin(); // iterator end(); // reverse_iterator rbegin(); // reverse_iterator rend(); // const_iterator begin() const; // const_iterator end() const; // const_reverse_iterator rbegin() const; // const_reverse_iterator rend() const; // -------------------------------------------------------------------- if (verbose) printf("\nTesting Iterators" "\n=================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testIterators(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testIterators(); } break; case 15: { // -------------------------------------------------------------------- // TESTING ELEMENT ACCESS // // Testing: // T& front(); // T& back(); // const T& front() const; // const T& back() const; // -------------------------------------------------------------------- if (verbose) printf("\nTesting Element Access" "\n======================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testElementAccess(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testElementAccess(); } break; case 14: { // -------------------------------------------------------------------- // TESTING resize AND max_size // // Concerns: // 1. For 'max_size', the reported value is no more than one less // than the maximum allowed by the allocator. // 2. For 'max_size', the allocator's 'max_size' is honored. // 3. For 'resize', see 'testResize' for a list of concerns and plan. // // Plan: // Using the default allocator, test that 'max_size' returns a value // no larger than all of memory divided by the size of one element. // Repeat this test with 'char' and TestType' element types. Using // the 'LimitAllocator', test that 'max_size' returns the same value // as 'LimitAllocator<T>::max_size()', except that a node of // overhead is allowed to be subtracted from the result. // // For 'resize', call 'testResize()' with different combinations of // element types and allocator types. See 'testResize' for details. // // Testing: // void resize(size_type sz); // void resize(size_type sz, T val); // size_type max_size() const; // -------------------------------------------------------------------- if (verbose) printf("\nTesting 'resize' and 'max_size'" "\n===============================\n"); if (verbose) printf("\n... with 'char'.\n"); { list<char> X; ASSERT(~(size_t)0 / sizeof(char) >= X.max_size()); } if (verbose) printf("\n... with 'TestType'.\n"); { list<TestType> X; ASSERT(~(size_t)0 / sizeof(TestType) >= X.max_size()); } if (verbose) printf("\n... with 'int' and 'LimitAllocator.\n"); { const int LIMIT = 10; typedef LimitAllocator<bsl::allocator<int> > LimA; LimA a; a.setMaxSize(LIMIT); list<int,LimA> X(a); // LimitAllocator will return the same 'max_size' regardless of the // type on which it is instantiated. Thus, it will report that it // can allocate the same number of nodes as 'int's. (This // behavior is not typical for an allocator, but works for this // test.) The 'list' should have no more than one node of // overhead. ASSERT(LIMIT >= (int) X.max_size()); ASSERT(LIMIT - 1 <= (int) X.max_size()); } if (verbose) printf("\nTesting 'resize'.\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testResize(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testResize(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testResize(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testResize(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testResize(); } break; case 13: { // -------------------------------------------------------------------- // TESTING ASSIGNMENT // // Concerns: // Specific concerns are listed in 'testAssign' and 'testAssignRange' // // Test plan: // Test with combinations of: // - Element type 'char', 'TestType', or 'TestTypeOtherAlloc' // - Allocator type 'bsl::allocator' or 'OtherAllocator' // - Random-access iterator range or input iterator range. // // Testing: // void assign(size_t n, const T& val); // template<class InputIter> // void assign(InputIter first, InputIter last); // -------------------------------------------------------------------- if (verbose) printf("\nTesting Initial-Length Assignment" "\n=================================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testAssign(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testAssign(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testAssign(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testAssign(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testAssign(); if (verbose) printf("\nTesting Initial-Range Assignment" "\n================================\n"); if (verbose) printf("\n... with 'char' " "and arbitrary input iterator.\n"); TestDriver<char>::testAssignRange(InputSeq<char>()); if (verbose) printf("\n... with 'char' " "and arbitrary random-access iterator.\n"); TestDriver<char>::testAssignRange(RandSeq<char>()); if (verbose) printf("\n... with 'TestType' " "and arbitrary input iterator.\n"); TestDriver<T>::testAssignRange(InputSeq<T>()); if (verbose) printf("\n... with 'TestTypeOtherAlloc' " "and arbitrary input iterator.\n"); TestDriver<TOA>::testAssignRange(InputSeq<TOA>()); if (verbose) printf("\n... with 'TestType', 'OtherAlloc', " "and arbitrary input iterator.\n"); TestDriver<T,OAT>::testAssignRange(InputSeq<T>()); if (verbose) printf("\n... with 'TestTypeOtherAlloc', 'OtherAlloc', " "and arbitrary input iterator.\n"); TestDriver<TOA,OATOA>::testAssignRange(InputSeq<TOA>()); } break; case 12: { // -------------------------------------------------------------------- // TESTING CONSTRUCTORS // // Concerns: // Specific concerns are listed in 'testConstructor' and // 'testConstructorRange' // // Test plan: // Test with combinations of: // - Element type 'char', 'TestType', or 'TestTypeOtherAlloc' // - Allocator type 'bsl::allocator' or 'OtherAllocator' // - Random-access iterator range or input iterator range. // // Testing: // list<T,A>(size_type n, const T& val = T(), const A& a = A()); // template<class InputIter> // list<T,A>(InputIter first, InputIter last, const A& a = A()); // list(list<T,A>&& original); // -------------------------------------------------------------------- if (verbose) printf("\nTesting Initial-Length Constructor" "\n==================================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testConstructor(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testConstructor(); if (verbose) printf("\n... with 'TestType and other allocator'.\n"); TestDriver<T,OAT>::testConstructor(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testConstructor(); if (verbose) printf("\n... with 'TestTypeOtherAlloc and other allocator'.\n"); TestDriver<TOA,OATOA>::testConstructor(); if (verbose) printf("\nTesting Initial-Range Constructor" "\n=================================\n"); if (verbose) printf("\n... with 'char' " "an arbitrary input iterator.\n"); TestDriver<char>::testConstructorRange(InputSeq<char>()); if (verbose) printf("\n... with 'char' " "an arbitrary random-access iterator.\n"); TestDriver<char>::testConstructorRange(RandSeq<char>()); if (verbose) printf("\n... with 'TestType' " "an arbitrary input iterator.\n"); TestDriver<T>::testConstructorRange(InputSeq<T>()); if (verbose) printf("\n... with 'TestType' " "an arbitrary random-access iterator.\n"); TestDriver<T>::testConstructorRange(RandSeq<T>()); if (verbose) printf("\n... with 'TestTypeOtherAlloc' " "an arbitrary input iterator.\n"); TestDriver<TOA>::testConstructorRange(InputSeq<TOA>()); if (verbose) printf("\n... with 'TestType', 'OtherAlloc', " "an arbitrary input iterator.\n"); TestDriver<T,OAT>::testConstructorRange(InputSeq<T>()); if (verbose) printf("\n... with 'TestTypeOtherAlloc' " "an arbitrary input iterator.\n"); TestDriver<TOA,OATOA>::testConstructorRange(InputSeq<TOA>()); } break; case 11: { // -------------------------------------------------------------------- // TESTING ALLOCATOR-RELATED CONCERNS // // Plan: // Call test driver case11 with the following combinations: // 1. Element type and list both use bslma_Allocator // 2. Element type uses bslma_Allocator, and list uses no-bslma // allocator type. // 3. Element type uses non-bslma allocator type, and list uses // bslma allocator type. // 4. Element type and list both use non-bslma allocator type. // -------------------------------------------------------------------- if (verbose) printf("\nTesting Allocator concerns" "\n==========================\n"); TestDriver<T>::testAllocator("T", "bslma"); TestDriver<T,OAT>::testAllocator("T", "OAT"); TestDriver<TOA>::testAllocator("TOA", "bslma"); TestDriver<TOA,OATOA>::testAllocator("TOA", "OATOA"); } break; case 10: { // -------------------------------------------------------------------- // TESTING STREAMING FUNCTIONALITY: // -------------------------------------------------------------------- if (verbose) printf("\nTesting Streaming Functionality" "\n===============================\n"); if (verbose) printf("There is no streaming for this component.\n"); } break; case 9: { // -------------------------------------------------------------------- // TESTING ASSIGNMENT OPERATOR: // // Concerns and plan: // Now that we can generate many values for our test objects, and // compare results of assignments, we can test the assignment // operator. This is achieved by the 'testAssignmentOp' class // method of the test driver template, instantiated for the basic // test type. See that function for a list of concerns and a test // plan. // // Testing: // Obj& operator=(const Obj& rhs); // -------------------------------------------------------------------- if (verbose) printf("\nTesting Assignment Operator" "\n===========================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testAssignmentOp(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testAssignmentOp(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testAssignmentOp(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testAssignmentOp(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testAssignmentOp(); } break; case 8: { // -------------------------------------------------------------------- // TESTING GENERATOR FUNCTION, g: // // Concerns and plan: // Since 'g' is implemented almost entirely using 'gg', we need to // verify only that the arguments are properly forwarded, that 'g' // does not affect the test allocator, and that 'g' returns an // object by value. Because the generator is used for various types // in higher numbered test cases, we need to test it on all test // types. This is achieved by the 'testGeneratorG' class method of // the test driver template, instantiated for the basic test type. // See that function for a list of concerns and a test plan. // // Testing: // Obj g(const char *spec); // -------------------------------------------------------------------- if (verbose) printf("\nTesting Generator Function g" "\n============================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testGeneratorG(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testGeneratorG(); if (verbose) printf("\n... with 'TestTypeNoAlloc'.\n"); TestDriver<TNA>::testGeneratorG(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testGeneratorG(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testGeneratorG(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testGeneratorG(); } break; case 7: { // -------------------------------------------------------------------- // TESTING COPY CONSTRUCTOR: // // Concerns and plan: // Having now full confidence in 'operator==', we can use it // to test that copy constructors preserve the notion of // value. This is achieved by the 'testCopyCtor' class method of the // test driver template, instantiated for the basic test type. See // that function for a list of concerns and a test plan. // // Testing: // list(const list& original); // list(const list& original, alloc); // -------------------------------------------------------------------- if (verbose) printf("\nTesting Copy Constructors" "\n=========================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testCopyCtor(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testCopyCtor(); if (verbose) printf("\n... with 'TestTypeNoAlloc'.\n"); TestDriver<TNA>::testCopyCtor(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testCopyCtor(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testCopyCtor(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testCopyCtor(); } break; case 6: { // -------------------------------------------------------------------- // TESTING EQUALITY OPERATORS: // // Concerns and plan: // Since 'operators==' is implemented in terms of basic accessors, // it is sufficient to verify only that a difference in value of any // one basic accessor for any two given objects implies inequality. // However, to test that no other internal state information is // being considered, we want also to verify that 'operator==' reports // true when applied to any two objects whose internal // representations may be different yet still represent the same // (logical) value. This is achieved by the 'testEqualityOp' class // method of the test driver template, instantiated for the basic // test type. See that function for a list of concerns and a test // plan. // // Testing: // operator==(const Obj&, const Obj&); // operator!=(const Obj&, const Obj&); // -------------------------------------------------------------------- if (verbose) printf("\nTesting Equality Operators" "\n==========================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testEqualityOp(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testEqualityOp(); } break; case 5: { // -------------------------------------------------------------------- // TESTING OUTPUT (<<) OPERATOR: // -------------------------------------------------------------------- if (verbose) printf("\nTesting Output (<<) Operator" "\n============================\n"); if (verbose) printf("There is no output operator for this component.\n"); } break; case 4: { // -------------------------------------------------------------------- // TESTING BASIC ACCESSORS: // // Plan: // Having implemented an effective generation mechanism, we now would // like to test thoroughly the basic accessor functions // - size() const // - begin() // - end() // - begin() const // - end() const // Also, we want to test the test utility functions: // - succ(const_iterator) // - nthElem(Obj, int) // // Testing: // int size() const; // iterator begin(); // iterator end(); // const_iterator begin() const; // const_iterator end() const; // -------------------------------------------------------------------- if (verbose) printf("\nTesting Basic Accessors" "\n=======================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testBasicAccessors(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testBasicAccessors(); if (verbose) printf("\n... with 'TestTypeNoAlloc'.\n"); TestDriver<TNA>::testBasicAccessors(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testBasicAccessors(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testBasicAccessors(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testBasicAccessors(); } break; case 3: { // -------------------------------------------------------------------- // TESTING GENERATOR FUNCTIONS // // Concerns and plan: // This is achieved by the 'testGeneratorGG' class method of the test // driver template, instantiated for the basic test type. See that // function for a list of concerns and a test plan. // // Testing: // void ggg(Obj *object, const char *spec); // Obj& gg(Obj *object, const char *spec, ); // -------------------------------------------------------------------- if (verbose) printf("\nTesting Generator Functions" "\n===========================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testGeneratorGG(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testGeneratorGG(); if (verbose) printf("\n... with 'TestTypeNoAlloc'.\n"); TestDriver<TNA>::testGeneratorGG(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testGeneratorGG(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testGeneratorGG(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testGeneratorGG(); } break; case 2: { // -------------------------------------------------------------------- // TESTING PRIMARY MANIPULATORS (BOOTSTRAP): // // Concerns and plan: // We want to ensure that the primary manipulators // - push_back (black-box) // - clear (white-box) // operate as expected. This is achieved by the // 'testPrimaryManipulators' class method of the test driver // template, instantiated for the basic test type. See that // function for a list of concerns and a test plan. // // Testing: // void push_back(T const& v); // void clear(); // -------------------------------------------------------------------- if (verbose) printf("\nTesting Primary Manipulators" "\n============================\n"); if (verbose) printf("\n... with 'char'.\n"); TestDriver<char>::testPrimaryManipulators(); if (verbose) printf("\n... with 'TestType'.\n"); TestDriver<T>::testPrimaryManipulators(); if (verbose) printf("\n... with 'TestTypeNoAlloc'.\n"); TestDriver<TNA>::testPrimaryManipulators(); if (verbose) printf("\n... with 'TestTypeOtherAlloc'.\n"); TestDriver<TOA>::testPrimaryManipulators(); if (verbose) printf("\n... with 'TestType' and 'OtherAlloc'.\n"); TestDriver<T,OAT>::testPrimaryManipulators(); if (verbose) printf("\n... with 'TestTypeOtherAlloc' and" " 'OtherAlloc'.\n"); TestDriver<TOA,OATOA>::testPrimaryManipulators(); } break; case 1: { // -------------------------------------------------------------------- // BREATHING TEST: // // Plan: // We want to exercise basic value-semantic functionality. This is // achieved by the 'breathingTest' class method of the test driver // template, instantiated for a few basic test types. See that // function for a list of concerns and a test plan. In addition, we // want to make sure that we can use any standard-compliant // allocator, including not necessarily rebound to the same type as // the contained element, and that various manipulators and accessors // work as expected in normal operation. // // Testing: // This "test" *exercises* basic functionality. // -------------------------------------------------------------------- if (verbose) printf("\nBREATHING TEST" "\n==============\n"); if (verbose) printf("\nStandard value-semantic test.\n"); if (verbose) printf("\n\t... with 'char' type.\n"); TestDriver<char>::breathingTest(); if (verbose) printf("\n\t... with 'TestType'.\n"); TestDriver<T>::breathingTest(); if (verbose) printf("\n\t... with 'TestTypeNoAlloc'.\n"); TestDriver<TNA>::breathingTest(); if (verbose) printf("\nAdditional tests: allocators.\n"); bslma::TestAllocator testAllocator(veryVeryVerbose); bsl::allocator<int> zza(&testAllocator); // Disabled: we disabled this very infrequent usage for list (it will // be flagged by 'BSLMF_ASSERT'), which is illegal as of C++0x anyway: //.. // list<int, bsl::allocator<void*> > zz1, zz2(zza); //.. if (verbose) printf("\nAdditional tests: misc.\n"); list<char> myLst(5, 'a'); list<char>::const_iterator citer; ASSERT(5 == myLst.size()); for (citer = myLst.begin(); citer != myLst.end(); ++citer) { ASSERT('a' == *citer); } if (verbose) P(myLst); myLst.insert(myLst.begin(), 'z'); ASSERT(6 == myLst.size()); ASSERT('z' == myLst.front()); for (citer = ++myLst.begin(); citer != myLst.end(); ++citer) { ASSERT('a' == *citer); } if (verbose) P(myLst); myLst.erase(succ(myLst.begin(),2), succ(myLst.begin(),4)); ASSERT(4 == myLst.size()); ASSERT('z' == myLst.front()); for (citer = succ(myLst.begin()); citer != myLst.end(); ++citer) { ASSERT('a' == *citer); } if (verbose) P(myLst); list<list<char> > vv; vv.push_front(myLst); if (verbose) P(myLst); if (verbose) printf("\nAdditional tests: traits.\n"); ASSERT( bslmf::IsBitwiseMoveable<list<char> >::value); ASSERT( bslmf::IsBitwiseMoveable<list<T> >::value); ASSERT( bslmf::IsBitwiseMoveable<list<list<int> > >::value); ASSERT(! bsl::is_trivially_copyable<list<char> >::value); ASSERT(! bsl::is_trivially_copyable<list<T> >::value); ASSERT(! bsl::is_trivially_copyable<list<list<int> > >::value); } break; case -1: { // This test is used to verify various list constructors do not require // copy-assignable value type as its (template parameter) type 'VALUE'. bsltf::NonAssignableTestType value(1); list<bsltf::NonAssignableTestType> firstList(20, value); list<bsltf::NonAssignableTestType> secondList(firstList); list<bsltf::NonAssignableTestType> thirdList(firstList.begin(), firstList.end()); } default: { fprintf(stderr, "WARNING: CASE `%d' NOT FOUND.\n", test); testStatus = -1; } } bslma::Default::setGlobalAllocator(originalGlobalAllocator); if (testStatus > 0) { fprintf(stderr, "Error, non-zero test status = %d.\n", testStatus); } return testStatus; } // ---------------------------------------------------------------------------- // Copyright 2013 Bloomberg Finance L.P. // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. // ----------------------------- END-OF-FILE ----------------------------------

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/src/runtime/ssp.cpp

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ssp.cpp

#include "HalideRuntime.h" #include "runtime_internal.h" // LLVM sometimes likes to generate calls to a stack smashing // protector, but some build environments (e.g. native client), don't // provide libssp reliably. We define two weak symbols here to help // things along. extern "C" { WEAK char *__stack_chk_guard = (char *)(0xdeadbeef); WEAK void __stack_chk_fail() { halide_error(NULL, "Memory error: stack smashing protector changed!\n"); Halide::Runtime::Internal::halide_abort(); } }

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/TopCoder/EllysReversals.cpp

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andreicoman11/code

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cpp

EllysReversals.cpp

// BEGIN CUT HERE // PROBLEM STATEMENT // Elly has a list of several distinct strings given in the // vector <string> words. She can apply the following // operation as many times as she wants (including zero times): // // Choose one of the words and call it S. // Choose an even number k between 2 and |S|, inclusive, // where |S| is the length of S (thus, chose a prefix with // even length). // Reverse the order of the first k characters of S (thus, // reverse the chosen prefix without the rest of the word). // // For example, if she has the word "topcoder", she can // reverse its first 2, 4, 6, or all 8 characters. If she // chooses to reverse its first 4 characters, the change will // be: "topcoder" -> "cpotoder". If at a later time she // decides to chose the same string and reverse all of its // characters (which is also a valid prefix with even // length), she would get "cpotoder"->"redotopc". // // After performing some operations two strings might become // equal. If that happens, Elly crosses them out and // continues playing her game with the remaining strings // only, i.e. they "disappear" from the list. The girl // wonders what is the minimal number of strings she can end // up with. // // For example, suppose she has the strings {"esprit", "god", // "redotopc", "odcpoter", "dog"}. The word "redotopc" can be // converted to "topcoder" by first reversing all 8 // characters and then reversing the first 4. The word // "odcpoter" can also be converted to "topcoder" by // performing "odcpoter" -> "docpoter" -> "topcoder". At that // point the words become equal and disappear, leaving Elly // only with {"esprit", "god", "dog"}. This is where she gets // stuck: The words "god" and "dog" cannot become equal, // because she can only reverse prefixes with even length. // Thus, the minimal number of words she can get is 3. // // Given her initial strings in vector <string> words, return // an int indicating the minimal number of strings she can be // left with. // // DEFINITION // Class:EllysReversals // Method:getMin // Parameters:vector <string> // Returns:int // Method signature:int getMin(vector <string> words) // // // CONSTRAINTS // -words will contain between 1 and 50 elements, inclusive. // -Each element of words will contain between 1 and 50 // characters, inclusive. // -Each element of words will consist only of lowercase // letters of the English alphabet ('a'-'z'). // -All elements of words will be distinct. // // // EXAMPLES // // 0) // {"esprit", "god", "redotopc", "odcpoter", "dog"} // // Returns: 3 // // The example from the problem statement. // // 1) // {"no", "zaphod", "just", "very", "improbable"} // // Returns: 5 // // It is possible that she cannot get rid of any of the words. // // 2) // {"rats", "live", "stressed", "to", "act", "as", "star", // "desserts", "of", "evil", "cat", "sa", "fo", "ot"} // // Returns: 0 // // It is possible that she ends up with zero words. // // 3) // {"topcoder", "redocpot", "doretopc", "cpotdoer", // "harlemshake"} // // Returns: 1 // // Sometimes it is possible to match different words when // using a different sequence of operations. // // 4) // {"iprlzgukfggzg", "bmhxvjbrtkbxy", "khapjiabbny", // "nqlwgmcyvdikt", // "nxromtvtpug", "leealcapovm", "ushnxwjczczbmd", // "bwhykzupcux", // "xrlboyuwlnsp", "bbjoketeheezfs", "dxfztrldomjqkv", // "dkbktqdtgfujcut", // "zfybzyuxgpnt", "ffmsldrdftode", "vopuufksxd", // "pqhbsiujwda", // "yhwbkzupcux", "hkbabnapjiy", "zqsqefrrzehtxn", // "yovinyguyudmv"} // // Returns: 16 // // // // END CUT HERE #include <iostream> #include <sstream> #include <cstring> #include <cstdlib> #include <string> #include <vector> #include <algorithm> #include <cmath> #include <queue> #include <stack> #include <list> #include <set> #include <map> using namespace std; typedef vector<int> VI; typedef vector<VI> VVI; typedef vector<string> VS; #define LL long long #define pb push_back #define sz size() class EllysReversals { // BEGIN CUT HERE public: void run_test(int Case) { if ((Case == -1) || (Case == 0)) test_case_0(); if ((Case == -1) || (Case == 1)) test_case_1(); if ((Case == -1) || (Case == 2)) test_case_2(); if ((Case == -1) || (Case == 3)) test_case_3(); if ((Case == -1) || (Case == 4)) test_case_4(); } private: template <typename T> string print_array(const vector<T> &V) { ostringstream os; os << "{ "; for (typename vector<T>::const_iterator iter = V.begin(); iter != V.end(); ++iter) os << '\"' << *iter << "\","; os << " }"; return os.str(); } void verify_case(int Case, const int &Expected, const int &Received) { cerr << "Test Case #" << Case << "..."; if (Expected == Received) cerr << "PASSED" << endl; else { cerr << "FAILED" << endl; cerr << "\tExpected: \"" << Expected << '\"' << endl; cerr << "\tReceived: \"" << Received << '\"' << endl; } } void test_case_0() { string Arr0[] = {"esprit", "god", "redotopc", "odcpoter", "dog"}; vector <string> Arg0(Arr0, Arr0 + (sizeof(Arr0) / sizeof(Arr0[0]))); int Arg1 = 3; verify_case(0, Arg1, getMin(Arg0)); } void test_case_1() { string Arr0[] = {"no", "zaphod", "just", "very", "improbable"}; vector <string> Arg0(Arr0, Arr0 + (sizeof(Arr0) / sizeof(Arr0[0]))); int Arg1 = 5; verify_case(1, Arg1, getMin(Arg0)); } void test_case_2() { string Arr0[] = {"rats", "live", "stressed", "to", "act", "as", "star", "desserts", "of", "evil", "cat", "sa", "fo", "ot"}; vector <string> Arg0(Arr0, Arr0 + (sizeof(Arr0) / sizeof(Arr0[0]))); int Arg1 = 0; verify_case(2, Arg1, getMin(Arg0)); } void test_case_3() { string Arr0[] = {"topcoder", "redocpot", "doretopc", "cpotdoer", "harlemshake"}; vector <string> Arg0(Arr0, Arr0 + (sizeof(Arr0) / sizeof(Arr0[0]))); int Arg1 = 1; verify_case(3, Arg1, getMin(Arg0)); } void test_case_4() { string Arr0[] = {"iprlzgukfggzg", "bmhxvjbrtkbxy", "khapjiabbny", "nqlwgmcyvdikt", "nxromtvtpug", "leealcapovm", "ushnxwjczczbmd", "bwhykzupcux", "xrlboyuwlnsp", "bbjoketeheezfs", "dxfztrldomjqkv", "dkbktqdtgfujcut", "zfybzyuxgpnt", "ffmsldrdftode", "vopuufksxd", "pqhbsiujwda", "yhwbkzupcux", "hkbabnapjiy", "zqsqefrrzehtxn", "yovinyguyudmv"}; vector <string> Arg0(Arr0, Arr0 + (sizeof(Arr0) / sizeof(Arr0[0]))); int Arg1 = 16; verify_case(4, Arg1, getMin(Arg0)); } // END CUT HERE public: int getMin(vector <string> w) { int n = w.size(); vector<bool> hasm(n); for(int i=0; i<w.size(); i++) if( hasm[i]==0 ) for(int j=i+1; j<w.size(); j++) if( hasm[j]==0 ) { if( w[i].size()!=w[j].size() ) continue; if( w[i].size()%2 && w[i][w[i].size()-1]!=w[j][w[j].size()-1] ) continue; map<string, int> m; for(int k=0; k<w[i].size()-1; k+=2) { string aux = w[i].substr(k, 2); sort(aux.begin(), aux.end()); m[ aux ]++; } for(int k=0; k<w[i].size()-1; k+=2) { string aux = w[j].substr(k, 2); sort(aux.begin(), aux.end()); m[ aux ]--; } bool ok = 1; for(map<string,int>::iterator it=m.begin(); it!=m.end(); it++) if( it->second!=0 ) ok = 0; if( ok ) { hasm[i] = hasm[j] = 1; break; } } int res = 0; for(int i=0; i<n; i++) res += (hasm[i]==0); return res; } }; // BEGIN CUT HERE int main() { EllysReversals ___test; ___test.run_test(-1); } // END CUT HERE

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/software/watch1/app_watch1.cpp

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jterweeme/digitalwatch

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app_watch1.cpp

/* 2014 Jasper ter Weeme A simple digital watch displays the time of day. Setting of the time is achieved by two buttons. Button #1 will switch from displaying time mode to increment hours mode. In this mode the hours flash and pressing button #2 will increment the hours each time it is pressed. Further pressing of button #1 switches to increment minutes mode. Button #2 functions in the same way as before. If button #1 is pressed again the watch returns to display time mode. Time is not kept whilst being set. */ #include "misc.h" #include <system.h> #include <stdint.h> #include <sys/alt_irq.h> class IWatch { public: virtual void timerTick() = 0; virtual void nextMode() = 0; virtual void increment() = 0; virtual Leds *getLeds() = 0; virtual Uart *getUart() = 0; virtual RTC *getRTC() = 0; virtual TimeDisplay *getTimeDisplay() = 0; virtual ~IWatch() { } }; class AbstractMode { protected: IWatch *context; public: const uint8_t id; AbstractMode(IWatch *context, const uint8_t id) : context(context), id(id) { } virtual void init() { } virtual void increase() {} virtual void timerTick() {} virtual ~AbstractMode() { } }; class DisplayTimeMode : public AbstractMode { public: static const uint8_t ID = 1; DisplayTimeMode(IWatch *context) : AbstractMode(context, ID) { } void init(); void timerTick(); }; class IncrementHoursMode : public AbstractMode { public: static const uint8_t ID = 2; IncrementHoursMode(IWatch *context) : AbstractMode(context, ID) { } void init(); void increase(); }; class IncrementMinutesMode : public AbstractMode { public: static const uint8_t ID = 3; IncrementMinutesMode(IWatch *context) : AbstractMode(context, ID) { } void init(); void increase(); }; class TimerTick : public Observer { IWatch *watch; public: TimerTick(IWatch *watch) : watch(watch) { } void update() { watch->timerTick(); } }; class ButtonS4Action : public Observer { IWatch *watch; public: ButtonS4Action(IWatch *watch) : watch(watch) { } void update() { watch->nextMode(); } }; class ButtonS5Action : public Observer { IWatch *watch; public: ButtonS5Action(IWatch *watch) : watch(watch) { } void update() { watch->increment(); } }; class FallBackRTC : public RTC { ds1302_struct rtc; public: static FallBackRTC *getInstance(); void update(); void incrementMinutes(); void incrementHours(); TimeStamp getTimeStamp() { return TimeStamp(rtc); } }; class RTCFactory { volatile void * const ds1302_base; I2CBus * const i2cBus; public: RTCFactory(); RTCFactory(volatile void * const ds1302_base); RTCFactory(volatile void * const ds1302_base, I2CBus * const i2cBus); RTC *createRTC(); }; class Watch : public IWatch { Uart uart; JtagUart jtagUart; Leds leds; Buttons buttons; I2CBus i2cBus; TimeDisplay segDisplay; Timer timer; RTC *rtc; Terminal *debugger; DisplayTimeMode dtm; IncrementHoursMode ihm; IncrementMinutesMode imm; AbstractMode *mode2; TimerTick tt; ButtonS4Action a4; ButtonS5Action a5; public: Watch(); TimeDisplay *getTimeDisplay() { return &segDisplay; } Leds *getLeds() { return &leds; } RTC *getRTC() { return rtc; } Uart *getUart() { return &uart; } Terminal *getDebugger() { return debugger; } void nextMode(); void increment() { mode2->increase(); } void timerTick() { mode2->timerTick(); } }; Watch::Watch() : uart((uint32_t *)UART_0_BASE), jtagUart((uint32_t *)JTAG_UART_0_BASE), #ifdef LEDS_BASE leds((uint8_t *)LEDS_BASE), #endif buttons((void *)BUTTONS_BASE, BUTTONS_IRQ_INTERRUPT_CONTROLLER_ID, BUTTONS_IRQ), i2cBus((void *)I2CBUS_0_BASE), #ifdef SEGDISPLAY_BASE segDisplay((uint32_t *)SEGDISPLAY_BASE), #endif timer((void *)TIMER_0_BASE, TIMER_0_IRQ_INTERRUPT_CONTROLLER_ID, TIMER_0_IRQ), debugger(&uart), dtm(this), ihm(this), imm(this), mode2(&dtm), tt(this), a4(this), a5(this) { mode2->init(); debugger->puts("Initializing Digital Watch...\r\n"); RTCFactory rtcFactory((void *)DS1302_BASE); rtc = rtcFactory.createRTC(); buttons.setObserver(&a4, 4); buttons.setObserver(&a5, 5); timer.setObserver(&tt); } RTCFactory::RTCFactory() : ds1302_base(0), i2cBus(0) { } RTCFactory::RTCFactory(volatile void * const ds1302_base) : ds1302_base(ds1302_base), i2cBus(0) { } RTCFactory::RTCFactory(volatile void * const ds1302_base, I2CBus * const i2cBus) : ds1302_base(ds1302_base), i2cBus(i2cBus) { } FallBackRTC *FallBackRTC::getInstance() { Uart::getInstance()->puts("Get FallBackRTC instance\r\n"); static FallBackRTC instance; return &instance; } void FallBackRTC::incrementMinutes() { if (++rtc.Minutes > 9) { rtc.Minutes = 0; if (++rtc.Minutes10 > 5) rtc.Minutes10 = 0; } } void FallBackRTC::incrementHours() { if (rtc.h24.Hour10 >= 2 && rtc.h24.Hour >= 3) { rtc.h24.Hour10 = 0; rtc.h24.Hour = 0; } else if (rtc.h24.Hour++ >= 9) { rtc.h24.Hour = 0; rtc.h24.Hour10++; } } void FallBackRTC::update() { if (rtc.Seconds++ >= 9) { rtc.Seconds = 0; rtc.Seconds10++; } else return; if (rtc.Seconds10 > 5) { rtc.Seconds10 = 0; rtc.Minutes++; } else return; if (rtc.Minutes > 9) { rtc.Minutes = 0; rtc.Minutes10++; } else return; if (rtc.Minutes10 > 5) { rtc.Minutes10 = 0;; rtc.h24.Hour++; } else return; if (rtc.h24.Hour > 9) { rtc.h24.Hour = 0;; rtc.h24.Hour10++; } else return; if (rtc.h24.Hour10 == 2 && rtc.h24.Hour > 3) rtc.h24.Hour10 = rtc.h24.Hour = 0; } RTC *RTCFactory::createRTC() { Uart *uart = Uart::getInstance(); uart->puts("RTC Factory\r\n"); static DS1302 test(ds1302_base); test.update(); TimeStamp testStamp = test.getTimeStamp(); uart->puts(testStamp.toString()); PCF8563 pcf(i2cBus); pcf.update(); uint8_t sec = ((pcf.regs.vl_seconds >> 4) & 0x7); // + (pcf.regs.vl_seconds & 0xf); uart->printf("%x\r\n", sec); TimeStamp testStamp2 = pcf.getTimeStamp(); uart->puts(testStamp2.toString()); if (testStamp.getHour10() > 2) return FallBackRTC::getInstance(); return &test; } void DisplayTimeMode::init() { context->getLeds()->write(~1); context->getTimeDisplay()->blinkMask(0); } void IncrementMinutesMode::init() { context->getLeds()->write(~4); context->getTimeDisplay()->blinkMask(3); } void IncrementHoursMode::init() { context->getLeds()->write(~2); context->getTimeDisplay()->blinkMask(0x0c); } void IncrementHoursMode::increase() { RTC *rtc = context->getRTC(); rtc->incrementHours(); context->getTimeDisplay()->setTime(rtc->getTimeStamp()); } void IncrementMinutesMode::increase() { RTC *rtc = context->getRTC(); rtc->incrementMinutes(); context->getTimeDisplay()->setTime(rtc->getTimeStamp()); } void DisplayTimeMode::timerTick() { RTC *rtc = context->getRTC(); rtc->update(); TimeStamp ts = rtc->getTimeStamp(); context->getUart()->puts(ts.toString()); context->getTimeDisplay()->setTime(ts); } void Watch::nextMode() { switch (mode2->id) { case DisplayTimeMode::ID: mode2 = &ihm; mode2->init(); break; case IncrementHoursMode::ID: mode2 = &imm; mode2->init(); break; case IncrementMinutesMode::ID: mode2 = &dtm; mode2->init(); break; default: leds.write(0xff); break; } } int main() { Watch watch; while (true) { // wachten op interrupts } return 0; }

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movie.cpp

//cpp class for movie class. #include "movie.h" movie::movie(char t[80], int y, char di[80], char du[80], double r) : media(t, y){ //constructor. strcpy(director, di); strcpy(duration, du); rating = r; type = 3; } char* movie::getDirector(){ // get director. return director; } char* movie::getDuration(){ //get duration. return duration; } double movie::getRating(){ //get rating. return rating; } void movie::printInfo(){ //print info. cout << endl << title << " (Movie)" << endl << "Year: " << year << endl << "Director: " << director << endl << "Duration: " << duration << endl << "Rating: " << rating << endl; }

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/Before Novemeber 2017/Hackerearth/Untitled1.cpp

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Untitled1.cpp

#include<bits/stdc++.h> #include<vector> using namespace std; int main() { int n,low,high,i,x; cin>>n; int arr[n]; for(i=0;i<n;i++)cin>>arr[i]; vector<int> sum(n); sum[0]=arr[0]; for(i=1;i<n;i++) { sum[i]=sum[i-1]+arr[i]; } int q; cin>>q; while(q--) { cin>>x; if(x>sum[n-1]) { cout<<"-1"<<endl; continue; } { low=lower_bound(sum.begin(),sum.end(),x)-sum.begin()+1; cout << low "\n"; } } }

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Source.cpp

#include <cstdio> #include <vector> #include <algorithm> using namespace std; int N; vector<int> residents; vector<vector<int>> tree; vector<bool> visited; vector<vector<int>> dp; int dfs(int root, bool check) { int& ret = dp[root][check]; if (ret != -1) return ret; ret = 0; if (check) { ret = residents[root]; } for (int i = 0; i < tree[root].size(); i++) { int next = tree[root][i]; if (!visited[next]) { visited[next] = true; if (check) { ret += dfs(next, false); } else { ret += max(dfs(next, true), dfs(next, false)); } visited[next] = false; } } return ret; } int main() { scanf("%d", &N); residents.resize(N + 1); tree.resize(N + 1); visited.resize(N + 1, false); dp.resize(N + 1, vector<int>(2, -1)); for (int i = 1; i <= N; i++) { scanf("%d", &residents[i]); } for (int i = 1; i < N; i++) { int a, b; scanf("%d%d", &a, &b); tree[a].push_back(b); tree[b].push_back(a); } visited[1] = true; int ret = max(dfs(1, false), dfs(1, true)); printf("%d", ret); }

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UvUtil.h

#ifndef __CUVUTIL__H_ #define __CUVUTIL__H_ #include "singleton.h" #include "uv.h" #include "util.h" class CUvUtil : public CSingleton<CUvUtil>{ SINGLE_CLASS_INITIAL(CUvUtil); public: ~CUvUtil(); public: unsigned int UvVersion(); const char* UvVersionStr(); uv_pid_t GetPid(); uv_pid_t GetPpid(); std::string GetProcessTitle(); int SetProcessTitle(const char* title); size_t GetProcessLimitMemory(); uint64_t GetFreeMemory(); uint64_t GetTotalMemory(); int GetrUsage(uv_rusage_t* rusage); uint64_t GetHrTime(); double GetProcessUptime(); int ChDir(const char* dir); uv_os_fd_t GetOsFHandle(int iFd); int GetPasswd(uv_passwd_t* pwd); void FreePasswd(uv_passwd_t* pwd); int GetCpuInfo(uv_cpu_info_t** cpu_infos, int* count); void FreeCpuInfo(uv_cpu_info_t* cpu_infos, int count); int GetInterfaceAddr(uv_interface_address_t** addresses, int* count); void FreeInterfaceAddr(uv_interface_address_t* addresses, int count); std::string GetOsHomeDir(); std::string GetTmpDir(); std::string GetHostName(); std::string GetExePath(); std::string GetCwd(); std::string GetEnv(const char* name); int SetEnv(const char* name, const char* value); int UnSetEnv(const char* name); int Ip4Addr(const char* ip, int port, struct sockaddr_in* addr); int Ip6Addr(const char* ip, int port, struct sockaddr_in6* addr); std::string Ip4Name(const struct sockaddr_in* src); std::string Ip6Name(const struct sockaddr_in6* src); int InetNtop(int af, const void* src, char* dst, size_t size); int InetPton(int af, const char* src, void* dst); }; #define sUvUtil CUvUtil::Instance() #endif

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#include <Adafruit_NeoPixel.h> #include "declaration_workaround.h" #define COMMAND_MASK 0xc0 #define COMMAND_OFFSET 6 #define DATA_MASK 0x3f #define BUILDINFO_STATUS_MASK 0x03 #define BUILDINFO_BUILDING_MASK 0x04 #define HISTORY_SIZE 30 Adafruit_NeoPixel pixels = Adafruit_NeoPixel(HISTORY_SIZE, 7, NEO_GRB + NEO_KHZ800); Status history[HISTORY_SIZE]; char progress; char building; unsigned long lastFrameTime; void setup() { Serial.begin(115200); for (int i = 0; i < HISTORY_SIZE; i++) history[i] = STATUS_OK; history[0] = STATUS_FAILURE; building = 0; progress = 0; lastFrameTime = millis(); pixels.begin(); } void serialEvent(){ while (Serial.available()) { char c = (char)Serial.read(); enum Command cmd = (enum Command)((c & COMMAND_MASK) >> COMMAND_OFFSET); int data = c & DATA_MASK; switch (cmd) { case COMMAND_NEW_BUILD: for (int i = HISTORY_SIZE - 2; i >= 0; i--) history[i + 1] = history[i]; history[0] = (enum Status)(data & BUILDINFO_STATUS_MASK); building = !!(data & BUILDINFO_BUILDING_MASK); progress = 0; break; case COMMAND_PROGRESS: progress = data; break; case COMMAND_MODE: break; case COMMAND_BUILD_DONE: building = 0; history[0] = (enum Status)(data & BUILDINFO_STATUS_MASK); break; } Serial.write(c); } } void loop() { unsigned long newTime = millis(); if (newTime - lastFrameTime > 20) { renderLastBuild(newTime); renderHistory(newTime); pixels.show(); lastFrameTime = newTime; } } uint32_t getColor(enum Status status, uint8_t s) { return status == STATUS_UNKNOWN ? Adafruit_NeoPixel::Color(0, 0, 0) : status == STATUS_OK ? Adafruit_NeoPixel::Color(0, s, 0) : status == STATUS_IFFY ? Adafruit_NeoPixel::Color(s, s, 0) : status == STATUS_FAILURE ? Adafruit_NeoPixel::Color(s, 0, 0) : Adafruit_NeoPixel::Color(0, 0, s); // Should never happen } void renderLastBuild(unsigned long time) { unsigned long animationState = time % 3000; uint8_t s = (255 * animationState) / 3000; if (s <= 128) { // ramp up s = min(255, 2 * s); } else { // ramp down s = 255 - 2 * s; } enum Status status = history[0]; uint32_t color = getColor(status, s); pixels.setPixelColor(0, color); } void renderHistory(unsigned long time) { for (int i = 1; i < HISTORY_SIZE; i++) { enum Status status = history[i]; uint8_t s = 180; uint32_t color = getColor(status, s); pixels.setPixelColor(i, color); } }

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/nwol/label.cpp

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label.cpp

/// Copyright 2016-2017 - asm128 //#pragma warning(disable:4005) #include "nwol_label.h" #include "nwol_label_manager.h" #include "stype.h" #include <string> //------------------------------------------------------------------- gsyslabel --------------------------------------------------------------------------------------------------------- nwol::gsyslabel::gsyslabel (const char_t* label, uint32_t size) { LabelManager = getSystemLabelManager(); error_if(errored(LabelManager->AddLabel(label, size, *this)), "Failed to store label!"); } //------------------------------------------------------------------- glabel --------------------------------------------------------------------------------------------------------- nwol::glabel::glabel (const char_t* label, uint32_t size) : LabelManager(getLabelManager()) { error_if(errored(LabelManager->AddLabel(label, size, *this)), "Failed to store label!"); } bool nwol::glabel::operator == (const nwol::glabel& other) const noexcept { if(Count != other.Count ) return false; else if(0 == Count && Count == other.Count ) return true; // Empty labels are always equal regardless the Data pointer else if(Data == other.Data ) return true; else if(LabelManager == other.LabelManager ) return false; else return 0 == memcmp(Data, other.Data, Count); } uint32_t nwol::glabel::save (byte_t* out_pMemoryBuffer) const { static constexpr const uint32_t headerBytes = (uint32_t)sizeof(uint32_t); const uint32_t arrayBytes = (uint32_t)(Count * sizeof(char_t)); if(out_pMemoryBuffer) { *(uint32_t*)out_pMemoryBuffer = Count; if(arrayBytes) ::memcpy(&out_pMemoryBuffer[headerBytes], Data, arrayBytes); } return headerBytes + arrayBytes; } ::nwol::error_t nwol::glabel::load (const byte_t* in_pMemoryBuffer) { ree_if(0 == in_pMemoryBuffer, "Cannot load label from a null pointer!"); const uint32_t headerBytes = (uint32_t)sizeof(uint32_t); const uint32_t labelSize = *(const uint32_t*)in_pMemoryBuffer; *this = labelSize ? ::nwol::glabel((const char_t*)&in_pMemoryBuffer[headerBytes], labelSize) : ::nwol::glabel::statics().empty; return headerBytes + labelSize; } ::nwol::error_t nwol::glabel::save (FILE* out_pMemoryBuffer) const { nwol_necall(sint32(Count).write(out_pMemoryBuffer), "Failed to write label to file! Label: '%s'.", begin()); if(Count) { ree_if(Count != (int32_t)fwrite(begin(), sizeof(char_t), Count, out_pMemoryBuffer), "Failed to write label to file! Label: '%s'.", begin()); } return 0; } ::nwol::error_t nwol::glabel::load (FILE* in_pMemoryBuffer) { sint32 labelSize = {}; nwol_necall(labelSize.read(in_pMemoryBuffer), "%s", "Failed to read label from file!"); if(labelSize) { ::nwol::auto_nwol_free a; a.Handle = (char_t*)::nwol::nwol_malloc(labelSize); ree_if(0 == a, "Failed to allocate memory for label of size %u.", (uint32_t)labelSize); if(labelSize != (int32_t)fread(a, sizeof(char_t), labelSize, in_pMemoryBuffer), "%s", "Failed to read label from file!") { error_printf("Failed to read from file label of size: %u bytes.", labelSize); *this = ::nwol::glabel::statics().empty; return -1; } *this = ::nwol::glabel((const char_t*)a.Handle, labelSize); } return 0; }

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/src/components/application_manager/rpc_plugins/rc_rpc_plugin/src/resource_allocation_manager_impl.cc

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resource_allocation_manager_impl.cc

/* Copyright (c) 2018, Ford Motor Company All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. Neither the name of the copyright holders nor the names of their contributors may be used to endorse or promote products derived from this software without specific prior written permission. THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. */ #include "rc_rpc_plugin/resource_allocation_manager_impl.h" #include "application_manager/application.h" #include "application_manager/application_manager.h" #include "application_manager/message_helper.h" #include "interfaces/HMI_API.h" #include "interfaces/MOBILE_API.h" #include "json/json.h" #include "rc_rpc_plugin/rc_helpers.h" #include "rc_rpc_plugin/rc_module_constants.h" #include "rc_rpc_plugin/rc_rpc_plugin.h" #include "smart_objects/enum_schema_item.h" #include "utils/helpers.h" namespace rc_rpc_plugin { SDL_CREATE_LOG_VARIABLE("RemoteControlModule") ResourceAllocationManagerImpl::ResourceAllocationManagerImpl( application_manager::ApplicationManager& app_mngr, application_manager::rpc_service::RPCService& rpc_service, RCCapabilitiesManager& rc_capabilities_manager) : current_access_mode_(hmi_apis::Common_RCAccessMode::AUTO_ALLOW) , app_mngr_(app_mngr) , rpc_service_(rpc_service) , rc_capabilities_manager_(rc_capabilities_manager) , is_rc_enabled_(true) {} ResourceAllocationManagerImpl::~ResourceAllocationManagerImpl() {} AcquireResult::eType ResourceAllocationManagerImpl::AcquireResource( const std::string& module_type, const std::string& module_id, const uint32_t app_id) { SDL_LOG_AUTO_TRACE(); const application_manager::ApplicationSharedPtr acquiring_app = app_mngr_.application(app_id); if (!acquiring_app) { SDL_LOG_WARN("App with app_id: " << app_id << " does not exist!"); return AcquireResult::IN_USE; } ModuleUid module(module_type, module_id); if (rc_capabilities_manager_.IsSeatLocationCapabilityProvided() && !IsUserLocationValid(module, acquiring_app)) { SDL_LOG_WARN( "Resource acquisition is not allowed " "according to location verification."); return AcquireResult::REJECTED; } sync_primitives::AutoLock lock(allocated_resources_lock_); const AllocatedResources::const_iterator allocated_it = allocated_resources_.find(module); if (allocated_resources_.end() == allocated_it) { SDL_LOG_DEBUG("Resource is not acquired yet. " << "App: " << app_id << " is allowed to acquire " << module_type << " " << module_id); return AcquireResult::ALLOWED; } if (app_id == allocated_resources_[module]) { SDL_LOG_DEBUG("App: " << app_id << " is already acquired resource " << module_type << " " << module_id); return AcquireResult::ALLOWED; } if (IsModuleTypeRejected(module_type, module_id, app_id)) { SDL_LOG_DEBUG("Driver disallowed app: " << app_id << " to acquire " << module_type << " " << module_id); return AcquireResult::REJECTED; } const mobile_apis::HMILevel::eType acquiring_app_hmi_level = acquiring_app->hmi_level(mobile_apis::PredefinedWindows::DEFAULT_WINDOW); if (mobile_apis::HMILevel::HMI_FULL != acquiring_app_hmi_level) { SDL_LOG_DEBUG("Acquiring resources is not allowed in HMI level: " << acquiring_app_hmi_level << ". App: " << app_id << " is disallowed to acquire " << module_type << " " << module_id); return AcquireResult::REJECTED; } if (!rc_capabilities_manager_.IsMultipleAccessAllowed(module)) { SDL_LOG_DEBUG("Multiple access for the: " << module_type << " " << module_id << " isn't allowed"); return AcquireResult::REJECTED; } switch (current_access_mode_) { case hmi_apis::Common_RCAccessMode::AUTO_DENY: { SDL_LOG_DEBUG("Current access_mode is AUTO_DENY. " << "App: " << app_id << " is disallowed to acquire " << module_type << " " << module_id); return AcquireResult::IN_USE; } case hmi_apis::Common_RCAccessMode::ASK_DRIVER: { SDL_LOG_DEBUG( "Current access_mode is ASK_DRIVER. " "Driver confirmation is required for app: " << app_id << " to acquire " << module_type << " " << module_id); return AcquireResult::ASK_DRIVER; } case hmi_apis::Common_RCAccessMode::AUTO_ALLOW: { SDL_LOG_DEBUG("Current access_mode is AUTO_ALLOW. " << "App: " << app_id << " is allowed to acquire " << module_type << " " << module_id); return AcquireResult::ALLOWED; } default: { DCHECK_OR_RETURN(false, AcquireResult::IN_USE); } } } bool ResourceAllocationManagerImpl::IsUserLocationValid( ModuleUid& module, application_manager::ApplicationSharedPtr app) { SDL_LOG_AUTO_TRACE(); const auto extension = RCHelpers::GetRCExtension(*app); DCHECK_OR_RETURN(extension, false); const auto user_location = extension->GetUserLocation(); const auto module_service_area = rc_capabilities_manager_.GetModuleServiceArea(module); const auto driver = rc_capabilities_manager_.GetDriverLocationFromSeatLocationCapability(); const bool is_driver = user_location == driver; if (is_driver || user_location.IntersectionExists(module_service_area)) { return true; } SDL_LOG_DEBUG("User location is not valid"); return false; } void ResourceAllocationManagerImpl::ReleaseModuleType( const std::string& module_type, const uint32_t application_id) { SDL_LOG_AUTO_TRACE(); SDL_LOG_DEBUG("Release " << module_type << " " << " by " << application_id); Resources allocated_resources = GetAcquiredResources(application_id); for (const auto& resource : allocated_resources) { if (module_type == resource.first) { SetResourceFree(module_type, resource.second, application_id); } } } void ResourceAllocationManagerImpl::ProcessApplicationPolicyUpdate() { SDL_LOG_AUTO_TRACE(); Apps app_list = RCRPCPlugin::GetRCApplications(app_mngr_); Apps::const_iterator app = app_list.begin(); for (; app_list.end() != app; ++app) { application_manager::ApplicationSharedPtr app_ptr = *app; const uint32_t application_id = app_ptr->app_id(); std::set<std::string> acquired_modules = GetAcquiredModuleTypes(application_id); std::vector<std::string> allowed_modules; app_mngr_.GetPolicyHandler().GetModuleTypes((*app)->policy_app_id(), &allowed_modules); std::sort(allowed_modules.begin(), allowed_modules.end()); SDL_LOG_DEBUG("Acquired modules: " << acquired_modules.size() << " , allowed modules: " << allowed_modules.size()); std::vector<std::string> disallowed_modules; std::set_difference(acquired_modules.begin(), acquired_modules.end(), allowed_modules.begin(), allowed_modules.end(), std::back_inserter(disallowed_modules)); auto module = disallowed_modules.begin(); for (; disallowed_modules.end() != module; ++module) { ReleaseModuleType(*module, application_id); } if (!disallowed_modules.empty()) { SendOnRCStatusNotifications( NotificationTrigger::MODULE_ALLOCATION, std::shared_ptr<application_manager::Application>()); } } } template <typename EnumType> EnumType StringToEnum(const std::string& str) { using smart_objects::EnumConversionHelper; EnumType val; EnumConversionHelper<EnumType>::StringToEnum(str, &val); return val; } void ConstructOnRCStatusNotificationParams( smart_objects::SmartObject& msg_params, const std::map<ModuleUid, uint32_t>& allocated_resources, const std::vector<ModuleUid>& supported_resources, const uint32_t app_id) { namespace strings = application_manager::strings; namespace message_params = rc_rpc_plugin::message_params; using smart_objects::SmartObject; using smart_objects::SmartType_Array; using smart_objects::SmartType_Map; SDL_LOG_AUTO_TRACE(); auto modules_inserter = [](SmartObject& result_modules) { return [&result_modules](const ModuleUid& module) { smart_objects::SmartObject module_data = SmartObject(smart_objects::SmartType_Map); auto module_type = StringToEnum<mobile_apis::ModuleType::eType>(module.first); module_data[message_params::kModuleType] = module_type; module_data[message_params::kModuleId] = module.second; result_modules.asArray()->push_back(module_data); }; }; SmartObject allocated_modules = SmartObject(SmartType_Array); for (const auto& module : allocated_resources) { if (module.second == app_id) { modules_inserter(allocated_modules)(module.first); } } SmartObject free_modules = SmartObject(SmartType_Array); for (auto& module : supported_resources) { if (allocated_resources.find(module) == allocated_resources.end()) { modules_inserter(free_modules)(module); } } msg_params[message_params::kAllocatedModules] = allocated_modules; msg_params[message_params::kFreeModules] = free_modules; } smart_objects::SmartObjectSPtr ResourceAllocationManagerImpl::CreateOnRCStatusNotificationToMobile( const application_manager::ApplicationSharedPtr app) { SDL_LOG_AUTO_TRACE(); using application_manager::MessageHelper; auto msg_to_mobile = MessageHelper::CreateNotification( mobile_apis::FunctionID::OnRCStatusID, app->app_id()); auto& msg_params = (*msg_to_mobile)[application_manager::strings::msg_params]; if (is_rc_enabled()) { ConstructOnRCStatusNotificationParams( msg_params, allocated_resources_, rc_capabilities_manager_.GetResources(), app->app_id()); } else { msg_params[message_params::kAllocatedModules] = smart_objects::SmartObject(smart_objects::SmartType_Array); msg_params[message_params::kFreeModules] = smart_objects::SmartObject(smart_objects::SmartType_Array); } return msg_to_mobile; } smart_objects::SmartObjectSPtr ResourceAllocationManagerImpl::CreateOnRCStatusNotificationToHmi( const application_manager::ApplicationSharedPtr app) { SDL_LOG_AUTO_TRACE(); using application_manager::MessageHelper; auto msg_to_hmi = MessageHelper::CreateHMINotification(hmi_apis::FunctionID::RC_OnRCStatus); auto& msg_params = (*msg_to_hmi)[application_manager::strings::msg_params]; ConstructOnRCStatusNotificationParams(msg_params, allocated_resources_, rc_capabilities_manager_.GetResources(), app->app_id()); msg_params[application_manager::strings::app_id] = app->hmi_app_id(); return msg_to_hmi; } void ResourceAllocationManagerImpl::SendOnRCStatusNotifications( NotificationTrigger::eType event, application_manager::ApplicationSharedPtr application) { SDL_LOG_AUTO_TRACE(); smart_objects::SmartObjectSPtr msg_to_mobile; smart_objects::SmartObjectSPtr msg_to_hmi; if (NotificationTrigger::APP_REGISTRATION == event) { DCHECK(application); msg_to_mobile = CreateOnRCStatusNotificationToMobile(application); (*msg_to_mobile)[application_manager::strings::msg_params] [message_params::kAllowed] = is_rc_enabled(); rpc_service_.SendMessageToMobile(msg_to_mobile); } else { auto rc_apps = RCRPCPlugin::GetRCApplications(app_mngr_); for (const auto& rc_app : rc_apps) { msg_to_mobile = CreateOnRCStatusNotificationToMobile(rc_app); (*msg_to_mobile)[application_manager::strings::msg_params] [message_params::kAllowed] = is_rc_enabled(); rpc_service_.SendMessageToMobile(msg_to_mobile); msg_to_hmi = CreateOnRCStatusNotificationToHmi(rc_app); rpc_service_.SendMessageToHMI(msg_to_hmi); } } } bool ResourceAllocationManagerImpl::is_rc_enabled() const { return is_rc_enabled_; } void ResourceAllocationManagerImpl::set_rc_enabled(const bool value) { is_rc_enabled_ = value; SendOnRCStatusNotifications( NotificationTrigger::RC_STATE_CHANGING, std::shared_ptr<application_manager::Application>()); } ResourceReleasedState::eType ResourceAllocationManagerImpl::ReleaseResource( const std::string& module_type, const std::string& module_id, const uint32_t application_id) { SDL_LOG_AUTO_TRACE(); SDL_LOG_DEBUG("Release " << module_type << " " << module_id << " by " << application_id); return SetResourceFree(module_type, module_id, application_id); } void ResourceAllocationManagerImpl::SetResourceAcquired( const std::string& module_type, const std::string& module_id, const uint32_t app_id) { SDL_LOG_AUTO_TRACE(); ModuleUid module(module_type, module_id); allocated_resources_[module] = app_id; } bool ResourceAllocationManagerImpl::IsResourceAlreadyAcquiredByApp( const ModuleUid& moduleUid, const uint32_t app_id) const { SDL_LOG_AUTO_TRACE(); auto allocation = allocated_resources_.find(moduleUid); if (allocated_resources_.end() == allocation) { SDL_LOG_DEBUG("Resource " << moduleUid.first << " is not allocated for any application."); return false; } if (allocation->second != app_id) { SDL_LOG_DEBUG("Resource " << moduleUid.first << " is already allocated by app:" << allocation->second << ". Acquire has been asked for app:" << app_id); return false; } SDL_LOG_DEBUG("Resource " << moduleUid.first << " is allocated by app:" << allocation->second); return true; } ResourceReleasedState::eType ResourceAllocationManagerImpl::SetResourceFree( const std::string& module_type, const std::string& module_id, const uint32_t app_id) { ModuleUid module(module_type, module_id); AllocatedResources::const_iterator allocation = allocated_resources_.find(module); if (allocated_resources_.end() == allocation) { SDL_LOG_DEBUG("Resource " << module_type << " is not allocated."); return ResourceReleasedState::NOT_ALLOCATED; } if (app_id != allocation->second) { SDL_LOG_ERROR("Resource " << module_type << " is allocated by different application " << allocation->second); return ResourceReleasedState::IS_ALLOCATED; } allocated_resources_.erase(allocation); SDL_LOG_DEBUG("Resource " << module_type << ":" << module_id << " is released."); return ResourceReleasedState::IS_RELEASED; } std::vector<ModuleUid> ResourceAllocationManagerImpl::GetAcquiredResources( const uint32_t application_id) const { SDL_LOG_AUTO_TRACE(); Resources allocated_resources; AllocatedResources::const_iterator allocation = allocated_resources_.begin(); for (; allocated_resources_.end() != allocation; ++allocation) { if (application_id == allocation->second) { allocated_resources.push_back(allocation->first); } } SDL_LOG_DEBUG("Application " << application_id << " acquired " << allocated_resources.size() << " resource(s)."); return allocated_resources; } std::set<std::string> ResourceAllocationManagerImpl::GetAcquiredModuleTypes( const uint32_t application_id) const { SDL_LOG_AUTO_TRACE(); Resources allocated_resources = GetAcquiredResources(application_id); std::set<std::string> acquired_module_types; for (const auto& resource : allocated_resources) { acquired_module_types.insert(resource.first); } SDL_LOG_DEBUG("Application " << application_id << " acquired " << acquired_module_types.size() << " module type(s)."); return acquired_module_types; } void ResourceAllocationManagerImpl::SetResourceState( const std::string& module_type, const std::string& module_id, const uint32_t app_id, const ResourceState::eType state) { SDL_LOG_AUTO_TRACE(); SDL_LOG_DEBUG("Setting state for " << module_type << " by app_id " << app_id << " to state " << state); ModuleUid module(module_type, module_id); { sync_primitives::AutoLock lock(allocated_resources_lock_); const AllocatedResources::const_iterator allocated_it = allocated_resources_.find(module); const bool acquired = allocated_resources_.end() != allocated_it; if (acquired) { SDL_LOG_DEBUG("Resource " << module_type << " is already acquired." << " Owner application id is " << allocated_it->second << " Changing application id is " << app_id); } else { SDL_LOG_DEBUG("Resource " << module_type << " is not acquired yet"); } } sync_primitives::AutoLock lock(resources_state_lock_); resources_state_[module] = state; SDL_LOG_DEBUG("Resource " << module_type << " got state " << state); } bool ResourceAllocationManagerImpl::IsResourceFree( const std::string& module_type, const std::string& module_id) const { SDL_LOG_AUTO_TRACE(); ModuleUid module(module_type, module_id); sync_primitives::AutoLock lock(resources_state_lock_); const ResourcesState::const_iterator resource = resources_state_.find(module); if (resources_state_.end() == resource) { SDL_LOG_DEBUG("Resource " << module_type << " is free."); return true; } SDL_LOG_DEBUG("Resource " << module_type << " state is " << resource->second); return ResourceState::FREE == resource->second; } bool ResourceAllocationManagerImpl::IsResourceAllocated( const std::string& module_type, const std::string& module_id, const uint32_t app_id) { ModuleUid module(module_type, module_id); sync_primitives::AutoLock lock(allocated_resources_lock_); const auto allocation = allocated_resources_.find(module); if (allocated_resources_.end() == allocation) { SDL_LOG_DEBUG("Resource " << module_type << " is not allocated."); return false; } if (app_id != allocation->second) { SDL_LOG_DEBUG("Resource " << module_type << " is allocated by different application " << allocation->second); return true; } return false; } void ResourceAllocationManagerImpl::SetAccessMode( const hmi_apis::Common_RCAccessMode::eType access_mode) { if (hmi_apis::Common_RCAccessMode::ASK_DRIVER != access_mode) { sync_primitives::AutoLock lock(rejected_resources_for_application_lock_); rejected_resources_for_application_.clear(); } current_access_mode_ = access_mode; } hmi_apis::Common_RCAccessMode::eType ResourceAllocationManagerImpl::GetAccessMode() const { return current_access_mode_; } void ResourceAllocationManagerImpl::ForceAcquireResource( const std::string& module_type, const std::string& module_id, const uint32_t app_id) { SDL_LOG_DEBUG("Force " << app_id << " acquiring " << module_type); sync_primitives::AutoLock lock(allocated_resources_lock_); SetResourceAcquired(module_type, module_id, app_id); } bool ResourceAllocationManagerImpl::IsModuleTypeRejected( const std::string& module_type, const std::string& module_id, const uint32_t app_id) { SDL_LOG_AUTO_TRACE(); ModuleUid module(module_type, module_id); sync_primitives::AutoLock lock(rejected_resources_for_application_lock_); RejectedResources::iterator it = rejected_resources_for_application_.find(app_id); if (rejected_resources_for_application_.end() == it) { return false; } const std::vector<ModuleUid>& list_of_rejected_resources = rejected_resources_for_application_[app_id]; return helpers::in_range(list_of_rejected_resources, module); } void ResourceAllocationManagerImpl::OnDriverDisallowed( const std::string& module_type, const std::string& module_id, const uint32_t app_id) { SDL_LOG_AUTO_TRACE(); ModuleUid module(module_type, module_id); sync_primitives::AutoLock lock(rejected_resources_for_application_lock_); auto it = rejected_resources_for_application_.find(app_id); if (rejected_resources_for_application_.end() == it) { rejected_resources_for_application_[app_id] = std::vector<ModuleUid>(); } std::vector<ModuleUid>& list_of_rejected_resources = rejected_resources_for_application_[app_id]; list_of_rejected_resources.push_back(module); } void ResourceAllocationManagerImpl::OnApplicationEvent( application_manager::plugin_manager::ApplicationEvent event, application_manager::ApplicationSharedPtr application) { using application_manager::plugin_manager::ApplicationEvent; SDL_LOG_AUTO_TRACE(); SDL_LOG_DEBUG("Event " << event << " came for " << application->app_id()); if (ApplicationEvent::kApplicationExit == event || ApplicationEvent::kApplicationUnregistered == event) { auto acquired_modules = GetAcquiredModuleTypes(application->app_id()); auto module = acquired_modules.begin(); for (; acquired_modules.end() != module; ++module) { ReleaseModuleType(*module, application->app_id()); } if (!acquired_modules.empty()) { SendOnRCStatusNotifications( NotificationTrigger::MODULE_ALLOCATION, std::shared_ptr<application_manager::Application>()); } } } void ResourceAllocationManagerImpl::OnPolicyEvent( application_manager::plugin_manager::PolicyEvent event) { using application_manager::plugin_manager::PolicyEvent; SDL_LOG_AUTO_TRACE(); SDL_LOG_DEBUG("Event " << event); if (PolicyEvent::kApplicationPolicyUpdated == event) { ProcessApplicationPolicyUpdate(); return; } if (PolicyEvent::kApplicationsDisabled == event) { ResetAllAllocations(); return; } } void ResourceAllocationManagerImpl::ResetAllAllocations() { SDL_LOG_AUTO_TRACE(); { sync_primitives::AutoLock lock(resources_state_lock_); resources_state_.clear(); } { sync_primitives::AutoLock lock(allocated_resources_lock_); allocated_resources_.clear(); } { sync_primitives::AutoLock lock(rejected_resources_for_application_lock_); rejected_resources_for_application_.clear(); } } } // namespace rc_rpc_plugin

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/***************************************************************************** * ==> Classe E_MD2GenerateTable --------------------------------------------* * *************************************************************************** * Description : Cette classe permet la génération d'un fichier binaire * * contenant les données des normales pré-calculées. * * Version : 1.0 * * Développeur : Jean-Milost Reymond * *****************************************************************************/ #ifndef E_MD2GENERATETABLE_H #define E_MD2GENERATETABLE_H #include <d3dx9.h> #include "e_md2normalsdatas.h" /* * Classe E_MD2GenerateTable. */ class E_MD2GenerateTable { private: float p_Version; int p_DatasLength; public: E_MD2GenerateTable(); ~E_MD2GenerateTable(); public: bool CreateFile(); }; #endif // E_MD2GENERATETABLE_H

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#pragma once #include <mimosa/rpc/server.hh> #include <mimosa/string-ref.hh> #include <mimosa/thread.hh> #include "namespace-helper.hh" namespace hefur { /** * This is a server which accepts commands from a unix socket, * making it possible to control Hefur. */ class ControlServer : public m::RefCountable<ControlServer> { public: MIMOSA_DEF_PTR(ControlServer); ControlServer(); ~ControlServer(); /** * Starts the server. If the server is already started, * then it restarts. * * @return true on success, and false otherwise */ bool start(const std::string &socket_path); /** * Stops the server, and does nothing if the server is already * stopped. */ void stop(); void handleCommand(m::StringRef cmd) const; void cmdRemoveTorrent(m::StringRef cmd) const; void cmdCleanupTorrents(m::StringRef cmd) const; void cmdQuit(m::StringRef cmd) const; private: void run(); bool stop_; m::Thread thread_; std::string socket_path_; mr::Server::Ptr server_; }; } // namespace hefur

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#pragma once #include <Tanker/Groups/IAccessor.hpp> #include <trompeloeil.hpp> namespace Tanker { class GroupAccessorMock : public Groups::IAccessor { public: MAKE_MOCK1(getInternalGroup, tc::cotask<InternalGroup>(Trustchain::GroupId const&), override); MAKE_MOCK1(getPublicEncryptionKeys, tc::cotask<PublicEncryptionKeyPullResult>( std::vector<Trustchain::GroupId> const&), override); MAKE_MOCK1(getEncryptionKeyPair, tc::cotask<std::optional<Crypto::EncryptionKeyPair>>( Crypto::PublicEncryptionKey const&), override); }; }

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// // Created by paula on 6/21/2021. // #ifndef QUIZ_REPOPARTICIPANTS_H #define QUIZ_REPOPARTICIPANTS_H #include "../Participant/Participant.h" #include "../Question/Question.h" #include "../Observer/Observer.h" #include <fstream> #include <vector> class RepoParticipants { private: vector<Participant> participants; void load_data(); public: RepoParticipants(); vector<Participant>& getParticipants(); void updateParticipantScore(Question q, string answer, Participant& p); ~RepoParticipants() = default; }; #endif //QUIZ_REPOPARTICIPANTS_H

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/* +----------------------------------------------------------------------+ | HipHop for PHP | +----------------------------------------------------------------------+ | Copyright (c) 2010- Facebook, Inc. (http://www.facebook.com) | +----------------------------------------------------------------------+ | This source file is subject to version 3.01 of the PHP license, | | that is bundled with this package in the file LICENSE, and is | | available through the world-wide-web at the following url: | | http://www.php.net/license/3_01.txt | | If you did not receive a copy of the PHP license and are unable to | | obtain it through the world-wide-web, please send a note to | | license@php.net so we can mail you a copy immediately. | +----------------------------------------------------------------------+ */ #ifndef incl_HPHP_PHP_UNIT_H #define incl_HPHP_PHP_UNIT_H #include "hphp/php7/bytecode.h" #include "hphp/runtime/base/attr.h" #include <boost/variant.hpp> #include <string> #include <vector> #include <unordered_set> namespace HPHP { namespace php7 { struct Block; struct Function; struct Unit; struct Block { // these are the last instructions in the block, they must be jumps or leave // the current function i.e. only these instructions: using ExitOp = boost::variant< bc::Jmp, bc::JmpNS, bc::JmpZ, bc::JmpNZ, bc::Switch, bc::SSwitch, bc::RetC, bc::RetV, bc::Unwind, bc::Throw, bc::Fatal >; void emit(bc::Jmp&&) = delete; void emit(bc::JmpNS&&) = delete; void emit(bc::JmpZ&&) = delete; void emit(bc::JmpNZ&&) = delete; void emit(bc::Switch&&) = delete; void emit(bc::SSwitch&&) = delete; void emit(bc::RetC&&) = delete; void emit(bc::RetV&&) = delete; void emit(bc::Unwind&&) = delete; void emit(bc::Throw&&) = delete; void emit(bc::Fatal&&) = delete; void emit(ExitOp&& op) = delete; void emit(Bytecode&& bc) { assert(!exited); code.push_back(std::move(bc)); } void exit(ExitOp&& op) { exited = true; exits.push_back(std::move(op)); } // identifies this block in its unit uint64_t id; // code associated with this block std::vector<Bytecode> code; std::vector<ExitOp> exits; bool exited{false}; }; // get the series of block pointers in the control graph that starts at `entry` std::vector<Block*> serializeControlFlowGraph(Block* entry); struct Function { struct Param { std::string name; bool byRef; }; explicit Function(Unit* parent, const std::string& name); Block* getEntry() { return entry; } Block* allocateBlock(); Block* getBlock(uint64_t id); std::string name; Attr attr; Block* entry; Unit* parent; std::vector<std::unique_ptr<Block>> blocks; std::vector<Param> params; std::unordered_set<std::string> locals; }; struct Unit { explicit Unit() : pseudomain(std::make_unique<Function>(this, "")) {} Function* getPseudomain() const { return pseudomain.get(); } Function* makeFunction(const std::string& name) { functions.emplace_back(std::make_unique<Function>(this, name)); return functions.back().get(); } std::string name; std::unique_ptr<Function> pseudomain; std::vector<std::unique_ptr<Function>> functions; }; std::unique_ptr<Unit> makeFatalUnit(const std::string& filename, const std::string& msg); }} // HPHP::php7 #endif // incl_HPHP_PHP_UNIT_H

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#include "add_subject.h" #include "ui_add_subject.h" #include <QDebug> #include <QMessageBox> Add_Subject::Add_Subject(QWidget *parent) : QDialog(parent), ui(new Ui::Add_Subject) { ui->setupUi(this); // косметика Главного окна this->setWindowTitle("Редактор списка предметов"); this->setFixedSize(this->width(), this->height()); this->setWindowIcon(QIcon(":/new/prefix1/backpack.png")); ui->lineEditAddPredmet->setToolTip("Поле для ввода преподавателя"); ui->listWidgetSpisokPredmetov->setToolTip("Поле списка преподавателей"); listPredmetadd = new QStringList(); /// сохранение Листинга *listPredmetadd = set.Get_SettingListPredmet(); ui->listWidgetSpisokPredmetov->addItems(*listPredmetadd); /// косметика кнопок ui->pushButtonAdd->setIcon(QIcon(":/new/prefix1/greenPlus.png")); ui->pushButtonDelete->setIcon(QIcon(":/new/prefix1/red_minus.png")); // заменить картинку минуса ui->pushButtonCancel->setIcon(QIcon(":/new/prefix1/redCancel.png")); ui->pushButtonAdd->setToolTip("Добавить преподавателя в список преподавателей"); ui->pushButtonCancel->setToolTip("Закрыть редакктор"); ui->pushButtonDelete->setToolTip("Убрать преподавателя из списка преподавателей"); ui->pushButtonAdd->setToolTipDuration(5000); ui->pushButtonAdd->setToolTipDuration(5000); ui->pushButtonAdd->setToolTipDuration(5000); // слоты для фокуса на кнопки(сделал как смог) connect(ui->listWidgetSpisokPredmetov, &QListWidget::clicked, this, [=](){ ui->pushButtonDelete->setFocus(Qt::OtherFocusReason); }); connect(ui->lineEditAddPredmet, &QLineEdit::editingFinished, this, [this](){ ui->pushButtonAdd->setFocus(); }); } Add_Subject::~Add_Subject() { delete ui; } void Add_Subject::on_pushButtonCancel_clicked() { ui->lineEditAddPredmet->clear(); this->close(); } void Add_Subject::on_pushButtonAdd_clicked() { if(ui->lineEditAddPredmet->text() == "") { QMessageBox::warning(this, "Не корректныый ввод", "Введите название предмета"); } else if(!(listPredmetadd->filter(ui->lineEditAddPredmet->text()).isEmpty())) { QMessageBox::warning(this, "Не корректныый ввод", "Такой предмет уже существует"); } ///////// else { listPredmetadd->append(ui->lineEditAddPredmet->text()); set.Set_SettingListPredmet(*listPredmetadd); ui->listWidgetSpisokPredmetov->clear(); ui->listWidgetSpisokPredmetov->addItems(*listPredmetadd); emit signall_Add_Subject(*listPredmetadd); } } void Add_Subject::on_pushButtonDelete_clicked() { if(!(ui->listWidgetSpisokPredmetov->isItemSelected(ui->listWidgetSpisokPredmetov->currentItem()) )) { QMessageBox::warning(this, "Не выбран предмет для удаления", "Выберите предмет для удаления"); } else { listPredmetadd->removeOne(ui->listWidgetSpisokPredmetov->item(ui->listWidgetSpisokPredmetov->currentRow())->text()); ui->listWidgetSpisokPredmetov->takeItem(ui->listWidgetSpisokPredmetov->currentRow()); set.Set_SettingListPredmet(*listPredmetadd); emit signall_Add_Subject(*listPredmetadd); } qDebug() << *listPredmetadd; }

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// Copyright 1998-2017 Epic Games, Inc. All Rights Reserved. #pragma once #include "CoreMinimal.h" #include "Widgets/SCompoundWidget.h" #include "ArrayView.h" struct FAssetData; class IPersonaPreviewScene; class UBlendProfile; struct FSelectedSocketInfo; class ISkeletonTreeBuilder; class ISkeletonTreeItem; class FMenuBuilder; class FExtender; // Called when an item is selected/deselected DECLARE_MULTICAST_DELEGATE_TwoParams(FOnSkeletonTreeSelectionChangedMulticast, const TArrayView<TSharedPtr<ISkeletonTreeItem>>& /* InSelectedItems */, ESelectInfo::Type /* SelectInfo */); // Called when an item is selected/deselected typedef FOnSkeletonTreeSelectionChangedMulticast::FDelegate FOnSkeletonTreeSelectionChanged; // Called when a bone is selected - DEPRECATED, please use FOnSkeletonTreeSelectionChangedMulticast DECLARE_MULTICAST_DELEGATE_OneParam(FOnObjectSelectedMulticast, UObject* /* InObject */); // Called when an object is selected - DEPRECATED, please use FOnSkeletonTreeSelectionChanged typedef FOnObjectSelectedMulticast::FDelegate FOnObjectSelected; /** Delegate that allows custom filtering text to be shown on the filter button */ DECLARE_DELEGATE_OneParam(FOnGetFilterText, TArray<FText>& /*InOutTextItems*/); enum class ESkeletonTreeMode { /** Skeleton tree allows editing */ Editor, /** Skeleton tree allows picking of tree elements */ Picker, }; /** Init params for a skeleton tree widget */ struct FSkeletonTreeArgs { FSkeletonTreeArgs() : Mode(ESkeletonTreeMode::Editor) , bShowBlendProfiles(true) , bShowFilterMenu(true) , bAllowMeshOperations(true) , bAllowSkeletonOperations(true) {} PRAGMA_DISABLE_DEPRECATION_WARNINGS ~FSkeletonTreeArgs() {} PRAGMA_ENABLE_DEPRECATION_WARNINGS /** Delegate called by the tree when a socket is selected */ FOnSkeletonTreeSelectionChanged OnSelectionChanged; DEPRECATED(4.17, "Please use OnSelectionChanged") FOnObjectSelected OnObjectSelected; /** Delegate that allows custom filtering text to be shown on the filter button */ FOnGetFilterText OnGetFilterText; /** Optional preview scene that we can pair with */ TSharedPtr<IPersonaPreviewScene> PreviewScene; /** Optional builder to allow for custom tree construction */ TSharedPtr<ISkeletonTreeBuilder> Builder; /** Menu extenders applied to context and filter menus */ TSharedPtr<FExtender> Extenders; /** The mode that this skeleton tree is in */ ESkeletonTreeMode Mode; /** Whether to show the blend profiles editor for the skeleton being displayed */ bool bShowBlendProfiles; /** Whether to show the filter menu to allow filtering of active bones, sockets etc. */ bool bShowFilterMenu; /** Whether to allow operations that modify the mesh */ bool bAllowMeshOperations; /** Whether to allow operations that modify the skeleton */ bool bAllowSkeletonOperations; }; /** Interface used to deal with skeleton editing UI */ class SKELETONEDITOR_API ISkeletonTree : public SCompoundWidget { public: struct Columns { static const FName Name; static const FName Retargeting; static const FName BlendProfile; }; /** Manually refresh the tree */ virtual void Refresh() = 0; /** Manually refresh the tree filter */ virtual void RefreshFilter() = 0; /** Get editable skeleton that this widget is editing */ virtual TSharedRef<class IEditableSkeleton> GetEditableSkeleton() const = 0; /** Get preview scene that this widget is editing */ virtual TSharedPtr<class IPersonaPreviewScene> GetPreviewScene() const = 0; /** Set the skeletal mesh we optionally work with */ virtual void SetSkeletalMesh(class USkeletalMesh* NewSkeletalMesh) = 0; /** Set the selected socket */ virtual void SetSelectedSocket(const struct FSelectedSocketInfo& InSocketInfo) = 0; /** Set the selected bone */ virtual void SetSelectedBone(const FName& InBoneName) = 0; /** Deselect everything that is currently selected */ virtual void DeselectAll() = 0; /** Get the selected items */ virtual TArray<TSharedPtr<ISkeletonTreeItem>> GetSelectedItems() const = 0; /** Select items using the passed in predicate */ virtual void SelectItemsBy(TFunctionRef<bool(const TSharedRef<ISkeletonTreeItem>& /* InItem */, bool& /* bInOutExpand */)> Predicate) const = 0; /** Duplicate the socket and select it */ virtual void DuplicateAndSelectSocket(const FSelectedSocketInfo& SocketInfoToDuplicate, const FName& NewParentBoneName = FName()) = 0; /** Registers a delegate to be called when the selected items have changed */ virtual FDelegateHandle RegisterOnSelectionChanged(const FOnSkeletonTreeSelectionChanged& Delegate) = 0; /** Unregisters a delegate to be called when the selected items have changed */ virtual void UnregisterOnSelectionChanged(FDelegateHandle DelegateHandle) = 0; /** Gets the currently selected blend profile */ virtual UBlendProfile* GetSelectedBlendProfile() = 0; /** Attached the supplied assets to the tree to the specified attach item (bone/socket) */ virtual void AttachAssets(const TSharedRef<class ISkeletonTreeItem>& TargetItem, const TArray<FAssetData>& AssetData) = 0; /** Get the search box widget, if any, for this tree */ virtual TSharedPtr<SWidget> GetSearchWidget() const = 0; DEPRECATED(4.17, "Please use RegisterOnSelectionChanged") virtual void RegisterOnObjectSelected(const FOnObjectSelected& Delegate) = 0; DEPRECATED(4.17, "Please use UnregisterOnSelectionChanged") virtual void UnregisterOnObjectSelected(SWidget* Widget) = 0; };

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#pragma once #include <map> /// Generic class for the chained creation of a std::map. template <typename K, typename V> class create_map { public: /// Constructor for a map with a single entry. /// \param _key /// \param _value create_map(const K& _key, const V& _value) { m_map[_key] = _value; } /// Operator() for chaining of key-value pairs. /// \param _key /// \param _value create_map<K, V>& operator()(const K& _key, const V& _value) { m_map[_key] = _value; return *this; } operator std::map<K, V>() { return m_map; } private: std::map<K, V> m_map; };

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// circuit.cpp // Abstract base class #include <cstdlib> #include "circuit.h" Circuit::Circuit():totalV(0.0),totalC(0.0),totalR(0.0) { // Cstr } Circuit::~Circuit() { // Dstr } void Circuit::setTotalV(double newV) { totalV = newV; //calculate and assign total current setTotalC(getTotalV() / getTotalR()); } /* Circuit::Circuit(Circuit* c1, Circuit* c2) { // Cstr pc1=c1; pc2=c2; }*/

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#ifndef UTILISATEUR_H #define UTILISATEUR_H #include <QString> /** * @namespace utilisateur * Contient toutes les classes utilisateurs. * @author Sandra GUILLO */ namespace utilisateur { /** * @brief Classe de base pour les utilisateurs. */ class Utilisateur { //ici on déclare tous les champs dont on a besoin private: /** * @brief Adresse email. Doit etre unique. */ QString email; /** * @brief Mot de passe du compte. */ QString mot_de_passe; /** * @brief Nom de la personne. */ QString nom; /** * @brief Prenom de la personne. */ QString prenom; //on déclare le constructeur /*protected: a remettre pour la suite * @brief Constructeur * @param email * @param mot_de_passe * @param nom * @param prenom Utilisateur(const QString &email, const QString &mdp, const QString &nom, const QString &prenom);*/ public: /** * @brief Constructeur * @param email de l'utilisateur * @param mot_de_passe de l'utilisateur * @param nom de l'utilisateur * @param prenom de l'utilisateur */ Utilisateur(const QString &email, const QString &mdp, const QString &nom, const QString &prenom); /** * @brief toString fonction qui permet d'afficher toutes les informations de l'utilisateur * @return String representative. */ QString toString() const; /** * @brief Getter email. permet de retrouver l'email de l'utilisateur * @return email */ QString getEmail() const; }; } #endif // UTILISATEUR_H

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/** * This file defines the `D2_INHERIT_CONSTRUCTORS` macro. */ #ifndef D2_DETAIL_INHERIT_CONSTRUCTORS_HPP #define D2_DETAIL_INHERIT_CONSTRUCTORS_HPP #include <boost/config.hpp> #include <boost/move/utility.hpp> // If we have inherited constructors // Note: BOOST_NO_CXX11_INHERITED_CONSTRUCTORS does not currently exist, // so we always disable this. #if !defined(BOOST_NO_CXX11_INHERITED_CONSTRUCTORS) && 0 # define D2_INHERIT_CONSTRUCTORS(DERIVED, BASE) \ using D2_BASE_CLASS::D2_BASE_CLASS; \ /**/ // If we have variadic templates #elif !defined(BOOST_NO_CXX11_VARIADIC_TEMPLATES) # define D2_INHERIT_CONSTRUCTORS(DERIVED, BASE) \ template <typename ...Args> \ explicit DERIVED(BOOST_FWD_REF(Args) ...args) \ : BASE(::boost::forward<Args>(args)...) \ { } \ \ D2_I_INHERIT_LVALUES(DERIVED, BASE) \ /**/ # if defined(BOOST_NO_CXX11_RVALUE_REFERENCES) # define D2_I_INHERIT_LVALUES(DERIVED, BASE) \ template <typename ...Args> \ explicit DERIVED(Args& ...args) \ : BASE(args...) \ { } \ /**/ # else # define D2_I_INHERIT_LVALUES(DERIVED, BASE) /* nothing */ # endif // If we don't have any of this #else # define D2_I_CONSTRUCTORS(DERIVED, BASE, MAKE_REFERENCE_TYPE, FORWARD) \ template <typename A1> \ explicit DERIVED(MAKE_REFERENCE_TYPE(A1) a1) \ : BASE(FORWARD(A1, a1)) \ { } \ \ template <typename A1, typename A2> \ explicit DERIVED(MAKE_REFERENCE_TYPE(A1) a1, \ MAKE_REFERENCE_TYPE(A2) a2) \ : BASE(FORWARD(A1, a1), FORWARD(A2, a2)) \ { } \ \ template <typename A1, typename A2, typename A3> \ explicit DERIVED(MAKE_REFERENCE_TYPE(A1) a1, \ MAKE_REFERENCE_TYPE(A2) a2, \ MAKE_REFERENCE_TYPE(A3) a3) \ : BASE(FORWARD(A1, a1), FORWARD(A2, a2), FORWARD(A3, a3)) \ { } \ /**/ # define D2_I_MAKE_LVALUE_REF(T) T& # define D2_I_NO_FORWARD(T, t) t # define D2_I_MAKE_FWD_REF(T) BOOST_FWD_REF(T) # define D2_I_FORWARD(T, t) ::boost::forward<T>(t) # define D2_INHERIT_CONSTRUCTORS(DERIVED, BASE) \ D2_I_CONSTRUCTORS(DERIVED, BASE, D2_I_MAKE_FWD_REF, D2_I_FORWARD) \ D2_I_INHERIT_LVALUES(DERIVED, BASE) \ /**/ # ifdef BOOST_NO_CXX11_RVALUE_REFERENCES # define D2_I_INHERIT_LVALUES(DERIVED, BASE) \ D2_I_CONSTRUCTORS(DERIVED, BASE, \ D2_I_MAKE_LVALUE_REF, D2_I_NO_FORWARD) \ /**/ # else # define D2_I_INHERIT_LVALUES(DERIVED, BASE) /* nothing */ # endif #endif // end feature availability switch #endif // !D2_DETAIL_INHERIT_CONSTRUCTORS_HPP

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#include <iostream> using namespace std; int main() { //#ifndef ONLINE_JUDGE // freopen("../input.txt", "r", stdin); // freopen("../output.txt", "w", stdout); // #endif // NEEDS TO RUN IN INTERACTIVE MODE int n = 0, sum = 0; do { sum = sum + n; cin >> n; } while (n >= 0); cout << sum; return 0; }

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#ifndef SIMPLIFY_H #define SIMPLIFY_H #include <QObject> #include <QString> class Simplify : public QObject { Q_OBJECT public: bool simplify(QString &original,QString *outHtml); private: }; #endif // SIMPLIFY_H

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UVA-524.cpp

#include <cstdio> #include <vector> using namespace std; vector<int> prime = {2,3,5,7,11,13,17,19,23,29,31,37,41}; int n, ans[20] = {1}; bool check(int a) { for(int i = 0; i < prime.size(); i++) if (a == prime[i]) return true; return false; } void backtracking(int digit, bool visit[]) { if (digit == n) { if (!check(ans[n-1] + 1)) return; printf("1"); for (int i = 1; i < n; ++i) printf(" %d", ans[i]); printf("\n"); return; } for (int i = 2; i <= n; ++i) { if (visit[i]) continue; if (check(i + ans[digit - 1])) { visit[i] = 1; ans[digit] = i; backtracking(digit + 1, visit); visit[i] = 0; } } } int main() { int c; while (scanf("%d", &n) != EOF) { if (c++) putchar('\n'); printf("Case %d:\n", c); bool visit[20] = {0}; backtracking(1, visit); } }

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host.h

#pragma once #include <string> #include "config.h" class Component; class Frame; class Host { public: Host(string frameType); ~Host(); Frame* createFrame() const; std::unique_ptr<Component> create(const string& type) const; void close(); string stackLog() const; void stackLog(const string& stack_log); string biosPath() const; void biosPath(const string& bios_path); string fontsPath() const; void fontsPath(const string& fonts_path); string machinePath() const; void machinePath(const string& machine_path); private: string _frameType; string _stack_log; string _bios_path; string _fonts_path; string _machine_path; };

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/700+/794_Valid_Tic-Tac-Toe_State.cpp

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794_Valid_Tic-Tac-Toe_State.cpp

/* 794. Valid Tic-Tac-Toe State * The information we need to collect through the 9 cells are: * 1. number of 'X' and 'O' * 2. if 'X' has 3-line * 3. if 'O' has 3-line * Detailed explination in the comments */ class Solution { public: bool validTicTacToe(vector<string>& board) { // rule: numof(X) - numod(O) == 1 or 0; // X and O cannot reach 3-line at the same time int numx = 0, numo = 0; bool threex = false, threeo = false; for(int i = 0; i < 3; i++){ for(int j = 0; j < 3; j++){ if(board[i][j] == 'X'){ numx++; if(!threex){ // count row if(j == 2 && board[i][1] == 'X' && board[i][0] == 'X') threex = true; // count col if(!threex && i == 2 && board[1][j] == 'X' && board[0][j] == 'X') threex = true; // count diagonal if(!threex && i == 2 && j == 2 && board[1][1] == 'X' && board[0][0] == 'X') threex = true; // count anti-diagonal if(!threex && i == 2 && j == 0 && board[1][1] == 'X' && board[0][2] == 'X') threex = true; } }else if(board[i][j] == 'O'){ numo++; if(!threeo){ // count row if(j == 2 && board[i][1] == 'O' && board[i][0] == 'O') threeo = true; // count col if(!threeo && i == 2 && board[1][j] == 'O' && board[0][j] == 'O') threeo = true; // count diagonal if(!threeo && i == 2 && j == 2 && board[1][1] == 'O' && board[0][0] == 'O') threeo = true; // count anti-diagonal if(!threeo && i == 2 && j == 0 && board[1][1] == 'O' && board[0][2] == 'O') threeo = true; } } } } if(numx - numo > 1 || numx - numo < 0) return false; if(threeo && numx > numo) return false; if(threex && numx == numo) return false; if(threex && threeo) return false; return true; } };

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ekat_comm.cpp

#include "ekat_comm.hpp" #include <cassert> namespace ekat { Comm::Comm() { check_mpi_inited(); reset_mpi_comm (MPI_COMM_SELF); } Comm::Comm(MPI_Comm mpi_comm) { check_mpi_inited(); reset_mpi_comm (mpi_comm); } void Comm::reset_mpi_comm (MPI_Comm new_mpi_comm) { m_mpi_comm = new_mpi_comm; MPI_Comm_size(m_mpi_comm,&m_size); MPI_Comm_rank(m_mpi_comm,&m_rank); #ifdef EKAT_MPI_ERRORS_ARE_FATAL MPI_Comm_set_errhandler(m_mpi_comm,MPI_ERRORS_ARE_FATAL); #else MPI_Comm_set_errhandler(m_mpi_comm,MPI_ERRORS_RETURN); #endif } template<> void Comm::scan_sum<int>(const int* my_vals, int* my_sums, const int count) const { check_mpi_inited(); MPI_Scan(my_vals,my_sums,count,MPI_INT,MPI_SUM,m_mpi_comm); } template<> void Comm::scan_sum<float>(const float* my_vals, float* my_sums, const int count) const { check_mpi_inited(); MPI_Scan(my_vals,my_sums,count,MPI_FLOAT,MPI_SUM,m_mpi_comm); } template<> void Comm::scan_sum<double>(const double* my_vals, double* my_sums, const int count) const { check_mpi_inited(); MPI_Scan(my_vals,my_sums,count,MPI_DOUBLE,MPI_SUM,m_mpi_comm); } void Comm::check_mpi_inited () const { int flag; MPI_Initialized (&flag); assert (flag!=0); } } // namespace ekat

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RowTest.cpp

////////////////////////////////////////////////////////////////////////// // // Copyright (c) 2013-2014, Luke Goddard. All rights reserved. // // Redistribution and use in source and binary forms, with or without // modification, are permitted provided that the following conditions are // met: // // * Redistributions of source code must retain the above copyright // notice, this list of conditions and the following disclaimer. // // * Redistributions in binary form must reproduce the above copyright // notice, this list of conditions and the following disclaimer in the // documentation and/or other materials provided with the distribution. // // * Neither the name of Luke Goddard nor the names of any // other contributors to this software may be used to endorse or // promote products derived from this software without specific prior // written permission. // // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS // IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, // THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR // PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR // CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, // EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, // PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR // PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF // LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING // NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS // SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. // ////////////////////////////////////////////////////////////////////////// #include <iostream> #include <cstdlib> #include "GanderImageTest/RowTest.h" #include "GanderImage/Row.h" #include "boost/test/floating_point_comparison.hpp" #include "boost/test/test_tools.hpp" using namespace Gander; using namespace Gander::Image; using namespace Gander::ImageTest; using namespace boost; using namespace boost::unit_test; namespace Gander { namespace ImageTest { struct RowTest { void testRowIterators() { typedef CompoundLayout< BrothersLayout< float, Brothers_BGR >, ChannelLayout< float, Chan_Alpha >, DynamicLayout< float > > Layout; Row< Layout >::PixelIterator it; it->addChannels( Mask_U, Brothers_VU ); it->addChannels( Mask_Z ); float bgr[6] = { 3., 2., 1., 6., 5., 4. }; float alpha[2] = { 7., 8. }; float vu[4] = { 10., 9., 12., 11. }; float z[2] = { 13., 14. }; it->setChannelPointer( Chan_Blue, &bgr[0] ); it->setChannelPointer( Chan_Alpha, &alpha ); it->setChannelPointer( Chan_Z, &z ); it->setChannelPointer( Chan_U, &vu[1] ); Row< Layout > row( 2 ); row.setStart( it ); BOOST_CHECK_EQUAL( row.width(), 2 ); BOOST_CHECK( row.getStart() == it ); BOOST_CHECK( row.begin() == it ); BOOST_CHECK( row.end() == it + 2 ); } }; struct RowTestSuite : public boost::unit_test::test_suite { RowTestSuite() : boost::unit_test::test_suite( "RowTestSuite" ) { boost::shared_ptr<RowTest> instance( new RowTest() ); add( BOOST_CLASS_TEST_CASE( &RowTest::testRowIterators, instance ) ); } }; void addRowTest( boost::unit_test::test_suite *test ) { test->add( new RowTestSuite() ); } } // namespace ImageTest } // namespace Gander

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v50-caracter.cpp

#include <iostream> #include <string.h> using namespace std; int main() { int i,n=0,p,ok=0; char v[255][255]; i=0; char s[] = "bacalaureat"; while(i<strlen(s) && ok==0) { if(strchr("aeiou",s[i])) { strcpy(s+i,s+i+1); ok++; } i++; } cout<<s<< " "<<endl; i=0; ok=0; for(i=strlen(s)-1;i>=0;i--) { if(strchr("aeiou",s[i])) { strcpy(s+i,s+i+1); break; } } cout<<s; }

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Module.h

#pragma once #include <map> #include <jwm/stdinc.h> #include <jwm/wasm.h> using namespace jwm::wasm; namespace jwm::runtime { class Module { public: using module_types_t = vec_t<func_type_decl_t>; using module_imports_t = vec_t<import_decl_t>; using module_functions_t = vec_t<u32_t>; using module_tables_t = vec_t<table_decl_t>; using module_memories_t = vec_t<mem_decl_t>; using module_exports_t = vec_t<export_decl_t>; using module_codes_t = vec_t<code_decl_t>; using module_start_t = u32_t; using module_elements_t = vec_t<element_decl_t>; using module_globals_t = vec_t<global_decl_t>; using module_datas_t = vec_t<data_t>; private: module_types_t types; module_imports_t imports; module_functions_t functions; module_tables_t tables; module_memories_t memories; module_globals_t globals; module_exports_t exports; module_elements_t elements; module_codes_t codes; module_datas_t datas; module_start_t start = 0; public: Module(const content_t &content); global_decl_t *get_global(index_decl_t index); index_decl_t get_start(); template<typename T> void for_each_global(T cb) { for (auto global: globals) { cb(global); } } template<typename T> void for_each_function(T cb) { for (auto function: functions) { cb(types[function], codes[function]); } } template<typename T> void for_each_table(T cb) { for (auto table: tables) { cb(table); } } template<typename T> void for_each_memory(T cb) { for (auto memory: memories) { cb(memory); } } template<typename T> void for_each_element(T cb) { for (auto element: elements) { cb(element); } } template<typename T> void for_each_export(T cb) { for (auto exprt: exports) { cb(exprt); } } template<typename T> void for_each_data(T cb) { for (auto data: datas) { cb(data); } } }; class ModuleInst { public: using moduleinst_types_t = Module::module_types_t; using moduleinst_funcaddr_t = vec_t<addr_t>; using moduleinst_tableaddr_t = vec_t<addr_t>; using moduleinst_memaddr_t = vec_t<addr_t>; using moduleinst_globaladdr_t = vec_t<addr_t>; using moduleinst_exportinst_t = vec_t<export_inst_t>; private: Module::module_types_t types; moduleinst_funcaddr_t funcaddr; moduleinst_tableaddr_t tableaddr; moduleinst_memaddr_t memaddr; moduleinst_globaladdr_t globaladdr; moduleinst_exportinst_t exportinst; public: void add_type(func_type_decl_t &type); void add_func(addr_t addr); void add_table(addr_t addr); void add_memory(addr_t addr); void add_global(addr_t addr); void add_export(addr_t addr, name_t &name, exporttype type); func_type_decl_t get_type(index_decl_t index); addr_t get_func(index_decl_t index); addr_t get_table(index_decl_t index); addr_t get_memory(index_decl_t index); addr_t get_global(index_decl_t index); }; }

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ExecStreamGraphImpl.h

/* // Licensed to DynamoBI Corporation (DynamoBI) under one // or more contributor license agreements. See the NOTICE file // distributed with this work for additional information // regarding copyright ownership. DynamoBI licenses this file // to you under the Apache License, Version 2.0 (the // "License"); you may not use this file except in compliance // with the License. You may obtain a copy of the License at // http://www.apache.org/licenses/LICENSE-2.0 // Unless required by applicable law or agreed to in writing, // software distributed under the License is distributed on an // "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY // KIND, either express or implied. See the License for the // specific language governing permissions and limitations // under the License. */ #ifndef Fennel_ExecStreamGraphImpl_Included #define Fennel_ExecStreamGraphImpl_Included #include "fennel/exec/ExecStreamGraph.h" #include <vector> #include <boost/property_map/property_map.hpp> #include <boost/graph/adjacency_list.hpp> #include <boost/graph/properties.hpp> #include <boost/graph/filtered_graph.hpp> // REVIEW: can this be pulled into fennel namespace somehow? namespace boost { enum vertex_data_t { vertex_data }; enum edge_data_t { edge_data }; BOOST_INSTALL_PROPERTY(vertex, data); BOOST_INSTALL_PROPERTY(edge, data); } FENNEL_BEGIN_NAMESPACE /** * ExecStreamGraphImpl is an implementation for the ExecStreamGraph * interface based on the boost graph template. */ class FENNEL_EXEC_EXPORT ExecStreamGraphImpl : virtual public ExecStreamGraph { public: typedef boost::adjacency_list< boost::vecS, boost::vecS, boost::bidirectionalS, boost::property<boost::vertex_data_t, SharedExecStream>, boost::property< boost::edge_data_t, SharedExecStreamBufAccessor, boost::property<boost::edge_weight_t, int> > > FullGraphRep; typedef boost::graph_traits<FullGraphRep>::vertex_descriptor Vertex; typedef boost::graph_traits<FullGraphRep>::edge_descriptor Edge; typedef boost::graph_traits<FullGraphRep>::vertex_iterator FgVertexIter; typedef boost::graph_traits<FullGraphRep>::edge_iterator FgEdgeIter; typedef boost::graph_traits<FullGraphRep>::out_edge_iterator FgOutEdgeIter; typedef boost::graph_traits<FullGraphRep>::in_edge_iterator FgInEdgeIter; typedef std::pair<FgVertexIter, FgVertexIter> FgVertexIterPair; typedef std::pair<FgEdgeIter, FgEdgeIter> FgEdgeIterPair; typedef std::pair<FgOutEdgeIter, FgOutEdgeIter> FgOutEdgeIterPair; typedef std::pair<FgInEdgeIter, FgInEdgeIter> FgInEdgeIterPair; typedef boost::property_map<FullGraphRep, boost::edge_weight_t>::type EdgeWeightMap; struct ExplicitEdgePredicate { EdgeWeightMap weightMap; // NOTE jvs 6-Jan-2006: Lack of keyword "explicit" on constructors // here is intentional. ExplicitEdgePredicate() { } ExplicitEdgePredicate(EdgeWeightMap weightMapInit) : weightMap(weightMapInit) { } bool operator () (Edge const &edge) const { return boost::get(weightMap, edge) > 0; } }; typedef boost::filtered_graph<FullGraphRep, ExplicitEdgePredicate> GraphRep; typedef boost::graph_traits<GraphRep>::vertex_iterator VertexIter; typedef boost::graph_traits<GraphRep>::edge_iterator EdgeIter; typedef boost::graph_traits<GraphRep>::out_edge_iterator OutEdgeIter; typedef boost::graph_traits<GraphRep>::in_edge_iterator InEdgeIter; typedef std::pair<VertexIter, VertexIter> VertexIterPair; typedef std::pair<EdgeIter, EdgeIter> EdgeIterPair; typedef std::pair<OutEdgeIter, OutEdgeIter> OutEdgeIterPair; typedef std::pair<InEdgeIter, InEdgeIter> InEdgeIterPair; protected: // NOTE jvs 8-Jan-2007: We maintain two boost graphs; // graphRep is the "full" graph, including both implicit // and explicit dataflow edges; filteredGraph is a subgraph // view selecting just the explicit dataflows. Code which // accesses the graph needs to decide which view it wants // and use the corresponding iterators. FullGraphRep graphRep; GraphRep filteredGraph; typedef std::map<std::string, ExecStreamId> StreamMap; typedef StreamMap::const_iterator StreamMapConstIter; typedef std::map<std::pair<std::string, uint>,ExecStreamId> EdgeMap; // nested classes for implementing renderGraphviz class DotGraphRenderer; class DotVertexRenderer; class DotEdgeRenderer; /** * List of freed vertices */ std::vector<Vertex> freeVertices; /** * Map of name to stream */ StreamMap streamMap; /** * Map of name and output arc to stream output, after add-ons */ EdgeMap streamOutMap; /** * Result of topologically sorting graph (producers before consumers). */ std::vector<SharedExecStream> sortedStreams; /** * Transaction being executed. */ SharedLogicalTxn pTxn; /** * Target for row errors. */ SharedErrorTarget pErrorTarget; /** * Source for scratch buffers. */ SharedSegment pScratchSegment; /** * Resource governor */ SharedExecStreamGovernor pResourceGovernor; /** * Whether this graph is currently open. Note that this is not quite the * opposite of the inherited ClosableObject.needsClose, since a graph * needs to be closed before destruction if it has been prepared but never * opened. */ bool isOpen; /** * Whether this graph has been prepared. */ bool isPrepared; /** * Whether to close this graph in dataflow order (producers to consumers) */ bool doDataflowClose; class DynamicParamInfo { public: std::vector<ExecStreamId> readerStreamIds; std::vector<ExecStreamId> writerStreamIds; }; /** * Information on readers and writers of dynamic parameters. */ std::map<DynamicParamId, DynamicParamInfo> dynamicParamMap; /** * Whether to allow execution without a real transaction. */ bool allowDummyTxnId; virtual void closeImpl(); virtual void sortStreams(); virtual void openStream(SharedExecStream pStream); virtual void bindStreamBufAccessors(SharedExecStream pStream); virtual void mergeFrom(ExecStreamGraphImpl& src); virtual void mergeFrom( ExecStreamGraphImpl& src, std::vector<ExecStreamId> const& nodes); /** frees all nodes and edges: like removeStream() on all streams, but * faster */ virtual void clear(); /** adds a node */ virtual Vertex addVertex(SharedExecStream pStream); // manage the free list /** @return an available Vertex, first trying the free list */ Vertex newVertex(); /** releases a Vertex to the free list */ void freeVertex(Vertex); /** removes a stream from streamOutMap */ void removeFromStreamOutMap(SharedExecStream); virtual Edge getInputEdge(ExecStreamId stream, uint iInput); virtual Edge getOutputEdge(ExecStreamId stream, uint iOutput); public: explicit ExecStreamGraphImpl(); virtual ~ExecStreamGraphImpl() {} inline GraphRep const &getGraphRep(); inline FullGraphRep const &getFullGraphRep(); inline SharedExecStream getStreamFromVertex(Vertex); inline SharedExecStreamBufAccessor &getSharedBufAccessorFromEdge(Edge); inline ExecStreamBufAccessor &getBufAccessorFromEdge(Edge); // implement ExecStreamGraph virtual void setTxn(SharedLogicalTxn pTxn); virtual void setErrorTarget(SharedErrorTarget pErrorTarget); virtual void setScratchSegment( SharedSegment pScratchSegment); virtual void setResourceGovernor( SharedExecStreamGovernor pResourceGovernor); virtual SharedLogicalTxn getTxn(); virtual TxnId getTxnId(); virtual void enableDummyTxnId(bool enabled); virtual SharedExecStreamGovernor getResourceGovernor(); virtual void prepare(ExecStreamScheduler &scheduler); virtual void open(); virtual void addStream(SharedExecStream pStream); virtual void removeStream(ExecStreamId); virtual void addDataflow( ExecStreamId producerId, ExecStreamId consumerId, bool isImplicit = false); virtual void addOutputDataflow( ExecStreamId producerId); virtual void addInputDataflow( ExecStreamId consumerId); virtual void mergeFrom(ExecStreamGraph& src); virtual void mergeFrom( ExecStreamGraph& src, std::vector<ExecStreamId> const& nodes); virtual SharedExecStream findStream( std::string name); virtual SharedExecStream findLastStream( std::string name, uint iOutput); virtual void interposeStream( std::string name, uint iOutput, ExecStreamId interposedId); virtual SharedExecStream getStream(ExecStreamId id); virtual uint getInputCount( ExecStreamId streamId); virtual uint getOutputCount( ExecStreamId streamId); virtual SharedExecStream getStreamInput( ExecStreamId streamId, uint iInput); virtual SharedExecStreamBufAccessor getStreamInputAccessor( ExecStreamId streamId, uint iInput); virtual SharedExecStream getStreamOutput( ExecStreamId streamId, uint iOutput); virtual SharedExecStreamBufAccessor getStreamOutputAccessor( ExecStreamId streamId, uint iOutput); virtual std::vector<SharedExecStream> getSortedStreams(); virtual int getStreamCount(); virtual int getDataflowCount(); virtual void renderGraphviz(std::ostream &dotStream); virtual bool isAcyclic(); virtual void closeProducers(ExecStreamId streamId); virtual void declareDynamicParamWriter( ExecStreamId streamId, DynamicParamId dynamicParamId); virtual void declareDynamicParamReader( ExecStreamId streamId, DynamicParamId dynamicParamId); virtual const std::vector<ExecStreamId> &getDynamicParamWriters( DynamicParamId dynamicParamId); virtual const std::vector<ExecStreamId> &getDynamicParamReaders( DynamicParamId dynamicParamId); }; inline ExecStreamGraphImpl::GraphRep const & ExecStreamGraphImpl::getGraphRep() { return filteredGraph; } inline ExecStreamGraphImpl::FullGraphRep const & ExecStreamGraphImpl::getFullGraphRep() { return graphRep; } inline SharedExecStream ExecStreamGraphImpl::getStreamFromVertex( Vertex vertex) { return boost::get(boost::vertex_data, graphRep)[vertex]; } inline SharedExecStreamBufAccessor & ExecStreamGraphImpl::getSharedBufAccessorFromEdge( Edge edge) { return boost::get(boost::edge_data, graphRep)[edge]; } inline ExecStreamBufAccessor &ExecStreamGraphImpl::getBufAccessorFromEdge( Edge edge) { return *(getSharedBufAccessorFromEdge(edge)); } FENNEL_END_NAMESPACE #endif // End ExecStreamGraphImpl.h

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/* ****************************************************************************** * * * This program and the accompanying materials are made available under the * terms of the Apache License, Version 2.0 which is available at * https://www.apache.org/licenses/LICENSE-2.0. * * See the NOTICE file distributed with this work for additional * information regarding copyright ownership. * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, WITHOUT * WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the * License for the specific language governing permissions and limitations * under the License. * * SPDX-License-Identifier: Apache-2.0 ******************************************************************************/ // // Created by raver119 on 30.11.17. // #include <exceptions/cuda_exception.h> #include <execution/AffinityManager.h> #include <execution/LaunchContext.h> #include <helpers/logger.h> #if defined(HAVE_VEDA) #include <ops/declarable/platform/vednn/veda_helper.h> #endif #include <thread> #if defined(SD_IOS_BUILD) || defined(SD_APPLE_BUILD) || defined(SD_ANDROID_BUILD) || defined(__NEC__) sd::ContextBuffers contextBuffers = sd::ContextBuffers(); #else thread_local sd::ContextBuffers contextBuffers = sd::ContextBuffers(); #endif #if defined(HAVE_ONEDNN) #include <dnnl.hpp> #endif namespace sd { LaunchContext::~LaunchContext() { #if defined(HAVE_ONEDNN) delete reinterpret_cast<dnnl::engine*>(_engine); #endif } std::vector<std::shared_ptr<LaunchContext>> LaunchContext::_contexts = std::vector<std::shared_ptr<LaunchContext>>(); SD_MAP_IMPL<int, std::mutex*> LaunchContext::_deviceMutexes; std::mutex LaunchContext::_mutex; //////////////////////////////////////////////////////////////////////// LaunchContext::LaunchContext() { // default constructor, just to make clang/ranlib happy _workspace = nullptr; _deviceID = 0; #if defined(HAVE_VEDA) VEDA::getInstance(); #endif #if defined(HAVE_ONEDNN) _engine = new dnnl::engine(dnnl::engine::kind::cpu, 0); #endif } LaunchContext::LaunchContext(sd::Pointer cudaStream, sd::Pointer reductionPointer, sd::Pointer scalarPointer, sd::Pointer allocationPointer) {} static std::mutex _lock; LaunchContext* LaunchContext::defaultContext() { { // synchronous block goes here std::lock_guard<std::mutex> lock(_lock); // TODO: we need it to be device-aware, but only once we add NUMA support for cpu if (LaunchContext::_contexts.empty()) LaunchContext::_contexts.emplace_back(std::make_shared<LaunchContext>()); } // return context for current device return LaunchContext::_contexts[0].get(); } std::mutex* LaunchContext::deviceMutex() { return &_mutex; } void LaunchContext::swapContextBuffers(ContextBuffers& buffers) { // } bool LaunchContext::isInitialized() { return true; } void LaunchContext::releaseBuffers() { // } sd::ErrorReference* LaunchContext::errorReference() { return contextBuffers.errorReference(); } void* LaunchContext::engine() { return _engine; } } // namespace sd

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// Fill out your copyright notice in the Description page of Project Settings. #pragma once #include "CoreMinimal.h" #include "GameFramework/Actor.h" #include "BulletActor.generated.h" UCLASS() class PROJECTBD_API ABulletActor : public AActor { GENERATED_BODY() public: // Sets default values for this actor's properties ABulletActor(); UPROPERTY(VisibleAnywhere, BlueprintReadOnly, Category = "Component") class USphereComponent* Sphere; UPROPERTY(VisibleAnywhere, BlueprintReadOnly, Category = "Component") class UStaticMeshComponent* Mesh; UPROPERTY(VisibleAnywhere, BlueprintReadOnly, Category = "Component") class UProjectileMovementComponent* ProjectileMovement; UPROPERTY(EditAnywhere, BlueprintReadOnly, Category = "Effect") class UParticleSystem* HitEffect; UPROPERTY(EditAnywhere, BlueprintReadOnly, Category = "Effect") class UParticleSystem* BloodEffect; UPROPERTY(EditAnywhere, BlueprintReadWrite, Category = "Effect") class UMaterialInstance* BulletDecal; float Damage = 1.0f; protected: // Called when the game starts or when spawned virtual void BeginPlay() override; public: // Called every frame virtual void Tick(float DeltaTime) override; UFUNCTION(Client, Reliable) void S2A_HitEffectBlood(FVector Point, FRotator Rotation); void S2A_HitEffectBlood_Implementation(FVector Point, FRotator Rotation); UFUNCTION(Client, Reliable) void S2A_HitEffectBlock(FVector Point, FRotator Rotation); void S2A_HitEffectBlock_Implementation(FVector Point, FRotator Rotation); virtual void NotifyHit(class UPrimitiveComponent* MyComp, AActor* Other, class UPrimitiveComponent* OtherComp, bool bSelfMoved, FVector HitLocation, FVector HitNormal, FVector NormalImpulse, const FHitResult& Hit) override; virtual void Destroyed() override; };

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// // main.cpp // Codeforces Round #550 (Div. 3) - A // // Created by S M HEMEL on 2/4/19. // Copyright © 2019 S M HEMEL. All rights reserved. // #include <bits/stdc++.h> using namespace std; int main() { string s; int n; cin >> n; while (n--) { cin >> s; int len = s.size(); bool f = true; sort(s.begin(), s.end()); for(int i=1; i<len; i++){ int c = s[0]+i; int ch = s[i]; if(c!=ch){ puts("No"); f = false; break; } } if(f) puts("Yes"); } return 0; }

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#include <bits/stdc++.h> #define ll long long int #define pb push_back #define mp make_pair #define ff first #define ss second #define MOD 1000000007 #define pii pair<int,int> using namespace std; #define NOV 10005 unordered_map<string,int> cities; vector<pair<int,int> > gr[NOV]; int dis[NOV]; int n; int dijkstra(int s,int t){ for(int i=1;i<=n;i++) dis[i] = INT_MAX; dis[s] = 0; priority_queue<pii, vector<pii>, greater<pii> > pq; pq.push(mp(dis[s],s)); while(!pq.empty()){ pii top = pq.top(); pq.pop(); int v = top.ss, d = top.ff; if(v==t) return dis[t]; if(d<=dis[v]){ for(pii p:gr[v]){ int v2 = p.ff, cost = p.ss; if(dis[v2] > dis[v] + cost){ dis[v2] = dis[v] + cost; pq.push(mp(dis[v2],v2)); } } } } return dis[t]; } int main(){ ios_base::sync_with_stdio(false); cin.tie(NULL); int t; int m; int u,w,q; cin>>t; string city, city1,city2; while(t--){ cin>>n; cities.clear(); for(int i=1;i<=n;i++){ cin>>city; cities[city] = i; cin>>m; gr[i].clear(); while(m--){ cin>>u>>w; gr[i].pb(mp(u,w)); } } cin>>q; while(q--){ cin>>city1>>city2; cout<<dijkstra(cities[city1],cities[city2])<<endl; } } }

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/** ******************************************************************************* * StoreMessage.h * * * * Store message commons * ******************************************************************************* */ #ifndef _STORE_MSG_COMMON_H_ #define _STORE_MSG_COMMON_H_ /** ******************************************************************************* * Headers * ******************************************************************************* */ #include <string> #include <stdexcept> #include <memory> #include "stdinclude.h" #include "messages.h" #include "plexcept.h" /** ******************************************************************************* * Constants * ******************************************************************************* */ /** ******************************************************************************* * Forward declaraction * ******************************************************************************* */ class Connection; /** ******************************************************************************* * Class declaraction * ******************************************************************************* */ enum class MessageOriginator : int { PLUTO_FIRST = 0, Client = PLUTO_FIRST, Server, PLUTO_LAST }; inline std::string get_originator_desc(MessageOriginator orig) { switch(orig) { case MessageOriginator::Client: return "Client"; case MessageOriginator::Server: return "Server"; default: return "Unknown: " + std::to_string(static_cast<int>(orig)); } return "Bad"; } class StoreMessage : public Message { public: StoreMessage(unsigned char* buf, const size_t sz, bool managebuf = false) : Message(buf, sz, managebuf), m_txid(-1), m_replica_type(-1), m_originator(MessageOriginator::Client), m_pconn(nullptr) { }; StoreMessage(MsgType type, MessageOriginator originator, int64 txid, int version=PLUTO_CURRENT_VERSION, int magic=PLUTO_MSG_MAGIC) : Message(type, version, magic), m_txid(txid), m_replica_type(-1), m_originator(originator), m_pconn(nullptr) { } virtual ~StoreMessage() { m_pconn.reset(); } void set_originator(MessageOriginator originator) { m_originator = originator; } MessageOriginator get_originator() const { return m_originator; } void set_txid(int64 txid) { m_txid = txid; } int64 get_txid() const { return m_txid; } int set_replica_type(int32 tp) { if ((tp<0) || (tp>=PLUTO_NODE_REPLICAS_NUM)) { return -1; } m_replica_type = tp; return 0; } int32 get_replica_type() const { return m_replica_type; } void set_connection(std::shared_ptr<Connection > pconn) { m_pconn = pconn; } std::shared_ptr<Connection > get_connection() const { return m_pconn; } boost::asio::ip::tcp::endpoint get_dest_endpoint() const { std::pair<boost::asio::ip::address, unsigned short> addr = get_destination(); return boost::asio::ip::tcp::endpoint(addr.first, addr.second); } void set_dest_endpoint(const boost::asio::ip::tcp::endpoint& ep) { set_destination(ep.address(), ep.port()); } int build_msg_body(unsigned char* buf, size_t sz) { // format: int64 -- txid // int32 -- originator // int32 -- reserved if (buf == nullptr) { getlog()->sendlog(LogLevel::ERROR, "Store message, build body nullptr received\n"); return -1; } if (sz < get_bodysize()) { getlog()->sendlog(LogLevel::ERROR, "Store message, build body no enough buffer, size=%d, required %d\n", sz, get_bodysize()); return -1; } network_write_int64(buf, m_txid); buf += sizeof(int64); int32 ival = static_cast<int32>(m_originator); ival = htonl(ival); memcpy(buf, &ival, sizeof(int32)); buf += sizeof(int32); ival = htonl(m_replica_type); memcpy(buf, &ival, sizeof(int32)); buf += sizeof(int32); return build_storemsg_body(buf, sz - get_storemsg_hdrsize()); } virtual int build_storemsg_body(unsigned char* buf, size_t sz) = 0; void parse_msg_body(unsigned char* buf, size_t sz) throw (parse_error) { if (buf==nullptr) { throw parse_error("StoreMessage: parse null buffer"); } if (sz < get_storemsg_hdrsize()) { throw parse_error("StoreMessage: size error"); } m_txid = network_read_int64(buf); buf += sizeof(int64); int32 ival; memcpy(&ival, buf, sizeof(int32)); ival = ntohl(ival); buf += sizeof(int32); int hi, low; low = static_cast<int>(MessageOriginator::PLUTO_FIRST); hi = static_cast<int>(MessageOriginator::PLUTO_LAST); if ((ival < low) || (ival >= hi)) { throw parse_error("StoreMessage: invalid originator " + std::to_string(ival)); } m_originator = static_cast<MessageOriginator>(ival); // reserved memcpy(&ival, buf, sizeof(int32)); ival = ntohl(ival); buf += sizeof(int32); m_replica_type = ival; parse_storemsg_body(buf, sz - get_storemsg_hdrsize()); } virtual void parse_storemsg_body(const unsigned char* buf, const size_t sz) throw (parse_error) = 0; size_t get_bodysize() const { return get_storemsg_hdrsize() + get_storemsg_bodysize(); } size_t get_storemsg_hdrsize() const { return sizeof(int64) + sizeof(int32)*2; } virtual size_t get_storemsg_bodysize() const = 0; void dump_body(int (*output)(const char*, ...)=printf, bool verbose=false) const { output("Originator : '%s'", get_originator_desc(m_originator).c_str()); output("TransactionId: '%ld'", m_txid); dump_storemsg_body(output, verbose); } virtual void dump_storemsg_body(int (*output)(const char*, ...)=printf, bool verbose=false) const = 0; protected: void network_write_int64(unsigned char* buf, int64 val) { int32 ival; ival = val >> 32 & 0xFFFFFFFF; ival = htonl(ival); memcpy(buf, &ival, sizeof(int32)); buf += sizeof(int32); ival = val & 0xFFFFFFFF; ival = htonl(ival); memcpy(buf, &ival, sizeof(int32)); buf += sizeof(int32); } int64 network_read_int64(const unsigned char* buf) { int32 ival1, ival2; memcpy(&ival1, buf, sizeof(int32)); ival1 = ntohl(ival1); buf += sizeof(int32); memcpy(&ival2, buf, sizeof(int32)); ival2 = ntohl(ival2); int64 lval = ival1; lval = lval<<32 | ival2; return lval; } private: int64 m_txid; int32 m_replica_type; MessageOriginator m_originator; std::shared_ptr<Connection > m_pconn; }; /** ******************************************************************************* * Function declaractions * ******************************************************************************* */ #endif // _STORE_MSG_COMMON_H_

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/* +------------------------------------+ * | Inspire Internet Relay Chat Daemon | * +------------------------------------+ * * InspIRCd: (C) 2002-2009 InspIRCd Development Team * See: http://wiki.inspircd.org/Credits * * This program is free but copyrighted software; see * the file COPYING for details. * * --------------------------------------------------- */ #ifndef __CAP_H__ #define __CAP_H__ #include <map> #include <string> class CapData : public classbase { public: irc::string type; std::vector<std::string> wanted; std::vector<std::string> ack; User* user; Module* creator; }; void GenericCapHandler(Event* ev, const std::string &extname, const std::string &cap) { if (ev->GetEventID() == "cap_req") { CapData *data = (CapData *) ev->GetData(); std::vector<std::string>::iterator it; if ((it = std::find(data->wanted.begin(), data->wanted.end(), cap)) != data->wanted.end()) { // we can handle this, so ACK it, and remove it from the wanted list data->ack.push_back(*it); data->wanted.erase(it); data->user->Extend(extname); } } if (ev->GetEventID() == "cap_ls") { CapData *data = (CapData *) ev->GetData(); data->wanted.push_back(cap); } if (ev->GetEventID() == "cap_list") { CapData *data = (CapData *) ev->GetData(); if (data->user->GetExt(extname)) data->wanted.push_back(cap); } if (ev->GetEventID() == "cap_clear") { CapData *data = (CapData *) ev->GetData(); data->ack.push_back("-" + cap); data->user->Shrink(extname); } } #endif

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#include <iostream> #include "List.h" using namespace std; /*int menu(); int menu() { int opt = 0; cout << "LIST OF OPTIONS" << endl; cout << "Option 1 - Insert an element into the list." << endl; cout << "Option 2 - Remove an element from the list." << endl; cout << "Option 3 - View the number of elements in the list." << endl; cout << "Option 4 - View any element in the list." << endl; cout << "Option 5 - Delete any element in the list." << endl; cout << "Option 6 - Delete all the elements in the list." << endl; cout << "Option 7 - Exit program" << endl; cout << "Please choose an option from the above." << endl; cin >> opt; return opt; }*/ int main() { List L1; /*int choice = 0; int k = 0; int num = 0; while((choice=menu()) != 7) { switch(choice) { case 1:cout << "Enter the number to be inserted into the list." << endl; cin >> num; cout <<< endl << "Enter the break; case 2: break; case 3: break; case 4: break; case 5: break; case 6: break; default: break; }//end switch }//end while return 0; */ }

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FCDPhysicsModelInstance.cpp

/* Copyright (C) 2005-2007 Feeling Software Inc. Portions of the code are: Copyright (C) 2005-2007 Sony Computer Entertainment America MIT License: http://www.opensource.org/licenses/mit-license.php */ #include "StdAfx.h" #include "FCDocument/FCDocument.h" #include "FCDocument/FCDController.h" #include "FCDocument/FCDEntity.h" #include "FCDocument/FCDForceField.h" #include "FCDocument/FCDPhysicsForceFieldInstance.h" #include "FCDocument/FCDLibrary.h" #include "FCDocument/FCDPhysicsModel.h" #include "FCDocument/FCDPhysicsModelInstance.h" #include "FCDocument/FCDPhysicsRigidBodyInstance.h" #include "FCDocument/FCDPhysicsRigidConstraintInstance.h" #include "FUtils/FUDaeParser.h" #include "FUtils/FUDaeWriter.h" #include "FUtils/FUUniqueStringMap.h" using namespace FUDaeParser; using namespace FUDaeWriter; ImplementObjectType(FCDPhysicsModelInstance); FCDPhysicsModelInstance::FCDPhysicsModelInstance(FCDocument* document) : FCDEntityInstance(document, NULL, FCDEntity::PHYSICS_MODEL) { } FCDPhysicsModelInstance::~FCDPhysicsModelInstance() { } FCDPhysicsRigidBodyInstance* FCDPhysicsModelInstance::AddRigidBodyInstance(FCDPhysicsRigidBody* rigidBody) { FCDPhysicsRigidBodyInstance* instance = new FCDPhysicsRigidBodyInstance(GetDocument(), this, rigidBody); instances.push_back(instance); SetDirtyFlag(); return instance; } FCDPhysicsRigidConstraintInstance* FCDPhysicsModelInstance::AddRigidConstraintInstance(FCDPhysicsRigidConstraint* rigidConstraint) { FCDPhysicsRigidConstraintInstance* instance = new FCDPhysicsRigidConstraintInstance(GetDocument(), this, rigidConstraint); instances.push_back(instance); SetDirtyFlag(); return instance; } FCDPhysicsForceFieldInstance* FCDPhysicsModelInstance::AddForceFieldInstance(FCDForceField* forceField) { FCDEntityInstance* instance = FCDEntityInstanceFactory::CreateInstance(GetDocument(), (FCDSceneNode*) NULL, forceField); instances.push_back(instance); SetDirtyFlag(); return (FCDPhysicsForceFieldInstance*)instance; } FCDEntityInstance* FCDPhysicsModelInstance::Clone(FCDEntityInstance* _clone) const { FCDPhysicsModelInstance* clone = NULL; if (_clone == NULL) _clone = clone = new FCDPhysicsModelInstance(const_cast<FCDocument*>(GetDocument())); else if (_clone->HasType(FCDPhysicsModelInstance::GetClassType())) clone = (FCDPhysicsModelInstance*) _clone; Parent::Clone(_clone); if (clone != NULL) { for (FCDEntityInstanceContainer::const_iterator it = instances.begin(); it != instances.end(); ++it) { FCDEntityInstance* clonedInstance = NULL; switch ((*it)->GetEntityType()) { case FCDEntity::PHYSICS_RIGID_BODY: clonedInstance = clone->AddRigidBodyInstance(); break; case FCDEntity::PHYSICS_RIGID_CONSTRAINT: clonedInstance = clone->AddRigidConstraintInstance(); break; case FCDEntity::FORCE_FIELD: clonedInstance = clone->AddForceFieldInstance(); break; default: FUFail(break); } if (clonedInstance != NULL) (*it)->Clone(clonedInstance); } } return _clone; } bool FCDPhysicsModelInstance::LoadFromXML(xmlNode* instanceNode) { bool status = FCDEntityInstance::LoadFromXML(instanceNode); if (!status) return status; if (GetEntity() == NULL) { FUError::Error(FUError::ERROR, FUError::WARNING_MISSING_URI_TARGET, instanceNode->line); } // Check for the expected instantiation node type if (!IsEquivalent(instanceNode->name, DAE_INSTANCE_PHYSICS_MODEL_ELEMENT)) { FUError::Error(FUError::ERROR, FUError::ERROR_UNKNOWN_ELEMENT, instanceNode->line); } //this is already done in the FCDSceneNode // fm::string physicsModelId = ReadNodeProperty(instanceNode, DAE_TARGET_ATTRIBUTE); // entity = GetDocument()->FindPhysicsModel(physicsModelId); // if (!entity) return status.Fail(FS("Couldn't find physics model for instantiation"), instanceNode->line); xmlNodeList rigidBodyNodes; FindChildrenByType(instanceNode, DAE_INSTANCE_RIGID_BODY_ELEMENT, rigidBodyNodes); for (xmlNodeList::iterator itB = rigidBodyNodes.begin(); itB != rigidBodyNodes.end(); ++itB) { FCDPhysicsRigidBodyInstance* instance = AddRigidBodyInstance(NULL); status &= (instance->LoadFromXML(*itB)); } xmlNodeList rigidConstraintNodes; FindChildrenByType(instanceNode, DAE_INSTANCE_RIGID_CONSTRAINT_ELEMENT, rigidConstraintNodes); for (xmlNodeList::iterator itC = rigidConstraintNodes.begin(); itC != rigidConstraintNodes.end(); ++itC) { FCDPhysicsRigidConstraintInstance* instance = AddRigidConstraintInstance(NULL); status &= (instance->LoadFromXML(*itC)); } xmlNodeList forceFieldNodes; FindChildrenByType(instanceNode, DAE_INSTANCE_FORCE_FIELD_ELEMENT, forceFieldNodes); for (xmlNodeList::iterator itN = forceFieldNodes.begin(); itN != forceFieldNodes.end(); ++itN) { FCDPhysicsForceFieldInstance* instance = AddForceFieldInstance(NULL); status &= (instance->LoadFromXML(*itN)); } SetDirtyFlag(); return status; } // Write out the instantiation information to the XML node tree xmlNode* FCDPhysicsModelInstance::WriteToXML(xmlNode* parentNode) const { xmlNode* instanceNode = FCDEntityInstance::WriteToXML(parentNode); // The sub-instances must be ordered correctly: force fields first, then rigid bodies; rigid constraints are last. for (FCDEntityInstanceContainer::const_iterator it = instances.begin(); it != instances.end(); ++it) { if ((*it)->GetEntityType() == FCDEntity::FORCE_FIELD) { (*it)->LetWriteToXML(instanceNode); } } for (FCDEntityInstanceContainer::const_iterator it = instances.begin(); it != instances.end(); ++it) { if ((*it)->GetEntityType() == FCDEntity::PHYSICS_RIGID_BODY) { (*it)->LetWriteToXML(instanceNode); } } for (FCDEntityInstanceContainer::const_iterator it = instances.begin(); it != instances.end(); ++it) { if ((*it)->GetEntityType() == FCDEntity::PHYSICS_RIGID_CONSTRAINT) { (*it)->LetWriteToXML(instanceNode); } } Parent::WriteToExtraXML(instanceNode); return instanceNode; } void FCDPhysicsModelInstance::CleanSubId(FUSUniqueStringMap* parentStringMap) { Parent::CleanSubId(parentStringMap); FUSUniqueStringMap myStringMap; for (FCDEntityInstanceContainer::iterator it = instances.begin(); it != instances.end(); ++it) { (*it)->CleanSubId(&myStringMap); } }

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// N3UIArea.h: interface for the CN3UIArea class. // ////////////////////////////////////////////////////////////////////// #if !defined(AFX_N3UIAREA_H__895A2972_7C58_4264_92AA_B740D40B0C22__INCLUDED_) #define AFX_N3UIAREA_H__895A2972_7C58_4264_92AA_B740D40B0C22__INCLUDED_ #if _MSC_VER > 1000 #pragma once #endif // _MSC_VER > 1000 #include "N3UIBase.h" enum eUI_AREA_TYPE { UI_AREA_TYPE_NONE = 0, UI_AREA_TYPE_SLOT, UI_AREA_TYPE_INV, UI_AREA_TYPE_TRADE_NPC, UI_AREA_TYPE_PER_TRADE_MY, UI_AREA_TYPE_PER_TRADE_OTHER, UI_AREA_TYPE_DROP_ITEM, UI_AREA_TYPE_SKILL_TREE, UI_AREA_TYPE_SKILL_HOTKEY, UI_AREA_TYPE_REPAIR_INV, UI_AREA_TYPE_REPAIR_NPC, UI_AREA_TYPE_TRADE_MY, UI_AREA_TYPE_PER_TRADE_INV, }; class CN3UIArea : public CN3UIBase { public: CN3UIArea(); virtual ~CN3UIArea(); public: eUI_AREA_TYPE m_eAreaType; public: virtual void Release(); virtual bool Load(HANDLE); virtual void SetRegion(const RECT& Rect); virtual DWORD MouseProc(DWORD dwFlags, const POINT& ptCur, const POINT& ptOld); #ifndef _REPENT #ifdef _N3GAME virtual bool ReceiveMessage(CN3UIBase* pSender, DWORD dwMsg); #endif #endif #ifdef _N3TOOL // 툴에서 사용하기 위한 함수 virtual void operator = (const CN3UIArea& other); virtual bool Save(HANDLE hFile); #endif }; #endif // !defined(AFX_N3UIAREA_H__895A2972_7C58_4264_92AA_B740D40B0C22__INCLUDED_)

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// Generated from /POI/java/org/apache/poi/poifs/storage/SmallDocumentBlock.java #pragma once #include <fwd-POI.hpp> #include <java/io/fwd-POI.hpp> #include <java/lang/fwd-POI.hpp> #include <java/util/fwd-POI.hpp> #include <org/apache/poi/poifs/common/fwd-POI.hpp> #include <org/apache/poi/poifs/storage/fwd-POI.hpp> #include <java/lang/Object.hpp> #include <org/apache/poi/poifs/storage/BlockWritable.hpp> #include <org/apache/poi/poifs/storage/ListManagedBlock.hpp> template<typename ComponentType, typename... Bases> struct SubArray; namespace poi { namespace poifs { namespace storage { typedef ::SubArray< ::poi::poifs::storage::BlockWritable, ::java::lang::ObjectArray > BlockWritableArray; typedef ::SubArray< ::poi::poifs::storage::ListManagedBlock, ::java::lang::ObjectArray > ListManagedBlockArray; typedef ::SubArray< ::poi::poifs::storage::SmallDocumentBlock, ::java::lang::ObjectArray, BlockWritableArray, ListManagedBlockArray > SmallDocumentBlockArray; } // storage } // poifs } // poi struct default_init_tag; class poi::poifs::storage::SmallDocumentBlock final : public virtual ::java::lang::Object , public BlockWritable , public ListManagedBlock { public: typedef ::java::lang::Object super; private: static constexpr int32_t BLOCK_SHIFT { int32_t(6) }; ::int8_tArray* _data { }; static constexpr int8_t _default_fill { int8_t(-1) }; static constexpr int32_t _block_size { int32_t(64) }; static constexpr int32_t BLOCK_MASK { int32_t(63) }; int32_t _blocks_per_big_block { }; ::poi::poifs::common::POIFSBigBlockSize* _bigBlockSize { }; protected: void ctor(::poi::poifs::common::POIFSBigBlockSize* bigBlockSize, ::int8_tArray* data, int32_t index); void ctor(::poi::poifs::common::POIFSBigBlockSize* bigBlockSize); private: static int32_t getBlocksPerBigBlock(::poi::poifs::common::POIFSBigBlockSize* bigBlockSize); public: static SmallDocumentBlockArray* convert(::poi::poifs::common::POIFSBigBlockSize* bigBlockSize, ::int8_tArray* array, int32_t size); static int32_t fill(::poi::poifs::common::POIFSBigBlockSize* bigBlockSize, ::java::util::List* blocks); static SmallDocumentBlockArray* convert(::poi::poifs::common::POIFSBigBlockSize* bigBlockSize, BlockWritableArray* store, int32_t size) /* throws(IOException, ArrayIndexOutOfBoundsException) */; static ::java::util::List* extract(::poi::poifs::common::POIFSBigBlockSize* bigBlockSize, ListManagedBlockArray* blocks) /* throws(IOException) */; static DataInputBlock* getDataInputBlock(SmallDocumentBlockArray* blocks, int32_t offset); static int32_t calcSize(int32_t size); public: /* protected */ int32_t getSmallBlocksPerBigBlock(); private: static SmallDocumentBlock* makeEmptySmallDocumentBlock(::poi::poifs::common::POIFSBigBlockSize* bigBlockSize); static int32_t convertToBlockCount(int32_t size); public: void writeBlocks(::java::io::OutputStream* stream) /* throws(IOException) */ override; ::int8_tArray* getData() override; ::poi::poifs::common::POIFSBigBlockSize* getBigBlockSize(); // Generated private: SmallDocumentBlock(::poi::poifs::common::POIFSBigBlockSize* bigBlockSize, ::int8_tArray* data, int32_t index); public: /* protected */ SmallDocumentBlock(::poi::poifs::common::POIFSBigBlockSize* bigBlockSize); protected: SmallDocumentBlock(const ::default_init_tag&); public: static ::java::lang::Class *class_(); private: virtual ::java::lang::Class* getClass0(); };

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#include <lab2/vector.h> #include <lab3/solver.h> #include <fstream> #include <string> using namespace lab3; lab2::Vector Solver::solve(const lab2::Matrix& A, const lab2::Vector& b) { std::ofstream A_of("data/A.txt"); A_of << A; A_of.close(); std::ofstream b_of("data/b.txt"); b_of << b; b_of.close(); std::string command = "java -cp build-gradle/classes/java/main matrix.Solver " + std::to_string(A.size()); std::system(command.c_str()); std::ifstream x_if("data/x.txt"); lab2::Vector x(x_if); x_if.close(); return x; }

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//Cassie Tarakajian, ctarakajian@gmail.com #include "computer_player.h" #include <algorithm> #include <random> #include <iostream> ComputerPlayer::ComputerPlayer(TargetBoard *target_board, std::map<char, Ship> ship_map, bool intelligent): _intelligent(intelligent), _target_board(target_board), _ship_map(ship_map) { set_max_ship_length(); initialize_cardinalities(); } void ComputerPlayer::initialize_cardinalities() { for (int i = 0; i < (BOARD_SIDE + 1)/2; i++) { //BOARD_SIDE+1 in case board for (int j = 0; j < (BOARD_SIDE + 1)/2; j++) { //side is odd _strategy.cardinalities[i][j] = _strategy.cardinalities[i][BOARD_SIDE-1-j] = _strategy.cardinalities[BOARD_SIDE-1-i][j] = _strategy.cardinalities[BOARD_SIDE-1-i][BOARD_SIDE-1-j]= i + j + (_strategy.max_ship_length-1)*2; } } } void ComputerPlayer::update_cardinalities() { for (int row = 0; row < BOARD_SIDE; row++) { for (int column = 0; column < BOARD_SIDE; column++) { if (_strategy.cardinalities[row][column] != -1) { // make sure we are not looking at a -1 int count = 0; // the cardinality counter for (int distance = 1; distance < _strategy.max_ship_length; distance++) { // count the spaces to the right if (column + distance >= BOARD_SIDE) { // if we are out of bounds break; } if (_strategy.cardinalities[row][column + distance] == -1) { // we have found a space that has been shot at break; } count++; // we are in bounds, and it is not a known space } for (int distance = 1; distance < _strategy.max_ship_length; distance++) { // count the spaces to the left if (column - distance < 0) { // if we are out of bounds break; } if (_strategy.cardinalities[row][column - distance] == -1) { // we have found a space that has been shot at break; } count++; // we are in bounds, and it is not a known space } for (int distance = 1; distance < _strategy.max_ship_length; distance++) { // count the spaces up if (row - distance < 0) { // if we are out of bounds break; } if (_strategy.cardinalities[row - distance][column] == -1) { // we have found a space that has been shot at break; } count++; // we are in bounds, and it is not a known space } for (int distance = 1; distance < _strategy.max_ship_length; distance++) { // count the spaces down if (row + distance >= BOARD_SIDE) { // if we are out of bounds break; } if (_strategy.cardinalities[row + distance][column] == -1) { // we have found a space that has been shot at break; } count++; // we are in bounds, and it is not a known space } _strategy.cardinalities[row][column] = count; } } } } void ComputerPlayer::print_cardinalities() { std::string horizontal_line = "-----------------------------------------"; std::cout << std::endl << " 1 2 3 4 5 6 7 8 9 0 " << std::endl << " ---------------------------- " << std::endl; for (int row = 0; row < 10; row++) { // iterate through all the rows std::cout << static_cast<char> (row + 65) << " | "; for (int column = 0; column < 10; column++) { // iterate through all the columns if (column != 0) { // we want this additional space eacg tune except the first std::cout << " "; } std::cout << " " << _strategy.cardinalities[row][column]; // compute the index of the array //to be printed and print it } std::cout << std::endl; } std::cout << std::endl; } void ComputerPlayer::set_max_ship_length() { _strategy.max_ship_length = std::max_element(_ship_map.begin(), _ship_map.end(), ValueCompare())->second.length(); } std::pair<int, int> ComputerPlayer::get_move() { std::pair<int,int> move = {0,0}; if (!_intelligent) { get_random_move(move); } else if(_strategy.tracking_ship) { get_tracking_ship_move(move); } else { get_strategic_move(move); } //computer remembers its last move _last_move = move; //update candinalities _strategy.cardinalities[move.first][move.second] = -1; return move; } void ComputerPlayer::get_random_move(std::pair<int,int> &move) { int row, column; std::random_device rd; std::mt19937 gen(rd()); std::uniform_int_distribution<> random_position(0, 9); do { row = random_position(gen); column = random_position(gen); } while(_target_board->get_char(row,column) != 'o'); move = std::make_pair(row, column); } void ComputerPlayer::set_tracking_position(int &row, int &column) { row = _strategy.first_hit.first + _strategy.distance * ORT_TO_VECTOR.at(static_cast<Orientation>(_strategy.ort)).first; column = _strategy.first_hit.second + _strategy.distance * ORT_TO_VECTOR.at(static_cast<Orientation>(_strategy.ort)).second; } void ComputerPlayer::change_tracking_orientation(int &row, int &column, char &position) { _strategy.ort += 1; std::cout << "Orientation: " <<_strategy.ort << std::endl; if (_strategy.ort > Orientation::DOWN) { //change dat first hit!!!!! _strategy.ship_hits.erase(_strategy.ship_hits.begin()); _strategy.first_hit = _strategy.ship_hits.front(); _strategy.ort = 0; } _strategy.distance = 0; set_tracking_position(row, column); position = _target_board->get_char(row, column); } void ComputerPlayer::get_tracking_ship_move(std::pair<int,int> &move) { std::cout << "Trying to get tracking ship move!" << std::endl; int trk_row, trk_column; set_tracking_position(trk_row, trk_column); char current_guess = _target_board->get_char(trk_row, trk_column); while (current_guess == HIT || current_guess == MISS){ //If ship could still possibly be in this orientation if (current_guess == HIT && _strategy.distance < _strategy.max_ship_length) { //then guess the next position _strategy.distance += 1; set_tracking_position(trk_row, trk_column); //if not off of the edge of the board if (trk_row < BOARD_SIDE && trk_column < BOARD_SIDE){ std::cout << "Current Guess: " << current_guess << std::endl; std::cout << "Row: " << trk_row << std::endl; std::cout << "Column: " << trk_column << std::endl; current_guess = _target_board->get_char(trk_row, trk_column); } else { change_tracking_orientation(trk_row, trk_column, current_guess); } } else { change_tracking_orientation(trk_row, trk_column, current_guess); } } move = std::make_pair(trk_row, trk_column); } void ComputerPlayer::get_strategic_move(std::pair<int,int> &move) { for (int i = 0; i < BOARD_SIDE; i++) { for (int j = 0; j < BOARD_SIDE; j++) { if (_strategy.cardinalities[move.first][move.second] < _strategy.cardinalities[i][j]) { move = std::make_pair(i, j); } } } } void ComputerPlayer::update_strategy(char result) { if (result == OPEN) { if (_intelligent && !_strategy.tracking_ship) { update_cardinalities(); } } else { if (!_strategy.tracking_ship) { _strategy.num_ship_hits = 0; _strategy.first_hit = _last_move; _strategy.tracking_ship = true; } _strategy.num_ship_hits += 1; _strategy.ship_hits.push_back(_last_move); if(result != HIT) { //if only hit one ship during tracking mode if (_strategy.num_ship_hits == _ship_map.at(result).length()) { update_cardinalities(); reset_tracking(); } //if hit multiple ships else { _strategy.num_ship_hits = _strategy.num_ship_hits - _ship_map.at(result).length(); //Don't know where we first hit the other ship, but will guess it is the next hit _strategy.ship_hits.erase(_strategy.ship_hits.begin()); _strategy.first_hit = _strategy.ship_hits.front(); _strategy.ort = 0; _strategy.distance = 0; } _ship_map.erase(result); set_max_ship_length(); } } } void ComputerPlayer::reset_tracking() { _strategy.tracking_ship = false; _strategy.num_ship_hits = 0; _strategy.ort = 0; _strategy.distance = 0; _strategy.ship_hits.erase(_strategy.ship_hits.begin(), _strategy.ship_hits.end()); _strategy.first_hit = std::make_pair(-1, -1); }

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/* DMX Slave * Copyright (c) 2014 Devin Crumb, Church by the Glades (cbglades.com) * * Based on serial1.c in the Teensyduino Core Library converted to use DMA * http://www.pjrc.com/teensy/ * Copyright (c) 2013 PJRC.COM, LLC. * * Permission is hereby granted, free of charge, to any person obtaining * a copy of this software and associated documentation files (the * "Software"), to deal in the Software without restriction, including * without limitation the rights to use, copy, modify, merge, publish, * distribute, sublicense, and/or sell copies of the Software, and to * permit persons to whom the Software is furnished to do so, subject to * the following conditions: * * 1. The above copyright notice and this permission notice shall be * included in all copies or substantial portions of the Software. * * 2. If the Software is incorporated into a build system that allows * selection among a list of target devices, then similar target * devices manufactured by PJRC.COM must be included in the list of * target devices and selectable in the same manner. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND * NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS * BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN * ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN * CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE * SOFTWARE. */ #ifndef _TEENSY_DMA_DMX_H_ #define _TEENSY_DMA_DMX_H_ #include <Arduino.h> #include "DMAChannel.h" class Dmx { public: static const uint16_t channels = 514; void begin(void); static void debugDma() { Serial.print("DMA"); Serial.print(dma.channel); Serial.print(": "); uint8_t *p = (uint8_t *)dma.TCD; for (unsigned i = 0; i < sizeof(DMAChannel::TCD_t); ++i) { Serial.print(p[i], HEX); Serial.print(' '); } } void dumpBuffer() { Serial.println(dumped()); for (int i = 0; i < channels; ++i) { Serial.print(rxBuffer[i], HEX); Serial.print(' '); if (((i + 1) & 0x3F) == 0) Serial.println(); } } static uint16_t _dumped; uint16_t dumped() { __disable_irq(); uint16_t ret = _dumped; _dumped = 0; __enable_irq(); return ret; } bool complete() { if (!dma.complete()) return false; dma.clearComplete(); return true; } bool error() { if (!dma.error()) return false; dma.clearError(); return true; } static uint8_t rxBuffer[channels]; private: static DMAChannel dma; static DMASetting nextDma; static DMAMEM uint8_t rxDmaBuffer[channels]; static void dmaIsr(void); static void uartStatusIsr(void); }; #endif /* _TEENSY_DMX_H_ */

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fightclub.h

#ifndef FIGHTCLUB_H #define FIGHTCLUB_H #include <iostream> #include <iomanip> #include <list> #include <stack> #define KEY_ABILITY_1 1 #define KEY_ABILITY_2 2 #define KEY_BLOCK 3 #define KEY_ABILITY_1_PLAYER_1 68 #define KEY_ABILITY_2_PLAYER_1 83 #define KEY_BLOCK_PLAYER_1 65 #define KEY_ABILITY_1_PLAYER_2 74 #define KEY_ABILITY_2_PLAYER_2 75 #define KEY_BLOCK_PLAYER_2 76 #define PLAYER_TYPE_AI false #define PLAYER_TYPE_PLAYER true #include "../ascendii/ascendii.h" #include "ability.h" class DecisionTree; #include "fighter.h" #include "decisiontree.h" #include "decisiontreestandard.h" #include "decisiontreeaggressive.h" #include "decisiontreedefensive.h" #include "team.h" #include "database.h" #include "mainmenu.h" class OneVsOne; #include "chooseplayer.h" #include "newfightermenu.h" #include "newfighter.h" #include "choosefighter.h" #include "chosenfighter.h" #include "onevsone.h" class TwoVsTwo; #include "newteammenu.h" #include "newteam.h" #include "chosenteam.h" #include "chooseteamsubstate.h" #include "chooseteam.h" #include "twovstwo.h" #include "fight.h" #include "teamfight.h" #endif // FIGHTCLUB_H

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1D.cpp

#include<bits/stdc++.h> #define ll long long #define vi vector<int> #define vll vector<ll> #define F first #define S second #define pb push_back #define f(i,s,n) for(int i=(int)s;i<=(int)n;++i) #define Fast ios_base::sync_with_stdio(0),cin.tie(0),cout.tie(0); using namespace std; void solve() { int n;cin>>n; vi a(n);for(int &x:a)cin>>x; sort(a.begin(),a.end()); int q;cin>>q; while(q--){ int L,R;cin>>L>>R; int l=0,r=n-1; while(a[l]<L || a[r]>R){ int mid=(l+r)/2; if(a[mid]<L) l=mid; if(a[mid]>R) r=mid; cout<<l<< " "<<r<<'\n'; } cout<<r-l+1<<'\n'; } } int main() { Fast; // int t;cin>>t; // while(t--) solve(); }

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CIdle_movement.h

#ifndef IDLE_MOVEMENT_H #define IDLE_MOVEMENT_H #include "CMovement.h" #include <fstream> #include <vector> #include <iostream> #include <cmath> using namespace std; class CIdle_movement : public CMovement { public: virtual void move(CActor* actor); int field[102*102]; }; extern CIdle_movement* g_pIdle_movement; #endif // !TARGETED_MOVEMENT_H

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/LexemManager.cpp

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LexemManager.cpp

#include "LexemManager.h" #include "Number.h" #include "Addition.h" #include "Brackets.h" LexemManager::LexemManager() { shared_ptr<Lexem> addition(new Addition); shared_ptr<Lexem> openBrac(new OpenBracket(0)); shared_ptr<Lexem> closeBrac(new CloseBracket(0)); addLexem(move(addition), "+"); addLexem(move(openBrac), "("); addLexem(move(closeBrac), ")"); } shared_ptr<Lexem> LexemManager::getLexem(string& line) { double num; bool notNum = false; size_t read; if (isdigit(line[0])) { num = stod(line, &read); line.erase(0, read); return shared_ptr<Lexem>(new Number(num)); } if (_lexems[line[0]].empty()) { throw "Unknown operation"; } for (auto it = _lexems[line[0]].begin(); it != _lexems[line[0]].end(); it++) { if (line.find(it->first) == 0) { line.erase(0, it->first.length()); return it->second; } } throw "Unknown operation"; } void LexemManager::sortLexems() { auto comparator = [](const pair<string, shared_ptr<Lexem>>& a, const pair<string, shared_ptr<Lexem>>& b) { return a.first.length() > b.first.length(); }; for (auto it = _lexems.begin(); it != _lexems.end(); it++) { sort(it->second.begin(), it->second.end(), comparator); } } void LexemManager::addLexem(shared_ptr<Lexem>&& op, string&& name) { _lexems[name[0]].emplace_back(make_pair(name, op)); }

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/libraries/chain/db_block.cpp

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rendyirawan/cocos-mainnet

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db_block.cpp

/* * Copyright (c) 2015 Cryptonomex, Inc., and contributors. * * The MIT License * * Permission is hereby granted, free of charge, to any person obtaining a copy * of this software and associated documentation files (the "Software"), to deal * in the Software without restriction, including without limitation the rights * to use, copy, modify, merge, publish, distribute, sublicense, and/or sell * copies of the Software, and to permit persons to whom the Software is * furnished to do so, subject to the following conditions: * * The above copyright notice and this permission notice shall be included in * all copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN * THE SOFTWARE. */ #include <graphene/chain/database.hpp> #include <graphene/chain/db_with.hpp> #include <graphene/chain/hardfork.hpp> #include <graphene/chain/block_summary_object.hpp> #include <graphene/chain/global_property_object.hpp> #include <graphene/chain/operation_history_object.hpp> #include <graphene/chain/proposal_object.hpp> #include <graphene/chain/transaction_object.hpp> #include <graphene/chain/witness_object.hpp> #include <graphene/chain/protocol/fee_schedule.hpp> //#include <graphene/chain/protocol/contract.hpp> #include <graphene/chain/exceptions.hpp> #include <graphene/chain/evaluator.hpp> #include <graphene/chain/crontab_object.hpp> #include <graphene/chain/temporary_authority.hpp> #include <fc/smart_ref_impl.hpp> //#include <threadpool/threadpool.hpp> //using namespace boost::threadpool; namespace graphene { namespace chain { bool database::is_known_block(const block_id_type &id) const { return _fork_db.is_known_block(id) || _block_id_to_block.contains(id); } /** * Only return true *if* the transaction has not expired or been invalidated. If this * method is called with a VERY old transaction we will return false, they should * query things by blocks if they are that old. */ bool database::is_known_transaction(const transaction_id_type &id) const { const auto &trx_idx = get_index_type<transaction_index>().indices().get<by_trx_id>(); return trx_idx.find(id) != trx_idx.end(); } block_id_type database::get_block_id_for_num(uint32_t block_num) const { try { return _block_id_to_block.fetch_block_id(block_num); } FC_CAPTURE_AND_RETHROW((block_num)) } optional<signed_block> database::fetch_block_by_id(const block_id_type &id) const { auto b = _fork_db.fetch_block(id); if (!b) return _block_id_to_block.fetch_optional(id); return b->data; } optional<signed_block> database::fetch_block_by_number(uint32_t num) const { auto results = _fork_db.fetch_block_by_number(num); if (results.size() == 1) return results[0]->data; else return _block_id_to_block.fetch_by_number(num); return optional<signed_block>(); } const signed_transaction &database::get_recent_transaction(const string &trx_id) const { //wdump((trx_id)); auto &index = get_index_type<transaction_index>().indices().get<by_trx_hash>(); auto itr = index.find(tx_hash_type(trx_id)); FC_ASSERT(itr != index.end(), "No specified transaction was found in transaction_index"); return itr->trx; } const transaction_in_block_info &database::get_transaction_in_block_info(const string &trx_id) const { //wdump((trx_id)); auto &index = get_index_type<transaction_in_block_index>().indices().get<by_trx_hash>(); auto itr = index.find(tx_hash_type(trx_id)); FC_ASSERT(itr != index.end(), "No specified transaction was found in transaction_in_block_index"); return *itr; } std::vector<block_id_type> database::get_block_ids_on_fork(block_id_type head_of_fork) const { pair<fork_database::branch_type, fork_database::branch_type> branches = _fork_db.fetch_branch_from(head_block_id(), head_of_fork); if (!((branches.first.back()->previous_id() == branches.second.back()->previous_id()))) { edump((head_of_fork)(head_block_id())(branches.first.size())(branches.second.size())); assert(branches.first.back()->previous_id() == branches.second.back()->previous_id()); } std::vector<block_id_type> result; for (const item_ptr &fork_block : branches.second) result.emplace_back(fork_block->id); result.emplace_back(branches.first.back()->previous_id()); return result; } /** * Push block "may fail" in which case every partial change is unwound. After * push block is successful the block is appended to the chain database on disk. * * @return true if we switched forks as a result of this push. */ bool database::push_block(const signed_block &new_block, uint32_t skip) { bool result; detail::with_skip_flags(*this, skip, [&]() { detail::without_pending_transactions(*this, _pending_tx, [&]() { result = _push_block(new_block); }); }); return result; } bool database::_push_block(const signed_block &new_block) { try { FC_ASSERT(new_block.block_id == new_block.make_id()); uint32_t skip = get_node_properties().skip_flags; if (!(skip & skip_fork_db)) { /// TODO: if the block is greater than the head block and before the next maitenance interval // verify that the block signer is in the current set of active witnesses. shared_ptr<fork_item> new_head = _fork_db.push_block(new_block); //If the head block from the longest chain does not build off of the current head, we need to switch forks. if (new_head->data.previous != head_block_id()) // 判定区块是否是自己所在网络生产的，如果不是则进入,不分叉不执行 { //If the newly pushed block is the same height as head, we get head back in new_head //Only switch forks if new_head is actually higher than head if (new_head->data.block_num() > head_block_num()) // 判定生产区块的链的长度是否大于自己所在网络，如果大于则说明自身所处网络为分叉网络 { wlog("Switching to fork: ${id}", ("id", new_head->data.block_id)); auto branches = _fork_db.fetch_branch_from(new_head->data.block_id, head_block_id()); //获取分叉源 // pop blocks until we hit the forked block while (head_block_id() != branches.second.back()->data.previous) //pop 弹出从分叉源开始的所有的分叉的区块 pop_block(); // push all blocks on the new fork //push 重新应用从分叉源开始的所有主网络区块 for (auto ritr = branches.first.rbegin(); ritr != branches.first.rend(); ++ritr) { ilog("pushing blocks from fork ${n} ${id}", ("n", (*ritr)->data.block_num())("id", (*ritr)->data.block_id)); optional<fc::exception> except; try { undo_database::session session = _undo_db.start_undo_session(); apply_block((*ritr)->data, skip); // 应用区块 _block_id_to_block.store((*ritr)->id, (*ritr)->data); session.commit(); } catch (const fc::exception &e) { except = e; } if (except) { wlog("exception thrown while switching forks ${e}", ("e", except->to_detail_string())); // remove the rest of branches.first from the fork_db, those blocks are invalid while (ritr != branches.first.rend()) { _fork_db.remove((*ritr)->data.block_id); ++ritr; } _fork_db.set_head(branches.second.front()); // pop all blocks from the bad fork while (head_block_id() != branches.second.back()->data.previous) pop_block(); // restore all blocks from the good fork for (auto ritr = branches.second.rbegin(); ritr != branches.second.rend(); ++ritr) { auto session = _undo_db.start_undo_session(); apply_block((*ritr)->data, skip); _block_id_to_block.store(new_block.block_id, (*ritr)->data); session.commit(); } throw *except; } } return true; } else return false; } } try { auto session = _undo_db.start_undo_session(); apply_block(new_block, skip); _block_id_to_block.store(new_block.block_id, new_block); session.commit(); } catch (const fc::exception &e) { elog("Failed to push new block:\n${e}", ("e", e.to_detail_string())); _fork_db.remove(new_block.block_id); throw; } return false; } FC_CAPTURE_AND_RETHROW((new_block)) } /** * Attempts to push the transaction into the pending queue * * When called to push a locally generated transaction, set the skip_block_size_check bit on the skip argument. This * will allow the transaction to be pushed even if it causes the pending block size to exceed the maximum block size. * Although the transaction will probably not propagate further now, as the peers are likely to have their pending * queues full as well, it will be kept in the queue to be propagated later when a new block flushes out the pending * queues. */ processed_transaction database::push_transaction(const signed_transaction &trx, uint32_t skip, transaction_push_state push_state) { try { processed_transaction result; detail::with_skip_flags(*this, skip, [&]() { result = _push_transaction(trx, push_state); }); return result; } FC_CAPTURE_AND_RETHROW((trx)) } processed_transaction database::_push_transaction(const signed_transaction &trx, transaction_push_state push_state) { // If this is the first transaction pushed after applying a block, start a new undo session. // This allows us to quickly rewind to the clean state of the head block, in case a new block arrives. if (!_pending_tx_session.valid()) _pending_tx_session = _undo_db.start_undo_session(); // Create a temporary undo session as a child of _pending_tx_session. // The temporary session will be discarded by the destructor if // _apply_transaction fails. If we make it to merge(), we // apply the changes. auto temp_session = _undo_db.start_undo_session(); processed_transaction processed_trx; transaction_apply_mode mode; if (push_state != transaction_push_state::re_push) { if (push_state == transaction_push_state::from_me) { //get_message_send_cache_size(); _pending_size=std::max(_pending_size,_pending_tx.size()); if (_message_cache_size_limit) FC_ASSERT(_pending_size <= _message_cache_size_limit, "The number of messages cached by the current node has exceeded the maximum limit,size:${size}", ("size", _pending_size)); mode = transaction_apply_mode::push_mode; processed_trx = _apply_transaction(trx, mode); } else { mode = transaction_apply_mode::validate_transaction_mode; processed_trx = _apply_transaction(trx, mode, !deduce_in_verification_mode); } } else { uint32_t skip = get_node_properties().skip_flags; const chain_parameters &chain_parameters = get_global_properties().parameters; if (BOOST_LIKELY(head_block_num() > 0)) { if (!(skip & skip_tapos_check) && !trx.agreed_task) { const auto &tapos_block_summary = block_summary_id_type(trx.ref_block_num)(*this); FC_ASSERT(trx.ref_block_prefix == tapos_block_summary.block_id._hash[1]); } fc::time_point_sec now = head_block_time(); FC_ASSERT(trx.expiration <= now + chain_parameters.maximum_time_until_expiration, "", ("trx.expiration", trx.expiration)("now", now)("max_til_exp", chain_parameters.maximum_time_until_expiration)); FC_ASSERT(now <= trx.expiration, "", ("now", now)("trx.exp", trx.expiration)); } processed_trx = *(processed_transaction *)&trx; } //(processed_trx.operation_results.size() > 0, "in ${push_state} ", ("push_state", push_state)); _pending_tx.push_back(processed_trx); //nico 填充pending池 //notify_changed_objects(); //通知数据变更,push_mode与validate_transaction_mode,并没有真正应用数据,\ 此处合并数据库只是为了快速响应，所以并不发送数据变更通知(对应前段的订阅) // The transaction applied successfully. Merge its changes into the pending block session. if (push_state == transaction_push_state::re_push || mode == transaction_apply_mode::invoke_mode) //nico chang:: 引入新的过程共识，所以在invoke_mode委托模式下完成验证后，不合并数据库 { temp_session.undo(); this->create<transaction_object>([&](transaction_object &transaction) { transaction.trx_hash=processed_trx.hash(); transaction.trx_id = processed_trx.id(transaction.trx_hash); transaction.trx = processed_trx; }); } temp_session.merge(); // notify anyone listening to pending transactions on_pending_transaction(processed_trx); return processed_trx; } processed_transaction database::validate_transaction(const signed_transaction &trx) { auto session = _undo_db.start_undo_session(); auto mode = transaction_apply_mode::just_try; return _apply_transaction(trx, mode); } processed_transaction database::push_proposal(const proposal_object &proposal) { try { transaction_evaluation_state eval_state(this); eval_state.is_agreed_task = true; eval_state.operation_results.reserve(proposal.proposed_transaction.operations.size()); processed_transaction ptrx(proposal.proposed_transaction); eval_state._trx = &ptrx; size_t old_applied_ops_size = _applied_ops.size(); try { auto session = _undo_db.start_undo_session(true); for (auto &op : proposal.proposed_transaction.operations) eval_state.operation_results.emplace_back(apply_operation(eval_state, op)); remove(proposal); session.merge(); } catch (const fc::exception &e) { /* if (head_block_time() <= HARDFORK_483_TIME) { for (size_t i = old_applied_ops_size, n = _applied_ops.size(); i < n; i++) { ilog("removing failed operation from applied_ops: ${op}", ("op", *(_applied_ops[i]))); _applied_ops[i].reset(); } } else*/ { _applied_ops.resize(old_applied_ops_size); } elog("e", ("e", e.to_detail_string())); throw; } ptrx.operation_results = std::move(eval_state.operation_results); return ptrx; } FC_CAPTURE_AND_RETHROW((proposal)) } signed_block database::generate_block( fc::time_point_sec when, witness_id_type witness_id, const fc::ecc::private_key &block_signing_private_key, uint32_t skip /* = 0 */ ) { try { signed_block result; detail::with_skip_flags(*this, skip, [&]() { result = _generate_block(when, witness_id, block_signing_private_key); }); return result; } FC_CAPTURE_AND_RETHROW() } signed_block database::_generate_block( fc::time_point_sec when, witness_id_type witness_id, const fc::ecc::private_key &block_signing_private_key) { try { uint32_t skip = get_node_properties().skip_flags; uint32_t slot_num = get_slot_at_time(when); FC_ASSERT(slot_num > 0); witness_id_type scheduled_witness = get_scheduled_witness(slot_num); FC_ASSERT(scheduled_witness == witness_id); const auto &witness_obj = witness_id(*this); if (!(skip & skip_witness_signature)) FC_ASSERT(witness_obj.signing_key == block_signing_private_key.get_public_key()); static const size_t max_block_header_size = fc::raw::pack_size(signed_block_header()) + 4; const chain_parameters &chain_parameters = get_global_properties().parameters; auto maximum_block_size = chain_parameters.maximum_block_size; size_t total_block_size = max_block_header_size; signed_block pending_block; // The following code throws away existing pending_tx_session and // rebuilds it by re-applying pending transactions. // // This rebuild is necessary because pending transactions' validity // and semantics may have changed since they were received, because // time-based semantics are evaluated based on the current block // time. These changes can only be reflected in the database when // the value of the "when" variable is known, which means we need to // re-apply pending transactions in this method. _pending_tx_session.reset(); _pending_tx_session = _undo_db.start_undo_session(); //uint64_t postponed_tx_count = 0; for (const processed_transaction &tx : _pending_tx) // 将pending池中的交易应用到区块 { size_t new_total_size = total_block_size + fc::raw::pack_size(tx); // postpone transaction if it would make block too big if (new_total_size >= maximum_block_size) break; //nico change:不再计算因区块大小超界而搁置的tx数量 try { //if (tx.operation_results.size() > 0) //{ if (BOOST_LIKELY(head_block_num() > 0)&& !tx.agreed_task) { if (!(skip & skip_tapos_check) ) { const auto &tapos_block_summary = block_summary_id_type(tx.ref_block_num)(*this); FC_ASSERT(tx.ref_block_prefix == tapos_block_summary.block_id._hash[1]); } fc::time_point_sec now = head_block_time(); FC_ASSERT(tx.expiration <= now + chain_parameters.maximum_time_until_expiration, "", ("trx.expiration", tx.expiration)("now", now)("max_til_exp", chain_parameters.maximum_time_until_expiration)); FC_ASSERT(now <= tx.expiration, "", ("now", now)("trx.exp", tx.expiration)); } total_block_size += fc::raw::pack_size(tx); pending_block.transactions.push_back(std::make_pair(tx.hash(), tx)); //} } catch (const fc::exception &e) { // Do nothing, transaction will not be re-applied wlog("Transaction was not processed while generating block due to ${e}", ("e", e)); wlog("The transaction was ${t}", ("t", tx)); } } /* if (postponed_tx_count > 0) { wlog("Postponed ${n} transactions due to block size limit", ("n", postponed_tx_count)); // 由于区块大小限制，n笔交易被搁置 }*/ _pending_tx_session.reset(); // We have temporarily broken the invariant that // _pending_tx_session is the result of applying _pending_tx, as // _pending_tx now consists of the set of postponed transactions. // However, the push_block() call below will re-create the // _pending_tx_session. pending_block.previous = head_block_id(); if(pending_block.previous==block_id_type()) { pending_block.extensions=vector<string>{"Ignition with Kevin , Nico , Major and Wililiam"}; } pending_block.timestamp = when; //pending_block.transaction_merkle_root = pending_block.calculate_merkle_root(); pending_block.witness = witness_id; // TODO: Move this to _push_block() so session is restored. uint skip_authority=skip_authority_check; if(!deduce_in_verification_mode) skip_authority=0; validate_block(pending_block, block_signing_private_key, skip | skip_authority | skip_merkle_check | skip_witness_signature); // push_transation , _apply_transaction , push_block 3次应用交易 return pending_block; } FC_CAPTURE_AND_RETHROW((witness_id)) } /** * Removes the most recent block from the database and * undoes any changes it made. */ void database::pop_block() { try { _pending_tx_session.reset(); auto head_id = head_block_id(); optional<signed_block> head_block = fetch_block_by_id(head_id); GRAPHENE_ASSERT(head_block.valid(), pop_empty_chain, "there are no blocks to pop"); _fork_db.pop_block(); pop_undo(); _popped_tx.resize(head_block->transactions.size()); std::transform(head_block->transactions.begin(), head_block->transactions.end(), _popped_tx.begin(), [&](std::pair<tx_hash_type, processed_transaction> trx_pair) { return trx_pair.second; }); //_popped_tx.insert(_popped_tx.begin(), head_block->transactions.begin(), head_block->transactions.end()); } FC_CAPTURE_AND_RETHROW() } void database::clear_pending() { try { assert((_pending_tx.size() == 0) || _pending_tx_session.valid()); _pending_tx.clear(); _pending_tx_session.reset(); } FC_CAPTURE_AND_RETHROW() } uint32_t database::push_applied_operation(const operation &op) { _applied_ops.emplace_back(op); /* "emplace_back" 和 "push_back" 的区别:对于在容器中添加类的对象时, 相比于push_back,emplace_back可以避免额外类的复制和移动操作. */ operation_history_object &oh = *(_applied_ops.back()); oh.block_num = _current_block_num; oh.trx_in_block = _current_trx_in_block; oh.op_in_trx = _current_op_in_trx; oh.virtual_op = _current_virtual_op++; return _applied_ops.size() - 1; } void database::set_applied_operation_result(uint32_t op_id, const operation_result &result) { assert(op_id < _applied_ops.size()); if (_applied_ops[op_id]) _applied_ops[op_id]->result = result; else { elog("Could not set operation result (head_block_num=${b})", ("b", head_block_num())); } } const vector<optional<operation_history_object>> &database::get_applied_operations() const { return _applied_ops; } //////////////////// private methods //////////////////// void database::apply_block(const signed_block &next_block, uint32_t skip) { auto block_num = next_block.block_num(); if (_checkpoints.size() && _checkpoints.rbegin()->second != block_id_type()) { auto itr = _checkpoints.find(block_num); if (itr != _checkpoints.end()) FC_ASSERT(next_block.block_id == itr->second, "Block did not match checkpoint", ("checkpoint", *itr)("block_id", next_block.block_id)); if (_checkpoints.rbegin()->first >= block_num) skip = ~0; // WE CAN SKIP ALMOST EVERYTHING } detail::with_skip_flags(*this, skip, [&]() { _apply_block(next_block); }); return; } void database::_apply_block(const signed_block &next_block) { try { uint32_t next_block_num = next_block.block_num(); uint32_t skip = get_node_properties().skip_flags; _applied_ops.clear(); FC_ASSERT((skip & skip_merkle_check) || next_block.transaction_merkle_root == next_block.calculate_merkle_root() /*checking_transactions_hash()*/, "", ("next_block.transaction_merkle_root", next_block.transaction_merkle_root)("calc", next_block.calculate_merkle_root() /*checking_transactions_hash()*/)("next_block", next_block)("id", next_block.block_id)); const witness_object &signing_witness = validate_block_header(skip, next_block); const auto &global_props = get_global_properties(); const auto &dynamic_global_props = get<dynamic_global_property_object>(dynamic_global_property_id_type()); bool maint_needed = (dynamic_global_props.next_maintenance_time <= next_block.timestamp); _current_block_num = next_block_num; _current_trx_in_block = 0; for (auto &trx : next_block.transactions) // 应用区块中的tx { /* We do not need to push the undo state for each transaction * because they either all apply and are valid or the * entire block fails to apply. We only need an "undo" state * for transactions when validating broadcast transactions or * when building a block. */ FC_ASSERT(trx.second.operation_results.size() > 0, "trx_hash:${trx_hash}", ("trx_hash", trx.second.hash())); apply_transaction(trx.second, skip | skip_authority_check, transaction_apply_mode::apply_block_mode); // 应用交易transaction , 在应用区块的时候，跳过tx签名再次核验 ++_current_trx_in_block; } update_global_dynamic_data(next_block); update_signing_witness(signing_witness, next_block); update_last_irreversible_block(); // Are we at the maintenance interval? if (maint_needed) perform_chain_maintenance(next_block, global_props); create_block_summary(next_block); clear_expired_transactions(); // hash数据表受保护，只能由database线程修改 clear_expired_nh_asset_orders(); clear_expired_proposals(); clear_expired_orders(); clear_expired_timed_task(); update_expired_feeds(); clear_expired_active(); // n.b., update_maintenance_flag() happens this late // because get_slot_time() / get_slot_at_time() is needed above // TODO: figure out if we could collapse this function into // update_global_dynamic_data() as perhaps these methods only need // to be called for header validation? update_maintenance_flag(maint_needed); update_witness_schedule(); if (!_node_property_object.debug_updates.empty()) apply_debug_updates(); // notify observers that the block has been applied applied_block(next_block); // applied_block信号通知 _applied_ops.clear(); notify_changed_objects(); // 消息通知对象改变 } FC_CAPTURE_AND_RETHROW((next_block.block_num())) } processed_transaction database::apply_transaction(const signed_transaction &trx, uint32_t skip, transaction_apply_mode run_mode) { processed_transaction result; detail::with_skip_flags(*this, skip, [&]() { result = _apply_transaction(trx, run_mode); }); return result; } processed_transaction database::_apply_transaction(const signed_transaction &trx, transaction_apply_mode &run_mode, bool only_try_permissions) { //fc::microseconds start1 = fc::time_point::now().time_since_epoch(); try { uint32_t skip = get_node_properties().skip_flags; auto &chain_parameters = get_global_properties().parameters; int op_maxsize_proportion_percent = 1; //default if (_options->count("op_maxsize_proportion_percent")) { auto percent = _options->at("op_maxsize_proportion_percent").as<uint32_t>(); if(percent>=0 && percent<=100) //if percent out of range,just do nothing op_maxsize_proportion_percent = percent; } int size = chain_parameters.maximum_block_size*op_maxsize_proportion_percent/100; FC_ASSERT(fc::raw::pack_size(trx) < size);//交易尺寸验证，单笔交易最大尺寸不能超过区块最大尺寸的百分比 if (!(skip & skip_validate)) /* issue #505 explains why this skip_flag is disabled */ trx.validate(); auto &trx_idx = get_mutable_index_type<transaction_index>(); const chain_id_type &chain_id = get_chain_id(); fc::time_point_sec now = head_block_time(); auto trx_hash = trx.hash(); auto trx_id = trx.id(trx_hash); FC_ASSERT((skip & skip_transaction_dupe_check) || trx_idx.indices().get<by_trx_id>().find(trx_id) == trx_idx.indices().get<by_trx_id>().end()); transaction_evaluation_state eval_state(this); eval_state._trx = &trx; eval_state.run_mode = run_mode; eval_state.skip=skip; const crontab_object *temp_crontab = nullptr; if (!(skip & (skip_transaction_signatures | skip_authority_check)) || trx.agreed_task) { if (trx.agreed_task) { object_id_type id = trx.agreed_task->second; switch (id.type()) { case proposal_object::type_id: { auto &proposal = ((proposal_id_type)id)(*this); FC_ASSERT(trx_hash == proposal.proposed_transaction.hash() && proposal.expiration_time <= now && proposal.allow_execution); modify(proposal,[](proposal_object &pr){pr.allow_execution=false;}); break; } case crontab_object::type_id: { auto &crontab = ((crontab_id_type)id)(*this); temp_crontab = &crontab; FC_ASSERT(trx_hash == crontab.timed_transaction.hash() && crontab.next_execte_time <= now&&crontab.allow_execution); modify(crontab, [&](crontab_object &c) { c.last_execte_time = now; c.next_execte_time = c.last_execte_time + c.execute_interval; c.expiration_time = c.last_execte_time + (c.scheduled_execute_times - c.already_execute_times) * c.execute_interval; c.already_execute_times++; c.timed_transaction.expiration = c.next_execte_time + std::min<uint32_t>(chain_parameters.assigned_task_life_cycle, 7200); }); break; } default: FC_THROW("Unexpected System Transactions"); } eval_state.is_agreed_task=trx.agreed_task.valid()?true:false; } else { authority active; auto get_active = [&](account_id_type id) -> const authority * { active=id(*this).active; /*************************nico 添加临时授权验证******************/ flat_map<public_key_type,weight_type> temporary; auto &index = this->get_index_type<temporary_active_index>().indices().get<by_account_id_type>(); auto itr = index.find(id);if(itr!=index.end())temporary=itr->temporary_active; for(auto itr=temporary.begin();itr!=temporary.end();itr++)active.key_auths.insert(*itr);return &active; }; auto get_owner = [&](account_id_type id) -> const authority * { return &id(*this).owner; }; trx.verify_authority(chain_id, get_active, get_owner, eval_state.sigkeys, get_global_properties().parameters.max_authority_depth); // 应用_apply_transaction 验证交易权限 } } if (BOOST_LIKELY(head_block_num() > 0)&&!eval_state.is_agreed_task) { if (!(skip & skip_tapos_check)) { const auto &tapos_block_summary = block_summary_id_type(trx.ref_block_num)(*this); FC_ASSERT(trx.ref_block_prefix == tapos_block_summary.block_id._hash[1]); } FC_ASSERT(trx.expiration <= now + chain_parameters.maximum_time_until_expiration, "", ("trx.expiration", trx.expiration)("now", now)("max_til_exp", chain_parameters.maximum_time_until_expiration)); FC_ASSERT(now <= trx.expiration, "", ("now", now)("trx.exp", trx.expiration)); } if (run_mode == transaction_apply_mode::apply_block_mode || run_mode == transaction_apply_mode::production_block_mode) { auto temp = this->create<transaction_in_block_info>([&](transaction_in_block_info &info) { // info.trx_hash = trx_hash; info.block_num = _current_block_num; info.trx_in_block = _current_trx_in_block; }); } if (!(skip & skip_transaction_dupe_check)) { this->create<transaction_object>([&](transaction_object &transaction) { transaction.trx_hash=trx_hash; transaction.trx_id = trx_id; transaction.trx = trx; }); } processed_transaction ptrx(trx); if (only_try_permissions) { //ptrx.operation_results.push_back(void_result()); return ptrx; } eval_state.operation_results.reserve(trx.operations.size()); _current_op_in_trx = 0; uint64_t real_run_time = 0; auto get_runtime = operation_result_visitor_get_runtime(); bool result_contains_error = false; for (const auto &op : ptrx.operations) { auto op_result = apply_operation(eval_state, op, eval_state.is_agreed_task); real_run_time += op_result.visit(get_runtime); if (run_mode != transaction_apply_mode::apply_block_mode) FC_ASSERT(real_run_time < block_interval() * 75000ll, "Total execution time exceeds block interval,tx:${tx}", ("tx", trx)); //block_interval*75% if (run_mode == transaction_apply_mode::apply_block_mode && eval_state.is_agreed_task) FC_ASSERT(op_result == ((processed_transaction *)eval_state._trx)->operation_results[_current_op_in_trx]); eval_state.operation_results.emplace_back(op_result); if (op_result.which() == operation_result::tag<contract_result>::value && op_result.get<contract_result>().existed_pv) run_mode = transaction_apply_mode::invoke_mode; // 委托模式,将拒绝数据合并 ++_current_op_in_trx; if (op_result.which() == operation_result::tag<error_result>::value) { result_contains_error = true; } } /* If the task fails for 3 consecutive executions, it will be suspended and set to expire after 3 days, but if the * number of task executions has reached the schedule execute times, it will be deleted directly instead of suspend. */ if (temp_crontab != nullptr && temp_crontab->already_execute_times < temp_crontab->scheduled_execute_times) { if (result_contains_error) { modify(*temp_crontab, [&](crontab_object &c) { c.continuous_failure_times++; if (chain_parameters.crontab_suspend_threshold == c.continuous_failure_times) // the task execution fails consecutively 3 times, it will be suspended { c.next_execte_time = fc::time_point_sec::maximum(); c.is_suspended = true; c.expiration_time = now + chain_parameters.crontab_suspend_expiration; // the task is suspended, modify its expiration time to be 3 days later } }); } else if (0 != temp_crontab->continuous_failure_times) // reset crontab's continuous failure times modify(*temp_crontab, [&](crontab_object &c) { c.continuous_failure_times = 0; }); } //Insert transaction into unique transactions database. ptrx.operation_results = std::move(eval_state.operation_results); return ptrx; } FC_CAPTURE_AND_RETHROW((trx)) } operation_result database::apply_operation(transaction_evaluation_state &eval_state, const operation &op, bool is_agreed_task) { try { operation_result result; bool _undo_db_state = _undo_db.enabled(); _undo_db.enable(); fc::microseconds start = fc::time_point::now().time_since_epoch(); { auto op_session = _undo_db.start_undo_session(); try { int i_which = op.which(); uint64_t u_which = uint64_t(i_which); if (i_which < 0) assert("Negative operation tag" && false); if (u_which >= _operation_evaluators.size()) assert("No registered evaluator for this operation" && false); unique_ptr<op_evaluator> &eval = _operation_evaluators[u_which]; // 选择对应验证合约的状态机 if (!eval) assert("No registered evaluator for this operation" && false); result = eval->evaluate(eval_state, op, true); } catch (fc::exception &e) { if (is_agreed_task) { auto error_re = error_result(e.code(), e.to_string()); error_re.real_running_time = fc::time_point::now().time_since_epoch().count() - start.count(); result = error_re; op_session.undo(); } else throw e; } auto op_id = push_applied_operation(op); set_applied_operation_result(op_id, result); op_session.merge(); } _undo_db_state ? _undo_db.enable() : _undo_db.disable(); return result; } FC_CAPTURE_AND_RETHROW((op)) } const witness_object &database::validate_block_header(uint32_t skip, const signed_block &next_block) const { FC_ASSERT(head_block_id() == next_block.previous, "", ("head_block_id", head_block_id())("next.prev", next_block.previous)); FC_ASSERT(head_block_time() < next_block.timestamp, "", ("head_block_time", head_block_time())("next", next_block.timestamp)("blocknum", next_block.block_num())); const witness_object &witness = next_block.witness(*this); if (!(skip & skip_witness_signature)) FC_ASSERT(next_block.validate_signee(witness.signing_key)); if (!(skip & skip_witness_schedule_check)) { uint32_t slot_num = get_slot_at_time(next_block.timestamp); FC_ASSERT(slot_num > 0); witness_id_type scheduled_witness = get_scheduled_witness(slot_num); FC_ASSERT(next_block.witness == scheduled_witness, "Witness produced block at wrong time", ("block witness", next_block.witness)("scheduled", scheduled_witness)("slot_num", slot_num)); } return witness; } void database::create_block_summary(const signed_block &next_block) { block_summary_id_type sid(next_block.block_num() & 0xffff); modify(sid(*this), [&](block_summary_object &p) { p.block_id = next_block.block_id; }); } void database::set_message_cache_size_limit(uint16_t message_cache_size_limit) { FC_ASSERT(message_cache_size_limit >= 3000 || message_cache_size_limit == 0); _message_cache_size_limit = message_cache_size_limit; } void database::add_checkpoints(const flat_map<uint32_t, block_id_type> &checkpts) { for (const auto &i : checkpts) _checkpoints[i.first] = i.second; } bool database::before_last_checkpoint() const { return (_checkpoints.size() > 0) && (_checkpoints.rbegin()->first >= head_block_num()); } bool database::log_pending_size() { _pending_size=_pending_tx.size(); return true; } } // namespace chain } // namespace graphene

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//to print rhombus star pattern //inclusion of packages #include <iostream> #include <string> using namespace std; //main int main() { //initialisation int i,j,r; string s; //user prompt cout<<"Enter the row/column number. "<<endl; //input cin>>r; //loop for(i=r;i>=1;i--) { for(j=1;j<=i;j++) { cout <<" "; } for(j=1;j<=r;j++) cout <<"*"; cout <<endl; } return 0; }

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// Copyright (c) 2012 The Chromium Authors. All rights reserved. // Use of this source code is governed by a BSD-style license that can be // found in the LICENSE file. #ifndef MEDIA_AUDIO_WIN_WAVEIN_INPUT_WIN_H_ #define MEDIA_AUDIO_WIN_WAVEIN_INPUT_WIN_H_ #include <windows.h> #include <mmsystem.h> #include <stdint.h> #include <memory> #include <string> #include "base/compiler_specific.h" #include "base/macros.h" #include "base/synchronization/lock.h" #include "base/threading/thread_checker.h" #include "base/win/scoped_handle.h" #include "media/audio/audio_io.h" #include "media/base/audio_parameters.h" namespace media { class AudioBus; class AudioManagerWin; class PCMWaveInAudioInputStream : public AudioInputStream { public: // The ctor takes all the usual parameters, plus |manager| which is the // the audio manager who is creating this object and |device_id| which // is provided by the operating system. PCMWaveInAudioInputStream(AudioManagerWin* manager, const AudioParameters& params, int num_buffers, const std::string& device_id); ~PCMWaveInAudioInputStream() override; // Implementation of AudioInputStream. bool Open() override; void Start(AudioInputCallback* callback) override; void Stop() override; void Close() override; // TODO(henrika): Add volume support using the Audio Mixer API. double GetMaxVolume() override; void SetVolume(double volume) override; double GetVolume() override; bool SetAutomaticGainControl(bool enabled) override; bool GetAutomaticGainControl() override; bool IsMuted() override; private: enum State { kStateEmpty, // Initial state. kStateReady, // Device obtained and ready to record. kStateRecording, // Recording audio. kStateStopping, // Trying to stop, waiting for callback to finish. kStateStopped, // Stopped. Device was reset. kStateClosed // Device has been released. }; // Allow unit tests to query the device ID. friend class AudioManagerTest; // Windows calls us back with the recorded audio data here. See msdn // documentation for 'waveInProc' for details about the parameters. static void CALLBACK WaveCallback(HWAVEIN hwi, UINT msg, DWORD_PTR instance, DWORD_PTR param1, DWORD_PTR param2); // If windows reports an error this function handles it and passes it to // the attached AudioInputCallback::OnError(). void HandleError(MMRESULT error); // Allocates and prepares the memory that will be used for recording. void SetupBuffers(); // Deallocates the memory allocated in SetupBuffers. void FreeBuffers(); // Sends a buffer to the audio driver for recording. void QueueNextPacket(WAVEHDR* buffer); // Converts the stored device id string into an unsigned integer which // can be used by waveInOpen() to open the specified capture device. bool GetDeviceId(UINT* device_index); base::ThreadChecker thread_checker_; // Reader beware. Visual C has stronger guarantees on volatile vars than // most people expect. In fact, it has release semantics on write and // acquire semantics on reads. See the msdn documentation. volatile State state_; // The audio manager that created this input stream. We notify it when // we close so it can release its own resources. AudioManagerWin* manager_; // We use the callback mostly to periodically give the recorded audio data. AudioInputCallback* callback_; // The number of buffers of size |buffer_size_| each to use. const int num_buffers_; // The size in bytes of each audio buffer. uint32_t buffer_size_; // Channels, 1 or 2. const int channels_; // Contains the unique name of the selected endpoint device. // Note that AudioDeviceDescription::kDefaultDeviceId represents the default // device role and is not a valid ID as such. std::string device_id_; // Windows native structure to encode the format parameters. WAVEFORMATEX format_; // Handle to the instance of the wave device. HWAVEIN wavein_; // Pointer to the first allocated audio buffer. This object owns it. WAVEHDR* buffer_; // An event that is signaled when the callback thread is ready to stop. base::win::ScopedHandle stopped_event_; // Lock used to avoid conflicts when Stop() is called during a callback. base::Lock lock_; // Extra audio bus used for storage of deinterleaved data for the OnData // callback. std::unique_ptr<media::AudioBus> audio_bus_; DISALLOW_COPY_AND_ASSIGN(PCMWaveInAudioInputStream); }; } // namespace media #endif // MEDIA_AUDIO_WIN_WAVEIN_INPUT_WIN_H_

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daemon.cpp

#define SPDLOG_DEBUG_ON // enable logging macros #include <capnp/message.h> #include <kj/io.h> #include <commelec-api/serialization.hpp> #include <commelec-api/schema.capnp.h> #include <commelec-api/hlapi-internal.hpp> #include <commelec-api/sender-policies.hpp> #include <commelec-api/json.hpp> #include <commelec-api/adv-validation.hpp> #include <commelec-api/coroutine-exception.hpp> #include <rapidjson/document.h> #include <rapidjson/writer.h> #include <rapidjson/stringbuffer.h> #include <spdlog/spdlog.h> // logging framework #include <boost/asio/io_service.hpp> #include <boost/asio/ip/udp.hpp> #include <boost/asio/spawn.hpp> #include <boost/asio/high_resolution_timer.hpp> #include <boost/filesystem.hpp> #include <algorithm> #include <iostream> #include <string> #include <unordered_map> #include <stdexcept> using boost::asio::ip::udp; using PortNumberType = unsigned short; using AgentIdType = uint32_t; using namespace boost::filesystem; enum class Resource { battery, pv, fuelcell, uncontrollableLoad, uncontrollableGenerator, discrete, discreteUnif, zenone, custom }; using ResourceMap = std::unordered_map<std::string, Resource> ; enum { networkBufLen = 2048, // length of data buffer for incoming requests maxUDPsize = 65536, maxRetransmissions = 10, interPacketSendDelay_ms = 2 }; void createBattAdv(msg::Message::Builder msg, rapidjson::Document& d) { auto Pmin = getDouble(d,"Pmin"); auto Pmax = getDouble(d,"Pmax"); auto Srated = getDouble(d,"Srated"); auto coeffP = getDouble(d,"coeffP"); auto coeffPsquared = getDouble(d,"coeffPsquared"); auto Pimp = getDouble(d,"Pimp"); auto Qimp = getDouble(d,"Qimp"); _BatteryAdvertisement(msg.initAdvertisement(), Pmin, Pmax, Srated, coeffP, coeffPsquared, Pimp, Qimp); return; } void createUncontrLoadAdv(msg::Message::Builder msg, rapidjson::Document &d) { auto Srated = getDouble(d,"Srated"); auto Pexp = getDouble(d,"Pexp"); auto Qexp = getDouble(d,"Qexp"); auto dPup = getDouble(d,"dPup"); auto dPdown = getDouble(d,"dPdown"); auto dQup = getDouble(d,"dQup"); auto dQdown = getDouble(d,"dQdown"); auto Pimp = getDouble(d,"Pimp"); auto Qimp = getDouble(d,"Qimp"); _uncontrollableLoad(msg.initAdvertisement(), Pexp,Qexp, Srated, dPup, dPdown, dQup, dQdown, Pimp, Qimp); return; } void createUncontrGenAdv(msg::Message::Builder msg, rapidjson::Document &d) { auto Srated = getDouble(d,"Srated"); auto Pexp = getDouble(d,"Pexp"); auto Qexp = getDouble(d,"Qexp"); auto dPup = getDouble(d,"dPup"); auto dPdown = getDouble(d,"dPdown"); auto dQup = getDouble(d,"dQup"); auto dQdown = getDouble(d,"dQdown"); auto Pimp = getDouble(d,"Pimp"); auto Qimp = getDouble(d,"Qimp"); auto maxPowerAbsorbtion = getDouble(d,"PmaxAbsorb"); _uncontrollableGenerator(msg.initAdvertisement(), Pexp,Qexp, Srated, dPup, dPdown, dQup, dQdown, Pimp, Qimp,maxPowerAbsorbtion); return; } void createDiscreteAdv(msg::Message::Builder msg, rapidjson::Document &d) { auto Pmin = getDouble(d,"Pmin"); auto Pmax = getDouble(d,"Pmax"); auto error = getDouble(d,"error"); std::vector<double> points; auto &pointList = d["points"]; for (auto itr = pointList.Begin(); itr != pointList.End(); ++itr) points.push_back(itr->GetDouble()); auto coeffP = getDouble(d,"coeffP"); auto coeffPsquared = getDouble(d,"coeffPsquared"); auto Pimp = getDouble(d,"Pimp"); auto Qimp = getDouble(d,"Qimp"); _realDiscreteDeviceAdvertisement(msg.initAdvertisement(), Pmin, Pmax, points, error, coeffPsquared, coeffP, Pimp, Qimp); return; } void createDiscreteUnifAdv(msg::Message::Builder msg, rapidjson::Document &d) { auto Pmin = getDouble(d,"Pmin"); auto Pmax = getDouble(d,"Pmax"); auto stepsize = getDouble(d,"stepsize"); auto error = getDouble(d,"error"); auto coeffP = getDouble(d,"coeffP"); auto coeffPsquared = getDouble(d,"coeffPsquared"); auto Pimp = getDouble(d,"Pimp"); auto Qimp = getDouble(d,"Qimp"); _uniformRealDiscreteDeviceAdvertisement(msg.initAdvertisement(), Pmin, Pmax, stepsize, error, coeffPsquared, coeffP, Pimp, Qimp); return; } void createZenoneAdv(msg::Message::Builder msg, rapidjson::Document &d) { auto Pmin = getDouble(d,"Pmin"); auto Pmax = getDouble(d,"Pmax"); auto stepsize = getDouble(d,"stepsize"); auto error = getDouble(d,"error"); auto coeffP = getDouble(d,"coeffP"); auto coeffPsquared = getDouble(d,"coeffPsquared"); auto Pimp = getDouble(d,"Pimp"); auto Qimp = getDouble(d,"Qimp"); _zenoneAdvertisement(msg.initAdvertisement(), Pmin, Pmax, stepsize, error, coeffPsquared, coeffP, Pimp, Qimp); return; } void createFuelCellAdv(msg::Message::Builder msg, rapidjson::Document& d) { createBattAdv(msg, d); } void createPVAdv(msg::Message::Builder msg, rapidjson::Document& d) { auto Pmax = getDouble(d,"Pmax"); auto Pdelta = getDouble(d,"Pdelta"); auto Srated = getDouble(d,"Srated"); auto cosPhi = getDouble(d,"cosPhi"); // power factor (PF) = cos(phi) auto tanPhi = std::sqrt( 1.0 - std::pow(cosPhi,2))/cosPhi; // tan(phi) = sqrt(1 - PF^2) / PF auto a_pv = getDouble(d,"a_pv"); auto b_pv = getDouble(d,"b_pv"); auto Pimp = getDouble(d,"Pimp"); auto Qimp = getDouble(d,"Qimp"); _PVAdvertisement(msg.initAdvertisement(), Srated, Pmax, Pdelta, tanPhi, a_pv, b_pv, Pimp, Qimp); return; } // The "packing"-policy lets a user of the class choose between packed // serialisation and de-serialisation (default) or a variant that omits packing // See also: https://capnproto.org/encoding.html#packing // The PackedSerialization class can be found in "messaging/SenderPolicies.hpp" template <typename PackingPolicy = PackedSerialization> class CommelecDaemon : private PackingPolicy { using PackingPolicy::serializeAndAsyncSend; using typename PackingPolicy::CapnpReader; public: CommelecDaemon(boost::asio::io_service &io_service,AgentIdType agentId, Resource resourceType, PortNumberType localhost_listen_port, PortNumberType network_listen_port, std::vector<boost::asio::ip::udp::endpoint>& req_endpoints, std::vector<boost::asio::ip::udp::endpoint>& adv_endpoints, bool debug = false) : _debug(debug), _agentId(agentId), _resourceType(resourceType), _strand(io_service), _local_socket(io_service, udp::endpoint(udp::v4(), localhost_listen_port)), _network_socket(io_service, udp::endpoint(udp::v4(), network_listen_port)), _outgoing_req_endpoints(req_endpoints), _outgoing_adv_endpoints(adv_endpoints), _timer(io_service), logger(spdlog::stdout_logger_mt("console")) { //boost::asio::spawn spawn_coroutine(_strand, [this](boost::asio::yield_context yield) { listenGAside(yield); }); //boost::asio::spawn spawn_coroutine(_strand, [this](boost::asio::yield_context yield) { listenRAside(yield); }); logger->set_level(spdlog::level::debug); SPDLOG_DEBUG(logger, "Started coroutines"); // run listeners as coroutines } private: void listenGAside(boost::asio::yield_context yield) { // listen on the 'network side' for Cap'n Proto-encoded requests sent by a // GA using namespace rapidjson; for (;;) { // run endlessly auto asio_buffer = boost::asio::buffer(_network_data, networkBufLen); boost::asio::ip::udp::endpoint sender_endpoint; size_t bytes_received = _network_socket.async_receive_from( asio_buffer, sender_endpoint, yield); // wait for incoming packet if (_resourceType == Resource::custom) { // forward payload to client(s) auto writeBuf = boost::asio::buffer(_network_data,bytes_received); for(const auto& ep : _outgoing_req_endpoints) _local_socket.async_send_to(writeBuf, ep, yield); } else { CapnpReader reader(asio_buffer); msg::Message::Reader msg = reader.getMessage(); if (!msg.hasRequest()) throw; auto req = msg.getRequest(); // parse Capnp SPDLOG_DEBUG(logger, "Request received from GA"); Document d; d.SetObject(); Value spValid; auto valid = req.hasSetpoint(); spValid.SetBool(valid); double P = 0.0, Q = 0.0; if (valid) { auto sp = req.getSetpoint(); P = sp[0]; Q = sp[1]; } auto &allocator = d.GetAllocator(); // must pass an allocator when the object may need to allocate memory d.AddMember("setpointValid", spValid, allocator); d.AddMember("senderId", msg.getAgentId(), allocator); d.AddMember("P", P, allocator); d.AddMember("Q", Q, allocator); // construct the JSON object StringBuffer buffer; Writer<StringBuffer> writer(buffer); d.Accept(writer); std::string payload = buffer.GetString(); for(const auto& ep : _outgoing_req_endpoints) _local_socket.async_send_to(boost::asio::buffer(payload), ep, yield); // flatten to string and send packet(s) } } } void listenRAside(boost::asio::yield_context yield) { // listen for JSON-encoded advertisement-parameters from the RA using namespace rapidjson; Document d; for (;;) { // run endlessly auto asio_buffer = boost::asio::buffer(_local_data, maxUDPsize); boost::asio::ip::udp::endpoint sender_endpoint; size_t bytes_received = _local_socket.async_receive_from(asio_buffer, sender_endpoint, yield); // wait for incoming packet SPDLOG_DEBUG(logger, "Packet received from RA, bytes: {}", bytes_received); auto read_buffer = boost::asio::buffer(_local_data, bytes_received); if (_resourceType == Resource::custom) { // a "custom" resource prepares packed Cap'n Proto advertisements by itself, // we merely need to forward this payload // // TODO (later, we will add transport-layer logic here) if(_debug){ auto buf = boost::asio::const_buffer(read_buffer); AdvValidator<PackingPolicy> val(buf); // throws if advertisement does not pass checks } // auto bytesWritten = for(const auto& ep : _outgoing_adv_endpoints) _network_socket.async_send_to(read_buffer, ep, yield); } else { _local_data[bytes_received] = 0; // terminate data as C-string d.Parse(reinterpret_cast<const char *>(_local_data)); if (!d.IsObject()) throw std::runtime_error("JSON object invalid"); // parse JSON capnp::MallocMessageBuilder builder; auto msg = builder.initRoot<msg::Message>(); msg.setAgentId(_agentId); // make advertisement, depending on which resource switch (_resourceType) { case Resource::pv: createPVAdv(msg, d); break; case Resource::fuelcell: createFuelCellAdv(msg, d); break; case Resource::battery: createBattAdv(msg, d); break; case Resource::uncontrollableLoad: createUncontrLoadAdv(msg, d); break; case Resource::uncontrollableGenerator: createUncontrGenAdv(msg, d); break; case Resource::discrete: createDiscreteAdv(msg, d); break; case Resource::discreteUnif: createDiscreteUnifAdv(msg, d); break; case Resource::zenone: createZenoneAdv(msg, d); break; default: break; } serializeAndAsyncSend(builder, _network_socket, _outgoing_adv_endpoints, yield, _debug); // send packet(s) } } } //################## // class attributes //################## bool _debug; AgentIdType _agentId; Resource _resourceType; boost::asio::io_service::strand _strand; boost::asio::ip::udp::socket _local_socket; boost::asio::ip::udp::socket _network_socket; //boost::asio::ip::udp::endpoint _local_dest_endpoint; std::vector<boost::asio::ip::udp::endpoint>& _outgoing_req_endpoints; //_network_dest_endpoint; std::vector<boost::asio::ip::udp::endpoint>& _outgoing_adv_endpoints; //_network_dest_endpoint; boost::asio::high_resolution_timer _timer; // asio stuff capnp::byte _local_data[maxUDPsize]; //2^16 bytes (max UDP packet size is 65,507 bytes) capnp::byte _network_data[networkBufLen]; // persistent arrays for storing incoming udp packets std::shared_ptr<spdlog::logger> logger; }; udp::endpoint make_endpoint(std::string ip, int portnum) { return udp::endpoint(boost::asio::ip::address::from_string(ip), portnum); } void generateDefaultConfiguration(const char *configFile) { // generate a default configuration and write it to disk rapidjson::Document d; d.SetObject(); auto &allocator = d.GetAllocator(); // init JSON object d.AddMember("resource-type", "battery", allocator); d.AddMember("agent-id", 1000, allocator); d.AddMember("GA-ip", "127.0.0.1", allocator); d.AddMember("GA-port", 12345, allocator); d.AddMember("RA-ip", "127.0.0.1", allocator); d.AddMember("RA-port", 12342, allocator); d.AddMember("listenport-RA-side", 12340, allocator); d.AddMember("listenport-GA-side", 12341, allocator); d.AddMember("debug-mode", false, allocator); // populate JSON object writeJSONfile(configFile, d); // write JSON object to disk } int commandLineParser(int argc, char *argv[], std::string& configFile, ResourceMap& resources) { // This function handles command line arguments: // * no command line arguments // * '--generate' option // * '--list-resouces' option // * config file as argument // # malformed arguments (i.e., more than one cl argument) // // possibly updates configFile pointer // // returns: // false - some error occurred, program should terminate // true - configFile contains valid filename using std::cout; using std::endl; if (argc == 2) { if (std::string(argv[1]) == "--generate") { if (exists(configFile)) { cout << "Attempting to create '" << configFile << "', but that file already exists. Please remove that one first." << endl; return -1; } cout << "Generating configuration file: " << configFile << " ... "; generateDefaultConfiguration(configFile.c_str()); cout << "Done." << endl << "You can now edit and customize this file." << endl; return -1; } else if (std::string(argv[1]) == "--list-resources") { cout << "Available resource types:" << endl; for(auto& res: resources) cout << res.first << endl; return -1; } else { // command line arg is not an option configFile = (argv[1]); if (std::string(configFile) == "-") // read config from std input return 1; if (!exists(configFile) || !is_regular_file(configFile)) { cout << "Configuration file '" << configFile << "' could not be found." << endl; return -1; } return 0; } } else { cout << "Usage: " << argv[0] << " [config file]" << endl << endl; cout << "Other options:" << endl; cout << argv[0] << " - (read configuration from standard input)" << endl; cout << argv[0] << " --generate (generates a default configuration)" << endl; cout << argv[0] << " --list-resources (lists available resources)" << endl; return -1; } } void parseEndpointList(const std::string &name, rapidjson::Value &jsonObj, std::vector<udp::endpoint> &epVec) { if (jsonObj.HasMember(name.c_str())) { auto &epList = jsonObj[name.c_str()]; if (!epList.IsArray()) { throw std::runtime_error("Error: " + name + " argument should be a list of " "{\"ip\":\"<string>\",\"port\":<num>} " "pairs."); } //for (auto itr = epList.Begin(); itr != epList.End(); ++itr) { // epVec.emplace_back( // make_endpoint(getString(*itr, "RA-ip"), // static_cast<PortNumberType>(getInt(*itr, "RA-port")))); //} // // std::for_each(epList.Begin(), epList.End(),[&epVec](const rapidjson::Value& ep) { epVec.emplace_back(make_endpoint(getString(ep, "ip"), static_cast<PortNumberType>(getInt(ep, "port")))); }); } } // main function int main(int argc, char *argv[]) { ResourceMap resources({{"pv", Resource::pv}, {"battery", Resource::battery}, {"fuelcell", Resource::fuelcell}, {"uncontr-load", Resource::uncontrollableLoad}, {"uncontr-gen", Resource::uncontrollableGenerator}, {"custom", Resource::custom}, {"discrete-uniform", Resource::discreteUnif}, {"zenone", Resource::zenone}, {"discrete", Resource::discrete}}); boost::asio::io_service io_service; // needed for ASIO's eventloop auto configFile = std::string("daemon-cfg.json"); auto status = commandLineParser(argc, argv, configFile, resources); // possibly updates 'configFile' filename rapidjson::Document cfg; switch (status) { case 0: cfg = readJSONfile(configFile.c_str()); break; case 1: cfg = readJSONstdin(); break; default: return status; } // read command line parameters if (!cfg.IsObject()) { std::cout << "Malformed JSON object in configuration file" << std::endl; return -1; } // read the configuration parameters from disk try { std::vector<udp::endpoint> req_dests; std::vector<udp::endpoint> adv_dests; req_dests.emplace_back(make_endpoint(getString(cfg, "RA-ip"), static_cast<PortNumberType>(getInt(cfg, "RA-port")))); adv_dests.emplace_back(make_endpoint(getString(cfg, "GA-ip"), static_cast<PortNumberType>(getInt(cfg, "GA-port")))); parseEndpointList("clone-req",cfg,req_dests); parseEndpointList("clone-adv",cfg,adv_dests); // possibly more destinations to which packets (requests or advertisements) // should be sent CommelecDaemon<> daemon( io_service, getInt(cfg, "agent-id"), resources.at(getString(cfg, "resource-type")), static_cast<PortNumberType>(getInt(cfg, "listenport-RA-side")), static_cast<PortNumberType>(getInt(cfg, "listenport-GA-side")), req_dests,adv_dests, getBool(cfg, "debug-mode", false)); //instantiate our main class, with the parameters as set by the user in the config file // debug-mode is an optional parameter io_service.run(); // run asio's event-loop; used for asynchronous network IO using coroutines } catch (std::runtime_error& e) { std::cout << "Exception: '" << e.what() << std::endl; return -1; } catch (std::out_of_range& e) { std::cout << "Config error - unknown resource type: " << getString(cfg, "resource-type") << std::endl; return -1; } #ifndef __arm__ // armel arch does not support exception_ptr // catch (const std::exception_ptr &ep) // Exceptions coming from inside coroutines (these are wrapped in an // exception_ptr and have to be rethrown, see below) { try { std::rethrow_exception(ep); // rethrow the exception that the exception pointer points to } catch (const std::exception &e) { std::cout << "Exception occurred!" << std::endl; std::cout << e.what() << std::endl; } } #endif }

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read_compass.ino

void setup_compass() { Wire.beginTransmission(0x0D); //Start communication with the compass. Wire.write(0x0B); //We want to write to the Configuration Register A (00 hex). Wire.write(0x01); Wire.endTransmission(); Wire.beginTransmission(0x0D); Wire.write(0x09); //We want to write to the Configuration Register A (00 hex). Wire.write(0x0D); //Set the Configuration Regiser A bits as 01111000 to set sample rate (average of 8 at 75Hz). Wire.endTransmission(); //End the transmission with the compass. compass_cal_values[0] = -3150; compass_cal_values[1] = 7315; compass_cal_values[2] = -6995; compass_cal_values[3] = 3345; compass_cal_values[4] = -4742; compass_cal_values[5] = 5832; compass_scale_y = ((float)compass_cal_values[1] - compass_cal_values[0]) / (compass_cal_values[3] - compass_cal_values[2]); compass_scale_z = ((float)compass_cal_values[1] - compass_cal_values[0]) / (compass_cal_values[5] - compass_cal_values[4]); compass_offset_x = (compass_cal_values[1] - compass_cal_values[0]) / 2 - compass_cal_values[1]; compass_offset_y = (((float)compass_cal_values[3] - compass_cal_values[2]) / 2 - compass_cal_values[3]); compass_offset_z = (((float)compass_cal_values[5] - compass_cal_values[4]) / 2 - compass_cal_values[5]); } void read_compass() { Wire.beginTransmission(0x0D); //Start communication with the compass. Wire.write(0x00); //We want to start reading at the hexadecimal location 0x03. Wire.endTransmission(); //End the transmission with the gyro. Wire.requestFrom(0x0D, 6); //Request 6 bytes from the compass. compass_y = (int16_t)(Wire.read() | Wire.read() << 8); //Add the low and high byte to the compass_y variable. //Invert the direction of the axis. compass_x = (int16_t)(Wire.read() | Wire.read() << 8); //Add the low and high byte to the compass_z variable.; compass_z = (int16_t)(Wire.read() | Wire.read() << 8); //Add the low and high byte to the compass_x variable.; compass_z *= -1; //Invert the direction of the axis. compass_y += compass_offset_y; //Add the y-offset to the raw value. compass_y *= compass_scale_y; //Scale the y-value so it matches the other axis. compass_z += compass_offset_z; //Add the z-offset to the raw value. compass_z *= compass_scale_z; //Scale the z-value so it matches the other axis. compass_x += compass_offset_x; //Add the x-offset to the raw value. compass_x_horizontal = (float)compass_x * cos(Angle_Pitch * 0.0174533) + (float)compass_y * sin(Angle_Roll * 0.0174533) * sin(Angle_Pitch * 0.0174533) + (float)compass_z * cos(Angle_Roll * 0.0174533) * sin(Angle_Pitch * 0.0174533); compass_y_horizontal = (float)compass_y * cos(Angle_Roll * 0.0174533) - (float)compass_z * sin(Angle_Roll * 0.0174533); compass_x_horizontal_virtual = (compass_x_horizontal*cos(virtual_north*0.0174533)-compass_y_horizontal*sin(virtual_north*0.0174533)); compass_y_horizontal_virtual = (compass_x_horizontal*sin(virtual_north*0.0174533)+compass_y_horizontal*cos(virtual_north*0.0174533)); actual_compass_heading = -(atan2(compass_y_horizontal_virtual, compass_x_horizontal_virtual)) * (180 / 3.14); } //The following subrouting calculates the smallest difference between two heading values. float course_deviation(float course_b, float course_c) { float course_a; float base_course_mirrored; float actual_course_mirrored; course_a = course_b - course_c; if (course_a < -180 || course_a > 180) { if (course_c < 0)base_course_mirrored = course_c + 180; else base_course_mirrored = course_c - 180; if (course_b < 0)actual_course_mirrored = course_b + 180; else actual_course_mirrored = course_b - 180; course_a = actual_course_mirrored - base_course_mirrored; } return course_a; }

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#define ll long long #define ff first #define ss second #define pb push_back #define deb(x) cout<<x<<"\n"; #define deB(x,y) cout<<x<<" "<<y<<"\n"; #define Deb(x,y,z) cout<<x<<" "<<y<<" "<<z<<"\n"; #define YES cout<<"YES\n"; #define Yes cout<<"Yes\n"; #define NO cout<<"NO\n"; #define No cout<<"No\n"; #define clt(x) 63-__builtin_clzll(x) #define bct(x) __builtin_popcountll(x) #define all(v) (v).begin(),(v).end() #define pi pair<ll,ll> #define vi vector<ll> #define vpi vector<pair<ll,ll>> #define maxq priority_queue<ll> #define minq priority_queue<ll,vector<ll>, greater<ll>> #define cont continue; #define reto return 0; #define sz size() #define spmod 1116295198451 #define mod 1000000007 #define md 998244353 #define N 100009 #define LG 20

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exer7.58.cpp

#include<vector> #include<iostream> class Example { public: static constexpr double rate = 6.5; static const int vecSize = 20; static std::vector<double> vec; private: }; std::vector<double> Example::vec ; int main() { std::cout<< Example::vec.size(); }

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/dl_createlightingform.cpp

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dl_createlightingform.cpp

#include "dl_createlightingform.h" extern SKeyData sKeyData;//ключевая информация extern HINSTANCE hProjectInstance; extern CWnd_Menu cWnd_Menu; CDialog_CreateLighting cDialog_CreateLighting; //------------------------------------------------------------------------------ CDialog_CreateLighting::CDialog_CreateLighting(void) { cDialog_CreateLighting.Initialize(); } LONG WINAPI CREATELIGHTINGFORM_dlgProc(HWND hDlg,UINT msg,WPARAM wParam,LPARAM lParam) { switch(msg) { case WM_INITDIALOG: { cDialog_CreateLighting.InitDialog(hDlg,wParam,lParam); return(TRUE); } case WM_COMMAND: { cDialog_CreateLighting.Command(hDlg,wParam,lParam); return(TRUE); } case WM_PAINT: { cDialog_CreateLighting.Paint(hDlg,wParam,lParam); return(TRUE); } } return(FALSE); } //------------------------------------------------------------------------------ void CDialog_CreateLighting::InitDialog(HWND hDlgs,WPARAM wParam,LPARAM lParam) { hDlg=hDlgs; hEdit_Height=GetDlgItem(hDlg,CREATELIGHTINGFORM_EDIT_HEIGHT); hRadioButton_Mode1=GetDlgItem(hDlg,CREATELIGHTINGFORM_RADIO_MODE1); hRadioButton_Mode2=GetDlgItem(hDlg,CREATELIGHTINGFORM_RADIO_MODE2); hRadioButton_Mode3=GetDlgItem(hDlg,CREATELIGHTINGFORM_RADIO_MODE3); hRadioButton_Mode4=GetDlgItem(hDlg,CREATELIGHTINGFORM_RADIO_MODE4); hEdit_Mode2_DarkTime=GetDlgItem(hDlg,CREATELIGHTINGFORM_EDIT_MODE2_DARK_TIME); hEdit_Mode2_LightTime=GetDlgItem(hDlg,CREATELIGHTINGFORM_EDIT_MODE2_LIGHT_TIME); hEdit_Mode2_MinimumLightLevel=GetDlgItem(hDlg,CREATELIGHTINGFORM_EDIT_MODE2_MINIMUM_LIGHT_LEVEL); hEdit_Mode3_MinimumLightLevel=GetDlgItem(hDlg,CREATELIGHTINGFORM_EDIT_MODE3_MINIMUM_LIGHT_LEVEL); hEdit_Mode3_CycleTime=GetDlgItem(hDlg,CREATELIGHTINGFORM_EDIT_MODE3_CYCLE_TIME); hEdit_Mode4_OnTime=GetDlgItem(hDlg,CREATELIGHTINGFORM_EDIT_MODE4_ON_TIME); hEdit_Mode4_OffTime=GetDlgItem(hDlg,CREATELIGHTINGFORM_EDIT_MODE4_OFF_TIME); hEdit_Mode4_MinimumLightLevel=GetDlgItem(hDlg,CREATELIGHTINGFORM_EDIT_MODE4_MINIMUM_LIGHT_LEVEL); hEdit_TimeInterval=GetDlgItem(hDlg,CREATELIGHTINGFORM_EDIT_TIME_INTERVAL); char string[255]; sprintf(string,"%i",WorkingLighting.Z); SetWindowText(hEdit_Height,string); sprintf(string,"%g",WorkingLighting.Mode2_DarkTime); SetWindowText(hEdit_Mode2_DarkTime,string); sprintf(string,"%g",WorkingLighting.Mode2_LightTime); SetWindowText(hEdit_Mode2_LightTime,string); sprintf(string,"%g",WorkingLighting.Mode2_MinimumLightLevel); SetWindowText(hEdit_Mode2_MinimumLightLevel,string); sprintf(string,"%g",WorkingLighting.Mode3_CycleTime); SetWindowText(hEdit_Mode3_CycleTime,string); sprintf(string,"%g",WorkingLighting.Mode3_MinimumLightLevel); SetWindowText(hEdit_Mode3_MinimumLightLevel,string); sprintf(string,"%g",WorkingLighting.Mode4_MinimumLightLevel); SetWindowText(hEdit_Mode4_MinimumLightLevel,string); sprintf(string,"%g",WorkingLighting.Mode4_OffTime); SetWindowText(hEdit_Mode4_OffTime,string); sprintf(string,"%g",WorkingLighting.Mode4_OnTime); SetWindowText(hEdit_Mode4_OnTime,string); sprintf(string,"%i",WorkingLighting.TimeInterval); SetWindowText(hEdit_TimeInterval,string); SendMessage(hRadioButton_Mode1,BM_SETCHECK,0,0) ; SendMessage(hRadioButton_Mode2,BM_SETCHECK,0,0) ; SendMessage(hRadioButton_Mode3,BM_SETCHECK,0,0) ; SendMessage(hRadioButton_Mode4,BM_SETCHECK,0,0) ; if (WorkingLighting.Mode==1) SendMessage(hRadioButton_Mode1,BM_SETCHECK,1,0) ; if (WorkingLighting.Mode==2) SendMessage(hRadioButton_Mode2,BM_SETCHECK,1,0) ; if (WorkingLighting.Mode==3) SendMessage(hRadioButton_Mode3,BM_SETCHECK,1,0) ; if (WorkingLighting.Mode==4) SendMessage(hRadioButton_Mode4,BM_SETCHECK,1,0) ; ColorSet.Create(CC_ANYCOLOR|CC_FULLOPEN,hDlg,hProjectInstance); } void CDialog_CreateLighting::Command(HWND hDlgs,WPARAM wParam,LPARAM lParam) { int id=LOWORD(wParam); if (id==CREATELIGHTINGFORM_BUTTON_CANCEL) { InvalidateRect(sKeyData.hWndMain,NULL,FALSE); EndDialog(hDlg,TRUE); } if (id==CREATELIGHTINGFORM_BUTTON_CREATE) { char string[255]; GetWindowText(hEdit_Height,string,255); WorkingLighting.Z=atoi(string); GetWindowText(hEdit_Mode2_LightTime,string,255); WorkingLighting.Mode2_LightTime=(float)atof(string); GetWindowText(hEdit_Mode2_DarkTime,string,255); WorkingLighting.Mode2_DarkTime=(float)atof(string); GetWindowText(hEdit_Mode2_MinimumLightLevel,string,255); WorkingLighting.Mode2_MinimumLightLevel=(float)atof(string); GetWindowText(hEdit_Mode3_CycleTime,string,255); WorkingLighting.Mode3_CycleTime=(float)atof(string); GetWindowText(hEdit_Mode3_MinimumLightLevel,string,255); WorkingLighting.Mode3_MinimumLightLevel=(float)atof(string); GetWindowText(hEdit_Mode4_MinimumLightLevel,string,255); WorkingLighting.Mode4_MinimumLightLevel=(float)atof(string); GetWindowText(hEdit_Mode4_OnTime,string,255); WorkingLighting.Mode4_OnTime=(float)atof(string); GetWindowText(hEdit_Mode4_OffTime,string,255); WorkingLighting.Mode4_OffTime=(float)atof(string); GetWindowText(hEdit_TimeInterval,string,255); WorkingLighting.TimeInterval=atoi(string); if (SendMessage(hRadioButton_Mode1,BM_GETCHECK,0,0)==1) WorkingLighting.Mode=1; if (SendMessage(hRadioButton_Mode2,BM_GETCHECK,0,0)==1) WorkingLighting.Mode=2; if (SendMessage(hRadioButton_Mode3,BM_GETCHECK,0,0)==1) WorkingLighting.Mode=3; if (SendMessage(hRadioButton_Mode4,BM_GETCHECK,0,0)==1) WorkingLighting.Mode=4; Lighting[SelectLighting]=WorkingLighting; if (Flag==0)//если мы создаём новый источник света { sKeyData.MaximumNumberOfLighting++; cWnd_Menu.UpDate(); } InvalidateRect(sKeyData.hWndMain,NULL,FALSE); EndDialog(hDlg,TRUE); } if (id==CREATELIGHTINGFORM_BUTTON_SETCOLOR) SetColor(); } void CDialog_CreateLighting::Paint(HWND hDlgs,WPARAM wParam,LPARAM lParam) { PAINTSTRUCT ps; HDC hdc; hdc=BeginPaint(hDlg,&ps); RECT Rect; Rect.left=152; Rect.right=Rect.left+20; Rect.top=20; Rect.bottom=Rect.top+20; MapDialogRect(hDlg,&Rect); HPEN hOldPen,hPen; HBRUSH hOldBrush,hBrush; hPen=CreatePen(PS_SOLID,1,RGB(0,0,0)); hBrush=CreateSolidBrush(RGB(WorkingLighting.R,WorkingLighting.G,WorkingLighting.B)); hOldBrush=(HBRUSH)SelectObject(hdc,hBrush); hOldPen=(HPEN)SelectObject(hdc,hPen); Rectangle(hdc,Rect.left,Rect.top,Rect.right,Rect.bottom); SelectObject(hdc,hOldBrush); SelectObject(hdc,hOldPen); DeleteObject(hBrush); DeleteObject(hPen); EndPaint(hDlg,&ps); } //------------------------------------------------------------------------------ void CDialog_CreateLighting::Initialize(void) { WorkingLighting.Z=0; WorkingLighting.X=0; WorkingLighting.Y=0; WorkingLighting.R=255; WorkingLighting.G=255; WorkingLighting.B=255; WorkingLighting.Mode=1; WorkingLighting.Mode2_DarkTime=0; WorkingLighting.Mode2_LightTime=0; WorkingLighting.Mode2_MinimumLightLevel=0; WorkingLighting.Mode3_CycleTime=0; WorkingLighting.Mode3_MinimumLightLevel=0; WorkingLighting.Mode4_MinimumLightLevel=0; WorkingLighting.Mode4_OffTime=0; WorkingLighting.Mode4_OnTime=0; WorkingLighting.TimeInterval=0; } void CDialog_CreateLighting::CreateNewLighting(int x,int y) { Flag=0; WorkingLighting.X=x; WorkingLighting.Y=y; SelectLighting=sKeyData.MaximumNumberOfLighting; EnableWindow(sKeyData.hWndMenu,FALSE); DialogBox(hProjectInstance,(LPSTR)10,sKeyData.hWndMain,(DLGPROC)CREATELIGHTINGFORM_dlgProc); EnableWindow(sKeyData.hWndMenu,TRUE); } void CDialog_CreateLighting::ModifycationLighting(int lighting) { if (lighting==-1) return; Flag=1; WorkingLighting=Lighting[lighting]; SelectLighting=lighting; EnableWindow(sKeyData.hWndMenu,FALSE); DialogBox(hProjectInstance,(LPSTR)11,sKeyData.hWndMain,(DLGPROC)CREATELIGHTINGFORM_dlgProc); EnableWindow(sKeyData.hWndMenu,TRUE); } void CDialog_CreateLighting::DeleteLighting(void) { if (sKeyData.SelectLighting==-1) return; for(int n=sKeyData.SelectLighting+1;n<sKeyData.MaximumNumberOfLighting;n++) Lighting[n-1]=Lighting[n]; sKeyData.MaximumNumberOfLighting--; sKeyData.SelectLighting=-1; } void CDialog_CreateLighting::SetColor(void) { unsigned char r,g,b; if (ColorSet.Activate(&r,&g,&b)) { WorkingLighting.R=(unsigned char)r; WorkingLighting.G=(unsigned char)g; WorkingLighting.B=(unsigned char)b; InvalidateRect(hDlg,NULL,FALSE); } } void CDialog_CreateLighting::SaveLighting(FILE *File) { char string[255]; itoa(sKeyData.MaximumNumberOfLighting,string,10); fprintf(File,"SLighting STRUCTURE\n"); fprintf(File,"MAXIMUM %s\n",string); for(int n=0;n<sKeyData.MaximumNumberOfLighting;n++) { fprintf(File,"%i ",Lighting[n].X); fprintf(File,"%i ",Lighting[n].Y); fprintf(File,"%i ",Lighting[n].Z); fprintf(File,"%i ",Lighting[n].R); fprintf(File,"%i ",Lighting[n].G); fprintf(File,"%i ",Lighting[n].B); fprintf(File,"%i ",Lighting[n].Mode); fprintf(File,"%i ",Lighting[n].TimeInterval); fprintf(File,"%f ",Lighting[n].Mode2_DarkTime); fprintf(File,"%f ",Lighting[n].Mode2_LightTime); fprintf(File,"%f ",Lighting[n].Mode2_MinimumLightLevel); fprintf(File,"%f ",Lighting[n].Mode3_CycleTime); fprintf(File,"%f ",Lighting[n].Mode3_MinimumLightLevel); fprintf(File,"%f ",Lighting[n].Mode4_MinimumLightLevel); fprintf(File,"%f ",Lighting[n].Mode4_OffTime); fprintf(File,"%f \n",Lighting[n].Mode4_OnTime); } //сохраняем текущие настройки fprintf(File,"%i ",WorkingLighting.X); fprintf(File,"%i ",WorkingLighting.Y); fprintf(File,"%i ",WorkingLighting.Z); fprintf(File,"%i ",WorkingLighting.R); fprintf(File,"%i ",WorkingLighting.G); fprintf(File,"%i ",WorkingLighting.B); fprintf(File,"%i ",WorkingLighting.Mode); fprintf(File,"%i ",WorkingLighting.TimeInterval); fprintf(File,"%f ",WorkingLighting.Mode2_DarkTime); fprintf(File,"%f ",WorkingLighting.Mode2_LightTime); fprintf(File,"%f ",WorkingLighting.Mode2_MinimumLightLevel); fprintf(File,"%f ",WorkingLighting.Mode3_CycleTime); fprintf(File,"%f ",WorkingLighting.Mode3_MinimumLightLevel); fprintf(File,"%f ",WorkingLighting.Mode4_MinimumLightLevel); fprintf(File,"%f ",WorkingLighting.Mode4_OffTime); fprintf(File,"%f \n",WorkingLighting.Mode4_OnTime); } void CDialog_CreateLighting::LoadLighting(FILE *File) { if (GetReadPos(File,"SLighting STRUCTURE")==0) return; GetReadPos(File,"MAXIMUM"); sKeyData.MaximumNumberOfLighting=(int)ReadNumber(File); for(int n=0;n<sKeyData.MaximumNumberOfLighting;n++) { Lighting[n].X=(int)ReadNumber(File); Lighting[n].Y=(int)ReadNumber(File); Lighting[n].Z=(int)ReadNumber(File); Lighting[n].R=(int)ReadNumber(File); Lighting[n].G=(int)ReadNumber(File); Lighting[n].B=(int)ReadNumber(File); Lighting[n].Mode=(int)ReadNumber(File); Lighting[n].TimeInterval=(int)ReadNumber(File); Lighting[n].Mode2_DarkTime=ReadNumber(File); Lighting[n].Mode2_LightTime=ReadNumber(File); Lighting[n].Mode2_MinimumLightLevel=ReadNumber(File); Lighting[n].Mode3_CycleTime=ReadNumber(File); Lighting[n].Mode3_MinimumLightLevel=ReadNumber(File); Lighting[n].Mode4_MinimumLightLevel=ReadNumber(File); Lighting[n].Mode4_OffTime=ReadNumber(File); Lighting[n].Mode4_OnTime=ReadNumber(File); } WorkingLighting.X=(int)ReadNumber(File); WorkingLighting.Y=(int)ReadNumber(File); WorkingLighting.Z=(int)ReadNumber(File); WorkingLighting.R=(int)ReadNumber(File); WorkingLighting.G=(int)ReadNumber(File); WorkingLighting.B=(int)ReadNumber(File); WorkingLighting.Mode=(int)ReadNumber(File); WorkingLighting.TimeInterval=(int)ReadNumber(File); WorkingLighting.Mode2_DarkTime=ReadNumber(File); WorkingLighting.Mode2_LightTime=ReadNumber(File); WorkingLighting.Mode2_MinimumLightLevel=ReadNumber(File); WorkingLighting.Mode3_CycleTime=ReadNumber(File); WorkingLighting.Mode3_MinimumLightLevel=ReadNumber(File); WorkingLighting.Mode4_MinimumLightLevel=ReadNumber(File); WorkingLighting.Mode4_OffTime=ReadNumber(File); WorkingLighting.Mode4_OnTime=ReadNumber(File); } void CDialog_CreateLighting::DrawAllLighting(int xLeftMap,int yTopMap) { for(int n=0;n<sKeyData.MaximumNumberOfLighting;n++) { Circle((Lighting[n].X-xLeftMap)*10,(Lighting[n].Y-yTopMap)*10,8,Lighting[n].R,Lighting[n].G,Lighting[n].B); if (sKeyData.SelectLighting==n) Circle((Lighting[n].X-xLeftMap)*10,(Lighting[n].Y-yTopMap)*10,5,255-Lighting[n].R,255-Lighting[n].G,255-Lighting[n].B);//выделенный источник света } } int CDialog_CreateLighting::GetLightingInScreen(int x,int y) { int selected=-1; float minlen=1000000000.0; for(int n=0;n<sKeyData.MaximumNumberOfLighting;n++) { float xl=(float)(Lighting[n].X*10.0); float yl=(float)(Lighting[n].Y*10.0); float dist=(float)(sqrt((xl-x)*(xl-x)+(yl-y)*(yl-y))); if (dist<0) continue; if (dist<=minlen) { minlen=dist; selected=n; } } return(selected); } void CDialog_CreateLighting::SaveLightingFromRender(FILE *File,int lighting) { SaveFloat(File,(float)(-Lighting[lighting].X*16.0)); SaveFloat(File,(float)(Lighting[lighting].Z)); SaveFloat(File,(float)(-Lighting[lighting].Y*16.0)); SaveChar(File,Lighting[lighting].R); SaveChar(File,Lighting[lighting].G); SaveChar(File,Lighting[lighting].B); SaveInt(File,Lighting[lighting].Mode); SaveInt(File,Lighting[lighting].TimeInterval); SaveFloat(File,Lighting[lighting].Mode2_DarkTime); SaveFloat(File,Lighting[lighting].Mode2_LightTime); SaveFloat(File,Lighting[lighting].Mode2_MinimumLightLevel); SaveFloat(File,Lighting[lighting].Mode3_MinimumLightLevel); SaveFloat(File,Lighting[lighting].Mode3_CycleTime); SaveFloat(File,Lighting[lighting].Mode4_OnTime); SaveFloat(File,Lighting[lighting].Mode4_OffTime); SaveFloat(File,Lighting[lighting].Mode4_MinimumLightLevel); }

3143f5008822b5b81d3154a8b438e5da93e9739b

604f66860a18f85a528a943b4387d84bb20891bf

/UT_SolidAngle.cpp

e262e921850cf86b3b561b5537b26f640d74f7e5

[ "MIT" ]

permissive

alecjacobson/WindingNumber

cd442000b25b82ec7a284c15309001232373108e

106a8a29710f38826ced2d278b33ac647a41811b

refs/heads/master

2022-02-19T22:49:59.074416

2022-02-17T22:13:07

162,359,694

9

3

MIT

2018-12-19T00:07:40

2018-12-19T00:07:39

null

UTF-8

C++

false

63,491

cpp

UT_SolidAngle.cpp

/* * Copyright (c) 2018 Side Effects Software Inc. * * Permission is hereby granted, free of charge, to any person obtaining a copy * of this software and associated documentation files (the "Software"), to deal * in the Software without restriction, including without limitation the rights * to use, copy, modify, merge, publish, distribute, sublicense, and/or sell * copies of the Software, and to permit persons to whom the Software is * furnished to do so, subject to the following conditions: * * The above copyright notice and this permission notice shall be included in all * copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE * SOFTWARE. * * COMMENTS: * Functions and structures for computing solid angles. */ #include "UT_SolidAngle.h" #include "UT_BVHImpl.h" #include "UT_SmallArray.h" #include "UT_FixedVector.h" #include "VM_SIMD.h" #include "SYS_Types.h" #include <igl/parallel_for.h> #include <type_traits> #include <utility> #define SOLID_ANGLE_TIME_PRECOMPUTE 0 #if SOLID_ANGLE_TIME_PRECOMPUTE #include <UT/UT_StopWatch.h> #endif #define SOLID_ANGLE_DEBUG 0 #if SOLID_ANGLE_DEBUG #include <UT/UT_Debug.h> #endif #define TAYLOR_SERIES_ORDER 2 namespace igl { namespace FastWindingNumber { namespace HDK_Sample { template<typename T,typename S> struct UT_SolidAngle<T,S>::BoxData { void clear() { // Set everything to zero memset(this,0,sizeof(*this)); } using Type = typename std::conditional<BVH_N==4 && std::is_same<T,float>::value, v4uf, UT_FixedVector<T,BVH_N>>::type; using SType = typename std::conditional<BVH_N==4 && std::is_same<S,float>::value, v4uf, UT_FixedVector<S,BVH_N>>::type; /// An upper bound on the squared distance from myAverageP to the farthest point in the box. SType myMaxPDist2; /// Centre of mass of the mesh surface in this box UT_FixedVector<Type,3> myAverageP; /// Unnormalized, area-weighted normal of the mesh in this box UT_FixedVector<Type,3> myN; #if TAYLOR_SERIES_ORDER >= 1 /// Values for Omega_1 /// @{ UT_FixedVector<Type,3> myNijDiag; // Nxx, Nyy, Nzz Type myNxy_Nyx; // Nxy+Nyx Type myNyz_Nzy; // Nyz+Nzy Type myNzx_Nxz; // Nzx+Nxz /// @} #endif #if TAYLOR_SERIES_ORDER >= 2 /// Values for Omega_2 /// @{ UT_FixedVector<Type,3> myNijkDiag; // Nxxx, Nyyy, Nzzz Type mySumPermuteNxyz; // (Nxyz+Nxzy+Nyzx+Nyxz+Nzxy+Nzyx) = 2*(Nxyz+Nyzx+Nzxy) Type my2Nxxy_Nyxx; // Nxxy+Nxyx+Nyxx = 2Nxxy+Nyxx Type my2Nxxz_Nzxx; // Nxxz+Nxzx+Nzxx = 2Nxxz+Nzxx Type my2Nyyz_Nzyy; // Nyyz+Nyzy+Nzyy = 2Nyyz+Nzyy Type my2Nyyx_Nxyy; // Nyyx+Nyxy+Nxyy = 2Nyyx+Nxyy Type my2Nzzx_Nxzz; // Nzzx+Nzxz+Nxzz = 2Nzzx+Nxzz Type my2Nzzy_Nyzz; // Nzzy+Nzyz+Nyzz = 2Nzzy+Nyzz /// @} #endif }; template<typename T,typename S> inline UT_SolidAngle<T,S>::UT_SolidAngle() : myTree() , myNBoxes(0) , myOrder(2) , myData(nullptr) , myNTriangles(0) , myTrianglePoints(nullptr) , myNPoints(0) , myPositions(nullptr) {} template<typename T,typename S> inline UT_SolidAngle<T,S>::~UT_SolidAngle() { // Default destruction works, but this needs to be outlined // to avoid having to include UT_BVHImpl.h in the header, // (for the UT_UniquePtr destructor.) } template<typename T,typename S> inline void UT_SolidAngle<T,S>::init( const int ntriangles, const int *const triangle_points, const int npoints, const UT_Vector3T<S> *const positions, const int order) { #if SOLID_ANGLE_DEBUG UTdebugFormat(""); UTdebugFormat(""); UTdebugFormat("Building BVH for {} ntriangles on {} points:", ntriangles, npoints); #endif myOrder = order; myNTriangles = ntriangles; myTrianglePoints = triangle_points; myNPoints = npoints; myPositions = positions; #if SOLID_ANGLE_TIME_PRECOMPUTE UT_StopWatch timer; timer.start(); #endif UT_SmallArray<UT::Box<S,3>> triangle_boxes; triangle_boxes.setSizeNoInit(ntriangles); if (ntriangles < 16*1024) { const int *cur_triangle_points = triangle_points; for (int i = 0; i < ntriangles; ++i, cur_triangle_points += 3) { UT::Box<S,3> &box = triangle_boxes[i]; box.initBounds(positions[cur_triangle_points[0]]); box.enlargeBounds(positions[cur_triangle_points[1]]); box.enlargeBounds(positions[cur_triangle_points[2]]); } } else { igl::parallel_for(ntriangles, [triangle_points,&triangle_boxes,positions](int i) { const int *cur_triangle_points = triangle_points + i*3; UT::Box<S,3> &box = triangle_boxes[i]; box.initBounds(positions[cur_triangle_points[0]]); box.enlargeBounds(positions[cur_triangle_points[1]]); box.enlargeBounds(positions[cur_triangle_points[2]]); }); } #if SOLID_ANGLE_TIME_PRECOMPUTE double time = timer.stop(); UTdebugFormat("{} s to create bounding boxes.", time); timer.start(); #endif myTree.template init<UT::BVH_Heuristic::BOX_AREA,S,3>(triangle_boxes.array(), ntriangles); #if SOLID_ANGLE_TIME_PRECOMPUTE time = timer.stop(); UTdebugFormat("{} s to initialize UT_BVH structure. {} nodes", time, myTree.getNumNodes()); #endif //myTree.debugDump(); const int nnodes = myTree.getNumNodes(); myNBoxes = nnodes; BoxData *box_data = new BoxData[nnodes]; myData.reset(box_data); // Some data are only needed during initialization. struct LocalData { // Bounding box UT::Box<S,3> myBox; // P and N are needed from each child for computing Nij. UT_Vector3T<T> myAverageP; UT_Vector3T<T> myAreaP; UT_Vector3T<T> myN; // Unsigned area is needed for computing the average position. T myArea; #if TAYLOR_SERIES_ORDER >= 1 // These are needed for computing Nijk. UT_Vector3T<T> myNijDiag; T myNxy; T myNyx; T myNyz; T myNzy; T myNzx; T myNxz; #endif #if TAYLOR_SERIES_ORDER >= 2 UT_Vector3T<T> myNijkDiag; // Nxxx, Nyyy, Nzzz T mySumPermuteNxyz; // (Nxyz+Nxzy+Nyzx+Nyxz+Nzxy+Nzyx) = 2*(Nxyz+Nyzx+Nzxy) T my2Nxxy_Nyxx; // Nxxy+Nxyx+Nyxx = 2Nxxy+Nyxx T my2Nxxz_Nzxx; // Nxxz+Nxzx+Nzxx = 2Nxxz+Nzxx T my2Nyyz_Nzyy; // Nyyz+Nyzy+Nzyy = 2Nyyz+Nzyy T my2Nyyx_Nxyy; // Nyyx+Nyxy+Nxyy = 2Nyyx+Nxyy T my2Nzzx_Nxzz; // Nzzx+Nzxz+Nxzz = 2Nzzx+Nxzz T my2Nzzy_Nyzz; // Nzzy+Nzyz+Nyzz = 2Nzzy+Nyzz #endif }; struct PrecomputeFunctors { BoxData *const myBoxData; const UT::Box<S,3> *const myTriangleBoxes; const int *const myTrianglePoints; const UT_Vector3T<S> *const myPositions; const int myOrder; PrecomputeFunctors( BoxData *box_data, const UT::Box<S,3> *triangle_boxes, const int *triangle_points, const UT_Vector3T<S> *positions, const int order) : myBoxData(box_data) , myTriangleBoxes(triangle_boxes) , myTrianglePoints(triangle_points) , myPositions(positions) , myOrder(order) {} constexpr SYS_FORCE_INLINE bool pre(const int nodei, LocalData *data_for_parent) const { return true; } void item(const int itemi, const int parent_nodei, LocalData &data_for_parent) const { const UT_Vector3T<S> *const positions = myPositions; const int *const cur_triangle_points = myTrianglePoints + 3*itemi; const UT_Vector3T<T> a = positions[cur_triangle_points[0]]; const UT_Vector3T<T> b = positions[cur_triangle_points[1]]; const UT_Vector3T<T> c = positions[cur_triangle_points[2]]; const UT_Vector3T<T> ab = b-a; const UT_Vector3T<T> ac = c-a; const UT::Box<S,3> &triangle_box = myTriangleBoxes[itemi]; data_for_parent.myBox.initBounds(triangle_box.getMin(), triangle_box.getMax()); // Area-weighted normal (unnormalized) const UT_Vector3T<T> N = T(0.5)*cross(ab,ac); const T area2 = N.length2(); const T area = SYSsqrt(area2); const UT_Vector3T<T> P = (a+b+c)/3; data_for_parent.myAverageP = P; data_for_parent.myAreaP = P*area; data_for_parent.myN = N; #if SOLID_ANGLE_DEBUG UTdebugFormat(""); UTdebugFormat("Triangle {}: P = {}; N = {}; area = {}", itemi, P, N, area); UTdebugFormat(" box = {}", data_for_parent.myBox); #endif data_for_parent.myArea = area; #if TAYLOR_SERIES_ORDER >= 1 const int order = myOrder; if (order < 1) return; // NOTE: Due to P being at the centroid, triangles have Nij = 0 // contributions to Nij. data_for_parent.myNijDiag = T(0); data_for_parent.myNxy = 0; data_for_parent.myNyx = 0; data_for_parent.myNyz = 0; data_for_parent.myNzy = 0; data_for_parent.myNzx = 0; data_for_parent.myNxz = 0; #endif #if TAYLOR_SERIES_ORDER >= 2 if (order < 2) return; // If it's zero-length, the results are zero, so we can skip. if (area == 0) { data_for_parent.myNijkDiag = T(0); data_for_parent.mySumPermuteNxyz = 0; data_for_parent.my2Nxxy_Nyxx = 0; data_for_parent.my2Nxxz_Nzxx = 0; data_for_parent.my2Nyyz_Nzyy = 0; data_for_parent.my2Nyyx_Nxyy = 0; data_for_parent.my2Nzzx_Nxzz = 0; data_for_parent.my2Nzzy_Nyzz = 0; return; } // We need to use the NORMALIZED normal to multiply the integrals by. UT_Vector3T<T> n = N/area; // Figure out the order of a, b, and c in x, y, and z // for use in computing the integrals for Nijk. UT_Vector3T<T> values[3] = {a, b, c}; int order_x[3] = {0,1,2}; if (a[0] > b[0]) std::swap(order_x[0],order_x[1]); if (values[order_x[0]][0] > c[0]) std::swap(order_x[0],order_x[2]); if (values[order_x[1]][0] > values[order_x[2]][0]) std::swap(order_x[1],order_x[2]); T dx = values[order_x[2]][0] - values[order_x[0]][0]; int order_y[3] = {0,1,2}; if (a[1] > b[1]) std::swap(order_y[0],order_y[1]); if (values[order_y[0]][1] > c[1]) std::swap(order_y[0],order_y[2]); if (values[order_y[1]][1] > values[order_y[2]][1]) std::swap(order_y[1],order_y[2]); T dy = values[order_y[2]][1] - values[order_y[0]][1]; int order_z[3] = {0,1,2}; if (a[2] > b[2]) std::swap(order_z[0],order_z[1]); if (values[order_z[0]][2] > c[2]) std::swap(order_z[0],order_z[2]); if (values[order_z[1]][2] > values[order_z[2]][2]) std::swap(order_z[1],order_z[2]); T dz = values[order_z[2]][2] - values[order_z[0]][2]; auto &&compute_integrals = []( const UT_Vector3T<T> &a, const UT_Vector3T<T> &b, const UT_Vector3T<T> &c, const UT_Vector3T<T> &P, T *integral_ii, T *integral_ij, T *integral_ik, const int i) { #if SOLID_ANGLE_DEBUG UTdebugFormat(" Splitting on {}; a = {}; b = {}; c = {}", char('x'+i), a, b, c); #endif // NOTE: a, b, and c must be in order of the i axis. // We're splitting the triangle at the middle i coordinate. const UT_Vector3T<T> oab = b - a; const UT_Vector3T<T> oac = c - a; const UT_Vector3T<T> ocb = b - c; UT_ASSERT_MSG_P(oac[i] > 0, "This should have been checked by the caller."); const T t = oab[i]/oac[i]; UT_ASSERT_MSG_P(t >= 0 && t <= 1, "Either sorting must have gone wrong, or there are input NaNs."); const int j = (i==2) ? 0 : (i+1); const int k = (j==2) ? 0 : (j+1); const T jdiff = t*oac[j] - oab[j]; const T kdiff = t*oac[k] - oab[k]; UT_Vector3T<T> cross_a; cross_a[0] = (jdiff*oab[k] - kdiff*oab[j]); cross_a[1] = kdiff*oab[i]; cross_a[2] = jdiff*oab[i]; UT_Vector3T<T> cross_c; cross_c[0] = (jdiff*ocb[k] - kdiff*ocb[j]); cross_c[1] = kdiff*ocb[i]; cross_c[2] = jdiff*ocb[i]; const T area_scale_a = cross_a.length(); const T area_scale_c = cross_c.length(); const T Pai = a[i] - P[i]; const T Pci = c[i] - P[i]; // Integral over the area of the triangle of (pi^2)dA, // by splitting the triangle into two at b, the a side // and the c side. const T int_ii_a = area_scale_a*(T(0.5)*Pai*Pai + T(2.0/3.0)*Pai*oab[i] + T(0.25)*oab[i]*oab[i]); const T int_ii_c = area_scale_c*(T(0.5)*Pci*Pci + T(2.0/3.0)*Pci*ocb[i] + T(0.25)*ocb[i]*ocb[i]); *integral_ii = int_ii_a + int_ii_c; #if SOLID_ANGLE_DEBUG UTdebugFormat(" integral_{}{}_a = {}; integral_{}{}_c = {}", char('x'+i), char('x'+i), int_ii_a, char('x'+i), char('x'+i), int_ii_c); #endif int jk = j; T *integral = integral_ij; T diff = jdiff; while (true) // This only does 2 iterations, one for j and one for k { if (integral) { T obmidj = b[jk] + T(0.5)*diff; T oabmidj = obmidj - a[jk]; T ocbmidj = obmidj - c[jk]; T Paj = a[jk] - P[jk]; T Pcj = c[jk] - P[jk]; // Integral over the area of the triangle of (pi*pj)dA const T int_ij_a = area_scale_a*(T(0.5)*Pai*Paj + T(1.0/3.0)*Pai*oabmidj + T(1.0/3.0)*Paj*oab[i] + T(0.25)*oab[i]*oabmidj); const T int_ij_c = area_scale_c*(T(0.5)*Pci*Pcj + T(1.0/3.0)*Pci*ocbmidj + T(1.0/3.0)*Pcj*ocb[i] + T(0.25)*ocb[i]*ocbmidj); *integral = int_ij_a + int_ij_c; #if SOLID_ANGLE_DEBUG UTdebugFormat(" integral_{}{}_a = {}; integral_{}{}_c = {}", char('x'+i), char('x'+jk), int_ij_a, char('x'+i), char('x'+jk), int_ij_c); #endif } if (jk == k) break; jk = k; integral = integral_ik; diff = kdiff; } }; T integral_xx = 0; T integral_xy = 0; T integral_yy = 0; T integral_yz = 0; T integral_zz = 0; T integral_zx = 0; // Note that if the span of any axis is zero, the integral must be zero, // since there's a factor of (p_i-P_i), i.e. value minus average, // and every value must be equal to the average, giving zero. if (dx > 0) { compute_integrals( values[order_x[0]], values[order_x[1]], values[order_x[2]], P, &integral_xx, ((dx >= dy && dy > 0) ? &integral_xy : nullptr), ((dx >= dz && dz > 0) ? &integral_zx : nullptr), 0); } if (dy > 0) { compute_integrals( values[order_y[0]], values[order_y[1]], values[order_y[2]], P, &integral_yy, ((dy >= dz && dz > 0) ? &integral_yz : nullptr), ((dx < dy && dx > 0) ? &integral_xy : nullptr), 1); } if (dz > 0) { compute_integrals( values[order_z[0]], values[order_z[1]], values[order_z[2]], P, &integral_zz, ((dx < dz && dx > 0) ? &integral_zx : nullptr), ((dy < dz && dy > 0) ? &integral_yz : nullptr), 2); } UT_Vector3T<T> Niii; Niii[0] = integral_xx; Niii[1] = integral_yy; Niii[2] = integral_zz; Niii *= n; data_for_parent.myNijkDiag = Niii; data_for_parent.mySumPermuteNxyz = 2*(n[0]*integral_yz + n[1]*integral_zx + n[2]*integral_xy); T Nxxy = n[0]*integral_xy; T Nxxz = n[0]*integral_zx; T Nyyz = n[1]*integral_yz; T Nyyx = n[1]*integral_xy; T Nzzx = n[2]*integral_zx; T Nzzy = n[2]*integral_yz; data_for_parent.my2Nxxy_Nyxx = 2*Nxxy + n[1]*integral_xx; data_for_parent.my2Nxxz_Nzxx = 2*Nxxz + n[2]*integral_xx; data_for_parent.my2Nyyz_Nzyy = 2*Nyyz + n[2]*integral_yy; data_for_parent.my2Nyyx_Nxyy = 2*Nyyx + n[0]*integral_yy; data_for_parent.my2Nzzx_Nxzz = 2*Nzzx + n[0]*integral_zz; data_for_parent.my2Nzzy_Nyzz = 2*Nzzy + n[1]*integral_zz; #if SOLID_ANGLE_DEBUG UTdebugFormat(" integral_xx = {}; yy = {}; zz = {}", integral_xx, integral_yy, integral_zz); UTdebugFormat(" integral_xy = {}; yz = {}; zx = {}", integral_xy, integral_yz, integral_zx); #endif #endif } void post(const int nodei, const int parent_nodei, LocalData *data_for_parent, const int nchildren, const LocalData *child_data_array) const { // NOTE: Although in the general case, data_for_parent may be null for the root call, // this functor assumes that it's non-null, so the call below must pass a non-null pointer. BoxData &current_box_data = myBoxData[nodei]; UT_Vector3T<T> N = child_data_array[0].myN; ((T*)&current_box_data.myN[0])[0] = N[0]; ((T*)&current_box_data.myN[1])[0] = N[1]; ((T*)&current_box_data.myN[2])[0] = N[2]; UT_Vector3T<T> areaP = child_data_array[0].myAreaP; T area = child_data_array[0].myArea; UT_Vector3T<T> local_P = child_data_array[0].myAverageP; ((T*)&current_box_data.myAverageP[0])[0] = local_P[0]; ((T*)&current_box_data.myAverageP[1])[0] = local_P[1]; ((T*)&current_box_data.myAverageP[2])[0] = local_P[2]; for (int i = 1; i < nchildren; ++i) { const UT_Vector3T<T> local_N = child_data_array[i].myN; N += local_N; ((T*)&current_box_data.myN[0])[i] = local_N[0]; ((T*)&current_box_data.myN[1])[i] = local_N[1]; ((T*)&current_box_data.myN[2])[i] = local_N[2]; areaP += child_data_array[i].myAreaP; area += child_data_array[i].myArea; const UT_Vector3T<T> local_P = child_data_array[i].myAverageP; ((T*)&current_box_data.myAverageP[0])[i] = local_P[0]; ((T*)&current_box_data.myAverageP[1])[i] = local_P[1]; ((T*)&current_box_data.myAverageP[2])[i] = local_P[2]; } for (int i = nchildren; i < BVH_N; ++i) { // Set to zero, just to avoid false positives for uses of uninitialized memory. ((T*)&current_box_data.myN[0])[i] = 0; ((T*)&current_box_data.myN[1])[i] = 0; ((T*)&current_box_data.myN[2])[i] = 0; ((T*)&current_box_data.myAverageP[0])[i] = 0; ((T*)&current_box_data.myAverageP[1])[i] = 0; ((T*)&current_box_data.myAverageP[2])[i] = 0; } data_for_parent->myN = N; data_for_parent->myAreaP = areaP; data_for_parent->myArea = area; UT::Box<S,3> box(child_data_array[0].myBox); for (int i = 1; i < nchildren; ++i) box.enlargeBounds(child_data_array[i].myBox); // Normalize P UT_Vector3T<T> averageP; if (area > 0) averageP = areaP/area; else averageP = T(0.5)*(box.getMin() + box.getMax()); data_for_parent->myAverageP = averageP; data_for_parent->myBox = box; for (int i = 0; i < nchildren; ++i) { const UT::Box<S,3> &local_box(child_data_array[i].myBox); const UT_Vector3T<T> &local_P = child_data_array[i].myAverageP; const UT_Vector3T<T> maxPDiff = SYSmax(local_P-UT_Vector3T<T>(local_box.getMin()), UT_Vector3T<T>(local_box.getMax())-local_P); ((T*)&current_box_data.myMaxPDist2)[i] = maxPDiff.length2(); } for (int i = nchildren; i < BVH_N; ++i) { // This child is non-existent. If we set myMaxPDist2 to infinity, it will never // use the approximation, and the traverseVector function can check for EMPTY. ((T*)&current_box_data.myMaxPDist2)[i] = std::numeric_limits<T>::infinity(); } #if TAYLOR_SERIES_ORDER >= 1 const int order = myOrder; if (order >= 1) { // We now have the current box's P, so we can adjust Nij and Nijk data_for_parent->myNijDiag = child_data_array[0].myNijDiag; data_for_parent->myNxy = 0; data_for_parent->myNyx = 0; data_for_parent->myNyz = 0; data_for_parent->myNzy = 0; data_for_parent->myNzx = 0; data_for_parent->myNxz = 0; #if TAYLOR_SERIES_ORDER >= 2 data_for_parent->myNijkDiag = child_data_array[0].myNijkDiag; data_for_parent->mySumPermuteNxyz = child_data_array[0].mySumPermuteNxyz; data_for_parent->my2Nxxy_Nyxx = child_data_array[0].my2Nxxy_Nyxx; data_for_parent->my2Nxxz_Nzxx = child_data_array[0].my2Nxxz_Nzxx; data_for_parent->my2Nyyz_Nzyy = child_data_array[0].my2Nyyz_Nzyy; data_for_parent->my2Nyyx_Nxyy = child_data_array[0].my2Nyyx_Nxyy; data_for_parent->my2Nzzx_Nxzz = child_data_array[0].my2Nzzx_Nxzz; data_for_parent->my2Nzzy_Nyzz = child_data_array[0].my2Nzzy_Nyzz; #endif for (int i = 1; i < nchildren; ++i) { data_for_parent->myNijDiag += child_data_array[i].myNijDiag; #if TAYLOR_SERIES_ORDER >= 2 data_for_parent->myNijkDiag += child_data_array[i].myNijkDiag; data_for_parent->mySumPermuteNxyz += child_data_array[i].mySumPermuteNxyz; data_for_parent->my2Nxxy_Nyxx += child_data_array[i].my2Nxxy_Nyxx; data_for_parent->my2Nxxz_Nzxx += child_data_array[i].my2Nxxz_Nzxx; data_for_parent->my2Nyyz_Nzyy += child_data_array[i].my2Nyyz_Nzyy; data_for_parent->my2Nyyx_Nxyy += child_data_array[i].my2Nyyx_Nxyy; data_for_parent->my2Nzzx_Nxzz += child_data_array[i].my2Nzzx_Nxzz; data_for_parent->my2Nzzy_Nyzz += child_data_array[i].my2Nzzy_Nyzz; #endif } for (int j = 0; j < 3; ++j) ((T*)&current_box_data.myNijDiag[j])[0] = child_data_array[0].myNijDiag[j]; ((T*)&current_box_data.myNxy_Nyx)[0] = child_data_array[0].myNxy + child_data_array[0].myNyx; ((T*)&current_box_data.myNyz_Nzy)[0] = child_data_array[0].myNyz + child_data_array[0].myNzy; ((T*)&current_box_data.myNzx_Nxz)[0] = child_data_array[0].myNzx + child_data_array[0].myNxz; for (int j = 0; j < 3; ++j) ((T*)&current_box_data.myNijkDiag[j])[0] = child_data_array[0].myNijkDiag[j]; ((T*)&current_box_data.mySumPermuteNxyz)[0] = child_data_array[0].mySumPermuteNxyz; ((T*)&current_box_data.my2Nxxy_Nyxx)[0] = child_data_array[0].my2Nxxy_Nyxx; ((T*)&current_box_data.my2Nxxz_Nzxx)[0] = child_data_array[0].my2Nxxz_Nzxx; ((T*)&current_box_data.my2Nyyz_Nzyy)[0] = child_data_array[0].my2Nyyz_Nzyy; ((T*)&current_box_data.my2Nyyx_Nxyy)[0] = child_data_array[0].my2Nyyx_Nxyy; ((T*)&current_box_data.my2Nzzx_Nxzz)[0] = child_data_array[0].my2Nzzx_Nxzz; ((T*)&current_box_data.my2Nzzy_Nyzz)[0] = child_data_array[0].my2Nzzy_Nyzz; for (int i = 1; i < nchildren; ++i) { for (int j = 0; j < 3; ++j) ((T*)&current_box_data.myNijDiag[j])[i] = child_data_array[i].myNijDiag[j]; ((T*)&current_box_data.myNxy_Nyx)[i] = child_data_array[i].myNxy + child_data_array[i].myNyx; ((T*)&current_box_data.myNyz_Nzy)[i] = child_data_array[i].myNyz + child_data_array[i].myNzy; ((T*)&current_box_data.myNzx_Nxz)[i] = child_data_array[i].myNzx + child_data_array[i].myNxz; for (int j = 0; j < 3; ++j) ((T*)&current_box_data.myNijkDiag[j])[i] = child_data_array[i].myNijkDiag[j]; ((T*)&current_box_data.mySumPermuteNxyz)[i] = child_data_array[i].mySumPermuteNxyz; ((T*)&current_box_data.my2Nxxy_Nyxx)[i] = child_data_array[i].my2Nxxy_Nyxx; ((T*)&current_box_data.my2Nxxz_Nzxx)[i] = child_data_array[i].my2Nxxz_Nzxx; ((T*)&current_box_data.my2Nyyz_Nzyy)[i] = child_data_array[i].my2Nyyz_Nzyy; ((T*)&current_box_data.my2Nyyx_Nxyy)[i] = child_data_array[i].my2Nyyx_Nxyy; ((T*)&current_box_data.my2Nzzx_Nxzz)[i] = child_data_array[i].my2Nzzx_Nxzz; ((T*)&current_box_data.my2Nzzy_Nyzz)[i] = child_data_array[i].my2Nzzy_Nyzz; } for (int i = nchildren; i < BVH_N; ++i) { // Set to zero, just to avoid false positives for uses of uninitialized memory. for (int j = 0; j < 3; ++j) ((T*)&current_box_data.myNijDiag[j])[i] = 0; ((T*)&current_box_data.myNxy_Nyx)[i] = 0; ((T*)&current_box_data.myNyz_Nzy)[i] = 0; ((T*)&current_box_data.myNzx_Nxz)[i] = 0; for (int j = 0; j < 3; ++j) ((T*)&current_box_data.myNijkDiag[j])[i] = 0; ((T*)&current_box_data.mySumPermuteNxyz)[i] = 0; ((T*)&current_box_data.my2Nxxy_Nyxx)[i] = 0; ((T*)&current_box_data.my2Nxxz_Nzxx)[i] = 0; ((T*)&current_box_data.my2Nyyz_Nzyy)[i] = 0; ((T*)&current_box_data.my2Nyyx_Nxyy)[i] = 0; ((T*)&current_box_data.my2Nzzx_Nxzz)[i] = 0; ((T*)&current_box_data.my2Nzzy_Nyzz)[i] = 0; } for (int i = 0; i < nchildren; ++i) { const LocalData &child_data = child_data_array[i]; UT_Vector3T<T> displacement = child_data.myAverageP - UT_Vector3T<T>(data_for_parent->myAverageP); UT_Vector3T<T> N = child_data.myN; // Adjust Nij for the change in centre P data_for_parent->myNijDiag += N*displacement; T Nxy = child_data.myNxy + N[0]*displacement[1]; T Nyx = child_data.myNyx + N[1]*displacement[0]; T Nyz = child_data.myNyz + N[1]*displacement[2]; T Nzy = child_data.myNzy + N[2]*displacement[1]; T Nzx = child_data.myNzx + N[2]*displacement[0]; T Nxz = child_data.myNxz + N[0]*displacement[2]; data_for_parent->myNxy += Nxy; data_for_parent->myNyx += Nyx; data_for_parent->myNyz += Nyz; data_for_parent->myNzy += Nzy; data_for_parent->myNzx += Nzx; data_for_parent->myNxz += Nxz; #if TAYLOR_SERIES_ORDER >= 2 if (order >= 2) { // Adjust Nijk for the change in centre P data_for_parent->myNijkDiag += T(2)*displacement*child_data.myNijDiag + displacement*displacement*child_data.myN; data_for_parent->mySumPermuteNxyz += (displacement[0]*(Nyz+Nzy) + displacement[1]*(Nzx+Nxz) + displacement[2]*(Nxy+Nyx)); data_for_parent->my2Nxxy_Nyxx += 2*(displacement[1]*child_data.myNijDiag[0] + displacement[0]*child_data.myNxy + N[0]*displacement[0]*displacement[1]) + 2*child_data.myNyx*displacement[0] + N[1]*displacement[0]*displacement[0]; data_for_parent->my2Nxxz_Nzxx += 2*(displacement[2]*child_data.myNijDiag[0] + displacement[0]*child_data.myNxz + N[0]*displacement[0]*displacement[2]) + 2*child_data.myNzx*displacement[0] + N[2]*displacement[0]*displacement[0]; data_for_parent->my2Nyyz_Nzyy += 2*(displacement[2]*child_data.myNijDiag[1] + displacement[1]*child_data.myNyz + N[1]*displacement[1]*displacement[2]) + 2*child_data.myNzy*displacement[1] + N[2]*displacement[1]*displacement[1]; data_for_parent->my2Nyyx_Nxyy += 2*(displacement[0]*child_data.myNijDiag[1] + displacement[1]*child_data.myNyx + N[1]*displacement[1]*displacement[0]) + 2*child_data.myNxy*displacement[1] + N[0]*displacement[1]*displacement[1]; data_for_parent->my2Nzzx_Nxzz += 2*(displacement[0]*child_data.myNijDiag[2] + displacement[2]*child_data.myNzx + N[2]*displacement[2]*displacement[0]) + 2*child_data.myNxz*displacement[2] + N[0]*displacement[2]*displacement[2]; data_for_parent->my2Nzzy_Nyzz += 2*(displacement[1]*child_data.myNijDiag[2] + displacement[2]*child_data.myNzy + N[2]*displacement[2]*displacement[1]) + 2*child_data.myNyz*displacement[2] + N[1]*displacement[2]*displacement[2]; } #endif } } #endif #if SOLID_ANGLE_DEBUG UTdebugFormat(""); UTdebugFormat("Node {}: nchildren = {}; maxP = {}", nodei, nchildren, SYSsqrt(current_box_data.myMaxPDist2)); UTdebugFormat(" P = {}; N = {}", current_box_data.myAverageP, current_box_data.myN); #if TAYLOR_SERIES_ORDER >= 1 UTdebugFormat(" Nii = {}", current_box_data.myNijDiag); UTdebugFormat(" Nxy+Nyx = {}; Nyz+Nzy = {}; Nyz+Nzy = {}", current_box_data.myNxy_Nyx, current_box_data.myNyz_Nzy, current_box_data.myNzx_Nxz); #if TAYLOR_SERIES_ORDER >= 2 UTdebugFormat(" Niii = {}; 2(Nxyz+Nyzx+Nzxy) = {}", current_box_data.myNijkDiag, current_box_data.mySumPermuteNxyz); UTdebugFormat(" 2Nxxy+Nyxx = {}; 2Nxxz+Nzxx = {}", current_box_data.my2Nxxy_Nyxx, current_box_data.my2Nxxz_Nzxx); UTdebugFormat(" 2Nyyz+Nzyy = {}; 2Nyyx+Nxyy = {}", current_box_data.my2Nyyz_Nzyy, current_box_data.my2Nyyx_Nxyy); UTdebugFormat(" 2Nzzx+Nxzz = {}; 2Nzzy+Nyzz = {}", current_box_data.my2Nzzx_Nxzz, current_box_data.my2Nzzy_Nyzz); #endif #endif #endif } }; #if SOLID_ANGLE_TIME_PRECOMPUTE timer.start(); #endif const PrecomputeFunctors functors(box_data, triangle_boxes.array(), triangle_points, positions, order); // NOTE: post-functor relies on non-null data_for_parent, so we have to pass one. LocalData local_data; myTree.template traverseParallel<LocalData>(4096, functors, &local_data); //myTree.template traverse<LocalData>(functors); #if SOLID_ANGLE_TIME_PRECOMPUTE time = timer.stop(); UTdebugFormat("{} s to precompute coefficients.", time); #endif } template<typename T,typename S> inline void UT_SolidAngle<T, S>::clear() { myTree.clear(); myNBoxes = 0; myOrder = 2; myData.reset(); myNTriangles = 0; myTrianglePoints = nullptr; myNPoints = 0; myPositions = nullptr; } template<typename T,typename S> inline T UT_SolidAngle<T, S>::computeSolidAngle(const UT_Vector3T<T> &query_point, const T accuracy_scale) const { const T accuracy_scale2 = accuracy_scale*accuracy_scale; struct SolidAngleFunctors { const BoxData *const myBoxData; const UT_Vector3T<T> myQueryPoint; const T myAccuracyScale2; const UT_Vector3T<S> *const myPositions; const int *const myTrianglePoints; const int myOrder; SolidAngleFunctors( const BoxData *const box_data, const UT_Vector3T<T> &query_point, const T accuracy_scale2, const int order, const UT_Vector3T<S> *const positions, const int *const triangle_points) : myBoxData(box_data) , myQueryPoint(query_point) , myAccuracyScale2(accuracy_scale2) , myOrder(order) , myPositions(positions) , myTrianglePoints(triangle_points) {} uint pre(const int nodei, T *data_for_parent) const { const BoxData &data = myBoxData[nodei]; const typename BoxData::Type maxP2 = data.myMaxPDist2; UT_FixedVector<typename BoxData::Type,3> q; q[0] = typename BoxData::Type(myQueryPoint[0]); q[1] = typename BoxData::Type(myQueryPoint[1]); q[2] = typename BoxData::Type(myQueryPoint[2]); q -= data.myAverageP; const typename BoxData::Type qlength2 = q[0]*q[0] + q[1]*q[1] + q[2]*q[2]; // If the query point is within a factor of accuracy_scale of the box radius, // it's assumed to be not a good enough approximation, so it needs to descend. // TODO: Is there a way to estimate the error? static_assert((std::is_same<typename BoxData::Type,v4uf>::value), "FIXME: Implement support for other tuple types!"); v4uu descend_mask = (qlength2 <= maxP2*myAccuracyScale2); uint descend_bitmask = _mm_movemask_ps(V4SF(descend_mask.vector)); constexpr uint allchildbits = ((uint(1)<<BVH_N)-1); if (descend_bitmask == allchildbits) { *data_for_parent = 0; return allchildbits; } // qlength2 must be non-zero, since it's strictly greater than something. // We still need to be careful for NaNs, though, because the 4th power might cause problems. const typename BoxData::Type qlength_m2 = typename BoxData::Type(1.0)/qlength2; const typename BoxData::Type qlength_m1 = sqrt(qlength_m2); // Normalize q to reduce issues with overflow/underflow, since we'd need the 7th power // if we didn't normalize, and (1e-6)^-7 = 1e42, which overflows single-precision. q *= qlength_m1; typename BoxData::Type Omega_approx = -qlength_m2*dot(q,data.myN); #if TAYLOR_SERIES_ORDER >= 1 const int order = myOrder; if (order >= 1) { const UT_FixedVector<typename BoxData::Type,3> q2 = q*q; const typename BoxData::Type qlength_m3 = qlength_m2*qlength_m1; const typename BoxData::Type Omega_1 = qlength_m3*(data.myNijDiag[0] + data.myNijDiag[1] + data.myNijDiag[2] -typename BoxData::Type(3.0)*(dot(q2,data.myNijDiag) + q[0]*q[1]*data.myNxy_Nyx + q[0]*q[2]*data.myNzx_Nxz + q[1]*q[2]*data.myNyz_Nzy)); Omega_approx += Omega_1; #if TAYLOR_SERIES_ORDER >= 2 if (order >= 2) { const UT_FixedVector<typename BoxData::Type,3> q3 = q2*q; const typename BoxData::Type qlength_m4 = qlength_m2*qlength_m2; typename BoxData::Type temp0[3] = { data.my2Nyyx_Nxyy+data.my2Nzzx_Nxzz, data.my2Nzzy_Nyzz+data.my2Nxxy_Nyxx, data.my2Nxxz_Nzxx+data.my2Nyyz_Nzyy }; typename BoxData::Type temp1[3] = { q[1]*data.my2Nxxy_Nyxx + q[2]*data.my2Nxxz_Nzxx, q[2]*data.my2Nyyz_Nzyy + q[0]*data.my2Nyyx_Nxyy, q[0]*data.my2Nzzx_Nxzz + q[1]*data.my2Nzzy_Nyzz }; const typename BoxData::Type Omega_2 = qlength_m4*(typename BoxData::Type(1.5)*dot(q, typename BoxData::Type(3)*data.myNijkDiag + UT_FixedVector<typename BoxData::Type,3>(temp0)) -typename BoxData::Type(7.5)*(dot(q3,data.myNijkDiag) + q[0]*q[1]*q[2]*data.mySumPermuteNxyz + dot(q2, UT_FixedVector<typename BoxData::Type,3>(temp1)))); Omega_approx += Omega_2; } #endif } #endif // If q is so small that we got NaNs and we just have a // small bounding box, it needs to descend. const v4uu mask = Omega_approx.isFinite() & ~descend_mask; Omega_approx = Omega_approx & mask; descend_bitmask = (~_mm_movemask_ps(V4SF(mask.vector))) & allchildbits; T sum = Omega_approx[0]; for (int i = 1; i < BVH_N; ++i) sum += Omega_approx[i]; *data_for_parent = sum; return descend_bitmask; } void item(const int itemi, const int parent_nodei, T &data_for_parent) const { const UT_Vector3T<S> *const positions = myPositions; const int *const cur_triangle_points = myTrianglePoints + 3*itemi; const UT_Vector3T<T> a = positions[cur_triangle_points[0]]; const UT_Vector3T<T> b = positions[cur_triangle_points[1]]; const UT_Vector3T<T> c = positions[cur_triangle_points[2]]; data_for_parent = UTsignedSolidAngleTri(a, b, c, myQueryPoint); } SYS_FORCE_INLINE void post(const int nodei, const int parent_nodei, T *data_for_parent, const int nchildren, const T *child_data_array, const uint descend_bits) const { T sum = (descend_bits&1) ? child_data_array[0] : 0; for (int i = 1; i < nchildren; ++i) sum += ((descend_bits>>i)&1) ? child_data_array[i] : 0; *data_for_parent += sum; } }; const SolidAngleFunctors functors(myData.get(), query_point, accuracy_scale2, myOrder, myPositions, myTrianglePoints); T sum; myTree.traverseVector(functors, &sum); return sum; } template<typename T,typename S> struct UT_SubtendedAngle<T,S>::BoxData { void clear() { // Set everything to zero memset(this,0,sizeof(*this)); } using Type = typename std::conditional<BVH_N==4 && std::is_same<T,float>::value, v4uf, UT_FixedVector<T,BVH_N>>::type; using SType = typename std::conditional<BVH_N==4 && std::is_same<S,float>::value, v4uf, UT_FixedVector<S,BVH_N>>::type; /// An upper bound on the squared distance from myAverageP to the farthest point in the box. SType myMaxPDist2; /// Centre of mass of the mesh surface in this box UT_FixedVector<Type,2> myAverageP; /// Unnormalized, area-weighted normal of the mesh in this box UT_FixedVector<Type,2> myN; /// Values for Omega_1 /// @{ UT_FixedVector<Type,2> myNijDiag; // Nxx, Nyy Type myNxy_Nyx; // Nxy+Nyx /// @} /// Values for Omega_2 /// @{ UT_FixedVector<Type,2> myNijkDiag; // Nxxx, Nyyy Type my2Nxxy_Nyxx; // Nxxy+Nxyx+Nyxx = 2Nxxy+Nyxx Type my2Nyyx_Nxyy; // Nyyx+Nyxy+Nxyy = 2Nyyx+Nxyy /// @} }; template<typename T,typename S> inline UT_SubtendedAngle<T,S>::UT_SubtendedAngle() : myTree() , myNBoxes(0) , myOrder(2) , myData(nullptr) , myNSegments(0) , mySegmentPoints(nullptr) , myNPoints(0) , myPositions(nullptr) {} template<typename T,typename S> inline UT_SubtendedAngle<T,S>::~UT_SubtendedAngle() { // Default destruction works, but this needs to be outlined // to avoid having to include UT_BVHImpl.h in the header, // (for the UT_UniquePtr destructor.) } template<typename T,typename S> inline void UT_SubtendedAngle<T,S>::init( const int nsegments, const int *const segment_points, const int npoints, const UT_Vector2T<S> *const positions, const int order) { #if SOLID_ANGLE_DEBUG UTdebugFormat(""); UTdebugFormat(""); UTdebugFormat("Building BVH for {} segments on {} points:", nsegments, npoints); #endif myOrder = order; myNSegments = nsegments; mySegmentPoints = segment_points; myNPoints = npoints; myPositions = positions; #if SOLID_ANGLE_TIME_PRECOMPUTE UT_StopWatch timer; timer.start(); #endif UT_SmallArray<UT::Box<S,2>> segment_boxes; segment_boxes.setSizeNoInit(nsegments); if (nsegments < 16*1024) { const int *cur_segment_points = segment_points; for (int i = 0; i < nsegments; ++i, cur_segment_points += 2) { UT::Box<S,2> &box = segment_boxes[i]; box.initBounds(positions[cur_segment_points[0]]); box.enlargeBounds(positions[cur_segment_points[1]]); } } else { igl::parallel_for(nsegments, [segment_points,&segment_boxes,positions](int i) { const int *cur_segment_points = segment_points + i*2; UT::Box<S,2> &box = segment_boxes[i]; box.initBounds(positions[cur_segment_points[0]]); box.enlargeBounds(positions[cur_segment_points[1]]); }); } #if SOLID_ANGLE_TIME_PRECOMPUTE double time = timer.stop(); UTdebugFormat("{} s to create bounding boxes.", time); timer.start(); #endif myTree.template init<UT::BVH_Heuristic::BOX_AREA,S,2>(segment_boxes.array(), nsegments); #if SOLID_ANGLE_TIME_PRECOMPUTE time = timer.stop(); UTdebugFormat("{} s to initialize UT_BVH structure. {} nodes", time, myTree.getNumNodes()); #endif //myTree.debugDump(); const int nnodes = myTree.getNumNodes(); myNBoxes = nnodes; BoxData *box_data = new BoxData[nnodes]; myData.reset(box_data); // Some data are only needed during initialization. struct LocalData { // Bounding box UT::Box<S,2> myBox; // P and N are needed from each child for computing Nij. UT_Vector2T<T> myAverageP; UT_Vector2T<T> myLengthP; UT_Vector2T<T> myN; // Unsigned length is needed for computing the average position. T myLength; // These are needed for computing Nijk. UT_Vector2T<T> myNijDiag; T myNxy; T myNyx; UT_Vector2T<T> myNijkDiag; // Nxxx, Nyyy T my2Nxxy_Nyxx; // Nxxy+Nxyx+Nyxx = 2Nxxy+Nyxx T my2Nyyx_Nxyy; // Nyyx+Nyxy+Nxyy = 2Nyyx+Nxyy }; struct PrecomputeFunctors { BoxData *const myBoxData; const UT::Box<S,2> *const mySegmentBoxes; const int *const mySegmentPoints; const UT_Vector2T<S> *const myPositions; const int myOrder; PrecomputeFunctors( BoxData *box_data, const UT::Box<S,2> *segment_boxes, const int *segment_points, const UT_Vector2T<S> *positions, const int order) : myBoxData(box_data) , mySegmentBoxes(segment_boxes) , mySegmentPoints(segment_points) , myPositions(positions) , myOrder(order) {} constexpr SYS_FORCE_INLINE bool pre(const int nodei, LocalData *data_for_parent) const { return true; } void item(const int itemi, const int parent_nodei, LocalData &data_for_parent) const { const UT_Vector2T<S> *const positions = myPositions; const int *const cur_segment_points = mySegmentPoints + 2*itemi; const UT_Vector2T<T> a = positions[cur_segment_points[0]]; const UT_Vector2T<T> b = positions[cur_segment_points[1]]; const UT_Vector2T<T> ab = b-a; const UT::Box<S,2> &segment_box = mySegmentBoxes[itemi]; data_for_parent.myBox = segment_box; // Length-weighted normal (unnormalized) UT_Vector2T<T> N; N[0] = ab[1]; N[1] = -ab[0]; const T length2 = ab.length2(); const T length = SYSsqrt(length2); const UT_Vector2T<T> P = T(0.5)*(a+b); data_for_parent.myAverageP = P; data_for_parent.myLengthP = P*length; data_for_parent.myN = N; #if SOLID_ANGLE_DEBUG UTdebugFormat(""); UTdebugFormat("Triangle {}: P = {}; N = {}; length = {}", itemi, P, N, length); UTdebugFormat(" box = {}", data_for_parent.myBox); #endif data_for_parent.myLength = length; const int order = myOrder; if (order < 1) return; // NOTE: Due to P being at the centroid, segments have Nij = 0 // contributions to Nij. data_for_parent.myNijDiag = T(0); data_for_parent.myNxy = 0; data_for_parent.myNyx = 0; if (order < 2) return; // If it's zero-length, the results are zero, so we can skip. if (length == 0) { data_for_parent.myNijkDiag = T(0); data_for_parent.my2Nxxy_Nyxx = 0; data_for_parent.my2Nyyx_Nxyy = 0; return; } T integral_xx = ab[0]*ab[0]/T(12); T integral_xy = ab[0]*ab[1]/T(12); T integral_yy = ab[1]*ab[1]/T(12); data_for_parent.myNijkDiag[0] = integral_xx*N[0]; data_for_parent.myNijkDiag[1] = integral_yy*N[1]; T Nxxy = N[0]*integral_xy; T Nyxx = N[1]*integral_xx; T Nyyx = N[1]*integral_xy; T Nxyy = N[0]*integral_yy; data_for_parent.my2Nxxy_Nyxx = 2*Nxxy + Nyxx; data_for_parent.my2Nyyx_Nxyy = 2*Nyyx + Nxyy; #if SOLID_ANGLE_DEBUG UTdebugFormat(" integral_xx = {}; yy = {}", integral_xx, integral_yy); UTdebugFormat(" integral_xy = {}", integral_xy); #endif } void post(const int nodei, const int parent_nodei, LocalData *data_for_parent, const int nchildren, const LocalData *child_data_array) const { // NOTE: Although in the general case, data_for_parent may be null for the root call, // this functor assumes that it's non-null, so the call below must pass a non-null pointer. BoxData &current_box_data = myBoxData[nodei]; UT_Vector2T<T> N = child_data_array[0].myN; ((T*)&current_box_data.myN[0])[0] = N[0]; ((T*)&current_box_data.myN[1])[0] = N[1]; UT_Vector2T<T> lengthP = child_data_array[0].myLengthP; T length = child_data_array[0].myLength; const UT_Vector2T<T> local_P = child_data_array[0].myAverageP; ((T*)&current_box_data.myAverageP[0])[0] = local_P[0]; ((T*)&current_box_data.myAverageP[1])[0] = local_P[1]; for (int i = 1; i < nchildren; ++i) { const UT_Vector2T<T> local_N = child_data_array[i].myN; N += local_N; ((T*)&current_box_data.myN[0])[i] = local_N[0]; ((T*)&current_box_data.myN[1])[i] = local_N[1]; lengthP += child_data_array[i].myLengthP; length += child_data_array[i].myLength; const UT_Vector2T<T> local_P = child_data_array[i].myAverageP; ((T*)&current_box_data.myAverageP[0])[i] = local_P[0]; ((T*)&current_box_data.myAverageP[1])[i] = local_P[1]; } for (int i = nchildren; i < BVH_N; ++i) { // Set to zero, just to avoid false positives for uses of uninitialized memory. ((T*)&current_box_data.myN[0])[i] = 0; ((T*)&current_box_data.myN[1])[i] = 0; ((T*)&current_box_data.myAverageP[0])[i] = 0; ((T*)&current_box_data.myAverageP[1])[i] = 0; } data_for_parent->myN = N; data_for_parent->myLengthP = lengthP; data_for_parent->myLength = length; UT::Box<S,2> box(child_data_array[0].myBox); for (int i = 1; i < nchildren; ++i) box.combine(child_data_array[i].myBox); // Normalize P UT_Vector2T<T> averageP; if (length > 0) averageP = lengthP/length; else averageP = T(0.5)*(box.getMin() + box.getMax()); data_for_parent->myAverageP = averageP; data_for_parent->myBox = box; for (int i = 0; i < nchildren; ++i) { const UT::Box<S,2> &local_box(child_data_array[i].myBox); const UT_Vector2T<T> &local_P = child_data_array[i].myAverageP; const UT_Vector2T<T> maxPDiff = SYSmax(local_P-UT_Vector2T<T>(local_box.getMin()), UT_Vector2T<T>(local_box.getMax())-local_P); ((T*)&current_box_data.myMaxPDist2)[i] = maxPDiff.length2(); } for (int i = nchildren; i < BVH_N; ++i) { // This child is non-existent. If we set myMaxPDist2 to infinity, it will never // use the approximation, and the traverseVector function can check for EMPTY. ((T*)&current_box_data.myMaxPDist2)[i] = std::numeric_limits<T>::infinity(); } const int order = myOrder; if (order >= 1) { // We now have the current box's P, so we can adjust Nij and Nijk data_for_parent->myNijDiag = child_data_array[0].myNijDiag; data_for_parent->myNxy = 0; data_for_parent->myNyx = 0; data_for_parent->myNijkDiag = child_data_array[0].myNijkDiag; data_for_parent->my2Nxxy_Nyxx = child_data_array[0].my2Nxxy_Nyxx; data_for_parent->my2Nyyx_Nxyy = child_data_array[0].my2Nyyx_Nxyy; for (int i = 1; i < nchildren; ++i) { data_for_parent->myNijDiag += child_data_array[i].myNijDiag; data_for_parent->myNijkDiag += child_data_array[i].myNijkDiag; data_for_parent->my2Nxxy_Nyxx += child_data_array[i].my2Nxxy_Nyxx; data_for_parent->my2Nyyx_Nxyy += child_data_array[i].my2Nyyx_Nxyy; } for (int j = 0; j < 2; ++j) ((T*)&current_box_data.myNijDiag[j])[0] = child_data_array[0].myNijDiag[j]; ((T*)&current_box_data.myNxy_Nyx)[0] = child_data_array[0].myNxy + child_data_array[0].myNyx; for (int j = 0; j < 2; ++j) ((T*)&current_box_data.myNijkDiag[j])[0] = child_data_array[0].myNijkDiag[j]; ((T*)&current_box_data.my2Nxxy_Nyxx)[0] = child_data_array[0].my2Nxxy_Nyxx; ((T*)&current_box_data.my2Nyyx_Nxyy)[0] = child_data_array[0].my2Nyyx_Nxyy; for (int i = 1; i < nchildren; ++i) { for (int j = 0; j < 2; ++j) ((T*)&current_box_data.myNijDiag[j])[i] = child_data_array[i].myNijDiag[j]; ((T*)&current_box_data.myNxy_Nyx)[i] = child_data_array[i].myNxy + child_data_array[i].myNyx; for (int j = 0; j < 2; ++j) ((T*)&current_box_data.myNijkDiag[j])[i] = child_data_array[i].myNijkDiag[j]; ((T*)&current_box_data.my2Nxxy_Nyxx)[i] = child_data_array[i].my2Nxxy_Nyxx; ((T*)&current_box_data.my2Nyyx_Nxyy)[i] = child_data_array[i].my2Nyyx_Nxyy; } for (int i = nchildren; i < BVH_N; ++i) { // Set to zero, just to avoid false positives for uses of uninitialized memory. for (int j = 0; j < 2; ++j) ((T*)&current_box_data.myNijDiag[j])[i] = 0; ((T*)&current_box_data.myNxy_Nyx)[i] = 0; for (int j = 0; j < 2; ++j) ((T*)&current_box_data.myNijkDiag[j])[i] = 0; ((T*)&current_box_data.my2Nxxy_Nyxx)[i] = 0; ((T*)&current_box_data.my2Nyyx_Nxyy)[i] = 0; } for (int i = 0; i < nchildren; ++i) { const LocalData &child_data = child_data_array[i]; UT_Vector2T<T> displacement = child_data.myAverageP - UT_Vector2T<T>(data_for_parent->myAverageP); UT_Vector2T<T> N = child_data.myN; // Adjust Nij for the change in centre P data_for_parent->myNijDiag += N*displacement; T Nxy = child_data.myNxy + N[0]*displacement[1]; T Nyx = child_data.myNyx + N[1]*displacement[0]; data_for_parent->myNxy += Nxy; data_for_parent->myNyx += Nyx; if (order >= 2) { // Adjust Nijk for the change in centre P data_for_parent->myNijkDiag += T(2)*displacement*child_data.myNijDiag + displacement*displacement*child_data.myN; data_for_parent->my2Nxxy_Nyxx += 2*(displacement[1]*child_data.myNijDiag[0] + displacement[0]*child_data.myNxy + N[0]*displacement[0]*displacement[1]) + 2*child_data.myNyx*displacement[0] + N[1]*displacement[0]*displacement[0]; data_for_parent->my2Nyyx_Nxyy += 2*(displacement[0]*child_data.myNijDiag[1] + displacement[1]*child_data.myNyx + N[1]*displacement[1]*displacement[0]) + 2*child_data.myNxy*displacement[1] + N[0]*displacement[1]*displacement[1]; } } } #if SOLID_ANGLE_DEBUG UTdebugFormat(""); UTdebugFormat("Node {}: nchildren = {}; maxP = {}", nodei, nchildren, SYSsqrt(current_box_data.myMaxPDist2)); UTdebugFormat(" P = {}; N = {}", current_box_data.myAverageP, current_box_data.myN); UTdebugFormat(" Nii = {}", current_box_data.myNijDiag); UTdebugFormat(" Nxy+Nyx = {}", current_box_data.myNxy_Nyx); UTdebugFormat(" Niii = {}", current_box_data.myNijkDiag); UTdebugFormat(" 2Nxxy+Nyxx = {}; 2Nyyx+Nxyy = {}", current_box_data.my2Nxxy_Nyxx, current_box_data.my2Nyyx_Nxyy); #endif } }; #if SOLID_ANGLE_TIME_PRECOMPUTE timer.start(); #endif const PrecomputeFunctors functors(box_data, segment_boxes.array(), segment_points, positions, order); // NOTE: post-functor relies on non-null data_for_parent, so we have to pass one. LocalData local_data; myTree.template traverseParallel<LocalData>(4096, functors, &local_data); //myTree.template traverse<LocalData>(functors); #if SOLID_ANGLE_TIME_PRECOMPUTE time = timer.stop(); UTdebugFormat("{} s to precompute coefficients.", time); #endif } template<typename T,typename S> inline void UT_SubtendedAngle<T, S>::clear() { myTree.clear(); myNBoxes = 0; myOrder = 2; myData.reset(); myNSegments = 0; mySegmentPoints = nullptr; myNPoints = 0; myPositions = nullptr; } template<typename T,typename S> inline T UT_SubtendedAngle<T, S>::computeAngle(const UT_Vector2T<T> &query_point, const T accuracy_scale) const { const T accuracy_scale2 = accuracy_scale*accuracy_scale; struct AngleFunctors { const BoxData *const myBoxData; const UT_Vector2T<T> myQueryPoint; const T myAccuracyScale2; const UT_Vector2T<S> *const myPositions; const int *const mySegmentPoints; const int myOrder; AngleFunctors( const BoxData *const box_data, const UT_Vector2T<T> &query_point, const T accuracy_scale2, const int order, const UT_Vector2T<S> *const positions, const int *const segment_points) : myBoxData(box_data) , myQueryPoint(query_point) , myAccuracyScale2(accuracy_scale2) , myOrder(order) , myPositions(positions) , mySegmentPoints(segment_points) {} uint pre(const int nodei, T *data_for_parent) const { const BoxData &data = myBoxData[nodei]; const typename BoxData::Type maxP2 = data.myMaxPDist2; UT_FixedVector<typename BoxData::Type,2> q; q[0] = typename BoxData::Type(myQueryPoint[0]); q[1] = typename BoxData::Type(myQueryPoint[1]); q -= data.myAverageP; const typename BoxData::Type qlength2 = q[0]*q[0] + q[1]*q[1]; // If the query point is within a factor of accuracy_scale of the box radius, // it's assumed to be not a good enough approximation, so it needs to descend. // TODO: Is there a way to estimate the error? static_assert((std::is_same<typename BoxData::Type,v4uf>::value), "FIXME: Implement support for other tuple types!"); v4uu descend_mask = (qlength2 <= maxP2*myAccuracyScale2); uint descend_bitmask = _mm_movemask_ps(V4SF(descend_mask.vector)); constexpr uint allchildbits = ((uint(1)<<BVH_N)-1); if (descend_bitmask == allchildbits) { *data_for_parent = 0; return allchildbits; } // qlength2 must be non-zero, since it's strictly greater than something. // We still need to be careful for NaNs, though, because the 4th power might cause problems. const typename BoxData::Type qlength_m2 = typename BoxData::Type(1.0)/qlength2; const typename BoxData::Type qlength_m1 = sqrt(qlength_m2); // Normalize q to reduce issues with overflow/underflow, since we'd need the 6th power // if we didn't normalize, and (1e-7)^-6 = 1e42, which overflows single-precision. q *= qlength_m1; typename BoxData::Type Omega_approx = -qlength_m1*dot(q,data.myN); const int order = myOrder; if (order >= 1) { const UT_FixedVector<typename BoxData::Type,2> q2 = q*q; const typename BoxData::Type Omega_1 = qlength_m2*(data.myNijDiag[0] + data.myNijDiag[1] -typename BoxData::Type(2.0)*(dot(q2,data.myNijDiag) + q[0]*q[1]*data.myNxy_Nyx)); Omega_approx += Omega_1; if (order >= 2) { const UT_FixedVector<typename BoxData::Type,2> q3 = q2*q; const typename BoxData::Type qlength_m3 = qlength_m2*qlength_m1; typename BoxData::Type temp0[2] = { data.my2Nyyx_Nxyy, data.my2Nxxy_Nyxx }; typename BoxData::Type temp1[2] = { q[1]*data.my2Nxxy_Nyxx, q[0]*data.my2Nyyx_Nxyy }; const typename BoxData::Type Omega_2 = qlength_m3*(dot(q, typename BoxData::Type(3)*data.myNijkDiag + UT_FixedVector<typename BoxData::Type,2>(temp0)) -typename BoxData::Type(4.0)*(dot(q3,data.myNijkDiag) + dot(q2, UT_FixedVector<typename BoxData::Type,2>(temp1)))); Omega_approx += Omega_2; } } // If q is so small that we got NaNs and we just have a // small bounding box, it needs to descend. const v4uu mask = Omega_approx.isFinite() & ~descend_mask; Omega_approx = Omega_approx & mask; descend_bitmask = (~_mm_movemask_ps(V4SF(mask.vector))) & allchildbits; T sum = Omega_approx[0]; for (int i = 1; i < BVH_N; ++i) sum += Omega_approx[i]; *data_for_parent = sum; return descend_bitmask; } void item(const int itemi, const int parent_nodei, T &data_for_parent) const { const UT_Vector2T<S> *const positions = myPositions; const int *const cur_segment_points = mySegmentPoints + 2*itemi; const UT_Vector2T<T> a = positions[cur_segment_points[0]]; const UT_Vector2T<T> b = positions[cur_segment_points[1]]; data_for_parent = UTsignedAngleSegment(a, b, myQueryPoint); } SYS_FORCE_INLINE void post(const int nodei, const int parent_nodei, T *data_for_parent, const int nchildren, const T *child_data_array, const uint descend_bits) const { T sum = (descend_bits&1) ? child_data_array[0] : 0; for (int i = 1; i < nchildren; ++i) sum += ((descend_bits>>i)&1) ? child_data_array[i] : 0; *data_for_parent += sum; } }; const AngleFunctors functors(myData.get(), query_point, accuracy_scale2, myOrder, myPositions, mySegmentPoints); T sum; myTree.traverseVector(functors, &sum); return sum; } // Instantiate our templates. //template class UT_SolidAngle<fpreal32,fpreal32>; // FIXME: The SIMD parts will need to be handled differently in order to support fpreal64. //template class UT_SolidAngle<fpreal64,fpreal32>; //template class UT_SolidAngle<fpreal64,fpreal64>; //template class UT_SubtendedAngle<fpreal32,fpreal32>; //template class UT_SubtendedAngle<fpreal64,fpreal32>; //template class UT_SubtendedAngle<fpreal64,fpreal64>; } // End HDK_Sample namespace }}

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/* -*-mode:c++; tab-width: 2; indent-tabs-mode: nil; c-basic-offset: 2 -*- */ #ifndef GL_OBJECTS_HH #define GL_OBJECTS_HH #define GLEW_STATIC #include <GL/glew.h> #include <GLFW/glfw3.h> #include <string> #include <vector> #include <memory> #include "raster.hh" class GLFWContext { static void error_callback( const int, const char * const description ); public: GLFWContext(); ~GLFWContext(); /* forbid copy */ GLFWContext( const GLFWContext & other ) = delete; GLFWContext & operator=( const GLFWContext & other ) = delete; }; class Window { struct Deleter { void operator() ( GLFWwindow * x ) const; }; std::unique_ptr<GLFWwindow, Deleter> window_; public: Window( const unsigned int width, const unsigned int height, const std::string & title, const bool fullscreen = false ); void make_context_current( const bool initialize_extensions = false ); bool should_close( void ) const; void swap_buffers( void ); void hide_cursor( const bool hidden ); bool key_pressed( const int key ) const; std::pair<unsigned int, unsigned int> size( void ) const; std::pair<unsigned int, unsigned int> window_size() const; }; struct VertexObject { float x[4]; //float chroma_texture_x, chroma_texture_y; }; template <GLenum id_> class Buffer { public: Buffer() = delete; template <class T> static void bind( const T & obj ) { glBindBuffer( id_, obj.num_ ); } static void load( const std::vector<VertexObject> & vertices, const GLenum usage ) { glBufferData( id, vertices.size() * sizeof( VertexObject ), &vertices.front(), usage ); } constexpr static GLenum id = id_; }; using ArrayBuffer = Buffer<GL_ARRAY_BUFFER>; class VertexBufferObject { friend ArrayBuffer; GLuint num_; public: VertexBufferObject(); ~VertexBufferObject(); /* forbid copy */ VertexBufferObject( const VertexBufferObject & other ) = delete; VertexBufferObject & operator=( const VertexBufferObject & other ) = delete; }; class VertexArrayObject { GLuint num_; public: VertexArrayObject(); ~VertexArrayObject(); void bind( void ); /* forbid copy */ VertexArrayObject( const VertexArrayObject & other ) = delete; VertexArrayObject & operator=( const VertexArrayObject & other ) = delete; }; class Texture { private: GLuint num_; unsigned int width_, height_; public: Texture( const unsigned int width, const unsigned int height ); ~Texture(); void bind( const GLenum texture_unit ); void load( const TwoD< uint8_t> & raster ); void resize( const unsigned int width, const unsigned int height ); std::pair<unsigned int, unsigned int> size( void ) const { return std::make_pair( width_, height_ ); } /* disallow copy */ Texture( const Texture & other ) = delete; Texture & operator=( const Texture & other ) = delete; }; void compile_shader( const GLuint num, const std::string & source ); template <GLenum type_> class Shader { friend class Program; protected: GLuint num_ = glCreateShader( type_ ); public: Shader( const std::string & source ) { compile_shader( num_, source ); } ~Shader() { glDeleteShader( num_ ); } /* forbid copy */ Shader( const Shader & other ) = delete; Shader & operator=( const Shader & other ) = delete; }; class Program { GLuint num_ = glCreateProgram(); public: Program() {} ~Program(); template <GLenum type_> void attach( const Shader<type_> & shader ) { glAttachShader( num_, shader.num_ ); } void link( void ); void use( void ); GLint attribute_location( const std::string & name ) const; GLint uniform_location( const std::string & name ) const; /* forbid copy */ Program( const Program & other ) = delete; Program & operator=( const Program & other ) = delete; }; using VertexShader = Shader<GL_VERTEX_SHADER>; using FragmentShader = Shader<GL_FRAGMENT_SHADER>; void glCheck( const std::string & where, const bool expected = false ); #endif /* GL_OBJECTS_HH */

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#ifndef CHILD3_H #define CHILD3_H #include "Parent.h" class Child3 : public Parent{ public: Child3() : Parent() {} Child3(int f, int g, char h, double i, std::string j) : Parent(f, g, h, i, j){} void genericFunction(){ a = 13; b = 16; c = 'B'; d = 70.5; e = "Child3"; } }; #endif

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main.cpp

#include <DxLib.h> #include "SystemMain.h" int android_main(void){ SystemMain system; if (system.initialize()) { system.main(); } system.finalize(); return 0; }

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#pragma once #include "Base.h" class CWindowWnd { public: CWindowWnd(); HWND GetHWND() const; operator HWND() const; bool RegisterWindowClass(); bool RegisterSuperclass(); HWND Create(HWND hwndParent, LPCTSTR pstrName, DWORD dwStyle, DWORD dwExStyle, const RECT rc, HMENU hMenu = NULL); HWND Create(HWND hwndParent, LPCTSTR pstrName, DWORD dwStyle, DWORD dwExStyle, int x = CW_USEDEFAULT, int y = CW_USEDEFAULT, int cx = CW_USEDEFAULT, int cy = CW_USEDEFAULT, HMENU hMenu = NULL); HWND Subclass(HWND hWnd); void Unsubclass(); void ShowWindow(bool bShow = true, bool bTakeFocus = true); bool ShowModal(HWND hWnd); int MessageBox(LPCTSTR lpText, LPCTSTR lpCaption, UINT uType); // 目前仅支持MB_OK void Close(); void CenterWindow(); void SetIcon(UINT nRes); LRESULT SendMessage(UINT uMsg, WPARAM wParam = 0, LPARAM lParam = 0L); LRESULT PostMessage(UINT uMsg, WPARAM wParam = 0, LPARAM lParam = 0L); void ResizeClient(int cx = -1, int cy = -1); HINSTANCE GetInstance(); protected: virtual LPCTSTR GetWindowClassName() const = 0; virtual LPCTSTR GetSuperClassName() const; virtual UINT GetClassStyle() const; virtual LRESULT HandleMessage(UINT uMsg, WPARAM wParam, LPARAM lParam); virtual void OnFinalMessage(HWND hWnd); static LRESULT CALLBACK __WndProc(HWND hWnd, UINT uMsg, WPARAM wParam, LPARAM lParam); static LRESULT CALLBACK __ControlProc(HWND hWnd, UINT uMsg, WPARAM wParam, LPARAM lParam); protected: HWND m_hWnd; WNDPROC m_OldWndProc; bool m_bSubclassed; }; struct IOleObject; class CActiveXCtrl; template< class T > class CSafeRelease { public: CSafeRelease(T* p) : m_p(p) { }; ~CSafeRelease() { if( m_p != NULL ) m_p->Release(); }; T* Detach() { T* t = m_p; m_p = NULL; return t; }; T* m_p; }; class CActiveXUI { friend CActiveXCtrl; public: CActiveXUI(); virtual ~CActiveXUI(); LPCTSTR GetClass() const; LPVOID GetInterface(LPCTSTR pstrName); bool IsDelayCreate() const; void SetDelayCreate(bool bDelayCreate = true); void SetMainFrame(HWND hWnd); void SetRect(CRect rc); bool CreateControl(const CLSID clsid); bool CreateControl(LPCTSTR pstrCLSID); HRESULT GetControl(const IID iid, LPVOID* ppRet); CLSID GetClisd() const; void SetVisible(bool bVisible = true); void SetInternVisible(bool bVisible = true); void SetPos(RECT rc); void DoPaint(HDC hDC, const RECT& rcPaint); void SetAttribute(LPCTSTR pstrName, LPCTSTR pstrValue); LRESULT MessageHandler(UINT uMsg, WPARAM wParam, LPARAM lParam, bool& bHandled); protected: void ReleaseControl(); bool DoCreateControl(); protected: CLSID m_clsid; bool m_bCreated; bool m_bDelayCreate; IOleObject* m_pUnk; CActiveXCtrl* m_pControl; HWND m_hwndHost; public: HWND m_hFrameWnd; CRect m_rcItem; };

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opengl.h

/** * Copyright 2016 BitTorrent Inc. * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ #pragma once #include <scraps/platform.h> #if SCRAPS_IOS || SCRAPS_TVOS #include <OpenGLES/ES3/gl.h> #include <OpenGLES/ES3/glext.h> #define OPENGL_ES 1 #elif defined(__APPLE__) #include <OpenGL/OpenGL.h> #include <OpenGL/gl3.h> #elif defined(__ANDROID__) #include <GLES2/gl2.h> #include <GLES2/gl2ext.h> #define OPENGL_ES 1 #elif defined(__linux__) #if !defined(GL_GLEXT_PROTOTYPES) #define GL_GLEXT_PROTOTYPES #endif #include <GL/gl.h> #endif #if !NDEBUG #define SCRAPS_GL_ERROR_CHECK() \ { \ auto err = glGetError(); \ if (err != GL_NO_ERROR) { \ SCRAPS_LOG_WARNING("opengl error 0x{:x} {}", err, scraps::opengl::GetErrorName(err)); \ } \ } #else #define SCRAPS_GL_ERROR_CHECK() #endif namespace scraps::opengl { constexpr const char* GetErrorName(GLenum err) { switch (err) { case GL_INVALID_OPERATION: return "INVALID_OPERATION"; case GL_INVALID_ENUM: return "INVALID_ENUM"; case GL_INVALID_VALUE: return "INVALID_VALUE"; case GL_OUT_OF_MEMORY: return "OUT_OF_MEMORY"; case GL_INVALID_FRAMEBUFFER_OPERATION: return "INVALID_FRAMEBUFFER_OPERATION"; default: return "unknown"; }; } #if OPENGL_ES constexpr bool kIsOpenGLES = true; #else constexpr bool kIsOpenGLES = false; #endif GLint MajorVersion(); /** * @return true if the given opengl extension is present for the current context */ bool HasExtension(std::string extension); /** * Define some shader macros that let you write the rest of the shader more portably. */ std::string CommonVertexShaderHeader(std::vector<std::string> extensions = {}); std::string CommonFragmentShaderHeader(std::vector<std::string> extensions = {}); } // namespace scraps::opengl

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/Cal/Al/test/C2/U4/Heapsort_test.cpp

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Heapsort_test.cpp

#include <iostream> #include "C2/U1/MyDate.h" #include "C2/U4/Heapsort.h" using namespace std; int main(int argc, char ** argv) { cout << "Hello tester!" << endl; MyDate ** dat = new MyDate*[5]; dat[0] = nullptr; dat[1] = new MyDate(1, 1, 2010); dat[2] = new MyDate(1, 1, 2017); dat[3] = new MyDate(1, 1, 2015); dat[4] = new MyDate(1, 1, 2012); Heapsort::sort((Comparable **)dat, 5); for(int i = 1; i < 5; i++) { cout << dat[i]->toString() << endl; } }

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4_thread.cpp

/** * Created by coast on 2018/10/11 */ #include<iostream> //std::cout std::endl #include<thread> //std::thread #include<future> //std::future std::promise #include<utility> //std::ref #include<chrono> //std::chrono::seconds // preliminary example // ref: https://blog.csdn.net/hutianyou123/article/details/79147541 void initiazer(std::promise<int> &promiseObj) { std::cout << "Inside thread: " << std::this_thread::get_id() << std::endl; std::this_thread::sleep_for(std::chrono::seconds(1)); promiseObj.set_value(35); } int main() { std::promise<int> promiseObj; std::future<int> futureObj = promiseObj.get_future(); std::thread th(initiazer, std::ref(promiseObj)); std::cout << futureObj.get() << std::endl; th.join(); return 0; }

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/Week 07 - Greedy/978B - File Name.cpp

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2020-03-27T14:59:06.421967

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978B - File Name.cpp

#include <iostream> using namespace std; int main() { int n; // length of the file name cin>>n; string a; // use string instead of array, cos string are array of character :) int totalRemove = 0; cin>>a; // input all the character for(int i=0;i<n;i++){ //check the 'x', if there are 3 'x' in sequence. add total remove if (a[i]=='x' && a[i+1]=='x' && a[i+2]=='x'){ totalRemove+=1; //i--; } } //output the total remove cout<<totalRemove; return 0; }

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/source/Level.cpp

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guiathayde/underground

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Level.cpp

#include "stdfx.h" #include "Level.h" #include "Player.h" #include "Obstacle.h" #include "GraphicManager.h" #include "ColliderManager.h" #include "Item.h" #include "Ranking.h" Level::Level(GraphicManager *graphicManager, ColliderManager *colliderManager) : Entity(graphicManager), colliderManager(colliderManager) { n_entities = 0; score = 0; nextLevel = 0; endLevel = false; name = ""; finalPhrase = ""; sizeX = 5000.0f; playerTwo = NULL; this->graphicManager = graphicManager; view = graphicManager->GetView(); window = graphicManager->GetWindow(); entities = new DynamicEntityList(); sf::Texture *endLevelBackgroundTexture = graphicManager->GetTexture("endLevelBackground"); endLevelBackground.setSize(static_cast<sf::Vector2f>(graphicManager->GetWindow()->getSize())); endLevelBackground.setOrigin(endLevelBackground.getSize() / 2.0f); endLevelBackground.setTexture(endLevelBackgroundTexture); if (!font.loadFromFile("assets/fonts/DarkMage.ttf")) cerr << "Error loading item DarkMage font!" << endl; /* ----------------------------------------------- SetUp Score Display -----------------------------------------------*/ scoreText[0].setFont(font); scoreText[0].setCharacterSize(48); scoreText[0].setFillColor(sf::Color::White); scoreText[0].setString("Score: "); sf::FloatRect textRectScore = scoreText[0].getLocalBounds(); scoreText[0].setOrigin(0.0f, 0.0f); scoreText[0].setPosition(20.0f, 40.0f); scoreText[1].setFont(font); scoreText[1].setCharacterSize(48); scoreText[1].setFillColor(sf::Color::White); scoreText[1].setString("0"); sf::FloatRect textRectInt = scoreText[1].getLocalBounds(); scoreText[1].setOrigin(0.0f, 0.0f); scoreText[1].setPosition(textRectScore.width + 15.0f, 40.0f); /* ----------------------------------------------- SetUp Health Display -----------------------------------------------*/ heartsText[0].setFont(font); heartsText[0].setCharacterSize(48); heartsText[0].setFillColor(sf::Color::White); heartsText[0].setString("0"); sf::FloatRect textRectHealthInt = heartsText[0].getLocalBounds(); heartsText[0].setOrigin(0.0f, 0.0f); heartsText[0].setPosition((window->getSize().x / 2.0f) - 50.0f, 40.0f); heartsText[1].setFont(font); heartsText[1].setCharacterSize(48); heartsText[1].setFillColor(sf::Color::White); heartsText[1].setString("/300"); sf::FloatRect textRectHealthTotal = heartsText[1].getLocalBounds(); heartsText[1].setOrigin(0.0f, 0.0f); heartsText[1].setPosition((window->getSize().x / 2.0f) + 50.0f, 40.0f); healthBox.setSize(sf::Vector2f(210.0f, 50.0f)); healthBox.setPosition((window->getSize().x / 2.0f) - 55.0f, 45.0f); healthBox.setFillColor(sf::Color::Red); /* ----------------------------------------------- SetUp End Level Display -----------------------------------------------*/ endLevelText[0].setFont(font); endLevelText[0].setCharacterSize(56); endLevelText[0].setFillColor(sf::Color::White); endLevelText[0].setString("Congratulation!"); sf::FloatRect textRectEndLevelCongratulation = endLevelText[0].getLocalBounds(); endLevelText[0].setOrigin(textRectEndLevelCongratulation.left + textRectEndLevelCongratulation.width / 2.0f, textRectEndLevelCongratulation.top + textRectEndLevelCongratulation.height / 2.0f); endLevelText[0].setPosition(static_cast<float>(graphicManager->GetWindow()->getSize().x) / 2.0f, 40.0f); endLevelText[1].setFont(font); endLevelText[1].setCharacterSize(44); endLevelText[1].setFillColor(sf::Color::White); endLevelText[1].setString(finalPhrase); sf::FloatRect textRectEndLevelPhrase = endLevelText[1].getLocalBounds(); endLevelText[1].setOrigin(textRectEndLevelPhrase.left + textRectEndLevelPhrase.width / 2.0f, textRectEndLevelPhrase.top + textRectEndLevelPhrase.height / 2.0f); endLevelText[1].setPosition(static_cast<float>(graphicManager->GetWindow()->getSize().x) / 2.0f, 40.0f + textRectEndLevelCongratulation.height); for (int i = 2, j = 3; i <= 3; i++, j--) { endLevelText[i].setFont(font); endLevelText[i].setCharacterSize(48); endLevelText[i].setFillColor(sf::Color::White); sf::FloatRect textRectEndLevel = endLevelText[i].getLocalBounds(); endLevelText[i].setOrigin(textRectEndLevel.left + textRectEndLevel.width / 2.0f, textRectEndLevel.top + textRectEndLevel.height / 2.0f); endLevelText[i].setPosition(static_cast<float>(graphicManager->GetWindow()->getSize().x) / (float)j, static_cast<float>(graphicManager->GetWindow()->getSize().y) / 2.0f); } endLevelText[2].setFillColor(sf::Color::Red); endLevelText[4].setFont(font); endLevelText[4].setCharacterSize(52); endLevelText[4].setFillColor(sf::Color::White); endLevelText[4].setString("Continue"); sf::FloatRect textRectEndLevelContinue = endLevelText[4].getLocalBounds(); endLevelText[4].setOrigin(textRectEndLevelContinue.left + textRectEndLevelContinue.width / 2.0f, textRectEndLevelContinue.top + textRectEndLevelContinue.height / 2.0f); endLevelText[4].setPosition(static_cast<float>(graphicManager->GetWindow()->getSize().x) / 2.0f, static_cast<float>(graphicManager->GetWindow()->getSize().y) - 150.0f); } Level::~Level() { ClearAll(); } void Level::Update(float deltaTime) { entities->Update(deltaTime, playerOne); list<Item *>::iterator itItem; for (itItem = items.begin(); itItem != items.end(); itItem++) if ((*itItem)->GetCaught() && (*itItem)->GetStair()) (*itItem)->SetPosition(sf::Vector2f(graphicManager->GetView()->getCenter().x + (graphicManager->GetView()->getSize().x / 2.0f) - (*itItem)->GetHalfSize().x - 20.0f, graphicManager->GetView()->getCenter().y - (graphicManager->GetView()->getSize().y / 2.0f) + (*itItem)->GetHalfSize().y + 20.0f)); scoreText[0].setPosition(graphicManager->GetView()->getCenter().x - (graphicManager->GetView()->getSize().x / 2.0f) + 30.0f, 40.0f); scoreText[1].setPosition(graphicManager->GetView()->getCenter().x - (graphicManager->GetView()->getSize().x / 2.0f) + 215.0f, 40.0f); scoreText[1].setString(to_string(score)); heartsText[0].setPosition(graphicManager->GetView()->getCenter().x - 50.0f, 40.0f); heartsText[1].setPosition(graphicManager->GetView()->getCenter().x + 50.0f, 40.0f); heartsText[0].setString(to_string(playerOne->GetHearts())); healthBox.setPosition(graphicManager->GetView()->getCenter().x - 55.0f, (window->getSize().y / 2.0f) - 55.0f); if (playerOne->GetHearts() < 1) { playerOne->SetPosition(initialPosition); if (playerTwo != NULL) playerTwo->SetPosition(initialPosition); playerOne->SetHearts(300); } } void Level::CheckCollison() { colliderManager->CheckEntitiesCollison(entities, obstacles, characters); colliderManager->CheckPlayerOnHead(score, characters, playerOne, NULL); colliderManager->CheckItemCollision(items, playerOne, NULL); } void Level::SetViewCenter() { // code to set the view to not extrapolate the level limits borders sf::Vector2f viewCenter = playerOne->GetPosition(); // set in Y if (viewCenter.y + (view->getSize().y / 2.0f) >= static_cast<float>(window->getSize().y)) viewCenter.y = static_cast<float>(window->getSize().y) - (view->getSize().y / 2.0f); if (viewCenter.y - (view->getSize().y / 2.0f) <= 0.0f) viewCenter.y = (view->getSize().y / 2.0f); // set in X if (viewCenter.x - (view->getSize().x / 2.0f) <= 0.0f) viewCenter.x = view->getSize().x / 2.0f; if (viewCenter.x + (view->getSize().x / 2.0f) >= sizeX) viewCenter.x = sizeX - (view->getSize().x / 2.0f); view->setCenter(viewCenter); window->setView(*view); } void Level::SetEndLevel(sf::Event event) { endLevelBackground.setPosition(graphicManager->GetView()->getCenter()); endLevelText[0].setPosition(graphicManager->GetView()->getCenter().x, 50.0f); endLevelText[1].setPosition(graphicManager->GetView()->getCenter().x - 300.0f, 100.0f); endLevelText[2].setPosition(graphicManager->GetView()->getCenter().x - 300.0f, graphicManager->GetView()->getCenter().y); endLevelText[3].setPosition(graphicManager->GetView()->getCenter().x + 100.0f, graphicManager->GetView()->getCenter().y); endLevelText[4].setPosition(graphicManager->GetView()->getCenter().x, graphicManager->GetView()->getCenter().y + 275.0f); endLevelText[1].setString(finalPhrase); endLevelText[3].setString(to_string(score)); if (event.type == sf::Event::TextEntered) if (event.text.unicode == '\b' && name.size() > 0) name.pop_back(); else if (event.text.unicode > 33 && event.text.unicode < 126) name += event.text.unicode; endLevelText[2].setString(name); } int Level::SetContinueLevel(sf::Event event, Ranking *ranking) { if (event.key.code == sf::Keyboard::Down) { endLevelText[2].setFillColor(sf::Color::White); endLevelText[4].setFillColor(sf::Color::Red); return -1; } if (event.key.code == sf::Keyboard::Up) { endLevelText[2].setFillColor(sf::Color::Red); endLevelText[4].setFillColor(sf::Color::White); return -1; } if (event.key.code == sf::Keyboard::Return && endLevelText[4].getFillColor() == sf::Color::Red) { if (name != "") ranking->SetRank(name, score); return nextLevel; } return -1; } void Level::Draw(sf::RenderWindow &window) { list<Item *>::iterator itItem; for (itItem = items.begin(); itItem != items.end(); itItem++) if ((*itItem)->GetCaught() && (*itItem)->GetDoor()) endLevel = true; if (!endLevel) { window.draw(background); window.draw(healthBox); window.draw(scoreText[0]); window.draw(scoreText[1]); window.draw(heartsText[0]); window.draw(heartsText[1]); entities->DrawEntities(window); } else { window.draw(endLevelBackground); for (int i = 0; i < 5; i++) window.draw(endLevelText[i]); } } void Level::SetHeartOnWindow() { } void Level::SetScoreOnWindow() { } void Level::ClearAll() { entities->DeleteEntities(); }

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/parth vyas6.cpp

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Parth0836/C-

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refs/heads/main

2023-08-30T02:12:31.098338

2021-10-18T15:33:37

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parth vyas6.cpp

#include<iostream> using namespace std; // Function to find the median of two sorted array of equal length. void median(float arr1[], int s1, int e1, float arr2[], int s2, int e2) { float med1, med2; // If the length of the sub arrays is even. if((e1-s1+1)%2 == 0) { // If only two element left in the array then the median can be found. if(e1-s1 == 1) { // median of the array will be the average of the maximum of the smaller elements and minimum of the greater element. med1 = ((arr1[s1]<arr2[s2]?arr1[s1]:arr2[s2])+(arr1[e1]>arr2[e2]?arr1[e1]:arr2[e2]))/2; cout<<med1; return; } // If more element are there then the individual median will be the average of mid data element of each array. med1 = (arr1[(e1+s1)/2]+arr1[(e1+s1)/2+1])/2; med2 = (arr2[(e2+s2)/2]+arr2[(e2+s2)/2+1])/2; // If the calculated individual medians are equal then the combined median will also be same. if(med1 == med2 ) { cout<<med1; return; } else { // If median of the first array is greater than the second one then- // The combined median will be either in the first half of the first array or in the second half of the other array. if(med1 > med2) median(arr1, s1, (e1+s1)/2+1, arr2, (e2+s2)/2, e2); // Otherwise the combined median will be either in second half of first array or in the first half of the other array. else median(arr1, (e1+s1)/2, e1, arr2, s2, (e2+s2)/2+1); } } // If the length of the sub array is odd. else { if(e1-s1 == 0) { med1 = (arr1[s1]+arr2[s2])/2; cout<<med1; return; } // If more element are there then the individual median will be the mid data element of each array. med1 = arr1[(e1+s1)/2]; med2 = arr2[(e2+s2)/2]; // If the calculated individual medians are equal then the combined median will also be same. if(med1 == med2 ) { cout<<med1; return; } else { // If median of the first array is greater than the second one then- // The combined median will be either in the first half of the first array or in the second half of the other array. if(med1 > med2) median(arr1, s1, (e1+s1)/2, arr2, (e2+s2)/2, e2); // Otherwise the combined median will be either in second half of first array or in the first half of the other array. else median(arr1, (e1+s1)/2, e1, arr2, s2, (e2+s2)/2); } } return; } int main() { int n, i; cout<<"Enter the length of the arrays: "; cin>>n; float arr1[n], arr2[n]; // Take the input of second sequence. cout<<"\nEnter the first sorted sequence :\n"; for(i = 0; i < n; i++) { cout<<"Enter "<<i+1<<" value: "; cin>>arr1[i]; } // Take the input of second sequence. cout<<"\nEnter the second sorted sequence :\n"; for(i = 0; i < n; i++) { cout<<"Enter "<<i+1<<" value: "; cin>>arr2[i]; } // Print the combined array. cout<<"\n\nthe median of the arrays is: "; median(arr1, 0, n-1, arr2, 0, n-1); return 0; }

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/mainProgram/src/thrackle_drawer.cpp

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no_license

demaseme/programas_tesis

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refs/heads/master

2020-04-15T23:31:52.217439

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cpp

thrackle_drawer.cpp

#include "../include/thrackle_drawer.h" int ancho=1600,alto=1024; vector<Point> points; vector<Edge> edges; vector<Thrackle> thrackles; uint16_t ot; uint16_t desired_ot_g; uint16_t thrackle_size; uint16_t number_thrackles; uint16_t current_thrackle; uint16_t current_pair; bool pairwise_flag; bool dec_flag; int dec_size = 0; int dec_index[10]; string dec_string; string file_name; void print(int x, int y, char *string){ glRasterPos2f(x,y); int len = strlen(string); gl2psTextOpt(string, "Courier", 12, GL2PS_TEXT_BL, 0); for (int i = 0; i < len; i++) { glutBitmapCharacter(GLUT_BITMAP_HELVETICA_18,string[i]); } } int process_file_bin(string filename, int desired_ot){ ifstream myfile; int current_ot = 0; // uint16_t character; streampos size; uint16_t set_size ; uint16_t a,b,x,y; int i,j; uint16_t xmax,xmin,ymax,ymin,ancho_otype,alto_otype; bool flag; Point pointa,pointb; Edge tmp_edge; Thrackle tmp_thrackle; points.clear(); edges.clear(); thrackles.clear(); myfile.open(filename, ios::in|ios::binary|ios::ate); if(myfile.is_open()){ size = myfile.tellg(); myfile.seekg(0,ios::beg); while (current_ot != (desired_ot) ) { //cout << "Current ot : " << current_ot << endl; //We read thrackle info desired_ot times. myfile.read( (char*) & set_size, sizeof(uint16_t)); for(i = 0; i < set_size; i++){ myfile.read((char*) & pointa.x, sizeof(uint16_t)); myfile.read((char*) & pointa.y, sizeof(uint16_t)); } myfile.read((char*) &ot,sizeof(uint16_t)); myfile.read((char*) &thrackle_size,sizeof(uint16_t)); myfile.read((char*) &number_thrackles,sizeof(uint16_t)); for( i = 0 ; i < number_thrackles; i++){ for(j = 0; j < thrackle_size ; j++){ myfile.read((char*) & pointa.x, sizeof(uint16_t)); myfile.read((char*) & pointa.y, sizeof(uint16_t)); myfile.read((char*) & pointb.x, sizeof(uint16_t)); myfile.read((char*) & pointb.y, sizeof(uint16_t)); } } current_ot++; if (myfile.eof()) { cout << "EOT\n" ; return 0;} } //cout << "We arrived at desired OT " << desired_ot << " " << current_ot << endl; myfile.read((char*) & set_size, sizeof(uint16_t)); //First line is size char. if (myfile.eof()) { cout << "EOT\n" ; return 0;} //cout << "Set size : " << set_size << endl; //Read Points. points.clear(); //cout << "Points read\n"; for(i = 0; i < set_size; i++){ myfile.read((char*) & pointa.x, sizeof(uint16_t)); myfile.read((char*) & pointa.y, sizeof(uint16_t)); points.push_back(pointa); //printf("%d,%d\n",pointa.x,pointa.y); } //////// ADJUST POINTS TO FIT SCREEN xmin = xmax = points[0].x; ymin = ymax = points[0].y; for(i = 1; i < set_size; i++){ if(points[i].x < xmin) xmin = points[i].x; else if(points[i].x > xmax) xmax = points[i].x; if(points[i].y < ymin) ymin = points[i].y; else if(points[i].y > ymax) ymax = points[i].y; } ancho_otype = (xmax-xmin); alto_otype = (ymax-ymin); //cout << "xmin, ymin, ancho, alto " << xmin << " " << ymin << " " << ancho_otype << " " << alto_otype << endl; if(alto_otype > ancho_otype){ flag = true; for(i = 0; i < set_size; i++){ points[i].x = (((points[i].x - xmin) * (alto-30))/alto_otype) + 10; points[i].y = (((points[i].y - ymin) * (alto-30))/alto_otype) + 10; } } else{ flag = false; for(i = 0; i < set_size; i++){ points[i].x = (((points[i].x - xmin) * (alto-30))/ancho_otype) + 10; points[i].y = (((points[i].y - ymin) * (alto-30))/ancho_otype) + 10; } } myfile.read((char*) &ot,sizeof(uint16_t)); myfile.read((char*) &thrackle_size,sizeof(uint16_t)); myfile.read((char*) &number_thrackles,sizeof(uint16_t)); // cout << "Working with OT " << ot <<endl; // cout << "Working with thrackle size " << thrackle_size <<endl; // cout << "Working with number_thrackles " << number_thrackles <<endl; for( i = 0 ; i < number_thrackles; i++){ for(j = 0; j < thrackle_size ; j++){ myfile.read((char*) & a, sizeof(uint16_t)); myfile.read((char*) & b, sizeof(uint16_t)); myfile.read((char*) & x, sizeof(uint16_t)); myfile.read((char*) & y, sizeof(uint16_t)); if(flag){ pointa.x = (((a - xmin) * (alto - 30))/alto_otype) + 10; pointa.y = (((b - ymin) * (alto - 30))/alto_otype) + 10; pointb.x = (((x - xmin) * (alto - 30))/alto_otype) + 10; pointb.y = (((y - ymin) * (alto - 30))/alto_otype) + 10; }else { pointa.x = (((a - xmin) * (alto - 30))/ancho_otype) + 10; pointa.y = (((b - ymin) * (alto - 30))/ancho_otype) + 10; pointb.x = (((x - xmin) * (alto - 30))/ancho_otype) + 10; pointb.y = (((y - ymin) * (alto - 30))/ancho_otype) + 10; } tmp_edge.v1 = pointa; tmp_edge.v2 = pointb; edges.push_back(tmp_edge); } tmp_thrackle.edges = edges; thrackles.push_back(tmp_thrackle); edges.clear(); } myfile.close(); return 1; //true } else { fprintf(stderr, "Error reading file\n" ); exit(-3); } myfile.close(); return 1; } //Loads the vectors points and edges with information //to be drawn later. void process_file(string filename){ ifstream thracklefile; string line; int set_size; int i; thracklefile.open(filename); getline(thracklefile,line); //store set size. set_size = stoi(line); //Store points in following line points.clear(); //points.resize(set_size); Point tmp,tmp2; getline(thracklefile,line); //store the points. char comma; istringstream iss(line); int x,y; int a,b; while(iss >> x >> comma >> y){ tmp.x = x; tmp.y = y; points.push_back(tmp); //cout << x << " " << y << endl; } //////// ADJUST POINTS TO FIT SCREEN int xmax,xmin,ymax,ymin,ancho_otype,alto_otype; xmin = xmax = points[0].x; ymin = ymax = points[0].y; for(i = 1; i < set_size; i++){ if(points[i].x < xmin) xmin = points[i].x; else if(points[i].x > xmax) xmax = points[i].x; if(points[i].y < ymin) ymin = points[i].y; else if(points[i].y > ymax) ymax = points[i].y; } ancho_otype = (xmax-xmin); alto_otype = (ymax-ymin); bool flag; if(alto_otype > ancho_otype){ flag = true; for(i = 0; i < set_size; i++){ points[i].x = (((points[i].x - xmin) * (alto-30))/alto_otype) + 10; points[i].y = (((points[i].y - ymin) * (alto-30))/alto_otype) + 10; } }else{ flag = false; for(i = 0; i < set_size; i++){ points[i].x = (((points[i].x - xmin) * (alto-30))/ancho_otype) + 10; points[i].y = (((points[i].y - ymin) * (alto-30))/ancho_otype) + 10; } } /////////////////////////////////////// getline(thracklefile,line); //store order type; ot = stoi(line); getline(thracklefile,line); //store thrackle size; thrackle_size = stoi(line); getline(thracklefile,line); //store number of thrackles. number_thrackles = stoi(line); char openp,closep,comma2; Edge tmp_edge; Thrackle tmp_thrackle; for(int i = 0; i < number_thrackles;i++){ getline(thracklefile,line); //store each thrackle information. istringstream iss2(line); while(iss2 >> openp >> a >> comma >> b >> x >> comma2 >> y >> closep){ if(flag){ tmp.x = (((a - xmin) * (alto - 30))/alto_otype) + 10; tmp.y = (((b - ymin) * (alto - 30))/alto_otype) + 10; tmp2.x = (((x - xmin) * (alto - 30))/alto_otype) + 10; tmp2.y = (((y - ymin) * (alto - 30))/alto_otype) + 10; }else{ tmp.x = (((a - xmin) * (alto - 30))/ancho_otype) + 10; tmp.y = (((b - ymin) * (alto - 30))/ancho_otype) + 10; tmp2.x = (((x - xmin) * (alto - 30))/ancho_otype) + 10; tmp2.y = (((y - ymin) * (alto - 30))/ancho_otype) + 10; } tmp_edge.v1 = tmp; tmp_edge.v2 = tmp2; edges.push_back(tmp_edge); //cout << "pushing edge\n"; } tmp_thrackle.edges = edges; thrackles.push_back(tmp_thrackle); edges.clear(); } } void keyboard(unsigned char key, int x, int y){ if (key == 39) { } } void special(int key, int x, int y){ if( dec_flag ) { draw(); return; } if(key == GLUT_KEY_RIGHT){ if(pairwise_flag){ if(current_pair < (number_thrackles-1)){ current_pair++; } else{ current_thrackle++; if ( current_thrackle >= number_thrackles) current_thrackle = 0; current_pair = current_thrackle + 1; } cout << "Current thrackle: " << current_thrackle << " Current pair: " << current_pair << endl; draw(); } else{ if(current_thrackle < number_thrackles - 1){ current_thrackle++; } else{ current_thrackle = 0; } draw(); } //cout << "Right arrow \n"; } else if(key == GLUT_KEY_LEFT){ if ( pairwise_flag ){ if ( current_pair > current_thrackle ){ if ( (current_pair-1) == current_thrackle ) { if (current_thrackle == 0) { current_thrackle = number_thrackles - 1 ; current_pair = current_thrackle; } else { current_thrackle --; current_pair = number_thrackles -1; } } else{ current_pair --; } } if (current_thrackle == number_thrackles - 1){ current_thrackle--; current_pair = number_thrackles - 1; } cout << "Current thrackle: " << current_thrackle << " Current pair: " << current_pair << endl; draw(); } else{ if(current_thrackle > 0 ){ current_thrackle--; }else{ if (number_thrackles > 0) current_thrackle = number_thrackles - 1 ; current_thrackle = 0; } cout << "Current thrackle : " << current_thrackle << endl; draw(); } } else if(key == GLUT_KEY_DOWN){ desired_ot_g ++; if (!process_file_bin(file_name,desired_ot_g)){ desired_ot_g = 0; process_file_bin(file_name,desired_ot_g); } ; draw(); } else if(key == GLUT_KEY_UP){ if(desired_ot_g == 0) return; desired_ot_g --; process_file_bin(file_name,desired_ot_g); draw(); } } void initialize_opengl(){ glutInitDisplayMode (GLUT_RGBA|GLUT_DOUBLE); glutInitWindowSize (ancho,alto); glutInitWindowPosition (100,100); glutCreateWindow ("Thrackles"); glutKeyboardFunc(keyboard); glutSpecialFunc (special); glutDisplayFunc (draw); glutReshapeFunc (reshape_cb); glClearColor(1.f,1.f,1.f,1.f); } void reshape_cb (int w, int h) { if (w==0||h==0) return; glViewport(0,0,w,h); glMatrixMode (GL_PROJECTION); glLoadIdentity (); gluOrtho2D(0,w,0,h); glMatrixMode (GL_MODELVIEW); glLoadIdentity (); } void draw(){ int i,j; glClear(GL_COLOR_BUFFER_BIT); char thrackle_number[50] ; char order_type_number[10]; char buffer[20]; float r_colors[6] = {1,0,0,0,1,0}; float g_colors[6] = {0,1,0,1,0,0}; float b_colors[6] = {0,0,1,1,1,0}; strcpy(order_type_number,"OT: "); cout << "desired ot g: " << desired_ot_g << endl; sprintf(buffer, "%d",desired_ot_g); strcat(order_type_number, buffer); print(ancho-200,alto-100,order_type_number); if( pairwise_flag ){ glColor3f(.5,.5,.5); glLineWidth(3); gl2psLineWidth(3); cout << "Drawing current_thrackle: " << current_thrackle << " and current pair: " << current_pair << endl; if(number_thrackles>1){ //draw the first thrackle for(i=0; i < (int) thrackles[current_thrackle].edges.size();i++){ //for each edge of it. glBegin(GL_LINE_STRIP); //Draw edge glVertex2i(thrackles[current_thrackle].edges[i].v1.x,thrackles[current_thrackle].edges[i].v1.y); glVertex2i(thrackles[current_thrackle].edges[i].v2.x,thrackles[current_thrackle].edges[i].v2.y); glEnd(); } glColor3f(.8,.5,.2); glLineWidth(1); gl2psLineWidth(5); //draw the pair thrackle. for(i=0; i < (int) thrackles[current_pair].edges.size();i++){ //for each edge of it. glBegin(GL_LINE_STRIP); //Draw edge glVertex2i(thrackles[current_pair].edges[i].v1.x,thrackles[current_pair].edges[i].v1.y); glVertex2i(thrackles[current_pair].edges[i].v2.x,thrackles[current_pair].edges[i].v2.y); glEnd(); //cout << i << endl; } strcpy(thrackle_number,"Thrackle "); sprintf(buffer, "%d", current_thrackle); strcat(thrackle_number, buffer); strcat(thrackle_number, "+"); sprintf(buffer, "%d", current_pair); strcat(thrackle_number, buffer); print(ancho-200,alto-50,thrackle_number); } //Draw points. glColor3f(0.0, 0.0, 1.0); glPointSize(5); gl2psPointSize(10); glBegin(GL_POINTS); for(i = 0; i < (int)points.size(); i++){ glVertex2i(points[i].x, points[i].y); } glEnd(); glutSwapBuffers(); } else if (dec_flag){ float lw = 6; float lw2 = 6; printf("DECOMPOSITION DRAW\n"); glColor3f(1,0,0); glLineWidth(lw); gl2psLineWidth(lw2); for (i = 0; i < dec_size ; i++ ){ glColor3f(r_colors[i],g_colors[i],b_colors[i]); lw-=1; lw2-=0.7; glLineWidth(lw); gl2psLineWidth(lw2); for( j = 0; j < (int)thrackles[dec_index[i]].edges.size(); j++ ){ glBegin(GL_LINE_STRIP); glVertex2i(thrackles[dec_index[i]].edges[j].v1.x,thrackles[dec_index[i]].edges[j].v1.y); glVertex2i(thrackles[dec_index[i]].edges[j].v2.x,thrackles[dec_index[i]].edges[j].v2.y); glEnd(); } glutSwapBuffers(); usleep(1000000); } //Draw points. glColor3f(0.0, 0.0, 0.0); glPointSize(8); gl2psPointSize(10); glBegin(GL_POINTS); for(i = 0; i < (int)points.size(); i++){ glVertex2i(points[i].x, points[i].y); } glEnd(); glutSwapBuffers(); } else{ glColor3f(.5,.5,.5); glLineWidth(1); gl2psLineWidth(3); char tag_char[5]; if(number_thrackles>0){ //Draw the first thrackle. for(i=0; i < (int) thrackles[current_thrackle].edges.size();i++){ //for each edge of it. glBegin(GL_LINE_STRIP); //Draw edge glVertex2i(thrackles[current_thrackle].edges[i].v1.x,thrackles[current_thrackle].edges[i].v1.y); glVertex2i(thrackles[current_thrackle].edges[i].v2.x,thrackles[current_thrackle].edges[i].v2.y); glEnd(); cout << "hi\n"; glColor3f(1.0, 0.0, 0.0); sprintf(tag_char,"%d",i); //cout << "PRINT COORD: " << (thrackles[current_thrackle].edges[i].v1.x +thrackles[current_thrackle].edges[i].v2.x)/2.0; //cout << " , " << (thrackles[current_thrackle].edges[i].v1.y + thrackles[current_thrackle].edges[i].v2.y)/2.0 << endl; print( (thrackles[current_thrackle].edges[i].v1.x +thrackles[current_thrackle].edges[i].v2.x)/2.0, (thrackles[current_thrackle].edges[i].v1.y + thrackles[current_thrackle].edges[i].v2.y)/2.0, tag_char ); } } //Draw points. glColor3f(0.0, 0.0, 1.0); glPointSize(5); gl2psPointSize(10); glBegin(GL_POINTS); for(i = 0; i < (int)points.size(); i++){ glVertex2i(points[i].x, points[i].y); } glEnd(); glutSwapBuffers(); } } //This programs takes a .ths file as argument //Draws its information using OpenGL. int main(int argc, char* argv[]){ int opt; while (( opt = getopt(argc, argv, "pd:")) != -1){ switch(opt){ case 'p': pairwise_flag = true; break; case 'd': dec_string = optarg; pairwise_flag = false; dec_flag = true; break; default: fprintf(stderr,"Usage %s <.ths file> [-pAIRWISE] [-dECOMPOSITION \"OT decomposition\"]\n",argv[0]); exit(EXIT_FAILURE); } } int ot_draw; int tmp_val; stringstream sstr(dec_string); if( dec_flag ) { sstr >> ot_draw; while (sstr >> tmp_val ){ dec_index[dec_size] = tmp_val; dec_size++; } cout << ot_draw << endl; for( int i = 0; i < dec_size; i++) printf(" %d ",dec_index[i]); printf("\n"); } if (optind >= argc) { fprintf(stderr, "Expected argument after options\n"); exit(EXIT_FAILURE); } glutInit(&argc, argv); alto = glutGet(GLUT_SCREEN_HEIGHT) * .8; ancho = glutGet(GLUT_SCREEN_WIDTH) * .8; initialize_opengl(); file_name = argv[optind]; desired_ot_g = ot_draw; current_pair = 1; process_file_bin(file_name,desired_ot_g); //process_file(file_name); draw(); glutMainLoop(); return 0; }

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/Chimera/rerngContainer.h

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KaufmanLabJILA/Chimera-Control-Master

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rerngContainer.h

#pragma once #include "rerngMove.h" #include "windows.h" #include <vector> /* this is more or less a wrapper for a const 3-Dimensional vector. E.g. I could also implement this as std::vector<std::vector<std::array<rearrangementMove>, 4>> where the first two dimensions select move / row, and the 4 elements in that select the direction. This class is used to hold move info, calibrations, etc. where I need one element for each possible move in the atom grid. rerng is short for rearrange */ template <class type> class rerngContainer { public: rerngContainer( UINT rowsInGrid, UINT colsInGrid ); rerngContainer( UINT rowsInGrid, UINT colsInGrid, type initValue ); type operator()( UINT row, UINT col, directions direction ) const; type & operator()( UINT row, UINT col, directions direction ); bool hasBeenFilled( ); void setFilledFlag( ); UINT getRows( ); UINT getCols( ); // typename tells the compiler that std::vector<type>::iterator will be a type. typename std::vector<type>::iterator begin( ) { return obj.begin( ); } typename std::vector<type>::iterator end( ) { return obj.end( ); } private: std::vector<type> obj; UINT rows, cols; bool filledFlag=false; }; // the array gets sized only once in the constructor. template<class type> rerngContainer<type>::rerngContainer( UINT rowsInGrid, UINT colsInGrid ) : rows( rowsInGrid ), cols( colsInGrid ), obj( rowsInGrid*colsInGrid * 4 ) {} template<class type> rerngContainer<type>::rerngContainer( UINT rowsInGrid, UINT colsInGrid, type initValue ) : rows( rowsInGrid ), cols( colsInGrid ), obj( rowsInGrid*colsInGrid * 4, initValue ) {} template<class type> bool rerngContainer<type>::hasBeenFilled( ) { return filledFlag; } template<class type> void rerngContainer<type>::setFilledFlag( ) { filledFlag = true; } template<class type> type rerngContainer<type>::operator()( UINT row, UINT col, directions direction ) const { if ( row > rows ) { thrower( "ERROR: row index out of range during rearrangementMoveContainer access!" ); } if ( col > cols ) { thrower( "ERROR: col index out of range during rearrangementMoveContainer access!" ); } UINT rowOffset( row * cols * 4 ); UINT colOffset( col * 4 ); UINT index = rowOffset + colOffset + direction; return obj[index]; } template<class type> type & rerngContainer<type>::operator()( UINT row, UINT col, directions direction ) { if ( row > rows ) { thrower( "ERROR: row index out of range during rearrangementMoveContainer access!" ); } if ( col > cols ) { thrower( "ERROR: col index out of range during rearrangementMoveContainer access!" ); } UINT rowOffset( row * cols * 4 ); UINT colOffset( col * 4 ); UINT index = rowOffset + colOffset + direction; return obj[index]; } template <class type> UINT rerngContainer<type>::getCols( ) { return cols; } template <class type> UINT rerngContainer<type>::getRows( ) { return rows; }

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/Tree/tree_build_height_balanced_tree.cc

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0APOCALYPSE0/Algorithm-Concepts

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tree_build_height_balanced_tree.cc

#include <bits/stdc++.h> using namespace std; #define ll long long int #define endl "\n" class Node { public: int data; Node* left; Node* right; Node(const int d){ data = d; left = NULL; right = NULL; } ~Node(); }; // This implementation does'nt take the root pointer as the input. // and at the end of the processing it returns the address of new root // node. Node* build(){ int data; cin >> data; if(data==-1){ return NULL; } Node* root = new Node(data); root->left = build(); root->right = build(); return root; } // This implementation takes the root pointer as the input and at // the end of the processing it returns the address of same root // node that it gets from the user. Node* buildTree(Node* root){ int data; cin >> data; if(data==-1) return NULL; root = new Node(data); root->left = buildTree(root->left); root->right = buildTree(root->right); return root; } // Breadth first Search Or Level order Traversal // Time complexty is reduced from O(n^2) -> o(n). void levelOrder(Node* root){ if(root == NULL) return; queue<Node*> Q; Q.push(root); Q.push(NULL); while(!Q.empty()){ Node* f = Q.front(); if(f==NULL){ Q.pop(); cout<<endl; if(!Q.empty()){ Q.push(NULL); } }else{ cout<<f->data<<" "; if(f->left){ Q.push(f->left); } if(f->right){ Q.push(f->right); } Q.pop(); } } } void inorder(Node *root){ if(root==NULL) return; inorder(root->left); cout<<root->data<<" "; inorder(root->right); return; } void preorder(Node *root){ if(root==NULL) return; cout<<root->data<<" "; preorder(root->left); preorder(root->right); return; } // we need to pass the array to this method and at the end // this method will build the height balanced tree from the // elements of the array recursively in time O(n) & O(n) space. Node* buildTreeFromArray(int *in,int s,int e){ if(s>e) return NULL; int m = (s+e)/2; Node* root = new Node(in[m]); root->left = buildTreeFromArray(in,s,m-1); root->right = buildTreeFromArray(in,m+1,e); return root; } int main(){ #ifndef ONLINE_JUGDE freopen("input.txt","r",stdin); freopen("output.txt","w",stdout); freopen("error.txt","w",stderr); #endif ios_base::sync_with_stdio(false); cin.tie(NULL); int n; cin >> n; int *in = new int[n]; for(int i=0;i<n;++i){ cin >> in[i]; } Node* root = buildTreeFromArray(in,0,n-1); levelOrder(root); return 0; } // Input : // 9 // 1 10 8 9 6 7 3 13 14 // 9 // 8 10 1 3 6 9 7 14 13 // Output : // 6 // 10 3 // 1 8 7 13 // 9 14 // 6 // 10 7 // 8 1 9 14 // 3 13

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/user.cpp

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LuisLVar/FileSystemLinux

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user.cpp

#include "user.h" User::User() { } void User::makeUser(string usr, string pwd, string grp){ } void User::removeUser(string usr){ } void User::changeMod(string path, string ugo, int r){ }

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/CodeForces/Contest/Div2_704/ThreeSwimmers/ThreeSwimmers.cpp

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Shubhrajyoti-Dey-FrosTiK/My-Codes

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ThreeSwimmers.cpp

#include<bits/stdc++.h> using namespace std; typedef long long int ll; int main() { ios_base::sync_with_stdio(0); cin.tie(NULL); cout.tie(NULL); ll TestCases,p,a,b,c; cin>>TestCases; while(TestCases--) { cin>>p>>a>>b>>c; ll time1,time2,time3; time1=p/a; if(p%a!=0){time1++;} time1*=a; time1-=p; time2=p/b; if(p%b!=0){time2++;} time2*=b; time2-=p; time3=p/c; if(p%c!=0){time3++;} time3*=c; time3-=p; ll min=time1; if(time2<min){min=time2;} if(time3<min){min=time3;} cout<<min<<endl; } return 0; }

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/src/c/Listener.cpp

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mgottschlag/RaumKlang

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2016-09-06T06:20:04.156168

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cpp

Listener.cpp

/* Copyright (c) 2009, Mathias Gottschlag Permission to use, copy, modify, and/or distribute this software for any purpose with or without fee is hereby granted, provided that the above copyright notice and this permission notice appear in all copies. THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. */ #include <RaumKlang.h> #include <RaumKlang.hpp> void rkListenerSetPosition(rkListener listener, rkVector3 position) { ((rk::Listener*)listener)->setPosition(rk::Vector3F(position.x, position.y, position.z)); } rkVector3 rkListenerGetPosition(rkListener listener) { rkVector3 pos; rk::Vector3F pos2 = ((rk::Listener*)listener)->getPosition(); pos.x = pos2.x; pos.y = pos2.y; pos.z = pos2.z; return pos; } void rkListenerSetVelocity(rkListener listener, rkVector3 velocity) { ((rk::Listener*)listener)->setVelocity(rk::Vector3F(velocity.x, velocity.y, velocity.z)); } rkVector3 rkListenerGetVelocity(rkListener listener) { rkVector3 vel; rk::Vector3F vel2 = ((rk::Listener*)listener)->getVelocity(); vel.x = vel2.x; vel.y = vel2.y; vel.z = vel2.z; return vel; } void rkListenerSetOrientationEuler(rkListener listener, rkVector3 orientation) { ((rk::Listener*)listener)->setOrientation(rk::Vector3F(orientation.x, orientation.y, orientation.z)); } rkVector3 rkListenerGetOrientationEuler(rkListener listener) { rkVector3 ori; rk::Vector3F ori2 = ((rk::Listener*)listener)->getOrientation(); ori.x = ori2.x; ori.y = ori2.y; ori.z = ori2.z; return ori; } void rkListenerSetOrientation(rkListener listener, rkVector3 forward, rkVector3 up) { ((rk::Listener*)listener)->setOrientation(rk::Vector3F(forward.x, forward.y, forward.z), rk::Vector3F(up.x, up.y, up.z)); } void rkListenerGetOrientation(rkListener listener, rkVector3 *forward, rkVector3 *up) { rk::Vector3F forward2; rk::Vector3F up2; ((rk::Listener*)listener)->getOrientation(forward2, up2); forward->x = forward2.x; forward->y = forward2.y; forward->z = forward2.z; up->x = up2.x; up->y = up2.y; up->z = up2.z; }

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/exercises/Ex049/C++.ex49.cpp

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simongarisch/300-Project-Euler

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C++.ex49.cpp

/* The arithmetic sequence, 1487, 4817, 8147, in which each of the terms increases by 3330, is unusual in two ways: (i) each of the three terms are prime, and, (ii) each of the 4-digit numbers are permutations of one another. There are no arithmetic sequences made up of three 1-, 2-, or 3-digit primes, exhibiting this property, but there is one other 4-digit increasing sequence. What 12-digit number do you form by concatenating the three terms in this sequence? */ #include <iostream> #include <vector> #include <algorithm> // this header is required for std::sort to work #include <cmath> #define START 1488 #define STOP 1e4 #define INCREMENT 3330 using namespace std; bool isprime(long x); bool ispermutation(long a, long b); long primeperms(); int main(){ //long a=123, b=321; //cout << ispermutation(a,b) << endl; // true cout << primeperms() << endl; // 296,962,999,629 return 0; } bool ispermutation(long a, long b){ // returns true if two numbers are permutations of each other, // false otherwise string astr = to_string(a); string bstr = to_string(b); sort(astr.begin(), astr.end()); sort(bstr.begin(), bstr.end()); if(astr.compare(bstr) == 0){ return true; }else{ return false; } } bool isprime(long x){ // will return true if x is prime, false otherwise if(x < 2){ return false; } if(x == 2){ return true; } for(long i=2; i<=pow(x, 0.5); i++){ if(x % i == 0){ return false; } } return true; } long primeperms(){ vector<long> primes = {}; for(long i=START; i<=STOP; i++){ if(isprime(i)){ primes.push_back(i); } } long numprimes = primes.size(); long prime1, prime2, prime3; for(int idx1=0; idx1<numprimes; idx1++){ prime1 = primes.at(idx1); for(int idx2=idx1+1; idx2<numprimes; idx2++){ prime2 = primes.at(idx2); for(int idx3=idx2+1; idx3<numprimes; idx3++){ prime3 = primes.at(idx3); // check fro a constant increment if(prime1 + INCREMENT == prime2){ if(prime2 + INCREMENT == prime3){ // and that these are permutations if(ispermutation(prime1, prime2)){ if(ispermutation(prime2, prime3)){ return stol(to_string(prime1) + to_string(prime2) + to_string(prime3)); } } } } } } } }

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// // UserGenerator.h // // // Created by Jun Nishimura on 10/19/11. // Copyright (c) 2011 Jun Nishimura. All rights reserved. // #ifndef KVS__OPENNI__USER_GENERATOR_H_INCLUDE #define KVS__OPENNI__USER_GENERATOR_H_INCLUDE #include <kvs/ClassName> #include <kvs/ValueArray> #include <list> #include "GeneratorBase.h" #include "UserEventListener.h" #include "Skeleton.h" #include "PoseDetection.h" namespace kvs { namespace ni { class UserGenerator : public kvs::ni::GeneratorBase { // Class name. kvsClassName( kvs::ni::UserGenerator ); typedef kvs::ni::GeneratorBase BaseClass; typedef std::list<kvs::ni::NewUserEventListener*> NewUserList; typedef std::list<kvs::ni::LostUserEventListener*> LostUserList; protected: xn::UserGenerator m_generator; XnCallbackHandle m_handler; NewUserList m_new_list; LostUserList m_lost_list; kvs::ni::Skeleton m_skeleton; kvs::ni::PoseDetection m_pose; public: UserGenerator( void ); virtual ~UserGenerator( void ); public: const bool create( kvs::ni::Context& context ); public: xn::UserGenerator& generator( void ); kvs::ni::Skeleton& skeleton( void ); kvs::ni::PoseDetection& pose( void ); const unsigned short nusers( void ); const kvs::ValueArray<unsigned int> users( void ); const kvs::Vector3f centerOfMass( const unsigned int user ); const unsigned short* pointer( const unsigned int user ); public: void addNewUserEvent( kvs::ni::NewUserEventListener* event ); void addLostUserEvent( kvs::ni::LostUserEventListener* event ); public: void newUser( xn::UserGenerator& generator, XnUserID user, void* cookie ); void lostUser( xn::UserGenerator& generator, XnUserID user, void* cookie ); }; } } #endif

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/StudentRegisterPage.cpp

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StudentRegisterPage.cpp

//This function registers student details. void studentregisterpage() { char username[30],password[30],address[30],email[30],firstname[30],lastname[40]; char ch,mobileno[10]; FILE *fp; cleardevice(); setbkcolor(GREEN); setcolor(RED); rectangle(5,5,632,470); rectangle(8,8,629,467); setcolor(YELLOW); settextstyle(8,0,4); outtextxy(29,1,"_________________________"); settextstyle(8,0,5); outtextxy(25,35,"|STUDENT REGISTER PAGE|"); settextstyle(8,0,4); outtextxy(29,50,"_________________________"); settextstyle(8,0,3); outtextxy(77,112,"USERNAME/EMAIL : "); gotoxy(43,9); scanf("%s",&username); gotoxy(43,9); printf("%s",username); //It will create a studentdata.txt file in default folder if this file is not exist. fp=fopen("studentdata.txt","ab"); if(fp==NULL) { printf("Can't open file"); exit(0); } fclose(fp); //Now we check that this username is already added or not. fp=fopen("studentdata.txt","rb"); if(fp==NULL) { printf("Can't open file"); exit(0); } fread(&student,sizeof(student),1,fp); while(!feof(fp)) { if((strcmp(student.username,username))==0) { outtextxy(60,210,"THIS USERNAME HAS BEEN ALREADY ADDED"); outtextxy(150,300,"PRESS R FOR REGISTER AGAIN"); outtextxy(150,340,"PRESS ANY KEY TO GO BACK"); ch=getch(); if((ch=='R')||(ch=='r')) studentregisterpage(); else studentpage(0); } fread(&student,sizeof(student),1,fp); } fclose(fp); strcpy(student.username,username); outtextxy(153,145,"FIRST NAME : "); gotoxy(43,11); fflush(stdin); scanf("%[^\n]s",&student.firstname); gotoxy(43,11); printf("%s",student.firstname); outtextxy(163,177,"LAST NAME : "); gotoxy(43,13); scanf("%s",&student.lastname); gotoxy(43,13); printf("%s",student.lastname); outtextxy(100,210,"MOBILE NUMBER : "); gotoxy(43,15); scanf("%s",&student.mobile); gotoxy(43,15); printf("%s",student.mobile); outtextxy(197,245,"ADDRESS : "); gotoxy(43,17); fflush(stdin); scanf("%[^\n]s",&student.address); gotoxy(43,17); printf("%s",student.address); outtextxy(177,280,"PASSWORD : "); gotoxy(43,19); scanf("%s",&student.password); gotoxy(43,19); printf("%s",student.password); settextstyle(8,0,3); outtextxy(200,340,"PRESS |S| FOR SAVE"); outtextxy(150,380,"PRESS ANY KEY TO GO BACK"); settextstyle(8,0,2); outtextxy(292,320,"_"); outtextxy(292,345,"_"); ch=getch(); if((ch=='S')||(ch=='s')) { fp=fopen("studentdata.txt","ab"); if(fp==NULL) { printf("Can't open file"); exit(0); } fwrite(&student,sizeof(student),1,fp); fclose(fp); settextstyle(8,0,3); outtextxy(250,420,"REGISTERED"); delay(1000); studentpage(); } else studentpage(); }

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/tests/integration/tables/memory_map.cpp

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memory_map.cpp

/** * Copyright (c) 2014-present, Facebook, Inc. * All rights reserved. * * This source code is licensed in accordance with the terms specified in * the LICENSE file found in the root directory of this source tree. */ // Sanity check integration test for memory_map // Spec file: specs/linux/memory_map.table #include <osquery/utils/conversions/tryto.h> #include <osquery/tests/integration/tables/helper.h> namespace osquery { namespace table_tests { class MemoryMapTest : public testing::Test { protected: void SetUp() override { setUpEnvironment(); } }; TEST_F(MemoryMapTest, test_sanity) { QueryData data = execute_query("select * from memory_map"); ASSERT_GT(data.size(), 0ul); ValidationMap row_map = {{"name", NonEmptyString}, {"start", NonNegativeInt}, {"end", NonNegativeInt}}; validate_rows(data, row_map); for (const auto& row : data) { auto start = tryTo<unsigned long long>(row.at("start")); auto end = tryTo<unsigned long long>(row.at("end")); ASSERT_TRUE(start) << "start does not fit in unsigned long long"; ASSERT_TRUE(end) << "end does not fit in unsigned long long"; ASSERT_LE(*start, *end) << "start should be less than or equal to end"; } } } // namespace table_tests } // namespace osquery

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/*--------------------------------*- C++ -*----------------------------------*\ | ========= | | | \\ / F ield | OpenFOAM: The Open Source CFD Toolbox | | \\ / O peration | Version: v2006 | | \\ / A nd | Website: www.openfoam.com | | \\/ M anipulation | | \*---------------------------------------------------------------------------*/ FoamFile { version 2.0; format ascii; class volScalarField; location "0.042"; object turbulenceProperties:L; } // * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * // dimensions [0 1 0 0 0 0 0]; internalField nonuniform List<scalar> 41981 ( 1999.77 1999.75 1999.84 1999.9 1999.93 1999.92 1999.91 1999.94 1999.91 1999.93 1999.91 1999.86 1999.74 1999.54 1999.3 1999.03 1998.77 1998.53 1998.33 1998.16 1998 1997.86 1997.74 1997.62 1997.5 1997.39 1997.29 1997.19 1997.09 1996.99 1996.9 1996.81 1996.73 1996.64 1996.56 1996.48 1996.4 1996.32 1996.24 1996.17 1996.09 1996.01 1995.94 1995.86 1995.79 1995.71 1995.64 1995.57 1995.49 1995.42 1995.35 1995.28 1995.21 1995.14 1995.07 1995.01 1994.94 1994.88 1994.82 1994.75 1994.69 1994.63 1994.58 1994.52 1994.47 1994.41 1994.36 1994.31 1994.27 1994.22 1994.18 1994.13 1994.09 1994.05 1994.02 1993.98 1993.95 1993.92 1993.9 1993.87 1993.85 1993.83 1993.81 1993.79 1993.78 1993.77 1993.76 1993.75 1993.75 1993.75 1993.75 1993.75 1993.76 1993.77 1993.78 1993.79 1993.8 1993.81 1993.81 1993.81 1993.8 1993.77 1993.71 1993.61 1993.44 1993.16 1992.72 1992.04 1991.01 1989.44 1987.08 1983.56 1978.33 1970.61 1959.3 1942.86 1919.23 1885.7 1838.92 1775.05 1690.29 1581.7 1448.53 1293.47 1123.14 947.407 777.203 621.956 487.751 376.865 288.477 219.869 167.548 128.037 98.3042 75.9163 59.134 47.179 41.8034 41.7237 36.5844 35.8885 43.5332 67.7433 126.081 272.421 234.121 43.9502 14.0262 5.00831 2.01159 0.891557 0.400983 0.298766 0.351388 0.139778 0.0490722 0.0136295 0.00151381 0.000271829 1.97379e-05 1.84072e-05 0.000128207 0.000578673 0.000304828 8.20775e-05 1.70354e-05 1.60761e-05 7.6418e-05 0.000262535 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89.4124 101.799 79.7995 91.1279 71.0681 81.3611 63.1902 72.4903 56.1212 64.4847 73.845 57.298 44.1839 50.8737 58.4079 66.858 85.5828 75.1177 65.7117 84.2686 95.8159 108.538 136.006 120.891 107.013 94.347 82.8562 105.368 92.7786 117.32 103.624 130.155 115.376 143.784 127.979 113.352 99.911 87.6491 111.268 97.9792 123.418 109.145 96.0216 121.074 136.248 152.48 169.704 138.82 155.311 125.726 141.339 158.07 191.3 172.831 206.78 187.837 222.018 202.824 184.284 166.51 149.601 133.646 163.269 146.695 131.034 160.005 143.781 173.324 190.536 208.26 177.006 194.679 212.912 180.666 198.782 217.505 250.598 231.589 263.402 244.8 226.385 256.898 238.937 221.13 203.573 186.373 169.64 153.481 138.011 165.97 182.209 198.87 227.103 210.548 194.163 221.164 237.164 253.146 269.086 243.755 215.843 233.032 250.341 267.693 293.598 277.057 260.427 284.928 300.647 316.222 335.568 320.956 306.2 291.306 276.269 261.128 245.865 230.588 253.205 238.602 259.059 245.348 231.348 250.51 263.69 276.538 289.444 272.796 286.343 267.642 282.013 296.234 313.184 299.831 314.883 302.174 315.539 303.492 291.304 279.22 266.819 254.74 241.989 230.03 216.775 205.121 191.259 180.107 165.697 155.195 140.519 130.767 151.467 137.28 156.83 174.163 186.547 170.23 179.753 161.213 175.169 185.437 198.915 209.615 225.299 215.054 202.621 192.704 207.661 195.757 209.281 200.378 189.014 201.522 211.998 220.65 230.289 221.818 212.046 221.012 230.262 238.62 247.865 239.937 230.865 220.251 229.478 217.21 228.674 238.517 249.663 240.144 249.9 239.845 248.745 256.566 265.882 258.361 267.482 259.182 269.18 260.137 249.64 237.249 222.524 233.56 245.94 257.206 270.045 259.327 247.759 259.732 270.631 280.94 291.729 281.359 269.184 280.583 292.312 303.78 314.432 303.425 292.237 302.23 313.01 323.69 331.919 321.459 310.971 300.728 290.327 280.308 269.917 278.74 288.77 298.592 306.051 296.353 286.566 277.15 284.356 274.906 281.72 272.746 263.623 254.978 246.004 237.706 228.822 220.889 227.895 219.361 225.988 218.442 210.25 216.563 224.551 232.143 237.995 230.335 222.487 215.17 207.571 200.57 193.238 199.038 206.15 213.291 218.797 211.551 204.544 197.526 202.807 196.204 201.362 194.533 188.255 181.663 175.764 169.394 163.872 157.707 152.559 146.585 141.804 136.009 131.584 125.957 121.873 116.405 112.641 107.331 112.566 108.937 104.091 109.053 105.464 101.143 97.7675 102.283 105.849 109.951 113.736 118.111 113.627 117.46 122.278 117.612 121.532 126.774 131.01 136.448 141.131 135.843 131.438 126.384 131.065 126.78 122.135 126.668 122.501 118.237 114.316 110.327 106.64 110.915 114.672 118.624 122.902 118.947 115.143 119.343 123.182 127.159 131.259 126.963 122.63 126.853 131.115 135.616 131.21 135.638 140.461 135.976 140.545 145.72 150.589 145.855 141.019 146.658 151.578 157.426 162.196 156.433 151.377 156.028 161.214 166.919 171.626 165.953 160.653 155.266 150.27 145.166 149.736 144.93 140.145 144.608 140.011 135.511 131.186 135.504 139.873 144.393 149.039 153.843 149.393 154.27 159.345 154.811 159.904 165.271 170.664 176.327 181.021 175.348 169.884 164.511 169.088 163.867 158.772 163.238 158.268 153.435 148.751 144.203 139.797 135.525 131.39 127.386 123.515 127.653 131.554 135.586 139.728 135.669 131.742 135.759 139.71 143.793 148.01 143.92 139.751 144.052 148.49 153.067 157.319 152.714 148.249 152.362 156.852 161.482 165.528 160.877 156.366 151.992 147.755 143.651 139.679 143.475 147.464 151.585 155.257 151.122 147.119 150.583 154.598 158.744 163.024 159.527 155.84 160.231 164.76 169.429 173.157 168.474 163.932 167.44 171.994 176.687 181.523 177.981 174.238 170.32 166.253 162.065 157.784 162.646 167.651 172.804 168.361 173.624 179.046 174.481 180 185.697 190.334 184.609 189.152 183.553 178.102 182.498 177.17 171.989 166.955 171.167 176.226 181.432 186.786 192.291 187.977 193.607 199.391 194.908 200.814 196.204 191.523 186.792 182.029 177.241 172.433 167.596 162.703 168.774 174.412 180.718 185.625 179.355 173.607 178.41 184.26 190.515 196.705 191.725 186.721 193.276 199.642 206.462 211.543 204.719 198.266 203.248 209.781 216.621 221.699 214.835 208.228 201.671 195.4 189.144 183.203 187.993 194.011 200.28 205.148 198.857 192.772 197.528 203.667 209.986 216.444 211.553 206.624 213.202 219.876 226.77 231.819 224.892 218.16 223.082 229.864 236.826 243.937 238.881 233.777 228.644 223.499 218.348 213.191 208.017 215.099 209.87 216.861 224.172 231.534 226.171 220.741 228.164 235.922 243.662 249.224 241.403 233.687 239.123 246.84 254.73 260.217 252.265 244.518 236.873 229.481 222.127 227.376 220.288 225.465 230.644 237.866 232.621 240.043 234.764 242.208 249.9 257.696 265.702 271.195 263.137 255.285 247.549 252.893 245.326 250.607 243.108 235.823 240.991 248.335 255.875 261.11 253.529 246.133 251.226 258.669 266.288 274.067 268.843 263.557 258.234 266.059 260.674 268.585 276.692 282.183 274.027 279.448 271.427 276.755 282.02 290.136 284.826 293.074 287.652 296.013 290.493 284.946 279.392 273.844 268.31 262.788 257.266 251.717 246.094 240.325 234.307 242.231 235.808 244.45 252.728 259.009 250.722 256.689 248.283 254.105 259.793 268.145 262.469 270.829 265.005 273.662 267.713 261.531 270.157 279.165 288.125 294.268 285.297 276.348 282.324 291.255 300.254 306.157 297.117 288.177 279.474 285.216 276.56 282.249 273.773 265.41 270.998 279.39 287.929 296.652 290.933 299.745 293.971 302.937 312.028 317.897 308.75 314.577 305.524 311.321 302.388 293.617 285.016 276.582 282.175 290.659 299.32 305.035 296.318 287.778 293.385 301.981 310.754 319.69 313.916 308.144 317.138 326.3 320.427 329.695 323.784 333.166 327.226 321.31 315.402 309.475 303.486 297.371 291.038 300.328 293.688 303.323 312.951 322.807 316.011 308.725 318.799 329.09 339.411 346.391 336.151 325.982 332.724 342.827 353.03 359.451 349.255 339.179 329.279 319.475 309.877 316.164 306.654 312.784 318.804 328.326 322.288 331.906 325.761 335.55 345.457 355.536 365.748 371.985 361.74 351.639 341.706 347.809 337.98 344.029 334.33 324.774 330.733 340.334 350.087 356.17 346.36 336.706 342.706 352.416 362.286 372.323 366.147 360.008 353.9 363.922 357.782 367.92 378.208 384.448 374.108 380.325 370.085 376.283 382.521 392.881 386.582 397.04 390.722 401.278 394.946 388.655 382.389 376.12 369.808 363.394 356.796 349.899 342.549 334.541 325.602 315.39 326.908 338.494 327.614 339.635 327.495 340.072 326.458 310.345 324.322 338.185 351.936 365.78 352.74 339.634 352.598 365.102 377.586 390.067 378.771 365.59 350.04 331.641 310.013 285.018 302.26 274.924 292.942 310.887 282.097 300.803 269.83 236.718 256.305 276.154 241.748 261.896 226.423 246.65 210.624 175.865 194.649 160.735 178.782 146.132 163.281 132.233 148.361 119.165 134.19 150.447 167.919 203.738 184.163 165.684 200.895 181.557 217.869 197.856 234.804 214.33 251.396 230.695 267.34 288.374 309.639 272.608 294.208 255.956 277.666 238.721 260.298 221.214 242.415 264.39 224.333 186.573 152.366 122.477 97.1681 76.294 59.4391 67.9105 52.8019 60.3797 68.8563 78.3011 88.781 69.6834 79.1051 61.9435 70.3798 89.5502 113.094 100.359 126.2 112.222 99.4558 87.8539 77.3597 98.3868 86.7829 109.927 137.659 154.097 123.903 139.127 111.161 125.15 140.39 156.9 174.686 141.427 157.929 127.034 101.082 79.7592 62.5454 48.8375 38.0328 29.5792 22.9988 26.2721 20.4536 23.3444 26.6023 30.2668 23.6281 18.4592 20.9951 23.8456 27.0443 34.5564 30.4903 26.8612 34.3806 38.9893 44.1417 49.8895 39.1034 30.6275 23.9932 18.8127 14.7723 11.6218 13.1525 14.8671 16.7855 21.3414 18.9017 16.7202 21.2923 24.0675 27.1688 30.6293 24.066 18.929 21.321 23.9868 26.9539 34.252 30.4887 27.1047 34.4845 38.7729 43.5353 55.2999 49.2951 43.8773 38.998 34.6115 30.6748 27.1479 34.6346 39.1074 44.091 56.1123 49.8303 44.1781 56.2869 63.391 71.2606 79.9565 63.0792 49.633 55.784 62.5968 70.127 88.6699 79.2982 70.7881 89.5402 100.074 111.619 124.236 98.9645 78.4321 61.9427 48.8154 38.4309 30.252 23.8287 18.7919 14.8446 11.7507 9.32356 10.4384 8.29839 9.27552 10.358 11.556 9.19138 7.33003 8.15794 9.07151 10.0789 12.6689 11.3935 10.2379 12.881 14.3452 15.9619 20.1524 18.1011 16.2441 14.5643 13.0462 11.6753 14.7311 13.1633 16.6366 21.0665 23.5913 18.6259 20.8318 16.4695 18.3952 20.5264 22.883 25.4864 32.2732 28.9703 25.9801 23.2755 29.4911 26.3907 33.469 29.9192 26.7158 33.9133 37.9721 42.4656 53.8648 48.1942 43.0644 54.6597 61.1173 68.2398 76.0814 60.1232 47.4335 37.3981 41.7416 32.9212 36.7119 40.8964 45.5106 35.9179 28.3602 22.4165 17.7457 14.0753 11.189 12.4115 13.7571 15.2372 19.2112 17.3322 15.6252 19.7127 21.88 24.2666 26.893 21.2784 16.8646 18.6531 20.6177 22.7751 28.7937 26.0494 23.5513 29.7818 32.9573 36.4461 46.1618 41.7331 37.701 34.0323 30.6967 27.6657 24.9136 31.5296 35.0222 38.8678 49.2308 44.3614 39.9359 50.5931 56.1851 62.3307 69.077 54.5836 43.0985 47.7494 52.858 58.4648 73.9811 66.9119 60.4622 76.474 84.5747 93.435 117.629 106.613 96.5122 87.2639 78.8092 71.0909 64.0548 57.6492 51.8253 46.5371 58.9649 52.9182 67.0192 84.6982 94.1485 74.6051 82.9357 65.6213 72.9381 80.9684 89.7679 99.3946 124.871 112.974 102.061 92.0679 115.789 104.492 131.043 118.335 106.673 95.9971 86.2458 77.3589 69.2771 87.5712 97.6046 108.593 135.994 122.567 110.243 137.983 152.912 169.074 186.512 150.582 120.598 133.678 147.893 163.296 201.796 183.438 166.381 205.259 225.342 246.777 269.568 221.485 179.939 144.857 159.834 128.102 141.49 156.014 171.732 137.811 109.909 121.371 133.846 147.396 183.514 167.073 151.858 188.698 206.964 226.576 276.827 253.911 232.4 212.27 193.493 176.03 217.12 197.867 242.529 293.706 319.168 264.942 288.725 237.729 259.714 283.088 307.851 333.989 397.126 368.113 340.342 313.867 373.911 345.92 408.094 378.843 350.698 323.732 298.007 273.571 250.455 228.677 208.244 189.148 171.369 154.879 139.638 125.602 112.719 100.932 90.1827 80.4085 71.547 63.5353 56.3113 49.8144 43.9858 38.7693 34.1114 29.9615 38.4486 33.754 43.3365 55.5358 63.014 49.282 55.9293 43.7154 49.6099 56.1901 63.5165 71.6513 90.798 80.7101 71.5791 63.3404 80.5719 71.3375 90.5628 80.2517 70.9346 90.1482 101.611 114.206 142.752 127.635 113.76 142.22 158.682 176.435 195.479 159.141 127.989 101.932 114.419 90.7827 102.034 114.386 142.963 128.08 159.288 143.004 176.825 215.799 237.363 195.808 216.084 176.866 195.751 159.108 127.897 101.907 80.658 90.6003 101.542 113.543 141.95 127.428 114.097 142.615 158.586 175.842 194.406 157.712 126.665 140.96 156.478 173.261 212.759 193.094 174.75 214.29 235.491 257.992 308.282 283.224 259.347 236.708 215.346 195.288 176.543 215.939 237.414 260.142 309.36 284.329 260.393 237.626 284.011 260.122 307.943 283.146 259.352 236.647 215.105 194.781 175.715 214.025 193.737 233.958 212.584 192.369 173.368 155.615 190.703 171.785 208.722 188.762 169.961 206.356 227.197 249.007 291.243 268.197 245.854 287.019 310.181 333.75 357.605 314.872 271.685 229.776 251.841 210.807 232.04 254.324 298.604 274.82 319.183 295.117 338.959 381.631 405.721 363.38 388.016 343.759 368.719 323.074 277.567 301.666 256.424 279.893 235.504 258.11 304.267 351.961 326.504 373.578 348.107 393.942 419.311 444.72 399.362 425.341 377.911 329.435 281.763 306.371 331.827 358.014 408.488 381.67 355.277 404.228 430.79 457.481 503.362 477.439 451.401 495.274 470.069 510.863 486.622 462.143 437.494 412.754 453.717 429.778 467.862 444.847 421.625 398.262 374.837 351.44 328.173 305.147 282.482 322.269 299.81 338.11 316.079 352.446 331.028 365.116 344.456 323.721 302.988 282.346 316.225 296.158 327.923 308.575 289.185 319.451 337.983 356.356 381.12 363.849 346.373 328.71 353.116 336.336 319.377 342.37 326.276 346.898 361.996 376.94 358.287 374.024 389.587 369.704 386.096 402.291 420.217 404.981 420.947 406.403 391.739 406.719 392.707 378.599 364.38 379.157 392.651 406.085 417.565 404.651 391.723 402.553 415.056 427.584 440.146 430.475 419.472 432.824 420.647 434.506 448.307 435.384 449.726 435.307 418.295 398.178 374.536 347.165 366.252 336.269 356.222 376.024 403.811 385.143 410.238 392.501 415.02 434.118 449.769 431.649 448.073 427.74 445.008 422.237 395.632 415.011 385.636 405.964 373.809 395.045 360.201 382.26 344.928 367.679 390.426 413.086 447.537 425.987 404.211 436.919 416.097 445.899 426.061 452.999 434.138 458.334 440.413 462.047 478.866 495.476 476.004 493.429 471.587 489.903 465.457 484.726 457.475 477.742 497.705 468.82 435.587 457.869 479.885 501.6 530.817 510.476 489.806 517.356 536.694 555.724 576.778 558.913 540.787 522.387 503.702 525.738 507.95 527.589 510.62 528.125 511.891 527.522 511.941 496.221 480.345 464.3 480.614 465.264 479.841 465.105 450.266 463.988 478.184 492.324 506.422 494.486 509.054 495.836 510.942 525.948 538.006 523.557 534.531 520.488 530.556 516.865 503.179 489.489 475.787 462.064 472.783 459.469 446.152 456.328 443.394 452.749 465.399 478.102 469.286 482.277 495.305 486.104 499.439 512.797 521.496 508.376 516.572 503.685 490.863 498.791 486.187 473.661 461.208 448.827 436.512 424.26 412.063 399.917 387.812 375.743 363.695 351.668 361.7 350.071 359.217 347.959 336.73 345.397 356.376 367.415 378.561 370.558 381.961 373.36 385.077 396.849 405.017 393.449 401.129 389.793 397.084 385.959 374.938 364.04 353.227 360.467 371.177 381.993 388.736 377.96 367.304 373.881 384.516 395.284 406.195 399.651 392.941 404.008 415.203 408.328 419.686 412.565 424.108 416.675 408.688 420.596 432.58 444.643 452.207 440.267 428.423 435.756 447.513 459.379 471.355 464.245 456.79 469.022 481.343 493.754 500.963 488.623 476.384 483.44 495.635 507.939 514.775 502.482 490.303 478.24 466.294 454.465 442.754 431.161 437.967 426.522 433.183 421.874 410.695 417.241 428.427 439.749 451.206 444.625 456.197 449.538 461.233 473.052 479.728 467.898 474.523 462.798 469.392 457.766 446.278 434.928 423.718 412.65 401.722 390.941 380.299 386.634 397.301 408.112 414.498 403.645 392.94 399.254 410.007 420.91 431.965 425.501 419.072 430.175 441.423 452.813 459.384 447.945 436.65 443.167 454.516 466.01 472.701 461.147 449.739 438.478 427.367 416.407 405.599 411.99 422.857 433.877 440.442 429.359 418.43 407.657 414.08 403.401 409.797 399.215 388.793 378.533 368.436 358.504 348.734 339.133 345.125 335.628 341.574 332.187 322.968 328.799 338.074 347.519 353.439 343.941 334.612 325.45 316.459 307.633 298.983 304.552 313.254 322.13 327.74 318.818 310.069 301.484 306.879 298.425 303.676 295.349 287.193 279.203 271.384 263.728 256.244 248.919 241.766 234.77 227.946 221.274 214.773 208.422 202.24 206.88 213.1 219.482 224.085 217.674 211.423 205.329 209.72 203.756 197.947 202.143 196.465 190.939 185.564 180.336 175.256 179.192 184.29 189.535 193.32 188.061 182.949 186.501 191.624 196.895 202.314 198.728 194.929 200.473 206.168 212.017 207.974 213.959 220.101 215.84 222.117 228.553 235.148 230.654 226.02 232.723 239.584 246.613 251.336 244.279 237.386 241.906 248.825 255.907 260.299 253.194 246.254 239.475 232.857 226.4 230.496 224.179 218.02 221.876 215.859 209.996 204.286 207.883 213.604 219.478 225.506 231.691 228.05 234.381 240.871 236.972 243.607 250.404 257.362 264.484 268.441 261.305 254.332 247.521 251.196 244.535 238.034 241.435 235.084 228.891 222.854 216.971 211.242 205.665 200.238 194.959 189.827 184.841 179.997 175.296 170.734 166.309 162.021 157.867 153.844 149.951 146.187 142.547 139.032 135.638 132.363 129.206 126.163 123.233 120.413 117.701 115.096 112.593 110.192 107.889 105.682 103.57 101.548 99.6154 97.7691 96.0064 94.3249 92.722 91.1951 89.7416 88.3589 87.0443 85.7952 84.6091 83.4832 82.4151 81.4021 80.4417 79.5315 78.6688 77.8514 77.0768 76.3426 75.6467 74.9867 74.3605 73.7659 73.201 72.6636 72.1518 71.6638 71.1976 70.7514 70.3233 69.9117 69.5147 69.1306 68.7573 68.3931 68.0358 67.683 67.3317 66.9778 66.6148 66.2311 65.8044 65.2913 64.6079 63.5985 61.9933 59.3756 55.2255 49.1538 41.3202 32.6609 24.4792 17.7111 12.6183 8.99644 6.4878 4.76069 3.56378 2.72257 2.12044 1.68048 1.35217 1.10241 0.90966 0.760136 0.645031 0.558435 0.495649 0.452119 0.42313 0.404201 0.391608 0.38233 0.374376 0.366658 0.358982 0.351357 0.377029 0.385686 0.394347 0.424113 0.413139 0.403253 0.430016 0.442866 0.459753 0.483835 0.438091 0.403652 0.414962 0.431073 0.455137 0.531579 0.487691 0.458015 0.519249 0.570777 0.643239 0.795951 0.687545 0.606236 0.547573 0.506681 0.478607 0.458943 0.493219 0.524574 0.569981 0.652156 0.583853 0.535619 0.587039 0.65602 0.750482 0.875413 0.745597 0.634542 0.7232 0.840486 0.991046 1.22656 1.02707 0.868908 1.0362 1.23985 1.49649 1.82104 1.47693 1.18084 0.935853 0.741072 0.59443 0.491356 0.544406 0.61892 0.719317 0.941715 0.794904 0.68077 0.868552 1.0308 1.23534 1.49385 1.12811 0.850347 1.01836 1.23304 1.50961 2.06406 1.66833 1.36478 1.8243 2.25367 2.82182 3.85844 3.0424 2.43339 1.97127 1.61453 1.33475 1.11273 1.41871 1.71818 2.09946 2.7129 2.1943 1.79247 2.23519 2.76994 3.46915 4.39444 3.39184 2.59218 3.23907 4.10139 5.2665 7.1447 5.50325 4.2929 5.63197 7.30091 9.56254 12.4646 9.45743 7.22745 5.57534 4.34633 3.42537 2.72878 2.1963 1.7848 1.46355 1.21087 1.01164 0.855418 0.734833 0.644205 0.698829 0.808411 0.951653 1.02503 0.865044 0.741667 0.768664 0.900336 1.07061 1.28979 1.23062 1.13579 1.37099 1.67174 2.05865 2.27782 1.83521 1.49463 1.57257 1.93964 2.41982 3.05314 2.85794 2.5607 3.21841 4.08821 5.24833 6.01968 4.6473 3.62493 3.89522 5.02324 6.54353 8.60009 7.871 6.8063 8.90714 11.739 15.5283 18.1996 13.7352 10.3718 11.3807 15.1135 20.0378 26.3304 23.9733 20.5098 16.4847 12.6255 9.38386 6.858 4.96837 3.58725 2.58985 1.8715 2.35438 3.01193 3.92483 5.65986 4.28434 3.30208 4.63559 6.09135 8.13241 11.0026 7.60741 5.21368 7.05618 9.70428 13.4854 19.6654 14.2844 10.3762 15.0077 20.4625 27.5405 36.6441 28.2018 21.1348 15.6446 11.5709 8.6188 6.49674 9.04722 12.0617 16.1774 22.0342 16.57 12.4387 16.7365 22.137 28.9605 37.0694 28.9699 21.6695 28.6865 37.0466 46.0699 54.797 46.1575 37.2161 45.9119 54.567 62.0739 67.8473 62.1434 54.6796 45.7156 36.0213 26.7056 18.7481 25.6901 34.0589 42.9385 52.4624 44.1802 35.1673 45.0935 53.5314 60.2946 65.0302 58.9893 51.0173 57.3065 61.5994 64.283 67.9826 66.2974 63.4844 68.0247 69.8183 70.8984 73.293 72.5563 71.3939 69.453 66.2387 61.244 54.2612 61.8568 67.1135 70.5727 73.7007 71.3759 67.657 71.8425 74.3964 75.9621 76.9303 75.1073 72.693 73.965 74.7598 75.3088 77.0154 76.567 75.9789 77.5708 78.0452 78.4401 79.5819 79.2153 78.8022 78.2909 77.5796 76.4869 74.7232 71.8918 67.5667 61.4814 53.772 45.0783 36.3395 28.4031 21.7509 26.8494 34.5115 43.1146 48.2816 39.4302 31.1243 33.9739 42.6084 51.4892 59.6795 56.7808 51.8994 59.9351 66.4917 71.3025 73.5743 69.6664 64.0687 66.4206 71.4101 74.7931 76.9528 76.1149 74.5382 76.5905 77.8665 78.6838 79.374 78.706 77.7049 78.2997 79.1606 79.7543 80.2106 79.867 79.2521 79.694 80.0748 80.4266 80.9821 80.6378 80.2733 80.5997 80.9564 81.2971 81.6293 81.3162 80.7644 79.9268 78.7983 77.3983 75.7392 73.8148 71.5955 69.0095 65.9043 66.9075 67.5786 68.0797 70.5963 70.1837 69.685 72.1009 72.5142 72.8843 73.2348 70.9679 68.4966 68.8725 69.2292 69.5776 72.0075 71.6652 71.3206 73.5767 73.9159 74.2558 76.3074 75.9685 75.6318 75.295 74.9548 74.6051 74.2337 76.1146 76.4651 76.8044 78.4247 78.091 77.7514 79.1395 79.4729 79.803 80.1324 78.7563 77.1393 77.4732 77.8085 78.1469 79.7604 79.4225 79.0883 80.4629 80.796 81.1332 81.476 80.1035 78.4901 76.6504 74.5987 72.3509 69.9238 70.2714 70.6233 70.9816 73.4115 73.0511 72.6981 74.9466 75.3012 75.664 76.0368 73.7813 71.3482 71.725 72.1137 72.516 74.9625 74.5551 74.1619 76.4209 76.8181 77.2298 79.298 78.8828 78.4824 78.0954 77.7202 77.3553 76.9992 78.8395 79.1967 79.5631 81.1784 80.811 80.4532 81.8257 82.1838 82.5516 82.9305 81.5566 79.9401 80.3293 80.732 81.1499 82.7714 82.3516 81.9472 83.3219 83.7274 84.1484 85.2608 84.839 84.4329 84.041 83.6618 83.2939 82.9359 82.5864 82.2441 81.9076 81.5754 81.2463 80.9187 80.5911 80.2614 81.0952 81.4225 81.7485 82.2955 81.9707 81.6449 81.9569 82.2818 82.606 82.9308 82.6208 82.0747 82.4028 82.7341 83.07 83.6142 83.2788 82.9481 83.2577 83.588 83.9231 84.2643 83.9557 83.4118 83.7609 84.1188 84.4866 85.0299 84.6622 84.3045 84.613 84.9705 85.3382 85.7174 85.4092 84.8659 85.258 85.6644 86.0866 86.6303 86.2079 85.8014 86.1096 86.5162 86.9387 87.3785 87.07 86.526 85.6997 84.5864 83.208 81.5844 79.7296 77.6576 75.3856 72.9336 73.3682 73.8215 74.2953 76.7662 76.2858 75.8261 78.1032 78.5682 79.0543 79.5633 77.2693 74.7913 75.3114 75.8575 76.4316 78.9323 78.3505 77.7968 80.0969 80.657 81.2454 83.3504 82.7567 82.1915 81.653 81.1393 80.6486 80.1793 82.0372 82.5098 83.004 84.6348 84.1381 83.663 85.043 85.5197 86.0183 86.5404 85.1549 83.5214 84.0638 84.6329 85.2307 86.8732 86.2723 85.7001 87.0877 87.662 88.2651 88.8991 87.5048 85.8591 83.9746 81.8641 79.5443 77.0355 77.6713 78.3412 79.0472 81.5814 80.8668 80.1884 82.5151 83.2004 83.9223 84.6827 82.3346 79.7916 80.5767 81.4047 82.278 84.8478 83.9655 83.1285 85.484 86.3283 87.218 89.369 88.4734 87.6231 86.816 86.0497 85.3221 84.6311 86.52 87.2154 87.9475 89.6033 88.8678 88.169 89.5657 90.2669 91.0049 91.7817 90.3775 88.7183 89.53 90.3849 91.2852 92.9548 92.0511 91.1927 92.5995 93.4604 94.3667 95.5034 94.5952 93.7325 92.9129 92.1343 91.3945 90.6915 90.0232 89.3876 88.7828 88.207 87.6583 87.1349 86.6351 86.1572 86.9842 87.4627 87.9633 88.5085 88.0075 87.5285 87.8372 88.3164 88.8177 89.3427 89.0332 88.4875 89.0372 89.614 90.2198 90.7673 90.1608 89.5834 89.8932 90.4709 91.0777 91.7153 91.4046 90.8564 91.5259 92.2301 92.971 93.5213 92.7796 92.0747 92.3858 93.0911 93.8332 94.6142 94.3019 93.7509 94.5717 95.4357 96.345 96.8983 95.9882 95.1235 95.4361 96.3013 97.2117 98.1698 97.856 97.302 96.4592 95.3207 93.9062 92.2331 90.3124 88.1555 85.7779 83.199 84.1702 85.194 86.2729 88.8788 87.7909 86.7581 89.1431 90.1833 91.2785 92.4312 90.0243 87.4095 88.6063 89.866 91.191 93.8319 92.4983 91.23 93.6439 94.9192 96.2596 98.4558 97.1102 95.8295 94.6112 93.4528 92.3519 91.3059 93.2312 94.2817 95.387 97.0702 95.9615 94.9077 96.3247 97.381 98.492 99.6602 98.2361 96.5497 97.7722 99.057 100.407 102.102 100.749 99.4617 100.888 102.178 103.532 104.954 103.522 101.823 99.869 97.6677 95.2334 92.5841 94.0478 95.5846 97.1973 99.8706 98.2501 96.7052 99.146 100.697 102.324 104.028 101.569 98.8883 100.66 102.516 104.457 107.159 105.211 103.348 105.813 107.681 109.634 111.866 109.909 108.037 106.248 104.539 102.908 101.352 103.31 104.87 106.504 108.209 106.573 105.011 106.445 108.008 109.646 111.362 109.923 108.216 110.007 111.882 113.842 115.554 113.593 111.717 113.157 115.034 116.996 118.153 116.19 114.312 112.517 110.801 109.162 107.597 106.105 104.682 103.326 102.035 100.805 99.6356 98.5229 97.4649 98.3089 99.3681 100.482 101.038 99.9235 98.8636 99.1778 100.238 101.353 102.525 102.209 101.653 102.883 104.175 105.532 106.091 104.733 103.44 103.756 105.049 106.407 107.831 107.515 106.956 108.449 110.014 111.653 112.213 110.574 109.008 109.325 110.89 112.53 114.247 113.93 113.37 115.166 117.044 119.007 119.568 117.605 115.727 116.044 117.922 119.885 121.935 121.618 121.057 120.203 119.046 117.603 115.889 113.911 111.676 109.196 106.487 108.609 110.823 113.134 115.861 113.545 111.324 113.808 116.033 118.354 120.773 118.276 115.543 118.053 120.666 123.385 126.134 123.41 120.791 123.292 125.914 128.641 130.894 128.165 125.541 123.019 120.598 118.274 116.046 118.026 120.256 122.582 124.299 121.973 119.742 121.185 123.417 125.743 128.167 126.723 125.005 127.528 130.153 132.883 134.603 131.872 129.246 130.691 133.317 136.047 138.885 137.441 135.721 133.731 131.476 128.965 126.212 129.148 132.198 135.362 138.129 134.961 131.907 134.421 137.478 140.649 143.937 141.415 138.643 142.043 145.565 149.21 151.994 148.345 144.819 147.344 150.872 154.524 156.789 153.136 149.607 146.198 142.909 139.736 136.677 138.668 141.727 144.901 146.621 143.447 140.388 141.832 144.891 148.064 151.353 149.911 148.191 151.6 155.13 158.783 160.502 156.849 153.319 154.762 158.291 161.943 163.096 159.444 155.916 152.508 149.219 146.047 142.988 140.042 137.204 134.474 131.848 129.325 126.901 124.574 122.342 123.197 125.429 127.755 128.316 125.989 123.757 124.075 126.307 128.633 131.057 130.739 130.179 132.702 135.328 138.058 138.617 135.887 133.262 133.58 136.205 138.934 141.77 141.453 140.894 143.841 146.898 150.07 150.628 147.457 144.399 144.716 147.773 150.945 154.232 153.916 153.359 156.766 160.294 163.945 164.501 160.85 157.323 157.639 161.166 164.816 168.592 168.277 167.721 166.873 165.721 164.28 162.561 160.567 158.301 155.769 152.981 156.879 160.908 165.068 167.868 163.704 159.671 162.206 166.241 170.407 174.707 172.166 169.362 173.792 178.36 183.067 185.882 181.171 176.6 179.143 183.717 188.431 190.705 185.99 181.415 176.978 172.677 168.509 164.473 166.468 170.504 174.671 176.389 172.222 168.186 169.626 173.661 177.828 182.129 180.691 178.973 183.41 187.986 192.701 194.418 189.703 185.128 186.566 191.141 195.855 200.712 199.275 197.558 195.561 193.286 190.735 187.917 192.909 198.047 203.331 206.162 200.873 195.732 198.285 203.429 208.72 214.159 211.599 208.764 214.347 220.083 225.971 228.818 222.926 217.186 219.749 225.491 231.387 233.672 227.775 222.032 216.44 210.999 205.707 200.561 202.558 207.704 212.997 214.714 209.421 204.275 205.712 210.857 216.15 221.591 220.156 218.439 224.031 229.775 235.673 237.391 231.493 225.748 227.184 232.928 238.827 239.972 234.073 228.329 222.737 217.296 212.003 206.858 201.859 197.003 192.289 187.715 183.279 178.978 174.812 170.778 171.625 175.659 179.825 180.379 176.214 172.18 172.495 176.529 180.694 184.992 184.678 184.124 188.56 193.133 197.847 198.399 193.686 189.113 189.427 194 198.713 203.568 203.254 202.702 207.701 212.846 218.138 218.689 213.397 208.253 208.566 213.71 219.002 224.442 224.13 223.579 229.17 234.915 240.813 241.363 235.465 229.721 230.034 235.778 241.675 247.729 247.416 246.866 246.025 244.88 243.445 241.726 239.724 237.437 234.866 232.014 238.214 244.571 251.087 247.945 254.614 261.445 258.018 265.003 272.15 279.462 275.742 271.77 267.567 263.153 258.556 253.802 261.159 268.679 276.368 281.212 273.493 265.942 270.565 278.142 285.886 293.797 289.097 284.223 292.247 300.437 308.797 313.76 305.37 297.15 301.875 310.121 318.536 323.099 314.664 306.396 298.296 290.364 282.599 275 279.221 286.838 294.621 298.635 290.838 283.207 286.938 294.581 302.389 310.365 306.6 302.571 310.688 318.973 327.427 331.498 323.031 314.731 318.508 326.819 335.298 338.813 330.325 322.005 313.854 305.869 298.052 290.4 282.915 275.595 268.438 271.6 264.6 257.763 260.632 253.951 247.431 241.07 243.644 250.008 256.532 263.216 270.061 267.474 274.478 281.646 278.763 286.09 293.582 301.24 309.064 311.967 304.138 296.475 288.978 291.575 284.239 277.068 279.368 272.358 265.511 258.825 252.299 245.933 247.936 254.303 260.83 262.551 256.023 249.655 251.091 257.459 263.987 270.675 269.239 267.517 274.366 281.378 288.553 286.541 293.879 301.382 299.075 306.742 314.575 322.575 319.963 317.055 325.214 333.541 342.035 344.96 336.459 328.127 330.743 339.079 347.584 349.908 341.4 333.061 324.891 316.887 309.051 311.068 303.397 295.892 297.617 290.277 283.101 276.088 277.525 284.538 291.715 299.057 306.564 305.124 312.796 320.635 318.906 326.911 335.084 343.426 351.935 353.671 345.159 336.816 328.642 330.085 322.077 314.237 315.385 307.711 300.203 292.861 285.684 278.671 271.821 265.132 258.604 252.235 253.076 259.445 265.973 266.523 259.995 253.627 253.939 260.307 266.835 273.523 273.212 272.661 279.512 286.525 293.703 294.253 287.076 280.062 280.374 287.387 294.565 301.907 301.595 301.045 308.553 316.227 324.068 323.226 331.234 339.411 338.261 346.605 355.117 356.269 347.755 348.6 340.254 332.077 332.629 324.62 316.778 309.103 309.415 317.09 324.932 332.941 341.118 340.806 349.152 357.666 357.114 365.797 364.951 363.799 362.351 360.613 358.584 356.256 353.628 350.699 347.469 343.945 340.134 336.048 331.703 327.119 322.318 317.325 312.169 320.833 315.505 324.298 333.262 342.394 336.829 331.171 340.384 349.763 359.312 365.109 355.514 346.088 351.695 361.163 370.8 380.604 374.871 369.028 363.104 357.13 351.129 360.851 354.787 364.616 374.609 380.791 370.738 376.853 366.908 372.937 378.91 388.959 382.935 393.099 386.963 397.237 391.009 384.767 395.088 405.571 416.215 422.635 411.932 401.389 407.675 418.274 429.034 435.384 424.571 413.918 403.427 409.55 399.172 405.153 394.894 384.8 390.574 400.71 411.01 421.474 415.576 426.162 420.091 430.793 441.655 447.815 436.909 442.887 432.1 437.875 427.213 416.713 406.376 396.204 386.196 376.355 366.681 357.175 347.836 338.667 329.665 334.888 326.023 331.044 335.871 344.791 339.939 349.003 343.923 353.126 362.498 372.038 381.745 386.94 377.204 367.636 358.236 363.136 353.879 358.527 349.417 340.476 344.838 353.797 362.924 367.052 357.911 348.938 352.76 361.744 370.897 380.217 376.36 372.218 367.804 377.25 372.561 382.154 391.913 396.643 386.863 391.311 381.681 385.837 389.705 399.36 395.481 405.292 401.108 411.071 406.589 401.839 396.841 391.618 401.658 411.863 422.231 427.538 417.141 406.909 411.931 422.187 432.607 443.189 438.097 432.763 443.457 454.311 448.698 459.68 453.834 464.939 458.88 452.675 446.356 439.953 433.498 427.018 420.539 431.438 424.916 435.908 447.055 458.354 451.678 445.05 456.372 467.842 479.458 486.276 474.597 463.063 469.803 481.401 493.144 505.031 498.1 491.217 484.397 477.646 470.965 464.343 476.012 487.818 481.152 493.045 486.378 498.363 491.684 484.994 497.057 509.24 521.541 528.292 515.968 503.765 510.474 522.711 535.069 541.901 529.499 517.221 505.069 511.829 499.757 506.535 494.542 482.685 489.423 501.338 513.389 525.573 518.66 530.916 524.03 536.357 548.808 555.804 543.298 550.328 537.887 544.944 532.568 520.323 508.211 496.235 503.118 515.157 527.332 534.407 522.167 510.064 517.06 529.227 541.529 553.965 546.779 539.641 552.079 564.646 557.447 570.074 562.894 575.581 568.432 561.381 554.422 547.547 540.734 533.958 527.18 520.351 513.405 506.256 518.849 511.474 524.237 537.082 529.526 542.55 534.667 526.182 539.601 553.057 544.259 557.98 548.561 562.585 552.413 540.865 555.707 542.976 558.319 544.192 560.108 544.351 560.92 543.277 560.582 577.666 594.546 609.617 593.538 577.31 591.543 575.887 588.72 573.563 585.21 570.485 581.137 566.787 576.61 590.642 604.686 595.47 609.793 599.891 614.536 603.803 618.82 607.089 622.538 633.783 643.75 629.154 638.433 624.113 632.827 618.747 627.002 613.13 599.295 585.493 571.723 580.098 566.555 574.519 561.176 547.893 555.644 568.81 582.048 595.359 587.922 601.387 593.687 607.326 621.014 628.5 614.913 622.192 608.74 615.862 602.532 589.28 576.108 563.017 550.008 557.179 544.311 531.534 538.588 525.947 532.87 545.493 558.221 551.329 564.166 577.099 570.137 583.184 596.318 603.245 590.126 597.002 583.977 571.049 577.891 565.055 552.323 539.697 546.489 559.131 571.882 578.744 565.963 553.292 560.141 572.85 585.669 598.596 591.631 584.739 597.699 590.829 603.866 616.999 610.122 623.332 616.452 609.538 622.841 636.226 629.27 642.752 635.714 649.304 642.148 634.752 648.541 640.911 654.859 646.93 661.058 652.758 667.092 658.331 648.699 637.9 625.562 611.236 594.394 574.454 550.825 522.988 490.617 513.07 477.465 500.962 524.16 547.02 569.518 534.812 558.424 520.259 544.964 581.668 613.359 591.634 620.026 599.374 578.35 556.953 535.189 564.728 544.034 570.502 592.895 611.061 589.854 608.889 585.07 605.062 624.711 644.03 663.031 640.31 660.235 634.69 604.519 569.337 529.09 484.192 435.607 384.812 333.642 360.131 308.95 334.844 361.588 389.065 335.4 284.074 309.146 335.277 362.376 418.519 390.093 362.347 417.156 445.735 474.676 528.829 500.163 471.559 443.131 415 387.292 439.738 412.095 462.906 510.825 537.291 490.271 517.599 467.617 495.615 523.622 551.538 579.271 624.813 598.468 571.776 544.795 589.428 563.513 604.468 579.695 554.553 593.34 616.943 640.126 670.611 648.995 626.964 655.629 676.183 696.361 716.178 691.816 662.878 628.838 652.779 614.983 640.134 664.851 699.314 676.274 707.075 685.195 712.619 735.646 754.782 733.029 753.061 728.526 749.555 721.895 689.111 650.76 606.743 557.45 503.857 447.502 390.336 334.45 281.76 233.752 191.342 210.745 231.481 253.551 304.53 279.668 256.062 306.749 332.896 360.124 388.345 330.597 276.939 301.617 327.543 354.66 415.282 386.06 357.8 417.456 447.348 477.902 540.268 509.254 478.572 448.347 418.703 389.763 361.643 419.047 448.386 478.23 536.545 506.639 476.917 533.157 562.466 591.679 620.702 566.519 508.454 538.933 569.546 600.178 655.794 626.24 596.451 649.451 677.854 705.85 733.386 685.032 630.721 571.489 508.994 445.362 382.894 412.163 442.37 473.407 539.589 507.638 476.188 540.5 572.294 604.251 636.252 571.915 505.159 438.361 469.547 403.076 433.338 464.606 496.778 427.315 361.476 301.156 247.57 201.238 162.086 129.624 103.114 81.7214 64.6136 51.0231 40.2773 31.8073 25.1434 19.9049 21.9459 17.3905 19.1475 21.0725 23.1816 25.4922 20.1641 22.1462 24.3165 19.2303 21.0885 16.6913 13.2396 10.5274 8.39282 9.15558 9.98668 10.8928 13.7208 12.5618 11.5002 14.4823 15.8402 17.3244 18.9477 14.9867 11.8812 12.9602 14.1388 15.4274 19.541 17.8842 16.3705 20.7243 22.6697 24.8015 31.5306 28.7872 26.2861 24.0043 21.9212 20.0188 18.2805 23.1224 25.3493 27.7886 35.2771 32.1501 29.2971 26.6934 33.8377 30.7979 28.0239 35.5098 32.2772 29.3282 26.638 24.1841 30.5936 27.7423 35.1152 44.4823 49.0955 38.745 42.7266 33.721 37.1507 40.9112 45.0337 49.5526 39.053 42.937 47.1945 37.1693 40.8215 44.8258 49.2173 38.7054 30.4616 33.392 36.6068 40.1349 51.1225 46.5928 42.4661 54.0347 59.3202 65.1214 82.8889 75.4891 68.7422 62.5898 56.9791 51.862 65.8813 59.9333 54.5054 69.1685 62.8728 57.1252 51.8794 47.0928 59.6984 54.154 68.607 62.202 56.3558 71.3512 78.7279 86.7974 109.534 99.4382 90.1877 113.673 125.176 137.69 151.282 120.54 95.617 75.6197 83.2928 65.7725 72.424 79.7043 100.85 91.6827 115.754 105.248 132.523 166.022 181.981 145.553 159.702 127.204 139.669 110.859 87.6689 96.3779 76.0626 83.6098 91.8695 72.3986 79.5391 87.3613 95.9294 105.313 133.395 121.591 110.788 100.906 127.638 116.291 105.896 133.681 121.778 153.224 167.946 183.914 146.644 160.746 176.073 140.016 153.506 168.198 210.746 192.71 240.107 219.913 201.209 249.834 228.976 209.607 191.654 175.044 217.829 199.227 246.467 225.803 206.566 188.696 172.131 156.808 142.661 177.977 195.132 213.608 262.598 240.736 220.296 269.98 293.826 319.118 345.856 285.914 233.461 254.738 277.484 301.732 364.755 336.987 310.706 374.025 403.596 434.527 509.253 475.823 443.508 412.394 382.553 354.04 326.898 390.271 420.319 451.552 524.067 490.884 458.599 529.742 563.377 597.557 632.151 558.031 483.885 517.223 551.457 586.468 663.345 627.802 592.652 667.026 702.053 737.1 772.043 699.147 622.13 543.697 466.758 393.996 327.507 268.608 292.273 237.854 259.363 282.415 307.06 333.34 272.249 296.284 321.996 261.87 285.276 230.271 184.183 146.286 115.587 91.0053 71.4909 56.0975 44.0087 34.5415 27.1394 21.3561 16.8372 13.3037 10.5377 8.36912 6.6658 5.32518 4.26765 3.43143 2.76854 2.98198 3.21286 3.4629 4.31615 3.99699 3.70284 4.61357 4.98916 5.39743 5.84175 4.66286 3.73403 4.02839 4.3484 4.69682 5.89878 5.45075 5.03999 6.32593 6.85424 7.43153 9.39043 8.64521 7.96439 7.34155 6.77098 6.24763 5.76703 7.23135 7.84756 8.51973 10.7508 9.88594 9.09438 11.4694 12.4879 13.6024 14.8233 11.6968 9.25381 10.0565 10.9354 11.899 15.1169 13.8692 12.733 16.1626 17.6334 19.2508 21.0319 16.4891 12.957 10.2073 8.06327 6.3882 5.07672 5.4916 5.94543 6.44271 8.15462 7.51046 6.92366 8.75568 9.5158 10.3517 11.2725 8.86299 6.98859 7.58893 8.25046 8.98087 11.4578 10.5049 9.64344 12.2887 13.4124 14.6574 18.7965 17.1681 15.7006 14.3756 13.1769 12.0905 11.1042 14.1205 15.402 16.8157 21.5084 19.667 18.0002 22.9961 25.1655 27.5651 30.2236 23.5461 18.378 20.1075 22.0257 24.1573 31.1041 28.3134 25.805 33.1739 36.4535 40.1056 51.7582 46.9853 42.7017 38.8509 35.3837 32.2571 29.4334 26.8795 24.5663 22.4683 20.5628 18.8301 17.2526 15.8146 14.5024 18.3811 20.0735 21.9304 27.9292 25.5302 23.3462 29.7053 32.5237 35.6223 39.032 30.5671 23.9702 26.2132 28.6826 31.4044 40.1992 36.6699 33.4706 42.7877 46.9283 51.498 65.982 60.0801 54.7324 49.8828 45.4813 41.4831 37.8483 48.2654 52.9456 58.0942 74.1825 67.5737 61.5645 78.4856 86.1686 94.611 103.889 81.4545 63.7624 70.0067 76.8898 84.4823 107.986 98.2744 89.4595 114.087 125.296 137.62 151.167 118.688 92.8623 72.5012 56.5465 44.0969 34.4084 37.7279 41.4012 45.4712 58.4661 53.1778 48.4067 62.1295 68.3102 75.1597 82.758 64.3348 49.9873 55.0054 60.5893 66.8116 86.1908 78.1104 70.8558 91.1954 100.574 111.007 142.545 129.182 117.144 106.295 96.5113 87.682 79.7081 102.117 112.343 123.648 157.831 143.491 130.485 166.056 182.416 200.384 220.107 173.642 136.149 149.98 165.281 182.212 231.417 210.271 191.069 241.739 265.439 291.371 319.701 254.683 200.942 157.386 122.624 95.2017 73.7554 57.0847 44.1795 34.2146 26.5304 20.6071 16.0395 12.514 9.78904 10.6852 11.6812 12.7907 16.4506 14.9932 13.6872 17.5772 19.2918 21.208 23.3544 18.0806 14.0296 15.4167 16.9736 18.7257 24.2791 21.9631 19.9084 25.7646 28.4777 31.5397 41.0323 36.9856 33.4035 30.225 27.3977 24.877 22.6244 29.1779 32.1377 35.4535 45.9334 41.5753 37.6883 48.7323 53.8295 59.547 65.972 50.8299 39.1765 43.3657 48.0905 53.4314 69.5933 62.5619 56.3425 73.2056 81.3645 90.5838 101.019 77.5593 59.483 45.6154 35.0045 26.8966 20.7033 22.9415 25.4824 28.3758 37.0797 33.2354 29.8633 38.9358 43.4086 48.5119 54.3512 41.4756 31.6809 35.4686 39.824 44.8493 59.018 52.3201 46.518 61.0521 68.7639 77.6653 102.103 90.3287 80.1181 71.2413 63.5042 56.743 50.8192 66.3559 74.1797 83.1068 108.614 96.8899 86.6027 112.852 126.289 141.57 158.969 122.002 93.3159 105.017 118.456 133.921 174.962 154.851 137.313 178.799 201.414 227.213 292.584 260.083 231.381 206.056 183.719 164.015 146.627 131.27 117.695 105.68 95.0318 85.582 77.1829 69.7059 63.039 81.5153 90.1991 99.93 129.08 116.504 105.261 135.567 149.999 166.097 184.058 143.16 110.848 123.113 136.906 152.431 196.445 176.618 158.935 204.1 226.46 251.394 318.677 287.94 260.167 235.11 212.525 192.184 173.871 221.654 244.545 269.821 339.072 308.322 280.256 350.59 384.191 420.643 460.061 372.689 297.696 328.388 362.114 399.079 492.33 449.183 409.342 502.529 548.091 596.738 648.399 538.858 439.471 352.631 279.172 218.678 169.919 189.628 211.846 236.889 302.752 271.516 243.599 310.082 344.412 382.454 424.48 337.643 265.102 296.855 332.533 372.531 467.551 419.732 376.527 470.736 521.414 576.634 696.885 635.609 578.336 525.181 476.148 431.153 390.047 483.446 531.115 582.529 698.563 642.066 588.787 702.931 760.112 819.635 881.108 758.053 637.658 696.382 758.468 823.566 950.706 884.604 820.21 944.058 1007.94 1072.17 1182.79 1122.86 1062.09 1001.01 940.173 880.107 821.291 764.15 709.046 656.271 606.045 558.522 513.79 471.885 432.793 396.46 362.803 331.711 303.062 276.719 252.54 230.379 210.094 191.547 174.602 159.128 145.008 132.129 120.383 109.672 99.9073 126.834 139.143 152.606 192.418 175.699 160.355 201.555 220.413 240.856 262.984 210.619 167.325 183.409 200.972 220.129 275.215 251.906 230.412 286.895 312.683 340.437 415.664 383.456 353.252 325.006 298.659 274.141 251.373 310.398 337.297 366.025 442.357 409.597 378.624 349.431 422.232 390.915 361.285 434.391 402.768 372.739 344.317 317.501 383.678 354.822 424.682 500.216 534.811 456.767 490.191 414.062 445.942 479.275 513.995 550.021 467.577 502.279 538.429 455.225 489.862 526.091 563.84 476.889 396.624 429.119 463.514 499.797 590.666 551.112 513.159 603.012 643.492 685.138 727.791 631.715 537.93 449.903 370.238 300.449 241.006 263.728 288.425 315.217 388.73 357.114 327.716 402.15 436.221 472.483 510.943 422.639 344.225 375.564 409.332 445.608 538.543 497.535 458.899 551.575 594.318 639.077 743.537 696.472 650.873 606.916 564.746 524.475 486.18 577.846 619.454 662.632 762.384 717.743 674.126 771.27 815.381 859.913 904.649 807.847 707.229 753.061 799.921 847.576 946.877 900.333 853.908 949.365 993.839 1037.85 1118.12 1077.6 1036.2 994.092 951.455 908.478 865.36 822.303 779.506 737.166 695.471 654.597 614.705 575.94 664.859 625.578 587.255 674.131 635.488 597.642 560.73 524.877 606.981 570.438 651.942 615.17 579.044 658.306 694.859 731.648 806.757 770.983 735.07 806.765 841.156 875.113 908.547 842.268 768.531 689.221 726.86 644.31 682.285 720.759 802.629 764.712 842.03 805.37 877.405 941.376 973.532 912.061 946.142 878.385 914.315 840.464 759.577 798.583 713.421 753.202 793.307 704.949 745.688 786.905 828.42 870.052 953.626 913.893 873.821 833.57 915.168 876.531 837.619 915.335 878.078 949.711 984.474 1018.52 952.109 988.286 1023.76 953.388 991.055 1028.05 1092.25 1058.44 1115.64 1084.16 1051.77 1105.42 1075.23 1044.16 1012.26 979.566 1035.6 1004.96 1054.73 1026.06 996.595 966.366 935.41 903.772 871.51 838.692 805.394 771.707 737.729 703.567 669.337 635.16 601.162 567.474 534.224 501.54 570.316 537.504 604.488 668.185 699.944 637.184 669.886 603.468 636.831 670.282 703.7 736.972 798.601 766.928 734.858 702.479 762.564 731.432 786.703 756.957 726.751 696.149 665.229 634.08 602.797 661.077 691.155 720.878 770.207 742.293 713.885 760.423 786.929 812.882 838.266 797.589 750.176 778.993 807.281 835.004 876.283 850.643 824.408 863.076 887.308 910.966 939.773 917.896 895.499 872.57 849.098 825.077 800.504 775.382 749.72 723.534 696.849 669.698 642.123 614.178 585.929 633.885 660.64 686.963 725.879 701.318 676.271 712.899 736.208 759.037 781.389 749.944 712.818 738.179 763.027 787.352 819.124 796.563 773.505 803.271 824.696 845.676 867.767 848.144 828.142 807.744 786.934 765.697 744.021 770.176 790.402 810.248 829.715 811.039 792.05 772.729 792.121 773.601 790.844 773.026 754.954 736.614 717.987 699.059 679.814 700.137 681.728 699.812 682.144 664.234 646.065 627.622 646.624 628.965 645.909 628.944 611.778 627.751 644.106 660.315 672.716 657.1 641.385 653.186 668.405 683.566 698.676 688.245 676.391 662.687 679.293 664.053 681.269 698.285 712.043 695.741 708.19 692.345 703.695 713.741 728.768 719.074 734.391 723.935 739.59 728.213 715.116 731.778 717.252 734.481 718.275 736.156 751.514 764.639 748.281 760.195 744.26 755.162 770.658 786.086 776.027 791.764 780.862 768.362 753.798 771.215 788.422 805.433 817.933 801.561 785.041 796.96 812.943 828.818 838.474 822.982 807.414 816.756 801.45 810.224 795.143 780.023 764.86 749.651 758.722 743.76 752.32 737.57 722.809 708.032 693.237 678.42 663.576 672.902 687.466 702.027 710.169 695.796 681.437 689.395 675.213 682.873 668.846 676.271 662.381 669.623 655.856 662.96 676.681 690.463 683.447 697.326 690.209 704.195 696.939 711.043 703.604 717.842 732.108 724.558 716.588 731.15 745.716 760.286 767.825 753.386 738.964 746.401 760.72 775.063 782.098 767.822 753.576 739.364 725.185 732.303 718.227 725.243 711.259 718.205 704.306 711.21 697.388 683.628 669.934 656.308 663.229 649.689 656.584 643.125 629.746 636.631 650.016 663.484 677.03 670.121 683.733 676.841 690.524 704.275 711.169 697.417 704.346 690.652 697.633 683.992 670.428 656.943 643.541 630.225 637.168 623.917 610.76 617.716 604.623 611.628 624.76 637.99 630.906 644.19 657.565 650.509 663.937 677.448 684.57 671.026 678.23 664.729 651.314 658.556 645.186 631.91 618.731 605.653 592.68 579.815 567.062 574.071 586.876 599.792 607.011 594.039 581.178 588.386 601.306 614.337 627.475 620.091 612.816 625.945 639.175 652.503 659.943 646.56 633.275 640.718 654.062 667.502 675.168 661.669 648.265 634.962 621.762 608.67 595.689 582.823 590.148 577.336 584.665 571.911 559.281 566.531 579.223 592.04 599.434 586.557 573.804 561.177 548.679 536.314 524.085 511.994 500.044 488.238 476.577 465.065 453.703 442.493 449.096 437.979 444.518 451.03 462.262 455.694 467.024 460.367 471.79 483.364 495.086 506.953 513.844 501.919 490.139 478.507 485.186 473.648 480.207 468.769 457.485 463.853 475.185 486.671 493.007 481.478 470.102 476.2 487.615 499.183 510.901 504.687 498.308 491.797 503.536 496.873 508.708 520.688 527.452 515.422 522.027 510.094 516.515 522.767 534.78 528.49 540.609 534.104 546.323 539.625 532.811 525.913 518.964 531.115 543.404 555.829 562.949 550.468 538.122 545.074 557.473 570.008 582.674 575.562 568.386 581.072 593.884 606.82 614.162 601.172 588.305 595.468 608.387 621.429 628.583 615.494 602.527 589.685 576.97 564.387 551.938 558.681 571.175 583.803 590.472 577.803 565.268 552.869 559.233 546.936 553.054 540.865 528.819 516.919 505.167 493.565 482.115 470.82 476.494 465.324 470.738 459.699 448.818 453.933 464.837 475.9 480.787 469.705 458.782 448.018 437.416 426.977 416.7 421.199 431.492 441.948 446.186 435.717 425.41 415.268 419.17 409.182 412.769 402.938 393.274 383.777 374.448 365.287 356.294 359.53 368.53 377.699 380.645 371.471 362.465 365.098 374.107 383.286 392.632 389.987 387.035 396.539 406.211 416.049 419.018 409.174 399.497 402.147 411.828 421.677 424.028 414.176 404.491 394.973 385.623 376.441 367.428 369.461 378.476 387.661 389.404 380.217 371.2 372.649 381.668 390.856 400.213 398.759 397.013 406.534 416.222 426.077 427.829 417.972 408.281 409.737 419.429 429.288 439.314 437.853 436.098 434.047 431.692 429.028 426.053 422.766 432.929 429.323 439.641 450.121 460.765 456.819 452.566 463.346 474.285 485.383 489.676 478.565 467.612 471.569 482.533 493.655 504.933 500.943 496.637 492.025 487.119 481.935 493.287 487.82 499.3 510.932 516.451 504.793 510.022 498.494 503.419 508.047 519.609 514.965 526.664 521.701 533.53 528.258 522.714 534.643 546.718 558.935 564.555 552.312 540.213 545.506 557.627 569.891 574.926 562.644 550.505 538.511 543.186 531.323 535.668 523.941 512.366 516.367 527.953 539.69 551.577 547.544 559.566 555.196 567.35 579.646 584.043 571.733 575.788 563.61 567.324 555.281 543.386 531.64 520.044 508.602 497.315 486.184 475.211 464.398 453.745 443.255 446.557 436.223 439.203 441.872 452.216 449.543 460.047 457.054 467.714 478.534 489.514 500.653 503.669 492.525 481.539 470.712 473.395 462.724 465.091 454.579 444.231 446.285 456.637 467.152 468.913 458.396 448.042 449.505 459.861 470.38 481.062 479.593 477.829 475.765 486.6 484.226 495.217 506.366 508.749 497.595 499.666 488.668 490.434 491.905 502.908 501.435 512.594 510.822 522.136 520.059 517.672 514.97 511.948 523.397 535 546.754 549.794 538.035 526.426 529.133 540.747 552.511 564.425 561.703 558.656 570.706 582.9 579.51 591.839 588.108 600.567 596.491 592.083 587.347 582.294 576.937 571.293 565.384 577.852 571.669 584.24 596.944 609.778 603.27 596.562 609.448 622.458 635.59 642.415 629.245 616.195 622.738 635.822 649.027 655.396 642.161 629.047 616.055 603.19 590.455 596.42 583.789 589.457 594.835 607.51 602.112 614.899 609.183 622.075 635.093 648.235 661.495 667.304 654.02 640.856 627.814 633.253 620.317 625.423 612.598 599.906 604.656 617.364 630.203 634.648 621.797 609.077 613.163 625.894 638.755 651.745 647.628 643.17 638.376 651.454 646.315 659.499 672.802 677.975 664.655 669.478 656.263 660.733 664.861 678.098 673.96 687.306 682.812 696.261 691.41 686.22 680.703 674.872 668.747 662.348 655.702 648.839 641.789 634.589 627.272 619.874 612.431 604.976 597.54 610.531 603.077 616.12 629.275 636.853 623.637 631.197 618.03 625.545 633.045 646.328 638.772 652.108 644.474 657.857 650.176 642.536 655.9 669.364 682.924 690.746 677.126 663.602 671.343 684.927 698.606 712.374 704.457 696.575 688.76 681.034 673.418 665.923 679.434 672.016 685.562 699.19 691.813 705.476 698.194 691.039 704.705 718.444 711.346 725.127 718.109 731.937 724.986 718.089 731.964 725.091 739.029 732.159 746.164 739.275 753.353 746.421 760.578 774.773 789.003 795.833 781.635 767.474 774.316 760.217 767.06 753.019 759.883 745.897 752.8 738.864 745.826 759.772 773.772 766.79 780.829 773.919 788.002 781.146 795.276 788.456 802.635 816.849 810.066 803.264 796.402 789.429 782.278 774.86 767.059 781.79 773.658 788.568 803.457 818.325 833.173 825.269 840.279 832.007 847.206 855.257 862.811 848.002 855.329 840.636 825.936 811.228 796.512 804.022 789.439 796.746 803.817 818.224 811.227 825.719 818.609 833.199 847.79 862.38 876.969 870.012 884.685 877.602 870.202 862.357 853.895 844.593 834.168 822.26 808.424 825.78 810.358 828.327 846.044 863.524 848.092 829.731 848.867 867.674 886.168 901.595 884.017 866.188 880.78 897.826 914.673 931.332 918.935 904.366 887.027 866.226 841.195 811.151 834.423 857.176 879.418 904.6 883.918 862.789 886.363 906.103 925.464 944.463 924.85 901.162 922.423 943.216 963.558 983.185 964.125 944.686 963.118 981.445 999.459 1013.08 995.907 978.477 960.781 942.803 924.529 905.942 922.282 939.932 957.329 969.654 952.953 936.05 947.814 964.128 980.283 996.286 986.165 974.488 991.42 1008.14 1024.65 1034.64 1018.65 1002.49 1012.14 1027.86 1043.45 1058.91 1050.48 1040.97 1030.02 1017.18 1001.88 983.468 961.146 934.057 901.318 862.131 815.93 844.593 793.261 823.459 853.101 882.143 829.801 769.991 802.661 834.895 866.615 919.956 890.529 860.462 910.548 938.289 965.349 1003.27 978.47 953.005 926.877 900.089 872.655 914.531 888.645 925.75 956.592 978.585 949.581 972.82 939.785 964.406 988.399 1011.77 1034.54 1060.12 1039.11 1017.57 995.479 1021.01 1000.05 1022.41 1002.44 982.03 1002.96 1022.06 1040.78 1055.98 1038.27 1020.24 1034.61 1051.78 1068.7 1085.37 1073.4 1059.14 1041.94 1061.05 1041.47 1061.47 1081.01 1100.12 1080.62 1056.71 1027.41 991.715 948.709 897.755 928.259 958.082 987.188 1030.69 1004.09 976.759 1017.38 1042.35 1066.64 1090.24 1056.55 1015.55 1043.15 1069.98 1096.03 1129.78 1106.09 1081.69 1113.17 1135.46 1157.11 1179.15 1159.2 1138.7 1117.65 1096.01 1073.77 1050.91 1078.31 1099.36 1119.86 1139.23 1120.15 1100.62 1118.81 1137.1 1155.02 1172.58 1157.87 1139.86 1159.35 1178.37 1196.94 1211.39 1193.93 1176.1 1189.79 1206.68 1223.26 1233.16 1217.28 1201.13 1184.72 1168.02 1151.03 1133.72 1116.09 1098.11 1079.77 1094.84 1077.16 1090.53 1101.81 1118.03 1107.4 1124.01 1112.22 1129.29 1146.09 1162.61 1178.88 1188.11 1172.42 1156.51 1140.38 1149.84 1134.03 1142.72 1127.18 1111.47 1095.58 1079.5 1063.22 1046.73 1057.1 1073.06 1088.84 1097.1 1081.7 1066.16 1074.24 1089.45 1104.55 1119.53 1112.36 1104.46 1119.93 1135.25 1150.41 1157.38 1142.5 1127.49 1134.4 1149.16 1163.82 1178.37 1172.14 1165.44 1158.09 1173.3 1165.45 1180.88 1196.13 1211.21 1203.6 1194.9 1210.69 1226.25 1241.59 1248.93 1234 1218.9 1226.12 1240.87 1255.47 1261.43 1247.09 1232.61 1218 1203.25 1188.35 1195.09 1180.33 1186.78 1192.81 1207.16 1201.31 1215.72 1209.72 1224.22 1238.59 1252.85 1266.98 1272.26 1258.29 1244.21 1230.02 1235.54 1221.4 1226.86 1212.75 1198.56 1184.27 1169.89 1155.41 1140.84 1126.17 1111.41 1096.55 1081.59 1066.53 1051.37 1036.1 1020.72 1005.23 989.624 973.896 958.041 942.055 925.929 909.657 893.231 876.64 859.876 842.926 855.41 838.916 850.274 860.274 875.866 866.26 882.133 871.755 887.957 904.027 919.97 935.794 944.61 929.133 913.564 897.899 906.804 891.375 899.768 884.539 869.249 877.461 892.521 907.536 914.852 900 885.117 892.372 907.121 921.849 936.554 929.673 922.508 914.938 930.052 922.157 937.437 952.646 960.112 945.109 952.325 937.438 944.461 951.233 965.886 959.216 973.937 967.168 981.968 975.06 967.786 959.998 951.504 967.105 982.602 997.999 1005.66 990.522 975.301 982.859 997.865 1012.81 1027.68 1020.72 1013.3 1028.5 1043.62 1058.64 1065.44 1050.61 1035.71 1042.49 1057.23 1071.91 1078.16 1063.6 1048.98 1034.31 1019.58 1004.79 989.955 996.724 1011.43 1026.1 1032.44 1017.88 1003.27 988.622 995.105 980.511 986.961 972.411 957.837 943.242 928.627 913.994 899.347 906.132 891.553 898.281 883.763 869.245 854.731 840.221 847.084 832.647 839.459 825.086 810.732 817.554 831.87 846.208 852.933 838.619 824.329 831.094 845.368 859.666 873.984 867.267 860.566 853.85 868.256 861.534 875.992 890.457 897.097 882.672 889.326 874.939 881.618 888.32 902.669 895.983 910.357 903.721 918.123 911.527 904.924 919.392 912.796 927.307 920.702 935.261 941.81 948.316 933.857 940.389 925.959 932.527 946.929 961.327 954.814 969.23 962.766 956.302 949.807 964.337 978.848 993.338 999.684 985.242 970.78 977.204 991.626 1006.03 1012.4 998.024 983.635 990.095 975.717 982.245 967.877 953.501 939.119 924.737 931.391 917.027 923.753 909.406 895.068 880.743 866.435 852.147 837.883 823.648 809.444 816.293 802.128 809.044 794.915 801.916 787.821 794.923 780.858 766.842 752.879 738.973 746.12 732.25 739.5 725.663 711.893 719.213 733.021 746.895 754.444 740.528 726.677 712.897 720.462 706.707 693.029 700.632 686.982 694.655 708.361 722.147 714.362 728.169 742.049 734.291 748.188 762.15 770.01 755.997 763.945 749.943 736.009 743.965 730.046 716.203 702.439 710.314 724.136 738.037 746.094 732.135 718.255 726.23 740.167 754.182 768.271 760.127 752.013 766.06 757.955 772.011 786.13 778.009 792.133 784.081 776.173 768.421 760.832 753.401 767.361 760.05 774.036 788.074 795.441 781.375 788.875 774.826 782.456 790.252 804.382 796.543 810.679 802.973 817.116 809.552 802.16 816.289 809.032 823.182 816.053 830.227 823.211 837.412 830.493 844.724 858.983 873.266 880.185 865.904 851.645 858.672 844.435 851.587 837.369 844.66 830.457 837.898 823.706 831.299 845.52 859.772 852.123 866.377 858.894 873.155 865.834 880.105 872.935 887.22 901.521 894.486 887.569 901.887 916.218 930.556 937.461 923.127 908.801 915.836 930.161 944.491 951.676 937.346 923.02 908.702 894.395 901.739 887.438 894.956 880.656 888.354 874.052 881.925 867.615 853.331 839.077 824.858 832.78 818.56 826.609 812.385 798.208 806.31 820.537 834.809 849.121 840.873 855.175 847.038 861.33 875.651 883.871 869.509 877.849 863.469 871.897 857.5 843.138 828.815 814.537 800.307 808.577 794.346 780.172 788.397 774.229 782.429 796.651 810.933 802.626 816.911 831.247 822.86 837.191 851.565 860.056 845.63 854.094 839.659 825.271 833.618 819.229 804.895 790.621 776.41 762.267 748.198 734.206 720.295 706.469 692.734 679.093 665.549 673.218 659.721 667.279 653.833 640.497 647.864 661.25 674.745 688.344 680.829 694.479 686.817 700.513 714.302 722.067 708.227 715.838 702.042 709.469 695.726 682.083 668.543 655.111 662.202 675.676 689.257 696.232 682.614 669.103 675.782 689.327 702.977 716.73 709.952 702.94 716.724 730.602 723.308 737.239 729.725 743.7 735.996 728.181 742.145 756.19 770.311 778.273 764.103 750.009 757.76 771.899 786.114 800.4 792.514 784.504 798.765 813.09 827.473 835.623 821.194 806.823 814.752 829.166 843.638 851.48 836.968 822.514 808.122 793.795 779.54 765.359 751.257 758.629 744.572 751.69 737.685 723.771 730.581 744.526 758.562 772.685 765.782 779.956 772.769 786.987 801.281 808.535 794.209 801.172 786.89 793.542 779.31 765.16 751.097 737.123 723.244 709.463 695.784 682.211 688.362 701.961 715.665 721.562 707.836 694.215 699.752 713.391 727.136 740.982 735.39 729.471 743.375 757.373 771.46 777.442 763.334 749.315 754.926 768.963 783.089 788.39 774.248 760.196 746.236 732.374 718.613 704.957 709.823 723.492 737.267 741.809 728.022 714.341 700.767 704.925 691.454 695.254 681.89 668.644 655.52 642.521 629.651 616.912 604.307 607.711 595.236 598.301 585.959 573.759 576.486 588.691 601.038 603.453 591.102 578.893 566.828 554.91 543.141 531.523 533.604 545.225 556.997 558.78 547.005 535.381 523.91 525.387 514.069 515.242 504.079 493.074 482.23 471.546 461.025 450.668 440.476 430.449 420.588 410.895 401.37 392.012 382.823 373.803 374.649 383.67 392.86 393.414 384.224 375.202 366.35 366.663 357.979 349.464 375.515 384.537 393.728 403.087 402.773 402.218 411.745 421.439 431.3 431.857 421.995 412.3 412.614 422.309 432.171 442.2 441.885 441.328 451.521 461.88 472.402 472.961 462.438 452.079 452.394 462.753 473.276 483.962 483.646 483.086 493.932 504.937 516.101 516.663 505.498 494.492 494.809 505.815 516.98 528.302 527.985 527.422 526.561 538.036 536.86 548.486 560.263 572.19 570.704 568.918 580.987 593.199 605.554 607.348 594.991 582.775 584.263 596.481 608.841 621.34 619.845 618.048 615.944 613.525 610.782 623.401 620.323 633.07 645.947 649.037 636.153 638.906 626.148 628.572 630.68 643.445 641.334 654.227 651.794 664.812 662.049 658.953 672.084 685.337 698.709 701.823 688.445 675.186 677.954 691.218 704.601 707.051 693.664 680.395 667.248 669.367 656.342 658.148 645.248 632.48 633.977 646.748 659.65 672.68 671.176 684.329 682.517 695.789 709.18 710.998 697.604 699.113 685.836 687.033 673.875 660.843 647.939 635.167 622.528 610.027 597.665 585.446 573.371 561.443 549.664 550.527 538.898 539.461 539.779 551.409 551.091 562.872 562.307 574.236 586.313 598.534 610.897 611.465 599.101 586.879 574.802 575.121 563.191 587.199 599.421 611.785 624.289 623.968 623.399 636.039 648.813 661.718 662.289 649.383 636.609 636.93 649.705 662.612 675.646 675.324 674.751 687.91 701.191 700.312 713.711 712.51 726.022 724.507 722.687 720.554 718.1 715.316 712.196 708.734 722.326 718.508 732.2 745.996 759.893 755.696 751.143 765.116 779.182 793.337 797.924 783.758 769.68 773.888 787.975 802.151 816.413 812.176 807.577 802.618 797.301 791.636 785.634 799.889 814.221 807.851 822.234 815.529 829.954 822.932 815.644 830.073 844.563 859.109 866.494 851.915 837.393 844.445 858.996 873.603 880.41 865.778 851.201 836.685 843.101 828.627 834.69 820.264 805.912 811.595 825.965 840.408 854.919 849.184 863.742 857.64 872.239 886.892 893.033 878.36 884.129 869.494 874.886 860.296 845.769 831.311 816.926 821.899 836.297 850.768 855.4 840.918 826.509 830.755 845.174 859.666 874.225 869.95 865.307 879.91 894.572 889.535 904.239 898.819 913.559 907.757 901.597 895.093 888.261 881.124 873.708 866.043 858.163 850.106 841.91 856.397 848.057 862.541 877.066 868.571 883.084 874.519 865.978 880.424 894.9 886.323 900.775 892.254 906.681 898.255 889.996 904.361 896.257 910.605 902.676 917.012 909.272 923.6 916.054 930.379 944.709 959.042 966.614 952.276 937.936 945.71 931.358 939.335 924.966 933.133 918.742 927.075 912.658 921.126 935.582 950.046 941.5 955.93 947.53 961.929 953.708 968.079 960.063 974.413 982.446 990.713 976.325 984.785 970.36 978.978 964.513 973.247 958.74 944.235 929.736 915.247 923.918 909.399 918.087 903.54 889.015 897.629 912.201 926.796 941.408 932.653 947.233 938.452 952.995 967.544 976.414 961.821 970.667 956.034 964.807 950.138 935.48 920.839 906.22 891.628 900.108 885.5 870.929 879.214 864.638 872.737 887.354 902.01 893.829 908.479 923.16 914.745 929.409 944.093 952.591 937.865 946.164 931.42 916.7 924.729 910.003 895.309 880.655 888.354 903.043 917.77 925.278 910.521 895.801 902.966 917.713 932.497 947.314 940.068 932.53 947.319 939.485 954.265 969.065 960.928 975.708 967.332 958.794 973.506 988.225 979.484 994.163 985.303 999.938 991.006 982.093 996.637 987.751 1002.25 993.437 1007.88 999.201 1013.6 1005.09 996.803 988.756 980.948 973.371 966.005 958.823 951.797 944.899 938.105 952.459 945.757 960.122 974.481 988.831 1003.17 996.601 1010.94 1004.46 1018.8 1025.26 1031.79 1017.49 1024.12 1009.81 995.49 981.155 966.81 973.583 959.243 966.132 973.152 987.475 980.463 994.785 987.916 1002.24 1016.54 1030.83 1045.1 1038.4 1052.66 1046.07 1039.56 1033.12 1026.74 1020.41 1014.1 1007.8 1001.48 1015.98 1009.67 1024.19 1038.68 1053.14 1046.97 1040.71 1055.28 1069.79 1084.26 1090.26 1075.88 1061.45 1067.55 1081.91 1096.23 1102.18 1087.92 1073.61 1059.26 1044.87 1030.44 1036.65 1022.24 1028.5 1034.77 1049.09 1042.86 1057.2 1051.03 1065.37 1079.67 1093.93 1108.15 1114.15 1099.97 1085.75 1071.49 1077.65 1063.39 1069.63 1055.36 1041.07 1047.42 1061.69 1075.92 1082.29 1068.08 1053.83 1060.32 1074.54 1088.73 1102.88 1096.46 1090.12 1083.86 1098.05 1091.88 1106.06 1120.2 1126.31 1112.2 1118.41 1104.29 1110.6 1116.99 1131.05 1124.69 1138.73 1132.48 1146.51 1140.36 1134.29 1128.28 1122.32 1116.4 1110.5 1104.6 1098.66 1092.66 1086.53 1080.2 1073.57 1088.42 1103.18 1117.85 1124 1109.48 1094.87 1101.07 1115.55 1129.96 1144.3 1138.45 1132.44 1146.95 1161.36 1175.7 1181.34 1167.12 1152.83 1158.56 1172.76 1186.88 1192.37 1178.33 1164.21 1150.03 1135.78 1121.47 1107.1 1113.02 1127.31 1141.54 1147.27 1133.1 1118.88 1124.72 1138.88 1152.99 1167.05 1161.38 1155.71 1169.82 1183.86 1197.84 1203.32 1189.4 1175.42 1181.04 1194.97 1208.83 1222.63 1217.17 1211.75 1206.34 1200.93 1195.48 1189.95 1204.11 1218.19 1232.18 1237.42 1223.52 1209.54 1214.9 1228.8 1242.62 1256.36 1251.23 1246.08 1240.87 1254.78 1249.58 1263.52 1277.36 1282.34 1268.61 1273.63 1259.9 1264.96 1270.01 1283.59 1278.61 1292.17 1287.27 1300.82 1295.98 1291.1 1286.13 1281 1275.63 1269.91 1263.68 1256.73 1248.8 1239.54 1228.49 1215.08 1198.59 1178.16 1152.78 1121.31 1082.6 1109.65 1065.43 1094.41 1122.53 1149.79 1176.17 1134.7 1163.06 1190.5 1146.18 1175.74 1125.13 1064.26 992.865 911.617 952.934 993.828 1034.13 1106.25 1069.3 1031.47 1099.59 1133.96 1167.29 1199.55 1142.22 1073.7 1112.37 1150.05 1186.61 1243.44 1210.87 1177.11 1230.69 1260.69 1289.53 1326.27 1300.71 1274.1 1246.43 1217.69 1187.88 1157.02 1204.32 1231.9 1258.49 1291.04 1267.26 1242.59 1217 1250.15 1226.34 1201.68 1232.72 1209.69 1185.88 1161.28 1135.87 1169.58 1145.82 1175.09 1198.62 1218.52 1196.74 1217.75 1192.61 1214.92 1236.54 1257.48 1277.78 1255 1276.54 1297.39 1273.15 1295.36 1316.8 1337.5 1313.97 1284.09 1308.73 1332.42 1355.2 1377.83 1357.33 1336.05 1357.49 1376.82 1395.5 1413.57 1397.6 1377.1 1350.8 1317.22 1274.78 1221.98 1157.61 1081.2 993.289 895.773 791.855 685.721 581.889 484.446 525.872 569.875 616.396 724.968 675.248 627.498 734.079 783.928 835.013 887.041 776.44 665.329 716.512 769.725 824.69 938.472 883.524 829.395 939.692 992.62 1045.46 1141.83 1092.72 1042.8 992.36 941.736 891.24 841.181 944.24 992.697 1040.86 1129.29 1084.73 1039.32 1123.68 1165.11 1205.35 1244.26 1172.79 1088.47 1135.23 1180.92 1225.3 1295.17 1255.88 1215.04 1281.72 1317.66 1352.01 1384.75 1332.82 1268.18 1189.84 1097.86 993.854 881.071 938.481 996.49 1054.64 1158.5 1104.28 1049.26 1149.45 1199.9 1248.89 1296.15 1211.52 1112.45 1169.44 1225.16 1279.18 1359.96 1312.55 1262.98 1341.44 1384.59 1425.46 1477.13 1442.24 1405.17 1365.98 1324.71 1281.49 1236.46 1309.4 1348.82 1386.37 1435.26 1402.89 1368.74 1415.87 1445.37 1473.28 1499.66 1465.85 1421.97 1455.61 1487.29 1517.05 1547.39 1521.86 1494.7 1524.55 1548.04 1570.21 1587.26 1567.72 1547.11 1525.38 1502.42 1478.19 1452.61 1425.63 1397.21 1367.32 1335.94 1303.08 1268.77 1233.04 1195.96 1256.07 1288.86 1320.29 1361.33 1333.73 1304.88 1343.76 1369.19 1393.52 1416.79 1387.7 1350.37 1379.09 1406.47 1432.53 1459.79 1436.89 1412.88 1439.04 1460.33 1480.69 1496.67 1478.3 1459.19 1439.28 1418.53 1396.89 1374.33 1398.15 1418.4 1437.87 1452.84 1435.07 1416.66 1431.07 1448.04 1464.49 1480.47 1470.03 1456.62 1474.69 1492.11 1508.93 1518.41 1502.78 1486.66 1496 1511.12 1525.86 1540.24 1533.6 1525.19 1514.33 1500.18 1481.63 1457.32 1480.88 1503.27 1524.56 1541.29 1522.32 1502.45 1518.85 1536.76 1553.95 1570.49 1559.44 1544.8 1564.07 1582.44 1599.97 1609.49 1593.48 1576.81 1586.43 1601.81 1616.68 1622.19 1608.17 1593.76 1578.91 1563.59 1547.75 1531.34 1540.93 1556.19 1571 1576.82 1562.77 1548.38 1554.29 1568.03 1581.49 1594.69 1590.54 1585.41 1599.45 1613.14 1626.53 1630.03 1617.12 1603.96 1607.66 1620.41 1632.97 1645.35 1642.72 1639.63 1635.86 1631.09 1624.91 1616.74 1605.82 1591.13 1571.39 1544.95 1509.87 1463.96 1405.01 1331.13 1241.33 1136.1 1017.9 891.197 761.922 636.415 520.227 417.234 329.329 256.639 198.047 151.75 115.713 87.9691 66.7749 50.6677 38.4656 29.2373 22.2618 16.987 12.9942 9.9671 7.66763 5.917 4.58102 3.55892 2.77501 2.17226 1.70753 1.34809 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24.4284 32.5933 27.8331 23.9163 31.8197 37.1195 43.5672 51.4656 38.42 28.726 34.0209 40.5989 48.8426 65.7374 54.5395 45.6062 61.2107 73.3238 88.496 119.009 98.5513 82.1828 68.9983 58.3073 49.5806 42.4113 56.5968 66.2811 78.0658 104.447 88.5993 75.5584 100.808 118.276 139.444 165.191 123.802 92.4905 110.249 132.237 159.605 212.997 176.814 147.551 196.608 235.032 282.071 339.614 257.84 193.831 144.744 107.648 79.8967 59.2704 43.998 32.7101 24.3697 18.2026 13.6357 10.2472 7.72745 5.84909 7.01595 8.50804 10.4422 13.9183 11.307 9.29665 12.3644 15.0822 18.6195 23.2967 17.3641 12.9891 16.4049 21.0858 27.6756 37.3285 28.3553 21.9953 29.5956 38.2618 50.5081 68.4979 51.7717 39.9429 31.3563 24.9908 20.1856 16.5007 22.0896 27.0977 33.6396 45.3902 36.4724 29.6538 39.903 49.1941 61.3522 77.4919 57.2305 42.3182 54.0373 70.1867 93.0046 126.242 95.231 73.2199 99.2583 129.131 170.977 231.104 171.26 126.329 92.9969 68.4575 50.4689 37.3074 52.1389 76.5181 119.469 162.139 103.968 70.7222 96.0999 141.275 219.359 294.833 191.523 130.599 177.126 258.269 392.068 513.395 345.153 239.092 320.109 455.12 658.63 823.811 589.221 423.324 309.403 230.461 174.648 134.419 104.934 82.9981 66.4467 53.7921 72.5921 89.7901 112.239 151.477 121.23 97.963 132.014 163.249 203.575 255.95 191.16 141.883 181.486 235.005 308.164 407.169 313.588 243.661 324.237 413.338 529.187 673.308 535.755 425.95 339.423 271.688 218.754 177.314 236.794 290.84 358.824 467.094 382.297 313.451 409.781 494.789 596.669 716.79 570.536 444.042 549.971 679.699 834.986 1005.95 840.437 694.744 855.158 1009.66 1175.55 1345.53 1186.37 1014.95 842.001 678.399 532.623 409.32 550.337 745.263 1000.81 1178.48 916.95 699.878 866.777 1094.32 1345.28 1492.11 1265.79 1042.02 1214.37 1421 1614.06 1710.43 1553.2 1373.08 1510.45 1659.93 1783.53 1837.23 1742.35 1622.96 1484.4 1333.27 1176.9 1022.72 877.174 744.752 627.817 526.897 441.257 369.438 309.674 260.166 219.241 185.417 157.431 134.224 114.926 98.8237 85.3389 74.002 64.4324 56.322 49.4203 43.5236 57.4286 65.3128 74.5403 98.5777 86.2932 75.7876 99.9301 113.853 130.099 149.102 112.987 85.3792 98.1563 113.27 131.207 173.557 149.926 129.936 171.374 197.516 228.231 297.572 258.375 224.72 195.844 171.064 149.782 131.479 172.331 196.119 223.628 289.922 254.995 224.556 290.174 328.335 371.657 420.674 329.937 255.443 292.214 334.645 383.473 486.74 427.743 375.669 475.881 537.691 606.376 681.993 553.138 439.435 343.142 264.326 201.541 152.557 178.035 208.501 244.971 320.642 274.05 234.715 306.711 356.378 414.367 481.695 375.691 288.632 340.829 403.024 476.705 603.543 516.072 440.44 559.243 647.596 746.844 900.468 793.5 695.035 606.018 526.717 456.892 395.961 503.207 575.328 656.091 798.203 709.037 627.231 764.312 852.745 946.291 1043.53 893.909 745.418 842.739 946.874 1055.99 1204.41 1099.08 994.819 1142.65 1241.59 1338.13 1452.39 1367.79 1278.41 1185.93 1092.22 999.115 908.313 821.252 739.046 662.467 591.957 527.68 469.567 417.384 370.778 466.997 522.114 582.78 708.35 640.662 577.917 700.648 769.069 841.241 916.542 780.684 649.056 720.813 797.699 879.098 1019.33 937.022 857.153 994.166 1073.15 1152.4 1272.27 1199.32 1124.8 1049.68 974.969 901.578 830.333 960.764 1031.56 1102.79 1219 1152.78 1085.5 1199.1 1260.56 1319.9 1376.62 1283.45 1173.6 1243.15 1310.61 1375.23 1460.05 1404.48 1345.46 1430.31 1480.67 1527.5 1570.71 1511.84 1436.38 1342.69 1230.76 1102.93 964.116 1051.59 1140.13 1228.19 1348.3 1268.76 1186.52 1307.08 1380.28 1449.43 1513.78 1423.94 1314.18 1396.58 1474.06 1545.58 1618.68 1559.73 1494.67 1572.84 1626.32 1674.21 1715.35 1676.6 1633.08 1584.61 1531.11 1472.71 1409.73 1493.56 1546.44 1594.84 1643.21 1603.42 1559.65 1610.3 1646.38 1679.12 1708.74 1679.16 1638.75 1678.29 1713.68 1745.22 1766.58 1740.53 1711.5 1735.51 1759.72 1781.67 1801.65 1789.99 1773.3 1749.68 1716.67 1671.35 1610.43 1530.79 1430.16 1308.25 1167.65 1014.2 856.349 703.348 563.221 663.521 777.807 905.114 1068.74 937.891 815.233 974.551 1098.85 1225.69 1350.85 1203.91 1042.94 1187.1 1331.94 1471.2 1585.31 1467.24 1338.5 1469.93 1579.05 1675.38 1743.77 1667.27 1578.13 1477.42 1367.38 1251.09 1132.15 1278.94 1386.8 1488.31 1586.57 1501.43 1408.04 1515.86 1593.81 1663.18 1723.65 1662.22 1581.02 1663.28 1734.28 1794.12 1830.3 1783.67 1727.87 1775.46 1819.2 1855.81 1886.4 1868.89 1843.61 1807.67 1757.53 1689.22 1599.01 1710.9 1803.75 1875.68 1902.7 1848.21 1777.08 1825.41 1879.72 1921.39 1934.16 1901.67 1859.9 1884.05 1916.76 1942.79 1948.57 1927 1900.73 1912.1 1933.88 1952.4 1954.91 1938.46 1919.76 1898.37 1873.53 1844.29 1809.7 1768.84 1720.93 1665.4 1601.98 1668.28 1719.15 1763.32 1793.8 1758.5 1717.85 1754.03 1786.75 1815.34 1840.36 1824.33 1801.35 1833.91 1861.75 1885.68 1893.92 1873.74 1850.76 1862.36 1881.89 1899.44 1903.11 1887.37 1870.26 1851.39 1830.36 1806.71 1779.98 1798.31 1820.65 1840.73 1847.81 1830.27 1811.11 1819.96 1836.87 1852.61 1867.41 1864.01 1858.92 1875.58 1891.01 1905.51 1907.07 1893.42 1879.13 1881.48 1894.98 1908.06 1920.88 1920.29 1919.34 1917.83 1915.49 1911.9 1906.48 1924.88 1941.48 1956.53 1957.56 1943.43 1928.26 1930.46 1944.67 1958.2 1958.58 1945.45 1931.87 1932.75 1945.92 1958.79 1958.9 1946.18 1933.29 1933.6 1946.33 1958.94 1958.95 1946.39 1933.78 1921.23 1908.68 1895.98 1883.02 1869.68 1855.84 1841.35 1826.05 1809.74 1792.23 1773.27 1752.64 1730.08 1705.33 1678.13 1648.25 1615.47 1579.62 1540.57 1498.25 1452.69 1403.99 1352.32 1297.98 1380.68 1427.59 1471.69 1524.67 1487.42 1447.52 1500.07 1533.81 1565.21 1594.37 1559.28 1512.87 1551.12 1586.46 1618.99 1648.22 1620.93 1591.33 1621.4 1646.44 1669.64 1685.21 1665.12 1643.6 1620.51 1595.71 1569.08 1540.49 1571.07 1595.51 1618.38 1635.09 1615.14 1593.94 1610.91 1629.63 1647.38 1664.26 1653.91 1639.78 1659.85 1678.7 1696.47 1704.6 1688.56 1671.7 1680.35 1695.74 1710.51 1724.74 1719.91 1713.25 1704.01 1691.17 1673.36 1648.85 1676.2 1701.26 1724.22 1737.71 1717.91 1696.53 1711.17 1729.83 1747.29 1763.72 1756.11 1745.31 1764.76 1782.78 1799.57 1804.65 1789.41 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1838.9 1839.32 1851.03 1862.76 1863.05 1851.38 1839.72 1840.14 1851.75 1863.38 1875.04 1874.76 1874.51 1886.29 1898.12 1910.02 1910.18 1898.31 1886.51 1886.76 1898.53 1910.37 1910.59 1898.78 1887.04 1875.37 1863.74 1852.15 1840.59 1841.08 1852.59 1864.14 1864.58 1853.08 1841.62 1842.2 1853.62 1865.07 1876.58 1876.13 1875.73 1887.37 1899.07 1910.85 1911.13 1899.39 1887.73 1888.13 1899.75 1911.45 1923.25 1922.98 1922.74 1922.52 1922.33 1922.17 1922.03 1934.21 1946.59 1959.02 1959.09 1946.69 1934.32 1934.46 1946.79 1959.17 1959.27 1946.92 1934.62 1934.8 1947.07 1959.39 1959.52 1947.24 1935.01 1935.24 1947.43 1959.66 1959.82 1947.63 1935.49 1923.56 1911.79 1900.15 1888.58 1877.07 1865.61 1854.2 1842.83 1831.5 1820.19 1808.89 1797.61 1786.33 1775.04 1763.73 1752.39 1741.03 1729.62 1718.15 1706.62 1695.02 1683.34 1671.56 1659.67 1647.67 1635.53 1623.24 1610.79 1598.17 1585.36 1572.34 1559.09 1545.59 1531.82 1517.77 1503.41 1488.71 1473.66 1458.22 1442.38 1426.09 1409.34 1392.09 1374.32 1356 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1331.73 1345.08 1340.54 1335.94 1349.4 1362.75 1375.99 1380.28 1367.14 1353.89 1358.34 1371.49 1384.55 1397.52 1393.32 1389.13 1384.89 1380.57 1376.09 1371.37 1366.28 1380.13 1374.82 1388.8 1402.6 1416.23 1429.7 1425.03 1438.59 1451.99 1447.41 1460.92 1456.1 1450.56 1443.99 1436.01 1451.35 1466.34 1481 1487.02 1472.95 1458.62 1464.63 1478.47 1492.08 1505.48 1500.83 1495.35 1509.41 1523.2 1536.73 1540.89 1527.75 1514.4 1518.68 1531.69 1544.53 1547.83 1535.22 1522.47 1509.56 1496.47 1483.21 1469.75 1474.25 1487.4 1500.4 1504.01 1491.23 1478.3 1465.22 1469.19 1456.17 1443.01 1447.11 1434 1420.75 1407.36 1393.82 1398.45 1384.98 1389.51 1393.83 1406.98 1402.8 1415.97 1411.78 1424.98 1438.05 1450.99 1463.82 1460.08 1472.92 1485.64 1482.06 1494.81 1507.43 1519.92 1516.66 1513.24 1525.93 1538.48 1550.9 1553.84 1541.57 1529.18 1532.3 1544.56 1556.72 1568.77 1566.01 1563.2 1560.29 1557.2 1553.83 1550.03 1563.11 1575.99 1588.68 1591.63 1579.19 1566.6 1569.72 1582.1 1594.34 1606.45 1603.92 1601.2 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1058.37 1067.43 1052.81 1038.17 1023.51 1008.84 1017.66 1002.95 1011.6 996.843 982.085 990.497 1005.29 1020.09 1034.88 1026.36 1041.1 1032.37 1047.07 1061.75 1070.55 1055.84 1064.43 1049.66 1058 1043.18 1028.36 1013.53 998.703 983.879 991.808 976.963 962.131 969.728 954.886 962.158 977.026 991.912 984.588 999.463 1014.35 1006.66 1021.52 1036.38 1044.12 1029.23 1036.63 1021.72 1006.81 1013.83 998.91 984.001 969.11 954.242 939.401 924.593 909.822 916.348 931.14 945.97 952.185 937.338 922.527 928.345 943.172 958.036 972.932 967.065 960.831 975.72 990.631 1005.56 1011.85 996.901 981.972 987.855 1002.8 1017.76 1023.29 1008.32 993.36 978.423 963.513 948.636 933.794 918.994 924.056 909.289 913.965 899.237 884.564 888.848 903.531 918.268 933.055 928.743 943.566 938.868 953.722 968.612 973.331 958.43 962.762 947.888 951.838 936.997 922.201 907.456 892.766 878.134 863.567 849.067 834.639 820.289 806.019 791.834 777.739 763.736 749.831 736.026 739.503 725.795 728.921 731.71 745.428 742.635 756.452 753.314 767.227 781.237 795.34 809.531 812.694 798.496 784.387 770.371 773.175 759.251 761.718 747.891 734.168 736.305 750.031 763.862 765.692 751.858 738.129 739.645 753.377 767.214 781.152 779.628 777.795 775.647 789.672 787.196 801.31 815.514 817.998 803.791 805.946 791.824 793.66 795.187 809.314 807.785 822 820.157 834.454 832.291 829.802 826.977 823.808 838.166 852.6 867.107 870.294 855.781 841.341 844.171 858.617 873.135 887.721 884.875 881.682 896.321 911.018 925.77 928.982 914.223 899.52 902.371 917.08 931.843 934.364 919.596 904.882 890.228 875.637 861.115 846.665 848.831 863.285 877.812 879.667 865.137 850.68 836.299 837.834 823.532 824.748 810.529 796.399 782.362 768.423 754.584 740.85 727.224 728.106 714.591 715.166 701.765 688.483 688.807 702.089 715.49 729.006 728.682 742.31 741.733 755.468 769.309 769.887 756.046 756.372 742.635 770.213 784.156 783.829 783.25 797.288 811.419 825.64 826.222 812 797.868 798.195 812.328 826.55 840.857 840.528 839.945 839.052 853.438 852.217 866.677 881.209 895.809 894.265 892.406 907.064 921.782 936.554 938.422 923.647 908.926 910.474 925.197 939.975 941.208 926.428 911.702 897.036 882.434 867.899 868.795 854.332 854.916 855.245 869.71 869.38 883.917 883.331 897.935 912.603 927.33 942.112 942.701 927.919 913.191 898.522 898.853 884.248 913.522 928.251 943.034 957.867 957.534 956.944 956.038 954.803 953.248 951.376 949.183 946.657 943.79 940.573 955.421 970.309 966.719 981.637 977.671 992.613 988.263 983.534 998.483 1013.45 1028.44 1033.2 1018.2 1003.22 1007.58 1022.57 1037.58 1052.6 1048.21 1043.44 1038.28 1032.74 1026.81 1020.5 1035.45 1028.76 1043.7 1058.63 1051.54 1066.45 1059 1051.24 1066.08 1080.91 1072.8 1087.58 1079.18 1093.91 1085.25 1076.41 1091.04 1082.02 1096.58 1087.45 1101.94 1092.73 1107.15 1097.93 1112.27 1126.56 1140.81 1150.12 1135.84 1121.52 1130.79 1116.39 1125.6 1111.11 1120.2 1105.63 1114.55 1099.91 1108.6 1123.27 1137.9 1129.14 1143.7 1134.72 1149.19 1140.04 1154.43 1145.15 1159.46 1173.7 1164.33 1155 1145.76 1136.67 1127.8 1119.17 1110.82 1124.91 1116.86 1130.91 1144.92 1158.88 1172.78 1165.11 1178.98 1171.61 1185.47 1192.8 1200.4 1186.62 1194.56 1180.75 1166.87 1152.94 1138.95 1147.28 1133.25 1141.88 1150.77 1164.8 1155.91 1169.88 1161.26 1175.18 1189.03 1202.82 1216.54 1208.31 1221.99 1214.12 1206.56 1199.26 1192.19 1185.29 1178.55 1171.94 1165.44 1179.33 1172.96 1186.82 1200.62 1214.36 1208.18 1202.08 1215.83 1229.51 1243.13 1249.11 1235.54 1221.89 1228.04 1241.65 1255.19 1268.67 1262.62 1256.67 1250.81 1245.03 1239.33 1233.7 1247.33 1260.9 1274.39 1279.89 1266.44 1252.92 1258.58 1272.07 1285.47 1298.81 1293.27 1287.81 1301.15 1314.41 1327.6 1332.92 1319.78 1306.57 1312.06 1325.24 1338.33 1343.82 1330.77 1317.64 1304.42 1291.13 1277.77 1264.33 1270.15 1283.55 1296.88 1302.71 1289.42 1276.06 1282.06 1295.39 1308.63 1321.8 1315.92 1310.13 1323.3 1336.39 1349.39 1355.06 1342.09 1329.05 1334.89 1347.89 1360.81 1373.64 1367.93 1362.32 1356.79 1351.34 1345.98 1340.7 1335.49 1330.36 1325.3 1320.31 1315.38 1328.65 1323.82 1337.06 1350.21 1363.28 1358.68 1354.13 1367.23 1380.24 1393.16 1397.52 1384.67 1371.72 1376.26 1389.15 1401.95 1406.44 1393.69 1380.86 1367.94 1354.93 1341.83 1346.65 1333.52 1338.47 1343.47 1356.5 1351.54 1364.54 1359.7 1372.65 1385.52 1398.31 1411 1415.64 1402.99 1390.26 1377.44 1382.3 1369.45 1374.43 1361.54 1348.56 1353.71 1366.65 1379.5 1384.64 1371.84 1358.95 1364.27 1377.11 1389.87 1402.53 1397.35 1392.26 1387.24 1399.96 1395.07 1407.76 1420.35 1432.85 1428.19 1423.61 1419.1 1414.66 1410.29 1405.99 1418.72 1431.36 1443.91 1448.05 1435.55 1422.97 1427.28 1439.81 1452.25 1464.6 1460.45 1456.37 1468.74 1481.02 1493.2 1497.11 1484.98 1472.76 1476.86 1489.02 1501.1 1505.16 1493.14 1481.03 1468.82 1456.53 1444.14 1431.66 1436.12 1448.55 1460.88 1465.31 1453.03 1440.66 1445.27 1457.59 1469.82 1481.96 1477.51 1473.13 1485.28 1497.34 1509.31 1513.53 1501.61 1489.61 1494.01 1505.97 1517.83 1522.21 1510.4 1498.5 1486.5 1474.41 1462.23 1449.96 1437.6 1425.14 1412.6 1417.52 1404.93 1409.98 1415.11 1427.6 1422.52 1434.96 1430.01 1442.42 1454.73 1466.95 1479.08 1483.83 1471.75 1459.58 1447.32 1452.3 1439.99 1445.11 1432.76 1420.32 1407.79 1395.17 1382.46 1369.67 1375.15 1387.9 1400.56 1406.04 1393.43 1380.72 1386.38 1399.04 1411.61 1424.08 1418.56 1413.13 1425.61 1438 1450.3 1455.58 1443.33 1430.99 1436.46 1448.75 1460.94 1473.04 1467.73 1462.5 1457.36 1469.52 1464.51 1476.63 1488.65 1500.58 1495.81 1491.12 1503.06 1514.91 1526.66 1531.2 1519.5 1507.7 1512.42 1524.16 1535.8 1540.49 1528.9 1517.21 1505.43 1493.56 1481.59 1486.62 1474.61 1479.78 1485.04 1496.94 1491.74 1503.61 1498.54 1510.36 1522.09 1533.72 1545.25 1550.08 1538.61 1527.04 1515.37 1520.46 1508.75 1513.98 1502.23 1490.38 1478.43 1466.39 1454.25 1442.02 1429.69 1417.26 1404.75 1392.14 1379.44 1366.66 1353.78 1340.82 1327.78 1314.66 1301.45 1288.17 1274.8 1261.37 1247.86 1234.29 1220.64 1206.93 1193.16 1199.6 1185.8 1192.39 1199.1 1212.84 1206.16 1219.87 1213.34 1227.02 1240.63 1254.18 1267.65 1274.04 1260.6 1247.09 1233.51 1240.13 1226.52 1233.31 1219.66 1205.96 1213 1226.67 1240.27 1247.45 1233.89 1220.25 1227.78 1241.37 1254.88 1268.33 1260.94 1253.81 1246.88 1260.39 1253.67 1267.14 1280.54 1287.18 1273.82 1280.67 1267.27 1274.36 1281.69 1294.99 1287.7 1300.97 1293.98 1307.22 1300.47 1293.87 1287.4 1281.05 1294.37 1307.61 1320.78 1327.01 1313.89 1300.68 1307.11 1320.28 1333.36 1346.36 1340.05 1333.86 1346.86 1359.78 1372.61 1378.66 1365.88 1353.01 1359.27 1372.09 1384.83 1391.12 1378.43 1365.65 1352.79 1339.83 1326.79 1313.67 1320.38 1333.46 1346.45 1353.23 1340.29 1327.27 1314.16 1321.33 1308.2 1315.71 1302.56 1289.33 1276.01 1262.62 1249.15 1235.61 1243.77 1230.19 1238.73 1225.1 1211.4 1197.63 1183.79 1192.68 1178.77 1187.9 1173.92 1159.87 1169.13 1183.2 1197.2 1206.61 1192.58 1178.49 1187.89 1202.01 1216.06 1230.03 1220.56 1211.13 1201.81 1215.65 1206.52 1220.28 1233.97 1243.11 1229.42 1238.76 1224.98 1234.43 1243.93 1257.74 1248.22 1261.93 1252.45 1266.06 1256.71 1247.58 1261.11 1252.27 1265.74 1257.27 1270.69 1279.12 1287.9 1274.55 1283.65 1270.23 1279.57 1293 1306.33 1296.99 1310.23 1301.16 1292.42 1284.04 1297.3 1310.47 1323.57 1331.79 1318.76 1305.63 1314.34 1327.41 1340.39 1349.36 1336.42 1323.37 1332.68 1319.56 1329.07 1315.84 1302.51 1289.07 1275.55 1285.11 1271.47 1281 1267.25 1253.41 1239.49 1225.49 1211.41 1197.26 1183.04 1168.77 1177.99 1163.62 1172.66 1158.2 1167.02 1152.48 1161.04 1146.42 1131.76 1117.07 1102.34 1110.51 1095.72 1103.57 1088.73 1073.87 1081.35 1096.23 1111.09 1118.26 1103.38 1088.48 1073.56 1080.31 1065.36 1050.41 1056.75 1041.78 1047.72 1062.71 1077.69 1071.72 1086.68 1101.64 1095.24 1110.16 1125.06 1131.49 1116.57 1122.59 1107.64 1092.67 1098.27 1083.28 1068.28 1053.28 1058.45 1073.46 1088.47 1093.28 1078.25 1063.23 1067.63 1082.66 1097.69 1112.71 1108.29 1103.48 1118.47 1113.25 1128.22 1143.16 1137.52 1152.43 1146.38 1139.94 1133.12 1125.92 1118.38 1133.16 1125.27 1139.99 1154.67 1162.62 1147.91 1155.5 1140.73 1147.94 1154.78 1169.6 1162.73 1177.49 1170.23 1184.92 1177.29 1169.32 1183.91 1175.61 1190.12 1181.51 1195.94 1187.06 1201.4 1192.3 1206.54 1220.72 1234.83 1244.03 1229.89 1215.68 1224.62 1210.31 1218.98 1204.58 1212.94 1198.46 1206.48 1191.91 1199.56 1214.15 1228.69 1220.99 1235.44 1227.37 1241.73 1233.32 1247.58 1238.86 1253.02 1267.11 1258.09 1248.86 1262.81 1276.68 1290.46 1299.76 1285.96 1272.07 1281.12 1295.04 1308.87 1317.72 1303.86 1289.92 1275.89 1261.77 1270.23 1256.02 1264.13 1249.82 1257.56 1243.16 1250.51 1236.02 1221.47 1206.86 1192.2 1199.09 1184.37 1190.86 1176.07 1161.24 1167.31 1182.15 1196.95 1211.71 1205.6 1220.3 1213.77 1228.4 1242.97 1249.52 1234.94 1241.07 1226.42 1232.13 1217.41 1202.64 1187.82 1172.97 1158.08 1163.33 1148.4 1133.45 1138.28 1123.29 1127.72 1142.72 1157.69 1153.24 1168.18 1183.09 1178.23 1193.1 1207.92 1212.8 1197.97 1202.44 1187.56 1172.64 1176.71 1161.75 1146.77 1131.77 1116.75 1101.72 1086.68 1071.64 1056.61 1041.58 1026.56 1011.56 996.587 1000.19 985.234 988.47 973.539 958.644 961.516 976.417 991.353 1006.32 1003.43 1018.42 1015.17 1030.18 1045.2 1048.46 1033.43 1036.33 1021.32 1023.86 1008.86 993.892 978.951 964.046 966.244 981.153 996.097 997.979 983.031 968.119 969.677 984.592 999.543 1014.53 1012.96 1011.07 1026.08 1041.1 1038.89 1053.92 1051.37 1066.41 1063.5 1060.24 1075.28 1090.33 1105.37 1108.66 1093.61 1078.55 1081.47 1096.52 1111.58 1126.63 1123.7 1120.41 1135.43 1150.44 1165.43 1168.74 1153.75 1138.73 1141.67 1156.69 1171.69 1174.28 1159.28 1144.25 1129.21 1114.16 1099.1 1084.03 1068.98 1071.2 1056.15 1058.04 1042.99 1027.97 1029.53 1044.57 1059.61 1074.68 1073.1 1088.16 1086.26 1101.33 1116.39 1118.3 1103.23 1104.82 1089.75 1091 1075.93 1060.87 1045.81 1030.78 1015.77 1000.78 985.831 970.914 971.821 986.739 1001.69 1002.29 987.332 972.413 972.747 987.667 1002.62 1017.61 1017.28 1016.68 1031.69 1046.73 1061.78 1062.38 1047.33 1032.29 1032.63 1047.66 1062.72 1077.78 1077.45 1076.85 1091.92 1107 1106.07 1121.15 1119.89 1134.95 1133.36 1131.45 1146.5 1161.53 1176.53 1178.46 1163.44 1148.41 1150 1165.04 1180.05 1181.32 1166.3 1151.27 1136.21 1137.14 1122.07 1122.67 1107.6 1092.52 1092.86 1107.94 1123.01 1138.08 1137.74 1152.8 1152.19 1167.23 1182.25 1182.86 1167.84 1168.18 1153.14 1183.2 1198.19 1197.85 1197.24 1196.31 1195.04 1193.44 1191.52 1189.26 1186.66 1183.71 1180.4 1195.33 1191.64 1206.53 1221.38 1217.29 1232.09 1227.59 1222.7 1237.44 1252.11 1246.8 1261.41 1255.67 1270.21 1264.05 1257.48 1271.92 1264.93 1279.29 1271.9 1286.16 1278.37 1292.53 1284.37 1298.43 1312.4 1326.28 1334.5 1320.6 1306.61 1314.44 1300.34 1307.77 1293.57 1300.58 1286.29 1292.89 1278.5 1284.68 1299.08 1313.4 1307.2 1321.43 1314.8 1328.93 1321.88 1335.91 1328.45 1342.37 1349.85 1356.94 1342.98 1349.64 1335.58 1341.81 1327.64 1333.44 1319.19 1304.85 1290.44 1275.96 1281.3 1266.74 1271.66 1257.03 1242.34 1246.84 1261.53 1276.17 1290.75 1286.22 1300.73 1295.79 1310.21 1324.56 1329.51 1315.16 1319.7 1305.26 1309.4 1294.88 1280.29 1265.65 1250.94 1236.19 1239.9 1225.09 1210.23 1213.55 1198.65 1201.61 1216.52 1231.38 1228.42 1243.24 1258.01 1254.66 1269.37 1284.03 1287.38 1272.72 1275.71 1260.98 1246.21 1248.83 1234 1219.12 1204.21 1206.47 1221.39 1236.26 1238.2 1223.32 1208.4 1210 1224.92 1239.81 1254.65 1253.04 1251.1 1265.88 1263.61 1278.33 1293 1290.37 1304.97 1301.98 1298.62 1313.14 1327.6 1323.84 1338.21 1334.06 1348.35 1343.79 1338.82 1353.01 1347.61 1361.7 1355.88 1369.86 1363.61 1377.48 1370.8 1363.7 1356.19 1348.31 1340.06 1331.48 1322.6 1313.47 1304.14 1294.66 1308.23 1298.65 1312.1 1325.44 1338.68 1351.81 1342.19 1355.21 1345.71 1358.62 1368.12 1377.74 1364.83 1374.49 1361.46 1348.31 1335.05 1321.69 1331.22 1317.73 1327.09 1336.24 1349.78 1340.6 1354.01 1344.6 1357.88 1371.04 1384.09 1397.03 1387.41 1400.21 1390.53 1380.91 1371.43 1362.19 1353.28 1344.73 1336.57 1328.78 1341.77 1334.38 1347.35 1360.23 1373.02 1366.09 1359.35 1372.17 1384.9 1397.54 1404.1 1391.52 1378.85 1385.72 1398.33 1410.85 1417.82 1405.37 1392.83 1380.2 1367.48 1354.67 1362.31 1349.49 1357.58 1366.06 1378.75 1370.33 1382.99 1375.05 1387.69 1400.25 1412.7 1425.06 1432.65 1420.38 1408.02 1395.55 1403.81 1391.33 1400.07 1387.55 1374.93 1384.13 1396.71 1409.18 1418.58 1406.14 1393.58 1403.2 1415.75 1428.18 1440.47 1430.9 1421.54 1412.48 1424.78 1416.19 1428.47 1440.64 1449.06 1436.98 1445.9 1433.77 1443.09 1452.64 1464.68 1455.16 1467.11 1457.9 1469.79 1461.03 1452.71 1444.83 1437.33 1430.17 1423.27 1416.59 1410.08 1403.71 1397.47 1391.35 1385.34 1397.99 1410.55 1423.02 1428.88 1416.46 1403.95 1410.02 1422.48 1434.84 1447.11 1441.2 1435.39 1447.67 1459.85 1471.93 1477.58 1465.55 1453.42 1459.28 1471.35 1483.32 1489.17 1477.26 1465.25 1453.14 1440.92 1428.62 1416.21 1422.52 1434.88 1447.13 1453.47 1441.27 1428.98 1435.6 1447.83 1459.96 1471.99 1465.56 1459.28 1471.34 1483.29 1495.14 1501.24 1489.45 1477.56 1483.92 1495.75 1507.47 1519.09 1512.92 1506.89 1500.98 1495.19 1489.51 1483.92 1495.81 1507.6 1519.29 1524.7 1513.07 1501.34 1506.96 1518.63 1530.2 1541.67 1536.23 1530.89 1525.63 1537.18 1532.07 1543.58 1555 1566.31 1561.46 1556.68 1551.98 1547.35 1542.8 1538.33 1533.93 1529.6 1525.36 1521.19 1517.1 1513.09 1509.15 1505.3 1501.52 1513.58 1509.93 1521.95 1533.89 1545.74 1557.5 1554.15 1565.88 1577.52 1574.37 1585.99 1582.97 1580.02 1577.14 1574.31 1586.1 1597.8 1609.41 1612.04 1600.49 1588.85 1591.67 1603.24 1614.73 1626.14 1623.51 1620.95 1632.41 1643.79 1655.1 1657.48 1646.23 1634.9 1637.48 1648.74 1659.93 1662.46 1651.33 1640.13 1628.85 1617.5 1606.07 1594.56 1597.52 1608.97 1620.34 1623.27 1611.95 1600.56 1589.08 1592.26 1580.76 1569.17 1572.54 1560.92 1549.22 1537.43 1525.55 1529.21 1517.3 1521.1 1524.98 1536.78 1532.96 1544.73 1541.04 1552.77 1564.42 1575.98 1587.46 1584.07 1595.51 1606.88 1603.68 1615.01 1626.27 1637.45 1634.51 1631.64 1642.86 1654 1665.07 1667.77 1656.75 1645.67 1648.55 1659.58 1670.53 1673.38 1662.49 1651.52 1640.48 1629.36 1618.16 1621.38 1610.15 1598.85 1602.26 1590.93 1579.51 1568 1556.41 1560.13 1548.5 1552.35 1540.69 1528.94 1532.97 1544.67 1556.28 1560.28 1548.73 1537.09 1541.28 1552.87 1564.36 1575.77 1571.74 1567.79 1563.92 1575.4 1571.66 1583.11 1594.48 1598.1 1586.8 1590.55 1579.22 1583.11 1587.08 1598.3 1594.39 1605.58 1601.8 1612.96 1609.32 1605.75 1616.94 1613.51 1624.67 1635.76 1632.52 1643.58 1654.56 1665.47 1676.3 1679.3 1668.53 1657.68 1646.76 1650.02 1639.07 1628.05 1631.5 1620.45 1624.04 1635.02 1645.93 1642.46 1653.35 1664.14 1660.88 1671.66 1682.37 1685.51 1674.86 1678.14 1667.48 1656.75 1660.22 1649.46 1638.62 1627.7 1616.68 1620.47 1609.43 1613.35 1602.28 1591.12 1579.87 1568.52 1557.08 1545.55 1549.89 1561.37 1572.75 1577.06 1565.73 1554.31 1558.81 1570.17 1581.43 1592.6 1588.28 1584.04 1595.23 1606.34 1617.35 1621.41 1610.46 1599.42 1603.68 1614.66 1625.54 1629.74 1618.92 1608 1596.99 1585.88 1574.68 1563.38 1568.02 1579.26 1590.4 1594.99 1583.91 1572.74 1577.53 1588.64 1599.66 1610.57 1605.98 1601.45 1612.4 1623.25 1634 1638.33 1627.65 1616.86 1621.39 1632.11 1642.73 1653.25 1648.93 1644.66 1640.46 1636.33 1632.27 1628.27 1624.33 1635.22 1631.42 1642.29 1653.07 1663.76 1674.37 1670.89 1681.48 1691.99 1688.71 1699.21 1696.07 1693 1689.99 1687.06 1684.2 1681.42 1678.71 1676.08 1673.53 1671.05 1668.66 1666.34 1664.1 1661.93 1659.83 1657.79 1655.79 1653.81 1651.83 1649.8 1661.64 1673.38 1685.04 1686.71 1675.17 1663.54 1665.42 1676.94 1688.4 1699.79 1698.18 1696.6 1708.1 1719.54 1730.92 1732.25 1720.95 1709.59 1711.12 1722.41 1733.64 1735.09 1723.92 1712.71 1701.44 1690.13 1678.75 1667.3 1669.23 1680.6 1691.9 1693.74 1682.5 1671.2 1673.23 1684.47 1695.65 1706.78 1704.93 1703.15 1714.35 1725.5 1736.61 1738.2 1727.15 1716.06 1717.85 1728.88 1739.87 1750.82 1749.22 1747.69 1746.23 1744.84 1743.52 1742.25 1753.54 1764.81 1776.06 1777.13 1765.95 1754.75 1756.01 1767.15 1778.28 1789.39 1788.31 1787.29 1798.51 1809.74 1820.98 1821.83 1810.65 1799.48 1800.5 1811.62 1822.74 1823.71 1812.65 1801.59 1790.54 1779.49 1768.42 1757.34 1758.74 1769.76 1780.76 1782.11 1771.17 1760.21 1761.75 1772.65 1783.53 1794.39 1793.04 1791.76 1802.75 1813.74 1824.74 1825.83 1814.9 1803.97 1805.25 1816.11 1826.98 1828.19 1817.39 1806.6 1795.81 1785.01 1774.2 1763.36 1752.5 1741.61 1730.68 1719.71 1708.7 1697.63 1686.52 1675.34 1677.52 1688.64 1699.69 1701.83 1690.83 1679.78 1682.11 1693.11 1704.04 1714.93 1712.77 1710.7 1721.65 1732.56 1743.42 1745.31 1734.51 1723.66 1725.76 1736.54 1747.27 1749.31 1738.64 1727.92 1717.16 1706.34 1695.46 1684.52 1687.02 1697.89 1708.71 1711.15 1700.4 1689.59 1692.23 1702.98 1713.67 1724.29 1721.84 1719.46 1730.16 1740.81 1751.42 1753.59 1743.06 1732.48 1734.86 1745.37 1755.84 1766.25 1764.08 1761.97 1759.94 1757.97 1756.07 1754.25 1765.05 1775.82 1786.56 1788.18 1777.51 1766.8 1768.63 1779.26 1789.87 1800.46 1798.84 1797.29 1808.02 1818.73 1829.46 1830.78 1820.13 1809.49 1811.03 1821.59 1832.16 1833.59 1823.11 1812.62 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xnode.cc

#include "libplatform/libplatform.h" #include "v8.h" #include <iostream> #include <string> #include <fstream> #include <sstream> #include <map> #include "shell.h" #include "process.h" #include "env.h" #include "xnode.h" #include "xnode_binding.h" #include <assert.h> using v8::V8; using std::map; using std::string; using v8::MaybeLocal; using v8::String; using v8::Isolate; using v8::NewStringType; using v8::Local; using v8::Value; using v8::ObjectTemplate; using v8::Handle; using v8::FunctionTemplate; using v8::Context; using v8::Script; using v8::TryCatch; using v8::HandleScope; using v8::Message; using v8::Object; using v8::Function; using v8::FunctionCallbackInfo; using v8::EscapableHandleScope; using v8::ScriptOrigin; using std::cout; using std::endl; namespace xnode { static xnode_module* modlist_builtin; static xnode_module* modlist_internal; static xnode_module* modlist_addon; static xnode_module* modlist_linked; static bool node_is_initialized; void init_v8(const char* argv[]) { V8::InitializeICUDefaultLocation(argv[0]); V8::InitializeExternalStartupData(argv[0]); std::unique_ptr<v8::Platform> plateform = v8::platform::NewDefaultPlatform(); V8::InitializePlatform(plateform.get()); V8::Initialize(); } std::string readFile(const char* filename) { std::ifstream t(filename); std::stringstream buffer; buffer << t.rdbuf(); std::string contents(buffer.str()); return contents; } MaybeLocal<String> ReadFile(Isolate* isolate, const string& name) { FILE* file = fopen(name.c_str(), "rb"); if (file == NULL) return MaybeLocal<String>(); fseek(file, 0 ,SEEK_END); size_t size = ftell(file); rewind(file); std::unique_ptr<char> chars(new char[size + 1]); chars.get()[size] = '\0'; for (size_t i = 0; i < size;) { i += fread(&chars.get()[i], 1, size - i, file); if (ferror(file)) { fclose(file); return MaybeLocal<String>(); } } fclose(file); MaybeLocal<String> result = String::NewFromUtf8( isolate, chars.get(), NewStringType::kNormal, static_cast<int>(size)); return result; } void parseException(Isolate* isolate, TryCatch* try_catch) { HandleScope handle_scope(isolate); String::Utf8Value exception(isolate, try_catch->Exception()); const char* exception_string = process::ToCString(exception); Local<Message> message = try_catch->Message(); if (message.IsEmpty()) { // V8 didn't provide any extra information about this error; just // print the exception. fprintf(stderr, "%s\n", exception_string); } else { // Print (filename):(line number): (message). String::Utf8Value filename(isolate, message->GetScriptOrigin().ResourceName()); Local<v8::Context> context(isolate->GetCurrentContext()); const char* filename_string = process::ToCString(filename); int linenum = message->GetLineNumber(context).FromJust(); fprintf(stderr, "%s:%i: %s\n", filename_string, linenum, exception_string); // Print line of source code. String::Utf8Value sourceline( isolate, message->GetSourceLine(context).ToLocalChecked()); const char* sourceline_string = process::ToCString(sourceline); fprintf(stderr, "%s\n", sourceline_string); // Print wavy underline (GetUnderline is deprecated). int start = message->GetStartColumn(context).FromJust(); for (int i = 0; i < start; i++) { fprintf(stderr, " "); } int end = message->GetEndColumn(context).FromJust(); for (int i = start; i < end; i++) { fprintf(stderr, "^"); } fprintf(stderr, "\n"); Local<v8::Value> stack_trace_string; if (try_catch->StackTrace(context).ToLocal(&stack_trace_string) && stack_trace_string->IsString() && Local<v8::String>::Cast(stack_trace_string)->Length() > 0) { String::Utf8Value stack_trace(isolate, stack_trace_string); const char* stack_trace_string = process::ToCString(stack_trace); fprintf(stderr, "%s\n", stack_trace_string); } } } void compile(Local<String> source, Isolate* isolate, Local<v8::Context> context) { TryCatch try_catch(isolate); Local<Script> script; if (!Script::Compile(context, source).ToLocal(&script)) { parseException(isolate, &try_catch); return; } Local<Value> result; if (!script->Run(context).ToLocal(&result)) { assert(try_catch.HasCaught()); parseException(isolate, &try_catch); return; } } void ParseOptions(int argc, char* argv[], map<string, string>* options, string* file) { for(int i=1; i < argc; i++) { string arg = argv[i]; size_t index = arg.find('=', 0); if (index == string::npos) { *file = arg; } else { string key = arg.substr(0, index); string value = arg.substr(index + 1); (*options)[key] = value; } } } inline struct xnode_module* FindModule(struct xnode_module* list, const char* name, int flag) { struct xnode_module* mp; for(mp = list; mp != nullptr; mp = mp->nm_link) { if (strcmp(mp->nm_modname, name) == 0) break; } cout << (mp == nullptr) << endl; CHECK(mp == nullptr || (mp->nm_flags & flag) != 0); return mp; } xnode_module* get_builtin_module(const char* name) { return FindModule(modlist_builtin, name, NM_F_BUILTIN); } static Local<Object> InitModule(Isolate* isolate, Local<Context> context, xnode_module* mod, Local<String> module) { Local<Object> exports = Object::New(isolate); CHECK_NULL(mod->nm_register); CHECK_NO_NULL(mod->nm_context_register_func); Local<Value> unused = v8::Undefined(isolate); mod->nm_context_register_func(exports, unused, context, mod->nm_priv); return exports; } static void GetBinding(const FunctionCallbackInfo<Value>& args) { Isolate* isolate = args.GetIsolate(); Local<Context> context = isolate->GetCurrentContext(); CHECK(args[0]->IsString()); Local<String> module = args[0].As<String>(); String::Utf8Value module_v(isolate, module); xnode_module* mod = get_builtin_module(*module_v); Local<Object> exports; if (mod != nullptr) { std::cout<< std::string(*module_v) <<std::endl; exports = InitModule(isolate, context, mod, module); } if (!strcmp(*module_v, "natives")) { exports = Object::New(isolate); } args.GetReturnValue().Set(exports); } static MaybeLocal<Value> ExecuteString( Isolate* isolate, Local<Context> context, Local<String> source, Local<String> filename) { EscapableHandleScope scope(isolate); TryCatch try_catch(isolate); try_catch.SetVerbose(false); ScriptOrigin origin(filename); MaybeLocal<Script> script = v8::Script::Compile(context, source, &origin); if (script.IsEmpty()) { parseException(isolate, &try_catch); return MaybeLocal<Value>(); } MaybeLocal<Value> result = script.ToLocalChecked()->Run(context); if (result.IsEmpty()) { if (try_catch.HasTerminated()) { isolate->CancelTerminateExecution(); return MaybeLocal<Value>(); } parseException(isolate, &try_catch); return MaybeLocal<Value>(); } return scope.Escape(result.ToLocalChecked()); } static MaybeLocal<Function> GetBootstrapper( Isolate* isolate, Local<Context> context, Local<String> source, Local<String> script_name) { EscapableHandleScope scope(isolate); TryCatch try_catch(isolate); try_catch.SetVerbose(false); MaybeLocal<Value> bootstrapper_v = ExecuteString(isolate, context, source, script_name); if (bootstrapper_v.IsEmpty()) { return MaybeLocal<Function>(); } if (try_catch.HasCaught()) { parseException(isolate, &try_catch); exit(10); } CHECK(bootstrapper_v.ToLocalChecked()->IsFunction()); return scope.Escape(bootstrapper_v.ToLocalChecked().As<Function>()); } static bool ExecuteBootstrapper(Isolate* isolate, Local<Context> context, Local<Function> bootstrapper, int argc, Local<Value> argv[], Local<Value>* out) { bool ret = bootstrapper->Call(context, Null(isolate), argc, argv).ToLocal(out); return ret; } extern "C" void xnode_module_register(void* m) { struct xnode_module* mp = reinterpret_cast<struct xnode_module*>(m); if (mp->nm_flags & NM_F_BUILTIN) { mp->nm_link = modlist_builtin; modlist_builtin = mp; } else if (mp->nm_flags & NM_F_INTERNAL) { mp->nm_link = modlist_internal; modlist_internal = mp; } else if (!node_is_initialized) { mp->nm_flags = NM_F_LINKED; mp->nm_link = modlist_linked; modlist_linked = mp; } else { // } } } int main(int argc, char *argv[]) { V8::InitializeICUDefaultLocation(argv[0]); V8::InitializeExternalStartupData(argv[0]); std::unique_ptr<v8::Platform> plateform = v8::platform::NewDefaultPlatform(); V8::InitializePlatform(plateform.get()); V8::Initialize(); v8::Isolate::CreateParams create_params; create_params.array_buffer_allocator = v8::ArrayBuffer::Allocator::NewDefaultAllocator(); v8::Isolate* isolate = v8::Isolate::New(create_params); Isolate::Scope isolate_scope(isolate); v8::HandleScope handle_scope(isolate); if (argc > 1) { HandleScope handle_scope(isolate); Handle<ObjectTemplate> global = ObjectTemplate::New(isolate); global->Set(String::NewFromUtf8(isolate, "print").ToLocalChecked(), FunctionTemplate::New(isolate, xnode::process::print)); global->Set(String::NewFromUtf8(isolate, "print_error").ToLocalChecked(), FunctionTemplate::New(isolate, xnode::process::print_error)); Local<Context> context = Context::New(isolate, NULL, global); Context::Scope context_scope(context); xnode::binding::RegisterBuiltinModules(); const char* bootstrapJsCore = "lib/console.js"; Local<String> sourceJsCode; if (!xnode::ReadFile(isolate, bootstrapJsCore).ToLocal(&sourceJsCode)) { fprintf(stderr, "The startup script was not found.\n"); } xnode::compile(sourceJsCode, isolate, context); Local<String> loaders_source; const char* loaders_name = "lib/bootstrap/loaders.js"; if (!xnode::ReadFile(isolate, loaders_name).ToLocal(&loaders_source)) { fprintf(stderr, "The startup script was not found.\n"); } MaybeLocal<Function> loaders_bootstrapper = xnode::GetBootstrapper(isolate, context, loaders_source, String::NewFromUtf8(isolate, loaders_name).ToLocalChecked()); if (loaders_bootstrapper.IsEmpty()) { // Execution was interrupted. return 0; } Local<Function> get_binding_fn = Function::New(isolate->GetCurrentContext(), xnode::GetBinding).ToLocalChecked(); Local<Value> loaders_bootstrapper_args[] = { Object::New(isolate), get_binding_fn }; Local<Value> bootstrapped_loaders; if (!xnode::ExecuteBootstrapper(isolate, context, loaders_bootstrapper.ToLocalChecked(), 2, loaders_bootstrapper_args, &bootstrapped_loaders)) { return 0; } const char* filename = argv[1]; Local<String> source; if (!xnode::ReadFile(isolate, filename).ToLocal(&source)) { fprintf(stderr, "No script was specified.\n"); } xnode::compile(source, isolate, context); } else { return xnode::shell::init(argc, argv); } return 0; }

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/refactoringOptimisation/differentiatedCAD/occt-min-topo-src/src/math/math_BissecNewton.cxx

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math_BissecNewton.cxx

// Copyright (c) 1997-1999 Matra Datavision // Copyright (c) 1999-2014 OPEN CASCADE SAS // // This file is part of Open CASCADE Technology software library. // // This library is free software; you can redistribute it and/or modify it under // the terms of the GNU Lesser General Public License version 2.1 as published // by the Free Software Foundation, with special exception defined in the file // OCCT_LGPL_EXCEPTION.txt. Consult the file LICENSE_LGPL_21.txt included in OCCT // distribution for complete text of the license and disclaimer of any warranty. // // Alternatively, this file may be used under the terms of Open CASCADE // commercial license or contractual agreement. #include <math_BissecNewton.hxx> #include <math_FunctionWithDerivative.hxx> #include <StdFail_NotDone.hxx> //======================================================================= //function : math_BissecNewton //purpose : Constructor //======================================================================= math_BissecNewton::math_BissecNewton(const Standard_Real theXTolerance) : TheStatus(math_NotBracketed), XTol (theXTolerance), x (0.0), dx (0.0), f (0.0), df (0.0), Done (Standard_False) { } //======================================================================= //function : ~math_BissecNewton //purpose : Destructor //======================================================================= math_BissecNewton::~math_BissecNewton() { } //======================================================================= //function : Perform //purpose : //======================================================================= void math_BissecNewton::Perform(math_FunctionWithDerivative& F, const Standard_Real Bound1, const Standard_Real Bound2, const Standard_Integer NbIterations) { Standard_Boolean GOOD; Standard_Integer j; Standard_Real dxold, fh, fl; Standard_Real swap, temp, xh, xl; GOOD = F.Values(Bound1, fl, df); if(!GOOD) { Done = Standard_False; TheStatus = math_FunctionError; return; } GOOD = F.Values(Bound2, fh, df); if(!GOOD) { Done = Standard_False; TheStatus = math_FunctionError; return; } // Modified by Sergey KHROMOV - Wed Jan 22 12:06:45 2003 Begin Standard_Real aFTol = RealEpsilon(); // if(fl * fh >= 0.0) { if(fl * fh > aFTol*aFTol) { Done = Standard_False; TheStatus = math_NotBracketed; return; } // if(fl < 0.0) { if(fl < -aFTol || (fl < aFTol && fh < -aFTol)) { xl = Bound1; xh = Bound2; } else { xl = Bound2; xh = Bound1; swap = fl; fl = fh; fh = swap; } // Modified by Sergey KHROMOV - Wed Jan 22 12:06:49 2003 End x = 0.5 * (Bound1 + Bound2); dxold = fabs(Bound2 - Bound1); dx = dxold; GOOD = F.Values(x, f, df); if(!GOOD) { Done = Standard_False; TheStatus = math_FunctionError; return; } for(j = 1; j <= NbIterations; j++) { if((((x - xh) * df - f) * ((x - xl) * df - f) >= 0.0) || (fabs(2.0 * f) > fabs(dxold * df))) { dxold = dx; dx = 0.5 * (xh - xl); x = xl + dx; if(Abs(dx) < XTol) { TheStatus = math_OK; Done = Standard_True; return; } } else { dxold = dx; dx = f / df; temp = x; x -= dx; if(temp == x) { TheStatus = math_OK; Done = Standard_True; return; } } if(IsSolutionReached(F)) { TheStatus = math_OK; Done = Standard_True; return; } GOOD = F.Values(x, f, df); if(!GOOD) { Done = Standard_False; TheStatus = math_FunctionError; return; } if(f < 0.0) { xl = x; fl = f; } else if(f > 0.0) { xh = x; fh = f; } else { TheStatus = math_OK; Done = Standard_True; return; } } TheStatus = math_TooManyIterations; Done = Standard_False; return; } //======================================================================= //function : Dump //purpose : //======================================================================= void math_BissecNewton::Dump(Standard_OStream& o) const { o << "math_BissecNewton "; if(Done) { o << " Status = Done \n"; o << " The Root is: " << x.getValue() << endl; o << " The value at this Root is: " << f.getValue() << endl; } else { o << " Status = not Done \n"; } }

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/service/company_match/company_match_entry.cpp

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company_match_entry.cpp

// #include "conf.h" // #include "log.h" // #include "company_match.h" #include "conf.h" #include "log.h" #include <errno.h> #include <signal.h> #include <stdio.h> #include <stdlib.h> #include <string.h> #include <unistd.h> static bool g_running = true; static const char *pid_file = "./pid"; typedef struct { char log_path[260]; char company_match_config[260]; int log_level; int log_file_size; } config_t; static config_t g_config; /* * initialize setting */ static void read_conf(char *conf_file) { /* initial config */ int ret = conf_init(conf_file); if (ret < 0) { fprintf(stderr, "read config error\n"); exit(1); } /* read server config */ /* read log config */ read_conf_str("LOG", "LOGPATH", g_config.log_path, sizeof(g_config.log_path), "../log/"); read_conf_int("LOG", "LOGLEVEL", &g_config.log_level, 5); read_conf_int("LOG", "LOGFILESIZE", &g_config.log_file_size, 10); read_conf_str("COMPANY", "COMPANY_MATCH_CONFIG", g_config.company_match_config, sizeof(g_config.company_match_config), "company_match.ini"); /* destroy config */ conf_uninit(); } /* * save process id into file */ static void save_pid(pid_t pid) { FILE *fd; if ((fd = fopen(pid_file, "w+")) == NULL) { printf("open process id file %s for write failed", pid_file); exit(0); } fprintf(fd, "%ld", (long)pid); fclose(fd); } static pid_t get_pid() { FILE *fd; char pid_buf[50]; pid_t pid; if ((fd = fopen(pid_file, "r")) == NULL) { fprintf(stderr, "open process id file %s for read failed\n", pid_file); exit(0); } fread(pid_buf, 1, sizeof(pid_buf) - 1, fd); pid = (pid_t)atol(pid_buf); fclose(fd); return pid; } static void remove_pidfile() { if (unlink(pid_file) != 0) { printf("remove process id file %s failed", pid_file); } } static int if_process_run() { pid_t pid; FILE *pfd = NULL; char cmd[50] = {0}, result[20] = {0}; /* if pid file exist */ if (access(pid_file, F_OK) < 0) return 0; /* if process exist */ pid = get_pid(); sprintf(cmd, "ps -p %ld|grep %ld|wc -l", (long)pid, (long)pid); pfd = popen(cmd, "r"); if (pfd == NULL) { fprintf(stderr, "popen failed\n"); exit(1); } fread(result, 1, sizeof(result) - 1, pfd); pclose(pfd); return strtol(result, NULL, 10); } /* * stop server */ static void server_stop() { pid_t pid = get_pid(); kill(pid, SIGUSR1); exit(0); } /* * get server status */ static void state() { pid_t pid = get_pid(); kill(pid, SIGUSR2); exit(0); } /* * stop handle */ static void stop_handle(int /*sig*/) { printf("stop called\n"); /* release buffer */ // buff_free(); /* remove process id file */ remove_pidfile(); /* destroy modules */ g_running = false; } /* * state handle */ static void state_handle(int /*sig*/) {} /* * parse action */ static void parse_action(char *action) { if (strcmp(action, "start") == 0) { return; } else if (strcmp(action, "state") == 0) { state(); } else if (strcmp(action, "stop") == 0) { server_stop(); } } /* * make process to daemon process */ static int daemonize() { switch (fork()) { case -1: printf("fork failed! msg=%s\n", strerror(errno)); return -1; case 0: break; default: exit(0); } return 0; } void usage(void) { // printf(PACKAGE " " VERSION "\n"); printf("-c <file> configure file\n" "-d run as daemon\n" "-h print this help\n" "start start server\n" "stop stop server\n"); exit(0); } int main(int argc, char *argv[]) { int c, daemon = 0; char conf_file[255], action[255]; /* if use crrect */ if (argc == 1) usage(); /* process arguments */ while ((c = getopt(argc, argv, "c:dh?")) != -1) { switch (c) { case 'c': strcpy(conf_file, optarg); break; case 'd': daemon = 1; break; case 'h': case '?': usage(); break; } } if (optind == argc) { usage(); } strcpy(action, argv[optind]); /* parse action */ parse_action(action); /* check if the program is running */ if (if_process_run()) { fprintf(stdout, "the program is already running\n"); exit(1); } /* make process to daemon process */ if (daemon) { /* ignore SIGHUP */ signal(SIGHUP, SIG_IGN); if (daemonize() < 0) { fprintf(stderr, "daemonize error\n"); exit(1); } } read_conf(conf_file); /* initialize log */ if (log_init(g_config.log_level, g_config.log_path, g_config.log_file_size) < 0) { fprintf(stderr, "log_init error\n"); exit(1); } signal(SIGUSR1, stop_handle); signal(SIGUSR2, state_handle); /* save process id to file */ if (daemon) save_pid(getpid()); int ret = company_match_init(g_config.company_match_config); if (ret) { fprintf(stderr, "company match init failed\n"); exit(-1); } while (g_running) { ret = company_match_one(); if (ret <= 0) { /* log_txt_info("no match, sleep 5"); */ sleep(5); } } return 0; }

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/include/deviceList.hpp

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deviceList.hpp

#ifndef DEVICE_LIST_HPP #define DEVICE_LIST_HPP #include "device.hpp" #include <unordered_map> #include <utility> #include <atomic> #include <uv.h> namespace isaac { // umap is a constant lookup container with device ID // as key and pointer to actual device object as value using umap = std::unordered_map<std::string, std::unique_ptr<Device>>; // array of name and ID tuple using arrIdName = std::vector<std::pair<std::string, std::string>>; class deviceList final { static uv_loop_t loop; uv_timer_t t1_handle; static std::atomic<bool> running; umap list; std::mutex m_list; static std::string genId(const int = 8); static const std::shared_ptr<spdlog::logger> logger; static const std::string JSONDB_PATH; static void cb(uv_timer_t *t) { if (running) { deviceList *dL = static_cast<deviceList *>(t->data); for (auto &el : dL->list) { std::cout << "ID: " << el.first << std::endl; } } else { uv_stop(&loop); uv_run(&loop, UV_RUN_DEFAULT); } } deviceList(const deviceList &) = delete; deviceList &operator=(const deviceList &) = delete; public: deviceList() { uv_timer_init(&loop, &t1_handle); uv_timer_start(&t1_handle, &cb, 0, 2000); t1_handle.data = this; } static auto getLoop() { return &loop; } static void init() { running = false; uv_loop_init(&loop); } static void run() { running = true; uv_run(&loop, UV_RUN_DEFAULT); } arrIdName getAll() const; std::pair<std::string, bool> place(deviceType, const json = json::object()); bool removeId(const std::string); void sync(const bool = 1, const std::string = JSONDB_PATH + "db.json"); auto size() const { return list.size(); } auto empty() const { return list.empty(); } auto max_size() const { return list.max_size(); } auto clear() { return list.clear(); } auto count(const std::string _key) { return list.count(_key); } auto rehash(const size_t n) { return list.rehash(n); } auto reserve(const size_t n) { return list.reserve(n); } std::pair<std::string, bool> mt_place(deviceType _Type, const json _j) { std::lock_guard<std::mutex> lock(m_list); return place(_Type, _j); } bool mt_removeId(const std::string _id) { std::lock_guard<std::mutex> lock(m_list); return removeId(_id); } void mt_sync(const umap &) { std::lock_guard<std::mutex> lock(m_list); sync(); } ~deviceList() { uv_loop_close(&loop); } }; } #endif

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/北大 C++程序设计学习笔记/code/main.cpp

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main.cpp

#include <iostream> #include <stack> #include <queue> using namespace std; typedef struct TNode* BinaryTree; struct TNode { int data; TNode* left; TNode* right; }; //层序生成算法 int CreateBinaryTree(BinaryTree &BT) { queue<TNode*> q; int data; TNode* tnode = NULL; cin >> data; if(data == 0) return 0; else { BT = tnode = new TNode(); tnode->data = data; tnode->left = NULL; tnode->right = NULL; q.push(tnode); } while(!q.empty()) { tnode = q.front(); q.pop(); cin >> data; if(data == 0) { tnode->left = NULL; } else { tnode->left = new TNode(); tnode->left->data = data; tnode->left->left = tnode->left->right = NULL; q.push(tnode->left); } cin >> data; if(data == 0) { tnode->right = NULL; } else { tnode->right = new TNode(); tnode->right->data = data; tnode->right->left = tnode->right->right = NULL; q.push(tnode->right); } } return 0; } //先序 int PreOder(BinaryTree BT) { BinaryTree T = BT; if(T) { cout<<T->data<<endl; PreOder(T->left); PreOder(T->right); } return 0; } // 非递归方法中序（先序可简单修改实现；后序需要二次入栈，然后从该节点的右子树继续深入，与前面类同， // 仍为进入一个节点入栈一个节点，深入不下去再返回，直到第二次从栈中弹出该节点，才访问之） int InorderTravesal(BinaryTree BT) { BinaryTree T = BT; stack<BinaryTree> st; while(T!=NULL || !st.empty()) //注意是或，不是与！！ { while(T!=NULL) //一直向左并将沿途结点压入堆栈 { st.push(T); T = T->left; } T = st.top(); //结点弹出堆栈 cout << T->data << endl; //访问结点 st.pop(); T = T->right; } return 0; } //层序遍历 int LevelorderTraversal(BinaryTree BT) { BinaryTree T; queue<BinaryTree> q; q.push(BT); while(!q.empty()) { T = q.front(); cout << T->data << endl; q.pop(); if(T->left != NULL) q.push(T->left); if(T->right != NULL) q.push(T->right); } return 0; } int main() { BinaryTree BT = NULL; CreateBinaryTree(BT); PreOder(BT); InorderTravesal(BT); LevelorderTraversal(BT); return 0; } //int main() { // vector<int> v; // for (int i = 0; i < 10; i++) { // v.push_back(i); // } // v.clear(); // cout << "vector size: " << v.size() << endl; // cout << "vector capacity: " << v.capacity() << endl; // //// cout << "vector size: " << v.size() << endl; //// vector<int>::iterator it = v.begin(); //// for (; it != v.end(); it++) { //// v.erase(it); //// } // // vector <int>().swap(v); // // cout << "vector size: " << v.size() << endl; // cout << "vector capacity: " << v.capacity() << endl; //}

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/SpehsEngine/Core/Serial/BinaryReader.h

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Yuuso/SpehsEngine

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2023-08-16T22:59:50.776551

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BinaryReader.h

#pragma once #include "SpehsEngine/Core/Serial/Serial.h" #include "SpehsEngine/Core/ByteView.h" #include "SpehsEngine/Core/ByteVector.h" #include "SpehsEngine/Core/Endianness.h" #include "SpehsEngine/Core/SE_Assert.h" namespace se { class BinaryReader { public: static inline constexpr bool getKeyEnabled() { return false; } static inline constexpr bool getWritingEnabled() { return false; } static inline constexpr bool getReadingEnabled() { return true; } BinaryReader(const uint8_t* const _data, const size_t _size) : size(_size) , data(_data) { } template<typename T> inline bool serial(T& _value); inline void translate(const int bytes) { offset += bytes; } inline size_t getBytesRemaining() const { return size - offset; } inline size_t getSize() const { return size; } inline size_t getOffset() const { return offset; } inline const uint8_t* getData() const { return data; } private: const unsigned char* data; size_t size; size_t offset = 0; }; template<typename T> inline bool BinaryReader::serial(T& _value) { if constexpr (std::is_enum<T>::value || !std::is_class<T>::value || std::is_same<T, ByteVector>::value || IsStaticByteView<T>::value) { // Built-in if constexpr (std::is_enum<T>::value) { // Enum return serial((typename std::underlying_type<T>::type&)_value); } else if constexpr (!std::is_class<T>::value) { // Not class const size_t bytes = sizeof(T); if (offset + bytes > size) { se_assert(false); return false; } if (hostByteOrder == networkByteOrder) { // Read in native byte order memcpy((void*)&_value, &data[offset], bytes); } else { // Read in reversed byte order size_t readOffset = offset + bytes; for (size_t i = 0; i < bytes; i++) { ((unsigned char*)&_value)[i] = data[--readOffset]; } } offset += bytes; return true; } else if constexpr (std::is_same<T, ByteVector>::value) { // Byte vector uint32_t bytes = 0; if (!serial(bytes)) { return false; } if (offset + bytes > size) { se_assert(false); return false; } std::vector<std::byte> vector; _value.swap(vector); vector.resize(bytes); memcpy(vector.data(), &data[offset], bytes); _value.swap(vector); offset += bytes; return true; } else if constexpr (IsStaticByteView<T>::value) { // Static byte view constexpr uint32_t bytes = uint32_t(T::getSize()); if (offset + bytes > size) { se_assert(false); return false; } memcpy(_value.getData(), &data[offset], bytes); offset += bytes; return true; } else { se_assert(false); return false; } } else { // Free reader return Serial<typename SerialTag<T>::type>::template serial<BinaryReader, T&>(*this, _value); } } }

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/Codes/Minimum_addition.cpp

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Praveennaik8/my-code-library

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refs/heads/main

2023-06-06T07:06:23.739500

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Minimum_addition.cpp

// Minimum addition // Max. score: 100 // You are given an array of positive numbers. You are also given queries. Each query contains two integers . For each query, determine the sum of all values that must be added to each number in range to such that bitwise AND of all numbers in the range is greater than 0. // You are required to minimize the total value that must be added. The value you must add to numbers is not necessarily equal for all numbers. // Note: Each query is independent of each other, that is, for each query, you must treat the range over the initial input array. // Input format // The first line contains an integer denoting the number of array elements. // The next line denotes array elements. // The next line contains a number denoting the number of queries. // Next lines contain two integers and . // Output format // For each query, print the minimum sum of values to be added in a new line. // Constraints // SAMPLE INPUT // 5 // 4 3 2 4 1 // 4 // 1 4 // 2 3 // 4 4 // 4 5 // SAMPLE OUTPUT // 3 // 0 // 0 // 1 // Explanation // For the first query we can add 1 to the 1st, 3rd and, 4th numbers. // For the second and third query, we don't need to add as the Bitwise AND is already > 0. // For the last query, we can add 1 to 4th number. #include<bits/stdc++.h> using namespace std; typedef long double ld; typedef long long ll; #define int long long #define vi vector<int> #define vll vector<long long> #define testcase int t; cin>>t ;while(t--) #define fastio ios_base::sync_with_stdio(false);cin.tie(NULL);cout.tie(NULL); #define MOD 1000000007 #define all(x) x.begin(), x.end() #define fill(a) memset(a, 0, sizeof (a)) #define fst first #define snd second #define mp make_pair #define pb push_back #define repi_1n for(int i = 1;i<=n;i++) #define repi_0n for(int i = 0;i<n;i++) #define repj_1n for(int j = 1;j<=n;j++) #define repj_0n for(int j = 0;j<n;j++) #define mpl map<ll,ll> #define SIZE ll(100005)//00002) #define FAIL -5677884 #define BIT_SIZE 35 void test(ll x) { cout<<"\nvisited "<<x<<"\n"; } bool isKthBitSet(int n, int k) { if (n & (1 << (k - 1))) return true; return false; } signed main() { fastio int arr_size; cin>>arr_size; //test(arr_size); int arr[arr_size+10]; for(int i = 1;i<=arr_size;i++) cin>>arr[i]; //test(arr_size); int dp[arr_size+10][BIT_SIZE],costdp[arr_size+10][BIT_SIZE]; int powof2[BIT_SIZE]; powof2[0] = 1; //test(arr_size); int n = arr_size; for(int i = 0;i<BIT_SIZE;i++) { dp[0][i] = 0; powof2[i+1] = powof2[i]*2; costdp[0][i] = 0; } //test(arr_size); //test(1); arr_size = n; for(int i = 1;i<=arr_size;i++) { int tempsum = 0; for(int j = 1;j<BIT_SIZE;j++) { ////test(j); // cout<<"i == "<<i<<"\n"; if(isKthBitSet(arr[i],j)) { dp[i][j] = dp[i-1][j]+1; tempsum+=powof2[j-1]; costdp[i][j] = costdp[i-1][j]; } else { dp[i][j] = dp[i-1][j]; costdp[i][j] = costdp[i-1][j]+(powof2[j-1]-tempsum); } } } //test(2); int q; cin>>q; while(q--) { //test(q); int l,r; cin>>l>>r; int ans = INT_MAX; int x = r-l+1; for(int i = 1;i<BIT_SIZE;i++) { //int y = x - (( dp[r][i] - dp[l][i])+(dp[l][i]-dp[l-1][i])); //cout<<i<<" "<<y<<" * "<<powof2[i-1]<<endl; //ans = min(ans,y*powof2[i-1]); int y = costdp[r][i] - costdp[l-1][i];//+(costdp[l][i]-costdp[l-1][i]); ans = min(ans,y); } cout<<ans<<"\n"; } }

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/src/main.cpp

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varunk08/OglCollision

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refs/heads/master

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main.cpp

// Include standard headers #include <stdio.h> #include <stdlib.h> // Include GLEW #include <GL/glew.h> #include <GL/freeglut.h> #include "Camera.h" #include "LoadShaders.h" #include "CubePrimitive.h" #include "ProceduralSphere.h" // Include GLM #include "glm/glm.hpp" #include "glm/gtc/matrix_transform.hpp" #include "glm/gtx/random.hpp" using namespace glm; using namespace std; GLuint _mainWindow; GLuint _shaderProg; GLuint _mvpMatrixID; CubePrimitive _cube; ProceduralSphere _sphere; Camera _camera; float _rotationX = 0.0; float _rotationY = 0.0; vector<ProceduralSphere> spheres; int _curMouseX, _curMouseY; void DrawSpheres(glm::mat4 vp) { for(int i = 0; i< spheres.size(); i++) { glm::mat4 Model = glm::mat4(1); Model = glm::rotate(Model,(_rotationX),glm::vec3(0,1,0)); Model = glm::rotate(Model,(_rotationY),glm::vec3(-1,0,0)); Model = Model * spheres.at(i).GetModelTransform(); glm::mat4 MVP = vp * Model; glUseProgram(_shaderProg); glUniformMatrix4fv(_mvpMatrixID, 1, GL_FALSE, &MVP[0][0]); spheres.at(i).Draw(); } } void MoveSpheres() { for(int i = 0; i< spheres.size(); i++) { spheres.at(i).Update(); } } void display() { glClearColor(0.0, 0.0, 0.0, 0.0); glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT); // Model matrix : an identity matrix (model will be at the origin) glm::mat4 Model = glm::mat4(1.0f); Model = glm::rotate(Model,(_rotationX),glm::vec3(0,1,0)); Model = glm::rotate(Model,(_rotationY),glm::vec3(-1,0,0)); // Our ModelViewProjection : multiplication of our 3 matrices glm::mat4 MVP = _camera.GetVP() * Model; // Remember, matrix multiplication is the other way around MoveSpheres(); glUseProgram(_shaderProg); glUniformMatrix4fv(_mvpMatrixID, 1, GL_FALSE, &MVP[0][0]); glPolygonMode( GL_FRONT_AND_BACK, GL_LINE ); _cube.Draw(); DrawSpheres(_camera.GetVP()); //_sphere.Draw(); glUseProgram(0); glutPostRedisplay(); glutSwapBuffers(); } void reshape(int w, int h) { } void keyboard(unsigned char key, int x, int y) { switch(key) { /*case 'w': _camera.MoveForward(); break; case 's': _camera.MoveBackward(); break; case 'a': _camera.MoveLeft(); break; case 'd': _camera.MoveRight(); break;*/ case 27: exit(0); break; default: break; } } void mouseFunc(int button, int state, int x, int y) { switch(button) { case GLUT_LEFT_BUTTON: if(state == GLUT_DOWN){ _curMouseX = x; _curMouseY = y; } break; } } void mouseMotionFunc(int x, int y) { int _mousedx = x - _curMouseX; int _mousedy = y - _curMouseY; _rotationX += _mousedx; _rotationY += _mousedy; _curMouseX = x; _curMouseY = y; } void mouseWheel(int wheel, int direction, int x, int y) { switch(direction) { case 1: //forward _camera.MoveForward(); break; case -1: _camera.MoveBackward(); break; } } void InitializeShaders() { _shaderProg = LoadShaders("../src/shaders/vertex.glsl", "../src/shaders/frag.glsl"); _mvpMatrixID = glGetUniformLocation(_shaderProg,"MVP"); } void InitializeAll() { _camera.init(vec3(0,0,-5), vec3(0,0,0), vec3(0,1,0)); _camera.SetProjection(45.0f, 4.0f / 4.0f, 0.1f, 100.0f); // Enable depth test glEnable(GL_DEPTH_TEST); // Accept fragment if it closer to the camera than the former one glDepthFunc(GL_LESS); _cube.Init(); for(int i=0; i< 20; i++) { ProceduralSphere newSphere; newSphere.CreateSphere(0.1f, 20,20); spheres.push_back(newSphere); } //_sphere.CreateSphere(2.0f, 20, 20); } int main(int argc, char** argv) { glutInit(&argc, argv); glutInitDisplayMode(GLUT_DOUBLE | GLUT_RGBA); glutInitWindowSize(600,600); glutInitWindowPosition(0,0); _mainWindow = glutCreateWindow("Spheres"); // Initialize GLEW glewExperimental = true; // Needed for core profile if (glewInit() != GLEW_OK) { fprintf(stderr, "Failed to initialize GLEW\n"); return -1; } InitializeShaders(); InitializeAll(); glutDisplayFunc(display); glutReshapeFunc(reshape); glutKeyboardFunc(keyboard); glutMouseFunc(mouseFunc); glutMotionFunc(mouseMotionFunc); glutMouseWheelFunc(mouseWheel); glutMainLoop(); return 0; }

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/runtime/skeleton/ZonalSkeleton.hpp

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mohitsahunitrr/map

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refs/heads/master

2020-07-11T01:17:39.811771

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hpp

ZonalSkeleton.hpp

/** * @file ZonalSkeleton.hpp * @author Jesús Carabaño Bravo <jcaraban@abo.fi> * * Visitor of the dag that composes the kernel codes from skeletons */ #ifndef MAP_RUNTIME_SKELETON_ZONAL_HPP_ #define MAP_RUNTIME_SKELETON_ZONAL_HPP_ #include "Skeleton.hpp" namespace map { namespace detail { #define DECLARE_VISIT(class) virtual void visit(class *node); struct ZonalSkeleton : public Skeleton { // constructor and main function ZonalSkeleton(Version *ver); void generate(); // methods std::string versionCode(); // visit DECLARE_VISIT(ZonalReduc) DECLARE_VISIT(Stats) // vars std::vector<ZonalReduc*> reduc; //!< Stores ZonalReduc nodes }; #undef DECLARE_VISIT } } // namespace map::detail #endif

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/network/RampTile.h

49e936e8d11fe25aaf3a89b0483306008929ecbb

[]

no_license

ucsd-cse-125-spring-2019/cse125-sp19-group1

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refs/heads/master

2020-05-04T19:03:59.247001

2019-06-09T02:03:27

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2019-06-07T05:20:01

2019-04-03T22:13:40

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RampTile.h

#pragma once #include "Tile.h" enum class Orientation { NORTH = 4, SOUTH = 2, EAST = 1, WEST = 8}; class RampTile : public Tile { public: // Default constructor RampTile(Orientation aRampDir = Orientation::NORTH, int aWallLayout = 0, int aHeight = 0) : Tile(TileType::RAMP, aWallLayout, aHeight), rampDirection(aRampDir) {} // Getter Orientation getRampDirection() const { return rampDirection; } // Setter // Encode function virtual std::string encodeTileData() { std::stringstream encodedData; // Call base class encode function and encode member variables from this class to the stringstream encodedData << Tile::encodeTileData() << " " << static_cast<int>(rampDirection); return encodedData.str(); } // Decode function virtual void decodeTileData(std::string & value) { // Call base class decode function Tile::decodeTileData(value); // Create a stream for the remaining values std::stringstream valueStream(value); std::string rampDirection_str; // Get values from the stream valueStream >> rampDirection_str; // Update class variables rampDirection = static_cast<Orientation>(stoi(rampDirection_str)); } protected: Orientation rampDirection; };

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/modules/ecmascript/carakan/src/builtins/es_regexp_builtins.cpp

a52ee2499c1f2dcea40737dacde1312a3a189242

[]

no_license

prestocore/browser

4a28dc7521137475a1be72a6fbb19bbe15ca9763

8c5977d18f4ed8aea10547829127d52bc612a725

refs/heads/master

2016-08-09T12:55:21.058966

1995-06-22T00:00:00

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cpp

es_regexp_builtins.cpp

/* -*- mode: c++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4; c-file-style: "stroustrup" -*- */ #include "core/pch.h" #include "modules/ecmascript/carakan/src/es_pch.h" #include "modules/ecmascript/carakan/src/builtins/es_builtins.h" #include "modules/ecmascript/carakan/src/builtins/es_regexp_builtins.h" #include "modules/ecmascript/carakan/src/object/es_regexp_object.h" #include "modules/ecmascript/carakan/src/object/es_array_object.h" #include "modules/regexp/include/regexp_advanced_api.h" #define ES_THIS_OBJECT(msg) if (!argv[-2].IsObject() || !argv[-2].GetObject(context)->IsRegExpObject()) { context->ThrowTypeError(msg); return FALSE; } ES_RegExp_Object *this_object = static_cast<ES_RegExp_Object *>(argv[-2].GetObject(context)); /* static */ BOOL ES_RegExpBuiltins::constructor_call(ES_Execution_Context *context, unsigned argc, ES_Value_Internal *argv, ES_Value_Internal *return_value) { if (argc >= 1 && argv[0].IsObject() && argv[0].GetObject(context)->IsRegExpObject() && (argc < 2 || argv[1].IsUndefined())) { return_value->SetObject(argv[0].GetObject()); return TRUE; } else return constructor_construct(context, argc, argv, return_value); } /* static */ BOOL ES_RegExpBuiltins::constructor_construct(ES_Execution_Context *context, unsigned argc, ES_Value_Internal *argv, ES_Value_Internal *return_value) { ES_RegExp_Object *existing; JString *source; if (argc >= 1 && argv[0].IsObject() && argv[0].GetObject(context)->IsRegExpObject()) { existing = static_cast<ES_RegExp_Object *>(argv[0].GetObject(context)); ES_Value_Internal value; existing->GetCachedAtIndex(ES_PropertyIndex(1), value); source = value.GetString(); } else { existing = NULL; if (argc >= 1 && !argv[0].IsUndefined()) { if (!argv[0].ToString(context)) return FALSE; source = argv[0].GetString(); } else source = context->rt_data->strings[STRING_empty]; } ES_CollectorLock gclock(context); RegExpFlags flags; unsigned flagbits; if (argc >= 2 && !argv[1].IsUndefined()) { if (existing) { context->ThrowTypeError("RegExp constructor called with invalid arguments"); return FALSE; } if (!argv[1].ToString(context)) return FALSE; if (!ES_RegExp_Object::ParseFlags(context, flags, flagbits, argv[1].GetString())) return FALSE; } else if (existing) existing->GetFlags(flags, flagbits); else ES_RegExp_Object::ParseFlags(context, flags, flagbits, context->rt_data->strings[STRING_empty]); ES_Object *object = ES_GET_GLOBAL_OBJECT()->GetDynamicRegExp(context, source, flags, flagbits); if (!object) { context->ThrowSyntaxError("RegExp constructor: invalid regular expression"); return FALSE; } else { return_value->SetObject(object); return TRUE; } } /* static */ BOOL ES_RegExpBuiltins::test(ES_Execution_Context *context, unsigned argc, ES_Value_Internal *argv, ES_Value_Internal *return_value) { ES_THIS_OBJECT("RegExp.prototype.test: this is not a RegExp object"); ES_Value_Internal v; if (argc == 0) this_object->GetRegExpConstructor(context)->GetCachedAtIndex(ES_PropertyIndex(ES_RegExp_Constructor::INPUT), v); else v = argv[0]; if (!v.ToString(context)) return FALSE; ES_CollectorLock gclock(context, TRUE); JString *string = v.GetString(); BOOL global = (this_object->GetFlagBits() & REGEXP_FLAG_GLOBAL) != 0; unsigned index; if (global) { ES_Value_Internal lastIndex; this_object->GetCachedAtIndex(ES_PropertyIndex(0), lastIndex); if (!lastIndex.ToNumber(context)) return FALSE; double dindex = lastIndex.GetNumAsInteger(); if (dindex < 0 || dindex > Length(string)) { this_object->PutCachedAtIndex(ES_PropertyIndex(ES_RegExp_Object::LASTINDEX), static_cast<UINT32>(0)); return_value->SetFalse(); return TRUE; } index = lastIndex.GetNumAsUInt32(); } else index = 0; RegExpMatch *matches = this_object->Exec(context, string, index); UINT32 last_index = 0; if (matches) { if (global) last_index = static_cast<UINT32>(matches[0].start + matches[0].length); return_value->SetTrue(); } else return_value->SetFalse(); if (global) this_object->PutCachedAtIndex(ES_PropertyIndex(ES_RegExp_Object::LASTINDEX), last_index); return TRUE; } /* static */ BOOL ES_RegExpBuiltins::exec(ES_Execution_Context *context, unsigned argc, ES_Value_Internal *argv, ES_Value_Internal *return_value) { ES_RegExp_Object *this_object; if (!argv[-2].IsObject() || !argv[-2].GetObject(context)->IsRegExpObject()) { if (argv[-2].IsObject() && argv[-1].GetObject(context)->IsRegExpObject()) this_object = static_cast<ES_RegExp_Object *>(argv[-1].GetObject(context)); else { context->ThrowTypeError("RegExp.prototype.exec: this is not a RegExp object"); return FALSE; } } else this_object = static_cast<ES_RegExp_Object *>(argv[-2].GetObject(context)); BOOL global = (this_object->GetFlagBits() & REGEXP_FLAG_GLOBAL) != 0; ES_Value_Internal v; if (argc == 0) this_object->GetRegExpConstructor(context)->GetCachedAtIndex(ES_PropertyIndex(ES_RegExp_Constructor::INPUT), v); else v = argv[0]; if (!v.ToString(context)) return FALSE; JString *string = v.GetString(); ES_CollectorLock gclock(context, TRUE); ES_Value_Internal lastIndex; this_object->GetCachedAtIndex(ES_PropertyIndex(ES_RegExp_Object::LASTINDEX), lastIndex); if (!lastIndex.ToNumber(context)) return FALSE; unsigned index; if (global) { double dindex = lastIndex.GetNumAsInteger(); if (dindex < 0 || dindex > Length(string)) goto failed; index = lastIndex.GetNumAsUInt32(); } else index = 0; if (RegExpMatch *matches = this_object->Exec(context, string, index)) { unsigned nmatches = this_object->GetValue()->GetNumberOfCaptures() + 1; ES_Object *array = ES_Object::MakeArray(context, ES_GET_GLOBAL_OBJECT()->GetRegExpExecResultClass(), ES_Compact_Indexed_Properties::AppropriateCapacity(nmatches)); array->ChangeGCTag(GCTAG_ES_Object_Array); ES_Array::SetLength(context, array, nmatches); array->PutCachedAtIndex(ES_PropertyIndex(1), matches[0].start); array->PutCachedAtIndex(ES_PropertyIndex(2), string); ES_Compact_Indexed_Properties *indexed = static_cast<ES_Compact_Indexed_Properties *>(array->GetIndexedProperties()); ES_Value_Internal *values = indexed->GetValues(); for (unsigned index = 0; index < nmatches; ++index) SetMatchValue(context, values[index], string, matches[index]); if (global) this_object->PutCachedAtIndex(ES_PropertyIndex(ES_RegExp_Object::LASTINDEX), static_cast<UINT32>(matches[0].start + matches[0].length)); return_value->SetObject(array); return TRUE; } failed: this_object->PutCachedAtIndex(ES_PropertyIndex(ES_RegExp_Object::LASTINDEX), static_cast<UINT32>(0)); return_value->SetNull(); return TRUE; } /* static */ BOOL ES_RegExpBuiltins::toString(ES_Execution_Context *context, unsigned argc, ES_Value_Internal *argv, ES_Value_Internal *return_value) { ES_THIS_OBJECT("RegExp.prototype.toString: this is not a RegExp object"); ES_Value_Internal value; this_object->GetCachedAtIndex(ES_PropertyIndex(1), value); JString *source = value.GetString(); if (Length(source) == 0) source = context->rt_data->strings[STRING_empty_regexp]; unsigned flagbits = this_object->GetFlagBits(); BOOL g = (flagbits & REGEXP_FLAG_GLOBAL) != 0; BOOL i = (flagbits & REGEXP_FLAG_IGNORECASE) != 0; BOOL m = (flagbits & REGEXP_FLAG_MULTILINE) != 0; unsigned length = 1 + Length(source) + 1 + static_cast<int>(g) + static_cast<int>(i) + static_cast<int>(m); #ifdef ES_NON_STANDARD_REGEXP_FEATURES BOOL x = (flagbits & REGEXP_FLAG_EXTENDED) != 0; BOOL y = (flagbits & REGEXP_FLAG_NOSEARCH) != 0; length += x + y; #endif // ES_NON_STANDARD_REGEXP_FEATURES JString *result = JString::Make(context, length); uni_char *storage = Storage(context, result); *storage++ = '/'; op_memcpy(storage, Storage(context, source), Length(source) * sizeof(uni_char)); storage += Length(source); *storage++ = '/'; if (g) *storage++ = 'g'; if (i) *storage++ = 'i'; if (m) *storage++ = 'm'; #ifdef ES_NON_STANDARD_REGEXP_FEATURES if (x) *storage++ = 'x'; if (y) *storage++ = 'y'; #endif // ES_NON_STANDARD_REGEXP_FEATURES return_value->SetString(result); return TRUE; } /* static */ BOOL ES_RegExpBuiltins::compile(ES_Execution_Context *context, unsigned argc, ES_Value_Internal *argv, ES_Value_Internal *return_value) { ES_THIS_OBJECT("RegExp.prototype.compile: this is not a RegExp object"); JString *source; ES_RegExp_Object *existing = NULL; if (argc >= 1 && !argv[0].IsUndefined()) { ES_Object *object; if (argv[0].IsObject() && (object = argv[0].GetObject(context))->IsRegExpObject()) { existing = static_cast<ES_RegExp_Object *>(object); source = existing->GetSource(); } else if (!argv[0].ToString(context)) return FALSE; else source = argv[0].GetString(); } else source = context->rt_data->strings[STRING_empty]; ES_CollectorLock gclock(context); RegExpFlags flags; unsigned flagbits; if (argc >= 2 && !argv[1].IsUndefined()) { if (!argv[1].ToString(context)) return FALSE; if (!ES_RegExp_Object::ParseFlags(context, flags, flagbits, argv[1].GetString())) return FALSE; } else if (existing) existing->GetFlags(flags, flagbits); else if (!ES_RegExp_Object::ParseFlags(context, flags, flagbits, context->rt_data->strings[STRING_empty])) return FALSE; ES_SuspendedUpdateRegExp suspended(context, this_object, source, &flags, flagbits); if (OpStatus::IsError(suspended.status)) if (OpStatus::IsMemoryError(suspended.status)) context->AbortOutOfMemory(); else { context->ThrowSyntaxError("RegExp.compile: invalid regular expression"); return FALSE; } return_value->SetUndefined(); return TRUE; } /* static */ void ES_RegExpBuiltins::PopulatePrototype(ES_Context *context, ES_Global_Object *global_object, ES_Object *prototype) { ES_Value_Internal value; unsigned flags = static_cast<ES_RegExp_Object *>(prototype)->GetFlagBits(); ASSERT_CLASS_SIZE(ES_RegExpBuiltins); APPEND_PROPERTY(ES_RegExpBuiltins, lastIndex, 0); APPEND_PROPERTY(ES_RegExpBuiltins, source, JString::Make(context, "(?:)")); value.SetBoolean((flags & REGEXP_FLAG_GLOBAL) != 0); APPEND_PROPERTY(ES_RegExpBuiltins, global, value); value.SetBoolean((flags & REGEXP_FLAG_IGNORECASE) != 0); APPEND_PROPERTY(ES_RegExpBuiltins, ignoreCase, value); value.SetBoolean((flags & REGEXP_FLAG_MULTILINE) != 0); APPEND_PROPERTY(ES_RegExpBuiltins, multiline, value); ES_Object *toString_fn, *test_fn, *exec_fn, *compile_fn; value.SetUndefined(); APPEND_PROPERTY(ES_RegExpBuiltins, constructor, value); APPEND_PROPERTY(ES_RegExpBuiltins, toString, toString_fn = MAKE_BUILTIN(0, toString)); APPEND_PROPERTY(ES_RegExpBuiltins, test, test_fn = MAKE_BUILTIN(1, test)); APPEND_PROPERTY(ES_RegExpBuiltins, exec, exec_fn = MAKE_BUILTIN(1, exec)); APPEND_PROPERTY(ES_RegExpBuiltins, compile, compile_fn = MAKE_BUILTIN(2, compile)); /* Our optimization to return the same RegExp object again and again from a RegExp literal expression depends on the RegExp prototype changing class ID if it's modified, including if any of the built-in functions are overridden. Setting the 'has been inlined' flag on these functions accomplishes this. */ toString_fn->SetHasBeenInlined(); test_fn->SetHasBeenInlined(); exec_fn->SetHasBeenInlined(); compile_fn->SetHasBeenInlined(); ASSERT_OBJECT_COUNT(ES_RegExpBuiltins); } /* static */ void ES_RegExpBuiltins::PopulatePrototypeClass(ES_Context *context, ES_Class_Singleton *prototype_class) { OP_ASSERT(prototype_class->GetPropertyTable()->Capacity() >= ES_RegExpBuiltinsCount); JString **idents = context->rt_data->idents; ES_Layout_Info layout; DECLARE_PROPERTY(ES_RegExpBuiltins, lastIndex, DE | DD, ES_STORAGE_INT32); DECLARE_PROPERTY(ES_RegExpBuiltins, source, DE | DD | RO, ES_STORAGE_STRING); DECLARE_PROPERTY(ES_RegExpBuiltins, global, DE | DD | RO, ES_STORAGE_BOOLEAN); DECLARE_PROPERTY(ES_RegExpBuiltins, ignoreCase, DE | DD | RO, ES_STORAGE_BOOLEAN); DECLARE_PROPERTY(ES_RegExpBuiltins, multiline, DE | DD | RO, ES_STORAGE_BOOLEAN); DECLARE_PROPERTY(ES_RegExpBuiltins, constructor, DE, ES_STORAGE_WHATEVER); DECLARE_PROPERTY(ES_RegExpBuiltins, toString, DE, ES_STORAGE_OBJECT); DECLARE_PROPERTY(ES_RegExpBuiltins, test, DE | FN, ES_STORAGE_OBJECT); DECLARE_PROPERTY(ES_RegExpBuiltins, exec, DE | FN, ES_STORAGE_OBJECT); DECLARE_PROPERTY(ES_RegExpBuiltins, compile, DE, ES_STORAGE_OBJECT); } #undef ES_THIS_OBJECT

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/Lab 5 - Expressions/ExpressionManagerInterface.h

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ExpressionManagerInterface.h

//**** YOU MAY NOT MODIFY THIS DOCUMENT ****/ #ifndef EXPRESSION_INTERFACE_H #define EXPRESSION_INTERFACE_H #include <string> using std::string; class ExpressionManagerInterface { public: ExpressionManagerInterface(void) {} virtual ~ExpressionManagerInterface(void) {} /** Return the integer value of the infix expression */ virtual int value(void) = 0; /** Return the infix items from the expression Throw an error if the expression (in this order) 1) is missing ("Invalid Expression"). 2) is not balanced ("Unbalanced"). 3) has two adjacent operators ("Missing Operand"). 4) has an illegal operator ("Illegal Operator"). 5) has missing operator ("Missing Operator"). */ virtual std::string infix(void) = 0; /** Return a postfix representation of the infix expression */ virtual std::string postfix(void) = 0; /** (BONUS) Return a prefix representation of the infix expression */ virtual std::string prefix(void) { return "NOT IMPLEMENTED"; } /** Return the infix vector'd expression items */ virtual std::string toString(void) const = 0; }; #endif // EXPRESSION_INTERFACE_H

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1.6402296 1.646143 1.6371637 1.6430681 1.6323053 1.6292217 1.618856 1.6257097 1.6160664 1.6227352 1.6103353 1.6118071 1.6114544 1.6087183 1.5984309 1.6040115 1.5993541 1.6052159 1.5917545 1.5925834 1.5853693 1.5750701 1.580132 1.5860037 1.5745487 1.579908 1.5995359 1.6051084 1.5972676 1.6025775 1.5927981 1.5906092 1.586338 1.5753268 1.5804134 1.5843415 1.5738772 1.578646 ) ; } procBoundary2to0 { type processor; value nonuniform List<scalar> 52 ( 1.5241724 1.5242389 1.5241399 1.5297042 1.5225874 1.5242352 1.5242352 1.5241499 1.5241499 1.5241499 1.5241499 1.5210289 1.5220187 1.5242275 1.5242275 1.5242275 1.5242275 1.5243262 1.5243262 1.5243262 1.520858 1.5207982 1.524362 1.524362 1.524517 1.524517 1.520858 1.5207982 1.5245477 1.5245477 1.5245477 1.5207501 1.5207538 1.5248037 1.520753 1.5207604 1.520657 1.522428 1.5207561 1.5207656 1.5207807 1.520448 1.5207593 1.5207695 1.5207663 1.5207672 1.5207672 1.5207663 1.520763 1.5207726 1.5207748 1.5207681 ) ; } procBoundary2to3 { type processor; value nonuniform List<scalar> 1155 ( 1.5306596 1.5231248 1.5215468 1.5223214 1.5413209 1.5250947 1.52118 1.52113 1.5228369 1.5215886 1.5209712 1.5218051 1.5226744 1.5246973 1.5655243 1.5291059 1.5213482 1.5206689 1.520533 1.5217953 1.5217832 1.52216 1.5228369 1.5228369 1.5228369 1.5225816 1.5225816 1.5225816 1.5209388 1.5206897 1.5212837 1.5214635 1.5219417 1.5227907 1.5230826 1.5265049 1.5492182 1.5962315 1.535922 1.5226153 1.5208156 1.5217953 1.5207754 1.5216353 1.5216648 1.5217953 1.5217832 1.52216 1.52216 1.5221091 1.5226468 1.5198646 1.5226468 1.5226468 1.5226468 1.5221817 1.5221836 1.5210355 1.5211297 1.5208834 1.520925 1.5226615 1.5214628 1.5219464 1.5228764 1.5231462 1.5266886 1.5415752 1.5683882 1.6034438 1.609956 1.5247136 1.5488561 1.5197652 1.5216648 1.5212442 1.521766 1.521238 1.5216353 1.5216648 1.5216648 1.5216481 1.5215156 1.5215668 1.5216313 1.5216481 1.5216555 1.5218227 1.5216786 1.5219171 1.5219171 1.521969 1.5219531 1.5210355 1.5210355 1.5211297 1.5221814 1.5200384 1.5220828 1.5222208 1.5221814 1.5220381 1.5220139 1.5221308 1.5220899 1.521875 1.5219332 1.5219825 1.5222264 1.5213385 1.521369 1.5215388 1.5215898 1.5246447 1.5214058 1.5221155 1.5229581 1.5230893 1.5231062 1.52418 1.5298852 1.5480952 1.5650521 1.5866686 1.6057979 1.6290059 1.6435715 1.6078873 1.5234871 1.5488561 1.521766 1.521766 1.5216286 1.5217157 1.5217107 1.5217072 1.5216499 1.5216499 1.5215668 1.5215156 1.5215668 1.5214846 1.5216971 1.5213502 1.5214143 1.5214846 1.5214263 1.5214143 1.5214263 1.5214846 1.5213417 1.5212662 1.5216811 1.5216951 1.521259 1.5212184 1.5217428 1.5212123 1.5217415 1.5212184 1.5217272 1.5217415 1.5217415 1.5217509 1.521759 1.5217334 1.5217487 1.5215898 1.521878 1.521929 1.52224 1.5222264 1.5222264 1.5222264 1.5233553 1.5207073 1.5207202 1.5220828 1.5221548 1.5221162 1.5218123 1.5218086 1.5217739 1.5217815 1.5218541 1.521875 1.521875 1.5219332 1.5219825 1.5219825 1.5218303 1.5218573 1.5220215 1.5220501 1.5222733 1.5223161 1.5225517 1.5225597 1.5246447 1.5246447 1.5212928 1.5223294 1.5221226 1.5230177 1.5229767 1.5230335 1.5243429 1.524085 1.5242464 1.5301506 1.5480979 1.5715754 1.5908272 1.6102757 1.646148 1.6589676 1.6209167 1.5233468 1.5500997 1.5222089 1.5222089 1.5227 1.5229254 1.5232002 1.5220305 1.5217993 1.5215885 1.5215045 1.5216971 1.5216971 1.5212978 1.5213471 1.5212978 1.5213852 1.5214343 1.5212775 1.5212625 1.5212394 1.5212327 1.5212184 1.5212123 1.5212076 1.5212157 1.5211906 1.5211906 1.5212062 1.5211891 1.5211851 1.5211845 1.5211865 1.5226532 1.5225597 1.523069 1.5230323 1.5233995 1.5233516 1.5237471 1.5237274 1.5241345 1.5241345 1.524103 1.5207073 1.5207073 1.5207202 1.52198 1.5220148 1.522017 1.5217712 1.5212565 1.5212294 1.5212104 1.5211973 1.5212973 1.5213372 1.5208778 1.5213372 1.521434 1.5216036 1.523542 1.5239529 1.524452 1.5250487 1.525832 1.5266448 1.5275831 1.5286027 1.5211478 1.5223381 1.5225361 1.5230696 1.522845 1.5214733 1.5213649 1.5229103 1.521701 1.5218135 1.5235716 1.5218135 1.5236187 1.5239159 1.5239351 1.5304444 1.5265379 1.5263242 1.5481673 1.5435267 1.5630651 1.5797664 1.5708836 1.6209167 1.5932948 1.6315978 1.626977 1.6534412 1.6605788 1.6289104 1.5232733 1.52329 1.5207063 1.5811516 1.5416726 1.5236255 1.5236255 1.5242928 1.5248774 1.5255803 1.5231522 1.5225982 1.5221709 1.5219333 1.522472 1.522472 1.5213305 1.5214762 1.5213305 1.5215255 1.5215875 1.5217307 1.5212705 1.5212346 1.5209585 1.5209941 1.5212044 1.5212076 1.5211977 1.5212027 1.5208738 1.5208983 1.5211675 1.5211774 1.5211747 1.5211747 1.5211891 1.5211954 1.5211065 1.5211236 1.5211248 1.5211388 1.5211411 1.5211524 1.5211551 1.5211646 1.525832 1.5266448 1.5292695 1.5275831 1.5286027 1.5286027 1.5324339 1.5309696 1.5338299 1.5351616 1.5380374 1.5365201 1.5390813 1.5390813 1.5206472 1.5206499 1.520666 1.5206683 1.5205194 1.5218839 1.5217712 1.5205194 1.5217712 1.5209838 1.5210329 1.5210298 1.521065 1.5210617 1.5210878 1.5210857 1.5211066 1.5209852 1.5208778 1.5208726 1.5208778 1.5207772 1.5208726 1.5206687 1.520777 1.5206973 1.5206564 1.5264313 1.5274428 1.5286489 1.5300462 1.5209802 1.5225496 1.5228009 1.523118 1.5231632 1.5207872 1.5228443 1.5228513 1.5211579 1.5212179 1.5213649 1.5214733 1.521701 1.5218135 1.5246712 1.5230715 1.5248503 1.5230206 1.5253212 1.5251498 1.5256251 1.5256494 1.5261307 1.5259448 1.536192 1.5524285 1.5468808 1.5368853 1.56475 1.580349 1.595516 1.6289104 1.6152351 1.6113416 1.642553 1.6420705 1.6643347 1.67264 1.6359709 1.5207063 1.5228627 1.5207063 1.5207063 1.5985748 1.5654932 1.5246563 1.5246563 1.525435 1.5262477 1.5272211 1.523988 1.5232495 1.5226269 1.5222856 1.5230535 1.5230535 1.5213971 1.5215255 1.5215255 1.5217813 1.5219915 1.5213008 1.5212215 1.5210575 1.5209697 1.5210107 1.5208634 1.5208738 1.5208531 1.5208568 1.5208731 1.5209009 1.520816 1.5208359 1.5208195 1.5208195 1.5208478 1.5208503 1.5207489 1.5207581 1.5207679 1.5207779 1.5207877 1.5207966 1.5208043 1.5208108 1.5207164 1.5326324 1.5300462 1.5345865 1.539499 1.539499 1.5367968 1.5286489 1.5300462 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1.5209648 1.5209529 1.5209852 1.5209852 1.5226033 1.5210901 1.5211287 1.520759 1.5207797 1.5207797 1.5209084 1.520929 1.5213397 1.5215649 1.5213742 1.5213756 1.5217449 1.5212589 1.5212291 1.521197 1.5214102 1.5214474 1.5213756 1.5215839 1.5216618 1.5236535 1.5243295 1.5259932 1.5251534 1.5280218 1.5269657 1.5292601 1.5304438 1.5361375 1.5337143 1.5387341 1.5409538 1.5331674 1.5409233 1.5413614 1.5445683 1.5427888 1.5460698 1.5481857 1.5611452 1.5773937 1.5801603 1.5785676 1.5618051 1.561205 1.593841 1.609401 1.6069186 1.6292729 1.6371385 1.6428291 1.6041802 1.5212602 1.5211405 1.5208894 1.5209097 1.5208668 1.5208752 1.5208232 1.5208417 1.5208254 1.5208254 1.5208582 1.5208615 1.5207692 1.5207805 1.5207912 1.5208008 1.5208088 1.5208151 1.5208198 1.5207351 1.5207351 1.5405295 1.543735 1.5517999 1.5473495 1.5324302 1.5350187 1.5374545 1.562207 1.5563194 1.5563194 1.567683 1.5736074 1.5800016 1.5879443 1.5879443 1.5953414 1.5207388 1.5205637 1.5205863 1.5205692 1.5205664 1.5205574 1.5205632 1.5205597 1.5205752 1.5205571 1.5205125 1.520511 1.5205089 1.5205089 1.5207041 1.5207066 1.5207097 1.5207006 1.5206451 1.5206297 1.5206451 1.5206223 1.5206297 1.520584 1.5205766 1.5206114 1.5205589 1.5205402 1.520722 1.5207092 1.5206972 1.5206865 1.5206772 1.5206772 1.5207015 1.5206951 1.5207101 1.5207354 1.5209847 1.5209895 1.5209724 1.520977 1.5209985 1.521009 1.521009 1.5210901 1.521062 1.5211287 1.52111 1.5207726 1.520749 1.5207901 1.5207901 1.5209503 1.520959 1.5209643 1.5215649 1.5217449 1.521197 1.5214102 1.5222742 1.5219702 1.5226248 1.5230882 1.5242317 1.5250415 1.527069 1.5260157 1.5297024 1.528291 1.5313238 1.5331674 1.5378024 1.5352604 1.540722 1.5432117 1.5344775 1.5454634 1.5476387 1.5537264 1.5505417 1.5567044 1.5601084 1.5734376 1.5911202 1.5893481 1.5911639 1.5695284 1.5712461 1.6090643 1.6229397 1.6163711 1.5207039 1.5206659 1.5205863 1.520658 1.5206621 1.5205863 1.5205737 1.5205882 1.5205857 1.5205585 1.5205597 1.5205597 1.5205934 1.5205752 1.520511 1.520511 1.5205207 1.5205207 1.5205977 1.5205815 1.5205641 1.5205465 1.5207018 1.5207219 1.520747 1.5207229 1.5207344 1.5209874 1.5209983 1.52097 1.5209776 1.5210127 1.5210329 1.521062 1.52111 1.520749 1.5208028 1.520749 1.5208143 1.5208095 1.520828 1.5208143 1.520957 1.5209389 1.5208655 1.5209433 1.5208738 1.5209628 1.5217432 1.5219605 1.5213298 1.5213104 1.5215549 1.522594 1.5222298 1.5230066 1.5235592 1.5245342 1.5254236 1.5276501 1.5264947 1.5305796 1.5290032 1.5323993 1.5344775 1.5436953 1.5473743 1.5510707 1.5601081 1.5554208 1.5646802 1.5695851 1.5849088 1.5977585 1.6030191 1.5750822 1.5798731 1.5206892 1.5207157 1.520658 1.520658 1.5206621 1.5206061 1.5206298 1.5206006 1.5205657 1.5205683 1.5205683 1.5205934 1.5205902 1.520522 1.520522 1.5205302 1.5205302 1.5207101 1.5207329 1.5207502 1.5207634 1.5207229 1.5207229 1.5207344 1.5210005 1.5210206 1.5209732 1.5209843 1.5210475 1.5210838 1.5211345 1.5212089 1.5208235 1.5207743 1.5207599 1.5208388 1.5208312 1.5208388 1.5209482 1.5208832 1.5208655 1.5208547 1.5208738 1.5209555 1.5218336 1.522069 1.5213179 1.5214138 1.5216283 1.5227577 1.5223607 1.5232033 1.5238012 1.5207203 1.5207467 1.520732 1.520749 1.52069 1.5206684 1.5206942 1.5206202 1.5206437 1.5206406 1.5206151 1.5205775 1.5205778 1.5205778 1.5206146 1.5206151 1.5206009 1.520748 1.52076 1.5207713 1.5207347 1.5207501 1.5207347 1.5207463 1.5210119 1.5210329 1.5209646 1.5209826 1.5209946 1.5210608 1.5210976 1.5211473 1.521215 1.520834 1.5207873 1.5207743 1.5207846 1.5208483 1.5208413 1.5208832 1.5208832 1.5208547 1.5208547 1.5208834 1.520964 1.5212915 1.521466 1.5207592 1.5207673 1.5207588 1.5207626 1.52069 1.5207053 1.5207021 1.5207096 1.520662 1.5206833 1.5206601 1.5206354 1.5205912 1.5205912 1.5206232 1.5206354 1.520615 1.5207701 1.5207851 1.5207501 1.5207501 1.5207594 1.5207706 1.5210169 1.5210372 1.5209726 1.5209884 1.5210001 1.521064 1.5210993 1.5211455 1.5212056 1.5208428 1.5207981 1.5207873 1.5207882 1.5208575 1.5208505 1.5208909 1.5208909 1.5208638 1.5208638 1.5208934 1.5209651 1.5207733 1.5207721 1.5207679 1.5207701 1.5207053 1.5207155 1.5207077 1.5207197 1.5206782 1.5206941 1.5206752 1.5206524 1.5206333 1.5206524 1.5207792 1.5207788 1.5207893 1.5207567 1.5207524 1.5207567 1.5207656 1.5207758 1.5209781 1.5207981 1.5207903 1.5208992 1.5208992 1.5209673 1.5207752 1.5207746 1.5207727 1.5207155 1.5207123 1.5206903 1.5207024 1.5207788 1.5207837 1.5207524 1.5207524 1.5207605 1.5207695 1.5207793 1.5207762 1.5207785 1.5207853 ) ; } procBoundary2to4 { type processor; value nonuniform List<scalar> 468 ( 1.5222451 1.5218176 1.5214139 1.521306 1.5212908 1.5218176 1.5214139 1.5214145 1.521407 1.5212908 1.5212908 1.5213597 1.5213409 1.5214145 1.5214145 1.5214145 1.521407 1.521407 1.5214027 1.521004 1.522641 1.522641 1.522641 1.5224471 1.5214264 1.5214264 1.5214264 1.5214014 1.5214072 1.521524 1.5215393 1.5215393 1.5215382 1.5215207 1.5215134 1.5206639 1.5209835 1.5219583 1.5217577 1.5224616 1.5208057 1.5226254 1.5226225 1.5226254 1.5226225 1.5226225 1.5215284 1.5215094 1.5215005 1.521833 1.5219329 1.5219329 1.5219329 1.5219293 1.5219026 1.521924 1.5208057 1.5206641 1.5209326 1.5219622 1.5221398 1.5225335 1.5226149 1.5226184 1.5226587 1.5226587 1.5226462 1.5226393 1.5226379 1.5216235 1.5217207 1.5225622 1.5225197 1.5225182 1.5224169 1.5225182 1.5224169 1.5224164 1.522403 1.5222902 1.5222079 1.5221883 1.5221238 1.5206659 1.5208474 1.5221328 1.5223302 1.5225706 1.5226041 1.5224706 1.5224824 1.5223321 1.5226304 1.5226667 1.5226667 1.5226539 1.5226522 1.5226522 1.52265 1.5226487 1.5225802 1.5226557 1.5226484 1.5226314 1.5225241 1.5225743 1.5226091 1.5225241 1.5225227 1.5225078 1.5223828 1.5223546 1.5223275 1.5223053 1.5226245 1.5226301 1.5225116 1.5224896 1.5225497 1.5225898 1.522506 1.5224658 1.5225677 1.5226383 1.5225116 1.5225116 1.5224658 1.5232723 1.5231018 1.5226732 1.5226732 1.5226605 1.5226579 1.522666 1.5226601 1.5226579 1.522658 1.5226564 1.5226573 1.5226205 1.5225935 1.5225743 1.5225031 1.5225371 1.5225631 1.5225031 1.5225026 1.522487 1.5223648 1.5223368 1.5223117 1.5222922 1.522654 1.5226258 1.5226668 1.522436 1.5224244 1.5224681 1.5224519 1.5225218 1.5224955 1.5227019 1.5227429 1.5226306 1.5229004 1.5228441 1.5231018 1.5230424 1.5224208 1.5224244 1.5224235 1.5224519 1.522436 1.522436 1.5224244 1.5224244 1.5226306 1.5225765 1.5251938 1.5246731 1.5258935 1.522666 1.5226612 1.522666 1.522666 1.5226526 1.522637 1.5226595 1.5226604 1.5226589 1.5226456 1.522598 1.5225659 1.5225371 1.522476 1.5225054 1.5225269 1.522476 1.5224751 1.522458 1.5223459 1.5223219 1.5223009 1.5222851 1.5226214 1.5226489 1.522557 1.5225896 1.5224299 1.5224173 1.5224207 1.5224726 1.5224477 1.5231088 1.5233083 1.5229477 1.5238566 1.5235557 1.5246731 1.5242301 1.5224018 1.5224074 1.5224267 1.5224173 1.5223993 1.5224146 1.5224006 1.5224904 1.522457 1.5224267 1.5224375 1.522667 1.5229477 1.5258935 1.5226317 1.522598 1.5225661 1.522637 1.522637 1.522637 1.5226289 1.5226056 1.522648 1.5226555 1.5226317 1.5226408 1.5226557 1.5226528 1.522629 1.5225927 1.5225456 1.5225054 1.5225156 1.5225945 1.5225107 1.5225515 1.5224076 1.522406 1.52242 1.522419 1.5224094 1.5224091 1.5224049 1.5224075 1.52332 1.5235604 1.523126 1.524217 1.5238563 1.5251908 1.5246585 1.522414 1.522425 1.5224536 1.522419 1.5224025 1.5224126 1.5224066 1.522568 1.5225124 1.5224536 1.5224766 1.5228407 1.5228013 1.523126 1.5262226 1.5225661 1.5225232 1.5225046 1.5224807 1.5224871 1.5226056 1.522569 1.5225232 1.522611 1.5225829 1.5226448 1.5226169 1.5226208 1.5226455 1.5226414 1.5226265 1.5225324 1.5224975 1.522436 1.5224214 1.5224535 1.5224713 1.5224137 1.5224112 1.5224075 1.5224195 1.5224046 1.5223994 1.5224005 1.5224029 1.523432 1.523691 1.523223 1.5244021 1.5240102 1.5254546 1.5248787 1.5224518 1.522475 1.5225189 1.5224316 1.5224195 1.5224179 1.5224336 1.5227058 1.5226216 1.5225189 1.52256 1.522837 1.522928 1.523223 1.522514 1.5224663 1.5224871 1.5225035 1.5224428 1.522427 1.5224377 1.5225829 1.5225442 1.5225035 1.5225499 1.5225115 1.5226304 1.5225857 1.5225858 1.522605 1.5226299 1.5224686 1.5224219 1.5224119 1.5224347 1.5224507 1.5224316 1.5224227 1.5224164 1.5224099 1.5224359 1.5223954 1.5224002 1.522399 1.5224013 1.5224047 1.5224702 1.5224954 1.5225422 1.5224436 1.5224339 1.5224287 1.52245 1.5227224 1.5226458 1.5225422 1.5225844 1.5228182 1.5230033 1.5224454 1.5224236 1.5224377 1.5224411 1.5224639 1.5224159 1.522407 1.5224201 1.5225115 1.5224731 1.5224411 1.5225177 1.5224829 1.5226105 1.522572 1.5225538 1.522586 1.5224272 1.5223976 1.5223958 1.5224007 1.5224054 1.5224436 1.522425 1.5224186 1.5224121 1.5224364 1.5223949 1.5223981 1.5223996 1.5224026 1.5224065 1.5224822 1.522508 1.5225554 1.5224522 1.5224438 1.5224362 1.5224611 1.5227231 1.5226553 1.5225554 1.5225971 1.5224125 1.5224118 1.5224201 1.5224306 1.5224335 1.5224006 1.522396 1.5224112 1.5224829 1.5224536 1.5224306 1.5224944 1.5224649 1.5225578 1.5225268 1.5224044 1.5224129 1.5223957 1.5223949 1.5223973 1.5223998 1.5224522 1.5224266 1.5224362 1.5223957 1.5223977 1.5224057 1.5224064 1.5224112 1.5224256 1.5224141 1.5224649 1.5224424 1.5224256 1.5224013 1.5224039 1.5223959 1.5223956 1.5223966 1.5223978 1.522403 1.5224007 1.5223998 ) ; } procBoundary2to5 { type processor; value nonuniform List<scalar> 743 ( 1.523939 1.5301289 1.5244464 1.5244464 1.5244464 1.5230051 1.5230051 1.5225488 1.5221885 1.5219377 1.5216798 1.5216798 1.5408324 1.5408324 1.5408324 1.5221885 1.5267274 1.5225852 1.5222049 1.5219155 1.5219377 1.5214323 1.5214323 1.5222949 1.5243543 1.5663045 1.5315457 1.5223968 1.5216563 1.521666 1.5215613 1.5215613 1.5215613 1.5215613 1.52225 1.52225 1.52225 1.52225 1.5219155 1.5217838 1.5219155 1.5219155 1.5214628 1.5222264 1.5211892 1.5215559 1.5215559 1.5223973 1.5228152 1.5264296 1.5495444 1.6005453 1.5400205 1.5239352 1.5216743 1.5216245 1.5215727 1.5215727 1.5215074 1.5215074 1.5215389 1.5217342 1.5215603 1.5214428 1.5219417 1.5217838 1.5217838 1.5220508 1.5221273 1.5220423 1.5220423 1.5218979 1.5228522 1.5214628 1.5239191 1.521229 1.521229 1.5215831 1.5215831 1.5224698 1.5229 1.5266133 1.5421282 1.5694413 1.6059515 1.6178501 1.5560132 1.5267815 1.5218578 1.5217831 1.5217831 1.5217942 1.5216757 1.5214551 1.521636 1.5216373 1.5216373 1.5217227 1.5217342 1.5217342 1.5214248 1.5214154 1.5214214 1.5219417 1.5219417 1.5223323 1.5224494 1.5223323 1.5220508 1.5221273 1.5229667 1.5228727 1.5232639 1.5233577 1.5228522 1.5232639 1.5228522 1.5227393 1.5241121 1.5214057 1.521416 1.5267419 1.5218623 1.5217291 1.5217291 1.5217291 1.5228228 1.5225353 1.5228625 1.5225353 1.5225353 1.5241004 1.5301596 1.5489383 1.5877479 1.5659594 1.6313127 1.6070755 1.6177409 1.6484228 1.5545513 1.5221632 1.5221843 1.5220538 1.5220538 1.5220406 1.5220519 1.5220902 1.5220878 1.5221027 1.5220472 1.521542 1.5215453 1.5220611 1.5220851 1.5220851 1.5220851 1.5220851 1.522065 1.5220209 1.5220167 1.5220497 1.5220521 1.5220497 1.5220497 1.5215255 1.5215232 1.5215232 1.5215255 1.5215084 1.5215084 1.5215017 1.5215017 1.52151 1.52151 1.5215136 1.5215136 1.5223653 1.5224111 1.5223653 1.5223599 1.5233368 1.5232433 1.5236685 1.5237199 1.5232433 1.5228727 1.5226374 1.522568 1.5228727 1.5229667 1.5250498 1.5251 1.5256996 1.5257357 1.5250498 1.5245243 1.5245361 1.5249947 1.5241121 1.5241121 1.5245243 1.5240614 1.5215184 1.5215067 1.5215121 1.5215013 1.5215013 1.5215121 1.5243073 1.5227629 1.5242074 1.5240245 1.5224959 1.522631 1.5227258 1.5227629 1.5235816 1.5304485 1.5488532 1.5724387 1.5917924 1.6480825 1.611398 1.6310497 1.6647434 1.5872302 1.5453413 1.5229195 1.5231329 1.5224065 1.5224065 1.5224909 1.5224056 1.5225992 1.5227337 1.5221543 1.5221543 1.5221733 1.5219417 1.5219536 1.5220885 1.522126 1.5221398 1.5221398 1.522181 1.5221996 1.5222342 1.5223457 1.5222862 1.5223457 1.5222862 1.5219417 1.5218956 1.5218899 1.5218896 1.521886 1.5218863 1.5218849 1.5235071 1.5238858 1.5235071 1.5234812 1.5282604 1.52724 1.5294193 1.5308271 1.52724 1.5255524 1.5248423 1.5289233 1.5243201 1.5255524 1.5263851 1.538653 1.540355 1.5423877 1.538653 1.5355483 1.5373573 1.5390576 1.533797 1.533797 1.5355483 1.5322507 1.5219288 1.5219245 1.5218969 1.5219046 1.5219245 1.523886 1.523865 1.526563 1.5263503 1.5307451 1.522631 1.522631 1.522631 1.5225091 1.5229353 1.5235505 1.5235816 1.523886 1.5235816 1.5486495 1.5438301 1.5635801 1.5716631 1.5804958 1.5941752 1.6554579 1.6284588 1.6324274 1.6376968 1.6650985 1.6040525 1.5709343 1.5244317 1.5249904 1.5230442 1.5230442 1.5232777 1.5230354 1.523573 1.5239369 1.5222375 1.5224175 1.5224175 1.5219782 1.5219807 1.5220885 1.5220885 1.5219927 1.5224808 1.5224916 1.5224916 1.5225374 1.5224867 1.5225782 1.5228613 1.5226935 1.5228613 1.5226935 1.5219782 1.5219695 1.5219354 1.5219356 1.5219293 1.5219278 1.5219402 1.5219289 1.5219297 1.5219222 1.5219252 1.5219225 1.5219252 1.5219205 1.5256837 1.526598 1.5256837 1.525658 1.5364261 1.5342159 1.5389032 1.5419159 1.5342159 1.5289233 1.5289233 1.5276174 1.5303727 1.5322012 1.5578278 1.561082 1.5648872 1.5578278 1.551437 1.5551082 1.5585355 1.5478981 1.5478981 1.551437 1.5448292 1.5221064 1.5220577 1.5220453 1.5220116 1.5219596 1.5219425 1.5220116 1.5219881 1.5220051 1.5219647 1.5257184 1.5256406 1.5261555 1.5259584 1.5369949 1.5364711 1.5528375 1.5472989 1.5232339 1.5232339 1.5231583 1.5229353 1.5229353 1.5227695 1.5248077 1.5249394 1.5257184 1.5253303 1.5258088 1.525514 1.525514 1.5255631 1.5227695 1.5652408 1.5809176 1.596258 1.615825 1.6122513 1.6657352 1.6435966 1.6431574 1.6430831 1.6741876 1.6184859 1.5910501 1.525515 1.5262974 1.5235308 1.5235308 1.5238701 1.5235165 1.524294 1.5248142 1.5226077 1.5223683 1.5225992 1.5225992 1.5222764 1.5222967 1.5224057 1.5224057 1.5223212 1.5224931 1.5225053 1.5225053 1.5225516 1.522699 1.5228285 1.5232269 1.5229882 1.5232269 1.5229882 1.5222764 1.5222367 1.522186 1.5221988 1.5221686 1.5221763 1.5221638 1.5221598 1.522157 1.5221552 1.5221578 1.5221621 1.5221548 1.5221554 1.5269697 1.5281652 1.5269697 1.5269995 1.5406049 1.5378306 1.5437164 1.5475301 1.5378306 1.5312126 1.5312126 1.5294773 1.5330602 1.5353759 1.5713028 1.5772943 1.5836082 1.5713028 1.5603882 1.5658817 1.5719908 1.5552787 1.5552787 1.5603882 1.5513831 1.5222835 1.5222657 1.5222508 1.5222378 1.5221768 1.5221696 1.5222378 1.5221943 1.5222161 1.5222004 1.5221848 1.535561 1.5361885 1.5368921 1.5370594 1.5519532 1.5504669 1.5641156 1.5664048 1.5244015 1.5243451 1.5243451 1.5243597 1.5240932 1.5239829 1.5236245 1.5236945 1.5237107 1.5233857 1.5236245 1.5328811 1.5347176 1.535561 1.5355935 1.536283 1.5357408 1.5414765 1.5418784 1.5233857 1.5792727 1.5954427 1.5970155 1.6128611 1.6269668 1.6285079 1.6570074 1.6521421 1.608373 1.5267582 1.5278028 1.524076 1.524076 1.5245386 1.5240627 1.5251118 1.5258156 1.5226202 1.5225063 1.5227862 1.5227862 1.5222906 1.5223132 1.5224167 1.5224167 1.5223403 1.5225319 1.5225465 1.5225465 1.5225944 1.5229194 1.5230913 1.523619 1.5233048 1.523619 1.5233048 1.5222906 1.5222472 1.5221889 1.5222031 1.5221693 1.5221781 1.5221601 1.5221564 1.522154 1.5221526 1.5221567 1.5221619 1.5221527 1.5221538 1.5283446 1.5298389 1.5283446 1.5284993 1.5449349 1.5415689 1.5487078 1.5533439 1.5415689 1.5336156 1.5336156 1.5314614 1.5358638 1.5387064 1.5831343 1.5909818 1.5993722 1.5831343 1.569161 1.5759701 1.5840996 1.5626449 1.5626449 1.569161 1.5580261 1.522274 1.5222592 1.5222474 1.5222379 1.5221723 1.5221655 1.5222004 1.5222379 1.5222004 1.5221796 1.5429937 1.5445274 1.5460721 1.5482537 1.561583 1.5610464 1.561458 1.5776375 1.5803716 1.5788911 1.5315325 1.5304347 1.5304347 1.5306911 1.5295585 1.5283923 1.5265213 1.527339 1.5269585 1.5259533 1.5265213 1.5364144 1.5387649 1.5414765 1.5429937 1.5424403 1.5441481 1.5415689 1.5427378 1.5435886 1.5259533 1.5941877 1.6097454 1.6070956 1.6293759 1.6372043 1.6431234 1.5226553 1.5226551 1.5223252 1.5223525 1.5224533 1.5224533 1.5223856 1.5223252 1.5222818 1.522211 1.5222289 1.5221863 1.5221974 1.5221635 1.522161 1.5221599 1.5221599 1.5221693 1.5221766 1.5221615 1.5221645 1.5222702 1.5222583 1.5222489 1.5222413 1.5221729 1.5221675 1.522202 1.5222413 1.522202 1.5221788 1.5506383 1.5534593 1.5564589 1.5599026 1.569072 1.5708533 1.5736245 1.5909908 1.5894076 1.5913307 1.5342133 1.5324454 1.5324454 1.5324955 1.5312312 1.5296936 1.5273537 1.5283779 1.5279413 1.5267394 1.5273537 1.53787 1.5404542 1.5427378 1.5506383 1.5481783 1.5517463 1.5453606 1.542829 1.5437694 1.6090068 1.6229136 1.6162564 1.5553053 1.5595036 1.5640332 1.5689086 1.5743077 1.5791159 1.584785 1.5975563 1.6028779 1.5353567 1.5333723 1.5333723 1.5334438 1.5320987 1.5303861 1.5278129 1.5289332 1.5284765 1.5271546 1.5278129 1.542829 1.5553053 1.5506858 1.5559433 1.5465454 ) ; } } // ************************************************************************* //

f3aa25be3f328adda50b22b240f562b37aa9d505

0872e0bc42c1ff5699dd14d22a12f09e38a6ec67

/MIG_SFML_WINDOWS/State/MainMenu.h

cd3c85d0c29a1cb3d99f0bdaa4700d57deb06fac

[]

no_license

WearyWanderer/MIG_SFML_WINDOWS

7d50470a729df955c56dff3ee59126fad36c9676

7536051a8972f9e217a9c4a741674796927bf879

refs/heads/master

2021-01-20T10:30:41.070884

2017-01-31T16:49:43

71,495,227

0

null

UTF-8

C++

false

1,021

h

MainMenu.h

#pragma once #include "../Base/BaseLoopClass.h" #include "../Base/stdafx.h" #include "../Base/Application.h" enum ActiveMenu { MAIN_ROOT, LOBBY_SEARCH, HOST_INFO, LOGIN, FAIL_LOGIN }; class MainMenu : public BaseLoopClass { public: MainMenu() {}; MainMenu(tgui::Gui* gui, sf::RenderWindow* window); ~MainMenu(); void Init() override; void Simulate(float deltaTime) override; void Render() override; void SwitchMenu(ActiveMenu menu); inline ActiveMenu GetActiveMenu() { return m_active; } inline sf::Font GetDefaultFont() { return m_defaultFont; } void InitHosting(); void InitLogin(); void InitLobbySearch(); void RefreshLobbySearch(); void AddLobbyListing(std::string lobbyString, unsigned int lobbyNum); void AttemptJoinLobby(); #pragma region Thread Safe Queue Objects std::mutex lock; std::vector<std::string> lobbiesQueue; #pragma endregion private: sf::Font m_defaultFont; sf::Text lobbyCount; std::string selectedLobby = ""; tgui::Gui* m_gui; ActiveMenu m_active = MAIN_ROOT; };

ec35a9b06a19c0f96ed37efbb55ae8f747ddd50b

9443a143d4bcc429a433d5518dd9cb060875000e

/src/nseof/flowmodels/ke/KEStencil.cpp

ed81ae08db3ccdd55c9502685b7a721dc866b567

[]

no_license

martenlienen/turbulence

a8f5cc583aef44a6765ed81ab53db2c1bdbdd56b

3512685f3e4f50f00361b50e1fa891eed42e8e1c

refs/heads/master

2021-06-19T18:41:47.032523

2016-01-29T23:27:20

45,708,901

1

0

null

UTF-8

C++

false

1,146

cpp

KEStencil.cpp

#include "../../stencils/StencilFunctions.h" #include "KEStencil.h" namespace nseof { namespace flowmodels { namespace ke { KEStencil::KEStencil(const Parameters& parameters) : FieldStencil<FlowField>(parameters) {} void KEStencil::apply(FlowField& flowField, int i, int j) { // calculate new value from old value and rhs flowField.getTke(i, j) += _parameters.timestep.dt * flowField.getRHSTke(i, j); flowField.getTke(i, j) *= flowField.getTke(i, j) < 0.0 ? 0.0 : 1.0; flowField.getEpsilon(i, j) += _parameters.timestep.dt * flowField.getRHSEpsilon(i, j); flowField.getEpsilon(i, j) *= flowField.getEpsilon(i, j) < 0.0 ? 0.0 : 1.0; } void KEStencil::apply(FlowField& flowField, int i, int j, int k) { // calculate new value from old value and rhs flowField.getTke(i, j, k) += _parameters.timestep.dt * flowField.getRHSTke(i, j, k); flowField.getTke(i, j, k) *= flowField.getTke(i, j, k) < 0.0 ? 0.0 : 1.0; flowField.getEpsilon(i, j, k) += _parameters.timestep.dt * flowField.getRHSEpsilon(i, j, k); flowField.getEpsilon(i, j, k) *= flowField.getEpsilon(i, j, k) < 0.0 ? 0.0 : 1.0; } } } }

21feb6dd348453ab04754cbd0e61ddc253e14ef0

59418b5794f251391650d8593704190606fa2b41

/plugin_api/qsf/qsf/renderer/helper/OgreManualObjectHelper.h

430db6936c632aa5391aa867420e68d5ed6e83bb

[]

no_license

JeveruBerry/emergency5_sdk

8e5726f28123962541f7e9e4d70b2d8d5cc76cff

e5b23d905c356aab6f8b26432c72d18e5838ccf6

refs/heads/master

2023-08-25T12:25:19.117165

2018-12-18T16:55:16

2018-12-18T17:09:54

null

0

null

UTF-8

C++

false

6,779

h

OgreManualObjectHelper.h

// Copyright (C) 2012-2018 Promotion Software GmbH //[-------------------------------------------------------] //[ Header guard ] //[-------------------------------------------------------] #pragma once //[-------------------------------------------------------] //[ Includes ] //[-------------------------------------------------------] #include "qsf/Export.h" #include <OGRE/OgreFrameListener.h> #include <OGRE/OgreColourValue.h> //[-------------------------------------------------------] //[ Forward declarations ] //[-------------------------------------------------------] namespace Ogre { class ManualObject; } //[-------------------------------------------------------] //[ Namespace ] //[-------------------------------------------------------] namespace qsf { //[-------------------------------------------------------] //[ Classes ] //[-------------------------------------------------------] /** * @brief * Helper class for building OGRE manual object geometry * * @todo * - TODO(fw): Should we rewrite method interface to use GLM and QSF classes instead of OGRE? (This is already done for addPolygon, which was added last.) */ class QSF_API_EXPORT OgreManualObjectHelper { //[-------------------------------------------------------] //[ Public methods ] //[-------------------------------------------------------] public: /** * @brief * Constructor * * @param[in] ogreManualObject * Target OGRE manual object to be edited/expanded, must stay valid as long as this OGRE manual object helper instance exists */ explicit OgreManualObjectHelper(Ogre::ManualObject& ogreManualObject); /** * @brief * Destructor */ virtual ~OgreManualObjectHelper(); /** * @brief * Set material name to be used for geometry created by following calls */ void setMaterial(const Ogre::String& materialName); /** * @brief * Set vertex color to be used for geometry created by following calls */ void setColor(const Ogre::ColourValue& color); /** * @brief * Add box geometry to the manual object instance * * @param[in] center * Center point of the box. Transformation matrix not automatically applied to this. * @param[in] transformation * Transformation matrix that is applied to all generated vertices * @param[in] extents * Extents of the box describing HALF side lengths (x, y, z) */ void addBox(const Ogre::Vector3& center, const Ogre::Matrix3& transformation, const Ogre::Vector3& extents); /** * @brief * Add torus geometry around the x-axis to the manual object instance * * @param[in] center * Center point of the torus in local space. Transformation matrix not automatically applied to this. * @param[in] transformation * Transformation matrix that is applied to all generated vertices * @param[in] outerRadius * Outer radius of the torus, i.e. radius of the circle the torus is built around * @param[in] innerRadius * Inner radius of the torus, i.e. distance of every point of the torus surface from the circle with outerRadius. Should be less than outerRadius. * @param[in] segments * Number of segments, i.e. detail level for the circle with outerRadius that the torus is built around. Recommended values range from 8 to 64. * @param[in] slices * Number of slices, i.e. detail level for torus curved surface around the circle the torus is built around. Recommended values range from 4 to 32. */ void addTorus(const Ogre::Vector3& center, const Ogre::Matrix3& transformation, float outerRadius, float innerRadius, int segments, int slices); /** * @brief * Add cylinder mantle geometry along x-axis to the manual object instance * * @param[in] startPoint * Center point of lower ring in local space. Transformation matrix not automatically applied to this. * @param[in] transformation * Transformation matrix that is applied to all generated vertices * @param[in] radius * Radius of the cylinder (results in expansion along y- and z-axis) * @param[in] height * Height of the cylinder (along x-axis) * @param[in] slices * Number of slices, i.e. detail level for cylinder's curved surface. Recommended values range from 8 to 64. */ void addCylinderMantle(const Ogre::Vector3& startPoint, const Ogre::Matrix3& transformation, float radius, float height, int slices); void addCylinderMantle(const Ogre::Vector3& startPoint, const Ogre::Matrix3& transformation, float radius, float radiusAtTop, float height, int slices); /** * @brief * Add cone mantle geometry to the manual object instance * * @param[in] startPoint * Center point of lower ring in local space. Transformation matrix not automatically applied to this. * @param[in] transformation * Transformation matrix that is applied to all generated vertices * @param[in] radius * Radius of the cone's base surface (results in expansion along y- and z-axis) * @param[in] height * Height of the cone (along x-axis) * @param[in] slices * Number of slices, i.e. detail level for cones's curved surface. Recommended values range from 8 to 64. */ void addConeMantle(const Ogre::Vector3& startPoint, const Ogre::Matrix3& transformation, float radius, float height, int slices); /** * @brief * Add a polygon to the manual object instance * * @param[in] vertices * Array of vertices forming the polygon * @param[in] filledOpacity * Opacity between 0.0f and 1.0f of the inner area; if 0.0f (or below), the inner area will not be drawn at all * @param[in] closed * If true, a closed polygon is drawn (i.e. first and last vertices are connected by a segment) */ void addPolygon(const std::vector<glm::vec3>& vertices, float filledOpacity, bool closed = true); //[-------------------------------------------------------] //[ Private data ] //[-------------------------------------------------------] private: Ogre::ManualObject* mOgreObject; ///< Pointer to OGRE manual object we are editing, always valid, do not destroy the instance Ogre::String mMaterialName; ///< OGRE Material name used for all geometry created Ogre::ColourValue mColor; ///< Vertex color to be used }; //[-------------------------------------------------------] //[ Namespace ] //[-------------------------------------------------------] } // qsf

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/MSSFMLView.h

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xdawxd/SFML-Saper

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MSSFMLView.h

#ifndef MSSFMLVIEW_H__ #define MSSFMLVIEW_H__ #include <SFML/Graphics.hpp> #include "MinesweeperBoard.h" class MSSFMLView { int height; int width; int screen_height; int screen_width; GameMode mode; GameState state; MinesweeperBoard& displayableBoard; sf::RectangleShape addShadow(sf::RectangleShape field); void drawNumber(sf::RenderWindow& win, char number, int x, int y); void displayInfo(GameState state, sf::Font font, sf::RenderWindow& win); public: MSSFMLView(MinesweeperBoard& board); void draw(sf::RenderWindow& win); }; #endif

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/cm-lib/source/controllers/INavigationController.h

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sancheg31/Database-Client-Management-Application

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INavigationController.h

#pragma once #include <QObject> #include "cm-lib_global.h" #include "models/Client.h" namespace cm { namespace controllers { class CMLIB_EXPORT INavigationController : public QObject { Q_OBJECT public: INavigationController(QObject* parent) : QObject(parent){} virtual ~INavigationController(){} signals: void goCreateAppointmentView(cm::models::Client* client); void goCreateClientView(); void goDashboardView(); void goEditClientView(cm::models::Client* client); void goFindClientView(); void goRssView(); }; } //controllers } //cm

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landrieu/Pokemon-Fight-Mode

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Equipe.hpp

#ifndef EQUIPE_HPP #define EQUIPE_HPP #include <string> #include "Pokemon.hpp" #include <vector> using namespace std; class Equipe{ private: vector<Pokemon> equipe; //liste de 6 Pokémon public: Equipe(); Equipe(Pokemon); Equipe(Pokemon, Pokemon); Equipe(Pokemon,Pokemon,Pokemon); Equipe(Pokemon,Pokemon,Pokemon,Pokemon,Pokemon,Pokemon); vector<Pokemon> getListePokemon(); void affiche(); void removePokemon(int); void addPokemon(Pokemon); void insertPokemon(Pokemon, int); bool estVide(); }; #endif