content stringlengths 4 1.04M | lang stringclasses 358
values | score int64 0 5 | repo_name stringlengths 5 114 | repo_path stringlengths 4 229 | repo_licenses listlengths 1 8 |
|---|---|---|---|---|---|
class Test extends Object; | UnrealScript | 0 | LaudateCorpus1/Unreal-Library | Test/upk/TestUC2/Classes/Test.uc | [
"MIT"
] |
-- Copyright (c) 2010 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.
-- This script bookmarks the currently open tabs of a window.
tell application "Chromium"
set url_list to {}
set title_list to {}
tell window 1
repeat with i from 1 to (count tabs)
set end of url_list to (URL of tab i)
set end of title_list to (title of tab i)
end repeat
end tell
tell bookmarks bar
set var to make new bookmark folder with properties {title:"New"}
tell var
repeat with i from 1 to (count url_list)
make new bookmark item with properties {URL:(item i of url_list), title:(item i of title_list)}
end repeat
end tell
end tell
end tell | AppleScript | 3 | zealoussnow/chromium | chrome/browser/ui/cocoa/applescript/examples/bookmark_current_tabs.applescript | [
"BSD-3-Clause-No-Nuclear-License-2014",
"BSD-3-Clause"
] |
/*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The ASF 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.
*/
package org.apache.spark.sql.catalyst.csv
import org.scalatest.prop.TableDrivenPropertyChecks._
import org.apache.spark.SparkFunSuite
class CSVExprUtilsSuite extends SparkFunSuite {
test("Can parse escaped characters") {
assert(CSVExprUtils.toChar("""\t""") === '\t')
assert(CSVExprUtils.toChar("""\r""") === '\r')
assert(CSVExprUtils.toChar("""\b""") === '\b')
assert(CSVExprUtils.toChar("""\f""") === '\f')
assert(CSVExprUtils.toChar("""\"""") === '\"')
assert(CSVExprUtils.toChar("""\'""") === '\'')
assert(CSVExprUtils.toChar("\u0000") === '\u0000')
assert(CSVExprUtils.toChar("""\\""") === '\\')
}
test("Does not accept delimiter larger than one character") {
val exception = intercept[IllegalArgumentException]{
CSVExprUtils.toChar("ab")
}
assert(exception.getMessage.contains("cannot be more than one character"))
}
test("Throws exception for unsupported escaped characters") {
val exception = intercept[IllegalArgumentException]{
CSVExprUtils.toChar("""\1""")
}
assert(exception.getMessage.contains("Unsupported special character for delimiter"))
}
test("string with one backward slash is prohibited") {
val exception = intercept[IllegalArgumentException]{
CSVExprUtils.toChar("""\""")
}
assert(exception.getMessage.contains("Single backslash is prohibited"))
}
test("output proper error message for empty string") {
val exception = intercept[IllegalArgumentException]{
CSVExprUtils.toChar("")
}
assert(exception.getMessage.contains("Delimiter cannot be empty string"))
}
val testCases = Table(
("input", "separatorStr", "expectedErrorMsg"),
// normal tab
("""\t""", Some("\t"), None),
// backslash, then tab
("""\\t""", Some("""\t"""), None),
// invalid special character (dot)
("""\.""", None, Some("Unsupported special character for delimiter")),
// backslash, then dot
("""\\.""", Some("""\."""), None),
// nothing special, just straight conversion
("""foo""", Some("foo"), None),
// tab in the middle of some other letters
("""ba\tr""", Some("ba\tr"), None),
// null character, expressed in Unicode literal syntax
("\u0000", Some("\u0000"), None),
// and specified directly
("\u0000", Some("\u0000"), None)
)
test("should correctly produce separator strings, or exceptions, from input") {
forAll(testCases) { (input, separatorStr, expectedErrorMsg) =>
try {
val separator = CSVExprUtils.toDelimiterStr(input)
assert(separatorStr.isDefined)
assert(expectedErrorMsg.isEmpty)
assert(separator.equals(separatorStr.get))
} catch {
case e: IllegalArgumentException =>
assert(separatorStr.isEmpty)
assert(expectedErrorMsg.isDefined)
assert(e.getMessage.contains(expectedErrorMsg.get))
}
}
}
}
| Scala | 4 | kesavanvt/spark | sql/catalyst/src/test/scala/org/apache/spark/sql/catalyst/csv/CSVExprUtilsSuite.scala | [
"BSD-2-Clause",
"Apache-2.0",
"CC0-1.0",
"MIT",
"MIT-0",
"ECL-2.0",
"BSD-3-Clause-No-Nuclear-License-2014",
"BSD-3-Clause"
] |
Rebol [
Title: "Rebol3 percent test script"
Author: "Oldes, Peter W A Wood"
File: %percent-test.r3
Tabs: 4
Needs: [%../quick-test-module.r3]
]
~~~start-file~~~ "percent"
===start-group=== "make percent!"
--test-- "make percent from integer"
--assert 100% = make percent! 1
--test-- "make percent from decimal"
--assert 50% = make percent! 0.5
--test-- "make percent from block"
;@@ https://github.com/Oldes/Rebol-issues/issues/1504
--assert 1e18% = make percent! [1 18]
===start-group=== "to conversion"
;@@ https://github.com/Oldes/Rebol-issues/issues/137
--test-- "to percent!"
--assert (to percent! 1 ) = 100%
--assert (to percent! 1.0 ) = 100%
--test-- "to decimal!"
--assert (to decimal! 100%) = 1.0
--assert (to decimal! 1% ) = 0.01
--test-- "to integer!"
--assert (to integer! 100%) = 1
--assert (to integer! 1% ) = 0
===end-group===
===start-group=== "form/mold"
--test-- "form"
--assert "0%" = form 0%
--assert "1%" = form 1%
--assert "10%" = form 10%
--assert "0.1%" = form 0.1%
--assert "100%" = form 100%
--assert "-0%" = form -0%
--assert "-1%" = form -1%
--assert "-10%" = form -10%
--assert "-0.1%" = form -0.1%
--assert "-100%" = form -100%
--test-- "mold"
--assert "0%" = mold 0%
--assert "1%" = mold 1%
--assert "10%" = mold 10%
--assert "0.1%" = mold 0.1%
--assert "100%" = mold 100%
--assert "-0%" = mold -0%
--assert "-1%" = mold -1%
--assert "-10%" = mold -10%
--assert "-0.1%" = mold -0.1%
--assert "-100%" = mold -100%
--test-- "mold/all"
;@@ https://github.com/Oldes/Rebol-issues/issues/1633
--assert same? 9.9999999999999926e154% load mold/all 9.9999999999999926e154%
===end-group===
===start-group=== "percent issues"
--test-- "issue-227"
;@@ https://github.com/Oldes/Rebol-issues/issues/227
--assert number? 1%
--test-- "issue-262"
;@@ https://github.com/Oldes/Rebol-issues/issues/262
--assert 100% = try [load {1E+2%}]
--test-- "large percent"
;@@ https://github.com/Oldes/Rebol-issues/issues/1475
x: 30000000000000000000000000000000000%
--assert "3e34%" = mold x
--assert "3.0000000000000003e34%" = mold/all x
--assert x = load mold x
--assert x = load mold/all x
===end-group===
~~~end-file~~~
| Rebol | 5 | 0branch/r3 | src/tests/units/percent-test.r3 | [
"Apache-2.0"
] |
#pragma once
#include <string>
#include <vector>
class ReparsePoint
{
public:
static bool CreateMountPoint(const std::wstring& path, const std::wstring& target, const std::wstring& printname);
static bool DeleteMountPoint(const std::wstring& path);
static std::wstring GetMountPointTarget(const std::wstring& path);
static bool CreateRawMountPoint(const std::wstring& path, DWORD reparse_tag, const std::vector<BYTE>& buffer);
static bool IsMountPoint(const std::wstring& path);
static bool IsSymlink(const std::wstring& path);
static bool ReadMountPoint(const std::wstring& path, std::wstring& target, std::wstring& printname);
static bool ReadSymlink(const std::wstring& path, std::wstring& target, std::wstring& printname, unsigned int* flags);
static bool ReadRaw(const std::wstring& path, unsigned int* reparse_tag, std::vector<BYTE>& raw_data);
static bool IsReparsePoint(const std::wstring& path);
static bool CreateSymlink(const std::wstring& path, const std::wstring& target, const std::wstring& printname, bool relative);
static bool CreateSymlink(HANDLE h, const std::wstring& target, const std::wstring& printname, bool relative);
static int GetLastError();
};
| C | 4 | OsmanDere/metasploit-framework | external/source/exploits/CVE-2020-0787/CommonUtils/ReparsePoint.h | [
"BSD-2-Clause",
"BSD-3-Clause"
] |
#include <Blynk.h>
#include <Blynk/BlynkDetectDevice.h>
/*
* Pins Quantity
*/
#if defined(NUM_DIGITAL_PINS)
#define BOARD_DIGITAL_MAX int(NUM_DIGITAL_PINS)
#elif defined(PINS_COUNT)
#define BOARD_DIGITAL_MAX int(PINS_COUNT)
#else
#warning "BOARD_DIGITAL_MAX not detected"
#define BOARD_DIGITAL_MAX 32
#endif
#if defined(NUM_ANALOG_INPUTS)
#define BOARD_ANALOG_IN_MAX int(NUM_ANALOG_INPUTS)
#else
#warning "BOARD_ANALOG_IN_MAX not detected"
#define BOARD_ANALOG_IN_MAX 0
#endif
#if defined(BLYNK_USE_128_VPINS)
#define BOARD_VIRTUAL_MAX 127
#else
#define BOARD_VIRTUAL_MAX 31
#endif
/*
* Pins Functions
*/
#ifndef digitalPinHasPWM
#warning "No digitalPinHasPWM"
#define digitalPinHasPWM(x) false
#endif
#if !defined(analogInputToDigitalPin)
#warning "No analogInputToDigitalPin"
#define analogInputToDigitalPin(x) -1
#endif
/*
* Pins Ranges
*/
#if !defined(BOARD_PWM_MAX)
#if defined(PWMRANGE)
#define BOARD_PWM_MAX PWMRANGE
#elif defined(PWM_RESOLUTION)
#define BOARD_PWM_MAX ((2^(PWM_RESOLUTION))-1)
#else
#warning "Cannot detect BOARD_PWM_MAX"
#define BOARD_PWM_MAX 255
#endif
#endif
#if !defined(BOARD_ANALOG_MAX)
#if defined(ADC_RESOLUTION)
#define BOARD_ANALOG_MAX ((2^(ADC_RESOLUTION))-1)
#else
#warning "Cannot detect BOARD_ANALOG_MAX"
#define BOARD_ANALOG_MAX 1023
#endif
#endif
#if defined(clockCyclesPerMicrosecond)
#define BOARD_INFO_MHZ clockCyclesPerMicrosecond()
#elif defined(F_CPU)
#define BOARD_INFO_MHZ ((F_CPU)/1000000UL)
#endif
struct Ser {
template<typename T, typename... Args>
void print(T last) {
Serial.print(last);
}
template<typename T, typename... Args>
void print(T head, Args... tail) {
Serial.print(head);
print(tail...);
}
} ser;
const char* JS[] = {
"\n"
"{\n"
" ",
"\"map\": {\n"
" \"digital\": {\n"
" \"pins\": {\n"
" ", "\n"
" },\n"
" \"ops\": [ \"dr\", \"dw\" ]\n"
" },\n"
" \"analog\": {\n"
" \"pins\": {\n"
" ", "\n"
" },\n"
" \"ops\": [ \"dr\", \"dw\", \"ar\" ],\n"
" \"arRange\": [ 0, ", " ]\n"
" },\n"
" \"pwm\": {\n"
" \"pins\": [\n"
" ", "\n"
" ],\n"
" \"ops\": [ \"aw\" ],\n"
" \"awRange\": [ 0, ", " ]\n"
" },\n"
" \"virtual\": {\n"
" \"pinsRange\": [ 0, ", " ],\n"
" \"ops\": [ \"vr\", \"vw\" ]\n"
" }\n"
" }\n"
"}\n"
};
void setup() {
Serial.begin(9600);
delay(10);
}
void loop() {
ser.print(JS[0]);
ser.print("\"name\": \"", BLYNK_INFO_DEVICE, "\",\n ");
#ifdef BLYNK_INFO_CPU
ser.print("\"cpu\": \"", BLYNK_INFO_CPU, "\",\n ");
#endif
#ifdef BOARD_INFO_MHZ
ser.print("\"mhz\": ", BOARD_INFO_MHZ, ",\n ");
#endif
ser.print(JS[1]);
for (int i = 0; i < BOARD_DIGITAL_MAX; i++) {
ser.print("\"D", i, "\": ", i);
if (i % 5 != 4) {
ser.print(", ");
} else {
ser.print(",\n ");
}
}
ser.print(JS[2]);
for (int i = 0; i < BOARD_ANALOG_IN_MAX; i++) {
int pin = analogInputToDigitalPin(i);
if (pin != -1) {
ser.print("\"A", i, "\": ", pin);
if (i % 5 != 4) {
ser.print(", ");
} else {
ser.print(",\n ");
}
}
}
ser.print(JS[3]);
ser.print(BOARD_ANALOG_MAX);
ser.print(JS[4]);
for (int i = 0; i < BOARD_DIGITAL_MAX; i++) {
bool hasPWM = digitalPinHasPWM(i);
//bool hasInt = digitalPinToInterrupt(i) != NOT_AN_INTERRUPT;
if (hasPWM) {
ser.print("\"D", i, "\", ");
}
}
ser.print(JS[5]);
ser.print(BOARD_PWM_MAX);
ser.print(JS[6]);
ser.print(BOARD_VIRTUAL_MAX);
ser.print(JS[7]);
delay(10000);
}
| Arduino | 4 | kayatmin/blynk-library | tests/GenerateJSON/GenerateJSON.ino | [
"MIT"
] |
<html>
<head>
<meta http-equiv="Content-Type" content="text/html; charset=ISO-8859-1" />
<title>Baeldung</title>
</head>
<body>
<h2 th:text="${header}"></h2>
<p th:text="${message}"></p>
</body>
</html>
| HTML | 2 | DBatOWL/tutorials | spring-boot-modules/spring-boot/src/main/resources/templates/displayallbeans.html | [
"MIT"
] |
41,5A
61,7A
| Component Pascal | 1 | janosch-x/character_set | lib/character_set/predefined_sets/ascii_letter.cps | [
"MIT"
] |
[shark](../../index.md) / [shark](../index.md) / [LeakTrace](index.md) / [retainedHeapByteSize](./retained-heap-byte-size.md)
# retainedHeapByteSize
`val retainedHeapByteSize: `[`Int`](https://kotlinlang.org/api/latest/jvm/stdlib/kotlin/-int/index.html)`?`
The minimum number of bytes which would be freed if the leak was fixed.
Null if the retained heap size was not computed.
| Markdown | 3 | slavonnet/leakcanary | docs/api/shark/shark/-leak-trace/retained-heap-byte-size.md | [
"Apache-2.0"
] |
a { value: 10\65m } | CSS | 0 | vjpr/swc | css/parser/tests/fixture/esbuild/misc/Mdtiu_Fpfso6gXZMciRJgw/input.css | [
"Apache-2.0",
"MIT"
] |
/********************************************************************************
* Copyright (c) {date} Red Hat Inc. and/or its affiliates and others
*
* This program and the accompanying materials are made available under the
* terms of the Apache License, Version 2.0 which is available at
* http://www.apache.org/licenses/LICENSE-2.0
*
* SPDX-License-Identifier: Apache-2.0
********************************************************************************/
import com.intellij.openapi.actionSystem {
CommonDataKeys,
LangDataKeys,
DataContext
}
import com.intellij.openapi.actionSystem.impl {
SimpleDataContext
}
import com.intellij.openapi.application {
Result
}
import com.intellij.openapi.command {
WriteCommandAction
}
import com.intellij.openapi.editor {
Editor
}
import com.intellij.openapi.project {
Project
}
import com.intellij.openapi.util {
TextRange,
Pair
}
import com.intellij.psi {
PsiElement,
PsiFile,
PsiNamedElement
}
import com.intellij.psi.search {
SearchScope
}
import com.intellij.psi.util {
PsiTreeUtil
}
import com.intellij.refactoring {
RefactoringActionHandler
}
import com.intellij.refactoring.rename.inplace {
VariableInplaceRenameHandler,
VariableInplaceRenamer
}
import org.eclipse.ceylon.compiler.typechecker.tree {
Tree,
Node
}
import org.eclipse.ceylon.ide.common.refactoring {
FindContainingExpressionsVisitor
}
import java.lang {
Types {
nativeString
},
ObjectArray,
JString=String,
overloaded
}
import java.util {
HashMap,
JList=List,
Arrays,
ArrayList
}
import org.eclipse.ceylon.ide.intellij.model {
getModelManager
}
import org.eclipse.ceylon.ide.intellij.psi {
CeylonPsi,
CeylonFile,
CeylonCompositeElement
}
import org.eclipse.ceylon.ide.intellij.resolve {
FindMatchingPsiNodeVisitor
}
shared abstract class AbstractExtractHandler() satisfies RefactoringActionHandler {
shared formal [TextRange+]? extract(Project project, Editor editor, CeylonFile file, TextRange range, Tree.Declaration? scope);
shared default void extractToScope(Project project, Editor editor, CeylonFile file, TextRange range)
=> createAndIntroduceValue {
proj = project;
editor = editor;
file = file;
range = range;
ceylonNode = null;
};
overloaded
shared actual void invoke(Project project, Editor editor, PsiFile psiFile, DataContext dataContext) {
assert (exists modelManager = getModelManager(project));
try {
modelManager.pauseAutomaticModelUpdate();
if (is CeylonFile psiFile, psiFile.localAnalyzer?.ensureTypechecked() exists) {
extractSelectedExpression(project, editor, psiFile);
}
} finally {
modelManager.resumeAutomaticModelUpdate(0);
}
}
overloaded
shared actual void invoke(Project p, ObjectArray<PsiElement> elements, DataContext ctx) {
// Do nothing
}
void extractSelectedExpression(Project project, Editor editor, CeylonFile file) {
value selectionModel = editor.selectionModel;
if (selectionModel.selectionStart < selectionModel.selectionEnd) {
extractToScope {
project = project;
editor = editor;
file = file;
range = TextRange(selectionModel.selectionStart,
selectionModel.selectionEnd);
};
}
else {
value visitor = FindContainingExpressionsVisitor(editor.caretModel.offset);
assert (exists cu = PsiTreeUtil.findChildOfType(file, `CeylonPsi.CompilationUnitPsi`));
visitor.visitAny(cu.ceylonNode);
value allParentExpressions
= psiElements<CeylonPsi.TermPsi> {
file = file;
*visitor.elements
};
if (!nonempty allParentExpressions) {
//noop
}
else if (allParentExpressions.size == 1) {
extractToScope {
project = project;
editor = editor;
file = file;
range = allParentExpressions.first.textRange;
};
}
else {
showChooser {
editor = editor;
expressions = allParentExpressions;
title = "Select expression";
}
((selectedValue)
=> extractToScope {
project = project;
editor = editor;
file = file;
range = selectedValue.textRange;
},
PsiElement.text);
}
}
}
function createContext(Editor editor, CeylonFile file, CeylonPsi.DeclarationPsi inserted) {
value myDataContext = HashMap<JString,Object>();
myDataContext[nativeString(CommonDataKeys.editor.name)] = editor;
myDataContext[nativeString(CommonDataKeys.psiFile.name)] = file;
myDataContext[nativeString(CommonDataKeys.psiElement.name)] = inserted;
myDataContext[nativeString(LangDataKeys.psiElementArray.name)]
= ObjectArray<PsiElement>(0, inserted);
return SimpleDataContext.getSimpleContext(myDataContext, null);
}
shared void createAndIntroduceValue(Project proj, Editor editor, CeylonFile file, TextRange range, Tree.Declaration? ceylonNode) {
if (exists [newIdentifier, *usages] = extract(proj, editor, file, range, ceylonNode)) {
object extends WriteCommandAction<Nothing>(proj, file) {
run(Result<Nothing> result) => file.forceReparse();
}.execute();
PsiElement? identifierElement = file.findElementAt(newIdentifier.startOffset);
if (! exists identifierElement) {
return;
}
assert (is CeylonPsi.DeclarationPsi inserted = identifierElement.parent.parent);
if (exists identifier = PsiTreeUtil.getChildOfType(inserted, `CeylonPsi.IdentifierPsi`)) {
editor.caretModel.moveToOffset(identifier.textOffset);
ExtractedVariableRenameHandler(usages)
.invoke(proj, editor, file,
createContext(editor, file, inserted));
}
}
}
shared T[] psiElements<T>(PsiFile file, {Node*} elements)
given T satisfies CeylonCompositeElement
=> elements.map((term) {
value visitor
= FindMatchingPsiNodeVisitor(term, Types.classForType<T>());
visitor.visitFile(file);
if (is T element = visitor.psi) {
return element;
} else {
return null;
}
})
.coalesced
.sequence();
}
class ExtractedVariableRenameHandler(TextRange[] usages = [])
extends VariableInplaceRenameHandler() {
isAvailable(PsiElement? element, Editor editor, PsiFile file) => true;
shared actual VariableInplaceRenamer createRenamer(PsiElement elementToRename, Editor editor) {
assert (is PsiNamedElement elementToRename);
return object extends VariableInplaceRenamer(elementToRename, editor) {
shared actual void finish(Boolean success) {
super.finish(success);
if (success, is CeylonFile file = elementToRename.containingFile) {
object extends WriteCommandAction<Nothing>(myProject, file) {
run(Result<Nothing> result) => file.forceReparse();
}.execute();
}
}
collectAdditionalElementsToRename(JList<Pair<PsiElement,TextRange>> stringUsages)
=> noop();
collectRefs(SearchScope referencesSearchScope)
=> ArrayList(Arrays.asList(
for (r in usages)
if (exists e = elementToRename.containingFile.findReferenceAt(r.startOffset))
e));
checkLocalScope() => elementToRename.containingFile;
};
}
} | Ceylon | 5 | Kopilov/ceylon-ide-intellij | source/org/eclipse/ceylon/ide/intellij/refactoring/AbstractExtractHandler.ceylon | [
"Apache-2.0"
] |
create table t (x timestamp not null);
| SQL | 1 | imtbkcat/tidb-lightning | tests/no_schema/schema-data/noschema.t-schema.sql | [
"Apache-2.0"
] |
/*
* Copyright 2014-2019 Jiří Janoušek <janousek.jiri@gmail.com>
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are met:
*
* 1. Redistributions of source code must retain the above copyright notice, this
* list of conditions and the following disclaimer.
* 2. 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.
*
* 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.
*/
namespace Nuvola {
static bool opt_debug;
static bool opt_verbose;
static bool opt_version;
static string? opt_app_dir;
public const OptionEntry[] opt_options = {
{ "app-dir", 'a', 0, GLib.OptionArg.FILENAME, ref opt_app_dir, "Web app to run.", "DIR" },
{ "verbose", 'v', 0, OptionArg.NONE, ref opt_verbose, "Print informational messages", null },
{ "debug", 'D', 0, OptionArg.NONE, ref opt_debug, "Print debugging messages", null },
{ "version", 'V', 0, OptionArg.NONE, ref opt_version, "Print version and exit", null },
{ null }
};
public int main(string[] args) {
try {
var opt_context = new OptionContext("- %s".printf(Nuvola.get_app_name()));
opt_context.set_help_enabled(true);
opt_context.add_main_entries(opt_options, null);
opt_context.set_ignore_unknown_options(true);
opt_context.parse(ref args);
} catch (OptionError e) {
stderr.printf("option parsing failed: %s\n", e.message);
return 1;
}
if (opt_app_dir == null) {
opt_app_dir = ".";
}
Drt.Logger.init(stderr, opt_debug ? GLib.LogLevelFlags.LEVEL_DEBUG
: (opt_verbose ? GLib.LogLevelFlags.LEVEL_INFO: GLib.LogLevelFlags.LEVEL_WARNING),
true, "Runner");
if (Environment.get_variable("NUVOLA_TEST_ABORT") == "runner") {
error("App runner abort requested.");
}
File app_dir = File.new_for_path(opt_app_dir);
if (opt_version) {
return Nuvola.Startup.print_web_app_version(stdout, app_dir);
}
try {
return Nuvola.Startup.run_web_app_with_dbus_handshake(app_dir, args);
} catch (WebAppError e) {
stderr.puts("Failed to load web app!\n");
stderr.printf("Dir: %s\n", opt_app_dir);
stderr.printf("Error: %s\n", e.message);
return 1;
}
}
} // namespace Nuvola
| Vala | 4 | xcffl/nuvolaruntime | src/apprunner/apprunner.vala | [
"BSD-2-Clause"
] |
---
layout: post
title: "Verifing Efficient Sorting Algorithms"
date: 2013-02-15 16:12
comments: true
external-url:
categories: abstract-refinements
author: Niki Vazou
published: false
---
In this example, we will see how abstract refinements can be used to verify
complex sorting algorithms, like the ones implemented in `Data.List`.
\begin{code}
module GhcSort (sort, sort1, sort2) where
\end{code}
Once again, we defined the type of sorted lists as:
\begin{code}
{-@ type SList a = [a]<{v: a | (v >= fld)}> @-}
\end{code}
and we aim to prove that all sorting functions return a list if this type.
QuickSort
---------
Prelude used to implement the below variant of quicksort, as its sorting algorithm.
First, we define `qsort`:
\begin{code}
qsort :: (Ord a) => a -> [a] -> [a] -> [a]
qsort _ [] r = r
qsort _ [x] r = x:r
qsort w (x:xs) r = qpart w x xs [] [] r
\end{code}
In `qsort w ys r`, `r` is a sorted list with values greater than `w` and `ys` is a non-sorted list with values lower or equal to `w`.
If there is at most one element in `ys`, `qsort` returns the sorted list `ys++r`.
Otherwise, `ys=(x:xs)`, and to short `ys`, `qsort` choses as _pivot element_ the `x` and calls `qpart`:
\begin{code}
qpart :: (Ord a) => a -> a -> [a] -> [a] -> [a] -> [a] -> [a]
qpart w x [] rlt rge r =
-- rlt and rge are in reverse order and must be sorted with an
-- anti-stable sorting
rqsort x rlt (x:rqsort w rge r)
qpart w x (y:ys) rlt rge r =
case compare x y of
GT -> qpart w x ys (y:rlt) rge r
_ -> qpart w x ys rlt (y:rge) r
\end{code}
In `qpart w x xs rlt rge r`, `r` is a sorted list with values greater than `w`, all other argument lists are not sorted and their values are less or equal to `w`. Moreover, `rge` (`rlt`) has values greater or equal (less) than the pivot element `x`.
`qpart` splits `xs` values between `rlt` and `rge` and when there are no more values in `xs` it calls `qsort` on these two lists to recursively sort them.
But, since `qpart` reverses the order of equal values, it actually calls `rqsort` that behaves similar to `qsort`, apart from reversing once more the order of equal values:
\begin{code}
-- rqsort is as qsort but anti-stable, i.e. reverses equal elements
rqsort :: (Ord a) => a -> [a] -> [a] -> [a]
rqsort _ [] r = r
rqsort _ [x] r = x:r
rqsort w (x:xs) r = rqpart w x xs [] [] r
rqpart :: (Ord a) => a -> a -> [a] -> [a] -> [a] -> [a] -> [a]
rqpart w x [] rle rgt r =
qsort x rle (x:qsort w rgt r)
rqpart w x (y:ys) rle rgt r =
case compare y x of
GT -> rqpart w x ys rle (y:rgt) r
_ -> rqpart w x ys (y:rle) rgt r
\end{code}
Finally, to sort a list `ls` we have to call `qsort` with an empty initially sorted list. Also, we have to provide a `w` such that all elements in `ls` are less or equal to `w`. So, we have the sorting function:
\begin{code}
{-@ sort1 :: (Ord a) => w:a -> ls:[{v:a|v<=w}] -> SList a @-}
sort1 :: (Ord a) => a -> [a] -> [a]
sort1 w ls = qsort w ls []
\end{code}
We note that the `w` that appears in all functions is a ``ghost'' variable that we added so we can prove the correctness of the function. In other words, `w` is not actually used by the functions, but it is needed so that we can prove that always any value in the sorted list `r` is greater than any value in the other lists.
Mergesort
---------
In 2002, Ian Lynagh proposed that GHC should use a sorting algorithm with nlogn worst case performance, so he proposed proposed the below mergesort function:
\begin{code}
mergesort :: (Ord a) => [a] -> [a]
mergesort = mergesort' . map wrap
mergesort' :: (Ord a) => [[a]] -> [a]
mergesort' [] = []
mergesort' [xs] = xs
mergesort' xss = mergesort' (merge_pairs xss)
merge_pairs :: (Ord a) => [[a]] -> [[a]]
merge_pairs [] = []
merge_pairs [xs] = [xs]
merge_pairs (xs:ys:xss) = merge xs ys : merge_pairs xss
merge :: (Ord a) => [a] -> [a] -> [a]
merge [] ys = ys
merge xs [] = xs
merge (x:xs) (y:ys)
= case x `compare` y of
GT -> y : merge (x:xs) ys
_ -> x : merge xs (y:ys)
wrap :: a -> [a]
wrap x = [x]
\end{code}
This is a usual merge sort function: Initially each element of the list is wrapped in an one-element list. So, a list of sorted lists in constructed and applied to `mergesort'`. `mergesort'` is always called on list of sorted lists, so if its argument has zero or one elements it trivially returns a sorted list, otherwise it merges all consequtive pairs, with `merge_pairs`, and recursivelly calls itself. In the same way, `merge_pairs` either returns a trivially sorted list, or it merges two consequtive lists and recursivelly calls itself on the rest. Finally, two sorted lists are merged by `merge` in the expected way.
Without any code modifications, our system can prove that all invariants are kept, and ultimately `mergesort` returns a sorted list:
\begin{code}
{-@ sort2 :: (Ord a) => [a] -> SList a @-}
sort2 :: (Ord a) => [a] -> [a]
sort2 = mergesort
\end{code}
Official GHC Sort
-----------------
In 2009 `mergesort` was replaced by the bellow function, which is similar to "A smooth applicative merge sort", as proposed in 1982 by Richard O'Keefe:
First we define `descending a as bs`, that has the invariant tha all values in `as` are greater than `a` and returns a list whose first element is the greatest descending prefix list in `bs`, reversed.
\begin{code}
descending a as (b:bs)
| a `compare` b == GT = descending b (a:as) bs
descending a as bs = (a:as): sequences bs
\end{code}
Then we define `ascending a as bs`, that has the invariant tha all arguments of `as` are greater than or equal to `a` and returns a list whose first element is the greatest ascending prefix list in `bs`. To avoid reversing this sublist, `as` is not a list, but a function that every time stores the beggining of the lists and expects its ending.
\begin{code}
ascending a as (b:bs)
| a `compare` b /= GT = ascending b (\ys -> as (a:ys)) bs
ascending a as bs = as [a]: sequences bs
\end{code}
Since, an arbitrary list can be split in consecutive ascending or descending sublists we define the function `sequences ls` that recursively uses `ascending` and `descending` to split `ls` in these sublists.
\begin{code}
sequences (a:b:xs)
| a `compare` b == GT = descending b [a] xs
| otherwise = ascending b (a:) xs
sequences [x] = [[x]]
sequences [] = [[]]
\end{code}
Then, we define a `mergeAll` function that merges sorted lists:
\begin{code}
mergeAll [x] = x
mergeAll xs = mergeAll (mergePairs xs)
mergePairs (a:b:xs) = merge a b: mergePairs xs
mergePairs [x] = [x]
mergePairs [] = []
\end{code}
Finally, we define the sorting function that applies `mergeAll` to the result of `sequences` applied in the initial list.
\begin{code}
{-@ sort :: (Ord a) => [a] -> SList a @-}
sort :: (Ord a) => [a] -> [a]
sort = mergeAll . sequences
\end{code}
Our system can again prove that all the above invariants hold, and `sort` produces a sorted list.
We have to note that the initial ghc functions take comparing function as an argument. But to prove sortedness, we have to transfer the information we get from comparison to the type system. So we actually modified all the above code, by inlining the `compare` function instead of passing it as an argument.
| Literate Haskell | 5 | curiousleo/liquidhaskell | docs/blog/todo/verifying-efficient-sorting-algorithms.lhs | [
"MIT",
"BSD-3-Clause"
] |
"""Helpers for instantiating name table records."""
from contextlib import contextmanager
from copy import deepcopy
from enum import IntEnum
import re
class NameID(IntEnum):
FAMILY_NAME = 1
SUBFAMILY_NAME = 2
UNIQUE_FONT_IDENTIFIER = 3
FULL_FONT_NAME = 4
VERSION_STRING = 5
POSTSCRIPT_NAME = 6
TYPOGRAPHIC_FAMILY_NAME = 16
TYPOGRAPHIC_SUBFAMILY_NAME = 17
VARIATIONS_POSTSCRIPT_NAME_PREFIX = 25
ELIDABLE_AXIS_VALUE_NAME = 2
def getVariationNameIDs(varfont):
used = []
if "fvar" in varfont:
fvar = varfont["fvar"]
for axis in fvar.axes:
used.append(axis.axisNameID)
for instance in fvar.instances:
used.append(instance.subfamilyNameID)
if instance.postscriptNameID != 0xFFFF:
used.append(instance.postscriptNameID)
if "STAT" in varfont:
stat = varfont["STAT"].table
for axis in stat.DesignAxisRecord.Axis if stat.DesignAxisRecord else ():
used.append(axis.AxisNameID)
for value in stat.AxisValueArray.AxisValue if stat.AxisValueArray else ():
used.append(value.ValueNameID)
# nameIDs <= 255 are reserved by OT spec so we don't touch them
return {nameID for nameID in used if nameID > 255}
@contextmanager
def pruningUnusedNames(varfont):
from . import log
origNameIDs = getVariationNameIDs(varfont)
yield
log.info("Pruning name table")
exclude = origNameIDs - getVariationNameIDs(varfont)
varfont["name"].names[:] = [
record for record in varfont["name"].names if record.nameID not in exclude
]
if "ltag" in varfont:
# Drop the whole 'ltag' table if all the language-dependent Unicode name
# records that reference it have been dropped.
# TODO: Only prune unused ltag tags, renumerating langIDs accordingly.
# Note ltag can also be used by feat or morx tables, so check those too.
if not any(
record
for record in varfont["name"].names
if record.platformID == 0 and record.langID != 0xFFFF
):
del varfont["ltag"]
def updateNameTable(varfont, axisLimits):
"""Update instatiated variable font's name table using STAT AxisValues.
Raises ValueError if the STAT table is missing or an Axis Value table is
missing for requested axis locations.
First, collect all STAT AxisValues that match the new default axis locations
(excluding "elided" ones); concatenate the strings in design axis order,
while giving priority to "synthetic" values (Format 4), to form the
typographic subfamily name associated with the new default instance.
Finally, update all related records in the name table, making sure that
legacy family/sub-family names conform to the the R/I/B/BI (Regular, Italic,
Bold, Bold Italic) naming model.
Example: Updating a partial variable font:
| >>> ttFont = TTFont("OpenSans[wdth,wght].ttf")
| >>> updateNameTable(ttFont, {"wght": AxisRange(400, 900), "wdth": 75})
The name table records will be updated in the following manner:
NameID 1 familyName: "Open Sans" --> "Open Sans Condensed"
NameID 2 subFamilyName: "Regular" --> "Regular"
NameID 3 Unique font identifier: "3.000;GOOG;OpenSans-Regular" --> \
"3.000;GOOG;OpenSans-Condensed"
NameID 4 Full font name: "Open Sans Regular" --> "Open Sans Condensed"
NameID 6 PostScript name: "OpenSans-Regular" --> "OpenSans-Condensed"
NameID 16 Typographic Family name: None --> "Open Sans"
NameID 17 Typographic Subfamily name: None --> "Condensed"
References:
https://docs.microsoft.com/en-us/typography/opentype/spec/stat
https://docs.microsoft.com/en-us/typography/opentype/spec/name#name-ids
"""
from . import AxisRange, axisValuesFromAxisLimits
if "STAT" not in varfont:
raise ValueError("Cannot update name table since there is no STAT table.")
stat = varfont["STAT"].table
if not stat.AxisValueArray:
raise ValueError("Cannot update name table since there are no STAT Axis Values")
fvar = varfont["fvar"]
# The updated name table will reflect the new 'zero origin' of the font.
# If we're instantiating a partial font, we will populate the unpinned
# axes with their default axis values.
fvarDefaults = {a.axisTag: a.defaultValue for a in fvar.axes}
defaultAxisCoords = deepcopy(axisLimits)
for axisTag, val in fvarDefaults.items():
if axisTag not in defaultAxisCoords or isinstance(
defaultAxisCoords[axisTag], AxisRange
):
defaultAxisCoords[axisTag] = val
axisValueTables = axisValuesFromAxisLimits(stat, defaultAxisCoords)
checkAxisValuesExist(stat, axisValueTables, defaultAxisCoords)
# ignore "elidable" axis values, should be omitted in application font menus.
axisValueTables = [
v for v in axisValueTables if not v.Flags & ELIDABLE_AXIS_VALUE_NAME
]
axisValueTables = _sortAxisValues(axisValueTables)
_updateNameRecords(varfont, axisValueTables)
def checkAxisValuesExist(stat, axisValues, axisCoords):
seen = set()
designAxes = stat.DesignAxisRecord.Axis
for axisValueTable in axisValues:
axisValueFormat = axisValueTable.Format
if axisValueTable.Format in (1, 2, 3):
axisTag = designAxes[axisValueTable.AxisIndex].AxisTag
if axisValueFormat == 2:
axisValue = axisValueTable.NominalValue
else:
axisValue = axisValueTable.Value
if axisTag in axisCoords and axisValue == axisCoords[axisTag]:
seen.add(axisTag)
elif axisValueTable.Format == 4:
for rec in axisValueTable.AxisValueRecord:
axisTag = designAxes[rec.AxisIndex].AxisTag
if axisTag in axisCoords and rec.Value == axisCoords[axisTag]:
seen.add(axisTag)
missingAxes = set(axisCoords) - seen
if missingAxes:
missing = ", ".join(f"'{i}={axisCoords[i]}'" for i in missingAxes)
raise ValueError(f"Cannot find Axis Values [{missing}]")
def _sortAxisValues(axisValues):
# Sort by axis index, remove duplicates and ensure that format 4 AxisValues
# are dominant.
# The MS Spec states: "if a format 1, format 2 or format 3 table has a
# (nominal) value used in a format 4 table that also has values for
# other axes, the format 4 table, being the more specific match, is used",
# https://docs.microsoft.com/en-us/typography/opentype/spec/stat#axis-value-table-format-4
results = []
seenAxes = set()
# Sort format 4 axes so the tables with the most AxisValueRecords are first
format4 = sorted(
[v for v in axisValues if v.Format == 4],
key=lambda v: len(v.AxisValueRecord),
reverse=True,
)
for val in format4:
axisIndexes = set(r.AxisIndex for r in val.AxisValueRecord)
minIndex = min(axisIndexes)
if not seenAxes & axisIndexes:
seenAxes |= axisIndexes
results.append((minIndex, val))
for val in axisValues:
if val in format4:
continue
axisIndex = val.AxisIndex
if axisIndex not in seenAxes:
seenAxes.add(axisIndex)
results.append((axisIndex, val))
return [axisValue for _, axisValue in sorted(results)]
def _updateNameRecords(varfont, axisValues):
# Update nametable based on the axisValues using the R/I/B/BI model.
nametable = varfont["name"]
stat = varfont["STAT"].table
axisValueNameIDs = [a.ValueNameID for a in axisValues]
ribbiNameIDs = [n for n in axisValueNameIDs if _isRibbi(nametable, n)]
nonRibbiNameIDs = [n for n in axisValueNameIDs if n not in ribbiNameIDs]
elidedNameID = stat.ElidedFallbackNameID
elidedNameIsRibbi = _isRibbi(nametable, elidedNameID)
getName = nametable.getName
platforms = set((r.platformID, r.platEncID, r.langID) for r in nametable.names)
for platform in platforms:
if not all(getName(i, *platform) for i in (1, 2, elidedNameID)):
# Since no family name and subfamily name records were found,
# we cannot update this set of name Records.
continue
subFamilyName = " ".join(
getName(n, *platform).toUnicode() for n in ribbiNameIDs
)
if nonRibbiNameIDs:
typoSubFamilyName = " ".join(
getName(n, *platform).toUnicode() for n in axisValueNameIDs
)
else:
typoSubFamilyName = None
# If neither subFamilyName and typographic SubFamilyName exist,
# we will use the STAT's elidedFallbackName
if not typoSubFamilyName and not subFamilyName:
if elidedNameIsRibbi:
subFamilyName = getName(elidedNameID, *platform).toUnicode()
else:
typoSubFamilyName = getName(elidedNameID, *platform).toUnicode()
familyNameSuffix = " ".join(
getName(n, *platform).toUnicode() for n in nonRibbiNameIDs
)
_updateNameTableStyleRecords(
varfont,
familyNameSuffix,
subFamilyName,
typoSubFamilyName,
*platform,
)
def _isRibbi(nametable, nameID):
englishRecord = nametable.getName(nameID, 3, 1, 0x409)
return (
True
if englishRecord is not None
and englishRecord.toUnicode() in ("Regular", "Italic", "Bold", "Bold Italic")
else False
)
def _updateNameTableStyleRecords(
varfont,
familyNameSuffix,
subFamilyName,
typoSubFamilyName,
platformID=3,
platEncID=1,
langID=0x409,
):
# TODO (Marc F) It may be nice to make this part a standalone
# font renamer in the future.
nametable = varfont["name"]
platform = (platformID, platEncID, langID)
currentFamilyName = nametable.getName(
NameID.TYPOGRAPHIC_FAMILY_NAME, *platform
) or nametable.getName(NameID.FAMILY_NAME, *platform)
currentStyleName = nametable.getName(
NameID.TYPOGRAPHIC_SUBFAMILY_NAME, *platform
) or nametable.getName(NameID.SUBFAMILY_NAME, *platform)
if not all([currentFamilyName, currentStyleName]):
raise ValueError(f"Missing required NameIDs 1 and 2 for platform {platform}")
currentFamilyName = currentFamilyName.toUnicode()
currentStyleName = currentStyleName.toUnicode()
nameIDs = {
NameID.FAMILY_NAME: currentFamilyName,
NameID.SUBFAMILY_NAME: subFamilyName or "Regular",
}
if typoSubFamilyName:
nameIDs[NameID.FAMILY_NAME] = f"{currentFamilyName} {familyNameSuffix}".strip()
nameIDs[NameID.TYPOGRAPHIC_FAMILY_NAME] = currentFamilyName
nameIDs[NameID.TYPOGRAPHIC_SUBFAMILY_NAME] = typoSubFamilyName
else:
# Remove previous Typographic Family and SubFamily names since they're
# no longer required
for nameID in (
NameID.TYPOGRAPHIC_FAMILY_NAME,
NameID.TYPOGRAPHIC_SUBFAMILY_NAME,
):
nametable.removeNames(nameID=nameID)
newFamilyName = (
nameIDs.get(NameID.TYPOGRAPHIC_FAMILY_NAME) or nameIDs[NameID.FAMILY_NAME]
)
newStyleName = (
nameIDs.get(NameID.TYPOGRAPHIC_SUBFAMILY_NAME) or nameIDs[NameID.SUBFAMILY_NAME]
)
nameIDs[NameID.FULL_FONT_NAME] = f"{newFamilyName} {newStyleName}"
nameIDs[NameID.POSTSCRIPT_NAME] = _updatePSNameRecord(
varfont, newFamilyName, newStyleName, platform
)
uniqueID = _updateUniqueIdNameRecord(varfont, nameIDs, platform)
if uniqueID:
nameIDs[NameID.UNIQUE_FONT_IDENTIFIER] = uniqueID
for nameID, string in nameIDs.items():
assert string, nameID
nametable.setName(string, nameID, *platform)
if "fvar" not in varfont:
nametable.removeNames(NameID.VARIATIONS_POSTSCRIPT_NAME_PREFIX)
def _updatePSNameRecord(varfont, familyName, styleName, platform):
# Implementation based on Adobe Technical Note #5902 :
# https://wwwimages2.adobe.com/content/dam/acom/en/devnet/font/pdfs/5902.AdobePSNameGeneration.pdf
nametable = varfont["name"]
family_prefix = nametable.getName(
NameID.VARIATIONS_POSTSCRIPT_NAME_PREFIX, *platform
)
if family_prefix:
family_prefix = family_prefix.toUnicode()
else:
family_prefix = familyName
psName = f"{family_prefix}-{styleName}"
# Remove any characters other than uppercase Latin letters, lowercase
# Latin letters, digits and hyphens.
psName = re.sub(r"[^A-Za-z0-9-]", r"", psName)
if len(psName) > 127:
# Abbreviating the stylename so it fits within 127 characters whilst
# conforming to every vendor's specification is too complex. Instead
# we simply truncate the psname and add the required "..."
return f"{psName[:124]}..."
return psName
def _updateUniqueIdNameRecord(varfont, nameIDs, platform):
nametable = varfont["name"]
currentRecord = nametable.getName(NameID.UNIQUE_FONT_IDENTIFIER, *platform)
if not currentRecord:
return None
# Check if full name and postscript name are a substring of currentRecord
for nameID in (NameID.FULL_FONT_NAME, NameID.POSTSCRIPT_NAME):
nameRecord = nametable.getName(nameID, *platform)
if not nameRecord:
continue
if nameRecord.toUnicode() in currentRecord.toUnicode():
return currentRecord.toUnicode().replace(
nameRecord.toUnicode(), nameIDs[nameRecord.nameID]
)
# Create a new string since we couldn't find any substrings.
fontVersion = _fontVersion(varfont, platform)
achVendID = varfont["OS/2"].achVendID
# Remove non-ASCII characers and trailing spaces
vendor = re.sub(r"[^\x00-\x7F]", "", achVendID).strip()
psName = nameIDs[NameID.POSTSCRIPT_NAME]
return f"{fontVersion};{vendor};{psName}"
def _fontVersion(font, platform=(3, 1, 0x409)):
nameRecord = font["name"].getName(NameID.VERSION_STRING, *platform)
if nameRecord is None:
return f'{font["head"].fontRevision:.3f}'
# "Version 1.101; ttfautohint (v1.8.1.43-b0c9)" --> "1.101"
# Also works fine with inputs "Version 1.101" or "1.101" etc
versionNumber = nameRecord.toUnicode().split(";")[0]
return versionNumber.lstrip("Version ").strip()
| Python | 5 | 13rianlucero/CrabAgePrediction | crabageprediction/venv/Lib/site-packages/fontTools/varLib/instancer/names.py | [
"MIT"
] |
/*
* Copyright (c) 2008 Johns Hopkins University.
* 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
* its 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.
*/
/**
* @author Chieh-Jan Mike Liang <cliang4@cs.jhu.edu>
* @author Razvan Musaloiu-E. <razvanm@cs.jhu.edu>
*/
#include SLCS_TYPES_FILE
#include "thread.h"
module DynamicLoaderP
{
provides {
interface Init;
interface DynamicLoader;
}
uses {
interface Leds;
interface BlockRead as ImageRead[uint8_t id];
interface DynamicThread;
interface ThreadNotification[uint8_t id];
interface ThreadScheduler;
interface ReferenceCounter;
interface PMManager;
#ifndef DISABLE_LOADER_USERBUTTON
interface UserButton;
#endif
}
}
implementation
{
uint8_t *code; // Points to first byte of the program code in the internal flash
uint8_t *tablesMemory;
void *gVarMemory;
struct prog_desc prog_desc;
init_block_t *proc;
uint16_t codePtr; // Records what code has been copied to the internal flash
uint16_t nextAddr;
uint8_t *nextTask_chain; // Used to update the next patching address in a chain
uint8_t readSource; // Loads from flash or memory
uint16_t readSourceOffset; // If loading from memory, then this is effectively the passed-in memory address
error_t retError = FAIL;
tosthread_t handler;
uint16_t threadCodeSizes[TOSTHREAD_MAX_NUM_THREADS];
uint16_t codeFirstAddrs[TOSTHREAD_MAX_NUM_THREADS];
async event void ThreadNotification.justCreated[uint8_t id]()
{
thread_t *t = call ThreadScheduler.threadInfo(id);
if(t->init_block != NULL) {
call ReferenceCounter.increment(&(t->init_block->thread_counter));
}
}
async event void ThreadNotification.aboutToDestroy[uint8_t id]()
{
thread_t *t = call ThreadScheduler.threadInfo(id);
if(t->init_block != NULL) {
call ReferenceCounter.decrement(&(t->init_block->thread_counter));
}
}
task void loadDoneTask()
{
if (retError != SUCCESS)
handler = TOSTHREAD_INVALID_THREAD_ID;
if (readSource == READSOURCE_MEMORY) {
signal DynamicLoader.loadFromMemoryDone(((void *)readSourceOffset), handler, retError);
} else {
signal DynamicLoader.loadFromFlashDone(readSource, handler, retError);
}
}
void initProgDesc()
{
prog_desc.main_addr = 0;
prog_desc.alloc_count = 0;
prog_desc.g_reloc_count = 0;
prog_desc.l_reloc_count = 0;
prog_desc.code_count = 0;
prog_desc.patch_table_count = 0;
prog_desc.loading_stage = 0;
codePtr = 0;
}
void errorHandler()
{
call Leds.set(7);
if (tablesMemory != NULL) { free(tablesMemory); tablesMemory = NULL; }
if (gVarMemory != NULL) { free(gVarMemory); gVarMemory = NULL; }
if (proc != NULL) { free(proc); proc = NULL; }
initProgDesc();
retError = FAIL;
post loadDoneTask();
}
void run_proc(void *arg)
{
init_block_t* curProc = arg;
thread_t* t = call ThreadScheduler.currentThreadInfo();
t->init_block = curProc;
(*(curProc->init_ptr))(curProc->init_arg);
call ReferenceCounter.waitOnValue(&(curProc->thread_counter), 0);
call PMManager.release(codeFirstAddrs[t->id], threadCodeSizes[t->id]);
codeFirstAddrs[t->id] = 0;
threadCodeSizes[t->id] = 0;
if (curProc->globals != NULL) {
free(curProc->globals);
}
free(curProc);
}
task void start_prog()
{
free(tablesMemory);
proc = malloc(sizeof(init_block_t));
proc->globals = gVarMemory;
proc->init_ptr = (void *)((uint16_t)code + prog_desc.main_addr);
proc->init_arg = NULL;
call ReferenceCounter.init( &(proc->thread_counter) );
if (call DynamicThread.create(&handler, run_proc, proc, 200) == SUCCESS) {
codeFirstAddrs[handler] = (uint16_t)code;
threadCodeSizes[handler] = prog_desc.code_count;
retError = SUCCESS;
post loadDoneTask();
} else {
retError = FAIL;
post loadDoneTask();
if (proc->globals != NULL) {
free(proc->globals);
}
free(proc);
}
initProgDesc();
}
// Gets write access to the internal flash
void eeprom_w()
{
FCTL2 = FWKEY + FSSEL1 + FN2; // selects SMCLK and divides it by 4
FCTL3 = FWKEY; // enables the writing/erasing by clearing the LOCK bit
FCTL1 = FWKEY + WRT; // enables the writing
}
// Gets read-only access to the internal flash
void eeprom_r()
{
FCTL1 = FWKEY; // Clear WRT bit
FCTL3 = FWKEY + LOCK; // disabling the writing/erasing
}
// Calculates where should the code be placed in the internal flash
/*
uint16_t eeprom_code_addr()
{
uint16_t addr;
addr = (((prog_desc.code_count - 1) / 512) + 1) * 512; // Spaces needed for the code
addr = 0xFFFF - 512 - addr + 1; // The 1 is to align the code
return addr;
}
*/
// Loads program image meta data
void loader_metaData()
{
prog_desc.patch_table_count = prog_desc.alloc_count +
prog_desc.g_reloc_count +
prog_desc.l_reloc_count;
prog_desc.code_offset = sizeof(prog_desc.main_addr) +
sizeof(prog_desc.alloc_count) +
sizeof(prog_desc.alloc_size) +
sizeof(prog_desc.g_reloc_count) +
sizeof(prog_desc.l_reloc_count) +
sizeof(prog_desc.datasec_count) +
sizeof(prog_desc.code_count) +
(prog_desc.patch_table_count * 4) +
(prog_desc.datasec_count * 6);
if (prog_desc.patch_table_count > 0 || prog_desc.datasec_count > 0) {
if ((prog_desc.patch_table_count * 4) > (prog_desc.datasec_count * 6)) {
tablesMemory = malloc(prog_desc.patch_table_count * 4);
} else {
tablesMemory = malloc(prog_desc.datasec_count * 6);
}
} else {
tablesMemory = NULL;
}
}
// Prepares the patch table before patching addresses in the binary code
void loader_patch_table()
{
uint16_t i, tempUInt16 = 0;
// Find out the total space global variables need, and malloc
/*
for (i = 0; i < (prog_desc.alloc_count * 4); i+=4) {
tempUInt16 += *((uint16_t *)&tablesMemory[i]);
*((uint16_t *)&tablesMemory[i]) = tempUInt16 - *((uint16_t *)&tablesMemory[i]);
}
*/
if (prog_desc.alloc_size > 0) {
gVarMemory = malloc(prog_desc.alloc_size);
memset(gVarMemory, 0, prog_desc.alloc_size);
} else {
gVarMemory = NULL;
}
// Some "real" addresses need offsets added. For example, local relocation table entries need
// the starting code address
for (i = 0; i < (prog_desc.patch_table_count * 4); i+=4) {
if (i < (prog_desc.alloc_count * 4)) {
tempUInt16 = (uint16_t)gVarMemory; // Allocation table needs memory's offset
} else if (i < ((prog_desc.alloc_count + prog_desc.g_reloc_count) * 4)) {
tempUInt16 = 0; // Global relocation table doesn't need anything
} else {
tempUInt16 = (uint16_t)code; // Local relocation table needs code's offset
}
*((uint16_t *)&(tablesMemory[i])) = *((uint16_t *)&(tablesMemory[i])) + tempUInt16; // Writes the real address
}
// Converts function IDs in global relocation table to real addresses
for (i = (prog_desc.alloc_count * 4); i < ((prog_desc.alloc_count + prog_desc.g_reloc_count) * 4); i+=4) {
tempUInt16 = *((uint16_t *)&tablesMemory[i]); // Gets function ID
tempUInt16 = (uint16_t)fun[tempUInt16].addr; // Gets the real address of the function ID
*((uint16_t *)&tablesMemory[i]) = tempUInt16; // Writes the real address
}
}
void loader_addr_1()
{
uint16_t i, laddr = 0, raddr = 0;
// Resets before start
nextTask_chain = 0x0;
nextAddr = 0;
// Gets the next task by searching for the lowest next patching address
raddr = 0xFFFF; // Temp variable to store the minimum patching address so far
laddr = 0; // Temp variable to store the current patching address
for (i = 0; i < (prog_desc.patch_table_count * 4); i+=4) {
laddr = *((uint16_t *)&tablesMemory[i + 2]);
if (((uint16_t)nextTask_chain == 0x0 && laddr != 0xFFFF) ||
raddr > laddr) {
nextTask_chain = &(tablesMemory[i]);
raddr = laddr;
}
}
if (nextTask_chain != 0x0) {
// Gets the next patching address in the chain from the flash
raddr = *((uint16_t *)&nextTask_chain[2]);
call ImageRead.read[readSource](readSourceOffset + prog_desc.code_offset + raddr,
&nextAddr,
2);
} else {
// Copies the rest of the binary code
call ImageRead.read[readSource](readSourceOffset + prog_desc.code_offset + codePtr,
&(code[codePtr]),
prog_desc.code_count - codePtr);
prog_desc.loading_stage++;
}
}
// Patches the part of binary code that needs "real" addresses
void loader_addr_2()
{
uint16_t laddr;
laddr = *((uint16_t *)&nextTask_chain[2]); // Gets the current patching address
// Updates the chain with the next patching address
if (nextAddr == 0x0000) {
nextAddr = 0xFFFF; // End of chain, marks it with a big number
}
*((uint16_t *)&nextTask_chain[2]) = nextAddr;
// Patches address in the binary code
*((uint16_t *)&code[laddr]) = *((uint16_t *)&nextTask_chain[0]);
// Copies the binary code between the last patching address and the current patching address
call ImageRead.read[readSource](readSourceOffset + prog_desc.code_offset + codePtr,
&(code[codePtr]),
laddr - codePtr);
codePtr = laddr + 2; // Notes up to what location in the binary code we have copied
}
void loader_datasec()
{
uint16_t i, j;
for (i = 0; i < (prog_desc.datasec_count * 6); i+=6) {
uint16_t destAddr = *((uint16_t *)&(tablesMemory[i])) + (uint16_t)gVarMemory; // Writes the real address
uint16_t srcAddr = *((uint16_t *)&(tablesMemory[i + 2])) + (uint16_t)code; // Writes the real address
uint16_t size = *((uint16_t *)&(tablesMemory[i + 4]));
for (j = 0; j < size; j++) {
((uint8_t *)((void *)(destAddr + j)))[0] = ((uint8_t *)((void *)(srcAddr + j)))[0];
//*((uint8_t *)&code[destAddr + j]) = *((uint8_t *)&code[srcAddr + j]);
}
}
}
void loadProgram()
{
error_t error = SUCCESS;
switch (prog_desc.loading_stage) {
case 0:
// Loads meta data to memory array
error = call ImageRead.read[readSource](readSourceOffset + 0,
&prog_desc,
7 * 2);
if (error == SUCCESS) {
prog_desc.loading_stage++; // Moves to next loading phase
} else {
errorHandler();
}
break;
case 1:
loader_metaData(); // Gets meta data
code = (void *) call PMManager.request(prog_desc.code_count); // Gets the location of where the code will be copied to
if ((uint16_t)code != 0xFFFF) {
// Loads patch table to memory array
error = call ImageRead.read[readSource](readSourceOffset + 7 * 2,
tablesMemory,
prog_desc.patch_table_count * 4);
if (error == SUCCESS) {
prog_desc.loading_stage++; // Moves to next loading phase
} else {
errorHandler();
}
} else {
errorHandler();
}
break;
case 2:
loader_patch_table();
eeprom_w(); // Gets write-access to internal flash
prog_desc.loading_stage++; // Moves to next loading phase
case 3:
loader_addr_1();
break;
case 4:
eeprom_r(); // Locks the internal flash back
error = call ImageRead.read[readSource](readSourceOffset + 7 * 2 + prog_desc.patch_table_count * 4,
tablesMemory,
prog_desc.datasec_count * 6);
if (error == SUCCESS) {
prog_desc.loading_stage++; // Moves to next loading phase
} else {
errorHandler();
}
break;
case 5:
loader_datasec();
prog_desc.loading_stage++;
case 6:
post start_prog();
break;
}
}
command error_t Init.init()
{
int i;
for (i = 0; i < TOSTHREAD_MAX_NUM_THREADS; i++) {
threadCodeSizes[i] = 0;
codeFirstAddrs[i] = 0;
}
initProgDesc();
return SUCCESS;
}
task void taskLoadProgram()
{
loadProgram();
}
error_t start_load(uint8_t in_readSource, uint16_t in_readSourceOffset)
{
if (prog_desc.loading_stage == 0) {
uint16_t i;
call Leds.set(7);
for (i = 0; i < 2000; i++) { }
call Leds.set(0);
readSource = in_readSource;
readSourceOffset = in_readSourceOffset;
post taskLoadProgram(); // Start Loading
return SUCCESS;
}
return EBUSY;
}
command error_t DynamicLoader.loadFromFlash(uint8_t volumeId) { return start_load(volumeId, 0); }
command error_t DynamicLoader.loadFromMemory(void *addr) { return start_load(READSOURCE_MEMORY, (uint16_t)addr); }
event void ImageRead.readDone[uint8_t id](storage_addr_t addr, void* buf, storage_len_t len, error_t error)
{
if (error == SUCCESS) {
if (buf == &nextAddr) {
loader_addr_2();
} else {
post taskLoadProgram();
}
} else {
errorHandler();
}
}
#ifndef DISABLE_LOADER_USERBUTTON
event void UserButton.fired()
{
call DynamicLoader.loadFromFlash(VOLUME_MICROEXEIMAGE);
}
#endif
event void ImageRead.computeCrcDone[uint8_t id](storage_addr_t addr, storage_len_t len, uint16_t crc, error_t error) {}
default command error_t ImageRead.read[uint8_t id](storage_addr_t addr, void *buf, storage_len_t len) { return FAIL; }
default event void DynamicLoader.loadFromFlashDone(uint8_t volumeId, tosthread_t id, error_t error) {}
default event void DynamicLoader.loadFromMemoryDone(void *addr, tosthread_t id, error_t error) {}
}
| nesC | 4 | mtaghiza/tinyos-main-1 | tos/lib/tosthreads/lib/tinyld/DynamicLoaderP.nc | [
"BSD-3-Clause"
] |
/home/spinalvm/hdl/riscv-compliance/work//C.SW.elf: file format elf32-littleriscv
Disassembly of section .text.init:
80000000 <_start>:
80000000: 0001 nop
80000002: 0001 nop
80000004: 0001 nop
80000006: 0001 nop
80000008: 0001 nop
8000000a: 0001 nop
8000000c: 0001 nop
8000000e: 0001 nop
80000010: 0001 nop
80000012: 0001 nop
80000014: 0001 nop
80000016: 0001 nop
80000018: 0001 nop
8000001a: 0001 nop
8000001c: 0001 nop
8000001e: 0001 nop
80000020: 0001 nop
80000022: 0001 nop
80000024: 0001 nop
80000026: 0001 nop
80000028: 0001 nop
8000002a: 0001 nop
8000002c: 0001 nop
8000002e: 0001 nop
80000030: 0001 nop
80000032: 0001 nop
80000034: 0001 nop
80000036: 0001 nop
80000038: 0001 nop
8000003a: 0001 nop
8000003c: 0001 nop
8000003e: 0001 nop
80000040: 0001 nop
80000042: 0001 nop
80000044: 0001 nop
80000046: 0001 nop
80000048: 0001 nop
8000004a: 0001 nop
8000004c: 0001 nop
8000004e: 0001 nop
80000050: 0001 nop
80000052: 0001 nop
80000054: 0001 nop
80000056: 0001 nop
80000058: 0001 nop
8000005a: 0001 nop
8000005c: 0001 nop
8000005e: 0001 nop
80000060: 0001 nop
80000062: 0001 nop
80000064: 0001 nop
80000066: 0001 nop
80000068: 0001 nop
8000006a: 0001 nop
8000006c: 0001 nop
8000006e: 0001 nop
80000070: 0001 nop
80000072: 0001 nop
80000074: 0001 nop
80000076: 0001 nop
80000078: 0001 nop
8000007a: 0001 nop
8000007c: 0001 nop
8000007e: 0001 nop
80000080: 0001 nop
80000082: 0001 nop
80000084: 0001 nop
80000086: 0001 nop
80000088: 0001 nop
8000008a: 0001 nop
8000008c: 0001 nop
8000008e: 0001 nop
80000090: 0001 nop
80000092: 0001 nop
80000094: 0001 nop
80000096: 0001 nop
80000098: 0001 nop
8000009a: 0001 nop
8000009c: 0001 nop
8000009e: 0001 nop
800000a0: 0001 nop
800000a2: 0001 nop
800000a4: 0001 nop
800000a6: 0001 nop
800000a8: 0001 nop
800000aa: 0001 nop
800000ac: 0001 nop
800000ae: 0001 nop
800000b0: 0001 nop
800000b2: 0001 nop
800000b4: 0001 nop
800000b6: 0001 nop
800000b8: 0001 nop
800000ba: 0001 nop
800000bc: 0001 nop
800000be: 0001 nop
800000c0: 0001 nop
800000c2: 0001 nop
800000c4: 0001 nop
800000c6: 0001 nop
800000c8: 0001 nop
800000ca: 0001 nop
800000cc: 0001 nop
800000ce: 0001 nop
800000d0: 0001 nop
800000d2: 0001 nop
800000d4: 0001 nop
800000d6: 0001 nop
800000d8: 0001 nop
800000da: 0001 nop
800000dc: 0001 nop
800000de: 0001 nop
800000e0: 0001 nop
800000e2: 0001 nop
800000e4: 0001 nop
800000e6: 0001 nop
800000e8: 0001 nop
800000ea: 0001 nop
800000ec: 0001 nop
800000ee: 00001117 auipc sp,0x1
800000f2: f1210113 addi sp,sp,-238 # 80001000 <codasip_signature_start>
800000f6: 4401 li s0,0
800000f8: 00001617 auipc a2,0x1
800000fc: f1c60613 addi a2,a2,-228 # 80001014 <test_data>
80000100: c200 sw s0,0(a2)
80000102: 4200 lw s0,0(a2)
80000104: c022 sw s0,0(sp)
80000106: 00001117 auipc sp,0x1
8000010a: efe10113 addi sp,sp,-258 # 80001004 <test_2_res>
8000010e: 4485 li s1,1
80000110: 00001797 auipc a5,0x1
80000114: f0478793 addi a5,a5,-252 # 80001014 <test_data>
80000118: c3c4 sw s1,4(a5)
8000011a: 43c4 lw s1,4(a5)
8000011c: c026 sw s1,0(sp)
8000011e: 00001117 auipc sp,0x1
80000122: eea10113 addi sp,sp,-278 # 80001008 <test_3_res>
80000126: 557d li a0,-1
80000128: 00001497 auipc s1,0x1
8000012c: eec48493 addi s1,s1,-276 # 80001014 <test_data>
80000130: c488 sw a0,8(s1)
80000132: 4488 lw a0,8(s1)
80000134: c02a sw a0,0(sp)
80000136: 00001117 auipc sp,0x1
8000013a: ed610113 addi sp,sp,-298 # 8000100c <test_4_res>
8000013e: 000086b7 lui a3,0x8
80000142: fff68693 addi a3,a3,-1 # 7fff <_start-0x7fff8001>
80000146: 00001717 auipc a4,0x1
8000014a: ece70713 addi a4,a4,-306 # 80001014 <test_data>
8000014e: cb14 sw a3,16(a4)
80000150: 4b14 lw a3,16(a4)
80000152: c036 sw a3,0(sp)
80000154: 00001117 auipc sp,0x1
80000158: ebc10113 addi sp,sp,-324 # 80001010 <test_5_res>
8000015c: 67a1 lui a5,0x8
8000015e: 00001617 auipc a2,0x1
80000162: eb660613 addi a2,a2,-330 # 80001014 <test_data>
80000166: de7c sw a5,124(a2)
80000168: 5e7c lw a5,124(a2)
8000016a: c03e sw a5,0(sp)
8000016c: 00001517 auipc a0,0x1
80000170: e9450513 addi a0,a0,-364 # 80001000 <codasip_signature_start>
80000174: 00001597 auipc a1,0x1
80000178: f2c58593 addi a1,a1,-212 # 800010a0 <_end>
8000017c: f0100637 lui a2,0xf0100
80000180: f2c60613 addi a2,a2,-212 # f00fff2c <_end+0x700fee8c>
80000184 <complience_halt_loop>:
80000184: 00b50c63 beq a0,a1,8000019c <complience_halt_break>
80000188: 4554 lw a3,12(a0)
8000018a: c214 sw a3,0(a2)
8000018c: 4514 lw a3,8(a0)
8000018e: c214 sw a3,0(a2)
80000190: 4154 lw a3,4(a0)
80000192: c214 sw a3,0(a2)
80000194: 4114 lw a3,0(a0)
80000196: c214 sw a3,0(a2)
80000198: 0541 addi a0,a0,16
8000019a: b7ed j 80000184 <complience_halt_loop>
8000019c <complience_halt_break>:
8000019c: f0100537 lui a0,0xf0100
800001a0: f2050513 addi a0,a0,-224 # f00fff20 <_end+0x700fee80>
800001a4: 00052023 sw zero,0(a0)
...
Disassembly of section .data:
80001000 <codasip_signature_start>:
80001000: ffff 0xffff
80001002: ffff 0xffff
80001004 <test_2_res>:
80001004: ffff 0xffff
80001006: ffff 0xffff
80001008 <test_3_res>:
80001008: ffff 0xffff
8000100a: ffff 0xffff
8000100c <test_4_res>:
8000100c: ffff 0xffff
8000100e: ffff 0xffff
80001010 <test_5_res>:
80001010: ffff 0xffff
80001012: ffff 0xffff
80001014 <test_data>:
80001014: ffff 0xffff
80001016: ffff 0xffff
80001018: ffff 0xffff
8000101a: ffff 0xffff
8000101c: ffff 0xffff
8000101e: ffff 0xffff
80001020: ffff 0xffff
80001022: ffff 0xffff
80001024: ffff 0xffff
80001026: ffff 0xffff
80001028: ffff 0xffff
8000102a: ffff 0xffff
8000102c: ffff 0xffff
8000102e: ffff 0xffff
80001030: ffff 0xffff
80001032: ffff 0xffff
80001034: ffff 0xffff
80001036: ffff 0xffff
80001038: ffff 0xffff
8000103a: ffff 0xffff
8000103c: ffff 0xffff
8000103e: ffff 0xffff
80001040: ffff 0xffff
80001042: ffff 0xffff
80001044: ffff 0xffff
80001046: ffff 0xffff
80001048: ffff 0xffff
8000104a: ffff 0xffff
8000104c: ffff 0xffff
8000104e: ffff 0xffff
80001050: ffff 0xffff
80001052: ffff 0xffff
80001054: ffff 0xffff
80001056: ffff 0xffff
80001058: ffff 0xffff
8000105a: ffff 0xffff
8000105c: ffff 0xffff
8000105e: ffff 0xffff
80001060: ffff 0xffff
80001062: ffff 0xffff
80001064: ffff 0xffff
80001066: ffff 0xffff
80001068: ffff 0xffff
8000106a: ffff 0xffff
8000106c: ffff 0xffff
8000106e: ffff 0xffff
80001070: ffff 0xffff
80001072: ffff 0xffff
80001074: ffff 0xffff
80001076: ffff 0xffff
80001078: ffff 0xffff
8000107a: ffff 0xffff
8000107c: ffff 0xffff
8000107e: ffff 0xffff
80001080: ffff 0xffff
80001082: ffff 0xffff
80001084: ffff 0xffff
80001086: ffff 0xffff
80001088: ffff 0xffff
8000108a: ffff 0xffff
8000108c: ffff 0xffff
8000108e: ffff 0xffff
80001090: ffff 0xffff
80001092: ffff 0xffff
...
| ObjDump | 2 | cbrune/VexRiscv | src/test/resources/asm/C.SW.elf.objdump | [
"MIT"
] |
export default {
props: {
obj: { a: 1, b: 42 },
c: 5,
d: 10
},
html: `
<p>1</p>
<p>42</p>
<p>5</p>
<p>10</p>
`,
test({ assert, target, component }) {
component.obj = { a: 2, b: 50, c: 30 };
assert.htmlEqual(target.innerHTML, `
<p>2</p>
<p>50</p>
<p>30</p>
<p>10</p>
`);
component.c = 22;
assert.htmlEqual(target.innerHTML, `
<p>2</p>
<p>50</p>
<p>30</p>
<p>10</p>
`);
component.d = 44;
assert.htmlEqual(target.innerHTML, `
<p>2</p>
<p>50</p>
<p>30</p>
<p>44</p>
`);
component.obj = { a: 9, b: 12 };
assert.htmlEqual(target.innerHTML, `
<p>9</p>
<p>12</p>
<p>22</p>
<p>44</p>
`);
component.c = 88;
assert.htmlEqual(target.innerHTML, `
<p>9</p>
<p>12</p>
<p>88</p>
<p>44</p>
`);
}
};
| JavaScript | 3 | Theo-Steiner/svelte | test/runtime/samples/component-slot-spread/_config.js | [
"MIT"
] |
# TODO: Translation updated at 2022-01-11 21:45
# game/scripts/labels/day_start_end_events.rpy:25
translate english day_start_text1_f805c7ea:
# player happy "A new day!"
player happy "A new day!"
# game/scripts/labels/day_start_end_events.rpy:27
translate english day_start_text1_b0010ea5:
# player "Good morning, Mint."
player "Good morning, Mint."
# game/scripts/labels/day_start_end_events.rpy:29
translate english day_start_text1_6f81f2cd:
# player neutral "Hmmm, I don't feel like eating a big breakfast today. I guess a cookie will do."
player neutral "Hmmm, I don't feel like eating a big breakfast today. I guess a cookie will do."
# game/scripts/labels/day_start_end_events.rpy:35
translate english day_start_text1_dc40bb95:
# player laugh "Yum yum."
player laugh "Yum yum."
# game/scripts/labels/day_start_end_events.rpy:39
translate english day_start_text1_d1eff543:
# player "Mom's homemade cookies never fail to kick-start my morning."
player "Mom's homemade cookies never fail to kick-start my morning."
# game/scripts/labels/day_start_end_events.rpy:43
translate english day_start_text2_3195de2d:
# mom "[player_name], breakfast's ready!"
mom "[player_name], breakfast's ready!"
# game/scripts/labels/day_start_end_events.rpy:44
translate english day_start_text2_c51cfb88:
# player happy "Okay, I'm up!"
player happy "Okay, I'm up!"
# game/scripts/labels/day_start_end_events.rpy:50
translate english day_start_text2_dc40bb95:
# player laugh "Yum yum."
player laugh "Yum yum."
# game/scripts/labels/day_start_end_events.rpy:52
translate english day_start_text2_476fa756:
# player smile "I'm done. Gotta go and get ready for the day."
player smile "I'm done. Gotta go and get ready for the day."
# game/scripts/labels/day_start_end_events.rpy:53
translate english day_start_text2_5ffdb161:
# player "Have a good day at work!"
player "Have a good day at work!"
# game/scripts/labels/day_start_end_events.rpy:54
translate english day_start_text2_bf09afe8:
# dad "You too, [player_name]!"
dad "You too, [player_name]!"
# game/scripts/labels/day_start_end_events.rpy:55
translate english day_start_text2_08c0787c:
# mom "See you later, honey!"
mom "See you later, honey!"
# game/scripts/labels/day_start_end_events.rpy:58
translate english day_start_text2_538835ba:
# player "Alright, moving on from the most important meal of the day."
player "Alright, moving on from the most important meal of the day."
# game/scripts/labels/day_start_end_events.rpy:63
translate english day_start_text3_871a5c01:
# player relieved "Yawwwwwn..."
player relieved "Yawwwwwn..."
# game/scripts/labels/day_start_end_events.rpy:64
translate english day_start_text3_1688479f:
# player "(I feel like hitting snooze on my alarm...)"
player "(I feel like hitting snooze on my alarm...)"
# game/scripts/labels/day_start_end_events.rpy:65
translate english day_start_text3_ca902e9e:
# mint "Meow!"
mint "Meow!"
# game/scripts/labels/day_start_end_events.rpy:66
translate english day_start_text3_3e1a4523:
# player surprised "Ahhh... Mint, are you hungry? Okay I'm getting up and getting you breakfast."
player surprised "Ahhh... Mint, are you hungry? Okay I'm getting up and getting you breakfast."
# game/scripts/labels/day_start_end_events.rpy:74
translate english day_start_text3_b820a334:
# player happy "Haha Mint, thanks for waking me up."
player happy "Haha Mint, thanks for waking me up."
# game/scripts/labels/day_start_end_events.rpy:75
translate english day_start_text3_b152b669:
# player "Now let's get on with the day."
player "Now let's get on with the day."
# game/scripts/labels/day_start_end_events.rpy:81
translate english day_end_dbb10962:
# player relieved "Phew... That was a long day."
player relieved "Phew... That was a long day."
# game/scripts/labels/day_start_end_events.rpy:84
translate english day_end_0fd327d6:
# mom "[player_name], dinner's ready!"
mom "[player_name], dinner's ready!"
# game/scripts/labels/day_start_end_events.rpy:85
translate english day_end_14e38cdd:
# player happy "Coming, mom!"
player happy "Coming, mom!"
# game/scripts/labels/day_start_end_events.rpy:91
translate english day_end_2fcff55e:
# mom "How was your day, honey?"
mom "How was your day, honey?"
# game/scripts/labels/day_start_end_events.rpy:92
translate english day_end_d8869f46:
# player "Good, good."
player "Good, good."
# game/scripts/labels/day_start_end_events.rpy:94
translate english day_end_2be22c57:
# player "I spent today studying and learned a lot!"
player "I spent today studying and learned a lot!"
# game/scripts/labels/day_start_end_events.rpy:96
translate english day_end_fa153c80:
# player "I worked at the cafe today and heard some interesting conversations."
player "I worked at the cafe today and heard some interesting conversations."
# game/scripts/labels/day_start_end_events.rpy:98
translate english day_end_fcbfde46:
# player "I went to Hacker Space today and saw some people working on cool projects."
player "I went to Hacker Space today and saw some people working on cool projects."
# game/scripts/labels/day_start_end_events.rpy:100
translate english day_end_e6dc65f0:
# player "I was at the park reading a nice book. It was really refreshing."
player "I was at the park reading a nice book. It was really refreshing."
# game/scripts/labels/day_start_end_events.rpy:102
translate english day_end_264d192f:
# player "I played some cool video games today. Hopefully one day I'll able to code up a game myself."
player "I played some cool video games today. Hopefully one day I'll able to code up a game myself."
# game/scripts/labels/day_start_end_events.rpy:104
translate english day_end_4edaca69:
# player "I was listening to some really good music today. Music always helps me relax."
player "I was listening to some really good music today. Music always helps me relax."
# game/scripts/labels/day_start_end_events.rpy:106
translate english day_end_390085a0:
# player "I spent my day looking for job openings. I hope that my résumé will catch the recruiter's eye."
player "I spent my day looking for job openings. I hope that my résumé will catch the recruiter's eye."
# game/scripts/labels/day_start_end_events.rpy:108
translate english day_end_152494b7:
# player "I had an interview today. I wouldn't say it wasn't stressful, but I felt like I gave it my best shot."
player "I had an interview today. I wouldn't say it wasn't stressful, but I felt like I gave it my best shot."
# game/scripts/labels/day_start_end_events.rpy:110
translate english day_end_5f0a1604:
# player "I just chilled for the day."
player "I just chilled for the day."
# game/scripts/labels/day_start_end_events.rpy:111
translate english day_end_365b3be6:
# dad "Sounds like you enjoyed your day."
dad "Sounds like you enjoyed your day."
# game/scripts/labels/day_start_end_events.rpy:112
translate english day_end_ebcfca36:
# mom "Talk to us if you need anything."
mom "Talk to us if you need anything."
# game/scripts/labels/day_start_end_events.rpy:113
translate english day_end_e5ce6ee9:
# player laugh "Thanks! You two are the best."
player laugh "Thanks! You two are the best."
# game/scripts/labels/day_start_end_events.rpy:121
translate english day_end_9a3c5c96:
# player happy "Delicious home-cooked dinner as always."
player happy "Delicious home-cooked dinner as always."
# game/scripts/labels/day_start_end_events.rpy:135
translate english day_end_a4719392:
# player smile "Hmmm... Let's see. Do I have any cool tech terms I caught during my barista shifts that I need to research?"
player smile "Hmmm... Let's see. Do I have any cool tech terms I caught during my barista shifts that I need to research?"
# game/scripts/labels/day_start_end_events.rpy:137
translate english day_end_43ee4941:
# player "Looks like there's nothing on my list."
player "Looks like there's nothing on my list."
# game/scripts/labels/day_start_end_events.rpy:140
translate english day_end_e43fbc75:
# player "I do have something to ask."
player "I do have something to ask."
# game/scripts/labels/day_start_end_events.rpy:143
translate english day_end_62b457d6:
# player "Should I give Annika a call now?"
player "Should I give Annika a call now?"
# game/scripts/labels/day_start_end_events.rpy:151
translate english day_end_42d8dbcb:
# player "Hmm... Let's save up those buzzwords and ask when I've gathered a few more of them."
player "Hmm... Let's save up those buzzwords and ask when I've gathered a few more of them."
# game/scripts/labels/day_start_end_events.rpy:153
translate english day_end_15ab7aa5:
# player "Who should I talk to?"
player "Who should I talk to?"
# game/scripts/labels/day_start_end_events.rpy:158
translate english day_end_da24e93f:
# player "Let's give Annika a call."
player "Let's give Annika a call."
# game/scripts/labels/day_start_end_events.rpy:164
translate english day_end_3dd815ae:
# player "Let's chat with Marco."
player "Let's chat with Marco."
# game/scripts/labels/day_start_end_events.rpy:170
translate english day_end_42d8dbcb_1:
# player "Hmm... Let's save up those buzzwords and ask when I've gathered a few more of them."
player "Hmm... Let's save up those buzzwords and ask when I've gathered a few more of them."
# game/scripts/labels/day_start_end_events.rpy:174
translate english day_end_sleep_d1fd0a07:
# player "Anyways, I feel like I've done a lot today. Let's call it a day and get some rest."
player "Anyways, I feel like I've done a lot today. Let's call it a day and get some rest."
# game/scripts/labels/day_start_end_events.rpy:175
translate english day_end_sleep_259c4c26:
# player "Tomorrow will be another day. Right, Mint?"
player "Tomorrow will be another day. Right, Mint?"
# game/scripts/labels/day_start_end_events.rpy:177
translate english day_end_sleep_ca902e9e:
# mint "Meow!"
mint "Meow!"
# game/scripts/labels/day_start_end_events.rpy:178
translate english day_end_sleep_04be8a02:
# player "Haha good night Mint."
player "Haha good night Mint."
# game/scripts/labels/day_start_end_events.rpy:196
translate english day_end_interview_bfa9c992:
# mom "How was your day, honey? How did the interview go?"
mom "How was your day, honey? How did the interview go?"
# game/scripts/labels/day_start_end_events.rpy:197
translate english day_end_interview_2ff4bb0d:
# player smile "Well, I wouldn't say it wasn't stressful, but I felt like I gave it my best shot."
player smile "Well, I wouldn't say it wasn't stressful, but I felt like I gave it my best shot."
# game/scripts/labels/day_start_end_events.rpy:198
translate english day_end_interview_96f96d3c:
# player "I also feel like I need to work harder on interview prep."
player "I also feel like I need to work harder on interview prep."
# game/scripts/labels/day_start_end_events.rpy:199
translate english day_end_interview_1c8dbaf1:
# dad "That's the spirit."
dad "That's the spirit."
# game/scripts/labels/day_start_end_events.rpy:200
translate english day_end_interview_b418c8d4:
# mom "We are proud of you, honey."
mom "We are proud of you, honey."
# game/scripts/labels/day_start_end_events.rpy:201
translate english day_end_interview_eafeccb5:
# dad "Let us know if you need anything."
dad "Let us know if you need anything."
# game/scripts/labels/day_start_end_events.rpy:202
translate english day_end_interview_82af9971:
# player happy "Thanks, I will. It's awesome to know that you two have my back!"
player happy "Thanks, I will. It's awesome to know that you two have my back!"
# game/scripts/labels/day_start_end_events.rpy:203
translate english day_end_interview_e27c9500:
# dad "Any time, pumpkin."
dad "Any time, pumpkin."
# game/scripts/labels/day_start_end_events.rpy:206
translate english day_end_interview_629b38ae:
# player relieved "Phew... What a day. I can't wait to go catch some zzzz's already..."
player relieved "Phew... What a day. I can't wait to go catch some zzzz's already..."
# game/scripts/labels/day_start_end_events.rpy:209
translate english day_end_interview_890a0a5d:
# player surprised "Oh. Here's a text from Annika."
player surprised "Oh. Here's a text from Annika."
# game/scripts/labels/day_start_end_events.rpy:212
translate english day_end_interview_1edb4220:
# player "It reads {i}'Hope your interview went well & take some well-deserved rest & let me know if there's anything you need help with! <3'{/i}"
player "It reads {i}'Hope your interview went well & take some well-deserved rest & let me know if there's anything you need help with! <3'{/i}"
# game/scripts/labels/day_start_end_events.rpy:214
translate english day_end_interview_cd1af877:
# player smile "Awww that's so nice of Annika..."
player smile "Awww that's so nice of Annika..."
# game/scripts/labels/day_start_end_events.rpy:216
translate english day_end_interview_41b8e447:
# player surprised "Hmm? Wow. A text from Marco as well?"
player surprised "Hmm? Wow. A text from Marco as well?"
# game/scripts/labels/day_start_end_events.rpy:218
translate english day_end_interview_c0c66b70:
# player "It reads {i}'Hey [player_name]! How did the interview go? Hopefully it wasn't too stressful for ya. Just keep in mind that we have all been there before. You can do it if you put in the work!{/i}"
player "It reads {i}'Hey [player_name]! How did the interview go? Hopefully it wasn't too stressful for ya. Just keep in mind that we have all been there before. You can do it if you put in the work!{/i}"
# game/scripts/labels/day_start_end_events.rpy:220
translate english day_end_interview_c1651c08:
# player happy "That's so considerate of Marco..."
player happy "That's so considerate of Marco..."
# game/scripts/labels/day_start_end_events.rpy:222
translate english day_end_interview_1ec6ef92:
# mint "Meow meow~"
mint "Meow meow~"
# game/scripts/labels/day_start_end_events.rpy:223
translate english day_end_interview_747d8455:
# player laugh "Awww Mint, now you too?"
player laugh "Awww Mint, now you too?"
# game/scripts/labels/day_start_end_events.rpy:225
translate english day_end_interview_0f543981:
# player smile "I'm lucky to have mom, dad, Annika, Marco, and Mint supporting me."
player smile "I'm lucky to have mom, dad, Annika, Marco, and Mint supporting me."
# game/scripts/labels/day_start_end_events.rpy:226
translate english day_end_interview_e12b1dbb:
# player relieved "Yawwwwwn... Let's call it a day and wake up to a brand new tomorrow..."
player relieved "Yawwwwwn... Let's call it a day and wake up to a brand new tomorrow..."
translate english strings:
# game/scripts/labels/day_start_end_events.rpy:144
old "Call Annika now"
new "Call Annika now"
# game/scripts/labels/day_start_end_events.rpy:144
old "Save the buzzword for later"
new "Save the buzzword for later"
# game/scripts/labels/day_start_end_events.rpy:154
old "Who to ask about tech buzzwords?"
new "Who to ask about tech buzzwords?"
| Ren'Py | 4 | googlebleh/LearnToCodeRPG | game/tl/english/scripts/labels/day_start_end_events.rpy | [
"BSD-3-Clause"
] |
/* Copyright 2016 The TensorFlow Authors. All Rights Reserved.
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.
==============================================================================*/
#include "tensorflow/core/platform/cloud/gcs_dns_cache.h"
#ifndef _WIN32
#include <arpa/inet.h>
#include <netdb.h>
#include <netinet/in.h>
#include <sys/socket.h>
#else
#include <Windows.h>
#include <winsock2.h>
#include <ws2tcpip.h>
#endif
#include <sys/types.h>
namespace tensorflow {
namespace {
const std::vector<string>& kCachedDomainNames =
*new std::vector<string>{"www.googleapis.com", "storage.googleapis.com"};
inline void print_getaddrinfo_error(const string& name, int error_code) {
#ifndef _WIN32
if (error_code == EAI_SYSTEM) {
LOG(ERROR) << "Error resolving " << name
<< " (EAI_SYSTEM): " << strerror(errno);
} else {
LOG(ERROR) << "Error resolving " << name << ": "
<< gai_strerror(error_code);
}
#else
// TODO:WSAGetLastError is better than gai_strerror
LOG(ERROR) << "Error resolving " << name << ": " << gai_strerror(error_code);
#endif
}
// Selects one item at random from a vector of items, using a uniform
// distribution.
template <typename T>
const T& SelectRandomItemUniform(std::default_random_engine* random,
const std::vector<T>& items) {
CHECK_GT(items.size(), 0);
std::uniform_int_distribution<size_t> distribution(0u, items.size() - 1u);
size_t choice_index = distribution(*random);
return items[choice_index];
}
} // namespace
GcsDnsCache::GcsDnsCache(Env* env, int64_t refresh_rate_secs)
: env_(env), refresh_rate_secs_(refresh_rate_secs) {}
void GcsDnsCache::AnnotateRequest(HttpRequest* request) {
// TODO(saeta): Denylist failing IP addresses.
mutex_lock l(mu_);
if (!started_) {
VLOG(1) << "Starting GCS DNS cache.";
DCHECK(!worker_) << "Worker thread already exists!";
// Perform DNS resolutions to warm the cache.
addresses_ = ResolveNames(kCachedDomainNames);
// Note: we opt to use a thread instead of a delayed closure.
worker_.reset(env_->StartThread({}, "gcs_dns_worker",
[this]() { return WorkerThread(); }));
started_ = true;
}
CHECK_EQ(kCachedDomainNames.size(), addresses_.size());
for (size_t i = 0; i < kCachedDomainNames.size(); ++i) {
const string& name = kCachedDomainNames[i];
const std::vector<string>& addresses = addresses_[i];
if (!addresses.empty()) {
const string& chosen_address =
SelectRandomItemUniform(&random_, addresses);
request->AddResolveOverride(name, 443, chosen_address);
VLOG(1) << "Annotated DNS mapping: " << name << " --> " << chosen_address;
} else {
LOG(WARNING) << "No IP addresses available for " << name;
}
}
}
/* static */ std::vector<string> GcsDnsCache::ResolveName(const string& name) {
VLOG(1) << "Resolving DNS name: " << name;
addrinfo hints;
memset(&hints, 0, sizeof(hints));
hints.ai_family = AF_INET; // Only use IPv4 for now.
hints.ai_socktype = SOCK_STREAM;
addrinfo* result = nullptr;
int return_code = getaddrinfo(name.c_str(), nullptr, &hints, &result);
std::vector<string> output;
if (return_code == 0) {
for (const addrinfo* i = result; i != nullptr; i = i->ai_next) {
if (i->ai_family != AF_INET || i->ai_addr->sa_family != AF_INET) {
LOG(WARNING) << "Non-IPv4 address returned. ai_family: " << i->ai_family
<< ". sa_family: " << i->ai_addr->sa_family << ".";
continue;
}
char buf[INET_ADDRSTRLEN];
void* address_ptr =
&(reinterpret_cast<sockaddr_in*>(i->ai_addr)->sin_addr);
const char* formatted = nullptr;
if ((formatted = inet_ntop(i->ai_addr->sa_family, address_ptr, buf,
INET_ADDRSTRLEN)) == nullptr) {
LOG(ERROR) << "Error converting response to IP address for " << name
<< ": " << strerror(errno);
} else {
output.emplace_back(buf);
VLOG(1) << "... address: " << buf;
}
}
} else {
print_getaddrinfo_error(name, return_code);
}
if (result != nullptr) {
freeaddrinfo(result);
}
return output;
}
// Performs DNS resolution for a set of DNS names. The return vector contains
// one element for each element in 'names', and each element is itself a
// vector of IP addresses (in textual form).
//
// If DNS resolution fails for any name, then that slot in the return vector
// will still be present, but will be an empty vector.
//
// Ensures: names.size() == return_value.size()
std::vector<std::vector<string>> GcsDnsCache::ResolveNames(
const std::vector<string>& names) {
std::vector<std::vector<string>> all_addresses;
all_addresses.reserve(names.size());
for (const string& name : names) {
all_addresses.push_back(ResolveName(name));
}
return all_addresses;
}
void GcsDnsCache::WorkerThread() {
while (true) {
{
// Don't immediately re-resolve the addresses.
mutex_lock l(mu_);
if (cancelled_) return;
cond_var_.wait_for(l, std::chrono::seconds(refresh_rate_secs_));
if (cancelled_) return;
}
// Resolve DNS values
auto new_addresses = ResolveNames(kCachedDomainNames);
{
mutex_lock l(mu_);
// Update instance variables.
addresses_.swap(new_addresses);
}
}
}
} // namespace tensorflow
| C++ | 4 | EricRemmerswaal/tensorflow | tensorflow/core/platform/cloud/gcs_dns_cache.cc | [
"Apache-2.0"
] |
#version 310 es
layout (local_size_x = 8, local_size_y = 8) in;
layout (binding = 0) readonly buffer InBufY {
uint data[];
} in_buf_y;
layout (binding = 1) readonly buffer InBufUV {
uint data[];
} in_buf_uv;
layout (binding = 2) writeonly buffer OutBufY {
uint data[];
} out_buf_y;
layout (binding = 3) writeonly buffer OutBufUV {
uint data[];
} out_buf_uv;
uniform uint in_img_width;
uniform uint in_img_height;
uniform uint in_offset_x;
uniform uint out_img_width;
uniform uint merge_width;
const float coeffs[5] = float[] (0.152f, 0.222f, 0.252f, 0.222f, 0.152f);
#define unpack_unorm(buf, pixel, idx) \
{ \
pixel[0] = unpackUnorm4x8 (buf.data[idx]); \
pixel[1] = unpackUnorm4x8 (buf.data[idx + 1u]); \
pixel[2] = unpackUnorm4x8 (buf.data[idx + 2u]); \
pixel[3] = unpackUnorm4x8 (buf.data[idx + 3u]); \
}
#define multiply_coeff(sum, pixel, idx) \
{ \
sum[0] += pixel[0] * coeffs[idx]; \
sum[1] += pixel[1] * coeffs[idx]; \
sum[2] += pixel[2] * coeffs[idx]; \
sum[3] += pixel[3] * coeffs[idx]; \
}
void gauss_scale_y (uvec2 y_id);
void gauss_scale_uv (uvec2 uv_id);
void main ()
{
uvec2 g_id = gl_GlobalInvocationID.xy;
g_id.x = clamp (g_id.x, 0u, merge_width - 1u);
uvec2 y_id = g_id * uvec2 (1u, 2u);
gauss_scale_y (y_id);
gauss_scale_uv (g_id);
}
void gauss_scale_y (uvec2 y_id)
{
uvec2 in_id = y_id * 2u;
uvec2 gauss_start = in_id - uvec2 (1u, 2u);
gauss_start.y = clamp (gauss_start.y, 0u, in_img_height - 7u);
vec4 sum0[4] = vec4[] (vec4 (0.0f), vec4 (0.0f), vec4 (0.0f), vec4 (0.0f));
vec4 sum1[4] = vec4[] (vec4 (0.0f), vec4 (0.0f), vec4 (0.0f), vec4 (0.0f));
vec4 pixel_y[4];
uint in_idx = (in_id.y == 0u) ? (in_id.x - 1u) : (gauss_start.y * in_img_width + gauss_start.x);
in_idx += in_offset_x;
unpack_unorm (in_buf_y, pixel_y, in_idx);
multiply_coeff (sum0, pixel_y, 0u);
in_idx = (in_id.y == 0u) ? in_idx : (in_idx + in_img_width);
unpack_unorm (in_buf_y, pixel_y, in_idx);
multiply_coeff (sum0, pixel_y, 1u);
in_idx = (in_id.y == 0u) ? in_idx : (in_idx + in_img_width);
unpack_unorm (in_buf_y, pixel_y, in_idx);
multiply_coeff (sum0, pixel_y, 2u);
multiply_coeff (sum1, pixel_y, 0u);
in_idx += in_img_width;
unpack_unorm (in_buf_y, pixel_y, in_idx);
multiply_coeff (sum0, pixel_y, 3u);
multiply_coeff (sum1, pixel_y, 1u);
in_idx += in_img_width;
unpack_unorm (in_buf_y, pixel_y, in_idx);
multiply_coeff (sum0, pixel_y, 4u);
multiply_coeff (sum1, pixel_y, 2u);
in_idx += in_img_width;
unpack_unorm (in_buf_y, pixel_y, in_idx);
multiply_coeff (sum1, pixel_y, 3u);
in_idx += in_img_width;
unpack_unorm (in_buf_y, pixel_y, in_idx);
multiply_coeff (sum1, pixel_y, 4u);
sum0[0] = (in_id.x == 0u) ? vec4 (sum0[1].x) : sum0[0];
sum1[0] = (in_id.x == 0u) ? vec4 (sum1[1].x) : sum1[0];
sum0[3] = (in_id.x == merge_width - 2u) ? vec4 (sum0[2].w) : sum0[3];
sum1[3] = (in_id.x == merge_width - 2u) ? vec4 (sum1[2].w) : sum1[3];
vec4 out_data0 =
vec4 (sum0[0].z, sum0[1].x, sum0[1].z, sum0[2].x) * coeffs[0] +
vec4 (sum0[0].w, sum0[1].y, sum0[1].w, sum0[2].y) * coeffs[1] +
vec4 (sum0[1].x, sum0[1].z, sum0[2].x, sum0[2].z) * coeffs[2] +
vec4 (sum0[1].y, sum0[1].w, sum0[2].y, sum0[2].w) * coeffs[3] +
vec4 (sum0[1].z, sum0[2].x, sum0[2].z, sum0[3].x) * coeffs[4];
vec4 out_data1 =
vec4 (sum1[0].z, sum1[1].x, sum1[1].z, sum1[2].x) * coeffs[0] +
vec4 (sum1[0].w, sum1[1].y, sum1[1].w, sum1[2].y) * coeffs[1] +
vec4 (sum1[1].x, sum1[1].z, sum1[2].x, sum1[2].z) * coeffs[2] +
vec4 (sum1[1].y, sum1[1].w, sum1[2].y, sum1[2].w) * coeffs[3] +
vec4 (sum1[1].z, sum1[2].x, sum1[2].z, sum1[3].x) * coeffs[4];
out_data0 = clamp (out_data0, 0.0f, 1.0f);
out_data1 = clamp (out_data1, 0.0f, 1.0f);
y_id.x = clamp (y_id.x, 0u, out_img_width - 1u);
uint out_idx = y_id.y * out_img_width + y_id.x;
out_buf_y.data[out_idx] = packUnorm4x8 (out_data0);
out_buf_y.data[out_idx + out_img_width] = packUnorm4x8 (out_data1);
}
void gauss_scale_uv (uvec2 uv_id)
{
uvec2 in_id = uv_id * 2u;
uvec2 gauss_start = in_id - uvec2 (1u, 2u);
gauss_start.y = clamp (gauss_start.y, 0u, in_img_height / 2u - 5u);
vec4 sum[4] = vec4[] (vec4 (0.0f), vec4 (0.0f), vec4 (0.0f), vec4 (0.0f));
uint in_idx = (in_id.y == 0u) ? (in_id.x - 1u) : (gauss_start.y * in_img_width + gauss_start.x);
in_idx += in_offset_x;
vec4 pixel_uv[4];
unpack_unorm (in_buf_uv, pixel_uv, in_idx);
multiply_coeff (sum, pixel_uv, 0u);
in_idx = (in_id.y == 0u) ? in_idx : (in_idx + in_img_width);
unpack_unorm (in_buf_uv, pixel_uv, in_idx);
multiply_coeff (sum, pixel_uv, 1u);
in_idx = (in_id.y == 0u) ? in_idx : (in_idx + in_img_width);
unpack_unorm (in_buf_uv, pixel_uv, in_idx);
multiply_coeff (sum, pixel_uv, 2u);
in_idx += in_img_width;
unpack_unorm (in_buf_uv, pixel_uv, in_idx);
multiply_coeff (sum, pixel_uv, 3u);
in_idx += in_img_width;
unpack_unorm (in_buf_uv, pixel_uv, in_idx);
multiply_coeff (sum, pixel_uv, 4u);
sum[0] = (in_id.x == 0u) ? vec4 (sum[1]) : sum[0];
sum[3] = (in_id.x == merge_width - 2u) ? vec4 (sum[2]) : sum[3];
vec4 out_data =
vec4 (sum[0].x, sum[0].y, sum[1].x, sum[1].y) * coeffs[0] +
vec4 (sum[0].z, sum[0].w, sum[1].z, sum[1].w) * coeffs[1] +
vec4 (sum[1].x, sum[1].y, sum[2].x, sum[2].y) * coeffs[2] +
vec4 (sum[1].z, sum[1].w, sum[2].z, sum[2].w) * coeffs[3] +
vec4 (sum[2].x, sum[2].y, sum[3].x, sum[3].y) * coeffs[4];
out_data = clamp (out_data, 0.0f, 1.0f);
uv_id.x = clamp (uv_id.x, 0u, out_img_width - 1u);
out_buf_uv.data[uv_id.y * out_img_width + uv_id.x] = packUnorm4x8 (out_data);
}
| Slash | 5 | zongwave/libxcam | shaders/glsl/shader_gauss_scale_pyr.comp.sl | [
"Apache-2.0"
] |
PROGRAM_NAME='prime-debug'
#IF_NOT_DEFINED __PRIME_DEBUG
#DEFINE __PRIME_DEBUG
(***********************************************************)
(* FILE CREATED ON: 01/23/2016 AT: 21:43:16 *)
(***********************************************************)
(***********************************************************)
(***********************************************************)
(* FILE_LAST_MODIFIED_ON: 05/21/2016 AT: 21:03:21 *)
(***********************************************************)
(* FILE REVISION: Rev 2 *)
(* REVISION DATE: 04/21/2016 AT: 11:51:05 *)
(* *)
(* COMMENTS: *)
(* Additional debug messages. *)
(* Normalised indentation tabs. *)
(* *)
(***********************************************************)
(* System Type : NetLinx *)
(***********************************************************)
(* REV HISTORY: *)
(***********************************************************)
(*
$History: $
*)
(*
prime-debug.axi
Debug functions and error message describer
Author: niek.groot@amxaustralia.com.au
No rights or warranties implied.
This include wraps the NetLinx amx_log() function, adding
line-wrapping and (optionally) decoding unprintable characters.
This include also provides error code translation functions for
socket and file operations.
These functions do carry some performance overhead, especially when
decoding unprintable characters. To maximise performance, prepend the
debug() calls with a conditional IF statement shown in the usage example.
Please consider contributing by submitting bug fixes and improvements.
Usage:
#INCLUDE 'prime-debug' // Use debug_setProperty() for preferences configuration
debug_set_level(<AMX_ERROR|AMX_WARNING|AMX_INFO|AMX_DEBUG>) // Debug message filter level. This function wraps the set_log_level() function.
debug("'<message>'") // Write a message to the console (diagnostics) and NetLinx log in accorance with the current log level
if (AMX_DEBUG <= get_log_level()) debug("'<message>'"); // Conditional debug() call avoiding unnecessary runtime processing.
devtoa(<dps>) // Returns a string of the ASCII representation of a device D:P:S
booltostring(<boolean>) // Returns a string of the ASCII representation of a boolean
stringtobool('<true|false>') // Returns a boolean value from an ASCII string
ip_error_desc(<errror code>) // Returns the description for IP socket errors
file_error_desc(<errror code>) // Returns the description for file operation errors
Response:
Debug messages are output to the console (diagnostics) and NetLinx log
Configuration:
debug_setProperty('PROC_NAME', '<name>') // Process name to be prefixed to all debug messages.
debug_setProperty('DECODE_UNPRINTABLE', '<true|false>') // Display unprintable characters as hexidecimal values in debug messages. Note this funciton has a significant performance impact!
*)
(***********************************************************)
(* CONSTANT DEFINITIONS GO BELOW *)
(***********************************************************)
DEFINE_CONSTANT
char DEBUG_LEVEL_STRINGS[5][7] = {
'ERROR',
'WARN ',
'INFO ',
'DEBUG'
}
integer DEBUG_MAX_LEN_STR = 255;
integer DEBUG_MAX_LEN_PROPERTY_VALUE = 50;
integer DEBUG_MTU = 131; // Maximum chars shown without truncating in NetLinx Studio
long DEBUG_MAX_LEN = 2048;
(***********************************************************)
(* VARIABLE DEFINITIONS GO BELOW *)
(***********************************************************)
DEFINE_VARIABLE
volatile integer DEBUG_DECODE_UNPRINTABLE = false;
volatile char DEBUG_PROC_NAME[DEBUG_MAX_LEN_PROPERTY_VALUE] = __FILE__;
(***********************************************************)
(* LIBRARY SUBROUTINE/FUNCTIONS DEFINITIONS GO BELOW *)
(***********************************************************)
#IF_NOT_DEFINED __PRIME_DEVTOA
#DEFINE __PRIME_DEVTOA
define_function char[17] devtoa(dev devDevice) {
// if (AMX_DEBUG <= get_log_level()) debug(AMX_DEBUG, "'devtoa', '(', dev, ')'");
return "itoa(devDevice.number), ':', itoa(devDevice.port), ':', itoa(devDevice.system)";
}
#END_IF
#IF_NOT_DEFINED __PRIME_BOOLTOSTRING
#DEFINE __PRIME_BOOLTOSTRING
define_function char[5] booltostring(integer bool) {
// if (AMX_DEBUG <= get_log_level()) debug(AMX_DEBUG, "'booltostring', '(', itoa(bool), ')'");
if (bool) return 'true';
else return 'false';
}
#END_IF
#IF_NOT_DEFINED __PRIME_STRINGTOBOOL
#DEFINE __PRIME_STRINGTOBOOL
define_function integer stringtobool(char str[5]) {
// if (AMX_DEBUG <= get_log_level()) debug(AMX_DEBUG, "'stringtobool', '(', str, ')'");
str = lower_string(str);
if ((str == 'true') || (str == '1') || (str == 'on')) {
return true;
} else {
return false;
}
}
#END_IF
#IF_NOT_DEFINED __PRIME_IP_ERROR_DESC
#DEFINE __PRIME_IP_ERROR_DESC
define_function char[33] ip_error_desc(slong errorcode) {
// if (AMX_DEBUG <= get_log_level()) debug(AMX_DEBUG, "'ip_error_desc', '(', itoa(errorcode), ')'");
select {
active (errorcode == -3): {
return 'Unable to open communication port';
}
active (errorcode == -2): {
return 'Invalid value for Protocol';
}
active (errorcode == -1): {
return 'Invalid server port';
}
active (errorcode == 0): {
return 'Operation was successful';
}
active (errorcode == 2): {
return 'General failure (out of memory)';
}
active (errorcode == 4): {
return 'Unknown host';
}
active (errorcode == 6): {
return 'Connection refused';
}
active (errorcode == 7): {
return 'Connection timed out';
}
active (errorcode == 8): {
return 'Unknown connection error';
}
active (errorcode == 9): {
return 'Already closed';
}
active (errorcode == 10): {
return 'Binding error';
}
active (errorcode == 11): {
return 'Listening error';
}
active (errorcode == 14): {
return 'Local port already used';
}
active (errorcode == 15): {
return 'UDP socket already listening';
}
active (errorcode == 16): {
return 'Too many open sockets';
}
active (errorcode == 17): {
return 'Local Port Not Open';
}
active (1): {
return "'Unidentified error code: ', itoa(errorcode)";
}
}
}
#END_IF
#IF_NOT_DEFINED __PRIME_FILE_ERROR_DESC
#DEFINE __PRIME_FILE_ERROR_DESC
define_function char[52] file_error_desc(slong errorcode) {
// if (AMX_DEBUG <= get_log_level()) debug(AMX_DEBUG, "'file_error_desc', '(', itoa(errorcode), ')'");
select {
active (errorcode == -15): {
return 'Invalid file path or name';
}
active (errorcode == -14): {
return 'Invalid value supplied for IOFlag';
}
active (errorcode == -5): {
return 'Disk I/O error';
}
active (errorcode == -3): {
return 'Maximum number of files are already open (max is 10)';
}
active (errorcode == -2): {
return 'Invalid file format';
}
active (errorcode > 0): {
return 'Handle to file (open was successful)';
}
active (1): {
return "'Unidentified error code: ', itoa(errorcode)";
}
}
}
#END_IF
(***********************************************************)
(* SUBROUTINE/FUNCTION DEFINITIONS GO BELOW *)
(***********************************************************)
define_function integer debug_setProperty(char key[], char value[]) {
if (AMX_DEBUG <= get_log_level()) debug(AMX_DEBUG, "'debug_setProperty', '(', key, ', ', value, ')'");
switch (key) {
case 'PROC_NAME': DEBUG_PROC_NAME = value;
case 'DECODE_UNPRINTABLE': DEBUG_DECODE_UNPRINTABLE = stringtobool(value);
default: {
if (AMX_DEBUG <= get_log_level()) debug(AMX_DEBUG, "'debug_setProperty', '() ', 'returning false'");
return false;
}
}
if (AMX_DEBUG <= get_log_level()) debug(AMX_DEBUG, "'debug_setProperty', '() ', 'returning true'");
return true;
}
define_function integer debug_set_level(integer lvl) {
if (AMX_DEBUG <= get_log_level()) debug(AMX_DEBUG, "'debug_set_level', '(', itoa(lvl), ')'");
if (lvl && (lvl <= AMX_DEBUG)) {
set_log_level(lvl);
if (AMX_INFO <= get_log_level()) debug(AMX_INFO, "'Set debug level to ', itoa(lvl), ' ', DEBUG_LEVEL_STRINGS[lvl]");
return true;
} else {
if (AMX_WARNING <= get_log_level()) debug(AMX_WARNING, "'Invalid debug level! Valid levels are 1-4)'");
return false;
}
if (AMX_DEBUG <= get_log_level()) debug(AMX_DEBUG, "'debug_set_level', '() ', 'returning'");
}
define_function debug(integer lvl, msg[]) {
#IF_NOT_DEFINED __PRIME_DEBUG_DISABLE
if (lvl <= get_log_level()) {
print("DEBUG_LEVEL_STRINGS[lvl], ' [', DEBUG_PROC_NAME, '] ', msg");
}
#END_IF
}
define_function print(char msg[DEBUG_MAX_LEN]) {
stack_var integer start, end;
if (DEBUG_DECODE_UNPRINTABLE) msg = str_decode_unprintable(msg);
while (end < length_string(msg)) {
start = end + 1;
end = start + DEBUG_MTU - 1;
if (end > length_string(msg)) end = length_string(msg);
amx_log(get_log_level(), mid_string(msg, start, end - start + 1)); // Always log messages via print()
}
}
define_function char[DEBUG_MAX_LEN] str_decode_unprintable(str[]) {
stack_var long i;
stack_var char ret[DEBUG_MAX_LEN];
for (i = 1; i <= length_string(str); i++) {
if (length_string(ret) == DEBUG_MAX_LEN) {
if (get_log_level() >= AMX_WARNING) if (AMX_WARNING <= get_log_level()) debug(AMX_WARNING, "'Output buffer full while decoding unprintable characters. Truncating output.'");
return ret;
}
if ((str[i] < $20) || (str[i] > $7E)) {
ret = "ret, format('$%02X', str[i])";
} else {
ret = "ret, str[i]";
}
}
return ret;
}
#END_IF
| NetLinx | 5 | marselle001/amx-snmp-library | prime-debug.axi | [
"MIT"
] |
-- A lot of this is copied basically verbatim from the full python grammar
-- located at http://docs.python.org/3/reference/grammar.html
-- For example, the function `fileInput` is actually just a rule in the Python
-- grammar. Nearly everything also appears in the order it does in the grammar.
module Parser (parseFile) where
import Prelude hiding (break, exp, exponent, id, lines, not, otherwise, return)
import Data.String.Utils (join)
import Data.Set (Set)
import Text.Derp
import DerpInterface
import EmitParseTree
import qualified Lexer
-- PUBLIC-FACING PARSER API FUNCTIONS
parseFile :: [Lexer.Tkn] -> Set String
parseFile tkns = runParse fileInput $ derpTkns tkns
-- PRIVATE "HELPER" FUNCTIONS FOR THE PARSER
-- These functions mostly correspond to the grammar rules in the Python
-- grammar, but are effectively useless outside of this module. Thus they are
-- private.
-- corresponds to `file_input` in grammar
fileInput :: Parser String
fileInput = lines <~> endOfFile ==> emitProgram
where lines = lineCfg
endOfFile = ter "ENDMARKER"
lineCfg :: Parser String
lineCfg = emptyLine
<|> newline <~> moreLines ==> emitNl
<|> stmt <~> moreLines ==> emitLine
where emptyLine = eps ""
newline = ter "NEWLINE"
moreLines = lineCfg
-- corresponds to `funcdef` in grammar
funcdef :: Parser String
funcdef = def <~> id <~> parameters <~> colon <~> body ==> emitFuncdef
where def = ter "def"
id = ter "ID"
colon = ter ":"
body = suite
-- corresponds to `parameters` in grammar
parameters :: Parser String
parameters = openParen <~> zeroPlusParams <~> closeParen ==> emitParams
where openParen = ter "("
closeParen = ter ")"
zeroPlusParams :: Parser String
zeroPlusParams = noParams
<|> id <~> restOfIds ==> emitParamList
<|> comma
where noParams = eps ""
id = ter "ID"
comma = ter ","
restOfIds = noParams
<|> comma <~> id <~> restOfIds ==> emitRestOfParams
-- corresponds to `stmt` in grammar
stmt :: Parser String
stmt = simpleStmt <|> compoundStmt
-- corresponds to `simple_stmt` in grammar
-- simple statements are either terminated with newline or semicolon
simpleStmt :: Parser String
simpleStmt = smallStmt <~> zeroPlusSmallStmts <~> endOfStmts ==> emitSimpleStmt
where noMoreStmts = eps ""
semicolon = ter ";"
newline = ter "NEWLINE"
endOfStmts = (noMoreStmts <~> newline)
<|> (semicolon <~> newline)
zeroPlusSmallStmts :: Parser String
zeroPlusSmallStmts = noMoreStmts
<|> moreSmallStmts
where noMoreStmts = eps ""
semicolon = ter ";"
moreSmallStmts = semicolon <~> smallStmt <~> moreSmallStmts
==> emitSmallStmts
-- corresponds to `small_stmt` in grammar
smallStmt :: Parser String
smallStmt = exprStmt
<|> delStmt
<|> passStmt
<|> flowStmt
<|> globalStmt
<|> nonlocalStmt
<|> assertStmt
-- corresponds to `expr_stmt` in grammar
-- augmented assignment is stuff like `+=` and `*=`. A "test" is an assignment
-- with a conditional, eg, `x = 1 if 1 == y else 2`.
-- TODO: REFACTOR THIS TO USE DIFFERENT FUNCTIONS AND STUFF
exprStmt :: Parser String
exprStmt = manyTests <~> augassign <~> manyTests ==> emitAugAssignStmt
<|> manyTests <~> equals <~> testOrTests ==> emitAssignStmt
<|> testOrTests ==> emitExprStmt
where equals = ter "="
-- corresponds to `augassign` in grammar
augassign :: Parser String
augassign = ter "+="
<|> ter "-="
<|> ter "*="
<|> ter "/="
<|> ter "%="
<|> ter "&="
<|> ter "|="
<|> ter "^="
<|> ter "<<="
<|> ter ">>="
<|> ter "**="
<|> ter "//="
-- corresponds to `del_stmt` in grammar
delStmt :: Parser String
delStmt = del <~> starExpr ==> emitDelStmt
where del = ter "del"
-- corresponds to `pass_stmt` in grammar
passStmt :: Parser String
passStmt = pass ==> emitPassStmt
where pass = ter "pass"
-- corresponds to `flow_stmt` in grammar
flowStmt :: Parser String
flowStmt = breakStmt <|> continueStmt <|> returnStmt <|> raiseStmt
-- corresponds to `break_stmt` in grammar
breakStmt :: Parser String
breakStmt = break ==> emitBreakStmt
where break = ter "break"
-- corresponds to `continue_stmt` in grammar
continueStmt :: Parser String
continueStmt = continue ==> emitContinueStmt
where continue = ter "continue"
-- corresponds to `return_stmt` in grammar
returnStmt :: Parser String
returnStmt = return <~> returnExpr ==> emitReturnStmt
where return = ter "return"
-- whatever comes after `return`, eg `return "cows"`
returnExpr :: Parser String
returnExpr = none
<|> exp
where none = eps ""
exp = manyTests
-- corresponds to `raise_stmt` in grammar
raiseStmt :: Parser String
raiseStmt = raise <~> exceptionTypesAndVars ==> emitRaiseStmt
where raise = ter "raise"
exceptionTypesAndVars = raiseClause
-- matches whatever comes after `raise`, eg `raise ValueError("too many cows")`
-- `raise` with no args re-raises an exception in the except suite.
raiseClause :: Parser String
raiseClause = reRaiseException
<|> raiseNewException
where reRaiseException = eps ""
raiseNewException = test <~> raiseFrom ==> emitRaiseNewException
-- eg, `raise ValueError from msg`
raiseFrom :: Parser String
raiseFrom = fromNowhere
<|> from <~> test ==> emitFromStmt
where fromNowhere = eps ""
from = ter "from"
-- corresponds to `global_stmt` in grammar
globalStmt :: Parser String
globalStmt = global <~> id <~> zeroPlusIds ==> emitGlobalStmt
where global = ter "global"
id = ter "ID"
zeroPlusIds :: Parser String
zeroPlusIds = noMoreIds
<|> comma <~> id <~> zeroPlusIds ==> emitRestOfIds
where noMoreIds = eps ""
comma = ter ","
id = ter "ID"
-- corresponds to `nonlocal_stmt` in grammar
nonlocalStmt :: Parser String
nonlocalStmt = nonlocal <~> id <~> zeroPlusIds ==> emitNonlocalStmt
where nonlocal = ter "nonlocal"
id = ter "ID"
-- corresponds to `assert_stmt` in grammar
assertStmt :: Parser String
assertStmt = assert <~> test <~> zeroPlusTests ==> emitAssertStmt
where assert = ter "assert"
zeroPlusTests :: Parser String
zeroPlusTests = noMoreTests
<|> comma <~> test ==> emitRestTests
where noMoreTests = eps ""
comma = ter ","
-- corresponds to `compound_stmt` in grammar
compoundStmt :: Parser String
compoundStmt = ifStmt
<|> whileStmt
<|> forStmt
<|> tryStmt
<|> funcdef
-- corresponds to `if_stmt` in grammar
ifStmt :: Parser String
ifStmt = ifKeyword <~> test <~> colon <~> block <~> otherwise ==> emitIfStmt
where ifKeyword = ter "if"
colon = ter ":"
block = suite
otherwise = zeroOrMoreElifs <~> elseClause
elseClause :: Parser String
elseClause = noElseClause
<|> elseKeyword <~> colon <~> block ==> emitElseClause
where noElseClause = eps ""
elseKeyword = ter "else"
colon = ter ":"
block = suite
zeroOrMoreElifs :: Parser String
zeroOrMoreElifs = noMoreElifs
<|> elif <~> test <~> colon <~> block <~> zeroOrMoreElifs
==> emitElifs
where noMoreElifs = eps ""
elif = ter "elif"
colon = ter ":"
block = suite
-- corresponds to `while_stmt` in grammar
whileStmt :: Parser String
whileStmt = while <~> test <~> colon <~> block <~> whileElseClause
==> emitWhileStmt
where while = ter "while"
colon = ter ":"
block = suite
whileElseClause :: Parser String
whileElseClause = noElseClause
<|> elseKeyword <~> colon <~> block ==> emitWhileElseClause
where noElseClause = eps ""
elseKeyword = ter "else"
colon = ter ":"
block = suite
-- corresponds to `for_stmt` in grammar
forStmt :: Parser String
forStmt = for <~> id <~> inKeywrd <~> test <~> colon <~> block <~> forElseClause
==> emitForStmt
where for = ter "for"
id = ter "ID"
inKeywrd = ter "in"
colon = ter ":"
block = suite
forElseClause :: Parser String
forElseClause = noElseClause
<|> elseKeyword <~> colon <~> block ==> emitForElseClause
where noElseClause = eps ""
elseKeyword = ter "else"
colon = ter ":"
block = suite
-- corresponds to `try_stmt` in grammar
tryStmt :: Parser String
tryStmt = try <~> colon <~> block <~> exceptionHandlers ==> emitTryStmt
where try = ter "try"
colon = ter ":"
block = suite
onlyAFinallyBlock = finallyTryBlock
exceptionHandlers = catchAndFinallyBlocks <|> onlyAFinallyBlock
-- used to emit finally block occurring right after a try block
finallyTryBlock :: Parser String
finallyTryBlock = finally <~> colon <~> block ==> emitFinallyTryBlock
where finally = ter "finally"
colon = ter ":"
block = suite
finallyCatchBlock :: Parser String
finallyCatchBlock = noFinallyBlock
<|> finally <~> colon <~> block ==> emitFinallyCatchBlock
where noFinallyBlock = eps ""
finally = ter "finally"
colon = ter ":"
block = suite
catchAndFinallyBlocks :: Parser String
catchAndFinallyBlocks = exceptClause <~> colon <~> block <~> zeroPlusExcepts
<~> elseBlock <~> finallyBlock ==> emitExceptElseFinally
where -- no extra excepts
colon = ter ":"
block = suite
elseBlock = exceptElseClause ==> emitFailIfNotParsed
finallyBlock = finallyCatchBlock ==> emitFailIfNotParsed
exceptElseClause :: Parser String
exceptElseClause = noElseClause
<|> elseKeyword <~> colon <~> block ==> emitExceptElseClause
where noElseClause = eps ""
elseKeyword = ter "else"
colon = ter ":"
block = suite
zeroPlusExcepts :: Parser String
zeroPlusExcepts = noMoreExcepts
<|> exceptClause <~> colon <~> block <~> zeroPlusExcepts
==> emitExceptClauses
where noMoreExcepts = eps ""
colon = ter ":"
block = suite
-- corresponds to `except_clause` in grammar
exceptClause :: Parser String
exceptClause = except <~> exceptType ==> emitExceptClause
where except = ter "except"
-- matches what sort of exception we're catching, eg, in `except ValueError:`,
-- we'd matech `ValueError`.
exceptType :: Parser String
exceptType = catchAllExceptions
<|> catchSpecificExceptions ==> emitExceptType
where catchAllExceptions = eps "" -- `except:` will catch all excptns
catchSpecificExceptions = test <~> exceptVars
-- matches vars in exception declaration, eg, in `except ValueError as e:` we
-- we would match `as e`
exceptVars :: Parser String
exceptVars = noVars
<|> as <~> id ==> emitExceptVars
where noVars = eps ""
as = ter "as"
id = ter "ID"
-- corresponds to `suite` in grammar
suite :: Parser String
suite = simpleStmt
<|> newline <~> indent <~> onePlusStmts <~> dedent ==> emitSuite
where newline = ter "NEWLINE"
indent = ter "INDENT"
dedent = ter "DEDENT"
onePlusStmts :: Parser String
onePlusStmts = stmt <~> zeroPlusStmts ==> emitStmts
zeroPlusStmts :: Parser String
zeroPlusStmts = noMoreStmts
<|> stmt <~> zeroPlusStmts ==> emitStmts
where noMoreStmts = eps ""
-- corresponds to `test` in grammar
-- generates all possible conditionals... I think
test :: Parser String
test = orTest
<|> orTest <~> ifKeyword <~> orTest <~> elseKeyword <~> test ==> emitTest
<|> lambdef
where ifKeyword = ter "if"
elseKeyword = ter "else"
-- corresponds to `lambdef` in grammar
lambdef :: Parser String
lambdef = lambda <~> zeroOrMoreParams <~> colon <~> body ==> emitLambdef
where lambda = ter "lambda"
zeroOrMoreParams = zeroPlusParams
colon = ter ":"
body = test
-- corresponds to `or_test` in grammar
orTest :: Parser String
orTest = andTest <~> zeroPlusOrs ==> emitOrTest
zeroPlusOrs :: Parser String
zeroPlusOrs = noMoreTests
<|> orKeyword <~> andTest <~> zeroPlusOrs ==> emitZeroPlusOrs
where noMoreTests = eps ""
orKeyword = ter "or"
-- corresponds to `and_test` in grammar
andTest :: Parser String
andTest = notTest <~> zeroPlusNots ==> emitAndTest
zeroPlusNots :: Parser String
zeroPlusNots = noMoreNots
<|> andKeyword <~> notTest <~> zeroPlusNots ==> emitZeroPlusNots
where noMoreNots = eps ""
andKeyword = ter "and"
-- corresponds to `not_test` in grammar
notTest :: Parser String
notTest = notKeyword <~> notTest ==> emitNotTest
<|> comparison
where notKeyword = ter "not"
-- corresponds to `comparison` in grammar
comparison :: Parser String
comparison = starExpr <~> zeroPlusComps ==> emitComparison
zeroPlusComps :: Parser String
zeroPlusComps = noMoreComps
<|> comparisonType <~> starExpr <~> zeroPlusComps
==> emitZeroPlusComps
where noMoreComps = eps ""
comparisonType :: Parser String
comparisonType = comparisonOperator ==> emitComparisonOperator
<|> inKeyword
<|> is
<|> (not <~> inKeyword ==> emitNotIn)
<|> (is <~> not ==> emitIsNot)
where inKeyword = ter "in"
not = ter "not"
is = ter "is"
emitNotIn _ = "not-in"
emitIsNot _ = "is-not"
comparisonOperator :: Parser String
comparisonOperator = ter "<"
<|> ter ">"
<|> ter "=="
<|> ter ">="
<|> ter "<="
<|> ter "<>"
<|> ter "!="
-- corresponds to `star_expr` in grammar
-- matches optional star before the expression, eg `myfunc(*cows)`
starExpr :: Parser String
starExpr = maybeHasStar <~> expr ==> emitStarExpr
where star = ter "*"
noStar = eps ""
maybeHasStar = noStar <|> star
-- corresponds to `expr` in grammar
expr :: Parser String
expr = xorExpr <~> zeroPlusXors ==> emitExpr
-- corresponds to `xor_expr` in grammar
xorExpr :: Parser String
xorExpr = andExpr <~> zeroPlusAnds ==> emitXorExpr
zeroPlusXors :: Parser String
zeroPlusXors = noMoreXors
<|> bitOr <~> xorExpr <~> zeroPlusXors ==> emitZeroPlusXors
where noMoreXors = eps ""
bitOr = ter "|"
-- corresponds to `and_expr` in grammar
andExpr :: Parser String
andExpr = shiftExpr <~> zeroPlusShifts ==> emitAndExpr
zeroPlusAnds :: Parser String
zeroPlusAnds = noMoreAnds
<|> xor <~> andExpr <~> zeroPlusAnds ==> emitZeroPlusAnds
where noMoreAnds = eps ""
xor = ter "^"
-- corresponds to `shift_expr` in grammar
shiftExpr :: Parser String
shiftExpr = arithExpr <~> zeroPlusArithExprs ==> emitShiftExpr
zeroPlusShifts :: Parser String
zeroPlusShifts = noMoreShifts
<|> bitAnd <~> shiftExpr <~> zeroPlusShifts
==> emitZeroPlusShifts
where noMoreShifts = eps ""
bitAnd = ter "&"
-- corresponds to `arith_expr` in grammar
arithExpr :: Parser String
arithExpr = term <~> zeroPlusAdds ==> emitArithExpr
emitArithExpr :: (String,String) -> String
emitArithExpr (termExp, restOfAdds) = case restOfAdds of
[] -> termExp
_ -> joinStrs [header, body, footer]
where header = "(arith "
body = join " " [termExp, restOfAdds]
footer = ")"
zeroPlusArithExprs :: Parser String
zeroPlusArithExprs = noMoreArithExprs
<|> leftOrRightShift <~> arithExpr <~> zeroPlusArithExprs
==> emitZeroPlusArithExprs
where noMoreArithExprs = eps ""
leftOrRightShift = ter "<<" <|> ter ">>"
zeroPlusAdds :: Parser String
zeroPlusAdds = noMoreAdds
<|> minusOrPlus <~> term <~> zeroPlusAdds ==> emitZeroPlusAdds
where noMoreAdds = eps ""
minusOrPlus = ter "+" <|> ter "-"
-- corresponds to `term` in grammar
term :: Parser String
term = factor <~> zeroPlusMults ==> emitTerm
zeroPlusMults :: Parser String
zeroPlusMults = noMoreMults
<|> operator <~> factor <~> zeroPlusMults ==> emitZeroPlusMults
where noMoreMults = eps ""
mult = ter "*"
divis = ter "/"
modu = ter "%"
intdiv = ter "//"
operator = mult <|> divis <|> modu <|> intdiv
-- corresponds to `factor` in grammar
factor :: Parser String
factor = power
<|> operatorChoice <~> factor ==> emitFactor
where plus = ter "+"
minus = ter "-"
bitNot = ter "~"
operatorChoice = plus <|> minus <|> bitNot
indexed :: Parser String
indexed = atom <~> zeroPlusTrailers ==> emitIndexed
-- corresponds to `power` in grammar
power :: Parser String
power = indexed <~> exponent ==> emitPower
where noPower = eps ""
raisedTo = ter "**"
emitExponent = (\(_, fctr) -> fctr)
exponent = noPower <|> ((raisedTo <~> factor) ==> emitExponent)
-- corresponds to `atom` in grammar
atom :: Parser String
atom = tuple
<|> list
<|> dict
<|> id ==> emitId
<|> lit ==> emitLit
<|> str ==> emitString
<|> dots ==> emitDots
<|> noneType ==> emitNoneType
<|> trueType ==> emitTrueType
<|> falseType ==> emitFalseType
where id = ter "ID"
lit = ter "LIT"
dots = ter "..."
noneType = ter "None"
trueType = ter "True"
falseType = ter "False"
emitId x = x
emitLit x = x
emitString x = joinStrs ["\"", x, "\""]
emitDots _ = ""
emitNoneType _ = "None"
emitTrueType _ = "True"
emitFalseType _ = "False"
tuple :: Parser String
tuple = lparen <~> optionalExps <~> rparen ==> emitTuple
where lparen = ter "("
rparen = ter ")"
none = eps ""
optionalExps = (none <|> testOrTests)
list :: Parser String
list = lbracket <~> optionalExps <~> rbracket ==> emitList
where lbracket = ter "["
rbracket = ter "]"
none = eps ""
optionalExps = none <|> manyTests
dict :: Parser String
dict = lbrace <~> optDictOrSetMaker <~> rbrace ==> emitDict
where lbrace = ter "{"
rbrace = ter "}"
none = eps ""
optDictOrSetMaker = none <|> dictorsetmaker
str :: Parser String
str = string <~> zeroPlusStrs ==> emitStr
where string = ter "STRING"
zeroPlusStrs :: Parser String
zeroPlusStrs = noMoreStrs
<|> string <~> zeroPlusStrs ==> emitStr
where noMoreStrs = eps ""
string = ter "STRING"
-- corresponds to `trailer` in grammar
trailer :: Parser String
trailer = leftParen <~> optionalArglist <~> rightParen ==> emitTrailerTuple
<|> subscript ==> emitSubscript
<|> methodCall ==> emitMethodCall
where leftParen = ter "("
rightParen = ter ")"
leftBracket = ter "["
rightBracket = ter "]"
noArglist = eps ""
optionalArglist = noArglist <|> arglist
subscript = leftBracket <~> testOrTests <~> rightBracket
methodCall = period <~> id
period = ter "."
id = ter "ID"
zeroPlusTrailers :: Parser String
zeroPlusTrailers = noMoreTrailers
<|> trailer <~> zeroPlusTrailers ==> emitZeroPlusTrailers
where noMoreTrailers = eps ""
manyTests :: Parser String
manyTests = test <~> testTuple <~> optionalComma ==> emitManyTests
where nothing = eps ""
comma = ter ","
optionalComma = nothing <|> comma
-- a test exp can either be just one expr or a tuple eg `ex1, ex2 = blah()`
testOrTests :: Parser String
testOrTests = exp <~> zeroPlusExps <~> optionalComma ==> emitTestOrTests
where exp = test
zeroPlusExps = zeroPlusArgs
noComma = eps ""
comma = ter ","
optionalComma = noComma <|> comma
-- corresponds to `dictorsetmaker` in grammar
dictorsetmaker :: Parser String
dictorsetmaker = dictMaker <|> setMaker
dictMaker :: Parser String
dictMaker = test <~> colon <~> test <~> testTuple' <~> optionalComma
==> emitDictMaker
where colon = ter ":"
nothing = eps ""
comma = ter ","
optionalComma = nothing <|> comma
setMaker :: Parser String
setMaker = test <~> testTuple <~> optionalComma ==> emitSetMaker
where nothing = eps ""
comma = ter ","
optionalComma = nothing <|> comma
testTuple :: Parser String
testTuple = noMoreTests
<|> comma <~> test <~> testTuple ==> emitTestTuple
where noMoreTests = eps ""
comma = ter ","
testTuple' :: Parser String
testTuple' = nothing
<|> comma <~> test <~> colon <~> test <~> testTuple'
==> emitTestTuple'
where nothing = eps ""
comma = ter ","
colon = ter ":"
-- corresponds to `arglist` in grammar
arglist :: Parser String
arglist = arg <~> zeroPlusArgs <~> optionalComma ==> emitArglist
where arg = test
noComma = eps ""
comma = ter ","
optionalComma = noComma <|> comma
zeroPlusArgs :: Parser String
zeroPlusArgs = noMoreArgs
<|> comma <~> arg <~> zeroPlusArgs ==> emitZeroPlusArgs
where noMoreArgs = eps ""
comma = ter ","
arg = test
| Haskell | 5 | choosewhatulike/500lines | incomplete/parser-and-lexer/src/Parser.hs | [
"CC-BY-3.0"
] |
#main
internal CollectorDemo: IView {
subnode CollectorDemo
text(value) {
return this
}
}
internal CollectorDemoFactory {
new_collector_demo() {
return CollectorDemo()
}
}
internal new_collector_demo() {
return CollectorDemo()
}
internal collector1() XView >> Array {
// collect
<div>hei~</div>
// collect
CollectorDemo()
// collect
CollectorDemo().text('red').subnode = new_collector_demo()
// not collect, because it assigned to a variable
abc = CollectorDemo()
factory = CollectorDemoFactory()
// collect, because it returns IView
factory.new_collector_demo()
new_collector_demo()
if 1 {
// collect
CollectorDemo().text('red').text('hei~')
}
// collect each one
for item in [1, 2, 3] {
CollectorDemo().text('hello')
}
}
result = collector1()
var_dump(result)
| Tea | 4 | jackwiy/tea | tests/syntax/type-collector.tea | [
"Apache-2.0"
] |
@aws
runtime python3.8
timeout 38
# concurrency 1
# memory 1152
| Arc | 1 | copperinc/sandbox | test/mock/normal/src/http/get-python3_8/config.arc | [
"Apache-2.0"
] |
{:cljdoc.doc/tree [["README" {:file "README.md"}]]
:cljdoc.api/namespaces []}
| edn | 1 | green-coder/re-frame | doc/cljdoc.edn | [
"MIT"
] |
CLASS ltcl_data_utils_test DEFINITION FINAL
FOR TESTING
RISK LEVEL HARMLESS
DURATION SHORT.
PRIVATE SECTION.
METHODS build_filename FOR TESTING.
ENDCLASS.
CLASS ltcl_data_utils_test IMPLEMENTATION.
METHOD build_filename.
DATA ls_config TYPE zif_abapgit_data_config=>ty_config.
ls_config-name = 'T100'.
ls_config-type = 'TABU'.
cl_abap_unit_assert=>assert_equals(
act = zcl_abapgit_data_utils=>build_filename( ls_config )
exp = 't100.tabu.json' ).
ls_config-name = '/NSPC/T200'.
ls_config-type = 'TABU'.
cl_abap_unit_assert=>assert_equals(
act = zcl_abapgit_data_utils=>build_filename( ls_config )
exp = '#nspc#t200.tabu.json' ).
ENDMETHOD.
ENDCLASS.
| ABAP | 4 | Manny27nyc/abapGit | src/data/zcl_abapgit_data_utils.clas.testclasses.abap | [
"MIT"
] |
/******************************************************************************
* Copyright 2019 The Apollo Authors. All Rights Reserved.
*
* 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 <memory>
#include <utility>
#include <vector>
#include "grpc++/grpc++.h"
#include "modules/map/tools/map_datachecker/proto/collection_service.pb.h"
#include "modules/map/tools/map_datachecker/server/laps_checker.h"
#include "modules/map/tools/map_datachecker/server/pose_collection_agent.h"
namespace apollo {
namespace hdmap {
enum class LoopsVerifyAgentState { IDLE, RUNNING };
class LoopsVerifyAgent {
public:
LoopsVerifyAgent(
std::shared_ptr<JsonConf> sp_conf,
std::shared_ptr<PoseCollectionAgent> sp_pose_collection_agent);
grpc::Status ProcessGrpcRequest(grpc::ServerContext *context,
LoopsVerifyRequest *request,
LoopsVerifyResponse *response);
private:
void StartVerify(LoopsVerifyRequest *request, LoopsVerifyResponse *response);
void CheckVerify(LoopsVerifyRequest *request, LoopsVerifyResponse *response);
void StopVerify(LoopsVerifyRequest *request, LoopsVerifyResponse *response);
std::shared_ptr<std::vector<std::pair<double, double>>> get_verify_range(
LoopsVerifyRequest *request);
size_t GetLoopsToCheck(LoopsVerifyRequest *request);
int GetPosesToCheck(
std::shared_ptr<std::vector<std::pair<double, double>>> sp_range,
std::vector<FramePose> *poses);
int DoStartVerify(
std::shared_ptr<std::vector<std::pair<double, double>>> sp_range,
double loops_to_check);
double GetRangeIndex(
std::shared_ptr<std::vector<std::pair<double, double>>> sp_range,
std::vector<bool> *range_index,
std::shared_ptr<std::vector<FramePose>> sp_vec_poses);
void SetState(LoopsVerifyAgentState state);
LoopsVerifyAgentState GetState();
private:
std::shared_ptr<JsonConf> sp_conf_ = nullptr;
std::shared_ptr<PoseCollectionAgent> sp_pose_collection_agent_ = nullptr;
std::shared_ptr<LapsChecker> sp_laps_checker_ = nullptr;
LoopsVerifyAgentState state_;
};
} // namespace hdmap
} // namespace apollo
| C | 4 | jzjonah/apollo | modules/map/tools/map_datachecker/server/loops_verify_agent.h | [
"Apache-2.0"
] |
# Copyright (c) 2018-2021, Carnegie Mellon University
# See LICENSE for details
Class(AsmX86Unparser, Unparser, rec(
asmvolatile := meth(self, o)
local oo,a,x;
a := [];
oo := self.preprocess(o);
while(ObjId(oo)=data) do
oo.var.asmpseudoregister:=Length(a);
Append(a,[[oo.var,oo.value]]);
Print("static const double ",oo.var.id,"=",oo.value.v,";\n");
oo:=oo.cmd;
od;
Print(
"asm volatile (\n",
Unparse(oo, self, 4, 2),
":: ");
for x in a do
Print("\"m\"(",x[1].id,"), ");
od;
Print("\"eax\"(X), \"ecx\"(Y));");
end,
preprocess := (self, o) >> o,
# NOTE: dynamically set mul and ofs based on X.t, Y.t
# note -- these are in bytes (8 bytes = 64 bits = double fp)
#switched to double %% for asm volatile
regmap := rec(
S := rec(reg:="%%esp",ofs:=-8, mul:=-8),
X := rec(reg:="%%eax",ofs:=0, mul:=8),
Y := rec(reg:="%%ecx",ofs:=0, mul:=8),
A := rec(reg:="%%eax",ofs:=0, mul:=16),
B := rec(reg:="%%ebx",ofs:=0, mul:=8),
C := rec(reg:="%%ecx",ofs:=0, mul:=16),
r0 := rec(reg:="%%xmm0"),
r1 := rec(reg:="%%xmm1"),
r2 := rec(reg:="%%xmm2"),
r3 := rec(reg:="%%xmm3"),
r4 := rec(reg:="%%xmm4"),
r5 := rec(reg:="%%xmm5"),
r6 := rec(reg:="%%xmm6"),
r7 := rec(reg:="%%xmm7"),
r8 := rec(reg:="%%xmm8"),
r9 := rec(reg:="%%xmm9"),
r10 := rec(reg:="%%xmm10"),
r11 := rec(reg:="%%xmm11"),
r12 := rec(reg:="%%xmm12"),
r13 := rec(reg:="%%xmm13"),
r14 := rec(reg:="%%xmm14"),
r15 := rec(reg:="%%xmm15"),
A0 := rec(reg:="%%xmm8"),
A1 := rec(reg:="%%xmm9"),
A2 := rec(reg:="%%xmm10"),
A3 := rec(reg:="%%xmm11"),
A4 := rec(reg:="%%xmm12"),
A5 := rec(reg:="%%xmm13"),
A6 := rec(reg:="%%xmm14"),
A7 := rec(reg:="%%xmm15"),
),
startFunc := meth(self, fname, stackofs, loadptrs)
local v, i;
PrintLine(".globl ", fname);
# PrintLine(" .def _", fname, "; .scl 2; .type 32; .endef");
PrintLine(" .type ", fname, ", @function");
PrintLine("", fname, ":");
# load arguments into registers
for i in [1..Length(loadptrs)] do
v := loadptrs[i];
PrintLine(" movl ", (stackofs+i-1)*4, "(%esp), ", self.regmap.(v.id).reg);
od;
end,
header_top := meth(self, subname, o)
local precomputed_data;
PrintLine(" .data");
PrintLine(" .align 8");
precomputed_data := List(Collect(o, data), x->[x.var, x.value]);
DoForAll(precomputed_data, d -> self.genData(d[1], d[2]));
PrintLine("");
PrintLine(" .text");
PrintLine(" .align 8");
end,
header_func := (self, subname, o) >> self.startFunc(subname, 1, [Y, X]),
header := meth(self, subname, o)
self.header_top(subname, o);
self.header_func(subname, o);
end,
footer := meth(self, subname, o)
local init, loopvars;
PrintLine(" ret");
PrintLine("");
self.startFunc(Concat("init_", subname), 0, []);
PrintLine(" ret");
end,
genData := (self, v, val) >> Cond(
val.t = TDouble, PrintLine(v, ": .double ", val.v),
val.t = TInt, PrintLine(v, ": .long ", val.v),
IsArray(val.t) and val.t.t = TDouble,
val.t.t=TDouble, PrintLine(v, ": .double ", PrintCS(val.v)),
IsArray(val.t) and val.t.t = TInt,
val.t.t=TDouble, PrintLine(v, ": .long ", PrintCS(val.v)),
Error("Can't handle type ", val.t)),
###################
# Helpers
###################
#HERE is a HACK to print correct GCC intrincsics
#old code is commented out
instr2 := (self, mnem, src, dest) >>
# Print(" ", mnem, " ", self(src,0,0), ", ", self(dest,0,0), "\n"),
Print("\" ", mnem, " ", self(src,0,0), ", ", self(dest,0,0), "\\n\\t\"\n"),
isReg := (self, loc) >> IsVar(loc) and IsBound(self.regmap.(loc.id)),
####################
## General
####################
atomic := (self,o,i,is) >> Print(o),
Loc := (self,o,i,is) >> o.cprint(),
####################
## Commands
####################
# just sequence them
#removed the chain label
# chain := (self,o,i,is) >> Print("chain_", BagAddr(o), ":\n",
# DoForAll(o.cmds, c -> self(c, i, is))),
chain := (self,o,i,is) >> Print( DoForAll(o.cmds, c -> self(c, i, is))),
# all datas are handled in the header, just proceed to children
data := (self,o,i,is) >> self(o.cmd, i, is),
# nothing need to be declared in assembly, we just have registers and stack space
decl := (self,o,i,is) >> self(o.cmd, i, is),
# on Pentium M using sd seems to be more efficient
assign := (self,o,i,is) >> let(
sfx := When(self.isReg(o.exp) and self.isReg(o.loc), "sd", "sd"), # apd
self.instr2(Concat("mov", sfx), o.exp, o.loc)),
assign_add := (self,o,i,is) >> let(
sfx := When(self.isReg(o.exp) and self.isReg(o.loc), "sd", "sd"),
self.instr2(Concat("add",sfx), o.exp, o.loc)),
assign_sub := (self,o,i,is) >> let(
sfx := When(self.isReg(o.exp) and self.isReg(o.loc), "sd", "sd"),
self.instr2(Concat("sub", sfx), o.exp, o.loc)),
assign_mul := (self,o,i,is) >> let(
sfx := When(self.isReg(o.exp) and self.isReg(o.loc), "sd", "sd"),
self.instr2(Concat("mul", sfx), o.exp, o.loc)),
####################
## Expressions
####################
Exp := (self,o,i,is) >> Error("X86 Assembly backend expects 2-operand low-level representation, it must not have expressions, so I can't handle <o>"),
dup := (self,o,i,is) >>
Print( "shufpd(", self.regmap.(o.args[1].id).reg, ")"),
nth := (self,o,i,is) >> Checked(IsValue(o.idx),
let(d := self.regmap.(o.loc.id),
Print( (o.idx.v * d.mul + d.ofs), "(", d.reg, ")"))),
var := (self,o,i,is) >> When(IsBound(self.regmap.(o.id)),
Print(self.regmap.(o.id).reg),
When(IsBound(o.asmpseudoregister),Print("%",o.asmpseudoregister),
Print(o.id))),
Value := CUnparser.Value
));
| GAP | 3 | sr7cb/spiral-software | namespaces/spiral/compiler/x86.gi | [
"BSD-2-Clause-FreeBSD"
] |
import datetime
import wrapcache
import TickerConfig
from config.urlConf import urls
from inter.ConfirmHB import confirmHB
class passengerInitApi:
def __init__(self, session, secretList, tickerNo):
"""
获取候补信息
"""
self.secretList = secretList
self.tickerNo = tickerNo
self.session = session
def sendPassengerInitApi(self):
passengerInitApiRsp = self.session.httpClint.send(urls.get("passengerInitApi"))
if not passengerInitApiRsp.get("status"):
print("".join(passengerInitApiRsp.get("messages")) or passengerInitApiRsp.get("validateMessages"))
return
data = passengerInitApiRsp.get("data", {})
jzdhDateE = data.get("jzdhDateE")
if not data.get("jzdhHourE"):
wrapcache.set(key=f"hb{self.tickerNo}", value=datetime.datetime.now(),
timeout=TickerConfig.TICKET_BLACK_LIST_TIME * 60)
print(f"获取当前候补日期失败，原因: {data.get('jzdhHourE')}")
return
jzdhHourE = data.get("jzdhHourE").replace(":", "#")
jzdhDate = f"{jzdhDateE}#{jzdhHourE}"
print(f"当前候补日期为:{jzdhDateE} {jzdhHourE}")
confirm = confirmHB(self.secretList, self.session, self.tickerNo, jzdhDate)
confirm.sendChechFace()
| Python | 4 | middleprince/12306 | inter/PassengerInitApi.py | [
"MIT"
] |
%lex
%options case-insensitive
ID_BEG [a-zA-Z]
ID_BODY [a-zA-Z0-9_$#]
BID_BEG [a-zA-Z0-9]
E ([Ee][+-]?[0-9][0-9_]*)
FS [df]
%%
'/*'(.|\n)*?'/*' /* skip comments */
'--'[^\n]* /* skip comments */
\s+ /* skip whitespace */
':'{BID_BEG}{ID_BODY}* return 'bound_id';
'"'[^"]+'"' return 'quoted_id';
[0-9]+'.'?{E}?FS? return 'number';
[0-9]*'.'[0-9]+?{E}?FS? return 'number';
"'"(''|[^'])*"'" return 'string';
"q'!".*"!'" return 'string';
"q'[".*"]'" return 'string';
"q'{".*"}'" return 'string';
"q'(".*")'" return 'string';
"q'<".*">'" return 'string';
'%TYPE' return '%TYPE';
'%ROWTYPE' return '%ROWTYPE';
'%FOUND' return '%FOUND';
'%ISOPEN' return '%ISOPEN';
'%NOTFOUND' return '%NOTFOUND';
'ALL' return 'ALL';
'ALTER' return 'ALTER';
'AND' return 'AND';
'ANY' return 'ANY';
'ARRAY' return 'ARRAY';
'ARROW' return 'ARROW';
'AS' return 'AS';
'ASC' return 'ASC';
'AT' return 'AT';
'BEGIN' return 'BEGIN';
'BETWEEN' return 'BETWEEN';
'BY' return 'BY';
'CASE' return 'CASE';
'CHECK' return 'CHECK';
'CLUSTER' return 'CLUSTER';
'CLUSTERS' return 'CLUSTERS';
'COLAUTH' return 'COLAUTH';
'COLUMNS' return 'COLUMNS';
'COMPRESS' return 'COMPRESS';
'CONNECT' return 'CONNECT';
'CRASH' return 'CRASH';
'CREATE' return 'CREATE';
'CURRENT' return 'CURRENT';
'DECIMAL' return 'DECIMAL';
'DECLARE' return 'DECLARE';
'DEFAULT' return 'DEFAULT';
'DELETE' return 'DELETE';
'DESC' return 'DESC';
'DISTINCT' return 'DISTINCT';
'DROP' return 'DROP';
'ELSE' return 'ELSE';
'END' return 'END';
'EXCEPTION' return 'EXCEPTION';
'EXCLUSIVE' return 'EXCLUSIVE';
'EXISTS' return 'EXISTS';
'FETCH' return 'FETCH';
'FOR' return 'FOR';
'FORM' return 'FORM';
'FROM' return 'FROM';
'GOTO' return 'GOTO';
'GRANT' return 'GRANT';
'GROUP' return 'GROUP';
'HAVING' return 'HAVING';
'IDENTIFIED' return 'IDENTIFIED';
'IF' return 'IF';
'IN' return 'IN';
'INDEX' return 'INDEX';
'INDEXES' return 'INDEXES';
'INSERT' return 'INSERT';
'INTERSECT' return 'INTERSECT';
'INTO' return 'INTO';
'IS' return 'IS';
'LIKE' return 'LIKE';
'LOCK' return 'LOCK';
'MINUS' return 'MINUS';
'MODE' return 'MODE';
'NOCOMPRESS' return 'NOCOMPRESS';
'NOT' return 'NOT';
'NOWAIT' return 'NOWAIT';
'NULL' return 'NULL';
'OF' return 'OF';
'ON' return 'ON';
'OPTION' return 'OPTION';
'OR' return 'OR';
'ORDER' return 'ORDER';
'OVERLAPS' return 'OVERLAPS';
'PRIOR' return 'PRIOR';
'PROCEDURE' return 'PROCEDURE';
'PUBLIC' return 'PUBLIC';
'RANGE' return 'RANGE';
'RECORD' return 'RECORD';
'RESOURCE' return 'RESOURCE';
'REVOKE' return 'REVOKE';
'SELECT' return 'SELECT';
'SHARE' return 'SHARE';
'SIZE' return 'SIZE';
'SQL' return 'SQL';
'START' return 'START';
'SUBTYPE' return 'SUBTYPE';
'TABAUTH' return 'TABAUTH';
'TABLE' return 'TABLE';
'THEN' return 'THEN';
'TO' return 'TO';
'TYPE' return 'TYPE';
'UNION' return 'UNION';
'UNIQUE' return 'UNIQUE';
'UPDATE' return 'UPDATE';
'USE' return 'USE';
'VALUES' return 'VALUES';
'VIEW' return 'VIEW';
'VIEWS' return 'VIEWS';
'WHEN' return 'WHEN';
'WHERE' return 'WHERE';
'WITH' return 'WITH';
'A' return 'A';
'ADD' return 'ADD';
'AGENT' return 'AGENT';
'AGGREGATE' return 'AGGREGATE';
'ARRAY' return 'ARRAY';
'ATTRIBUTE' return 'ATTRIBUTE';
'AUTHID' return 'AUTHID';
'AVG' return 'AVG';
'BFILE_BASE' return 'BFILE_BASE';
'BINARY' return 'BINARY';
'BLOB_BASE' return 'BLOB_BASE';
'BLOCK' return 'BLOCK';
'BODY' return 'BODY';
'BOTH' return 'BOTH';
'BOUND' return 'BOUND';
'BULK' return 'BULK';
'BYTE' return 'BYTE';
'C' return 'C';
'CALL' return 'CALL';
'CALLING' return 'CALLING';
'CASCADE' return 'CASCADE';
'CHAR' return 'CHAR';
'CHAR_BASE' return 'CHAR_BASE';
'CHARACTER' return 'CHARACTER';
'CHARSETFORM' return 'CHARSETFORM';
'CHARSETID' return 'CHARSETID';
'CHARSET' return 'CHARSET';
'CLOB_BASE' return 'CLOB_BASE';
'CLOSE' return 'CLOSE';
'COLLECT' return 'COLLECT';
'COMMENT' return 'COMMENT';
'COMMIT' return 'COMMIT';
'COMMITTED' return 'COMMITTED';
'COMPILED' return 'COMPILED';
'CONSTANT' return 'CONSTANT';
'CONSTRUCTOR' return 'CONSTRUCTOR';
'CONTEXT' return 'CONTEXT';
'CONVERT' return 'CONVERT';
'COUNT' return 'COUNT';
'CURSOR' return 'CURSOR';
'CUSTOMDATUM' return 'CUSTOMDATUM';
'DANGLING' return 'DANGLING';
'DATA' return 'DATA';
'DATE' return 'DATE';
'DATE_BASE' return 'DATE_BASE';
'DAY' return 'DAY';
'DEFINE' return 'DEFINE';
'DETERMINISTIC' return 'DETERMINISTIC';
'DOUBLE' return 'DOUBLE';
'DURATION' return 'DURATION';
'ELEMENT' return 'ELEMENT';
'ELSIF' return 'ELSIF';
'EMPTY' return 'EMPTY';
'ESCAPE' return 'ESCAPE';
'EXCEPT' return 'EXCEPT';
'EXCEPTIONS' return 'EXCEPTIONS';
'EXECUTE' return 'EXECUTE';
'EXIT' return 'EXIT';
'EXTERNAL' return 'EXTERNAL';
'FINAL' return 'FINAL';
'FIXED' return 'FIXED';
'FLOAT' return 'FLOAT';
'FORALL' return 'FORALL';
'FORCE' return 'FORCE';
'FUNCTION' return 'FUNCTION';
'GENERAL' return 'GENERAL';
'HASH' return 'HASH';
'HEAP' return 'HEAP';
'HIDDEN' return 'HIDDEN';
'HOUR' return 'HOUR';
'IMMEDIATE' return 'IMMEDIATE';
'INCLUDING' return 'INCLUDING';
'INDICATOR' return 'INDICATOR';
'INDICES' return 'INDICES';
'INFINITE' return 'INFINITE';
'INSTANTIABLE' return 'INSTANTIABLE';
'INT' return 'INT';
'INTERFACE' return 'INTERFACE';
'INTERVAL' return 'INTERVAL';
'INVALIDATE' return 'INVALIDATE';
'ISOLATION' return 'ISOLATION';
'JAVA' return 'JAVA';
'LANGUAGE' return 'LANGUAGE';
'LARGE' return 'LARGE';
'LEADING' return 'LEADING';
'LENGTH' return 'LENGTH';
'LEVEL' return 'LEVEL';
'LIBRARY' return 'LIBRARY';
'LIKE2' return 'LIKE2';
'LIKE4' return 'LIKE4';
'LIKEC' return 'LIKEC';
'LIMIT' return 'LIMIT';
'LIMITED' return 'LIMITED';
'LOCAL' return 'LOCAL';
'LONG' return 'LONG';
'LOOP' return 'LOOP';
'MAP' return 'MAP';
'MAX' return 'MAX';
'MAXLEN' return 'MAXLEN';
'MEMBER' return 'MEMBER';
'MERGE' return 'MERGE';
'MIN' return 'MIN';
'MINUTE' return 'MINUTE';
'MOD' return 'MOD';
'MODIFY' return 'MODIFY';
'MONTH' return 'MONTH';
'MULTISET' return 'MULTISET';
'NAME' return 'NAME';
'NAN' return 'NAN';
'NATIONAL' return 'NATIONAL';
'NATIVE' return 'NATIVE';
'NCHAR' return 'NCHAR';
'NEW' return 'NEW';
'NOCOPY' return 'NOCOPY';
'NUMBER_BASE' return 'NUMBER_BASE';
'OBJECT' return 'OBJECT';
'OCICOLL' return 'OCICOLL';
'OCIDATETIME' return 'OCIDATETIME';
'OCIDATE' return 'OCIDATE';
'OCIDURATION' return 'OCIDURATION';
'OCIINTERVAL' return 'OCIINTERVAL';
'OCILOBLOCATOR' return 'OCILOBLOCATOR';
'OCINUMBER' return 'OCINUMBER';
'OCIRAW' return 'OCIRAW';
'OCIREFCURSOR' return 'OCIREFCURSOR';
'OCIREF' return 'OCIREF';
'OCIROWID' return 'OCIROWID';
'OCISTRING' return 'OCISTRING';
'OCITYPE' return 'OCITYPE';
'ONLY' return 'ONLY';
'OPAQUE' return 'OPAQUE';
'OPEN' return 'OPEN';
'OPERATOR' return 'OPERATOR';
'ORACLE' return 'ORACLE';
'ORADATA' return 'ORADATA';
'ORGANIZATION' return 'ORGANIZATION';
'ORLANY' return 'ORLANY';
'ORLVARY' return 'ORLVARY';
'OTHERS' return 'OTHERS';
'OUT' return 'OUT';
'OVERRIDING' return 'OVERRIDING';
'PACKAGE' return 'PACKAGE';
'PARALLEL_ENABLE' return 'PARALLEL_ENABLE';
'PARAMETER' return 'PARAMETER';
'PARAMETERS' return 'PARAMETERS';
'PARTITION' return 'PARTITION';
'PASCAL' return 'PASCAL';
'PIPE' return 'PIPE';
'PIPELINED' return 'PIPELINED';
'PRAGMA' return 'PRAGMA';
'PRECISION' return 'PRECISION';
'PRIVATE' return 'PRIVATE';
'RAISE' return 'RAISE';
'RANGE' return 'RANGE';
'RAW' return 'RAW';
'READ' return 'READ';
'RECORD' return 'RECORD';
'REF' return 'REF';
'REFERENCE' return 'REFERENCE';
'REM' return 'REM';
'REMAINDER' return 'REMAINDER';
'RENAME' return 'RENAME';
'RESULT' return 'RESULT';
'RETURN' return 'RETURN';
'RETURNING' return 'RETURNING';
'REVERSE' return 'REVERSE';
'ROLLBACK' return 'ROLLBACK';
'ROW' return 'ROW';
'SAMPLE' return 'SAMPLE';
'SAVE' return 'SAVE';
'SAVEPOINT' return 'SAVEPOINT';
'SB1' return 'SB1';
'SB2' return 'SB2';
'SB4' return 'SB4';
'SECOND' return 'SECOND';
'SEGMENT' return 'SEGMENT';
'SELF' return 'SELF';
'SEPARATE' return 'SEPARATE';
'SEQUENCE' return 'SEQUENCE';
'SERIALIZABLE' return 'SERIALIZABLE';
'SET' return 'SET';
'SHORT' return 'SHORT';
'SIZE_T' return 'SIZE_T';
'SOME' return 'SOME';
'SPARSE' return 'SPARSE';
'SQLCODE' return 'SQLCODE';
'SQLDATA' return 'SQLDATA';
'SQLNAME' return 'SQLNAME';
'SQLSTATE' return 'SQLSTATE';
'STANDARD' return 'STANDARD';
'STATIC' return 'STATIC';
'STDDEV' return 'STDDEV';
'STORED' return 'STORED';
'STRING' return 'STRING';
'STRUCT' return 'STRUCT';
'STYLE' return 'STYLE';
'SUBMULTISET' return 'SUBMULTISET';
'SUBPARTITION' return 'SUBPARTITION';
'SUBSTITUTABLE' return 'SUBSTITUTABLE';
'SUBTYPE' return 'SUBTYPE';
'SUM' return 'SUM';
'SYNONYM' return 'SYNONYM';
'TDO' return 'TDO';
'THE' return 'THE';
'TIME' return 'TIME';
'TIMESTAMP' return 'TIMESTAMP';
'TIMEZONE_ABBR' return 'TIMEZONE_ABBR';
'TIMEZONE_HOUR' return 'TIMEZONE_HOUR';
'TIMEZONE_MINUTE' return 'TIMEZONE_MINUTE';
'TIMEZONE_REGION' return 'TIMEZONE_REGION';
'TRAILING' return 'TRAILING';
'TRANSAC' return 'TRANSAC';
'TRANSACTIONAL' return 'TRANSACTIONAL';
'TRUSTED' return 'TRUSTED';
'TYPE' return 'TYPE';
'UB1' return 'UB1';
'UB2' return 'UB2';
'UB4' return 'UB4';
'UNDER' return 'UNDER';
'UNSIGNED' return 'UNSIGNED';
'UNTRUSTED' return 'UNTRUSTED';
'USE' return 'USE';
'USING' return 'USING';
'VALIST' return 'VALIST';
'VALUE' return 'VALUE';
'VARIABLE' return 'VARIABLE';
'VARIANCE' return 'VARIANCE';
'VARRAY' return 'VARRAY';
'VARYING' return 'VARYING';
'VOID' return 'VOID';
'WHILE' return 'WHILE';
'WORK' return 'WORK';
'WRAPPED' return 'WRAPPED';
'WRITE' return 'WRITE';
'YEAR' return 'YEAR';
'ZONE' return 'ZONE';
'CURRENT_USER' return 'CURRENT_USER';
'INOUT' return 'INOUT';
'OFF' return 'OFF';
'REPLACE' return 'REPLACE';
'AUTONOMOUS_TRANSACTION' return 'AUTONOMOUS_TRANSACTION';
'EXCEPTION_INIT' return 'EXCEPTION_INIT';
'TRUE' return 'bool';
'FALSE' return 'bool';
{ID_BEG}{ID_BODY}* return 'identifier';
'+' return '+';
'.' return '.';
'/' return '/';
'(' return '(';
')' return ')';
',' return ',';
'*' return '*';
'=' return '=';
'<' return '<';
'>' return '>';
'@' return '@';
';' return ';';
'-' return '-';
':=' return ':=';
'=>' return '=>';
'||' return '||';
'**' return '**';
'<<' return '<<';
'>>' return '>>';
'..' return '..';
'<>' return '<>';
'!=' return '!=';
'~=' return '~=';
'^=' return '^=';
'<=' return '<=';
'>=' return '>=';
<<EOF>> return 'EOF';
. return 'UNKNOWN';
/lex
%start main
%%
main
: ('SET' 'DEFINE' ('ON' | 'OFF'))? creations '/'? 'EOF'
| plsql_block ';'? '/'? 'EOF'
;
creations
: create_procedure
| create_function
;
plsql_block
: declare_label* ('DECLARE' declare_secion)? body
;
declare_secion
: item_list_1 item_list_2?
| item_list_2
;
item_list_1_subset
: type_definition
| item_declaration
| function_declaration
| procedure_declaration
;
item_list_1
: item_list_1_subset ( item_list_1_subset | pragma )*
;
item_list_2_subset
: function_declaration
| function_definition
| procedure_declaration
| procedure_definition
;
item_list_2
: item_list_2_subset ( item_list_2_subset | pragma )*
;
type_definition
: record_type_definition
| ref_cursor_type_definition
| subtype_definition
| collection_type_definition
;
collection_type_definition
: 'TYPE' identifier is ( table_type_def | varray_type_def ) ';'
;
table_type_def
: 'TABLE' 'OF' element_type not_null? ( 'INDEX' 'BY' type_regular )?
;
collection_variable_dec
: identifier element_type ';'
;
varray_type_def
: ( 'VARRAY' | 'VARYING' 'ARRAY' ) '(' expression ')' OF element_type not_null?
;
subtype_definition
: 'SUBTYPE' identifier is element_type ('RANGE' expression '..' expression )? not_null?
;
element_type
: identifier_plus ('%ROWTYPE' | '%TYPE')
| 'REF'? identifier_plus
| type_regular
;
item_declaration
: collection_variable_dec
| constant_declaration
| cursor_declaration
| cursor_variable_declaration
| exception_declaration
| object_declaration
| object_ref_declaration
| record_type_declaration
| variable_declaration
;
variable_declaration
: identifier element_type not_null? default_value? ';'
;
pragma
: autonomous_transaction_pragma
| exception_init_pragma
| inline_pragma
| restrict_references_pragma
| serially_resuable_pragma
;
autonomous_transaction_pragma
: 'PRAGMA' 'AUTONOMOUS_TRANSACTION' ';'
;
body
: 'BEGIN' statement ( statement | pragma )* ( 'EXCEPTION' exception_handler* )? 'END' identifier? ';'
;
statement
: declare_label* (
assignment_statement |
close_statement |
continue_statement |
execute_immediate_statement |
exit_statement |
fetch_statement |
forall_statement |
goto_statement |
if_statement |
basic_loop_statement |
while_loop_statement |
for_loop_statement |
cursor_for_loop_statement |
null_statement |
open_statement |
open_for_statement |
plsql_block |
raise_statement |
return_statement |
searched_case_statement |
simple_case_statement |
sql_statement )
;
assignment_statement
: ref_identifier ( '(' expression ')' )? ':=' expression ';'
;
sql_statement
: commit_statement
| delete_statement
| insert_statement
| lock_table_statement
| rollback_statement
| savepoint_statement
| select_statement
| set_transaction_statement
| update_statement
;
commit_statement
: 'COMMIT'
;
close_statement
: 'CLOSE' ref_identifier ';'
;
searched_case_statement
: identifier? 'CASE'
('WHEN' boolean_expression 'THEN' statement)+
('ELSE' statement+)?
'END' 'CASE' identifier? ';'
;
simple_case_statement
: identifier? 'CASE' expression
('WHEN' expression 'THEN' statement)+
('ELSE' statement+)?
'END' 'CASE' identifier? ';'
;
collection_method_call
: collection_name '.' (
'COUNT' |
'DELETE' ( expression (',' expression)* )? |
'EXISTS' '(' expression ')' |
'EXTEND' ( expression (',' expression)* )? |
'FIRST' |
'LAST' |
'LIMIT' |
'NEXT' '(' expression ')' |
'PRIOR' '(' expression ')' |
'TRIM' ( '(' expression ')' )? )
;
constant_declaration
: identifier 'CONSTANT' element_type not_null? default_value ';'
;
continue_statement
: 'CONTINUE' identifier? ('WHEN' expression)? ';'
;
cursor_attribute
: ref_identifier ( '%FOUND' | '%ISOPEN' | '%NOTFOUND' | '%ROWCOUNT' )
;
ref_cursor_type_definition
: 'TYPE' identifier is 'REF' 'CURSOR' ( 'RETURN' element_type )? ';'
;
exception_init_pragma
: 'PRAGMA' 'EXCEPTION_INIT' '(' identifier ',' expression ')' ';'
;
exception_declaration
: 'WHEN' ( (identifier ('OR' identifier)*) | 'OTHERS' ) 'THEN' statement+ ';'
;
exception_handler
: identifier 'EXCEPTION' ';'
;
execute_immediate_statement
: 'EXECUTE' 'IMMEDIATE' sql_statement (
into_clause using_clause? |
bulk_collect_into_clause using_clause? |
using_clause dynamic_returning_clause? |
dynamic_returning_clause )?
;
into_clause
: 'INTO' ref_identifier ( ',' ref_identifier )*
;
bulk_collect_into_clause
: 'BULK' 'COLLECT' 'INTO' ref_identifier ( ',' ref_identifier )*
;
fetch_statement
: 'FETCH' ref_identifier ( into_clause | ( bulk_collect_into_clause ( 'LIMIT' expression )? ) ) ';'
;
forall_statement
: 'FORALL' identifier 'IN' bounds_clause sql_statement ( 'SAVE' 'EXCEPTIONS' ) ';'
;
bounds_clause
: expression '..' expression
| 'INDICES' 'OF' ref_identifier ( 'BETWEEN' expression 'AND' expression )?
| 'VALUES' 'OF' ref_identifier
;
using_clause
: 'USING' in_out ref_identifier ( ',' in_out ref_identifier )*
;
in_out
: 'IN'
| 'OUT'
| 'INOUT'
| 'IN' 'OUT'
;
exit_statement
: 'EXIT' identifier? ( 'WHEN' expression )? ';'
;
cursor_declaration
: 'CURSOR' identifier ( cursor_parameter_declaration ( ',' cursor_parameter_declaration )* )?
( 'RETURN' element_type )? is select_statement ';'
;
cursor_spec
: 'CURSOR' identifier ( cursor_parameter_declaration ( ',' cursor_parameter_declaration )* )?
'RETURN' element_type
;
cursor_body
: 'CURSOR' identifier ( cursor_parameter_declaration ( ',' cursor_parameter_declaration )* )?
'RETURN' element_type is select_statement ';'
;
cursor_parameter_declaration
: identifier 'IN'? element_type default_value?
expression
: or_expression
;
or_expression
: and_expression
| or_expression 'OR' and_expression
;
and_expression
: rational_expression
| and_expression 'AND' rational_expression
;
rational_expression
: additive_expression (
( 'IS' 'NOT'? 'NULL' ) |
'NOT'? (
('LIKE' expression) |
('BETWEEN' expression 'AND' expression) |
('IN' '(' expression ( ',' expression)* ')' )
)?
| rational_expression ( '=' | '>' | '<' | '<>' | '!=' | '>=' | '<=' | '~=' | '^=' ) additive_expression
| 'NOT' rational_expression
;
additive_expression
: string_contactive_expresion
| numeric_additive_expression
;
string_contactive_expresion
: expression_basic
: string_contactive_expresion '||' expression_basic
;
additive_expression
: multiplicative_expression
| additive_expression ('+' | '-') multiplicative_expression
;
multiplicative_expression
: exponent_expression
| multiplicative_expression ('*' | '/') exponent_expression
;
exponent_expression
: unary_expression
| exponent_expression '**' unary_expression
;
unary_expression
: expression_element
| ( '+' | '-' ) unary_expression
;
expression_basic
: ref_identifier
| function_call
| literal
| case_expression
| '(' expression ')'
;
sql_cursor
| sql ( '%FOUND' | '%ISOPEN' | '%NOTFOUND' | '%ROWCOUNT' |
( '%BULK_ROWCOUNT' '(' expression ')' ) |
( '%BULK_EXCEPTIONS' '(' expression ')' '.' ( 'ERROR_INDEX' | 'ERROR_CODE' ) ) )
;
expression_element
: ref_identifier ( '%FOUND' | '%ISOPEN' | '%NOTFOUND' | '%ROWCOUNT' )?
| sql_cursor
| expression_basic
;
case_expression
: 'CASE' expression?
('WHEN' expression 'THEN' expression)+
'ELSE' expression
'END' 'CASE'
;
function_declaration
: function_heading ( 'DETERMINISTIC' | 'PIPELINED' | 'RESULT_CACHE' )* ';'
;
function_heading
: 'FUNCTION' identifier
( '(' parameter_declaration ( ',' parameter_declaration )* ')' )?
'RETURN' element_type
;
result_cache_clause
: 'RESULT_CACHE' ( 'RELIES_ON' '(' identifier_plus (',' identifier_plus)* ')' )?
;
function_definition
: function_heading ( 'DETERMINISTIC' | 'PIPELINED' | result_cache_clause )*
is declare_secion? body
;
label_declaration
: '<<' identifier '>>'
;
if_statement
: 'IF' expression 'THEN' statement+
( 'ELSIF' expression 'THEN' statement+ )*
( 'ELSE' statement+ )?
'END' 'IF' ';'
;
inline_pragma
: 'PRAGMA' 'INLINE' '(' identifier ',' 'string' ')' ';'
;
goto_statement
: 'GOTO' identifier ';'
;
loop_statement_main
: 'LOOP' statement+ 'END' 'LOOP' identifier?
;
basic_loop_statement
: label_declaration? loop_statement_main ';'
;
while_loop_statement
: label_declaration? 'WHILE' expression loop_statement_main ';'
;
for_loop_statement
: label_declaration? 'FOR' identifier 'IN' 'REVERSE'? expression '..' expression loop_statement_main ';'
;
cursor_for_loop_statement
: label_declaration? 'FOR' identifier 'IN' '(' select_statement ')' loop_statement_main ';'
;
null_statement
: 'NULL' ';'
;
open_statement
: 'OPEN' ref_identifier ( '(' expression ( ',' expression )* ')' )? ';'
;
open_for_statement
: 'OPEN' ref_identifier 'FOR' ( select_statement | expression ) using_clause? ';'
;
parameter_declaration
: identifier ( 'IN' | ( 'OUT' | 'IN' 'OUT' | 'INOUT' ) 'NOCOPY'? ) element_type default_value?
;
procedure_declaration
: procedure_heading
;
procedure_heading
: 'PROCEDURE' identifier ( '(' parameter_declaration ( ',' parameter_declaration )* ')' )?
;
procedure_definition
: procedure_heading is declare_secion? body
;
raise_statement
: 'RAISE' ref_identifier ';'
;
record_type_definition
: 'TYPE' identifier 'IS' 'RECORD' '(' record_field_declaration ( ',' record_field_declaration )* ')' ';'
;
record_field_declaration
: identifier element_type not_null? default_value?
;
record_type_declaration
: identifier element_type
;
restrict_references_pragma
: 'PRAGMA' 'RESTRICT' 'REFERENCES' '('
( identifier | 'DEFAULT' ) ',' restrict_value (',' restrict_value)*
')'
;
restrict_value
: ( 'RNDS' | 'WNDS' | 'RNPS' | 'WNPS' | 'TRUST' )
;
return_statement
: 'RETURN' expression ';'
;
returning_clause
: ( 'RETURN' | 'RETURNING' ) (
( ( single_row_expresion ( ',' single_row_expresion )* )? into_clause ) |
( ( multiple_row_expresion ( ',' multiple_row_expresion )* )? bulk_collect_into_clause ) )
;
select_into_statement
: SELECT ( DISTINCT | UNIQUE | ALL )? ( '*' | select_item ( ',' select_item )* )
( BULK COLLECT )? INTO ref_identifier ( ',' ref_identifier )*
FROM from_item ( ',' from_item )* rest ';'
;
select_item
: expression identifier?
;
from_item
: ( ref_identifier | 'THE'? '(' subquery ')' ) ( 'AS'? identifier )?
;
serially_resuable_pragma
: PRAGMA 'SERIALLY_RESUABLE' ';'
;
compiler_parameters_clause
: identifier '=' expression
;
create_function
: create_or_replace 'FUNCTION' identifier_plus
( '(' parameter_declaration ( ',' parameter_declaration )* ')' )?
'RETURN' element_type
( invoker_rights_clause | 'DETERMINISTIC' | parallel_enable_clause | result_cache_clause )*
(
( 'AGGREGATE' | 'PIPELINED' ) USING identifier_plus |
'PIPELINED'? is declare_secion? body
)
;
create_package
: create_or_replace 'PACKAGE' identifier_plus invoker_rights_clause? is item_list_1 'END' identifier? ';'
;
create_package_body
: create_or_replace 'PACKAGE' 'BODY' identifier_plus
is declare_secion? body? 'END' identifier? ';'
;
create_procedure
: create_or_replace 'PROCEDURE' identifier_plus
( '(' parameter_declaration ( ',' parameter_declaration )* ')' )?
invoker_rights_clause? is (
declare_secion? body |
'EXTERNAL'
)
;
parallel_enable_clause
: '(' 'PARTITION' identifier 'BY' (
'ANY' |
( 'HASH' | 'RANGE' ) '(' column, ( ',' column )* ')'
) ')'
( 'ORDER' | 'CLUSTER' ) expression 'BY' '(' column, ( ',' column )* ')'
;
type_regular
: identifier ( '(' 'number' ('BYTE' | 'CHAR' | ',' 'number')? ')' )?
;
invoker_rights_clause
: 'AUTHID' ('CURRENT_USER' | identifier)
;
default_value
: (':=' | 'DEFAULT') expression
;
create_or_replace : 'CREATE' ( 'OR' 'REPLACE' )? ;
is : ('IS' | 'AS') ;
not_null : ('NOT' 'NULL') ;
identifier
: 'identifier'
| 'quoted_id'
| keyword
| semantic
;
identifier_plus
: identifier (('.' | '@') identifier)*
;
ref_identifier
: identifier_plus
| 'bound_id'
;
semantic
: 'OFF'
| 'CURRENT_USER'
| 'INOUT'
| 'REPLACE'
;
literal
: 'number'
| 'string'
| 'bool'
;
keyword
: 'A'
| 'ADD'
| 'AGENT'
| 'AGGREGATE'
| 'ARRAY'
| 'ATTRIBUTE'
| 'AUTHID'
| 'AVG'
| 'BFILE_BASE'
| 'BINARY'
| 'BLOB_BASE'
| 'BLOCK'
| 'BODY'
| 'BOTH'
| 'BOUND'
| 'BULK'
| 'BYTE'
| 'C'
| 'CALL'
| 'CALLING'
| 'CASCADE'
| 'CHAR'
| 'CHAR_BASE'
| 'CHARACTER'
| 'CHARSETFORM'
| 'CHARSETID'
| 'CHARSET'
| 'CLOB_BASE'
| 'CLOSE'
| 'COLLECT'
| 'COMMENT'
| 'COMMIT'
| 'COMMITTED'
| 'COMPILED'
| 'CONSTANT'
| 'CONSTRUCTOR'
| 'CONTEXT'
| 'CONVERT'
| 'COUNT'
| 'CURSOR'
| 'CUSTOMDATUM'
| 'DANGLING'
| 'DATA'
| 'DATE'
| 'DATE_BASE'
| 'DAY'
| 'DEFINE'
| 'DETERMINISTIC'
| 'DOUBLE'
| 'DURATION'
| 'ELEMENT'
| 'ELSIF'
| 'EMPTY'
| 'ESCAPE'
| 'EXCEPT'
| 'EXCEPTIONS'
| 'EXECUTE'
| 'EXIT'
| 'EXTERNAL'
| 'FINAL'
| 'FIXED'
| 'FLOAT'
| 'FORALL'
| 'FORCE'
| 'FUNCTION'
| 'GENERAL'
| 'HASH'
| 'HEAP'
| 'HIDDEN'
| 'HOUR'
| 'IMMEDIATE'
| 'INCLUDING'
| 'INDICATOR'
| 'INDICES'
| 'INFINITE'
| 'INSTANTIABLE'
| 'INT'
| 'INTERFACE'
| 'INTERVAL'
| 'INVALIDATE'
| 'ISOLATION'
| 'JAVA'
| 'LANGUAGE'
| 'LARGE'
| 'LEADING'
| 'LENGTH'
| 'LEVEL'
| 'LIBRARY'
| 'LIKE2'
| 'LIKE4'
| 'LIKEC'
| 'LIMIT'
| 'LIMITED'
| 'LOCAL'
| 'LONG'
| 'LOOP'
| 'MAP'
| 'MAX'
| 'MAXLEN'
| 'MEMBER'
| 'MERGE'
| 'MIN'
| 'MINUTE'
| 'MOD'
| 'MODIFY'
| 'MONTH'
| 'MULTISET'
| 'NAME'
| 'NAN'
| 'NATIONAL'
| 'NATIVE'
| 'NCHAR'
| 'NEW'
| 'NOCOPY'
| 'NUMBER_BASE'
| 'OBJECT'
| 'OCICOLL'
| 'OCIDATETIME'
| 'OCIDATE'
| 'OCIDURATION'
| 'OCIINTERVAL'
| 'OCILOBLOCATOR'
| 'OCINUMBER'
| 'OCIRAW'
| 'OCIREFCURSOR'
| 'OCIREF'
| 'OCIROWID'
| 'OCISTRING'
| 'OCITYPE'
| 'ONLY'
| 'OPAQUE'
| 'OPEN'
| 'OPERATOR'
| 'ORACLE'
| 'ORADATA'
| 'ORGANIZATION'
| 'ORLANY'
| 'ORLVARY'
| 'OTHERS'
| 'OUT'
| 'OVERRIDING'
| 'PACKAGE'
| 'PARALLEL_ENABLE'
| 'PARAMETER'
| 'PARAMETERS'
| 'PARTITION'
| 'PASCAL'
| 'PIPE'
| 'PIPELINED'
| 'PRAGMA'
| 'PRECISION'
| 'PRIVATE'
| 'RAISE'
| 'RANGE'
| 'RAW'
| 'READ'
| 'RECORD'
| 'REF'
| 'REFERENCE'
| 'REM'
| 'REMAINDER'
| 'RENAME'
| 'RESULT'
| 'RETURN'
| 'RETURNING'
| 'REVERSE'
| 'ROLLBACK'
| 'ROW'
| 'SAMPLE'
| 'SAVE'
| 'SAVEPOINT'
| 'SB1'
| 'SB2'
| 'SB4'
| 'SECOND'
| 'SEGMENT'
| 'SELF'
| 'SEPARATE'
| 'SEQUENCE'
| 'SERIALIZABLE'
| 'SET'
| 'SHORT'
| 'SIZE_T'
| 'SOME'
| 'SPARSE'
| 'SQLCODE'
| 'SQLDATA'
| 'SQLNAME'
| 'SQLSTATE'
| 'STANDARD'
| 'STATIC'
| 'STDDEV'
| 'STORED'
| 'STRING'
| 'STRUCT'
| 'STYLE'
| 'SUBMULTISET'
| 'SUBPARTITION'
| 'SUBSTITUTABLE'
| 'SUBTYPE'
| 'SUM'
| 'SYNONYM'
| 'TDO'
| 'THE'
| 'TIME'
| 'TIMESTAMP'
| 'TIMEZONE_ABBR'
| 'TIMEZONE_HOUR'
| 'TIMEZONE_MINUTE'
| 'TIMEZONE_REGION'
| 'TRAILING'
| 'TRANSAC'
| 'TRANSACTIONAL'
| 'TRUSTED'
| 'TYPE'
| 'UB1'
| 'UB2'
| 'UB4'
| 'UNDER'
| 'UNSIGNED'
| 'UNTRUSTED'
| 'USE'
| 'USING'
| 'VALIST'
| 'VALUE'
| 'VARIABLE'
| 'VARIANCE'
| 'VARRAY'
| 'VARYING'
| 'VOID'
| 'WHILE'
| 'WORK'
| 'WRAPPED'
| 'WRITE'
| 'YEAR'
| 'ZONE'
;
| Bison | 5 | jameschenjav/antlr-plsql | grammar/plsql.bison | [
"Apache-2.0"
] |
@prefix eg: <http://example.org/> .
<> eg:p eg:o ; eg:p1 eg:o2 , | Turtle | 2 | joshrose/audacity | lib-src/lv2/serd/tests/bad/bad-eof-in-object-list2.ttl | [
"CC-BY-3.0"
] |
namespace Google.OrTools.FSharp
module Tests =
open System
open Xunit
open Google.OrTools.LinearSolver
open Google.OrTools.FSharp
[<Fact>]
let ``Equality Matrix cannot be empty`` () =
try
let opts = SolverOpts.Default.Name("Equality Constraints").Goal(Minimize).Objective([2.0;1.0;0.0;0.0;0.0]).Algorithm(LP CLP)
opts |> lpSolve |> SolverSummary |> ignore
with
| Failure msg ->
Assert.Equal("Must provide at least one Matrix/Vector pair for inequality/equality contraints", msg)
[<Fact>]
let ``Linear Solver with GLOP Solver`` () =
let svr = Solver.CreateSolver("LinearProgramming", LinearProgramming.GLOP.ToString())
// x1, x2 are continuous non-negative variables.
let x1 = svr.MakeNumVar(Double.NegativeInfinity, Double.PositiveInfinity, "x1")
let x2 = svr.MakeNumVar(Double.NegativeInfinity, Double.PositiveInfinity, "x2")
// Maximize 8 * x1 + 4 * x2
let objective = svr.Objective()
objective.SetCoefficient(x1, 8.0)
objective.SetCoefficient(x2, 4.0)
objective.SetMaximization()
// x1 + x2 <= 10.
let c0 = svr.MakeConstraint(Double.NegativeInfinity, 10.0)
c0.SetCoefficient(x1, 1.0)
c0.SetCoefficient(x2, 1.0)
// 5 * x1 + x2 <= 15.
let c1 = svr.MakeConstraint(Double.NegativeInfinity, 15.0)
c1.SetCoefficient(x1, 5.0)
c1.SetCoefficient(x2, 1.0)
Assert.Equal(svr.NumVariables(), 2)
Assert.Equal(svr.NumConstraints(), 2)
let resultStatus = svr.Solve()
Assert.Equal(resultStatus, Solver.ResultStatus.OPTIMAL)
Assert.Equal(svr.Objective().Value(), 45.0)
Assert.Equal(x1.SolutionValue(), 5.0/4.0)
Assert.Equal(x2.SolutionValue(), 35.0/4.0)
| F# | 4 | sreesubbash/or-tools | ortools/dotnet/Google.OrTools.FSharp.Tests/Tests.fs | [
"Apache-2.0"
] |
'Simple graphics compatibility test
'
'Should behave the same on all targets
Import mojo2
Class Test Extends App
Field canvas:Canvas
Field image:Image
Field tx#,ty#
Field c=7,r=255,g=255,b=255
Method OnCreate()
canvas=New Canvas
LoadStuff
SetUpdateRate 0
End
Method LoadStuff()
If image image.Discard
image=Image.Load( "images/RedbrushAlpha.png" )
End
Method OnUpdate()
If KeyHit( KEY_LMB )
c+=1
If c=8 c=1
r=(c&1)* 255
g=(c&2) Shr 1 * 255
b=(c&4) Shr 2 * 255
LoadStuff
Endif
End
Method OnRender()
canvas.SetScissor 0,0,DeviceWidth,DeviceHeight
canvas.Clear 0,0,.5
Local sz#=Sin(Millisecs*.1)*32
Local sx=32+sz,sy=32,sw=DeviceWidth-(64+sz*2),sh=DeviceHeight-(64+sz)
canvas.SetScissor sx,sy,sw,sh
canvas.Clear 1,32.0/255.0,0
canvas.PushMatrix
canvas.Translate tx,ty
canvas.Scale DeviceWidth/640.0,DeviceHeight/480.0
canvas.Translate 320,240
canvas.Rotate Millisecs/1000.0*12
canvas.Translate -320,-240
canvas.SetColor .5,1,0
canvas.DrawRect 32,32,640-64,480-64
canvas.SetColor 1,1,0
For Local y=0 Until 480
For Local x=16 Until 640 Step 32
canvas.SetAlpha Min( Abs( y-240.0 )/120.0,1.0 )
canvas.DrawPoint x,y
Next
Next
canvas.SetAlpha 1
canvas.SetColor 0,.5,1
canvas.DrawOval 64,64,640-128,480-128
canvas.SetColor 1,0,.5
canvas.DrawLine 32,32,640-32,480-32
canvas.DrawLine 640-32,32,32,480-32
canvas.SetColor r/255.0,g/255.0,b/255.0,Sin(Millisecs*.3)*.5+.5
canvas.DrawImage image,320,240,0
canvas.SetAlpha 1
canvas.SetColor 1,0,.5
canvas.DrawPoly( [ 140.0,232.0, 320.0,224.0, 500.0,232.0, 500.0,248.0, 320.0,256.0, 140.0,248.0 ] )
canvas.SetColor .5,.5,.5
canvas.DrawText "The Quick Brown Fox Jumps Over The Lazy Dog",320,240,.5,.5
canvas.PopMatrix
canvas.SetScissor 0,0,DeviceWidth,DeviceHeight
canvas.SetColor 1,0,0'.5,0,0
canvas.DrawRect 0,0,DeviceWidth,1
canvas.DrawRect DeviceWidth-1,0,1,DeviceHeight
canvas.DrawRect 0,DeviceHeight-1,DeviceWidth,1
canvas.DrawRect 0,0,1,DeviceHeight-1
canvas.Flush
End
End
Function Main()
New Test
End
| Monkey | 4 | blitz-research/monkey | modules/mojo2/bananas/mojotest/mojotest.monkey | [
"Zlib"
] |
[[cli.whats-next]]
== What to Read Next
There are some {spring-boot-code}/spring-boot-project/spring-boot-cli/samples[sample groovy scripts] available from the GitHub repository that you can use to try out the Spring Boot CLI.
There is also extensive Javadoc throughout the {spring-boot-cli-module-code}[source code].
If you find that you reach the limit of the CLI tool, you probably want to look at converting your application to a full Gradle or Maven built "`Groovy project`".
The next section covers Spring Boot's "<<build-tool-plugins#build-tool-plugins, Build tool plugins>>", which you can use with Gradle or Maven.
| AsciiDoc | 1 | techAi007/spring-boot | spring-boot-project/spring-boot-docs/src/docs/asciidoc/cli/whats-next.adoc | [
"Apache-2.0"
] |
vcl 4.0;
# This Varnish VCL has been adapted from the Four Kitchens VCL for Varnish 3.
# Default backend definition. Points to Apache, normally.
backend default {
.host = "127.0.0.1";
.port = "8080";
.first_byte_timeout = 300s;
}
# Access control list for PURGE requests.
acl purge {
"127.0.0.1";
}
# Respond to incoming requests.
sub vcl_recv {
# Add locations of phpmyadmin here.
# Add an X-Forwarded-For header with the client IP address.
if (req.restarts == 0) {
if (req.http.X-Forwarded-For) {
set req.http.X-Forwarded-For = req.http.X-Forwarded-For + ", " + client.ip;
}
else {
set req.http.X-Forwarded-For = client.ip;
}
}
# Only allow PURGE requests from IP addresses in the 'purge' ACL.
if (req.method == "PURGE") {
if (!client.ip ~ purge) {
return (synth(405, "Not allowed."));
}
return (purge);
}
# Only allow BAN requests from IP addresses in the 'purge' ACL.
if (req.method == "BAN") {
# Same ACL check as above:
if (!client.ip ~ purge) {
return (synth(403, "Not allowed."));
}
# Logic for the ban, using the Cache-Tags header. For more info
# see https://github.com/geerlingguy/drupal-vm/issues/397.
if (req.http.Cache-Tags) {
ban("obj.http.Cache-Tags ~ " + req.http.Cache-Tags);
}
else {
return (synth(403, "Cache-Tags header missing."));
}
# Throw a synthetic page so the request won't go to the backend.
return (synth(200, "Ban added."));
}
# Only cache GET and HEAD requests (pass through POST requests).
if (req.method != "GET" && req.method != "HEAD") {
return (pass);
}
# Pass through any administrative or AJAX-related paths.
if (req.url ~ "^/status\.php$" ||
req.url ~ "^/update\.php$" ||
req.url ~ "^/admin$" ||
req.url ~ "^/admin/.*$" ||
req.url ~ "^/flag/.*$" ||
req.url ~ "^.*/ajax/.*$" ||
req.url ~ "^.*/ahah/.*$") {
return (pass);
}
# Removing cookies for static content so Varnish caches these files.
if (req.url ~ "(?i)\.(pdf|asc|dat|txt|doc|xls|ppt|tgz|csv|png|gif|jpeg|jpg|ico|swf|css|js)(\?.*)?$") {
unset req.http.Cookie;
}
# Remove all cookies that Drupal doesn't need to know about. We explicitly
# list the ones that Drupal does need, the SESS and NO_CACHE. If, after
# running this code we find that either of these two cookies remains, we
# will pass as the page cannot be cached.
if (req.http.Cookie) {
# 1. Append a semi-colon to the front of the cookie string.
# 2. Remove all spaces that appear after semi-colons.
# 3. Match the cookies we want to keep, adding the space we removed
# previously back. (\1) is first matching group in the regsuball.
# 4. Remove all other cookies, identifying them by the fact that they have
# no space after the preceding semi-colon.
# 5. Remove all spaces and semi-colons from the beginning and end of the
# cookie string.
set req.http.Cookie = ";" + req.http.Cookie;
set req.http.Cookie = regsuball(req.http.Cookie, "; +", ";");
set req.http.Cookie = regsuball(req.http.Cookie, ";(SESS[a-z0-9]+|SSESS[a-z0-9]+|NO_CACHE)=", "; \1=");
set req.http.Cookie = regsuball(req.http.Cookie, ";[^ ][^;]*", "");
set req.http.Cookie = regsuball(req.http.Cookie, "^[; ]+|[; ]+$", "");
if (req.http.Cookie == "") {
# If there are no remaining cookies, remove the cookie header. If there
# aren't any cookie headers, Varnish's default behavior will be to cache
# the page.
unset req.http.Cookie;
}
else {
# If there is any cookies left (a session or NO_CACHE cookie), do not
# cache the page. Pass it on to Apache directly.
return (pass);
}
}
}
# Set a header to track a cache HITs and MISSes.
sub vcl_deliver {
# Remove ban-lurker friendly custom headers when delivering to client.
unset resp.http.X-Url;
unset resp.http.X-Host;
unset resp.http.Purge-Cache-Tags;
if (obj.hits > 0) {
set resp.http.X-Varnish-Cache = "HIT";
}
else {
set resp.http.X-Varnish-Cache = "MISS";
}
}
# Instruct Varnish what to do in the case of certain backend responses (beresp).
sub vcl_backend_response {
# Set ban-lurker friendly custom headers.
set beresp.http.X-Url = bereq.url;
set beresp.http.X-Host = bereq.http.host;
# Cache 404s, 301s, at 500s with a short lifetime to protect the backend.
if (beresp.status == 404 || beresp.status == 301 || beresp.status == 500) {
set beresp.ttl = 10m;
}
# Enable streaming directly to backend for BigPipe responses.
if (beresp.http.Surrogate-Control ~ "BigPipe/1.0") {
set beresp.do_stream = true;
set beresp.ttl = 0s;
}
# Don't allow static files to set cookies.
# (?i) denotes case insensitive in PCRE (perl compatible regular expressions).
# This list of extensions appears twice, once here and again in vcl_recv so
# make sure you edit both and keep them equal.
if (bereq.url ~ "(?i)\.(pdf|asc|dat|txt|doc|xls|ppt|tgz|csv|png|gif|jpeg|jpg|ico|swf|css|js)(\?.*)?$") {
unset beresp.http.set-cookie;
}
# Allow items to remain in cache up to 6 hours past their cache expiration.
set beresp.grace = 6h;
}
| VCL | 5 | jaykay-design/app-service-quickstart-docker-images | drupal-nginx-fpm/0.6/default.vcl | [
"MIT"
] |
--TEST--
openssl_cms_sign() and verify detached tests
--EXTENSIONS--
openssl
--FILE--
<?php
$infile = __DIR__ . "/plain.txt";
$outfile = tempnam(sys_get_temp_dir(), "ssl");
$vout= $outfile . ".vout";
if ($outfile === false) {
die("failed to get a temporary filename!");
}
$privkey = "file://" . __DIR__ . "/private_rsa_1024.key";
$single_cert = "file://" . __DIR__ . "/cert.crt";
$assoc_headers = array("To" => "test@test", "Subject" => "testing openssl_cms_sign()");
$headers = array("test@test", "testing openssl_cms_sign()");
$empty_headers = array();
$wrong = "wrong";
$empty = "";
print("S/MIME attached\nPlain text:\n");
readfile($infile);
var_dump(openssl_cms_sign($infile, $outfile, openssl_x509_read($single_cert), $privkey, $headers));
var_dump(openssl_cms_verify($outfile,OPENSSL_CMS_NOVERIFY, NULL, array(), NULL, $vout));
print("\nValidated content:\n");
readfile($vout);
if (file_exists($outfile)) {
echo "true\n";
unlink($outfile);
}
if (file_exists($vout)) {
echo "true\n";
unlink($vout);
}
// test three forms of detached signatures:
// PEM first
print("\nPEM Detached:\n");
var_dump(openssl_cms_sign($infile, $outfile, openssl_x509_read($single_cert), $privkey, $headers,
OPENSSL_CMS_DETACHED|OPENSSL_CMS_BINARY,OPENSSL_ENCODING_PEM));
var_dump(openssl_cms_verify($infile,OPENSSL_CMS_NOVERIFY|OPENSSL_CMS_DETACHED|OPENSSL_CMS_BINARY,
NULL, array(), NULL, $vout, NULL, $outfile, OPENSSL_ENCODING_PEM));
print("\nValidated content:\n");
readfile($vout);
if (file_exists($outfile)) {
echo "true\n";
unlink($outfile);
}
if (file_exists($vout)) {
echo "true\n";
unlink($vout);
}
// DER next
print("\nDER Detached:\n");
var_dump(openssl_cms_sign($infile, $outfile, openssl_x509_read($single_cert), $privkey, $headers,
OPENSSL_CMS_DETACHED|OPENSSL_CMS_BINARY,OPENSSL_ENCODING_DER));
var_dump(openssl_cms_verify($infile,OPENSSL_CMS_NOVERIFY|OPENSSL_CMS_DETACHED|OPENSSL_CMS_BINARY,
NULL, array(), NULL, $vout, NULL, $outfile, OPENSSL_ENCODING_DER));
print("\nValidated content:\n");
readfile($vout);
// extreme measures to avoid stupid temporary errors for failure to unlink a file.
if (file_exists($outfile)) {
echo "true\n";
unlink($outfile);
}
$outfile=$outfile . "x";
if (file_exists($vout)) {
echo "true\n";
unlink($vout);
}
// S/MIME next
print("\nS/MIME Detached (an error):\n");
var_dump(openssl_cms_sign($infile, $outfile, openssl_x509_read($single_cert), $privkey, $headers,
OPENSSL_CMS_DETACHED,OPENSSL_ENCODING_SMIME));
var_dump(openssl_cms_verify($infile,OPENSSL_CMS_NOVERIFY|OPENSSL_CMS_DETACHED,
NULL, array(), NULL, $vout, NULL, $outfile, OPENSSL_ENCODING_SMIME));
if (file_exists($outfile)) {
echo "true\n";
unlink($outfile);
}
if (file_exists($vout)) {
echo "true\n";
unlink($vout);
}
?>
--EXPECTF--
S/MIME attached
Plain text:
Now is the winter of our discontent.
bool(true)
bool(true)
Validated content:
Now is the winter of our discontent.
true
true
PEM Detached:
bool(true)
bool(true)
Validated content:
Now is the winter of our discontent.
true
true
DER Detached:
bool(true)
bool(true)
Validated content:
Now is the winter of our discontent.
true
true
S/MIME Detached (an error):
Warning: openssl_cms_sign(): Detached signatures not possible with S/MIME encoding in %s on line %d
bool(false)
Warning: openssl_cms_verify(): Detached signatures not possible with S/MIME encoding in %s on line %d
bool(false)
| PHP | 4 | NathanFreeman/php-src | ext/openssl/tests/openssl_cms_sign_verify_detached.phpt | [
"PHP-3.01"
] |
/*
* Copyright (c) 2020, Oracle and/or its affiliates. All rights reserved.
* Licensed under the Universal Permissive License v 1.0 as shown at https://oss.oracle.com/licenses/upl.
*/
function main() {
println(4 / 2);
println(4 / 4000000000000);
println(3000000000000 / 3);
println(3000000000000 / 3000000000000);
}
| Slash | 2 | CAFxX/simplelanguage | language/tests/Div.sl | [
"UPL-1.0"
] |
vespaControllers = angular.module('vespaControllers')
vespaControllers.controller 'diffCtrl', ($scope, VespaLogger, WSUtils,
IDEBackend, $timeout, $modal, PositionManager, RefPolicy, $q, SockJSService) ->
comparisonPolicy = null
comparisonRules = []
comparisonNodes = []
comparisonLinks = []
comparisonNodeMap = {}
comparisonLinkMap = {}
comparisonLinkSourceMap = {}
comparisonLinkTargetMap = {}
comparison =
original:
nodes: []
links: []
$scope.input =
refpolicy: comparisonPolicy
# The 'outstanding' attribute is truthy when a policy is being loaded
$scope.status = SockJSService.status
$scope.controls =
showModulesSelect: false
tab: 'nodesTab'
linksVisible: false
links:
primary: true
both: true
comparison: true
$scope.$watch 'controls.links', ((value) -> if value then redraw()), true
$scope.$watch 'controls.linksVisible', ((value) -> if value == false or value == true then redraw())
comparisonPolicyId = () ->
if comparisonPolicy then comparisonPolicy.id else ""
primaryPolicyId = () ->
if IDEBackend.current_policy then IDEBackend.current_policy.id else ""
Get the raw JSON
fetch_raw = ->
deferred = $q.defer()
WSUtils.fetch_raw_graph(comparisonPolicy._id).then (json) =>
comparisonRules = []
comparison.original.nodes = json.parameterized.raw.nodes
comparison.original.links = json.parameterized.raw.links
comparisonNodes = json.parameterized.raw.nodes
comparisonLinks = json.parameterized.raw.links
deferred.resolve()
return deferred.promise
Fetch the policy info (refpolicy) needed to get the raw JSON
load_refpolicy = (id)->
if comparisonPolicy? and comparisonPolicy.id == id
return
deferred = @_deferred_load || $q.defer()
req =
domain: 'refpolicy'
request: 'get'
payload: id
SockJSService.send req, (data)=>
if data.error?
comparisonPolicy = null
deferred.reject(comparisonPolicy)
else
comparisonPolicy = data.payload
comparisonPolicy._id = comparisonPolicy._id.$oid
deferred.resolve(comparisonPolicy)
return deferred.promise
Enumerate the differences between the two policies
find_differences = () =>
graph.links.length = 0
primaryNodes = $scope.primaryNodes
primaryLinks = $scope.primaryLinks
primaryNodeMap = $scope.nodeMap
primaryLinkMap = $scope.linkMap
# Reset the "selected" flag when changing policies
primaryNodes.forEach (n) -> n.selected = true
comparisonNodes.forEach (n) -> n.selected = true
# Reconcile the two lists of links
# Loop over the primary links: if in comparison links
# - change "policy" to "both"
# - remove from comparisonLinkMap
primaryLinks.forEach (link) ->
comparisonLink = comparisonLinkMap["#{link.source.type}-#{link.source.name}-#{link.target.type}-#{link.target.name}"]
if comparisonLink
link.policy = "both"
delete comparisonLinkMap["#{link.source.type}-#{link.source.name}-#{link.target.type}-#{link.target.name}"]
comparisonLinks = d3.values(comparisonLinkMap)
graph.links = comparisonLinks.concat(primaryLinks)
# Reconcile the two lists of nodes
# Loop over the primary nodes: if in comparison nodes
# - change "policy" to "both"
# - set it to unselected
# - copy over its links to the primary node
# - remove from comparisonNodeMap
primaryNodes.forEach (node) ->
comparisonNode = comparisonNodeMap["#{node.type}-#{node.name}"]
if comparisonNode
node.policy = "both"
node.selected = false
# Filter out duplicate links we already deleted
node.links = node.links.concat(comparisonNode.links.filter((l) ->
return comparisonLinkMap["#{l.source.type}-#{l.source.name}-#{l.target.type}-#{l.target.name}"]))
delete comparisonNodeMap["#{node.type}-#{node.name}"]
# Rewire the links to use the "both" node instead of comparisonNode
if comparisonLinkSourceMap["#{comparisonNode.type}-#{comparisonNode.name}"]
comparisonLinkSourceMap["#{comparisonNode.type}-#{comparisonNode.name}"].forEach (l) ->
l.source = node
if comparisonLinkTargetMap["#{comparisonNode.type}-#{comparisonNode.name}"]
comparisonLinkTargetMap["#{comparisonNode.type}-#{comparisonNode.name}"].forEach (l) ->
l.target = node
comparisonNodes = d3.values comparisonNodeMap
# Remove any duplicate links we may have generated by rewiring the links
# TODO: Probably not any duplicates. Verify whether there can be, and remove code if not.
graph.links = _.uniqBy(graph.links, (l) ->
return "#{l.source.type}-#{l.source.name}-#{l.target.type}-#{l.target.name}")
graph.allNodes = primaryNodes.concat comparisonNodes
graph.subjNodes = []
graph.objNodes = []
graph.classNodes = []
graph.permNodes = []
graph.allNodes.forEach (n) ->
if n.type == "subject"
graph.subjNodes.push n
else if n.type == "object"
graph.objNodes.push n
else if n.type == "class"
graph.classNodes.push n
else #perm
graph.permNodes.push n
$scope.selectionChange = () ->
redraw()
$scope.load = ->
load_refpolicy($scope.input.refpolicy.id).then(fetch_raw).then(update)
$scope.list_refpolicies =
query: (query)->
promise = RefPolicy.list()
promise.then(
(policy_list)->
dropdown =
results: for d in policy_list
id: d._id.$oid
text: d.id
data: d
query.callback(dropdown)
)
width = 350
height = 500
padding = 50
radius = 5
graph =
links: []
subjNodes: []
objNodes: []
classNodes: []
permNodes: []
allNodes: []
$scope.graph = graph
color = d3.scale.category10()
svg = d3.select("svg.diffview").select("g.viewer")
subjSvg = svg.select("g.subjects").attr("transform", "translate(0,0)")
permSvg = svg.select("g.permissions").attr("transform", "translate(#{width+padding},0)")
objSvg = svg.select("g.objects").attr("transform", "translate(#{2*(width+padding)},-#{height/2})")
classSvg = svg.select("g.classes").attr("transform", "translate(#{3*(width+padding)},0)")
subjSvg.append("rect")
.attr("width", width + 16)
.attr("height", height + 16)
.attr("x", -8)
.attr("y", -8)
.attr("style", "fill:rgba(200,200,200,0.15)")
objSvg.append("rect")
.attr("width", width + 16)
.attr("height", height + 16)
.attr("x", -8)
.attr("y", -8)
.attr("style", "fill:rgba(200,200,200,0.15)")
classSvg.append("rect")
.attr("width", width + 16)
.attr("height", height + 16)
.attr("x", -8)
.attr("y", -8)
.attr("style", "fill:rgba(200,200,200,0.15)")
permSvg.append("rect")
.attr("width", width + 16)
.attr("height", height + 16)
.attr("x", -8)
.attr("y", -8)
.attr("style", "fill:rgba(200,200,200,0.15)")
linkScale = d3.scale.linear()
.range([1,2*radius])
gridLayout = d3.layout.grid()
.points()
.size([width, height])
textStyle =
'text-anchor': "middle"
'fill': "#ccc"
'font-size': "56px"
svg.select("g.labels").append("text")
.attr "x", width / 2
.attr "y", height / 2
.style textStyle
.text "subjects"
svg.select("g.labels").append("text")
.attr "x", (width + padding) + width / 2
.attr "y", height / 2
.style textStyle
.text "permissions"
svg.select("g.labels").append("text")
.attr "x", 2 * (width + padding) + width / 2
.attr "y", 0
.style textStyle
.text "objects"
svg.select("g.labels").append("text")
.attr "x", 3 * (width + padding) + width / 2
.attr "y", height / 2
.style textStyle
.text "classes"
nodeExpand = (show, type, clickedNodeData) ->
# If a node is associated with this on, and has the given type, set the selected attr
l = -1
while ++l < clickedNodeData.links.length
if clickedNodeData.links[l].source.type == type
clickedNodeData.links[l].source.selected = show
if clickedNodeData.links[l].target.type == type
clickedNodeData.links[l].target.selected = show
$scope.update_view = (data) ->
$scope.policy = IDEBackend.current_policy
if $scope.policy?.json?.parameterized?.raw?
$scope.primaryNodes = $scope.policy.json.parameterized.raw.nodes
$scope.primaryLinks = $scope.policy.json.parameterized.raw.links
update()
update = () ->
$scope.policyIds =
primary: primaryPolicyId()
both: if comparisonPolicyId() then "both" else undefined
comparison: comparisonPolicyId() || undefined
if not $scope.primaryNodes?.length or
not $scope.primaryLinks?.length or
not comparison?.original?.nodes?.length or
not comparison?.original?.links?.length
return
nodeMapReducer = (map, currNode) ->
map["#{currNode.type}-#{currNode.name}"] = currNode
return map
linkMapReducer = (map, currLink) ->
map["#{currLink.source.type}-#{currLink.source.name}-#{currLink.target.type}-#{currLink.target.name}"] = currLink
return map
addPolicy = (policyId) ->
return (item) ->
item.policy = policyId
nodeMapKey = (link) -> "#{link.source.type}-#{link.source.name}-#{link.target.type}-#{link.target.name}"
# Need shallow copies of the nodes and links arrays
$scope.primaryNodes = $scope.primaryNodes.slice()
$scope.primaryLinks = $scope.primaryLinks.slice()
$scope.primaryNodes.forEach addPolicy(primaryPolicyId())
$scope.primaryLinks.forEach addPolicy(primaryPolicyId())
comparisonNodes = comparison.original.nodes.slice()
comparisonLinks = comparison.original.links.slice()
comparisonNodes.forEach addPolicy(comparisonPolicyId())
comparisonLinks.forEach addPolicy(comparisonPolicyId())
# Convert the nodes and links arrays into maps
$scope.nodeMap = $scope.primaryNodes.reduce nodeMapReducer, {}
$scope.linkMap = $scope.primaryLinks.reduce linkMapReducer, {}
comparisonNodeMap = comparisonNodes.reduce nodeMapReducer, {}
comparisonLinkMap = comparisonLinks.reduce linkMapReducer, {}
comparisonLinkSourceMap = comparisonLinks.reduce((map, currLink)->
map["#{currLink.source.type}-#{currLink.source.name}"] = map["#{currLink.source.type}-#{currLink.source.name}"] or []
map["#{currLink.source.type}-#{currLink.source.name}"].push currLink
return map
, {})
comparisonLinkTargetMap = comparisonLinks.reduce((map, currLink)->
map["#{currLink.target.type}-#{currLink.target.name}"] = map["#{currLink.target.type}-#{currLink.target.name}"] or []
map["#{currLink.target.type}-#{currLink.target.name}"].push currLink
return map
, {})
find_differences()
$scope.clickedNode = null
$scope.clickedNodeRules = []
if $scope.policyIds.primary and $scope.policyIds.comparison
redraw()
redraw = () ->
[
{nodes: graph.subjNodes, svg: subjSvg},
{nodes: graph.objNodes, svg: objSvg},
{nodes: graph.permNodes, svg: permSvg},
{nodes: graph.classNodes, svg: classSvg}
].forEach (tuple) ->
getConnected = (d) ->
linksToShow = d.links
linksToShow = linksToShow.filter (l) -> return l.source.selected && l.target.selected
uniqNodes = linksToShow.reduce((prev, l) ->
prev.push l.source
prev.push l.target
return prev
, [])
# No links to show, so make sure we highlight the node the user moused over
if uniqNodes.length == 0
uniqNodes.push d
uniqNodes = _.uniq uniqNodes
return [uniqNodes, linksToShow]
nodeMouseover = (d) ->
[uniqNodes, linksToShow] = getConnected(d)
d3.selectAll uniqNodes.map((n) -> return "g.node." + CSS.escape("t-#{n.type}-#{n.name}")).join(",")
.classed "highlight", true
.each () -> @.parentNode.appendChild(@)
# No links to show, so return
if linksToShow.length == 0
return
d3.selectAll linksToShow.map((link) -> "." + CSS.escape("l-#{link.source.type}-#{link.source.name}-#{link.target.type}-#{link.target.name}")).join ","
.classed "highlight", true
.each () -> @.parentNode.appendChild(@)
nodeMouseout = (d) ->
link.classed "highlight", false
d3.selectAll "g.node.highlight"
.classed "highlight", false
nodeClick = (clickedNode) =>
[uniqNodes, linksToShow] = getConnected(clickedNode)
clicked = !clickedNode.clicked
if clicked
$scope.clickedNode = clickedNode
$scope.clickedNodeRules = []
reqParams = {}
deferred = $q.defer()
reqParams[clickedNode.type] = clickedNode.name
req =
domain: 'raw'
request: 'fetch_rules'
payload:
policy: [IDEBackend.current_policy._id, comparisonPolicy._id]
params: reqParams
SockJSService.send req, (result)=>
if result.error?
$scope.clickedNodeRules = []
else
rules = JSON.parse(result.payload)
$scope.clickedNodeRules = rules.sort (a,b) ->
if a.policy != b.policy then return a.policy - b.policy
return a.rule - b.rule
if !$scope.$$phase then $scope.$apply()
else
$scope.clickedNode = null
$scope.clickedNodeRules = []
if !$scope.$$phase then $scope.$apply()
changedNodes = graph.allNodes.filter (n) -> return n.clicked
changedLinks = graph.links.filter (l) -> return l.source.clicked && l.target.clicked
changedLinks = changedLinks.concat linksToShow
# Set clicked = false on all nodes
graph.subjNodes.forEach (d) -> d.clicked = false
graph.objNodes.forEach (d) -> d.clicked = false
graph.classNodes.forEach (d) -> d.clicked = false
graph.permNodes.forEach (d) -> d.clicked = false
# Toggle clicked
uniqNodes.forEach (d) -> d.clicked = clicked
changedNodes = changedNodes.concat uniqNodes
# For all nodes with clicked == true, add the "clicked" class
d3.selectAll _.uniq(changedNodes.map((n) -> return "g.node." + CSS.escape("t-#{n.type}-#{n.name}"))).join(",")
.classed "clicked", (d) -> d.clicked
.each () -> @.parentNode.appendChild(@)
# No links to show, so return
if changedLinks.length == 0
return
d3.selectAll changedLinks.map((link) -> "." + CSS.escape("l-#{link.source.type}-#{link.source.name}-#{link.target.type}-#{link.target.name}")).join ","
.classed "clicked", (d) -> d.source.clicked && d.target.clicked
# Sort first by policy, then by name
tuple.nodes.sort (a,b) ->
if (a.policy == primaryPolicyId() && a.policy != b.policy) || (a.policy == "both" && b.policy == comparisonPolicyId())
return -1
else if a.policy == b.policy
return if a.name == b.name then 0 else if a.name < b.name then return -1 else return 1
else
return 1
node = tuple.svg.selectAll ".node"
# Clear the old nodes and redraw everything
node.remove()
node = tuple.svg.selectAll ".node"
.data gridLayout(tuple.nodes.filter (d) -> return d.selected)
.attr "class", (d) -> "node t-#{d.type}-#{d.name}"
.classed "clicked", (d) -> d.clicked
nodeEnter = node.enter().append "g"
.attr "class", (d) -> "node t-#{d.type}-#{d.name}"
.attr "transform", (d) -> return "translate(#{d.x},#{d.y})"
.classed "clicked", (d) -> d.clicked
nodeEnter.append "text"
.attr "class", (d) -> "node-label t-#{d.type}-#{d.name}"
.attr "x", 0
.attr "y", "-5px"
.text (d) -> d.name
nodeEnter.append "circle"
.attr "r", radius
.attr "cx", 0
.attr "cy", 0
.attr "class", (d) ->
if d.policy == primaryPolicyId()
return "diff-left"
else if d.policy == comparisonPolicyId()
return "diff-right"
.on "mouseover", nodeMouseover
.on "mouseout", nodeMouseout
.on "click", nodeClick
node.exit().remove()
genContextItems = (data) ->
menuItems = {}
if data.type != 'subject'
menuItems['show-subject'] =
label: 'Show connected subjects'
callback: ->
nodeExpand(true, 'subject', data)
redraw()
menuItems['hide-subject'] =
label: 'Hide connected subjects'
callback: ->
nodeExpand(false, 'subject', data)
redraw()
if data.type != 'object'
menuItems['show-object'] =
label: 'Show connected objects'
callback: ->
nodeExpand(true, 'object', data)
redraw()
menuItems['hide-object'] =
label: 'Hide connected objects'
callback: ->
nodeExpand(false, 'object', data)
redraw()
if data.type != 'perm'
menuItems['show-permission'] =
label: 'Show connected permissions'
callback: ->
nodeExpand(true, 'perm', data)
redraw()
menuItems['hide-permission'] =
label: 'Hide connected permissions'
callback: ->
nodeExpand(false, 'perm', data)
redraw()
if data.type != 'class'
menuItems['show-class'] =
label: 'Show connected classes'
callback: ->
nodeExpand(true, 'class', data)
redraw()
menuItems['hide-class'] =
label: 'Hide connected classes'
callback: ->
nodeExpand(false, 'class', data)
redraw()
return menuItems
d3.selectAll('.node circle').each (d) ->
context_items = genContextItems(d)
$(this).contextmenu
target: '#diff-context-menu'
items: context_items
link = svg.select("g.links").selectAll ".link"
# Clear the old links and redraw everything
link.remove()
link = svg.select("g.links").selectAll ".link"
.data graph.links.filter((d) ->
policyFilter = true
for type,id of $scope.policyIds
if id == d.policy then policyFilter = $scope.controls.links[type]
return d.source.selected && d.target.selected && policyFilter
), (d,i) -> return "#{d.source.type}-#{d.source.name}-#{d.target.type}-#{d.target.name}"
link.enter().append "line"
.attr "class", (d) -> "link l-#{d.source.type}-#{d.source.name}-#{d.target.type}-#{d.target.name}"
.style "stroke-width", (d) -> 1
.attr "x1", (d) ->
offset = 0
if d.source.type == "perm"
offset = width + padding
else if d.source.type == "object"
offset = 2 * (width + padding)
return d.source.x + offset
.attr "y1", (d) -> return d.source.y - if d.source.type == "object" then height/2 else 0
.attr "x2", (d) ->
offset = width + padding
if d.target.type == "object"
offset = 2 * (width + padding)
else if d.target.type == "class"
offset = 3 * (width + padding)
return d.target.x + offset
.attr "y2", (d) -> return d.target.y - if d.target.type == "object" then height/2 else 0
.classed "clicked", (d) -> d.source.clicked && d.target.clicked
.classed "visible", $scope.controls.linksVisible
link.exit().remove()
Set up the viewport scroll
positionMgr = PositionManager("tl.viewport::#{IDEBackend.current_policy._id}",
{a: 0.7454701662063599, b: 0, c: 0, d: 0.7454701662063599, e: 200, f: 50}
)
svgPanZoom.init
selector: '#surface svg.diffview'
panEnabled: true
zoomEnabled: true
dragEnabled: false
minZoom: 0.5
maxZoom: 10
onZoom: (scale, transform) ->
positionMgr.update transform
onPanComplete: (coords, transform) ->
positionMgr.update transform
$scope.$watch(
() -> return (positionMgr.data)
,
(newv, oldv) ->
if not newv? or _.keys(newv).length == 0
return
g = svgPanZoom.getSVGViewport($("#surface svg.diffview")[0])
svgPanZoom.set_transform(g, newv)
)
IDEBackend.add_hook "json_changed", $scope.update_view
IDEBackend.add_hook "policy_load", IDEBackend.load_raw_graph
$scope.$on "$destroy", ->
IDEBackend.unhook "json_changed", $scope.update_view
IDEBackend.unhook "policy_load", IDEBackend.load_raw_graph
$scope.policy = IDEBackend.current_policy
# Load the raw graph data if it is not loaded
if $scope.policy?._id and not $scope.policy.json?.parameterized?.raw?
IDEBackend.load_raw_graph()
# If the graph data is already loaded, render the view
if $scope.policy?.json?.parameterized?.raw?
$scope.update_view() | Literate CoffeeScript | 4 | visigoth/V3SPA | src/js/controllers/diff.litcoffee | [
"BSD-3-Clause"
] |
(set-info :smt-lib-version 2.6)
(set-logic QF_UFLRA)
(set-info :source |CPAchecker with k-induction on SV-COMP14 program using MathSAT5, submitted by Philipp Wendler, http://cpachecker.sosy-lab.org|)
(set-info :category "industrial")
(set-info :status unsat)
(define-fun _1 () Bool true)
(declare-fun |main::lk1@5| () Real)
(declare-fun |main::lk7@7| () Real)
(declare-fun |main::lk4@7| () Real)
(declare-fun |main::lk4@5| () Real)
(declare-fun |main::lk6@5| () Real)
(declare-fun |main::lk2@7| () Real)
(declare-fun |main::p4@1| () Real)
(declare-fun |main::lk8@5| () Real)
(declare-fun |main::p8@1| () Real)
(declare-fun |main::lk10@2| () Real)
(declare-fun |main::lk1@3| () Real)
(declare-fun |main::lk2@2| () Real)
(declare-fun |main::lk6@3| () Real)
(declare-fun |main::p10@1| () Real)
(declare-fun |main::lk10@5| () Real)
(declare-fun |main::lk6@2| () Real)
(declare-fun |main::lk4@6| () Real)
(declare-fun |main::lk10@6| () Real)
(declare-fun |main::lk9@6| () Real)
(declare-fun |main::p5@1| () Real)
(declare-fun |main::lk8@3| () Real)
(declare-fun |main::p3@1| () Real)
(declare-fun |main::lk5@3| () Real)
(declare-fun |main::lk9@2| () Real)
(declare-fun |main::lk10@3| () Real)
(declare-fun |main::lk8@7| () Real)
(declare-fun |main::cond@2| () Real)
(declare-fun |main::lk2@6| () Real)
(declare-fun |main::lk5@2| () Real)
(declare-fun |main::p6@1| () Real)
(declare-fun |main::lk1@4| () Real)
(declare-fun |main::lk1@2| () Real)
(declare-fun |main::lk3@6| () Real)
(declare-fun |main::lk5@6| () Real)
(declare-fun |main::lk5@4| () Real)
(declare-fun |main::lk3@3| () Real)
(declare-fun |main::lk10@4| () Real)
(declare-fun |main::cond@3| () Real)
(declare-fun |main::lk6@4| () Real)
(declare-fun |main::lk3@5| () Real)
(declare-fun |main::lk8@6| () Real)
(declare-fun |main::p1@1| () Real)
(declare-fun |main::lk7@2| () Real)
(declare-fun |main::lk2@5| () Real)
(declare-fun |main::lk7@4| () Real)
(declare-fun |main::p9@1| () Real)
(declare-fun |main::lk1@6| () Real)
(declare-fun |main::lk5@5| () Real)
(declare-fun |main::lk4@4| () Real)
(declare-fun |main::lk6@6| () Real)
(declare-fun |main::lk8@4| () Real)
(declare-fun |main::lk7@5| () Real)
(declare-fun |main::p7@1| () Real)
(declare-fun |main::lk9@4| () Real)
(declare-fun |main::lk9@7| () Real)
(declare-fun |main::lk3@7| () Real)
(declare-fun |main::lk9@5| () Real)
(declare-fun |main::lk6@7| () Real)
(declare-fun |main::lk2@4| () Real)
(declare-fun |main::lk3@4| () Real)
(declare-fun |main::lk7@3| () Real)
(declare-fun |main::lk4@3| () Real)
(declare-fun |main::p2@1| () Real)
(declare-fun |main::lk1@7| () Real)
(declare-fun |main::lk9@3| () Real)
(declare-fun |main::lk5@7| () Real)
(declare-fun |main::lk2@3| () Real)
(declare-fun |main::lk7@6| () Real)
(declare-fun |main::lk4@2| () Real)
(declare-fun |main::lk8@2| () Real)
(declare-fun |main::lk3@2| () Real)
(define-fun _7 () Real 0)
(define-fun _91 () Real |main::cond@3|)
(define-fun _92 () Bool (= _91 _7))
(define-fun _93 () Real 1)
(define-fun _96 () Bool (not _92))
(define-fun _98 () Real |main::lk1@3|)
(define-fun _101 () Real |main::lk2@3|)
(define-fun _104 () Real |main::lk3@3|)
(define-fun _107 () Real |main::lk4@3|)
(define-fun _110 () Real |main::lk5@3|)
(define-fun _113 () Real |main::lk6@3|)
(define-fun _116 () Real |main::lk7@3|)
(define-fun _119 () Real |main::lk8@3|)
(define-fun _122 () Real |main::lk9@3|)
(define-fun _125 () Real |main::lk10@3|)
(define-fun _134 () Real |main::lk1@4|)
(define-fun _137 () Bool (= _98 _134))
(define-fun _146 () Real |main::lk2@4|)
(define-fun _149 () Bool (= _101 _146))
(define-fun _158 () Real |main::lk3@4|)
(define-fun _161 () Bool (= _104 _158))
(define-fun _170 () Real |main::lk4@4|)
(define-fun _173 () Bool (= _107 _170))
(define-fun _182 () Real |main::lk5@4|)
(define-fun _185 () Bool (= _110 _182))
(define-fun _194 () Real |main::lk6@4|)
(define-fun _197 () Bool (= _113 _194))
(define-fun _206 () Real |main::lk7@4|)
(define-fun _209 () Bool (= _116 _206))
(define-fun _218 () Real |main::lk8@4|)
(define-fun _221 () Bool (= _119 _218))
(define-fun _230 () Real |main::lk9@4|)
(define-fun _233 () Bool (= _122 _230))
(define-fun _242 () Real |main::lk10@4|)
(define-fun _245 () Bool (= _125 _242))
(define-fun _254 () Real |main::lk1@5|)
(define-fun _255 () Bool (= _254 _7))
(define-fun _266 () Real |main::lk2@5|)
(define-fun _267 () Bool (= _266 _7))
(define-fun _278 () Real |main::lk3@5|)
(define-fun _279 () Bool (= _278 _7))
(define-fun _290 () Real |main::lk4@5|)
(define-fun _291 () Bool (= _290 _7))
(define-fun _302 () Real |main::lk5@5|)
(define-fun _303 () Bool (= _302 _7))
(define-fun _314 () Real |main::lk6@5|)
(define-fun _315 () Bool (= _314 _7))
(define-fun _326 () Real |main::lk7@5|)
(define-fun _327 () Bool (= _326 _7))
(define-fun _338 () Real |main::lk8@5|)
(define-fun _339 () Bool (= _338 _7))
(define-fun _350 () Real |main::lk9@5|)
(define-fun _351 () Bool (= _350 _7))
(define-fun _362 () Real |main::lk10@5|)
(define-fun _363 () Bool (= _362 _7))
(define-fun _427 () Real |main::cond@2|)
(define-fun _428 () Bool (= _427 _7))
(define-fun _430 () Bool (not _428))
(define-fun _431 () Real |main::lk1@2|)
(define-fun _432 () Bool (= _431 _7))
(define-fun _433 () Bool (and _430 _432))
(define-fun _434 () Real |main::lk2@2|)
(define-fun _435 () Bool (= _434 _7))
(define-fun _436 () Bool (and _433 _435))
(define-fun _437 () Real |main::lk3@2|)
(define-fun _438 () Bool (= _437 _7))
(define-fun _439 () Bool (and _436 _438))
(define-fun _440 () Real |main::lk4@2|)
(define-fun _441 () Bool (= _440 _7))
(define-fun _442 () Bool (and _439 _441))
(define-fun _443 () Real |main::lk5@2|)
(define-fun _444 () Bool (= _443 _7))
(define-fun _445 () Bool (and _442 _444))
(define-fun _446 () Real |main::lk6@2|)
(define-fun _447 () Bool (= _446 _7))
(define-fun _448 () Bool (and _445 _447))
(define-fun _449 () Real |main::lk7@2|)
(define-fun _450 () Bool (= _449 _7))
(define-fun _451 () Bool (and _448 _450))
(define-fun _452 () Real |main::lk8@2|)
(define-fun _453 () Bool (= _452 _7))
(define-fun _454 () Bool (and _451 _453))
(define-fun _455 () Real |main::lk9@2|)
(define-fun _456 () Bool (= _455 _7))
(define-fun _457 () Bool (and _454 _456))
(define-fun _458 () Real |main::lk10@2|)
(define-fun _459 () Bool (= _458 _7))
(define-fun _460 () Bool (and _457 _459))
(define-fun _461 () Real |main::p1@1|)
(define-fun _462 () Bool (= _461 _7))
(define-fun _463 () Bool (not _462))
(define-fun _465 () Bool (and _460 _463))
(define-fun _466 () Bool (and _460 _462))
(define-fun _467 () Bool (= _98 _93))
(define-fun _468 () Bool (and _465 _467))
(define-fun _469 () Bool (= _98 _431))
(define-fun _470 () Bool (and _466 _469))
(define-fun _471 () Bool (or _468 _470))
(define-fun _472 () Real |main::p2@1|)
(define-fun _473 () Bool (= _472 _7))
(define-fun _474 () Bool (not _473))
(define-fun _476 () Bool (and _471 _474))
(define-fun _477 () Bool (and _471 _473))
(define-fun _478 () Bool (= _101 _93))
(define-fun _479 () Bool (and _476 _478))
(define-fun _480 () Bool (= _101 _434))
(define-fun _481 () Bool (and _477 _480))
(define-fun _482 () Bool (or _479 _481))
(define-fun _483 () Real |main::p3@1|)
(define-fun _484 () Bool (= _483 _7))
(define-fun _485 () Bool (not _484))
(define-fun _487 () Bool (and _482 _485))
(define-fun _488 () Bool (and _482 _484))
(define-fun _489 () Bool (= _104 _93))
(define-fun _490 () Bool (and _487 _489))
(define-fun _491 () Bool (= _104 _437))
(define-fun _492 () Bool (and _488 _491))
(define-fun _493 () Bool (or _490 _492))
(define-fun _494 () Real |main::p4@1|)
(define-fun _495 () Bool (= _494 _7))
(define-fun _496 () Bool (not _495))
(define-fun _498 () Bool (and _493 _496))
(define-fun _499 () Bool (and _493 _495))
(define-fun _500 () Bool (= _107 _93))
(define-fun _501 () Bool (and _498 _500))
(define-fun _502 () Bool (= _107 _440))
(define-fun _503 () Bool (and _499 _502))
(define-fun _504 () Bool (or _501 _503))
(define-fun _505 () Real |main::p5@1|)
(define-fun _506 () Bool (= _505 _7))
(define-fun _507 () Bool (not _506))
(define-fun _509 () Bool (and _504 _507))
(define-fun _510 () Bool (and _504 _506))
(define-fun _511 () Bool (= _110 _93))
(define-fun _512 () Bool (and _509 _511))
(define-fun _513 () Bool (= _110 _443))
(define-fun _514 () Bool (and _510 _513))
(define-fun _515 () Bool (or _512 _514))
(define-fun _516 () Real |main::p6@1|)
(define-fun _517 () Bool (= _516 _7))
(define-fun _518 () Bool (not _517))
(define-fun _520 () Bool (and _515 _518))
(define-fun _521 () Bool (and _515 _517))
(define-fun _522 () Bool (= _113 _93))
(define-fun _523 () Bool (and _520 _522))
(define-fun _524 () Bool (= _113 _446))
(define-fun _525 () Bool (and _521 _524))
(define-fun _526 () Bool (or _523 _525))
(define-fun _527 () Real |main::p7@1|)
(define-fun _528 () Bool (= _527 _7))
(define-fun _529 () Bool (not _528))
(define-fun _531 () Bool (and _526 _529))
(define-fun _532 () Bool (and _526 _528))
(define-fun _533 () Bool (= _116 _93))
(define-fun _534 () Bool (and _531 _533))
(define-fun _535 () Bool (= _116 _449))
(define-fun _536 () Bool (and _532 _535))
(define-fun _537 () Bool (or _534 _536))
(define-fun _538 () Real |main::p8@1|)
(define-fun _539 () Bool (= _538 _7))
(define-fun _540 () Bool (not _539))
(define-fun _542 () Bool (and _537 _540))
(define-fun _543 () Bool (and _537 _539))
(define-fun _544 () Bool (= _119 _93))
(define-fun _545 () Bool (and _542 _544))
(define-fun _546 () Bool (= _119 _452))
(define-fun _547 () Bool (and _543 _546))
(define-fun _548 () Bool (or _545 _547))
(define-fun _549 () Real |main::p9@1|)
(define-fun _550 () Bool (= _549 _7))
(define-fun _551 () Bool (not _550))
(define-fun _553 () Bool (and _548 _551))
(define-fun _554 () Bool (and _548 _550))
(define-fun _555 () Bool (= _122 _93))
(define-fun _556 () Bool (and _553 _555))
(define-fun _557 () Bool (= _122 _455))
(define-fun _558 () Bool (and _554 _557))
(define-fun _559 () Bool (or _556 _558))
(define-fun _560 () Real |main::p10@1|)
(define-fun _561 () Bool (= _560 _7))
(define-fun _562 () Bool (not _561))
(define-fun _564 () Bool (and _559 _562))
(define-fun _565 () Bool (and _559 _561))
(define-fun _566 () Bool (= _125 _93))
(define-fun _567 () Bool (and _564 _566))
(define-fun _568 () Bool (= _125 _458))
(define-fun _569 () Bool (and _565 _568))
(define-fun _570 () Bool (or _567 _569))
(define-fun _571 () Bool (and _463 _570))
(define-fun _572 () Bool (and _462 _570))
(define-fun _576 () Bool (and _467 _571))
(define-fun _577 () Bool (= _134 _7))
(define-fun _578 () Bool (and _576 _577))
(define-fun _579 () Bool (and _137 _572))
(define-fun _580 () Bool (or _578 _579))
(define-fun _581 () Bool (and _474 _580))
(define-fun _582 () Bool (and _473 _580))
(define-fun _586 () Bool (and _478 _581))
(define-fun _587 () Bool (= _146 _7))
(define-fun _588 () Bool (and _586 _587))
(define-fun _589 () Bool (and _149 _582))
(define-fun _590 () Bool (or _588 _589))
(define-fun _591 () Bool (and _485 _590))
(define-fun _592 () Bool (and _484 _590))
(define-fun _596 () Bool (and _489 _591))
(define-fun _597 () Bool (= _158 _7))
(define-fun _598 () Bool (and _596 _597))
(define-fun _599 () Bool (and _161 _592))
(define-fun _600 () Bool (or _598 _599))
(define-fun _601 () Bool (and _496 _600))
(define-fun _602 () Bool (and _495 _600))
(define-fun _606 () Bool (and _500 _601))
(define-fun _607 () Bool (= _170 _7))
(define-fun _608 () Bool (and _606 _607))
(define-fun _609 () Bool (and _173 _602))
(define-fun _610 () Bool (or _608 _609))
(define-fun _611 () Bool (and _507 _610))
(define-fun _612 () Bool (and _506 _610))
(define-fun _616 () Bool (and _511 _611))
(define-fun _617 () Bool (= _182 _7))
(define-fun _618 () Bool (and _616 _617))
(define-fun _619 () Bool (and _185 _612))
(define-fun _620 () Bool (or _618 _619))
(define-fun _621 () Bool (and _518 _620))
(define-fun _622 () Bool (and _517 _620))
(define-fun _626 () Bool (and _522 _621))
(define-fun _627 () Bool (= _194 _7))
(define-fun _628 () Bool (and _626 _627))
(define-fun _629 () Bool (and _197 _622))
(define-fun _630 () Bool (or _628 _629))
(define-fun _631 () Bool (and _529 _630))
(define-fun _632 () Bool (and _528 _630))
(define-fun _636 () Bool (and _533 _631))
(define-fun _637 () Bool (= _206 _7))
(define-fun _638 () Bool (and _636 _637))
(define-fun _639 () Bool (and _209 _632))
(define-fun _640 () Bool (or _638 _639))
(define-fun _641 () Bool (and _540 _640))
(define-fun _642 () Bool (and _539 _640))
(define-fun _646 () Bool (and _544 _641))
(define-fun _647 () Bool (= _218 _7))
(define-fun _648 () Bool (and _646 _647))
(define-fun _649 () Bool (and _221 _642))
(define-fun _650 () Bool (or _648 _649))
(define-fun _651 () Bool (and _551 _650))
(define-fun _652 () Bool (and _550 _650))
(define-fun _656 () Bool (and _555 _651))
(define-fun _657 () Bool (= _230 _7))
(define-fun _658 () Bool (and _656 _657))
(define-fun _659 () Bool (and _233 _652))
(define-fun _660 () Bool (or _658 _659))
(define-fun _661 () Bool (and _562 _660))
(define-fun _662 () Bool (and _561 _660))
(define-fun _666 () Bool (and _566 _661))
(define-fun _667 () Bool (= _242 _7))
(define-fun _668 () Bool (and _666 _667))
(define-fun _669 () Bool (and _245 _662))
(define-fun _670 () Bool (or _668 _669))
(define-fun _672 () Bool (and _96 _670))
(define-fun _706 () Bool (and _255 _672))
(define-fun _707 () Bool (and _267 _706))
(define-fun _708 () Bool (and _279 _707))
(define-fun _709 () Bool (and _291 _708))
(define-fun _710 () Bool (and _303 _709))
(define-fun _711 () Bool (and _315 _710))
(define-fun _712 () Bool (and _327 _711))
(define-fun _713 () Bool (and _339 _712))
(define-fun _714 () Bool (and _351 _713))
(define-fun _715 () Bool (and _363 _714))
(define-fun _716 () Bool (and _463 _715))
(define-fun _717 () Bool (and _462 _715))
(define-fun _718 () Real |main::lk1@6|)
(define-fun _719 () Bool (= _718 _93))
(define-fun _720 () Bool (and _716 _719))
(define-fun _721 () Bool (= _254 _718))
(define-fun _722 () Bool (and _717 _721))
(define-fun _723 () Bool (or _720 _722))
(define-fun _724 () Bool (and _474 _723))
(define-fun _725 () Bool (and _473 _723))
(define-fun _726 () Real |main::lk2@6|)
(define-fun _727 () Bool (= _726 _93))
(define-fun _728 () Bool (and _724 _727))
(define-fun _729 () Bool (= _266 _726))
(define-fun _730 () Bool (and _725 _729))
(define-fun _731 () Bool (or _728 _730))
(define-fun _732 () Bool (and _485 _731))
(define-fun _733 () Bool (and _484 _731))
(define-fun _734 () Real |main::lk3@6|)
(define-fun _735 () Bool (= _734 _93))
(define-fun _736 () Bool (and _732 _735))
(define-fun _737 () Bool (= _278 _734))
(define-fun _738 () Bool (and _733 _737))
(define-fun _739 () Bool (or _736 _738))
(define-fun _740 () Bool (and _496 _739))
(define-fun _741 () Bool (and _495 _739))
(define-fun _742 () Real |main::lk4@6|)
(define-fun _743 () Bool (= _742 _93))
(define-fun _744 () Bool (and _740 _743))
(define-fun _745 () Bool (= _290 _742))
(define-fun _746 () Bool (and _741 _745))
(define-fun _747 () Bool (or _744 _746))
(define-fun _748 () Bool (and _507 _747))
(define-fun _749 () Bool (and _506 _747))
(define-fun _750 () Real |main::lk5@6|)
(define-fun _751 () Bool (= _750 _93))
(define-fun _752 () Bool (and _748 _751))
(define-fun _753 () Bool (= _302 _750))
(define-fun _754 () Bool (and _749 _753))
(define-fun _755 () Bool (or _752 _754))
(define-fun _756 () Bool (and _518 _755))
(define-fun _757 () Bool (and _517 _755))
(define-fun _758 () Real |main::lk6@6|)
(define-fun _759 () Bool (= _758 _93))
(define-fun _760 () Bool (and _756 _759))
(define-fun _761 () Bool (= _314 _758))
(define-fun _762 () Bool (and _757 _761))
(define-fun _763 () Bool (or _760 _762))
(define-fun _764 () Bool (and _529 _763))
(define-fun _765 () Bool (and _528 _763))
(define-fun _766 () Real |main::lk7@6|)
(define-fun _767 () Bool (= _766 _93))
(define-fun _768 () Bool (and _764 _767))
(define-fun _769 () Bool (= _326 _766))
(define-fun _770 () Bool (and _765 _769))
(define-fun _771 () Bool (or _768 _770))
(define-fun _772 () Bool (and _540 _771))
(define-fun _773 () Bool (and _539 _771))
(define-fun _774 () Real |main::lk8@6|)
(define-fun _775 () Bool (= _774 _93))
(define-fun _776 () Bool (and _772 _775))
(define-fun _777 () Bool (= _338 _774))
(define-fun _778 () Bool (and _773 _777))
(define-fun _779 () Bool (or _776 _778))
(define-fun _780 () Bool (and _551 _779))
(define-fun _781 () Bool (and _550 _779))
(define-fun _782 () Real |main::lk9@6|)
(define-fun _783 () Bool (= _782 _93))
(define-fun _784 () Bool (and _780 _783))
(define-fun _785 () Bool (= _350 _782))
(define-fun _786 () Bool (and _781 _785))
(define-fun _787 () Bool (or _784 _786))
(define-fun _788 () Bool (and _562 _787))
(define-fun _789 () Bool (and _561 _787))
(define-fun _790 () Real |main::lk10@6|)
(define-fun _791 () Bool (= _790 _93))
(define-fun _792 () Bool (and _788 _791))
(define-fun _793 () Bool (= _362 _790))
(define-fun _794 () Bool (and _789 _793))
(define-fun _795 () Bool (or _792 _794))
(define-fun _796 () Bool (and _463 _795))
(define-fun _797 () Bool (and _462 _795))
(define-fun _801 () Bool (and _719 _796))
(define-fun _824 () Real |main::lk1@7|)
(define-fun _825 () Bool (= _824 _7))
(define-fun _826 () Bool (and _801 _825))
(define-fun _827 () Bool (= _718 _824))
(define-fun _828 () Bool (and _797 _827))
(define-fun _829 () Bool (or _826 _828))
(define-fun _830 () Bool (and _474 _829))
(define-fun _831 () Bool (and _473 _829))
(define-fun _835 () Bool (and _727 _830))
(define-fun _849 () Real |main::lk2@7|)
(define-fun _850 () Bool (= _849 _7))
(define-fun _851 () Bool (and _835 _850))
(define-fun _852 () Bool (= _726 _849))
(define-fun _853 () Bool (and _831 _852))
(define-fun _854 () Bool (or _851 _853))
(define-fun _855 () Bool (and _485 _854))
(define-fun _856 () Bool (and _484 _854))
(define-fun _860 () Bool (and _735 _855))
(define-fun _872 () Real |main::lk3@7|)
(define-fun _873 () Bool (= _872 _7))
(define-fun _874 () Bool (and _860 _873))
(define-fun _875 () Bool (= _734 _872))
(define-fun _876 () Bool (and _856 _875))
(define-fun _877 () Bool (or _874 _876))
(define-fun _878 () Bool (and _496 _877))
(define-fun _879 () Bool (and _495 _877))
(define-fun _883 () Bool (and _743 _878))
(define-fun _894 () Real |main::lk4@7|)
(define-fun _895 () Bool (= _894 _7))
(define-fun _896 () Bool (and _883 _895))
(define-fun _897 () Bool (= _742 _894))
(define-fun _898 () Bool (and _879 _897))
(define-fun _899 () Bool (or _896 _898))
(define-fun _900 () Bool (and _507 _899))
(define-fun _901 () Bool (and _506 _899))
(define-fun _905 () Bool (and _751 _900))
(define-fun _915 () Real |main::lk5@7|)
(define-fun _916 () Bool (= _915 _7))
(define-fun _917 () Bool (and _905 _916))
(define-fun _918 () Bool (= _750 _915))
(define-fun _919 () Bool (and _901 _918))
(define-fun _920 () Bool (or _917 _919))
(define-fun _921 () Bool (and _518 _920))
(define-fun _922 () Bool (and _517 _920))
(define-fun _926 () Bool (and _759 _921))
(define-fun _935 () Real |main::lk6@7|)
(define-fun _936 () Bool (= _935 _7))
(define-fun _937 () Bool (and _926 _936))
(define-fun _938 () Bool (= _758 _935))
(define-fun _939 () Bool (and _922 _938))
(define-fun _940 () Bool (or _937 _939))
(define-fun _941 () Bool (and _529 _940))
(define-fun _942 () Bool (and _528 _940))
(define-fun _946 () Bool (and _767 _941))
(define-fun _954 () Real |main::lk7@7|)
(define-fun _955 () Bool (= _954 _7))
(define-fun _956 () Bool (and _946 _955))
(define-fun _957 () Bool (= _766 _954))
(define-fun _958 () Bool (and _942 _957))
(define-fun _959 () Bool (or _956 _958))
(define-fun _960 () Bool (and _540 _959))
(define-fun _961 () Bool (and _539 _959))
(define-fun _965 () Bool (and _775 _960))
(define-fun _972 () Real |main::lk8@7|)
(define-fun _973 () Bool (= _972 _7))
(define-fun _974 () Bool (and _965 _973))
(define-fun _975 () Bool (= _774 _972))
(define-fun _976 () Bool (and _961 _975))
(define-fun _977 () Bool (or _974 _976))
(define-fun _978 () Bool (and _551 _977))
(define-fun _979 () Bool (and _550 _977))
(define-fun _983 () Bool (and _783 _978))
(define-fun _989 () Real |main::lk9@7|)
(define-fun _990 () Bool (= _989 _7))
(define-fun _991 () Bool (and _983 _990))
(define-fun _992 () Bool (= _782 _989))
(define-fun _993 () Bool (and _979 _992))
(define-fun _994 () Bool (or _991 _993))
(define-fun _995 () Bool (and _562 _994))
(define-fun _1068 () Bool (not _921))
(define-fun _1069 () Bool (or _759 _1068))
(define-fun _1071 () Bool (not _878))
(define-fun _1072 () Bool (or _743 _1071))
(define-fun _1073 () Bool (and _1069 _1072))
(define-fun _1075 () Bool (not _960))
(define-fun _1076 () Bool (or _775 _1075))
(define-fun _1077 () Bool (and _1073 _1076))
(define-fun _1079 () Bool (not _941))
(define-fun _1080 () Bool (or _767 _1079))
(define-fun _1081 () Bool (and _1077 _1080))
(define-fun _1083 () Bool (not _995))
(define-fun _1084 () Bool (or _791 _1083))
(define-fun _1085 () Bool (and _1081 _1084))
(define-fun _1087 () Bool (not _830))
(define-fun _1088 () Bool (or _727 _1087))
(define-fun _1089 () Bool (and _1085 _1088))
(define-fun _1091 () Bool (not _855))
(define-fun _1092 () Bool (or _735 _1091))
(define-fun _1093 () Bool (and _1089 _1092))
(define-fun _1095 () Bool (not _796))
(define-fun _1096 () Bool (or _719 _1095))
(define-fun _1097 () Bool (and _1093 _1096))
(define-fun _1099 () Bool (not _978))
(define-fun _1100 () Bool (or _783 _1099))
(define-fun _1101 () Bool (and _1097 _1100))
(define-fun _1103 () Bool (not _900))
(define-fun _1104 () Bool (or _751 _1103))
(define-fun _1105 () Bool (and _1101 _1104))
(define-fun _1106 () Bool (not _1105))
(assert _1)
(assert _1106)
(check-sat)
(exit)
| SMT | 2 | livinlife6751/infer | sledge/test/smt/QF_UFLRA/cpachecker-induction-svcomp14/cpachecker-induction.test_locks_10_true-unreach-call.c.smt2 | [
"MIT"
] |
export { default } from './AvatarGroup';
export * from './AvatarGroup';
export { default as avatarGroupClasses } from './avatarGroupClasses';
export * from './avatarGroupClasses';
| TypeScript | 2 | good-gym/material-ui | packages/material-ui/src/AvatarGroup/index.d.ts | [
"MIT"
] |
<div class="video-wrapper" data-streaming="youtube" data-videoid="{{.Get "id"}}" >
<i class="icon-video-play-button shortcode"></i>
{{if (.Get "thumbnail")}}
<div style="background-image:url(/images/thumbnails/{{.Get "thumbnail"}})" alt="YouTube Thumbnail" class="video-thumbnail"></div>
{{else}}
<div style="background-image:url(//img.youtube.com/vi/{{.Get "id"}}/0.jpg)" alt="YouTube Thumbnail" class="video-thumbnail"></div>
{{end}}
</div>
{{ if (.Get "description") }}
<div class="video-description">{{ .Get "description" | markdownify }}</div>
{{ end }} | HTML | 3 | jlevon/hugo | docs/layouts/shortcodes/yt.html | [
"Apache-2.0"
] |
// edition:2018
// compile-flags: --crate-type lib
pub const async fn x() {}
//~^ ERROR functions cannot be both `const` and `async`
| Rust | 2 | Eric-Arellano/rust | src/test/ui/async-await/no-const-async.rs | [
"ECL-2.0",
"Apache-2.0",
"MIT-0",
"MIT"
] |
httpService = new http();
httpService.setUrl("http://localhost:28139/");
httpService.setMethod("GET");
httpService.addParam(type="cookie", name="GeoIP", value="US:Albuquerque:35.1241:-106.7675:v4");
httpService.addParam(type="cookie", name="uls-previous-languages", value="%5B%22en%22%5D");
httpService.addParam(type="cookie", name="mediaWiki.user.sessionId", value="VaHaeVW3m0ymvx9kacwshZIDkv8zgF9y");
httpService.addParam(type="cookie", name="centralnotice_buckets_by_campaign", value="%7B%22C14_enUS_dsk_lw_FR%22%3A%7B%22val%22%3A%220%22%2C%22start%22%3A1412172000%2C%22end%22%3A1422576000%7D%2C%22C14_en5C_dec_dsk_FR%22%3A%7B%22val%22%3A3%2C%22start%22%3A1417514400%2C%22end%22%3A1425290400%7D%2C%22C14_en5C_bkup_dsk_FR%22%3A%7B%22val%22%3A1%2C%22start%22%3A1417428000%2C%22end%22%3A1425290400%7D%7D");
httpService.addParam(type="cookie", name="centralnotice_bannercount_fr12", value="22");
httpService.addParam(type="cookie", name="centralnotice_bannercount_fr12-wait", value="14");
httpService.addParam(type="header", name="Accept-Encoding", value="gzip, deflate, sdch");
httpService.addParam(type="header", name="Accept-Language", value="en-US,en;q=0.8");
httpService.addParam(type="header", name="User-Agent", value="Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_1) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/39.0.2171.95 Safari/537.36");
httpService.addParam(type="header", name="Accept", value="text/html,application/xhtml+xml,application/xml;q=0.9,image/webp,*/*;q=0.8");
httpService.addParam(type="header", name="Referer", value="http://www.wikipedia.org/");
httpService.addParam(type="header", name="Connection", value="keep-alive");
result = httpService.send().getPrefix();
writeDump(result);
| ColdFusion | 3 | csperando/curlconverter | test/fixtures/cfml/get_with_browser_headers.cfm | [
"MIT"
] |
HAI 1.2
HOW IZ I ISOPTIMUSPRIME YR OPTIMUSPRIMEWANNABE
BTW OPTIMUSPRIME IS NOT A NEGATIVE GUY
BOTH SAEM BIGGR OF OPTIMUSPRIMEWANNABE 1 1, O RLY?
YA RLY, FOUND YR FAIL, OIC
BOTH SAEM OPTIMUSPRIMEWANNABE 2, O RLY?
YA RLY, FOUND YR WIN, OIC
BOTH SAEM MOD OF OPTIMUSPRIMEWANNABE 2 0, O RLY?
YA RLY, FOUND YR FAIL, OIC
I HAS A N ITZ 3
IM IN YR WAREHOUSE
DIFFRINT...
BIGGR OF PRODUKT OF N N OPTIMUSPRIMEWANNABE...
OPTIMUSPRIMEWANNABE
O RLY?, YA RLY, FOUND YR WIN, OIC
BOTH SAEM MOD OF OPTIMUSPRIMEWANNABE N 0
O RLY?, YA RLY, FOUND YR FAIL, OIC
N R SUM OF N 2
IM OUTTA YR WAREHOUSE
IF U SAY SO
I HAS A LIMIT ITZ 2000000
I HAS A AMOUNTOFFLARE ITZ 0
IM IN YR MICHAELBAYMOVIE UPPIN YR TRANSFORMER WILE DIFFRINT TRANSFORMER LIMIT
I IZ ISOPTIMUSPRIME YR TRANSFORMER MKAY, O RLY?
YA RLY
AMOUNTOFFLARE R SUM OF AMOUNTOFFLARE TRANSFORMER
OIC
IM OUTTA YR MICHAELBAYMOVIE
VISIBLE AMOUNTOFFLARE
KTHXBYE
| LOLCODE | 3 | ajnavarro/language-dataset | data/github.com/LeartS/loleuler/f8f508b45f07f8c59043c1e25756e369e246f965/010.lol | [
"MIT"
] |
/* Copyright (c) 2017-2019 Netronome Systems, Inc. All rights reserved.
*
* SPDX-License-Identifier: BSD-2-Clause
*/
;TEST_INIT_EXEC nfp-reg mereg:i32.me0.XferIn_32=0x100
;TEST_INIT_EXEC nfp-reg mereg:i32.me0.XferIn_33=0xdeadbeef
#include "actions_harness.uc"
#include "pkt_inc_pat_256B_x88.uc"
#include <single_ctx_test.uc>
#include <global.uc>
#include <bitfields.uc>
#macro checksum_pattern(csum, len)
.begin
.reg i
.reg data
immed[csum, 0]
immed[i, 14]
loop#:
alu[i, i, +, 1]
alu[data, 0, B, i, <<24]
alu[--, len, -, i]
beq[finalize#]
alu[i, i, +, 1]
alu[data, data, OR, i, <<16]
alu[--, len, -, i]
beq[finalize#]
alu[i, i, +, 1]
alu[data, data, OR, i, <<8]
alu[--, len, -, i]
beq[finalize#]
alu[i, i, +, 1]
alu[data, data, OR, i]
finalize#:
alu[csum, csum, +, data]
alu[csum, csum, +carry, 0]
alu[--, len, -, i]
bgt[loop#]
.end
#endm
.reg csum_offset
immed[csum_offset, -4]
.reg pkt_len
pv_get_length(pkt_len, pkt_vec)
test_assert(pkt_len < 256)
.reg csum
.reg pv_csum
.reg length
immed[length, 15]
.while (length <= pkt_len)
local_csr_wr[T_INDEX, (32 * 4)]
immed[__actions_t_idx, (32 * 4)]
immed[BF_A(pkt_vec, PV_META_TYPES_bf), 0]
alu[BF_A(pkt_vec, PV_LENGTH_bf), --, B, length]
__actions_checksum(pkt_vec)
test_assert_equal(*$index, 0xdeadbeef)
checksum_pattern(csum, length)
alu[--, --, B, *l$index2--]
alu[pv_csum, --, B, *l$index2--]
test_assert_equal(pv_csum, csum)
test_assert_equal(BF_A(pkt_vec, PV_META_TYPES_bf), NFP_NET_META_CSUM)
alu[length, length, +, 1]
.endw
test_pass()
PV_SEEK_SUBROUTINE#:
pv_seek_subroutine(pkt_vec)
| UnrealScript | 4 | pcasconnetronome/nic-firmware | test/datapath/actions_csum_complete_256B_x88_test.uc | [
"BSD-2-Clause"
] |
.admin-reports-content
height: auto !important
| Stylus | 1 | Knitter/wekan | client/components/settings/adminReports.styl | [
"MIT"
] |
@0xb7ef89601eedef15;
struct Ingress {
source @0 :UInt64;
receiver @1 :UInt64;
methodName @2 :Text;
methodPayload @3 :Data;
messageId @4 :UInt64;
messageTimeNs @5 :UInt64;
}
| Cap'n Proto | 4 | 3cL1p5e7/ic | experimental/encoding_bench/capnproto/ingress.capnp | [
"Apache-2.0"
] |
Rebol [
title: "Needs module test 1"
name: test-needs-name
needs: test-needs-name-value
]
export test-needs-name-result: (42 = test-needs-name-value)
| Rebol | 2 | 0branch/r3 | src/tests/units/files/test-needs-name.reb | [
"Apache-2.0"
] |
# this is imported by test_deploy to do some checks in python
import sys
import subprocess
from pathlib import Path
# we've taken steps to clear out the embedded python environment,
# so we have to go searching for real python to figure out where its libraries are installed.
def python_path(cpath):
for maybe in cpath.split(':'):
candidate = Path(maybe) / "python"
if candidate.exists():
cmd = [str(candidate), '-c', 'import sys; print(":".join(sys.path))']
return subprocess.check_output(cmd).decode('utf-8').strip('\n').split(':')
raise RuntimeError('could not find real python')
def setup(path):
sys.path.extend(python_path(path))
sys.path.append('build/lib') # for our test python extension
# smoke test the numpy extension loading works
def numpy_test(x):
import numpy as np
xs = [np.array([x, x]), np.array([x, x])]
for i in range(10):
xs.append(xs[-1] + xs[-2])
return int(xs[-1][0])
| Python | 4 | Hacky-DH/pytorch | torch/csrc/deploy/test_deploy_python.py | [
"Intel"
] |
package org.xtendroid.xtendroidtest.fragments
import org.xtendroid.annotations.AndroidFragment
import org.xtendroid.app.OnCreate
import org.xtendroid.xtendroidtest.R
/**
* Fragment to test the @AndroidFragment annotation
*/
@AndroidFragment(R.layout.fragment_test) class TestFragment {
@OnCreate
def init() {
fragText.text = "Hello, from Fragment!"
}
} | Xtend | 3 | kusl/Xtendroid | XtendroidTest/src/org/xtendroid/xtendroidtest/fragments/TestFragment.xtend | [
"MIT"
] |
= Dell XPS 15 7590 =
*Mostly copied from 15-9550
== Tested Hardware ==
* CPU: Intel(R) Core(TM) i9-9980HK
* RAM: 32 GB
* HDD: 1 TiB SSD
* Screen: 15" 4k (3840✕2160)
* Input: Touchscreen and trackpad.
== Firmware Configuration ==
Not much tweaking of NixOS itself was needed. But we currently cannot automate the firmware setup, so this must be done by hand.
=== Before installation ===
These settings are needed both for booting the final install, and installer itself. Therefore, they must be done first.
* ''Disable Secure Boot (but keep UEFI Boot).'' Thankfully doing so is as easy as changing any other simple setting.
* ''Disable Intel hardware RAID and use AHCI instead.'' Intel doesn't seem to provide a working linux driver for this. (If you just have SSD it's pointless and just slows things down needlessly anyways.)
=== Wifi ===
~~Wifi does not work with kernels older than 5.1 (firmware not present) or newer~~ (https://bbs.archlinux.org/viewtopic.php?id=247705)
Update: The 48.ucode causes the Killer wifi card to crash. The iwlfwifi-cc-a0-46.ucode works perfectly.
default.nix contains an overlay that removes the offending ucode from the linux-firmware bundle.
To use it one also needs to enable unfree firmware in their own configuration (<code>hardware.enableRedistributableFirmware = true;</code>)
```
# Use the systemd-boot EFI boot loader.
boot.loader.systemd-boot.enable = true;
boot.loader.grub = {
device = "nodev";
efiSupport = true;
efiInstallAsRemovable = true;
};
boot.loader.efi.canTouchEfiVariables = true;
boot.kernelPackages = pkgs.linuxPackages_5_1;
```
Disable the `canTouchEfiVariables` after a boot or two to prevent NVRAM wearout.
=== After installation ===
* ''Add systemd-boot to UEFI boot list.'' The (uneditable anyways) settings mapping drive UUIDs to HD* work fine.
=== Optional ===
* ''Update BIOS.'' According to Reddit, this helps with battery life.
=== Troubleshooting ===
| MediaWiki | 4 | pmeiyu/nixos-hardware | dell/xps/15-7590/README.wiki | [
"CC0-1.0"
] |
%default total
test : (String, ()) -> ()
test ("a", ()) = ()
test' : (Int, ()) -> ()
test' (1, ()) = ()
test'' : Type -> Type
test'' (List a) = a
| Idris | 3 | ska80/idris-jvm | tests/idris2/coverage015/Issue1169.idr | [
"BSD-3-Clause"
] |
#|
exec /usr/bin/env sbcl --noinform --quit --load "$0" --end-toplevel-options "$@"
|#
;;; Silently loads :cl-json.
(with-open-file (*standard-output* "/dev/null"
:direction :output
:if-exists :supersede)
(ql:quickload "cl-json"))
(defparameter *samples* nil)
(defparameter *minx* -180)
(defparameter *maxx* 180)
(defparameter *miny* -180)
(defparameter *maxy* 180)
(defun deg-to-rad (deg) (/ (* deg pi) 180))
(defun rad-to-deg (rad) (/ (* rad 180) pi))
(defun clamp (value min max)
(cond ((< value min) min)
((> value max) max)
(t value)))
(defun clamp-x (x) (clamp x *minx* *maxx*))
(defun clamp-y (y) (clamp y *miny* *maxy*))
(defun lon-to-x (lon) lon)
(defun lat-to-y (lat)
(let* ((sinx (sin (deg-to-rad (clamp lat -86.0 86.0))))
(result (rad-to-deg (* 0.5
(log (/ (+ 1.0 sinx)
(- 1.0 sinx)))))))
(clamp-y result)))
(defclass pos () ((x :initarg :x)
(y :initarg :y)))
(defclass viewport () ((minx :initarg :minx)
(miny :initarg :miny)
(maxx :initarg :maxx)
(maxy :initarg :maxy)))
(defun position-x-y (x y)
(assert (and (>= x *minx*) (<= x *maxx*)))
(assert (and (>= y *miny*) (<= y *maxy*)))
(make-instance 'pos :x x :y y))
(defun position-lat-lon (lat lon)
(position-x-y (lon-to-x lon) (lat-to-y lat)))
(defun viewport (&key minx miny maxx maxy)
(assert (<= minx maxx))
(assert (<= miny maxy))
(make-instance 'viewport :minx minx :maxx maxx :miny miny :maxy maxy))
(defclass result ()
((name :initarg :name)
(relevancy :initarg :relevancy)
(types :initarg :types)
(position :initarg :position)
(house-number :initarg :house-number)))
(defun make-result (relevancy name types position &key (house-number ""))
(make-instance 'result
:name name
:relevancy relevancy
:types types
:position position
:house-number house-number))
(defmacro vital (&rest args)
`(make-result 'vital ,@args))
(defmacro relevant (&rest args)
`(make-result 'relevant ,@args))
(defmacro irrelevant (&rest args)
`(make-result 'irrelevant ,@args))
(defmacro harmful (&rest args)
`(make-result 'harmful ,@args))
(defclass sample ()
((query :initarg :query)
(locale :initarg :locale)
(position :initarg :position)
(viewport :initarg :viewport)
(results :initarg :results)))
(defun make-sample (query locale position viewport results)
(make-instance 'sample
:query query
:locale locale
:position position
:viewport viewport
:results results))
(defmacro with-gensyms ((&rest syms) &rest body)
`(let ,(loop for sym in syms
collecting `(,sym (gensym)))
,@body))
(defmacro defsample (&rest args)
`(push (make-sample ,@args) *samples*))
(defmacro scoped-samples ((locale position viewport) &rest body)
(with-gensyms (ls ps vs)
`(let ((,ls ,locale)
(,ps ,position)
(,vs ,viewport))
(flet ((def (query results)
(defsample query ,ls ,ps ,vs results)))
,@body))))
(defun power-set (seq)
(unless seq (return-from power-set '(())))
(let ((x (car seq))
(ps (power-set (cdr seq))))
(concatenate 'list ps (mapcar #'(lambda (xs) (cons x xs)) ps))))
(defun join-strings (strings)
"Joins a list of strings with spaces between them."
(with-output-to-string (s)
(format s "~{~a~^ ~}" strings)))
;;; Loads samples specification from standard input.
(load *standard-input*)
(format *error-output* "Num samples: ~a~%" (length *samples*))
(format *error-output* "Num results: ~a~%"
(loop for sample in *samples*
summing (length (slot-value sample 'results))))
(format t "~{~a~%~}" (mapcar #'json:encode-json-to-string (reverse *samples*)))
| Common Lisp | 4 | kudlav/organicmaps | search/search_quality/gen-samples.lisp | [
"Apache-2.0"
] |
package jenkins.model.CauseOfInterruption
// by default we just print the short description.
text(my.shortDescription) | Groovy | 1 | 1st/jenkins | core/src/main/resources/jenkins/model/CauseOfInterruption/summary.groovy | [
"MIT"
] |
package influxdb_test
import "testing/expect"
testcase push_down_group_one_tag_count extends "flux/planner/group_agg_test" {
expect.planner(rules: ["PushDownGroupAggregateRule": 1])
group_agg_test.group_one_tag_count()
}
testcase push_down_group_all_filter_field_count extends "flux/planner/group_agg_test" {
expect.planner(rules: ["PushDownGroupAggregateRule": 1])
group_agg_test.group_all_filter_field_count()
}
testcase push_down_group_one_tag_filter_field_count extends "flux/planner/group_agg_test" {
expect.planner(rules: ["PushDownGroupAggregateRule": 1])
group_agg_test.group_one_tag_filter_field_count()
}
testcase push_down_group_two_tag_filter_field_count extends "flux/planner/group_agg_test" {
expect.planner(rules: ["PushDownGroupAggregateRule": 1])
group_agg_test.group_two_tag_filter_field_count()
}
testcase push_down_group_one_tag_sum extends "flux/planner/group_agg_test" {
expect.planner(rules: ["PushDownGroupAggregateRule": 1])
group_agg_test.group_one_tag_sum()
}
testcase push_down_group_all_filter_field_sum extends "flux/planner/group_agg_test" {
expect.planner(rules: ["PushDownGroupAggregateRule": 1])
group_agg_test.group_all_filter_field_sum()
}
testcase push_down_group_one_tag_filter_field_sum extends "flux/planner/group_agg_test" {
expect.planner(rules: ["PushDownGroupAggregateRule": 1])
group_agg_test.group_one_tag_filter_field_sum()
}
testcase push_down_group_two_tag_filter_field_sum extends "flux/planner/group_agg_test" {
expect.planner(rules: ["PushDownGroupAggregateRule": 1])
group_agg_test.group_two_tag_filter_field_sum()
}
| FLUX | 4 | SGZW/influxdb | query/stdlib/influxdata/influxdb/group_agg_influxdb_test.flux | [
"MIT"
] |
/*
* Copyright (C) 2009 The Android Open Source Project
*
* 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.
*/
#include "H264SwDecApi.h"
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
void WriteOutput(FILE *fid, u8 *data, u32 picSize);
/*------------------------------------------------------------------------------
Function name: main
Purpose:
main function. Assuming that executable is named 'decoder' the usage
is as follows
decoder inputFileName
, where inputFileName shall be name of file containing h264 stream
data.
------------------------------------------------------------------------------*/
int main(int argc, char **argv)
{
u8 *byteStrmStart;
u8 *byteStrm;
u32 strmLen;
u32 picSize;
H264SwDecInst decInst;
H264SwDecRet ret;
H264SwDecInput decInput;
H264SwDecOutput decOutput;
H264SwDecPicture decPicture;
H264SwDecInfo decInfo;
u32 picNumber;
FILE *finput;
FILE *foutput;
/* Check that enough command line arguments given, if not -> print usage
* information out */
if (argc < 2)
{
printf( "Usage: %s file.h264\n", argv[0]);
return -1;
}
/* open output file for writing, output file named out.yuv. If file open
* fails -> exit */
foutput = fopen("out.yuv", "wb");
if (foutput == NULL)
{
printf("UNABLE TO OPEN OUTPUT FILE\n");
return -1;
}
/* open input file for reading, file name given by user. If file open
* fails -> exit */
finput = fopen(argv[argc-1], "rb");
if (finput == NULL)
{
printf("UNABLE TO OPEN INPUT FILE\n");
return -1;
}
/* check size of the input file -> length of the stream in bytes */
fseek(finput, 0L, SEEK_END);
strmLen = (u32)ftell(finput);
rewind(finput);
/* allocate memory for stream buffer, exit if unsuccessful */
byteStrm = byteStrmStart = (u8 *)H264SwDecMalloc(sizeof(u8)*strmLen);
if (byteStrm == NULL)
{
printf("UNABLE TO ALLOCATE MEMORY\n");
return -1;
}
/* read input stream from file to buffer and close input file */
fread(byteStrm, sizeof(u8), strmLen, finput);
fclose(finput);
/* initialize decoder. If unsuccessful -> exit */
ret = H264SwDecInit(&decInst, 0);
if (ret != H264SWDEC_OK)
{
printf("DECODER INITIALIZATION FAILED\n");
return -1;
}
/* initialize H264SwDecDecode() input structure */
decInput.pStream = byteStrmStart;
decInput.dataLen = strmLen;
decInput.intraConcealmentMethod = 0;
picNumber = 0;
/* For performance measurements, read the start time (in seconds) here.
* The decoding time should be measured over several frames and after
* that average fps (frames/second) can be calculated.
*
* startTime = GetTime();
*
* To prevent calculating file I/O latensies as a decoding time,
* comment out WriteOutput function call. Also prints to stdout might
* consume considerable amount of cycles during measurement */
/* main decoding loop */
do
{
/* call API function to perform decoding */
ret = H264SwDecDecode(decInst, &decInput, &decOutput);
switch(ret)
{
case H264SWDEC_HDRS_RDY_BUFF_NOT_EMPTY:
/* picture dimensions are available for query now */
ret = H264SwDecGetInfo(decInst, &decInfo);
if (ret != H264SWDEC_OK)
return -1;
/* picture size in pixels */
picSize = decInfo.picWidth * decInfo.picHeight;
/* memory needed for YCbCr 4:2:0 picture in bytes */
picSize = (3 * picSize)/2;
/* memory needed for 16-bit RGB picture in bytes
* picSize = (decInfo.picWidth * decInfo.picHeight) * 2; */
printf("Width %d Height %d\n",
decInfo.picWidth, decInfo.picHeight);
/* update H264SwDecDecode() input structure, number of bytes
* "consumed" is computed as difference between the new stream
* pointer and old stream pointer */
decInput.dataLen -=
(u32)(decOutput.pStrmCurrPos - decInput.pStream);
decInput.pStream = decOutput.pStrmCurrPos;
break;
case H264SWDEC_PIC_RDY_BUFF_NOT_EMPTY:
case H264SWDEC_PIC_RDY:
/* update H264SwDecDecode() input structure, number of bytes
* "consumed" is computed as difference between the new stream
* pointer and old stream pointer */
decInput.dataLen -=
(u32)(decOutput.pStrmCurrPos - decInput.pStream);
decInput.pStream = decOutput.pStrmCurrPos;
/* use function H264SwDecNextPicture() to obtain next picture
* in display order. Function is called until no more images
* are ready for display */
while (H264SwDecNextPicture(decInst, &decPicture, 0) ==
H264SWDEC_PIC_RDY) { picNumber++;
printf("PIC %d, type %s, concealed %d\n", picNumber,
decPicture.isIdrPicture ? "IDR" : "NON-IDR",
decPicture.nbrOfErrMBs);
fflush(stdout);
/* Do color conversion if needed to get display image
* in RGB-format
*
* YuvToRgb( decPicture.pOutputPicture, pRgbPicture ); */
/* write next display image to output file */
WriteOutput(foutput, (u8*)decPicture.pOutputPicture,
picSize);
}
break;
case H264SWDEC_EVALUATION_LIMIT_EXCEEDED:
/* evaluation version of the decoder has limited decoding
* capabilities */
printf("EVALUATION LIMIT REACHED\n");
goto end;
default:
printf("UNRECOVERABLE ERROR\n");
return -1;
}
/* keep decoding until all data from input stream buffer consumed */
} while (decInput.dataLen > 0);
end:
/* if output in display order is preferred, the decoder shall be forced
* to output pictures remaining in decoded picture buffer. Use function
* H264SwDecNextPicture() to obtain next picture in display order. Function
* is called until no more images are ready for display. Second parameter
* for the function is set to '1' to indicate that this is end of the
* stream and all pictures shall be output */
while (H264SwDecNextPicture(decInst, &decPicture, 1) ==
H264SWDEC_PIC_RDY) {
picNumber++;
printf("PIC %d, type %s, concealed %d\n", picNumber,
decPicture.isIdrPicture ? "IDR" : "NON-IDR",
decPicture.nbrOfErrMBs);
fflush(stdout);
/* Do color conversion if needed to get display image
* in RGB-format
*
* YuvToRgb( decPicture.pOutputPicture, pRgbPicture ); */
/* write next display image to output file */
WriteOutput(foutput, (u8*)decPicture.pOutputPicture, picSize);
}
/* For performance measurements, read the end time (in seconds) here.
*
* endTime = GetTime();
*
* Now the performance can be calculated as frames per second:
* fps = picNumber / (endTime - startTime); */
/* release decoder instance */
H264SwDecRelease(decInst);
/* close output file */
fclose(foutput);
/* free byte stream buffer */
free(byteStrmStart);
return 0;
}
/*------------------------------------------------------------------------------
Function name: WriteOutput
Purpose:
Write picture pointed by data to file pointed by fid. Size of the
picture in pixels is indicated by picSize.
------------------------------------------------------------------------------*/
void WriteOutput(FILE *fid, u8 *data, u32 picSize)
{
fwrite(data, 1, picSize, fid);
}
/*------------------------------------------------------------------------------
Function name: H264SwDecTrace
Purpose:
Example implementation of H264SwDecTrace function. Prototype of this
function is given in H264SwDecApi.h. This implementation appends
trace messages to file named 'dec_api.trc'.
------------------------------------------------------------------------------*/
void H264SwDecTrace(char *string)
{
FILE *fp;
fp = fopen("dec_api.trc", "at");
if (!fp)
return;
fwrite(string, 1, strlen(string), fp);
fwrite("\n", 1,1, fp);
fclose(fp);
}
/*------------------------------------------------------------------------------
Function name: H264SwDecmalloc
Purpose:
Example implementation of H264SwDecMalloc function. Prototype of this
function is given in H264SwDecApi.h. This implementation uses
library function malloc for allocation of memory.
------------------------------------------------------------------------------*/
void* H264SwDecMalloc(u32 size)
{
return malloc(size);
}
/*------------------------------------------------------------------------------
Function name: H264SwDecFree
Purpose:
Example implementation of H264SwDecFree function. Prototype of this
function is given in H264SwDecApi.h. This implementation uses
library function free for freeing of memory.
------------------------------------------------------------------------------*/
void H264SwDecFree(void *ptr)
{
free(ptr);
}
/*------------------------------------------------------------------------------
Function name: H264SwDecMemcpy
Purpose:
Example implementation of H264SwDecMemcpy function. Prototype of this
function is given in H264SwDecApi.h. This implementation uses
library function memcpy to copy src to dest.
------------------------------------------------------------------------------*/
void H264SwDecMemcpy(void *dest, void *src, u32 count)
{
memcpy(dest, src, count);
}
/*------------------------------------------------------------------------------
Function name: H264SwDecMemset
Purpose:
Example implementation of H264SwDecMemset function. Prototype of this
function is given in H264SwDecApi.h. This implementation uses
library function memset to set content of memory area pointed by ptr.
------------------------------------------------------------------------------*/
void H264SwDecMemset(void *ptr, i32 value, u32 count)
{
memset(ptr, value, count);
}
| Logos | 4 | bkw/Broadway | Decoder/src/EvaluationTestBench.x | [
"BSD-3-Clause"
] |
# Copyright (C) 2007-2012, Parrot Foundation.
=head1 DESCRIPTION
Based on the Range object described in S03:
L<http://design.perl6.org/S03.html#Range_semantics>
=cut
.HLL 'parrot'
.namespace [ 'Range' ]
=head1 macros
=cut
.macro exhausted_check()
.local pmc exhausted_check
exhausted_check = getattribute self, 'exhausted'
unless exhausted_check goto .$more
.local pmc exception
exception = new 'Exception'
exception[0] = 'Exhausted Range'
throw exception
.label $more:
.endm
.macro exhausted()
.local pmc exhausted
exhausted = new 'Boolean'
exhausted = 1
setattribute self, 'exhausted', exhausted
.endm
=head1 :load
Create the class, with attributes, when this PBC is loaded.
=cut
.sub class_init :anon :load
$P1 = newclass 'Range'
addattribute $P1, 'from'
addattribute $P1, 'to'
addattribute $P1, 'by'
addattribute $P1, 'exhausted'
.end
=head1 :vtable
=head2 init
Set some defaults for our attributes.
=cut
.sub 'init' :vtable :method
$P1 = new 'Integer'
$P1 = 1
setattribute self, 'by', $P1
$P1 = new 'Boolean'
$P1 = 0
setattribute self, 'exhausted', $P1
.end
=head1 :method
=head2 get_from
Return the from attribute
=cut
.sub get_from :method
.local pmc from
from = getattribute self, 'from'
.return (from)
.end
=head2 get_to
Return the to attribute
=cut
.sub get_to :method
.local pmc to
to = getattribute self, 'to'
.return (to)
.end
=head2 get_min
Return the min attribute
=cut
.sub get_min :method
.local pmc from, to
from = getattribute self, 'from'
to = getattribute self, 'to'
if from < to goto use_from
.return (to)
use_from:
.return (from)
.end
=head2 get_max
Return the max attribute
=cut
.sub get_max :method
.local pmc from, to
from = getattribute self, 'from'
to = getattribute self, 'to'
if from > to goto use_from
.return (to)
use_from:
.return (from)
.end
=head2 get_minmax
Return the min and max attributes as a 2 element list.
=cut
.sub get_minmax :method
$P1 = new 'ResizablePMCArray'
$P1 = 2
.local pmc min, max
min = self.'get_min'()
max = self.'get_max'()
$P1[0] = min
$P1[1] = max
.return ($P1)
.end
=head2 shift
shift a value off the "front" of the range.
Throw an exception if we're out of values.
=cut
.sub 'shift' :vtable('shift_pmc') :method
.exhausted_check()
.local pmc from, to, by
from = getattribute self, 'from'
to = getattribute self, 'to'
by = getattribute self, 'by'
$P0 = clone from
$P0 += by
setattribute self, 'from', $P0
if by < 0 goto neg
if $P0 <= to goto done
goto exhaust
neg:
if $P0 >= to goto done
exhaust:
.exhausted()
done:
.return (from)
.end
# Wrappers for the shift_pmc vtable - rely on autoboxing.
.sub 'shift_integer' :vtable :method
$P0 = shift self
.return ($P0)
.end
.sub 'shift_float' :vtable :method
$P0 = shift self
.return ($P0)
.end
.sub 'shift_string' :vtable :method
$P0 = shift self
.return ($P0)
.end
=head2 pop
pop a value off the "end" of the range.
Throw an exception if we're out of values.
=cut
.sub 'pop' :vtable('pop_pmc') :method
.exhausted_check()
# can we pull a number off the end?
# return it.
.local pmc from, to, by
from = getattribute self, 'from'
to = getattribute self, 'to'
by = getattribute self, 'by'
$P0 = clone to
$P0 -= by
setattribute self, 'to', $P0
if by < 0 goto neg
if $P0 >= from goto done
goto exhaust
neg:
if $P0 <= from goto done
exhaust:
.exhausted()
done:
.return (to)
.end
# Wrappers for the shift_pmc vtable - rely on autoboxing.
.sub 'pop_integer' :vtable :method
$P0 = pop self
.return ($P0)
.end
.sub 'pop_float' :vtable :method
$P0 = pop self
.return ($P0)
.end
.sub 'pop_string' :vtable :method
$P0 = pop self
.return ($P0)
.end
=head2 reverse
Reverse the direction of the range.
=cut
.sub reverse :method
.local pmc from, to, by
from = getattribute self, 'from'
to = getattribute self, 'to'
setattribute self, 'from', to
setattribute self, 'to', from
by = getattribute self, 'by'
by = neg by
setattribute self, 'by', by
.return(self)
.end
# Local Variables:
# mode: pir
# fill-column: 100
# End:
# vim: expandtab shiftwidth=4 ft=pir:
| Parrot Internal Representation | 5 | winnit-myself/Wifie | runtime/parrot/library/Range.pir | [
"Artistic-2.0"
] |
size: 1024px 60px;
dpi: 96;
margin: 1em;
axis {
scale: log(2);
limit: 0 4096;
}
| CLIPS | 3 | asmuth-archive/travistest | test/examples/charts_reference_scale_logarithmic.clp | [
"Apache-2.0"
] |
intersection_for(i = [
[0, 0, 0],
[10, 20, 300],
[200, 40, 57],
[20, 88, 57]
])
rotate(i) cube([100, 20, 20], center = true);
| OpenSCAD | 0 | heristhesiya/OpenJSCAD.org | packages/io/scad-deserializer/tests/examples/example014.scad | [
"MIT"
] |
{
"cells": [
{
"cell_type": "markdown",
"metadata": {},
"source": [
"# CNTK 206: Part B - Deep Convolutional GAN with MNIST data\n",
"\n",
"**Prerequisites**: We assume that you have successfully downloaded the MNIST data by completing the tutorial titled CNTK_103A_MNIST_DataLoader.ipynb.\n",
"\n",
"## Introduction\n",
"\n",
"[Generative models](https://en.wikipedia.org/wiki/Generative_model) have gained a [lot of attention](https://openai.com/blog/generative-models/) in deep learning community which has traditionally leveraged [discriminative models](https://en.wikipedia.org/wiki/Discriminative_model) for (semi-supervised) and unsupervised learning. \n",
"\n",
"## Overview\n",
"In the previous tutorial we introduce the original GAN implementation by [Goodfellow et al](https://arxiv.org/pdf/1406.2661v1.pdf) at NIPS 2014. This pioneering work has since then been extended and many techniques have been published amongst which the Deep Convolutional Generative Adversarial Network a.k.a. DCGAN has become the recommended launch pad in the community.\n",
"\n",
"In this tutorial, we introduce an implementation of the DCGAN with some well tested architectural constraints that improve stability in the GAN training: \n",
"\n",
"- We use [strided convolutions](https://en.wikipedia.org/wiki/Convolutional_neural_network) in the (discriminator) and [fractional-strided convolutions](https://arxiv.org/pdf/1603.07285v1.pdf) in the generator.\n",
"- We have used batch normalization in both the generator and the discriminator\n",
"- We have removed fully connected hidden layers for deeper architectures.\n",
"- We use ReLU activation in generator for all layers except for the output, which uses Tanh.\n",
"- We use LeakyReLU activation in the discriminator for all layers.\n"
]
},
{
"cell_type": "code",
"execution_count": 1,
"metadata": {
"collapsed": true
},
"outputs": [],
"source": [
"import matplotlib as mpl\n",
"import matplotlib.pyplot as plt\n",
"import numpy as np\n",
"import os\n",
"\n",
"import cntk as C\n",
"import cntk.tests.test_utils\n",
"cntk.tests.test_utils.set_device_from_pytest_env() # (only needed for our build system)\n",
"C.cntk_py.set_fixed_random_seed(1) # fix a random seed for CNTK components\n",
"\n",
"%matplotlib inline"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"There are two run modes:\n",
"- *Fast mode*: `isFast` is set to `True`. This is the default mode for the notebooks, which means we train for fewer iterations or train / test on limited data. This ensures functional correctness of the notebook though the models produced are far from what a completed training would produce.\n",
"\n",
"- *Slow mode*: We recommend the user to set this flag to `False` once the user has gained familiarity with the notebook content and wants to gain insight from running the notebooks for a longer period with different parameters for training. \n",
"\n",
"**Note**\n",
"If the `isFlag` is set to `False` the notebook will take a few hours on a GPU enabled machine. You can try fewer iterations by setting the `num_minibatches` to a smaller number say `20,000` which comes at the expense of quality of the generated images."
]
},
{
"cell_type": "code",
"execution_count": 2,
"metadata": {
"collapsed": true
},
"outputs": [],
"source": [
"isFast = True"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"## Data Reading\n",
"The input to the GAN will be a vector of random numbers. At the end of the traning, the GAN \"learns\" to generate images of hand written digits drawn from the [MNIST database](https://en.wikipedia.org/wiki/MNIST_database). We will be using the same MNIST data generated in tutorial 103A. A more in-depth discussion of the data format and reading methods can be seen in previous tutorials. For our purposes, just know that the following function returns an object that will be used to generate images from the MNIST dataset. Since we are building an unsupervised model, we only need to read in `features` and ignore the `labels`."
]
},
{
"cell_type": "code",
"execution_count": 3,
"metadata": {},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"Data directory is ..\\Examples\\Image\\DataSets\\MNIST\n"
]
}
],
"source": [
"# Ensure the training data is generated and available for this tutorial\n",
"# We search in two locations in the toolkit for the cached MNIST data set.\n",
"\n",
"data_found = False\n",
"for data_dir in [os.path.join(\"..\", \"Examples\", \"Image\", \"DataSets\", \"MNIST\"),\n",
" os.path.join(\"data\", \"MNIST\")]:\n",
" train_file = os.path.join(data_dir, \"Train-28x28_cntk_text.txt\")\n",
" if os.path.isfile(train_file):\n",
" data_found = True\n",
" break\n",
" \n",
"if not data_found:\n",
" raise ValueError(\"Please generate the data by completing CNTK 103 Part A\")\n",
" \n",
"print(\"Data directory is {0}\".format(data_dir))"
]
},
{
"cell_type": "code",
"execution_count": 4,
"metadata": {
"collapsed": true
},
"outputs": [],
"source": [
"def create_reader(path, is_training, input_dim, label_dim):\n",
" deserializer = C.io.CTFDeserializer(\n",
" filename = path,\n",
" streams = C.io.StreamDefs(\n",
" labels_unused = C.io.StreamDef(field = 'labels', shape = label_dim, is_sparse = False),\n",
" features = C.io.StreamDef(field = 'features', shape = input_dim, is_sparse = False\n",
" )\n",
" )\n",
" )\n",
" return C.io.MinibatchSource(\n",
" deserializers = deserializer,\n",
" randomize = is_training,\n",
" max_sweeps = C.io.INFINITELY_REPEAT if is_training else 1\n",
" )"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"The random noise we will use to train the GAN is provided by the `noise_sample` function to generate random noise samples from a uniform distribution within the interval [-1, 1]."
]
},
{
"cell_type": "code",
"execution_count": 5,
"metadata": {
"collapsed": true
},
"outputs": [],
"source": [
"np.random.seed(123)\n",
"def noise_sample(num_samples):\n",
" return np.random.uniform(\n",
" low = -1.0,\n",
" high = 1.0,\n",
" size = [num_samples, g_input_dim]\n",
" ).astype(np.float32)"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"## Model Creation\n",
"\n",
"First we provide a brief recap of the basics of GAN. You may skip this block if you are familiar with CNTK 206A. \n",
"\n",
"A GAN network is composed of two sub-networks, one called the Generator ($G$) and the other Discriminator ($D$). \n",
"- The **Generator** takes random noise vector ($z$) as input and strives to output synthetic (fake) image ($x^*$) that is indistinguishable from the real image ($x$) from the MNIST dataset. \n",
"- The **Discriminator** strives to differentiate between the real image ($x$) and the fake ($x^*$) image.\n",
"\n",
"\n",
"\n",
"In each training iteration, the Generator produces more realistic fake images (in other words *minimizes* the difference between the real and generated counterpart) and the Discriminator *maximizes* the probability of assigning the correct label (real vs. fake) to both real examples (from training set) and the generated fake ones. The two conflicting objectives between the sub-networks ($G$ and $D$) leads to the GAN network (when trained) converge to an equilibrium, where the Generator produces realistic looking fake MNIST images and the Discriminator can at best randomly guess whether images are real or fake. The resulting Generator model once trained produces realistic MNIST image with the input being a random number. "
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"### Model config\n",
"\n",
"First, we establish some of the architectural and training hyper-parameters for our model. \n",
"\n",
"- The generator network is fractional strided convolutional network. The input is a 100-dimensional random vector and the output of the generator is a flattened version of a 28 x 28 fake image. The discriminator is strided-convolution network. It takes as input the 784 dimensional output of the generator or a real MNIST image, reshapes into a 28 x 28 image format and outputs a single scalar - the estimated probability that the input image is a real MNIST image."
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"### Model components\n",
"We build a computational graph for our model, one each for the generator and the discriminator. First, we establish some of the architectural parameters of our model. "
]
},
{
"cell_type": "code",
"execution_count": 6,
"metadata": {
"collapsed": true
},
"outputs": [],
"source": [
"# architectural parameters\n",
"img_h, img_w = 28, 28\n",
"kernel_h, kernel_w = 5, 5 \n",
"stride_h, stride_w = 2, 2\n",
"\n",
"# Input / Output parameter of Generator and Discriminator\n",
"g_input_dim = 100\n",
"g_output_dim = d_input_dim = img_h * img_w\n",
"\n",
"# We expect the kernel shapes to be square in this tutorial and\n",
"# the strides to be of the same length along each data dimension\n",
"if kernel_h == kernel_w:\n",
" gkernel = dkernel = kernel_h\n",
"else:\n",
" raise ValueError('This tutorial needs square shaped kernel') \n",
" \n",
"if stride_h == stride_w:\n",
" gstride = dstride = stride_h\n",
"else:\n",
" raise ValueError('This tutorial needs same stride in all dims')"
]
},
{
"cell_type": "code",
"execution_count": 7,
"metadata": {
"collapsed": true
},
"outputs": [],
"source": [
"# Helper functions\n",
"def bn_with_relu(x, activation=C.relu):\n",
" h = C.layers.BatchNormalization(map_rank=1)(x)\n",
" return C.relu(h)\n",
"\n",
"# We use param-relu function to use a leak=0.2 since CNTK implementation \n",
"# of Leaky ReLU is fixed to 0.01\n",
"def bn_with_leaky_relu(x, leak=0.2):\n",
" h = C.layers.BatchNormalization(map_rank=1)(x)\n",
" r = C.param_relu(C.constant((np.ones(h.shape)*leak).astype(np.float32)), h)\n",
" return r"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"**Generator**\n",
"\n",
"The generator takes a 100-dimensional random vector (for starters) as input ($z$) and the outputs a 784 dimensional vector, corresponding to a flattened version of a 28 x 28 fake (synthetic) image ($x^*$). In this tutorial, we use fractionally strided convolutions (a.k.a ConvolutionTranspose) with ReLU activations except for the last layer. We use a tanh activation on the last layer to make sure that the output of the generator function is confined to the interval [-1, 1]. The use of ReLU and tanh activation functions are key in addition to using the fractionally strided convolutions."
]
},
{
"cell_type": "code",
"execution_count": 8,
"metadata": {
"collapsed": true
},
"outputs": [],
"source": [
"def convolutional_generator(z):\n",
" with C.layers.default_options(init=C.normal(scale=0.02)):\n",
" print('Generator input shape: ', z.shape)\n",
"\n",
" s_h2, s_w2 = img_h//2, img_w//2 #Input shape (14,14)\n",
" s_h4, s_w4 = img_h//4, img_w//4 # Input shape (7,7)\n",
" gfc_dim = 1024\n",
" gf_dim = 64\n",
"\n",
" h0 = C.layers.Dense(gfc_dim, activation=None)(z)\n",
" h0 = bn_with_relu(h0)\n",
" print('h0 shape', h0.shape)\n",
"\n",
" h1 = C.layers.Dense([gf_dim * 2, s_h4, s_w4], activation=None)(h0)\n",
" h1 = bn_with_relu(h1)\n",
" print('h1 shape', h1.shape)\n",
"\n",
" h2 = C.layers.ConvolutionTranspose2D(gkernel,\n",
" num_filters=gf_dim*2,\n",
" strides=gstride,\n",
" pad=True,\n",
" output_shape=(s_h2, s_w2),\n",
" activation=None)(h1)\n",
" h2 = bn_with_relu(h2)\n",
" print('h2 shape', h2.shape)\n",
"\n",
" h3 = C.layers.ConvolutionTranspose2D(gkernel,\n",
" num_filters=1,\n",
" strides=gstride,\n",
" pad=True,\n",
" output_shape=(img_h, img_w),\n",
" activation=C.sigmoid)(h2)\n",
" print('h3 shape :', h3.shape)\n",
"\n",
" return C.reshape(h3, img_h * img_w)"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"**Discriminator**\n",
"\n",
"The discriminator takes as input ($x^*$) the 784 dimensional output of the generator or a real MNIST image, re-shapes the input to a 28 x 28 image and outputs the estimated probability that the input image is a real MNIST image. The network is modeled using strided convolution with Leaky ReLU activation except for the last layer. We use a sigmoid activation on the last layer to ensure the discriminator output lies in the inteval of [0,1]."
]
},
{
"cell_type": "code",
"execution_count": 9,
"metadata": {
"collapsed": true
},
"outputs": [],
"source": [
"def convolutional_discriminator(x):\n",
" with C.layers.default_options(init=C.normal(scale=0.02)):\n",
"\n",
" dfc_dim = 1024\n",
" df_dim = 64\n",
"\n",
" print('Discriminator convolution input shape', x.shape)\n",
" x = C.reshape(x, (1, img_h, img_w))\n",
"\n",
" h0 = C.layers.Convolution2D(dkernel, 1, strides=dstride)(x)\n",
" h0 = bn_with_leaky_relu(h0, leak=0.2)\n",
" print('h0 shape :', h0.shape)\n",
"\n",
" h1 = C.layers.Convolution2D(dkernel, df_dim, strides=dstride)(h0)\n",
" h1 = bn_with_leaky_relu(h1, leak=0.2)\n",
" print('h1 shape :', h1.shape)\n",
"\n",
" h2 = C.layers.Dense(dfc_dim, activation=None)(h1)\n",
" h2 = bn_with_leaky_relu(h2, leak=0.2)\n",
" print('h2 shape :', h2.shape)\n",
"\n",
" h3 = C.layers.Dense(1, activation=C.sigmoid)(h2)\n",
" print('h3 shape :', h3.shape)\n",
"\n",
" return h3"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"We use a minibatch size of 128 and a fixed learning rate of 0.0002 for training. In the fast mode (`isFast = True`) we verify only functional correctness with 5000 iterations. \n",
"\n",
"**Note**: In the slow mode, the results look a lot better but it requires in the order of 10 minutes depending on your hardware. In general, the more number of minibatches one trains, the better is the fidelity of the generated images."
]
},
{
"cell_type": "code",
"execution_count": 10,
"metadata": {
"collapsed": true
},
"outputs": [],
"source": [
"# training config\n",
"minibatch_size = 128\n",
"num_minibatches = 5000 if isFast else 10000\n",
"lr = 0.0002\n",
"momentum = 0.5 #equivalent to beta1"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"### Build the graph\n",
"\n",
"The rest of the computational graph is mostly responsible for coordinating the training algorithms and parameter updates, which is particularly tricky with GANs for couple reasons. The GANs are sensitive to the choice of learner and the parameters. Many of the parameters chosen here are based on many hard learnt lessons from the community. You may directly go to the code if you have read the basic GAN tutorial. \n",
"\n",
"- First, the discriminator must be used on both the real MNIST images and fake images generated by the generator function. One way to represent this in the computational graph is to create a clone of the output of the discriminator function, but with substituted inputs. Setting `method=share` in the `clone` function ensures that both paths through the discriminator model use the same set of parameters.\n",
"\n",
"\n",
"- Second, we need to update the parameters for the generator and discriminator model separately using the gradients from different loss functions. We can get the parameters for a `Function` in the graph with the `parameters` attribute. However, when updating the model parameters, update only the parameters of the respective models while keeping the other parameters unchanged. In other words, when updating the generator we will update only the parameters of the $G$ function while keeping the parameters of the $D$ function fixed and vice versa.\n",
"\n",
"### Training the Model\n",
"The code for training the GAN very closely follows the algorithm as presented in the [original NIPS 2014 paper](https://arxiv.org/pdf/1406.2661v1.pdf). In this implementation, we train $D$ to maximize the probability of assigning the correct label (fake vs. real) to both training examples and the samples from $G$. In other words, $D$ and $G$ play the following two-player minimax game with the value function $V(G,D)$:\n",
"\n",
"$$\n",
" \\min_G \\max_D V(D,G)= \\mathbb{E}_{x}[ log D(x) ] + \\mathbb{E}_{z}[ log(1 - D(G(z))) ]\n",
"$$\n",
"\n",
"At the optimal point of this game the generator will produce realistic looking data while the discriminator will predict that the generated image is indeed fake with a probability of 0.5. The [algorithm referred below](https://arxiv.org/pdf/1406.2661v1.pdf) is implemented in this tutorial.\n",
"\n",
""
]
},
{
"cell_type": "code",
"execution_count": 11,
"metadata": {
"collapsed": true
},
"outputs": [],
"source": [
"def build_graph(noise_shape, image_shape, generator, discriminator):\n",
" input_dynamic_axes = [C.Axis.default_batch_axis()]\n",
" Z = C.input_variable(noise_shape, dynamic_axes=input_dynamic_axes)\n",
" X_real = C.input_variable(image_shape, dynamic_axes=input_dynamic_axes)\n",
" X_real_scaled = X_real / 255.0\n",
"\n",
" # Create the model function for the generator and discriminator models\n",
" X_fake = generator(Z)\n",
" D_real = discriminator(X_real_scaled)\n",
" D_fake = D_real.clone(\n",
" method = 'share',\n",
" substitutions = {X_real_scaled.output: X_fake.output}\n",
" )\n",
"\n",
" # Create loss functions and configure optimazation algorithms\n",
" G_loss = 1.0 - C.log(D_fake)\n",
" D_loss = -(C.log(D_real) + C.log(1.0 - D_fake))\n",
"\n",
" G_learner = C.adam(\n",
" parameters = X_fake.parameters,\n",
" lr = C.learning_parameter_schedule_per_sample(lr),\n",
" momentum = C.momentum_schedule(momentum)\n",
" )\n",
" D_learner = C.adam(\n",
" parameters = D_real.parameters,\n",
" lr = C.learning_parameter_schedule_per_sample(lr),\n",
" momentum = C.momentum_schedule(momentum)\n",
" )\n",
"\n",
" # Instantiate the trainers\n",
" G_trainer = C.Trainer(X_fake,\n",
" (G_loss, None),\n",
" G_learner)\n",
" D_trainer = C.Trainer(D_real,\n",
" (D_loss, None),\n",
" D_learner)\n",
"\n",
" return X_real, X_fake, Z, G_trainer, D_trainer"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"With the value functions defined we proceed to iteratively train the GAN model. The training of the model can take significantly long depending on the hardware especially if `isFast` flag is turned off."
]
},
{
"cell_type": "code",
"execution_count": 12,
"metadata": {
"collapsed": true
},
"outputs": [],
"source": [
"def train(reader_train, generator, discriminator):\n",
" X_real, X_fake, Z, G_trainer, D_trainer = \\\n",
" build_graph(g_input_dim, d_input_dim, generator, discriminator)\n",
"\n",
" # print out loss for each model for upto 25 times\n",
" print_frequency_mbsize = num_minibatches // 25\n",
" \n",
" print(\"First row is Generator loss, second row is Discriminator loss\")\n",
" pp_G = C.logging.ProgressPrinter(print_frequency_mbsize)\n",
" pp_D = C.logging.ProgressPrinter(print_frequency_mbsize)\n",
"\n",
" k = 2\n",
"\n",
" input_map = {X_real: reader_train.streams.features}\n",
" for train_step in range(num_minibatches):\n",
"\n",
" # train the discriminator model for k steps\n",
" for gen_train_step in range(k):\n",
" Z_data = noise_sample(minibatch_size)\n",
" X_data = reader_train.next_minibatch(minibatch_size, input_map)\n",
" if X_data[X_real].num_samples == Z_data.shape[0]:\n",
" batch_inputs = {X_real: X_data[X_real].data, Z: Z_data}\n",
" D_trainer.train_minibatch(batch_inputs)\n",
"\n",
" # train the generator model for a single step\n",
" Z_data = noise_sample(minibatch_size)\n",
" batch_inputs = {Z: Z_data}\n",
"\n",
" G_trainer.train_minibatch(batch_inputs)\n",
" G_trainer.train_minibatch(batch_inputs)\n",
"\n",
" pp_G.update_with_trainer(G_trainer)\n",
" pp_D.update_with_trainer(D_trainer)\n",
"\n",
" G_trainer_loss = G_trainer.previous_minibatch_loss_average\n",
"\n",
" return Z, X_fake, G_trainer_loss"
]
},
{
"cell_type": "code",
"execution_count": 13,
"metadata": {
"scrolled": true
},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"Generator input shape: (100,)\n",
"h0 shape (1024,)\n",
"h1 shape (128, 7, 7)\n",
"h2 shape (128, 14, 14)\n",
"h3 shape : (1, 28, 28)\n",
"Discriminator convolution input shape (784,)\n",
"h0 shape : (1, 12, 12)\n",
"h1 shape : (64, 4, 4)\n",
"h2 shape : (1024,)\n",
"h3 shape : (1,)\n",
"First row is Generator loss, second row is Discriminator loss\n",
" Minibatch[ 1- 200]: loss = 1.724305 * 25600;\n",
" Minibatch[ 1- 200]: loss = 1.164579 * 25600;\n",
" Minibatch[ 201- 400]: loss = 1.738649 * 25600;\n",
" Minibatch[ 201- 400]: loss = 1.190806 * 25600;\n",
" Minibatch[ 401- 600]: loss = 1.743701 * 25600;\n",
" Minibatch[ 401- 600]: loss = 1.178363 * 25600;\n",
" Minibatch[ 601- 800]: loss = 1.752785 * 25600;\n",
" Minibatch[ 601- 800]: loss = 1.173294 * 25600;\n",
" Minibatch[ 801-1000]: loss = 1.750716 * 25600;\n",
" Minibatch[ 801-1000]: loss = 1.159751 * 25600;\n",
" Minibatch[1001-1200]: loss = 1.752001 * 25600;\n",
" Minibatch[1001-1200]: loss = 1.162093 * 25600;\n",
" Minibatch[1201-1400]: loss = 1.755410 * 25600;\n",
" Minibatch[1201-1400]: loss = 1.162755 * 25600;\n",
" Minibatch[1401-1600]: loss = 1.757578 * 25600;\n",
" Minibatch[1401-1600]: loss = 1.157969 * 25600;\n",
" Minibatch[1601-1800]: loss = 1.760176 * 25600;\n",
" Minibatch[1601-1800]: loss = 1.169943 * 25600;\n",
" Minibatch[1801-2000]: loss = 1.752263 * 25600;\n",
" Minibatch[1801-2000]: loss = 1.174252 * 25600;\n",
" Minibatch[2001-2200]: loss = 1.754073 * 25600;\n",
" Minibatch[2001-2200]: loss = 1.182062 * 25600;\n",
" Minibatch[2201-2400]: loss = 1.753659 * 25600;\n",
" Minibatch[2201-2400]: loss = 1.191013 * 25600;\n",
" Minibatch[2401-2600]: loss = 1.744683 * 25600;\n",
" Minibatch[2401-2600]: loss = 1.204642 * 25600;\n",
" Minibatch[2601-2800]: loss = 1.739423 * 25600;\n",
" Minibatch[2601-2800]: loss = 1.210787 * 25600;\n",
" Minibatch[2801-3000]: loss = 1.741835 * 25600;\n",
" Minibatch[2801-3000]: loss = 1.211336 * 25600;\n",
" Minibatch[3001-3200]: loss = 1.738885 * 25600;\n",
" Minibatch[3001-3200]: loss = 1.214446 * 25600;\n",
" Minibatch[3201-3400]: loss = 1.737622 * 25600;\n",
" Minibatch[3201-3400]: loss = 1.219743 * 25600;\n",
" Minibatch[3401-3600]: loss = 1.738669 * 25600;\n",
" Minibatch[3401-3600]: loss = 1.209985 * 25600;\n",
" Minibatch[3601-3800]: loss = 1.746416 * 25600;\n",
" Minibatch[3601-3800]: loss = 1.203059 * 25600;\n",
" Minibatch[3801-4000]: loss = 1.745153 * 25600;\n",
" Minibatch[3801-4000]: loss = 1.232357 * 25600;\n",
" Minibatch[4001-4200]: loss = 1.725411 * 25600;\n",
" Minibatch[4001-4200]: loss = 1.251152 * 25600;\n",
" Minibatch[4201-4400]: loss = 1.731132 * 25600;\n",
" Minibatch[4201-4400]: loss = 1.241505 * 25600;\n",
" Minibatch[4401-4600]: loss = 1.737252 * 25600;\n",
" Minibatch[4401-4600]: loss = 1.232204 * 25600;\n",
" Minibatch[4601-4800]: loss = 1.735165 * 25600;\n",
" Minibatch[4601-4800]: loss = 1.233294 * 25600;\n",
" Minibatch[4801-5000]: loss = 1.732835 * 25600;\n",
" Minibatch[4801-5000]: loss = 1.228176 * 25600;\n"
]
}
],
"source": [
"reader_train = create_reader(train_file, True, d_input_dim, label_dim=10)\n",
"\n",
"# G_input, G_output, G_trainer_loss = train(reader_train, dense_generator, dense_discriminator)\n",
"G_input, G_output, G_trainer_loss = train(reader_train,\n",
" convolutional_generator,\n",
" convolutional_discriminator)"
]
},
{
"cell_type": "code",
"execution_count": 14,
"metadata": {},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"Training loss of the generator is: 1.77\n"
]
}
],
"source": [
"# Print the generator loss \n",
"print(\"Training loss of the generator is: {0:.2f}\".format(G_trainer_loss))"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"## Generating Fake (Synthetic) Images\n",
"\n",
"Now that we have trained the model, we can create fake images simply by feeding random noise into the generator and displaying the outputs. Below are a few images generated from random samples. To get a new set of samples, you can re-run the last cell."
]
},
{
"cell_type": "code",
"execution_count": 15,
"metadata": {
"scrolled": true
},
"outputs": [
{
"data": {
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NcvjjdrvhcrmQz+dx8uRJDA8P48knn8T169cBAA8++CD+4z/+A8899xz+6Z/+CefPn4dQ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\ngUBQQPwLDqIRXWawpCQAAAAASUVORK5CYII=\n",
"text/plain": [
"<matplotlib.figure.Figure at 0x299921933c8>"
]
},
"metadata": {},
"output_type": "display_data"
}
],
"source": [
"def plot_images(images, subplot_shape):\n",
" plt.style.use('ggplot')\n",
" fig, axes = plt.subplots(*subplot_shape)\n",
" for image, ax in zip(images, axes.flatten()):\n",
" ax.imshow(image.reshape(28, 28), vmin=0, vmax=1.0, cmap='gray')\n",
" ax.axis('off')\n",
" plt.show()\n",
"\n",
"\n",
"noise = noise_sample(36)\n",
"images = G_output.eval({G_input: noise})\n",
"plot_images(images, subplot_shape=[6, 6])"
]
},
{
"cell_type": "markdown",
"metadata": {},
"source": [
"Larger number of iterations should generate more realistic looking MNIST images. A sampling of such generated images are shown below.\n",
"\n",
"\n",
"\n",
"**Note**: It takes a large number of iterations to capture a representation of the real world signal. Even simple dense networks can be quite effective in modelling data albeit MNIST is a relatively simple dataset as well."
]
},
{
"cell_type": "markdown",
"metadata": {
"collapsed": true
},
"source": [
"**Suggested Task**\n",
"\n",
"- Please refer to several hacks presented in this [article](https://github.com/soumith/ganhacks) by Soumith Chintala, Facebook Research. While some of the hacks have been incorporated in this notebook, there are several others I would suggest that you try out.\n",
"\n",
"- Performance is a key aspect to deep neural networks training. Study how the changing the minibatch sizes impact the performance both with regards to quality of the generated images and the time it takes to train a model.\n",
"\n",
"- Try generating fake images using the CIFAR-10 data set as the training data. How does the network above performs? There are other variation in GAN, such as [conditional GAN](https://arxiv.org/pdf/1411.1784.pdf) where the network is additionally conditioned on the input label. Try implementing the labels.\n"
]
}
],
"metadata": {
"anaconda-cloud": {},
"kernelspec": {
"display_name": "Python 3",
"language": "python",
"name": "python3"
},
"language_info": {
"codemirror_mode": {
"name": "ipython",
"version": 3
},
"file_extension": ".py",
"mimetype": "text/x-python",
"name": "python",
"nbconvert_exporter": "python",
"pygments_lexer": "ipython3",
"version": "3.5.4"
}
},
"nbformat": 4,
"nbformat_minor": 1
}
| Jupyter Notebook | 5 | shyamalschandra/CNTK | Tutorials/CNTK_206B_DCGAN.ipynb | [
"MIT"
] |
<?Lassoscript
// Last modified 12/21/09 by ECL
// CHANGE NOTES
// 8/14/08
// First implementation
// 12/21/09
// Added Response_FilePath
// If Debug is on, dump out Page Info, Action_Params and Variables
Local:'VarDumpPage' = string;
#VarDumpPage += '<p class="debug"><font color="green"><strong>PAGE INFO</strong></font><br>\n';
#VarDumpPage += '<strong>ProcessCleanURLs</strong> = ' ($ProcessCleanURLs) '<br>\n';
#VarDumpPage += '<strong>ResponseFilepath</strong> = ' (Response_FilePath) '<br>\n';
#VarDumpPage += '<strong>ResponseFilepathEval</strong> = ' (Var:'ResponseFilepathEval') '<br>\n';
#VarDumpPage += '<strong>ServeThisPage</strong> = ' (Var:'ServeThisPage') '<br>\n';
#VarDumpPage += '<strong>Referrer_URL</strong> = ' (Referrer_URL) '<br>\n';
#VarDumpPage += '</p>\n';
Output:(#VarDumpPage),-EncodeNone;
// VarDumping Session Info
Local:'VarDumpSession' = string;
#VarDumpSession += '<p class="debug"><font color="green"><strong>SESSION INFO</strong></font><br>\n';
#VarDumpSession += '<strong>Session_ID Admin</strong> = ' (Session_ID: -Name=$svSessionAdminName) '<br>\n';
#VarDumpSession += '<strong>svUser_ID</strong> = ' (Var:'svUser_ID') '<br>\n';
#VarDumpSession += '<strong>svUser_LoginID</strong> = ' (Var:'svUser_LoginID') '<br>\n';
#VarDumpSession += '<strong>svUserPrivs_Priv</strong> = ' (Var:'svUserPrivs_Priv') '<br>\n';
#VarDumpSession += '<strong>svUserTypes_TypeID</strong> = ' (Var:'svUserTypes_TypeID') '<br>\n';
#VarDumpSession += '<strong>svUser_WGID</strong> = ' (Var:'svUser_WGID') '<br>\n';
#VarDumpSession += '<strong>User Name</strong> = ' (Var:'svAdmin_FName') ' ' (Var:'svAdmin_LName') '<br>\n';
#VarDumpSession += '</p>\n';
Output:(#VarDumpSession),-EncodeNone;
// VarDumping action_params
Local:'VarDumpAction' = string;
#VarDumpAction += '<p class="debug"><font color="green"><strong>ACTION_PARAMS DUMP</strong></font><BR>\n';
Local:'params'=(action_params);
If: (#params->Size) >> 0;
Loop: (#params->Size);
If: !((#params ->get:(loop_count)->first)->(beginswith:'-'));
#VarDumpAction += '<strong>';
#VarDumpAction += (#params ->get:(loop_count)->first);
#VarDumpAction += '</strong>';
#VarDumpAction += ' = ';
#VarDumpAction += (#params ->get:(loop_count)->second);
#VarDumpAction += '<br>\n';
/If;
/Loop;
/If;
#VarDumpAction->(RemoveTrailing('<br>\n'));
#VarDumpAction += '</p>\n';
Output:(#VarDumpAction),-EncodeNone;
// Variable Dump
Output:('\n'),-EncodeNone;
Output:('<p class="debug"><font color="green"><strong>VARIABLE DUMP</strong></font><br>\n'),-EncodeNone;
// Used to output to the browser, if desired
Var:'VarsArray' = array;
Loop:(Vars)->size;
// Do not output system vars
If:((Vars)->(get:(Loop_Count))->name)->(BeginsWith:'_') == false;
// Do not output VarDump (results in double output)
If:((Vars)->(get:(Loop_Count))->name)->(BeginsWith:'VarDump') == false &&
((Vars)->(get:(Loop_Count))->name)->(BeginsWith:'VarsArray') == false;
// Do not output System Vars (those starting with sv)
If:((Vars)->(get:(Loop_Count))->name)->(BeginsWith:'sv') == false;
// Do not output the Inline Vars
If:((Vars)->(get:(Loop_Count))->name)->(BeginsWith:'IV') == false;
// Do not output the action_params, we did that above
If:((Vars)->(get:(Loop_Count))->name)->(BeginsWith:'params') == false;
// Do not output the URLLabelMap
If:((Vars)->(get:(Loop_Count))->name)->(Equals:'URLLabelMap') == false;
// Insert into the array
$VarsArray->(Insert:(Vars->(Get:(Loop_Count))->(Get:1)) = (Vars->(Get:(Loop_Count))->(Get:2)));
/If;
/If;
/If;
/If;
/If;
/If;
/Loop;
// Sort the Array
$VarsArray->(Sort:True);
// Output to the browser
Loop:($VarsArray)->size;
Output:('<strong>'(($VarsArray)->get:(Loop_Count)->first) '</strong> = ' (($VarsArray)->get:(Loop_Count)->second) '<br>\n'),-EncodeNone;
/Loop;
Output:('</p>\n'),-EncodeNone;
Output:('<p class="debug"><font color="green">vardumpalpha.lasso loaded</font></p>\n'),-EncodeNone;
?>
| Lasso | 3 | fourplusone/SubEthaEdit | Documentation/ModeDevelopment/Reference Files/LassoScript-HTML/itpage/site/libs/vardumpalpha.lasso | [
"MIT"
] |
//*****************************************************************************
// (c) Copyright 2009 - 2011 Xilinx, Inc. All rights reserved.
//
// This file contains confidential and proprietary information
// of Xilinx, Inc. and is protected under U.S. and
// international copyright and other intellectual property
// laws.
//
// DISCLAIMER
// This disclaimer is not a license and does not grant any
// rights to the materials distributed herewith. Except as
// otherwise provided in a valid license issued to you by
// Xilinx, and to the maximum extent permitted by applicable
// law: (1) THESE MATERIALS ARE MADE AVAILABLE "AS IS" AND
// WITH ALL FAULTS, AND XILINX HEREBY DISCLAIMS ALL WARRANTIES
// AND CONDITIONS, EXPRESS, IMPLIED, OR STATUTORY, INCLUDING
// BUT NOT LIMITED TO WARRANTIES OF MERCHANTABILITY, NON-
// INFRINGEMENT, OR FITNESS FOR ANY PARTICULAR PURPOSE; and
// (2) Xilinx shall not be liable (whether in contract or tort,
// including negligence, or under any other theory of
// liability) for any loss or damage of any kind or nature
// related to, arising under or in connection with these
// materials, including for any direct, or any indirect,
// special, incidental, or consequential loss or damage
// (including loss of data, profits, goodwill, or any type of
// loss or damage suffered as a result of any action brought
// by a third party) even if such damage or loss was
// reasonably foreseeable or Xilinx had been advised of the
// possibility of the same.
//
// CRITICAL APPLICATIONS
// Xilinx products are not designed or intended to be fail-
// safe, or for use in any application requiring fail-safe
// performance, such as life-support or safety devices or
// systems, Class III medical devices, nuclear facilities,
// applications related to the deployment of airbags, or any
// other applications that could lead to death, personal
// injury, or severe property or environmental damage
// (individually and collectively, "Critical
// Applications"). Customer assumes the sole risk and
// liability of any use of Xilinx products in Critical
// Applications, subject only to applicable laws and
// regulations governing limitations on product liability.
//
// THIS COPYRIGHT NOTICE AND DISCLAIMER MUST BE RETAINED AS
// PART OF THIS FILE AT ALL TIMES.
//
//*****************************************************************************
// ____ ____
// / /\/ /
// /___/ \ / Vendor : Xilinx
// \ \ \/ Version : 4.0
// \ \ Application : MIG
// / / Filename : design_1_mig_7series_0_0.veo
// /___/ /\ Date Last Modified : $Date: 2011/06/02 08:34:47 $
// \ \ / \ Date Created : Fri Oct 14 2011
// \___\/\___\
//
// Device : 7 Series
// Design Name : DDR2 SDRAM
// Purpose : Template file containing code that can be used as a model
// for instantiating a CORE Generator module in a HDL design.
// Revision History :
//*****************************************************************************
// The following must be inserted into your Verilog file for this
// core to be instantiated. Change the instance name and port connections
// (in parentheses) to your own signal names.
//----------- Begin Cut here for INSTANTIATION Template ---// INST_TAG
design_1_mig_7series_0_0 u_design_1_mig_7series_0_0 (
// Memory interface ports
.ddr2_addr (ddr2_addr), // output [12:0] ddr2_addr
.ddr2_ba (ddr2_ba), // output [2:0] ddr2_ba
.ddr2_cas_n (ddr2_cas_n), // output ddr2_cas_n
.ddr2_ck_n (ddr2_ck_n), // output [0:0] ddr2_ck_n
.ddr2_ck_p (ddr2_ck_p), // output [0:0] ddr2_ck_p
.ddr2_cke (ddr2_cke), // output [0:0] ddr2_cke
.ddr2_ras_n (ddr2_ras_n), // output ddr2_ras_n
.ddr2_we_n (ddr2_we_n), // output ddr2_we_n
.ddr2_dq (ddr2_dq), // inout [15:0] ddr2_dq
.ddr2_dqs_n (ddr2_dqs_n), // inout [1:0] ddr2_dqs_n
.ddr2_dqs_p (ddr2_dqs_p), // inout [1:0] ddr2_dqs_p
.init_calib_complete (init_calib_complete), // output init_calib_complete
.ddr2_cs_n (ddr2_cs_n), // output [0:0] ddr2_cs_n
.ddr2_dm (ddr2_dm), // output [1:0] ddr2_dm
.ddr2_odt (ddr2_odt), // output [0:0] ddr2_odt
// Application interface ports
.ui_clk (ui_clk), // output ui_clk
.ui_clk_sync_rst (ui_clk_sync_rst), // output ui_clk_sync_rst
.ui_addn_clk_0 (ui_addn_clk_0), // output ui_addn_clk_0
.ui_addn_clk_1 (ui_addn_clk_1), // output ui_addn_clk_1
.ui_addn_clk_2 (ui_addn_clk_2), // output ui_addn_clk_2
.ui_addn_clk_3 (ui_addn_clk_3), // output ui_addn_clk_3
.ui_addn_clk_4 (ui_addn_clk_4), // output ui_addn_clk_4
.mmcm_locked (mmcm_locked), //
.aresetn (aresetn), //
.app_sr_active (app_sr_active), // output app_sr_active
.app_ref_ack (app_ref_ack), // output app_ref_ack
.app_zq_ack (app_zq_ack), // output app_zq_ack
// Slave Interface Write Address Ports
.s_axi_awid (s_axi_awid), // input [0:0] s_axi_awid
.s_axi_awaddr (s_axi_awaddr), // input [31:0] s_axi_awaddr
.s_axi_awlen (s_axi_awlen), // input [7:0] s_axi_awlen
.s_axi_awsize (s_axi_awsize), // input [2:0] s_axi_awsize
.s_axi_awburst (s_axi_awburst), // input [1:0] s_axi_awburst
.s_axi_awlock (s_axi_awlock), // input [0:0] s_axi_awlock
.s_axi_awcache (s_axi_awcache), // input [3:0] s_axi_awcache
.s_axi_awprot (s_axi_awprot), // input [2:0] s_axi_awprot
.s_axi_awqos (s_axi_awqos), // input [3:0] s_axi_awqos
.s_axi_awvalid (s_axi_awvalid), // input s_axi_awvalid
.s_axi_awready (s_axi_awready), // output s_axi_awready
// Slave Interface Write Data Ports
.s_axi_wdata (s_axi_wdata), // input [63:0] s_axi_wdata
.s_axi_wstrb (s_axi_wstrb), // input [7:0] s_axi_wstrb
.s_axi_wlast (s_axi_wlast), // input s_axi_wlast
.s_axi_wvalid (s_axi_wvalid), // input s_axi_wvalid
.s_axi_wready (s_axi_wready), // output s_axi_wready
// Slave Interface Write Response Ports
.s_axi_bid (s_axi_bid), // output [0:0] s_axi_bid
.s_axi_bresp (s_axi_bresp), // output [1:0] s_axi_bresp
.s_axi_bvalid (s_axi_bvalid), // output s_axi_bvalid
.s_axi_bready (s_axi_bready), // input s_axi_bready
// Slave Interface Read Address Ports
.s_axi_arid (s_axi_arid), // input [0:0] s_axi_arid
.s_axi_araddr (s_axi_araddr), // input [31:0] s_axi_araddr
.s_axi_arlen (s_axi_arlen), // input [7:0] s_axi_arlen
.s_axi_arsize (s_axi_arsize), // input [2:0] s_axi_arsize
.s_axi_arburst (s_axi_arburst), // input [1:0] s_axi_arburst
.s_axi_arlock (s_axi_arlock), // input [0:0] s_axi_arlock
.s_axi_arcache (s_axi_arcache), // input [3:0] s_axi_arcache
.s_axi_arprot (s_axi_arprot), // input [2:0] s_axi_arprot
.s_axi_arqos (s_axi_arqos), // input [3:0] s_axi_arqos
.s_axi_arvalid (s_axi_arvalid), // input s_axi_arvalid
.s_axi_arready (s_axi_arready), // output s_axi_arready
// Slave Interface Read Data Ports
.s_axi_rid (s_axi_rid), // output [0:0] s_axi_rid
.s_axi_rdata (s_axi_rdata), // output [63:0] s_axi_rdata
.s_axi_rresp (s_axi_rresp), // output [1:0] s_axi_rresp
.s_axi_rlast (s_axi_rlast), // output s_axi_rlast
.s_axi_rvalid (s_axi_rvalid), // output s_axi_rvalid
.s_axi_rready (s_axi_rready), // input s_axi_rready
// System Clock Ports
.sys_clk_i (sys_clk_i),
.device_temp_i (device_temp_i), // input [11:0] device_temp_i
.sys_rst (sys_rst) // input sys_rst
);
// INST_TAG_END ------ End INSTANTIATION Template ---------
// You must compile the wrapper file design_1_mig_7series_0_0.v when simulating
// the core, design_1_mig_7series_0_0. When compiling the wrapper file, be sure to
// reference the XilinxCoreLib Verilog simulation library. For detailed
// instructions, please refer to the "CORE Generator Help".
| Verilog | 4 | tramblei/vivaldo | src/vivaldo_fresh_eth_xadc_fft_dma_corr.srcs/sources_1/bd/design_1/ip/design_1_mig_7series_0_0/design_1_mig_7series_0_0.veo | [
"MIT"
] |
div.svelte-xyz{color:red} | CSS | 0 | Theo-Steiner/svelte | test/css/samples/basic/expected.css | [
"MIT"
] |
#![feature(rustc_attrs)]
#[rustc_specialization_trait]
pub trait SpecTrait {
fn method(&self);
}
| Rust | 2 | Eric-Arellano/rust | src/test/ui/specialization/min_specialization/auxiliary/specialization-trait.rs | [
"ECL-2.0",
"Apache-2.0",
"MIT-0",
"MIT"
] |
' ********** Copyright 2017 Roku, Inc. All Rights Reserved. **********
function Main()
screen = createObject("roSGScreen")
m.port = createObject("roMessagePort")
screen.setMessagePort(m.port)
m.scene = screen.createScene("MainScene")
screen.show()
while(true)
msg = wait(0, m.port)
msgType = type(msg)
if msgType = "roSGScreenEvent"
if msg.isScreenClosed() then return true
end if
end while
end function
| Brightscript | 4 | khangh/samples | advertising/rsgupl/source/main.brs | [
"MIT"
] |
<?LassoScript
Variable: 'ScreenText' = 'Hello World';
$ScreenText;
?>
| Lasso | 0 | Gabrielarodrigues10/ga | l/LassoScript.lasso | [
"MIT"
] |
<table class="ui celled striped table">
<thead>
<tr>
<th>Name</th>
<th>Cover</th>
<th></th>
</tr>
</thead>
<tbody>
<%= for metacast <- @metacasts do %>
<tr>
<td><%= metacast.name %></td>
<td class="center aligned">
<h2 class="ui image header">
<img src="<%= MetacastView.cover_url(metacast, :small) %>" class="ui image" />
</h2>
</td>
<td class="center aligned">
<div class="ui small basic buttons">
<%= AdminHelpers.icon_link("edit", to: Routes.admin_metacast_path(@conn, :edit, metacast)) %>
<%= AdminHelpers.icon_link("trash", to: Routes.admin_metacast_path(@conn, :delete, metacast), method: :delete, data: [confirm: "Are you sure?"]) %>
</div>
</td>
</tr>
<% end %>
</tbody>
</table> | HTML+EEX | 3 | gustavoarmoa/changelog.com | lib/changelog_web/templates/admin/metacast/_table.html.eex | [
"MIT"
] |
T StringLength("cat") == 3
T ToString(a + b) == "a + b"
T StringJoin("cat","dog") == "catdog"
T StringJoin(["cat","dog"]) == "catdog"
T StringJoin(Characters("zebra")) == "zebra"
T ToUpperCase("cat") == "CAT"
T ToLowerCase("CAT") == "cat"
T UpperCaseQ("CAT")
T ! UpperCaseQ("Cat")
T LowerCaseQ("cat")
T ! LowerCaseQ("Cat")
T Head('A') == Char
T FromCharacterCode(ToCharacterCode("hello")) == "hello"
T FromCharacterCode([ [104,101,108,108,111], [104,101,108,108,111] ]) == ["hello","hello"]
T LetterNumber(Characters("abcxyz")) == [1,2,3,24,25,26]
T LetterNumber(Characters("AbCxYz")) == [1,2,3,24,25,26]
ClearAll(a,b)
| Objective-J | 4 | UnofficialJuliaMirrorSnapshots/Symata.jl-a906b1d5-d016-55c4-aab3-8a20cba0db2a | symata_test/string_test.sj | [
"MIT"
] |
begin
pushfirst!(LOAD_PATH, "@stdlib")
import Pkg
popfirst!(LOAD_PATH)
# We need to Pkg.instantiate the package environment that this notebook worker process will launch in
local my_dir = @__DIR__
local pluto_dir = joinpath(my_dir, "..", "..")
local runner_env_dir = mkpath(joinpath(Pkg.envdir(Pkg.depots()[1]), "__pluto_boot_" * string(VERSION)))
local new_ptoml_path = joinpath(runner_env_dir, "Project.toml")
local ptoml_contents = read(joinpath(pluto_dir, "Project.toml"), String)
write(new_ptoml_path, ptoml_contents[findfirst("[deps]", ptoml_contents)[1]:end])
local pkg_ctx = Pkg.Types.Context(env=Pkg.Types.EnvCache(new_ptoml_path))
try
Pkg.resolve(pkg_ctx; io=devnull) # supress IO
catch
# if it failed, do it again without suppressing io
try
Pkg.resolve(pkg_ctx)
catch e
@error "Failed to resolve notebook boot environment" exception=(e, catch_backtrace())
end
end
try
# we don't suppress IO for this one because it can take very long, and that would be a frustrating experience without IO
if VERSION >= v"1.6.0-a"
# precompilation switched off because of https://github.com/fonsp/Pluto.jl/issues/875
Pkg.instantiate(pkg_ctx; update_registry=false, allow_autoprecomp=false)
elseif VERSION >= v"1.3.0"
# registry update is not required here and may save some time for startup
Pkg.instantiate(pkg_ctx; update_registry=false)
else
Pkg.instantiate(pkg_ctx)
end
catch e
@error "Failed to instantiate notebook boot environment" exception=(e, catch_backtrace())
end
pushfirst!(LOAD_PATH, runner_env_dir)
#
include(joinpath(my_dir, "PlutoRunner.jl"))
#
popfirst!(LOAD_PATH)
end | Julia | 5 | Mechachleopteryx/Pluto.jl | src/runner/Loader.jl | [
"MIT"
] |
"""
Extended Euclidean Algorithm.
Finds 2 numbers a and b such that it satisfies
the equation am + bn = gcd(m, n) (a.k.a Bezout's Identity)
https://en.wikipedia.org/wiki/Extended_Euclidean_algorithm
"""
# @Author: S. Sharma <silentcat>
# @Date: 2019-02-25T12:08:53-06:00
# @Email: silentcat@protonmail.com
# @Last modified by: pikulet
# @Last modified time: 2020-10-02
from __future__ import annotations
import sys
def extended_euclidean_algorithm(a: int, b: int) -> tuple[int, int]:
"""
Extended Euclidean Algorithm.
Finds 2 numbers a and b such that it satisfies
the equation am + bn = gcd(m, n) (a.k.a Bezout's Identity)
>>> extended_euclidean_algorithm(1, 24)
(1, 0)
>>> extended_euclidean_algorithm(8, 14)
(2, -1)
>>> extended_euclidean_algorithm(240, 46)
(-9, 47)
>>> extended_euclidean_algorithm(1, -4)
(1, 0)
>>> extended_euclidean_algorithm(-2, -4)
(-1, 0)
>>> extended_euclidean_algorithm(0, -4)
(0, -1)
>>> extended_euclidean_algorithm(2, 0)
(1, 0)
"""
# base cases
if abs(a) == 1:
return a, 0
elif abs(b) == 1:
return 0, b
old_remainder, remainder = a, b
old_coeff_a, coeff_a = 1, 0
old_coeff_b, coeff_b = 0, 1
while remainder != 0:
quotient = old_remainder // remainder
old_remainder, remainder = remainder, old_remainder - quotient * remainder
old_coeff_a, coeff_a = coeff_a, old_coeff_a - quotient * coeff_a
old_coeff_b, coeff_b = coeff_b, old_coeff_b - quotient * coeff_b
# sign correction for negative numbers
if a < 0:
old_coeff_a = -old_coeff_a
if b < 0:
old_coeff_b = -old_coeff_b
return old_coeff_a, old_coeff_b
def main():
"""Call Extended Euclidean Algorithm."""
if len(sys.argv) < 3:
print("2 integer arguments required")
exit(1)
a = int(sys.argv[1])
b = int(sys.argv[2])
print(extended_euclidean_algorithm(a, b))
if __name__ == "__main__":
main()
| Python | 5 | NavpreetDevpuri/Python | maths/extended_euclidean_algorithm.py | [
"MIT"
] |
new class CombSort {
new method __init__(shrink = None) {
if shrink is None {
new float tmp;
tmp = sortingVisualizer.getUserInput(
"Insert shrink factor:",
"1.3",
["1.2", "1.5", "2.0"],
float
);
if tmp < 1 {
this.shrink = 1.3;
} else {
this.shrink = tmp;
}
} else {
this.shrink = shrink;
}
}
new method sort(array, a, b) {
new bool swapped = False;
new dynamic gap = b - a;
while (gap > 1) or swapped {
if gap > 1 {
gap /= this.shrink;
gap = int(gap);
}
swapped = False;
for i = a; gap + i < b; i++ {
if array[i] > array[i + gap] {
array[i].swap(array[i + gap]);
swapped = True;
}
}
}
}
}
@Sort(
"Exchange Sorts",
"Comb Sort",
"Comb Sort"
);
new function combSortRun(array) {
CombSort().sort(array, 0, len(array));
} | Opal | 4 | thatsOven/sorting-visualizer | sorts/CombSort.opal | [
"MIT"
] |
{
name: 'npm',
publishConfig: {
'proprietary-attribs': false,
},
description: 'A package manager for node',
keywords: [
'package manager',
'modules',
'install',
'package.json',
],
version: '1.1.22',
preferGlobal: true,
config: {
publishtest: false,
},
homepage: 'http://npmjs.org/',
author: 'Isaac Z. Schlueter <i@izs.me> (http://blog.izs.me)',
repository: {
type: 'git',
url: 'https://github.com/isaacs/npm',
},
bugs: {
email: 'npm-@googlegroups.com',
url: 'http://github.com/isaacs/npm/issues',
},
directories: {
doc: './doc',
man: './man',
lib: './lib',
bin: './bin',
},
main: './lib/npm.js',
bin: './bin/npm-cli.js',
dependencies: {
semver: '~1.0.14',
ini: '1',
slide: '1',
abbrev: '1',
'graceful-fs': '~1.1.1',
minimatch: '~0.2',
nopt: '1',
'node-uuid': '~1.3',
'proto-list': '1',
rimraf: '2',
request: '~2.9',
which: '1',
tar: '~0.1.12',
fstream: '~0.1.17',
'block-stream': '*',
inherits: '1',
mkdirp: '0.3',
read: '0',
'lru-cache': '1',
'node-gyp': '~0.4.1',
'fstream-npm': '0 >=0.0.5',
'uid-number': '0',
archy: '0',
chownr: '0',
},
bundleDependencies: [
'slide',
'ini',
'semver',
'abbrev',
'graceful-fs',
'minimatch',
'nopt',
'node-uuid',
'rimraf',
'request',
'proto-list',
'which',
'tar',
'fstream',
'block-stream',
'inherits',
'mkdirp',
'read',
'lru-cache',
'node-gyp',
'fstream-npm',
'uid-number',
'archy',
'chownr',
],
devDependencies: {
ronn: 'https://github.com/isaacs/ronnjs/tarball/master',
},
engines: {
node: '0.6 || 0.7 || 0.8',
npm: '1',
},
scripts: {
test: 'node ./test/run.js',
prepublish: 'npm prune; rm -rf node_modules/*/{test,example,bench}*; make -j4 doc',
dumpconf: 'env | grep npm | sort | uniq',
},
licenses: [
{
type: 'MIT +no-false-attribs',
url: 'http://github.com/isaacs/npm/raw/master/LICENSE',
},
],
}
| JSON5 | 3 | leandrochomp/react-skeleton | node_modules/babelify/node_modules/babel-core/node_modules/json5/test/parse-cases/misc/npm-package.json5 | [
"MIT"
] |
CREATE TABLE `tb_caahynuejc` (
`col_ceosnfriqs` int(11) DEFAULT NULL,
`col_aklqoixrun` year(4) DEFAULT NULL,
`col_noipbutgvd` char(1) CHARACTER SET utf8mb4 DEFAULT NULL,
`col_eyefseknmn` time,
`col_tlcpasbobp` bigint(20) unsigned zerofill DEFAULT NULL,
UNIQUE KEY `col_ceosnfriqs` (`col_ceosnfriqs`),
UNIQUE KEY `uk_gekdmzrybz` (`col_aklqoixrun`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
CREATE TABLE `tb_xbsrcfksox` (
`col_qsljaaxbrj` datetime DEFAULT '2019-07-04 00:00:00',
`col_vusitjjcdx` char(1) DEFAULT NULL,
`col_ufwmvwjonj` int(10) unsigned NOT NULL,
UNIQUE KEY `uk_henpwhqovc` (`col_ufwmvwjonj`),
UNIQUE KEY `col_vusitjjcdx` (`col_vusitjjcdx`,`col_ufwmvwjonj`)
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
CREATE TABLE `tb_ydbfvvwhvi` (
`col_aipblmdcsw` double NOT NULL,
`col_sklhosmnvr` bigint(20) unsigned zerofill NOT NULL,
`col_skwdbrxmlc` mediumblob,
UNIQUE KEY `col_aipblmdcsw` (`col_aipblmdcsw`,`col_sklhosmnvr`),
UNIQUE KEY `uk_inmzvqrjoq` (`col_sklhosmnvr`)
) ENGINE=InnoDB DEFAULT CHARSET=latin1;
| SQL | 2 | yuanweikang2020/canal | parse/src/test/resources/ddl/alter/mysql_23.sql | [
"Apache-2.0"
] |
(*
Copyright 2017 Sidney Amani
Copyright 2017 Maksym Bortin
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.
*)
theory EvmFacts
imports "Hoare"
begin
declare memory_as_set_def [simp del]
declare storage_as_set_def [simp del]
declare balance_as_set_def [simp del]
declare log_as_set_def [simp del]
lemmas gas_simps = Gverylow_def Glow_def Gmid_def Gbase_def Gzero_def Glogtopic_def
Gsha3word_def Gsha3_def Gextcode_def Gcopy_def Gblockhash_def Gexpbyte_def Gexp_def
Gbalance_def Gsload_def Gsreset_def Gsset_def Gjumpdest_def Ghigh_def
Glogdata_def Glog_def Gcreate_def Ccall_def
Cgascap_def Cextra_def Gnewaccount_def Cxfer_def Cnew_def
Gcall_def Gcallvalue_def
termination log256floor by lexicographic_order
lemma log256floor_ge_0:
"0 \<le> log256floor s"
apply (induct s rule: log256floor.induct)
subgoal for x
by (case_tac "\<not> x \<le> 255")
(clarsimp)+
done
declare log256floor.simps[simp del ]
lemma Cextra_gt_0:
"0 < Cextra a b c"
by (simp add: gas_simps)
lemma L_compare : "x \<ge> 0 \<Longrightarrow> L x \<ge> 0"
by (simp add:L_def)
lemma Cgascap_gt_0:
"f \<ge> 0 \<Longrightarrow> 0 \<le> Cgascap a b c d e f + f"
apply (auto simp add: gas_simps L_def min_def)
done
lemma Ccall_gt_0:
"memu \<ge> 0 \<Longrightarrow> 0 < Ccall s0 s1 s2 recipient_empty
remaining_gas blocknumber memu + memu"
unfolding Ccall_def
apply (auto)
apply (simp add: Cextra_gt_0 add.commute add_nonneg_pos)
apply (metis Cextra_gt_0 Cgascap_gt_0 add.commute add.left_commute add_strict_increasing)
by (simp add: Cextra_gt_0 add.commute add_nonneg_pos)
lemma Ccall_ge_0:
"memu \<ge> 0 \<Longrightarrow> 0 \<le> Ccall s0 s1 s2 recipient_empty
remaining_gas blocknumber memu + memu"
using Ccall_gt_0
by (simp add: dual_order.order_iff_strict)
lemma Csuicide_gt_0:
"at_least_eip150 net \<Longrightarrow> 0 < Csuicide recipient_empty net"
unfolding Csuicide_def
by (auto split: if_splits
simp add: gas_simps Gsuicide_def)
lemma thirdComponentOfC_gt_0:
"i \<noteq> Misc STOP \<Longrightarrow> i \<noteq> Misc RETURN \<Longrightarrow> (\<forall>v. i \<noteq> Unknown v) \<Longrightarrow>
i = Misc SUICIDE \<longrightarrow> at_least_eip150 net \<Longrightarrow>
i = Misc DELEGATECALL \<longrightarrow> \<not> (before_homestead net) \<Longrightarrow>
memu \<ge> 0 \<Longrightarrow>
0 < thirdComponentOfC i s0 s1 s2 s3 recipient_empty orig_val
new_val remaining_gas net memu + memu"
unfolding thirdComponentOfC_def
apply (case_tac i ; simp add: gas_simps )
apply fastforce
apply (case_tac x2; simp add: gas_simps)
apply (case_tac x3; simp add: gas_simps )
apply (case_tac x4 ; simp add: gas_simps)
using log256floor_ge_0[where s="uint s1"]
apply (simp add: )
apply (clarsimp; simp add: word_less_def word_neq_0_conv)
apply (case_tac x5; simp add: gas_simps)
apply (case_tac x7; simp add: gas_simps)
apply (case_tac "s2 = 0" ; auto simp: word_less_def word_neq_0_conv)
apply (case_tac "s2 = 0" ; auto simp: word_less_def word_neq_0_conv)
apply (case_tac "s3 = 0" ; auto simp: word_less_def word_neq_0_conv)
apply (case_tac x8; simp add: gas_simps Csstore_def)
apply (case_tac x9; simp add: gas_simps Csstore_def)
apply (case_tac x10; simp add: gas_simps Csstore_def)
apply ( case_tac x12; case_tac "s1 = 0";
simp add: gas_simps word_less_def word_neq_0_conv)
apply (clarsimp split: misc_inst.splits)
apply (rule conjI, clarsimp simp add: gas_simps L_def)
apply (rule conjI)
apply (auto simp add: Ccall_gt_0 at_least_eip150.simps)+
apply (smt Csuicide_gt_0)
apply (smt Csuicide_gt_0)
done
lemma thirdComponentOfC_ge_0:
"memu \<ge> 0 \<Longrightarrow>
0 \<le> thirdComponentOfC i s0 s1 s2 s3 recipient_empty orig_val
new_val remaining_gas net memu + memu"
unfolding thirdComponentOfC_def
apply (case_tac i ; simp add: gas_simps )
apply (case_tac x2; simp add: gas_simps)
apply (case_tac x3; simp add: gas_simps )
apply (case_tac x4 ; simp add: gas_simps)
using log256floor_ge_0[where s="uint s1"]
apply (simp add: )
apply (clarsimp; simp add: word_less_def word_neq_0_conv)
apply (case_tac x5; simp add: gas_simps)
apply (case_tac x7; simp add: gas_simps)
apply (case_tac "s2 = 0" ; auto simp: word_less_def word_neq_0_conv)
apply (case_tac "s2 = 0" ; auto simp: word_less_def word_neq_0_conv)
apply (case_tac "s3 = 0" ; auto simp: word_less_def word_neq_0_conv)
apply (case_tac x8; simp add: gas_simps Csstore_def)
apply (case_tac x9; simp add: gas_simps Csstore_def)
apply (case_tac x10; simp add: gas_simps Csstore_def)
apply ( case_tac x12; case_tac "s1 = 0";
simp add: gas_simps word_less_def word_neq_0_conv)
apply (clarsimp split: misc_inst.splits)
apply (rule conjI, clarsimp simp add: gas_simps L_def)
apply (rule conjI)
apply (auto simp add: Ccall_ge_0 Gcreate_def Gzero_def
Csuicide_def Gsuicide_def Gnewaccount_def)+
done
lemma Cmem_lift:
"0 \<le> x \<Longrightarrow> x \<le> y \<Longrightarrow> Cmem x \<le> Cmem y"
apply (simp add: Cmem_def Gmemory_def)
apply (case_tac "x = y")
apply clarsimp
apply (drule (1) order_class.le_neq_trans)
apply simp
apply (rule add_mono, simp)
apply (rule zdiv_mono1[rotated], simp)
apply (rule mult_mono ; simp)
done
(*
lemma thirdComponentOfC_gt_0_massaged :
"i \<noteq> Misc STOP \<Longrightarrow> i \<noteq> Misc RETURN \<Longrightarrow> (\<forall>v. i \<noteq> Unknown v) \<Longrightarrow>
i = Misc SUICIDE \<longrightarrow> at_least_eip150 net \<Longrightarrow>
i = Misc DELEGATECALL \<longrightarrow> \<not> before_homestead net \<Longrightarrow>
x \<ge> y \<Longrightarrow>
0 < x - y + thirdComponentOfC i s0 s1 s2 s3 recipient_empty orig_val
new_val remaining_gas net (x-y)"
by (metis add.commute diff_ge_0_iff_ge thirdComponentOfC_gt_0)
*)
lemma vctx_memory_usage_never_decreases:
"orig \<le> new_memory_consumption inst orig s0 s1 s2 s3 s4 s5 s6"
by (case_tac inst)
(rename_tac x, case_tac x; auto simp add: new_memory_consumption.simps M_def)+
lemma obvious_principle :
"0 < (t::int) + (m1-m2) \<Longrightarrow>
m1 \<ge> m2 \<Longrightarrow>
m2 \<ge> 0 \<Longrightarrow>
0 < m1 - m2 + t"
by auto
lemma Cmem_zero : "Cmem 0 = 0"
by (auto simp:Cmem_def)
lemma meter_gas_gt_0:
" inst \<noteq> Misc STOP \<Longrightarrow>
inst \<noteq> Misc RETURN \<Longrightarrow>
inst = Misc SUICIDE \<longrightarrow> at_least_eip150 net \<Longrightarrow>
inst = Misc DELEGATECALL \<longrightarrow> \<not>before_homestead net \<Longrightarrow>
inst \<notin> range Unknown \<Longrightarrow>
0 \<le> vctx_memory_usage var \<Longrightarrow>
0 < meter_gas inst var const net"
apply (simp add: C_def meter_gas_def)
apply (rule obvious_principle)
apply (rule thirdComponentOfC_gt_0)
apply simp
apply simp
apply force
apply simp
apply simp
using Cmem_lift vctx_memory_usage_never_decreases
apply force
using Cmem_lift vctx_memory_usage_never_decreases
apply force
using Cmem_lift Cmem_zero
apply force
done
lemma obvious_principle2 :
"0 \<le> (t::int) + (m1-m2) \<Longrightarrow>
m1 \<ge> m2 \<Longrightarrow>
m2 \<ge> 0 \<Longrightarrow>
0 \<le> m1 - m2 + t"
by auto
lemma meter_gas_ge_0:
"0 \<le> vctx_memory_usage var \<Longrightarrow>
0 \<le> meter_gas inst var const net"
apply (simp add: C_def meter_gas_def)
apply (rule obvious_principle2)
apply (rule thirdComponentOfC_ge_0)
using Cmem_lift vctx_memory_usage_never_decreases
apply force
using Cmem_lift vctx_memory_usage_never_decreases
apply force
using Cmem_lift Cmem_zero
apply force
done
definition all :: "state_element set_pred" where
"all s = True"
definition ex :: "('a \<Rightarrow> 'b set_pred) \<Rightarrow> 'b set_pred" where
"ex f s = (\<exists>x. f x s)"
definition gas_smaller :: "int \<Rightarrow> state_element set_pred" where
"gas_smaller x s = (\<exists>y. y < x \<and> gas_pred y s)"
definition some_gas :: "state_element set_pred" where
"some_gas s = (\<exists>y. gas_pred y s)"
definition sep_add :: "'a set_pred \<Rightarrow> 'a set_pred \<Rightarrow> 'a set_pred"
where
"sep_add p q == (\<lambda> s. p s \<or> q s)"
notation sep_add (infixr "\<or>*" 59)
lemma sep_add_assoc [simp]: "((a \<or>* b) \<or>* c) = (a \<or>* b \<or>* c)"
by (simp add: sep_add_def)
lemma sep_add_commute [simp]: "(a \<or>* b)= (b \<or>* a)"
by (simp add: sep_add_def) blast
definition never :: "'a set_pred" where
"never == (\<lambda>s. False)"
lemma sep_add_never [simp] : "r \<or>* never = r"
by (simp add: never_def sep_add_def)
(*
lemma sep_add_distr [simp] : "a ** (b \<or>* c) == (a**b) \<or>* (a**c)"
apply (simp add: sep_add_def sep_conj_def sep_distinct_def)
apply blast
*)
definition action ::
"(contract_action \<Rightarrow> bool) \<Rightarrow> state_element set_pred" where
"action p s = (\<exists>x. {ContractActionElm x} = s \<and> p x)"
definition failing :: "state_element set_pred" where
"failing = action (\<lambda>y. \<exists>x. ContractFail x = y)"
definition returning :: "state_element set_pred" where
"returning = action (\<lambda>y. \<exists>x. ContractReturn x = y)"
definition destructing :: "state_element set_pred" where
"destructing = action (\<lambda>y. \<exists>x. ContractSuicide x = y)"
definition calling :: "state_element set_pred" where
"calling = action (\<lambda>y. \<exists>x. ContractCall x = y)"
definition creating :: "state_element set_pred" where
"creating = action (\<lambda>y. \<exists>x. ContractCreate x = y)"
definition delegating :: "state_element set_pred" where
"delegating = action (\<lambda>y. \<exists>x. ContractDelegateCall x = y)"
lemmas rw = instruction_sem_def instruction_failure_result_def
subtract_gas.simps stack_2_1_op_def stack_1_1_op_def
stack_3_1_op_def stack_0_1_op_def general_dup_def
mload_def mstore_def mstore8_def calldatacopy_def
codecopy_def stack_0_0_op_def jump_def jumpi_def
extcodecopy_def sstore_def pc_def pop_def swap_def log_def
stop_def create_def call_def delegatecall_def ret_def
suicide_def callcode_def strict_if_def blocked_jump_def
blockedInstructionContinue_def
lemma inst_no_reasons :
"instruction_sem v c aa net \<noteq>
InstructionToEnvironment
(ContractFail []) a b"
apply (cases aa)
apply (simp add:rw)
apply (rename_tac inst; case_tac inst;auto simp:rw split:list.split)
apply (rename_tac inst; case_tac inst;auto simp:rw split:list.split)
apply (rename_tac inst; case_tac inst;auto simp:rw sha3_def
split:list.split if_split)
apply(case_tac "\<not> cctx_hash_filter c ( cut_memory x21 x21a
(vctx_memory v))"; auto simp:rw)
apply (rename_tac inst; case_tac inst;auto simp:rw split:list.split)
apply (rename_tac inst; case_tac inst;
auto simp:rw split:list.split option.split)
apply (rename_tac inst; case_tac inst;auto simp:rw split:list.split)
apply (rename_tac inst; case_tac inst;auto simp:rw split:list.split)
defer
apply (rename_tac inst; case_tac inst;auto simp:rw split:list.split)
apply (rename_tac inst; case_tac inst;auto simp:rw
split:list.split option.split)
apply (rename_tac inst; case_tac inst;auto simp:rw split:list.split)
apply (rename_tac inst; case_tac inst;auto simp:rw split:list.split)
apply (rename_tac inst; case_tac inst;auto simp:rw
split:list.split option.split)
apply (case_tac "vctx_next_instruction (v
\<lparr>vctx_stack := x22,
vctx_pc := uint x21\<rparr>)
c"; auto simp:rw)
subgoal for x y aaa
apply (case_tac aaa; auto simp:rw)
apply (case_tac x9; auto simp:rw)
done
apply (case_tac "vctx_next_instruction (v
\<lparr>vctx_stack := x22,
vctx_pc := uint x21\<rparr>)
c"; auto simp:rw)
subgoal for x y z aaa
apply (case_tac aaa; auto simp:rw)
apply (case_tac x9; auto simp:rw)
done
done
lemma no_reasons_next :
"failed_for_reasons {}
(next_state stopper c net (InstructionContinue v)) = False"
by (auto simp:failed_for_reasons_def)
lemma program_environment :
"program_sem stopper c n net (InstructionToEnvironment a b d) =
(InstructionToEnvironment a b d)"
by (induction n, auto simp:program_sem.simps next_state_def)
lemma no_reasons [simp] :
"failed_for_reasons {}
(program_sem stopper c n net (InstructionContinue v)) = False"
apply (induction n arbitrary:v)
apply (auto simp add:program_sem.simps failed_for_reasons_def
no_reasons_next)
done
(*
lemmas context_rw = contexts_as_set_def constant_ctx_as_set_def variable_ctx_as_set_def
program_as_set_def stack_as_set_def memory_as_set_def storage_as_set_def
balance_as_set_def log_as_set_def data_sent_as_set_def ext_program_as_set_def
account_balance_as_set_def
*)
(*
lemma not_cont_insert :
"x (s-{ContinuingElm False}) \<Longrightarrow>
(x ** not_continuing) (insert (ContinuingElm False) s)"
apply(auto simp add:rw sep_conj_def not_continuing_def all_def
failing_def some_gas_def code_def gas_pred_def context_rw)
done
lemma context_cont :
"contexts_as_set x1 co_ctx -
{ContinuingElm a, ContractActionElm b} =
contexts_as_set x1 co_ctx"
apply(auto simp add:rw sep_def not_continuing_def all_def
failing_def some_gas_def code_def gas_pred_def context_rw)
done
lemma context_cont1 :
"contexts_as_set x1 co_ctx - {ContinuingElm a} =
contexts_as_set x1 co_ctx"
apply(auto simp add:rw sep_def not_continuing_def all_def
failing_def some_gas_def code_def gas_pred_def context_rw)
done
lemma failing_insert :
"x (s-{ContractActionElm (ContractFail b)}) \<Longrightarrow>
(x ** failing) (insert (ContractActionElm (ContractFail b)) s)"
apply(auto simp add:rw sep_def not_continuing_def all_def
action_def failing_def some_gas_def code_def gas_pred_def context_rw)
done
lemma some_gas_in_context :
"(rest ** gas_pred g) s \<Longrightarrow>
(rest ** some_gas ) s"
apply(auto simp add:rw sep_def not_continuing_def all_def
failing_def some_gas_def code_def gas_pred_def context_rw)
done
*)
lemma meter_gas_check :
"\<not> meter_gas a x1 co_ctx net \<le> vctx_gas x1 \<Longrightarrow>
check_resources x1 co_ctx (vctx_stack x1) a net \<Longrightarrow>
False"
by (simp add:check_resources_def)
lemmas instruction_sem_simps =
rw sha3_def vctx_update_storage_def
vctx_pop_stack_def vctx_advance_pc_def
vctx_memory_usage_never_decreases
lemma env_meter_gas :
"instruction_sem v1 c inst net =
InstructionToEnvironment act v2 x33 \<Longrightarrow>
vctx_gas v2 = vctx_gas v1 - meter_gas inst v1 c net"
apply (simp only: instruction_sem_def)
apply (case_tac inst; clarsimp)
apply (case_tac x1 ;
clarsimp simp: rw
split:list.splits)
apply (case_tac x2 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x3 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x4 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply(case_tac "\<not> cctx_hash_filter c ( cut_memory x21 x21a (vctx_memory v1))")
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x5 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x6 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x7 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x8 ; clarsimp simp: instruction_sem_simps Let_def split:list.splits option.splits pc_inst.splits )
apply (case_tac x9; clarsimp simp: instruction_sem_simps Let_def split: list.splits pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2a"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x10"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits)
apply (clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x12"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x13"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits if_splits)
done
lemma continue_meter_gas :
"instruction_sem v1 c inst net =
InstructionContinue v2 \<Longrightarrow>
vctx_gas v2 = vctx_gas v1 - meter_gas inst v1 c net"
apply (simp only: instruction_sem_def)
apply (case_tac inst; clarsimp)
apply (case_tac x1 ;
clarsimp simp: rw
split:list.splits)
apply (case_tac x2 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x3 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x4 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply(case_tac "\<not> cctx_hash_filter c ( cut_memory x21 x21a (vctx_memory v1))")
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x5 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x6 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x7 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x8 ; clarsimp simp: instruction_sem_simps Let_def split:list.splits option.splits pc_inst.splits )
apply (case_tac x9; clarsimp simp: instruction_sem_simps Let_def split: list.splits pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2a"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x10"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits)
apply (clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x12"; clarsimp simp: Let_def instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x13"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits if_splits)
done
lemma memu_good :
"instruction_sem v1 c inst net = InstructionContinue v2 \<Longrightarrow>
vctx_memory_usage v2 \<ge> vctx_memory_usage v1"
apply (simp only: instruction_sem_def)
apply (case_tac inst; clarsimp)
apply (case_tac x1 ;
clarsimp simp: rw
split:list.splits)
apply (case_tac x2 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x3 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x4 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply(case_tac "\<not> cctx_hash_filter c ( cut_memory x21 x21a (vctx_memory v1))")
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x5 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x6 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x7 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x8 ; clarsimp simp: instruction_sem_simps Let_def split:list.splits option.splits pc_inst.splits )
apply (case_tac x9; clarsimp simp: instruction_sem_simps Let_def split: list.splits pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2a"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x10"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits)
apply (clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x12"; clarsimp simp: Let_def instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x13"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits if_splits)
done
lemma memu_good_env :
"instruction_sem v1 c inst net = InstructionToEnvironment act v2 zz \<Longrightarrow>
vctx_memory_usage v2 \<ge> vctx_memory_usage v1"
apply (simp only: instruction_sem_def)
apply (case_tac inst; clarsimp)
apply (case_tac x1 ;
clarsimp simp: instruction_sem_simps
split:list.splits)
apply (case_tac x2 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x3 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x4 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply(case_tac "\<not> cctx_hash_filter c ( cut_memory x21 x21a (vctx_memory v1))")
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x5 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x6 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x7 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x8 ; clarsimp simp: instruction_sem_simps Let_def split:list.splits option.splits pc_inst.splits )
apply (case_tac x9; clarsimp simp: instruction_sem_simps Let_def split: list.splits pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2a"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x10"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits)
apply (clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x12"; clarsimp simp: Let_def instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x13"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits if_splits)
done
lemma call_instruction :
"instruction_sem v c inst net =
InstructionToEnvironment (ContractCall args) x32 x33 \<Longrightarrow>
inst = Misc CALL \<or> inst = Misc CALLCODE"
apply (simp only: instruction_sem_def)
apply (case_tac inst; clarsimp)
apply (case_tac x1 ;
clarsimp simp: rw
split:list.splits)
apply (case_tac x2 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x3 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x4 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply(case_tac "\<not> cctx_hash_filter c ( cut_memory x21 x21a (vctx_memory v))")
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x5 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x6 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x7 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x8 ; clarsimp simp: instruction_sem_simps Let_def split:list.splits option.splits pc_inst.splits )
apply (case_tac x9; clarsimp simp: instruction_sem_simps Let_def split: list.splits pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2a"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x10"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits)
apply (clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x12"; clarsimp simp: Let_def instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x13"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits if_splits)
done
lemma create_instruction :
"instruction_sem v c inst net =
InstructionToEnvironment (ContractCreate args) x32 x33 \<Longrightarrow>
inst = Misc CREATE"
apply (simp only: instruction_sem_def)
apply (case_tac inst; clarsimp)
apply (case_tac x1 ;
clarsimp simp: rw
split:list.splits)
apply (case_tac x2 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x3 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x4 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply(case_tac "\<not> cctx_hash_filter c ( cut_memory x21 x21a (vctx_memory v))")
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x5 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x6 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x7 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x8 ; clarsimp simp: instruction_sem_simps Let_def split:list.splits option.splits pc_inst.splits )
apply (case_tac x9; clarsimp simp: instruction_sem_simps Let_def split: list.splits pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2a"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x10"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits)
apply (clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x12"; clarsimp simp: Let_def instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x13"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits if_splits)
done
lemma continue_instruction :
"instruction_sem v c inst net = InstructionContinue v2 \<Longrightarrow>
inst \<noteq> Misc STOP \<and> inst \<noteq> Misc RETURN \<and>
inst \<noteq> Misc SUICIDE \<and> inst \<noteq> Misc DELEGATECALL \<and>
inst \<notin> range Unknown"
apply (simp only: instruction_sem_def)
apply (case_tac inst; clarsimp)
apply (case_tac x1 ; clarsimp simp: rw split:list.splits)
apply (case_tac "x13"; clarsimp simp: instruction_sem_simps
split: pc_inst.splits option.splits list.splits if_splits)
done
lemma delegatecall_instruction :
"instruction_sem v c inst net =
InstructionToEnvironment (ContractDelegateCall args) x32 x33 \<Longrightarrow>
inst = Misc DELEGATECALL \<and> \<not> before_homestead net"
apply (simp only: instruction_sem_def)
apply (case_tac inst; clarsimp)
apply (case_tac x1 ;
clarsimp simp: rw
split:list.splits)
apply (case_tac x2 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x3 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x4 ; clarsimp simp: instruction_sem_simps split:list.splits)
apply(case_tac "\<not> cctx_hash_filter c ( cut_memory x21 x21a (vctx_memory v))")
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (clarsimp simp: instruction_sem_simps split:list.splits)
apply (case_tac x5 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x6 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x7 ; clarsimp simp: instruction_sem_simps split:list.splits option.splits)
apply (case_tac x8 ; clarsimp simp: instruction_sem_simps Let_def split:list.splits option.splits pc_inst.splits )
apply (case_tac x9; clarsimp simp: instruction_sem_simps Let_def split: list.splits pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x21a = 0"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x2a"; clarsimp simp: instruction_sem_simps Let_def split: pc_inst.splits option.splits)
apply (case_tac "x10"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits)
apply (clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x12"; clarsimp simp: Let_def instruction_sem_simps split: pc_inst.splits option.splits)
apply (case_tac "x13"; clarsimp simp: instruction_sem_simps split: pc_inst.splits option.splits list.splits if_splits)
done
lemma delegatecall_decr_gas :
assumes a:"instruction_sem v1 co_ctx a net =
InstructionToEnvironment (ContractDelegateCall x1a)
v2 x33"
and good:"vctx_memory_usage v1 \<ge> 0"
shows "vctx_gas v1 > vctx_gas v2"
proof -
have inst: "a = Misc DELEGATECALL \<and>
\<not> before_homestead net"
using delegatecall_instruction and a by force
then have "meter_gas a v1 co_ctx net > 0"
using good and meter_gas_gt_0 by blast
then show ?thesis using env_meter_gas and a by force
qed
lemma create_decr_gas :
assumes a:"instruction_sem v1 co_ctx a net =
InstructionToEnvironment (ContractCreate x1a)
v2 x33"
and good:"vctx_memory_usage v1 \<ge> 0"
shows "vctx_gas v1 > vctx_gas v2"
proof -
have inst: "a = Misc CREATE"
using create_instruction and a by force
then have "meter_gas a v1 co_ctx net > 0"
using good and meter_gas_gt_0 by blast
then show ?thesis using env_meter_gas and a by force
qed
lemma call_decr_gas :
assumes a:"instruction_sem v1 co_ctx a net =
InstructionToEnvironment (ContractCall x1a)
v2 x33"
and good:"vctx_memory_usage v1 \<ge> 0"
shows "vctx_gas v1 > vctx_gas v2"
proof -
have inst: "a = Misc CALL \<or> a = Misc CALLCODE"
using call_instruction and a by force
then have "meter_gas a v1 co_ctx net > 0"
using good and meter_gas_gt_0 by blast
then show ?thesis using env_meter_gas and a by force
qed
lemma continue_decr_gas :
assumes a:"instruction_sem v1 co_ctx a net = InstructionContinue v2"
and good:"vctx_memory_usage v1 \<ge> 0"
shows "vctx_gas v1 > vctx_gas v2"
proof -
have "meter_gas a v1 co_ctx net > 0"
using a and good and meter_gas_gt_0 and continue_instruction
by auto
then show ?thesis using continue_meter_gas and a by force
qed
definition all_stack :: "state_element set_pred" where
"all_stack s = (\<exists>t. s = stack_as_set t)"
definition all_but_gas :: "state_element set_pred" where
"all_but_gas s = (\<exists>c v.
s = contexts_as_set v c - {GasElm (vctx_gas v)})"
lemma maximality_stack_aux :
"stack_as_set s1 \<subseteq> stack_as_set s2 \<Longrightarrow>
i < length s1 \<Longrightarrow>
rev s1!i = rev s2!i"
apply(auto simp add:context_rw)
apply blast
done
lemma maximality_stack_length :
"stack_as_set s1 \<subseteq> stack_as_set s2 \<Longrightarrow>
length s1 = length s2"
by (auto simp add:context_rw)
lemma list_eq :
"length l1 = length l2 \<Longrightarrow>
(\<forall>i. i < length l1 \<longrightarrow> l1!i = l2!i) \<Longrightarrow>
rev l1 = rev l2"
apply (rule List.nth_equalityI)
apply auto
by (simp add: Suc_diff_Suc rev_nth)
lemma maximality_stack_aux2 :
"stack_as_set s1 \<subseteq> stack_as_set s2 \<Longrightarrow>
rev s1 = rev s2"
apply (rule list_eq)
using maximality_stack_length
apply force
apply auto
subgoal for i
using maximality_stack_aux [of s1 s2 "length s2 - i -1"]
and maximality_stack_length [of s1 s2]
proof -
assume a1: "i < length s1"
assume a2: "stack_as_set s1 \<subseteq> stack_as_set s2"
have f3: "\<not> stack_as_set s1 \<subseteq> stack_as_set s2 \<or> length s1 = length s2"
by (metis \<open>stack_as_set s1 \<subseteq> stack_as_set s2 \<Longrightarrow> length s1 = length s2\<close>)
have f4: "length s2 - i - 1 = length s2 - Suc i"
using diff_Suc_eq_diff_pred diff_commute by presburger
have "0 < length s2"
using f3 a2 a1 by linarith
then have "rev s1 ! (length s2 - i - 1) = rev s2 ! (length s2 - i - 1)"
using f4 f3 a2 \<open>\<lbrakk>stack_as_set s1 \<subseteq> stack_as_set s2; length s2 - i - 1 < length s1\<rbrakk> \<Longrightarrow> rev s1 ! (length s2 - i - 1) = rev s2 ! (length s2 - i - 1)\<close> diff_Suc_less by presburger
then show ?thesis
using f4 f3 a2 a1 by (metis (no_types) nth_rev_alt)
qed
done
lemma maximality_stack :
"stack_as_set s1 \<subseteq> stack_as_set s2 \<Longrightarrow>
s1 = s2"
using maximality_stack_aux2
by auto
lemma stack_height_at_context :
"StackHeightElm x \<in> contexts_as_set v2 c2 \<Longrightarrow>
StackHeightElm x \<in> stack_as_set (vctx_stack v2)"
apply(simp add:context_rw)
done
lemma stack_elem_at_context :
"StackElm (x,y) \<in> contexts_as_set v2 c2 \<Longrightarrow>
StackElm (x,y) \<in> stack_as_set (vctx_stack v2)"
apply(simp add:context_rw)
done
lemma stack_at_context :
"stack_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
stack_as_set s1 \<subseteq> stack_as_set (vctx_stack v2)"
apply auto
apply (case_tac x)
apply auto
using stack_height_at_context
apply force
using stack_elem_at_context
apply force
apply(auto simp add:context_rw)
done
lemma stack_from_context :
"stack_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
vctx_stack v2 = s1"
using stack_at_context [of s1 v2 c2]
and maximality_stack [of s1 "vctx_stack v2"]
by force
lemma maximality_data_aux :
"data_sent_as_set s1 \<subseteq> data_sent_as_set s2 \<Longrightarrow>
i < length s1 \<Longrightarrow>
s1!i = s2!i"
apply(auto simp add:context_rw)
apply blast
done
lemma maximality_data_length :
"data_sent_as_set s1 \<subseteq> data_sent_as_set s2 \<Longrightarrow>
length s1 = length s2"
by (auto simp add:context_rw)
lemma maximality_data_sent :
"data_sent_as_set s1 \<subseteq> data_sent_as_set s2 \<Longrightarrow>
s1 = s2"
apply (rule List.nth_equalityI)
using maximality_data_length
apply force
apply auto
subgoal for i
using maximality_data_aux [of s1 s2 i]
apply simp
done
done
lemma data_size_at_context :
"SentDataLengthElm x \<in> contexts_as_set v2 c2 \<Longrightarrow>
SentDataLengthElm x \<in> data_sent_as_set (vctx_data_sent v2)"
apply(simp add:context_rw)
done
lemma data_elem_at_context :
"SentDataElm (x,y) \<in> contexts_as_set v2 c2 \<Longrightarrow>
SentDataElm (x,y) \<in> data_sent_as_set (vctx_data_sent v2)"
apply(simp add:context_rw)
done
lemma data_at_context :
"data_sent_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
data_sent_as_set s1 \<subseteq> data_sent_as_set (vctx_data_sent v2)"
apply (auto)
apply (case_tac x)
apply (auto simp:data_size_at_context data_elem_at_context)
apply(auto simp add:context_rw)
done
lemma data_from_context :
"data_sent_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
vctx_data_sent v2 = s1"
using data_at_context [of s1 v2 c2]
and maximality_data_sent [of s1 "vctx_data_sent v2"]
by force
(* reconstruct memory *)
lemma maximality_memory :
"memory_as_set m1 \<subseteq> memory_as_set m2 \<Longrightarrow>
m1 = m2"
apply(auto simp add:context_rw)
done
lemma memory_at_context :
"memory_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
memory_as_set s1 \<subseteq> memory_as_set (vctx_memory v2)"
apply(auto simp add:context_rw)
done
lemma memory_from_context :
"memory_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
vctx_memory v2 = s1"
using memory_at_context [of s1 v2 c2]
and maximality_memory [of s1 "vctx_memory v2"]
by force
(* reconstruct storage *)
lemma maximality_storage :
"storage_as_set m1 \<subseteq> storage_as_set m2 \<Longrightarrow>
m1 = m2"
apply(auto simp add:context_rw)
done
lemma storage_at_context :
"storage_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
storage_as_set s1 \<subseteq> storage_as_set (vctx_storage v2)"
apply(auto simp add:context_rw)
done
lemma storage_from_context :
"storage_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
vctx_storage v2 = s1"
using storage_at_context [of s1 v2 c2]
and maximality_storage [of s1 "vctx_storage v2"]
by force
(* balance *)
lemma maximality_balance :
"balance_as_set m1 \<subseteq> balance_as_set m2 \<Longrightarrow>
m1 = m2"
apply(auto simp add:context_rw)
done
lemma balance_at_context :
"balance_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
balance_as_set s1 \<subseteq> balance_as_set (vctx_balance v2)"
apply(auto simp add:context_rw)
done
lemma balance_from_context :
"balance_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
vctx_balance v2 = s1"
by (metis balance_at_context maximality_balance)
(* block info *)
lemma maximality_block :
"blockhash_as_elm m1 \<subseteq> blockhash_as_elm m2 \<Longrightarrow>
m1 = m2"
apply(auto simp add:context_rw)
done
lemma block_at_context :
"blockhash_as_elm s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
blockhash_as_elm s1 \<subseteq>
blockhash_as_elm (block_blockhash (vctx_block v2))"
apply(auto simp add:context_rw)
done
lemma block_from_context :
"blockhash_as_elm s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
block_blockhash (vctx_block v2) = s1"
using block_at_context [of s1 v2 c2]
and maximality_block [of s1 " block_blockhash (vctx_block v2)"]
by force
(* program *)
definition program_inst :: "program \<Rightarrow> int \<Rightarrow> inst" where
"program_inst p i =
(case program_content p i of None \<Rightarrow> Misc STOP | Some i \<Rightarrow> i)"
definition program_as_set2 :: "program \<Rightarrow> state_element set" where
"program_as_set2 p =
{ CodeElm (pos, i) | pos i. program_inst p pos = i }"
lemma maximality_program_aux :
"program_as_set2 m1 \<subseteq> program_as_set2 m2 \<Longrightarrow>
program_inst m1 = program_inst m2"
apply(auto simp add:context_rw program_as_set2_def)
done
lemma program_as_set_eq : "program_as_set p = program_as_set2 p"
apply (auto simp:program_as_set_def
program_as_set2_def program_inst_def split:option.split)
done
lemma maximality_program :
"program_as_set m1 \<subseteq> program_as_set m2 \<Longrightarrow>
program_inst m1 = program_inst m2"
by (auto simp:program_as_set_eq maximality_program_aux)
lemma program_at_context :
"program_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
program_as_set s1 \<subseteq> program_as_set (cctx_program c2)"
apply(auto simp add:context_rw)
apply blast
apply force
done
lemma program_from_context :
"program_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
program_inst (cctx_program c2) = program_inst s1"
by (metis program_at_context maximality_program)
lemma program_inst_same :
"program_inst p1 = program_inst p2 \<Longrightarrow>
program_as_set p1 = program_as_set p2"
apply (auto simp:program_as_set_def
program_as_set2_def program_inst_def split:option.split)
apply (metis option.case_eq_if option.expand option.sel option.simps(3) program_inst_def)
apply (metis option.case_eq_if option.sel option.simps(3) program_inst_def)
apply (metis option.case_eq_if option.sel option.simps(3) program_inst_def)
apply (metis option.case_eq_if option.expand option.sel option.simps(3) program_inst_def)
apply (metis option.case_eq_if option.sel option.simps(3) program_inst_def)
apply (metis option.case_eq_if option.sel option.simps(3) program_inst_def)
done
(* reconstruct logs *)
lemma maximality_log_aux :
"log_as_set s1 \<subseteq> log_as_set s2 \<Longrightarrow>
i < length s1 \<Longrightarrow>
rev s1!i = rev s2!i"
apply(auto simp add:context_rw)
apply blast
done
lemma maximality_log_length :
"log_as_set s1 \<subseteq> log_as_set s2 \<Longrightarrow>
length s1 = length s2"
by (auto simp add:context_rw)
lemma maximality_log :
"log_as_set s1 \<subseteq> log_as_set s2 \<Longrightarrow>
s1 = s2"
using maximality_log_aux [of s1 s2]
and maximality_log_length [of s1 s2]
and list_eq [of s1 s2]
by (metis length_rev nth_equalityI rev_is_rev_conv)
lemma log_length_at_context :
"LogNumElm x \<in> contexts_as_set v2 c2 \<Longrightarrow>
LogNumElm x \<in> log_as_set (vctx_logs v2)"
apply(simp add:context_rw)
done
lemma log_elem_at_context :
"LogElm (x,y) \<in> contexts_as_set v2 c2 \<Longrightarrow>
LogElm (x,y) \<in> log_as_set (vctx_logs v2)"
apply(simp add:context_rw)
done
lemma log_at_context_aux :
"log_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
x \<in> log_as_set s1 \<Longrightarrow>
x \<in> log_as_set (vctx_logs v2)"
apply (case_tac x)
apply (auto simp:log_length_at_context log_elem_at_context)
apply(auto simp add:context_rw)
done
lemma log_at_context :
"log_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
log_as_set s1 \<subseteq> log_as_set (vctx_logs v2)"
using log_at_context_aux
apply (auto)
done
lemma log_from_context :
"log_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
vctx_logs v2 = s1"
using log_at_context [of s1 v2 c2]
and maximality_log [of s1 "vctx_logs v2"]
by force
(* external programs *)
lemma maximal_ext_length :
"ext_program_as_set s1 \<subseteq> ext_program_as_set s2 \<Longrightarrow>
program_length (s1 addr) = program_length (s2 addr)"
apply(auto simp add:context_rw)
done
lemma maximal_ext_content :
"ext_program_as_set s1 \<subseteq> ext_program_as_set s2 \<Longrightarrow>
program_as_natural_map (s1 addr) =
program_as_natural_map (s2 addr)"
apply(auto simp add:context_rw)
apply blast
done
lemma ext_at_context :
"ext_program_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
ext_program_as_set s1 \<subseteq> ext_program_as_set (vctx_ext_program v2)"
apply(auto simp add:context_rw)
apply blast
done
lemma ext_length_from_context :
"ext_program_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
program_length (vctx_ext_program v2 addr) = program_length (s1 addr)"
using ext_at_context [of s1 v2 c2]
and maximal_ext_length [of s1 "vctx_ext_program v2"]
by force
lemma ext_content_from_context :
"ext_program_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
program_as_natural_map (vctx_ext_program v2 addr) =
program_as_natural_map (s1 addr)"
using ext_at_context [of s1 v2 c2]
and maximal_ext_content [of s1 "vctx_ext_program v2"]
by force
lemma ext_program_same :
"(\<forall>addr. program_length (p1 addr) = program_length (p2 addr)) \<Longrightarrow>
(\<forall>addr. program_as_natural_map (p1 addr) =
program_as_natural_map (p2 addr)) \<Longrightarrow>
ext_program_as_set p1 = ext_program_as_set p2"
apply(simp add:ext_program_as_set_def)
done
(* account existence *)
lemma maximality_existence :
"account_existence_as_set m1 \<subseteq> account_existence_as_set m2 \<Longrightarrow>
m1 = m2"
apply(auto simp add:context_rw)
done
lemma existence_at_context :
"account_existence_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
account_existence_as_set s1 \<subseteq> account_existence_as_set (vctx_account_existence v2)"
apply(auto simp add:context_rw)
done
lemma existence_from_context :
"account_existence_as_set s1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
vctx_account_existence v2 = s1"
by (metis existence_at_context maximality_existence)
(* lemmas for all obvious subsets *)
lemma stack_subset :
"stack_as_set (vctx_stack v1) \<subseteq> contexts_as_set v1 c1"
by(auto simp add:context_rw)
lemma memory_subset :
"memory_as_set (vctx_memory v1) \<subseteq> contexts_as_set v1 c1"
by(auto simp add:context_rw)
lemma storage_subset :
"storage_as_set (vctx_storage v1) \<subseteq> contexts_as_set v1 c1"
by(auto simp add:context_rw)
lemma balance_subset :
"balance_as_set (vctx_balance v1) \<subseteq> contexts_as_set v1 c1"
by (auto simp add:context_rw)
lemma existence_subset :
"account_existence_as_set (vctx_account_existence v1) \<subseteq> contexts_as_set v1 c1"
by (auto simp add:context_rw)
lemma data_sent_subset :
"data_sent_as_set (vctx_data_sent v1) \<subseteq> contexts_as_set v1 c1"
by (auto simp add:context_rw)
lemma ext_program_subset :
"ext_program_as_set (vctx_ext_program v1) \<subseteq> contexts_as_set v1 c1"
by (auto simp add:context_rw)
lemma log_subset :
"log_as_set (vctx_logs v1) \<subseteq> contexts_as_set v1 c1"
by (auto simp add:context_rw)
lemma block_subset :
"blockhash_as_elm (block_blockhash (vctx_block v1)) \<subseteq> contexts_as_set v1 c1"
by (auto simp add:context_rw)
lemma program_subset :
"program_as_set (cctx_program c1) \<subseteq> contexts_as_set v1 c1"
by (auto simp add:context_rw)
lemma get_condition1 :
"contexts_as_set v1 c1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
vctx_memory_usage v1 =
vctx_memory_usage v2 \<and>
vctx_caller v1 = vctx_caller v2 \<and>
vctx_value_sent v1 =
vctx_value_sent v2 \<and>
vctx_origin v1 = vctx_origin v2 \<and>
vctx_gas v1 = vctx_gas v2 \<and>
vctx_pc v1 = vctx_pc v2 \<and>
block_coinbase (vctx_block v1) =
block_coinbase (vctx_block v2) \<and>
block_timestamp (vctx_block v1) =
block_timestamp (vctx_block v2) \<and>
block_difficulty (vctx_block v1) =
block_difficulty (vctx_block v2) \<and>
block_gaslimit (vctx_block v1) =
block_gaslimit (vctx_block v2) \<and>
block_number (vctx_block v1) =
block_number (vctx_block v2) \<and>
cctx_this c1 = cctx_this c2"
apply(simp add:context_rw)
done
lemma eq_class :
"vctx_memory_usage v1 = vctx_memory_usage v2 \<Longrightarrow>
vctx_caller v1 = vctx_caller v2 \<Longrightarrow>
vctx_value_sent v1 = vctx_value_sent v2 \<Longrightarrow>
vctx_gasprice v1 = vctx_gasprice v2 \<Longrightarrow>
vctx_origin v1 = vctx_origin v2 \<Longrightarrow>
vctx_gas v1 = vctx_gas v2 \<Longrightarrow>
vctx_pc v1 = vctx_pc v2 \<Longrightarrow>
vctx_data_sent v1 = vctx_data_sent v2 \<Longrightarrow>
block_coinbase (vctx_block v1) =
block_coinbase (vctx_block v2) \<Longrightarrow>
block_blockhash (vctx_block v1) =
block_blockhash (vctx_block v2) \<Longrightarrow>
block_timestamp (vctx_block v1) =
block_timestamp (vctx_block v2) \<Longrightarrow>
block_difficulty (vctx_block v1) =
block_difficulty (vctx_block v2) \<Longrightarrow>
block_gaslimit (vctx_block v1) =
block_gaslimit (vctx_block v2) \<Longrightarrow>
block_number (vctx_block v1) = block_number (vctx_block v2) \<Longrightarrow>
vctx_logs v1 = vctx_logs v2 \<Longrightarrow>
vctx_stack v1 = vctx_stack v2 \<Longrightarrow>
vctx_memory v1 = vctx_memory v2 \<Longrightarrow>
vctx_storage v1 = vctx_storage v2 \<Longrightarrow>
vctx_balance v1 = vctx_balance v2 \<Longrightarrow>
vctx_account_existence v1 = vctx_account_existence v2 \<Longrightarrow>
program_inst (cctx_program c1) = program_inst (cctx_program c2) \<Longrightarrow>
cctx_this c1 = cctx_this c2 \<Longrightarrow>
(\<forall>addr. program_length (vctx_ext_program v1 addr) =
program_length (vctx_ext_program v2 addr)) \<Longrightarrow>
(\<forall>addr. program_as_natural_map (vctx_ext_program v1 addr) =
program_as_natural_map (vctx_ext_program v2 addr)) \<Longrightarrow>
contexts_as_set v1 c1 = contexts_as_set v2 c2"
apply(simp add:contexts_as_set_def constant_ctx_as_set_def
variable_ctx_as_set_def)
apply auto
using program_inst_same apply blast
using ext_program_same apply blast
using program_inst_same apply blast
using ext_program_same apply blast
done
lemma maximality :
"contexts_as_set v1 c1 \<subseteq> contexts_as_set v2 c2 \<Longrightarrow>
contexts_as_set v1 c1 = contexts_as_set v2 c2"
apply (rule eq_class)
apply(simp add:context_rw)
apply(simp add:context_rw)
apply(simp add:context_rw)
apply(simp add:context_rw)
apply(simp add:context_rw)
apply(simp add:context_rw)
apply(simp add:context_rw)
apply (metis data_from_context data_sent_subset order.trans)
apply(simp add:context_rw)
using block_from_context and block_subset
apply force
apply(simp add:context_rw)
apply(simp add:context_rw)
apply(simp add:context_rw)
apply(simp add:context_rw)
using log_from_context and log_subset
apply force
using stack_from_context and stack_subset
apply force
using memory_from_context and memory_subset
apply force
using storage_from_context and storage_subset
apply force
using balance_from_context and balance_subset apply force
using existence_from_context and existence_subset apply force
using program_from_context and program_subset apply force
apply(simp add:context_rw)
using ext_length_from_context and ext_program_subset apply force
using ext_content_from_context and ext_program_subset apply force
done
(* Looping *)
(*
definition zero :: "'a set_pred" where
"zero = (\<lambda>x. False)"
lemma zero_add : "zero ## a = a"
apply (simp add:zero_def sep_add_def)
done
lemma zero_mul : "zero ** a = zero"
apply (simp add:zero_def sep_def)
done
lemma zero_triple : "triple net {} zero {} p"
apply (auto simp add:zero_mul triple_def zero_def sep_def)
done
lemma loop_triple :
"(\<forall>x. \<exists>y. y < x \<and> triple net {} (p x) {} (p y ## q)) \<Longrightarrow>
p (0::nat) = zero \<Longrightarrow>
triple net {} (p x) {} q"
apply auto
done
lemma triple_three :
"triple net {} p2 {} (q ## p1) \<Longrightarrow>
triple net {} p1 {} (q ## p0) \<Longrightarrow>
triple net {} p2 {} (q ## p0)"
apply (auto simp:triple_def failed_for_reasons_def)
apply(drule_tac x = co_ctx in spec)
apply(drule_tac x = co_ctx in spec)
apply auto
apply(drule_tac x = presult in spec)
apply(drule_tac x = rest in spec)
apply auto
apply(drule_tac x = stopper in spec)
apply auto
apply (auto simp:sep_add_def)
apply(drule_tac x = "program_sem stopper co_ctx k net presult" in spec)
apply(drule_tac x = rest in spec)
apply auto
apply(drule_tac x = stopper in spec)
apply auto
done
lemma loop_triple2 :
"(\<forall>x. triple net {} (p x) {} (p (x-1) ## q)) \<Longrightarrow>
triple net {} (p x) {} (p (0::nat) ## q)"
apply (induction x)
apply auto
apply (metis diff_0_eq_0)
apply(drule_tac x = "Suc x" in spec)
apply auto
apply (rule triple_three)
apply auto
done
lemma loop_triple_int :
"(\<forall>x. triple net {} (p x) {} (p (x-1) ## q)) \<Longrightarrow>
\<exists>y. y < (0::int) \<and> triple net {} (p x) {} (p y ## q)"
apply (induction x)
subgoal for n
apply (induction n)
apply force
apply auto
apply(drule_tac x = "int (Suc n)" in spec)
apply auto
using triple_three
by blast
by force
definition stable :: "network \<Rightarrow> state_element set_pred \<Rightarrow> bool" where
"stable net pre ==
\<forall> co_ctx presult rest stopper. no_assertion co_ctx \<longrightarrow>
(pre ** rest) (instruction_result_as_set co_ctx presult) \<longrightarrow>
(\<forall> k.
(pre ** rest) (instruction_result_as_set co_ctx (program_sem stopper co_ctx k net presult)))"
lemma triple_stable :
"triple net {} p {} (q##r) \<Longrightarrow>
triple net {} (p##r) {} (q##r)"
using triple_tauto triple_three by fastforce
lemma triple_stable2 :
"triple net {} p {} (q##s) \<Longrightarrow>
triple net {} s {} r \<Longrightarrow>
triple net {} (p##r) {} (q##r)"
by (metis sep_add_def triple_stable triple_three weaken_post)
lemma loop_triple_int2 :
"(\<forall>x. triple net {} (p x) {} (p (x-1) ## q x)) \<Longrightarrow>
(\<forall>x. triple net {} (q x) {} (q (x+1))) \<Longrightarrow>
\<exists>y. y < (0::int) \<and> triple net {} (p x) {} (p y ## q x)"
apply (induction x)
subgoal for n
apply (induction n)
apply (smt semiring_1_class.of_nat_simps(1))
apply auto
apply(drule_tac x = "int (Suc n)" in spec)
apply(drule_tac x = "int n" in spec)
apply auto
subgoal for n y
apply (rule exI[of _ y])
apply auto
by (smt sep_add_assoc sep_add_commute sep_add_never triple_stable2 triple_three)
done
by (smt negative_zle)
lemma loop_triple_int3 :
"(\<forall>x. triple net {} (p x) {} (p (x-1) ## q x)) \<Longrightarrow>
(\<forall>x. triple net {} (q x) {} (q (x+1))) \<Longrightarrow>
\<exists>y. y < (0::int) \<and> y \<le> x \<and> triple net {} (p x) {} (p y ## q x)"
apply (induction x)
subgoal for n
apply (induction n)
apply (smt semiring_1_class.of_nat_simps(1))
apply auto
apply(drule_tac x = "int (Suc n)" in spec)
apply(drule_tac x = "int n" in spec)
apply auto
subgoal for n y
apply (rule exI[of _ y])
apply auto
by (smt sep_add_assoc sep_add_commute sep_add_never triple_stable2 triple_three)
done
by (smt negative_zle)
definition ex_pred :: "('b \<Rightarrow> 'a set_pred) \<Rightarrow> 'a set_pred" where
"ex_pred pred = (\<lambda>s. \<exists>y. pred y s)"
definition s_triple :: "network \<Rightarrow> state_element set_pred \<Rightarrow> state_element set_pred \<Rightarrow> bool" where
"s_triple net pre post ==
\<forall> co_ctx presult rest stopper. no_assertion co_ctx \<longrightarrow>
(pre ** rest) (instruction_result_as_set co_ctx presult) \<longrightarrow>
(\<exists> k.
(post ** rest) (instruction_result_as_set co_ctx (program_sem stopper co_ctx k net presult)))"
lemma s_triple_eq : "s_triple net p q = triple net {} p {} q"
apply (auto simp add: triple_def s_triple_def failed_for_reasons_def)
done
definition failures :: "failure_reason set \<Rightarrow> state_element set_pred" where
"failures fails = (\<lambda>s.
\<exists>lst. set lst \<subseteq> fails \<and> set lst \<noteq> {} \<and>
s = {ContinuingElm False,
ContractActionElm (ContractFail lst)})"
lemma s_triple_eq2 :
"s_triple net (p**code c) (q**code c) = triple net {} p c q"
apply (auto simp add: triple_def s_triple_def failed_for_reasons_def)
done
lemma no_annotation_failure :
"no_assertion co_ctx \<Longrightarrow>
presult \<noteq> InstructionAnnotationFailure \<Longrightarrow>
program_sem stopper co_ctx k net presult \<noteq> InstructionAnnotationFailure"
apply(cases presult)
apply (simp add:program_sem.simps failed_for_reasons_def
program_annotation no_reasons_next)
subgoal for v1
apply (induction k arbitrary:v1 presult)
apply (auto simp add:program_sem.simps failed_for_reasons_def
program_annotation no_reasons_next)
apply (case_tac "next_state stopper co_ctx net
(InstructionContinue v1)")
apply auto
defer
apply (simp add: program_environment)
apply(simp add:next_state_def)
apply(case_tac "vctx_next_instruction v1 co_ctx"; auto)
apply(case_tac "check_resources v1 co_ctx (vctx_stack v1) a net"; auto)
using no_annotation_inst by force
apply (auto simp add: program_environment)
done
lemma code_elm_preserved :
"no_assertion co_ctx \<Longrightarrow>
CodeElm (pos, i) \<in> instruction_result_as_set co_ctx presult \<Longrightarrow>
CodeElm (pos, i) \<in> instruction_result_as_set co_ctx
(program_sem stopper co_ctx k net presult)"
apply (cases presult; auto)
apply(case_tac "program_sem stopper co_ctx k net
(InstructionContinue x1)")
apply (auto simp add:context_rw instruction_result_as_set_def)
using no_annotation_failure apply force
using no_annotation_failure apply force
apply(case_tac "program_sem stopper co_ctx k net
presult")
apply (auto simp add:context_rw instruction_result_as_set_def)
using no_annotation_failure apply force
apply(case_tac "program_sem stopper co_ctx k net
presult")
apply (auto simp add:context_rw instruction_result_as_set_def)
using no_annotation_failure apply force
done
lemma continue_elm_false :
"ContinuingElm False \<notin>
instruction_result_as_set co_ctx
(InstructionContinue x1)"
apply(auto simp:context_rw instruction_result_as_set_def)
done
lemma get_action_elm :
"ContractActionElm act \<in>
instruction_result_as_set co_ctx
(InstructionToEnvironment act2 v2 zz) \<Longrightarrow>
act = act2"
apply(auto simp:context_rw instruction_result_as_set_def)
done
lemma s_triple_imp :
"s_triple net (p**code c) (q**code c ##failures f) \<Longrightarrow>
triple net f p c q"
apply (auto simp add: triple_def s_triple_def sep_add_def)
apply (drule_tac x = co_ctx in spec)
apply clarsimp
apply (drule_tac x = presult and y = rest in spec2)
apply clarsimp
apply (drule_tac x = stopper in spec)
apply clarsimp
subgoal for co_ctx presult rest stopper k
apply (rule_tac exI[of _ k])
apply auto
using code_elm_preserved apply fastforce
apply (auto simp add:sep_def failures_def
failed_for_reasons_def)
subgoal for u ua v va
apply (rule exI [of _ "(va -
{CodeElm (pos, i) |pos i. (pos, i) \<in> c})"])
apply auto
proof -
assume a1: "rest ua"
assume a2: "ua \<union> va = instruction_result_as_set co_ctx (program_sem stopper co_ctx k net presult)"
assume a3: "ua \<inter> va = {}"
assume "{CodeElm (pos, i) |pos i. (pos, i) \<in> c} \<subseteq> va"
then have f4: "ua \<inter> {CodeElm (i, ia) |i ia. (i, ia) \<in> c} = {}"
using a3 by blast
have "\<forall>S. (va - S) \<inter> ua = {} \<or> {} - ua \<inter> S \<noteq> {}"
using a3 by blast
then have "(va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c}) \<inter> ua = {} \<and> ua \<union> va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} = ua \<union> (va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c})"
using f4 by (simp add: Diff_triv Un_Diff)
then show "\<exists>S. rest S \<and> va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<union> S = instruction_result_as_set co_ctx (program_sem stopper co_ctx k net presult) - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<and> (va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c}) \<inter> S = {}"
using a2 a1 by auto
qed
apply (cases "program_sem stopper co_ctx k net presult")
apply simp
subgoal for u ua v lst x1
using continue_elm_false[of co_ctx x1]
apply auto
done
apply simp
subgoal for u ua v lst act vctx x33
apply (cases act; simp)
using get_action_elm
[of "ContractFail lst" co_ctx act vctx x33]
apply (metis contract_action.distinct(5) insertI1 insert_commute)
using get_action_elm
[of "ContractFail lst" co_ctx act vctx x33]
apply (metis contract_action.distinct insertI1 insert_commute)
using get_action_elm
[of "ContractFail lst" co_ctx act vctx x33]
apply (metis contract_action.distinct insertI1 insert_commute)
defer
using get_action_elm
[of "ContractFail lst" co_ctx act vctx x33]
apply (metis contract_action.distinct insertI1 insert_commute)
using get_action_elm
[of "ContractFail lst" co_ctx act vctx x33]
apply (metis contract_action.distinct insertI1 insert_commute)
by (metis \<open>ContractActionElm (ContractFail lst) \<in> instruction_result_as_set co_ctx (InstructionToEnvironment act vctx x33) \<Longrightarrow> ContractFail lst = act\<close> contract_action.inject(4) insertI1 insert_commute)
apply (cases "program_sem stopper co_ctx k net presult")
apply simp
subgoal for u ua v va x1
apply (rule exI [of _ "(va -
{CodeElm (pos, i) |pos i. (pos, i) \<in> c})"])
apply auto
proof -
assume a1: "rest ua"
assume a2: "ua \<union> va = instruction_result_as_set co_ctx (InstructionContinue x1)"
assume a3: "ua \<inter> va = {}"
assume a4: "{CodeElm (pos, i) |pos i. (pos, i) \<in> c} \<subseteq> va"
have f5: "\<forall>S. {} - ua \<inter> S = ua \<inter> (va - S)"
using a3 by auto
have "ua \<union> va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} = ua \<union> (va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c})"
using a4 a3 by auto
then have "(va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c}) \<inter> ua = {} \<and> ua \<union> va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} = va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<union> ua"
using f5 by (simp add: inf_sup_aci(1) inf_sup_aci(5))
then show "\<exists>S. rest S \<and> va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<union> S = instruction_result_as_set co_ctx (InstructionContinue x1) - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<and> (va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c}) \<inter> S = {}"
using a2 a1 by auto
qed
apply simp
subgoal for u ua v va
apply (rule exI [of _ "(va -
{CodeElm (pos, i) |pos i. (pos, i) \<in> c})"])
apply auto
done
subgoal for u ua v va act vctx x33
apply (rule exI [of _ "(va -
{CodeElm (pos, i) |pos i. (pos, i) \<in> c})"])
proof -
assume a1: "rest ua"
assume a2: "ua \<inter> va = {}"
assume a3: "{CodeElm (pos, i) |pos i. (pos, i) \<in> c} \<subseteq> va"
assume a4: "q (va - {CodeElm (pos, i) |pos i. (pos, i) \<in> c})"
assume "program_sem stopper co_ctx k net presult = InstructionToEnvironment act vctx x33"
assume a5: "ua \<union> va = instruction_result_as_set co_ctx (program_sem stopper co_ctx k net presult)"
have "ua \<inter> {CodeElm (i, ia) |i ia. (i, ia) \<in> c} = {}"
using a3 a2 by blast
then have "va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<union> ua = ua \<union> va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<and> (va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c}) \<inter> ua = {}"
using a2 by (simp add: Diff_Int_distrib Diff_triv Un_Diff inf_sup_aci(1) inf_sup_aci(5))
then show "q (va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c}) \<and> (\<exists>S. rest S \<and> va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<union> S = instruction_result_as_set co_ctx (program_sem stopper co_ctx k net presult) - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<and> (va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c}) \<inter> S = {})"
using a5 a4 a1 by auto
qed
done
done
definition failures2 :: "failure_reason set \<Rightarrow> state_element set_pred" where
"failures2 fails = (\<lambda>s.
\<exists>lst. set lst \<subseteq> fails \<and> set lst \<noteq> {} \<and>
ContinuingElm False \<in> s \<and>
ContractActionElm (ContractFail lst) \<in> s)"
lemma s_triple_imp2 :
"s_triple net (p**code c) (q**code c ##failures2 f) \<Longrightarrow> triple net f p c q"
apply (auto simp add: triple_def s_triple_def sep_add_def)
apply (drule_tac x = co_ctx in spec)
apply clarsimp
apply (drule_tac x = presult and y = rest in spec2)
apply clarsimp
apply (drule_tac x = stopper in spec)
apply clarsimp
subgoal for co_ctx presult rest stopper k
apply (rule_tac exI[of _ k])
apply auto
using code_elm_preserved apply fastforce
apply (auto simp add:sep_def failures2_def
failed_for_reasons_def)
subgoal for u ua v va
apply (rule exI [of _ "(va -
{CodeElm (pos, i) |pos i. (pos, i) \<in> c})"])
apply auto
proof -
assume a1: "rest ua"
assume a2: "ua \<union> va = instruction_result_as_set co_ctx (program_sem stopper co_ctx k net presult)"
assume a3: "ua \<inter> va = {}"
assume "{CodeElm (pos, i) |pos i. (pos, i) \<in> c} \<subseteq> va"
then have f4: "ua \<inter> {CodeElm (i, ia) |i ia. (i, ia) \<in> c} = {}"
using a3 by blast
have "\<forall>S. (va - S) \<inter> ua = {} \<or> {} - ua \<inter> S \<noteq> {}"
using a3 by blast
then have "(va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c}) \<inter> ua = {} \<and> ua \<union> va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} = ua \<union> (va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c})"
using f4 by (simp add: Diff_triv Un_Diff)
then show "\<exists>S. rest S \<and> va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<union> S = instruction_result_as_set co_ctx (program_sem stopper co_ctx k net presult) - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<and> (va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c}) \<inter> S = {}"
using a2 a1 by auto
qed
apply (cases "program_sem stopper co_ctx k net presult")
apply simp
subgoal for u ua v va lst x1
using continue_elm_false[of co_ctx x1]
apply auto
done
apply auto
apply (cases "program_sem stopper co_ctx k net presult")
apply auto
subgoal for u ua v va lst x31 x32 x33
apply (rule exI [of _ "(va -
{CodeElm (pos, i) |pos i. (pos, i) \<in> c})"])
apply auto
apply (metis Un_upper2 get_action_elm subset_iff)
by (metis Un_upper2 get_action_elm subset_iff)
subgoal for u ua v va
apply (rule exI [of _ "(va -
{CodeElm (pos, i) |pos i. (pos, i) \<in> c})"])
apply auto
proof -
assume a1: "rest ua"
assume a2: "ua \<union> va = instruction_result_as_set co_ctx (program_sem stopper co_ctx k net presult)"
assume a3: "ua \<inter> va = {}"
assume "{CodeElm (pos, i) |pos i. (pos, i) \<in> c} \<subseteq> va"
then have "ua \<inter> {} = ua \<inter> {CodeElm (i, ia) |i ia. (i, ia) \<in> c}"
using a3 by auto
then have "ua \<union> va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} = va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<union> ua"
by auto
then show "\<exists>S. rest S \<and> va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<union> S = instruction_result_as_set co_ctx (program_sem stopper co_ctx k net presult) - {CodeElm (i, ia) |i ia. (i, ia) \<in> c} \<and> (va - {CodeElm (i, ia) |i ia. (i, ia) \<in> c}) \<inter> S = {}"
using a3 a2 a1 by auto
qed
done
done
lemma s_triple_imp2 :
"triple net f p c q \<Longrightarrow> s_triple net (p**code c) (q**code c ##failures2 f)"
apply (auto simp add: triple_def s_triple_def sep_add_def)
apply (drule_tac x = co_ctx in spec)
apply clarsimp
apply (drule_tac x = presult and y = rest in spec2)
apply clarsimp
apply (drule_tac x = stopper in spec)
apply clarsimp
subgoal for co_ctx presult rest stopper k
apply (rule_tac exI[of _ k])
apply auto
apply (auto simp add:sep_def failures_def
failed_for_reasons_def)[1]
subgoal for u ua v va
apply (rule exI [of _ va])
apply clarsimp
apply (rule exI [of _
"ua \<union> {CodeElm (pos, i) |pos i. (pos, i) \<in> c}"])
apply auto
by (metis (no_types, lifting) Diff_cancel Int_Diff Un_Diff inf_commute inf_sup_absorb inf_sup_aci(1) sup_bot.right_neutral)
apply (cases "program_sem stopper co_ctx k net presult")
apply (simp add:failed_for_reasons_def)
apply (simp add:failed_for_reasons_def)
apply (simp add:failed_for_reasons_def)
apply clarsimp
oops
*)
end
| Isabelle | 5 | pirapira/eth-isabelle | Hoare/EvmFacts.thy | [
"Apache-2.0"
] |
/**
* Copyright (c) Facebook, Inc. and its affiliates.
*
* This source code is licensed under the MIT license found in the
* LICENSE file in the root directory of this source tree.
*/
.blm {
font-size: 20px;
height: 80px;
padding: 20px;
text-align: center;
}
@media only screen and (max-width: 996px) {
.demoGif {
margin-top: 2rem;
width: 100%;
}
.hideOnTabletAndSmaller {
display: none;
}
.blm {
height: 70px;
}
}
| CSS | 3 | ozairi121/draft-js | website/src/pages/styles.module.css | [
"MIT"
] |
doctype html
html
head
title My Blog
body
h1= title
time= date
div!= contents
| Jade | 3 | contentascode/metalsmith | examples/wintersmith/templates/post.jade | [
"MIT",
"Unlicense"
] |
// WARNING: DO NOT EDIT THIS FILE. THIS FILE IS MANAGED BY SPRING ROO.
// You may push code into the target .java compilation unit if you wish to edit any member(s).
package com.journaldev.web;
import com.journaldev.web.ApplicationBean;
import javax.annotation.PostConstruct;
import javax.el.ELContext;
import javax.el.ExpressionFactory;
import javax.faces.application.Application;
import javax.faces.bean.ManagedBean;
import javax.faces.bean.RequestScoped;
import javax.faces.context.FacesContext;
import org.primefaces.component.menuitem.MenuItem;
import org.primefaces.component.submenu.Submenu;
import org.primefaces.model.DefaultMenuModel;
import org.primefaces.model.MenuModel;
privileged aspect ApplicationBean_Roo_ApplicationBean {
declare @type: ApplicationBean: @ManagedBean;
declare @type: ApplicationBean: @RequestScoped;
private MenuModel ApplicationBean.menuModel;
@PostConstruct
public void ApplicationBean.init() {
FacesContext facesContext = FacesContext.getCurrentInstance();
Application application = facesContext.getApplication();
ExpressionFactory expressionFactory = application.getExpressionFactory();
ELContext elContext = facesContext.getELContext();
menuModel = new DefaultMenuModel();
Submenu submenu;
MenuItem item;
submenu = new Submenu();
submenu.setId("employeeSubmenu");
submenu.setLabel("Employee");
item = new MenuItem();
item.setId("createEmployeeMenuItem");
item.setValueExpression("value", expressionFactory.createValueExpression(elContext, "#{messages.label_create}", String.class));
item.setActionExpression(expressionFactory.createMethodExpression(elContext, "#{employeeBean.displayCreateDialog}", String.class, new Class[0]));
item.setIcon("ui-icon ui-icon-document");
item.setAjax(false);
item.setAsync(false);
item.setUpdate(":dataForm:data");
submenu.getChildren().add(item);
item = new MenuItem();
item.setId("listEmployeeMenuItem");
item.setValueExpression("value", expressionFactory.createValueExpression(elContext, "#{messages.label_list}", String.class));
item.setActionExpression(expressionFactory.createMethodExpression(elContext, "#{employeeBean.displayList}", String.class, new Class[0]));
item.setIcon("ui-icon ui-icon-folder-open");
item.setAjax(false);
item.setAsync(false);
item.setUpdate(":dataForm:data");
submenu.getChildren().add(item);
menuModel.addSubmenu(submenu);
submenu = new Submenu();
submenu.setId("phoneSubmenu");
submenu.setLabel("Phone");
item = new MenuItem();
item.setId("createPhoneMenuItem");
item.setValueExpression("value", expressionFactory.createValueExpression(elContext, "#{messages.label_create}", String.class));
item.setActionExpression(expressionFactory.createMethodExpression(elContext, "#{phoneBean.displayCreateDialog}", String.class, new Class[0]));
item.setIcon("ui-icon ui-icon-document");
item.setAjax(false);
item.setAsync(false);
item.setUpdate(":dataForm:data");
submenu.getChildren().add(item);
item = new MenuItem();
item.setId("listPhoneMenuItem");
item.setValueExpression("value", expressionFactory.createValueExpression(elContext, "#{messages.label_list}", String.class));
item.setActionExpression(expressionFactory.createMethodExpression(elContext, "#{phoneBean.displayList}", String.class, new Class[0]));
item.setIcon("ui-icon ui-icon-folder-open");
item.setAjax(false);
item.setAsync(false);
item.setUpdate(":dataForm:data");
submenu.getChildren().add(item);
menuModel.addSubmenu(submenu);
}
public MenuModel ApplicationBean.getMenuModel() {
return menuModel;
}
public String ApplicationBean.getAppName() {
return "Primefaces-SpringRoo-Hibernate-Sample";
}
}
| AspectJ | 3 | ghiloufibelgacem/jornaldev | PrimeFaces/Primefaces-SpringRoo-Hibernate-Sample/src/main/java/com/journaldev/web/ApplicationBean_Roo_ApplicationBean.aj | [
"MIT"
] |
import {
FormGroup,
ControlLabel,
HelpBlock
} from '@freecodecamp/react-bootstrap';
import React from 'react';
import { ButtonSpacer } from '../helpers';
import TB from '../helpers/toggle-button';
import './toggle-setting.css';
type ToggleSettingProps = {
action: string;
explain?: string;
flag: boolean;
flagName: string;
toggleFlag: () => void;
offLabel: string;
onLabel: string;
};
export default function ToggleSetting({
action,
explain,
flag,
flagName,
toggleFlag,
...restProps
}: ToggleSettingProps): JSX.Element {
return (
<>
<div className='toggle-setting-container'>
<FormGroup>
<ControlLabel className='toggle-label' htmlFor={flagName}>
<strong>{action}</strong>
{explain ? (
<HelpBlock>
<em>{explain}</em>
</HelpBlock>
) : null}
</ControlLabel>
<TB
name={flagName}
onChange={toggleFlag}
value={flag}
{...restProps}
/>
</FormGroup>
</div>
<ButtonSpacer />
</>
);
}
ToggleSetting.displayName = 'ToggleSetting';
| TypeScript | 4 | fcastillo-serempre/freeCodeCamp | client/src/components/settings/toggle-setting.tsx | [
"BSD-3-Clause"
] |
////////////////////////////////////////////////////////////////////////////////
// AssemblyInfo.prg
using System.Reflection
using System.Runtime.InteropServices
using System.Security
[assembly: AssemblyTitleAttribute( "VO-Compatible Internet Classes Library" )]
[assembly: AssemblyDescriptionAttribute( "VO-Compatible Internet Classes" )]
| xBase | 3 | orangesocks/XSharpPublic | Runtime/VOSDK/Source/VOSDK/Internet_SDK/Properties/AssemblyInfo.prg | [
"Apache-2.0"
] |
#!/bin/csh
#This script can be used to generate a web page to compare histograms from
#two input root files produced using the EDAnalyzers in RecoEgamma/Examples,
#by running one of:
#
#
#
# "Validation/RecoEgamma/test/PhotonValidator_cfg.py
#
# The default list of histograms (configurable) is based on version VXX-XX-XX
# of Validation/RecoEgamma
#
#Two files are created by this script: validation.C and validation.html.
#validation.C should be run inside root to greate a set of gif images
#which can then be viewed in a web browser using validation.html.
#=============BEGIN CONFIGURATION=================
setenv TYPE Photons
setenv CMSSWver1 3_1_1
setenv CMSSWver2 3_1_2
setenv OLDRELEASE 312PreProd
setenv NEWRELEASE 312PreProd
setenv OLDPRERELEASE
setenv NEWPRERELEASE
setenv OLDRELEASE ${OLDRELEASE}${OLDPRERELEASE}
setenv NEWRELEASE ${NEWRELEASE}${NEWPRERELEASE}
#Name of sample (affects output directory name and htmldescription only)
#setenv SAMPLE allPhotonJet_Fid
setenv SAMPLE PhotonJetPt15
#setenv SAMPLE PhotonJetPt0-15
#setenv SAMPLE PhotonJetPt80
#setenv SAMPLE PhotonJetPt80to120
#setenv SAMPLE PhotonJetPt470
#setenv SAMPLE PhotonJetPt500toInf
#setenv SAMPLE SingleGammaPt10IDEAL
#setenv SAMPLE SingleGammaPt35IDEAL
#setenv SAMPLE SingleGammaFlatPt10_100
#setenv SAMPLE H130GGgluonfusionSTARTUP
#setenv SAMPLE GammaJets_Pt_80_120STARTUP
#setenv SAMPLE QCD_Pt_80_120STARTUP
#TYPE must be one ofPixelMatchGsfElectron, Photon
#==============END BASIC CONFIGURATION==================
#Input root trees for the two cases to be compared
#setenv OLDFILE /afs/cern.ch/user/n/nancy/scratch0/PreProductionValidation/CMSSW_${CMSSWver2}/src/Validation/RecoEgamma/test/results/${SAMPLE}.root
#setenv NEWFILE /afs/cern.ch/user/n/nancy/scratch0/PreProductionValidation/CMSSW_${CMSSWver2}/src/Validation/RecoEgamma/test/results/${SAMPLE}.root
setenv OLDFILE /afs/cern.ch/user/n/nancy/scratch0/PreProductionValidation/CMSSW_${CMSSWver2}/src/Validation/RecoEgamma/test/results/PhotonJetPt15_XrayFromData.root
setenv NEWFILE /afs/cern.ch/user/n/nancy/scratch0/PreProductionValidation/CMSSW_${CMSSWver2}/src/Validation/RecoEgamma/test/results/PhotonJetPt15_XrayFromData.root
if ($SAMPLE == SingleGammaPt10IDEAL) then
setenv OLDFILE /data/test/CMSSW_${CMSSWver1}/src/Validation/RecoEgamma/test/PhotonValidationRelVal${OLDRELEASE}_SingleGammaPt10.root
setenv NEWFILE /data/test/CMSSW_${CMSSWver2}/src/Validation/RecoEgamma/test/PhotonValidationRelVal${NEWRELEASE}_SingleGammaPt10.root
else if ($SAMPLE == SingleGammaPt35IDEAL) then
setenv OLDFILE /data/test/CMSSW_${CMSSWver1}/src/Validation/RecoEgamma/test/PhotonValidationRelVal${OLDRELEASE}_SingleGammaPt35.root
setenv NEWFILE /data/test/CMSSW_${CMSSWver2}/src/Validation/RecoEgamma/test/PhotonValidationRelVal${NEWRELEASE}_SingleGammaPt35.root
else if ($SAMPLE == H130GGgluonfusionSTARTUP) then
setenv OLDFILE /data/test/CMSSW_${CMSSWver1}/src/Validation/RecoEgamma/test/PhotonValidationRelVal${OLDRELEASE}_H130GGgluonfusion.root
setenv NEWFILE /data/test/CMSSW_${CMSSWver2}/src/Validation/RecoEgamma/test/PhotonValidationRelVal${NEWRELEASE}_H130GGgluonfusion.root
else if ($SAMPLE == GammaJets_Pt_80_120STARTUP) then
setenv OLDFILE /data/test/CMSSW_${CMSSWver1}/src/Validation/RecoEgamma/test/PhotonValidationRelVal${OLDRELEASE}_GammaJets_Pt_80_120.root
setenv NEWFILE /data/test/CMSSW_${CMSSWver2}/src/Validation/RecoEgamma/test/PhotonValidationRelVal${NEWRELEASE}_GammaJets_Pt_80_120.root
else if ($SAMPLE == QCD_Pt_80_120STARTUP) then
setenv OLDFILE /data/test/CMSSW_${CMSSWver}_${OLDPRERELEASE}/src/Validation/RecoEgamma/test/PhotonValidationRelVal${OLDRELEASE}_QCD_Pt_80_120.root
setenv NEWFILE /data/test/CMSSW_${CMSSWver}_${NEWPRERELEASE}/src/Validation/RecoEgamma/test/PhotonValidationRelVal${NEWRELEASE}_QCD_Pt_80_120.root
endif
#Location of output. The default will put your output in:
#http://cmsdoc.cern.ch/Physics/egamma/www/validation/
setenv CURRENTDIR $PWD
setenv OUTPATH /afs/cern.ch/cms/Physics/egamma/www/validation
cd $OUTPATH
if (! -d $NEWRELEASE) then
mkdir $NEWRELEASE
endif
setenv OUTPATH $OUTPATH/$NEWRELEASE
cd $OUTPATH
if (! -d ${TYPE}) then
mkdir ${TYPE}
endif
#setenv OUTPATH $OUTPATH/${TYPE}_vs${OLDRELEASE}
setenv OUTPATH $OUTPATH/${TYPE}
setenv OUTDIR $OUTPATH/${SAMPLE}
if (! -d $OUTDIR) then
cd $OUTPATH
mkdir $OUTDIR
cd $OUTDIR
mkdir gifs
endif
cd $OUTDIR
#The list of histograms to be compared for each TYPE can be configured below:
if ( $TYPE == Photons ) then
cat > efficiencyForPhotons <<EOF
recoEffVsEta
recoEffVsPhi
recoEffVsEt
deadChVsEta
deadChVsPhi
deadChVsEt
EOF
cat > scaledhistosForPhotons <<EOF
gamgamMassAll
gamgamMassBarrel
gamgamMassEndcap
gamgamMassNoConvAll
gamgamMassNoConvBarrel
gamgamMassNoConvEndcap
gamgamMassConvAll
gamgamMassConvBarrel
gamgamMassConvEndcap
scEta
scPhi
scEAll
scEtAll
phoEta
phoPhi
phoDEta
phoDPhi
phoEAll
phoEtAll
eResAll
eResBarrel
eResEndcap
eResunconvAll
eResunconvBarrel
eResunconvEndcap
eResconvAll
eResconvBarrel
eResconvEndcap
r9All
r9Barrel
r9Endcap
r1All
r1Barrel
r1Endcap
r2All
r2Barrel
r2Endcap
sigmaIetaIetaAll
sigmaIetaIetaBarrel
sigmaIetaIetaEndcap
hOverEAll
hOverEBarrel
hOverEEndcap
ecalRecHitSumEtConeDR04Barrel
ecalRecHitSumEtConeDR04Endcap
hcalTowerSumEtConeDR04Barrel
hcalTowerSumEtConeDR04Endcap
isoTrkSolidConeDR04All
isoTrkSolidConeDR04Barrel
isoTrkSolidConeDR04Endcap
nTrkSolidConeDR04All
nTrkSolidConeDR04Barrel
nTrkSolidConeDR04Endcap
EOF
cat > unscaledhistosForPhotons <<EOF
pEResVsR9All
pEResVsR9Barrel
pEResVsR9Endcap
scpEResVsR9All
scpEResVsR9Barrel
scpEResVsR9Endcap
pEResVsEtAll
pEResVsEtBarrel
pEResVsEtEndcap
pEcalRecHitSumEtConeDR04VsEtaAll
pEcalRecHitSumEtConeDR04VsEtBarrel
pEcalRecHitSumEtConeDR04VsEtEndcap
EOF
cat > 2dhistosForPhotons <<EOF
R9VsEtaAll
R1VsEtaAll
R2VsEtaAll
sigmaIetaIetaVsEtaAll
hOverEVsEtaAll
ecalRecHitSumEtConeDR04VsEtaAll
hcalTowerSumEtConeDR04VsEtaAll
isoTrkSolidConeDR04VsEtaAll
nTrkSolidConeDR04VsEtaAll
R9VsEtAll
R1VsEtAll
R2VsEtAll
sigmaIetaIetaVsEtAll
hOverEVsEtAll
ecalRecHitSumEtConeDR04VsEtBarrel
ecalRecHitSumEtConeDR04VsEtEndcap
hcalTowerSumEtConeDR04VsEtBarrel
hcalTowerSumEtConeDR04VsEtEndcap
isoTrkSolidConeDR04VsEtAll
nTrkSolidConeDR04VsEtAll
eResVsR9All
eResVsR9Barrel
eResVsR9Endcap
sceResVsR9All
sceResVsR9Barrel
sceResVsR9Endcap
EOF
cat > efficiencyForConvertedPhotons <<EOF
convEffVsEtaTwoTracks
convEffVsPhiTwoTracks
convEffVsRTwoTracks
convEffVsZTwoTracks
convEffVsEtTwoTracks
convEffVsEtaTwoTracksAndVtxProbGT0
EOF
cat > scaledhistosForConvertedPhotons <<EOF
convEta2
convPhi
convEResAll
convEResBarrel
convEResEndcap
EoverPtracksAll
EoverPtracksBarrel
EoverPtracksEndcap
PoverEtracksAll
PoverEtracksBarrel
PoverEtracksEndcap
mvaOutAll
mvaOutBarrel
mvaOutEndcap
EOF
cat > unscaledhistosForConvertedPhotons <<EOF
pEoverEtrueVsEtaAll
pEoverPVsEtaAll
pEoverPVsRAll
EOF
cat > 2dhistosForConvertedPhotons <<EOF
convVtxRvsZAll
EOF
cat > projectionsForConvertedPhotons <<EOF
convVtxRvsZBarrel
convVtxRvsZEndcap
EOF
cat > fakeRateForConvertedPhotons <<EOF
convFakeRateVsEtaTwoTracks
convFakeRateVsPhiTwoTracks
convFakeRateVsRTwoTracks
convFakeRateVsZTwoTracks
convFakeRateVsEtTwoTracks
EOF
cat > scaledhistosForTracks <<EOF
tkChi2AllTracks
hTkPtPullAll
hTkPtPullBarrel
hTkPtPullEndcap
hDPhiTracksAtVtxAll
hDCotTracksAll
hDEtaTracksAtEcalAll
hDPhiTracksAtEcalAll
eBcOverTkPoutAll
eBcOverTkPoutBarrel
eBcOverTkPoutEndcap
zPVFromTracks
dzPVFromTracks
vtxChi2ProbAll
vtxChi2ProbBarrel
vtxChi2ProbEndcap
EOF
cat > unscaledhistosForTracks <<EOF
h_nHitsVsEtaAllTracks
h_nHitsVsRAllTracks
pChi2VsEtaAll
pChi2VsRAll
pDCotTracksVsEtaAll
pDCotTracksVsRAll
pDPhiTracksAtEcalVsEtaAll
pDPhiTracksAtEcalVsRAll
pConvVtxdRVsR
pConvVtxdRVsEta
pdzPVVsR
EOF
endif
#=================END CONFIGURATION=====================
if (-e validation.C) rm validation.C
touch validation.C
cat > begin.C <<EOF
{
TFile *file_old = TFile::Open("$OLDFILE");
TFile *file_new = TFile::Open("$NEWFILE");
EOF
cat begin.C >>& validation.C
rm begin.C
setenv N 1
foreach i (`cat efficiencyForPhotons`)
cat > temp$N.C <<EOF
TCanvas *c$i = new TCanvas("c$i");
c$i->SetFillColor(10);
file_old->cd("DQMData/EgammaV/PhotonValidator/Efficiencies");
$i->SetStats(0);
if ( $i==deadChVsEta || $i==deadChVsPhi || $i==deadChVsEt ) {
$i->SetMinimum(0.);
$i->SetMaximum(0.2);
} else {
$i->SetMinimum(0.);
$i->SetMaximum(1.1);
}
$i->SetLineColor(kPink+8);
$i->SetMarkerColor(kPink+8);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Draw();
file_new->cd("DQMData/EgammaV/PhotonValidator/Efficiencies");
$i->SetStats(0);
$i->SetMinimum(0.);
$i->SetMaximum(1.1);
$i->SetLineColor(kBlack);
$i->SetMarkerColor(kBlack);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Draw("same");
c$i->SaveAs("gifs/$i.gif");
EOF
setenv N `expr $N + 1`
end
foreach i (`cat scaledhistosForPhotons`)
cat > temp$N.C <<EOF
TCanvas *c$i = new TCanvas("c$i");
c$i->SetFillColor(10);
file_new->cd("DQMData/EgammaV/PhotonValidator/Photons");
Double_t mnew=$i->GetMaximum();
Double_t nnew=$i->GetEntries();
file_old->cd("DQMData/EgammaV/PhotonValidator/Photons");
Double_t mold=$i->GetMaximum();
Double_t nold=$i->GetEntries();
$i->SetStats(0);
$i->SetMinimum(0.);
if ( mnew > mold)
$i->SetMaximum(mnew+mnew*0.2);
else
$i->SetMaximum(mold+mold*0.2);
//$i->SetMaximum(mold+mold*0.2);
$i->SetLineColor(kPink+8);
$i->SetFillColor(kPink+8);
//$i->SetLineWidth(3);
$i->Draw();
file_new->cd("DQMData/EgammaV/PhotonValidator/Photons");
Double_t nnew=$i->GetEntries();
$i->SetStats(0);
$i->SetLineColor(kBlack);
$i->SetMarkerColor(kBlack);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
//$i->SetLineWidth(1);
//$i->Scale(nold/nnew);
$i->Draw("e1same");
c$i->SaveAs("gifs/$i.gif");
EOF
setenv N `expr $N + 1`
end
foreach i (`cat unscaledhistosForPhotons`)
cat > temp$N.C <<EOF
TCanvas *c$i = new TCanvas("c$i");
c$i->SetFillColor(10);
file_old->cd("DQMData/EgammaV/PhotonValidator/Photons");
$i->SetStats(0);
if ( $i==pEcalRecHitSumEtConeDR04VsEtaAll ) {
$i->GetYaxis()->SetRangeUser(0.,3.);
} else if ( $i==pEcalRecHitSumEtConeDR04VsEtBarrel )
{ $i->GetYaxis()->SetRangeUser(0.,20.);
} else if ( $i==pEcalRecHitSumEtConeDR04VsEtEndcap )
{
$i->GetYaxis()->SetRangeUser(0.,20.);
} else {
$i->SetMinimum(0.8);
$i->SetMaximum(1.1);
}
$i->SetLineColor(kPink+8);
$i->SetMarkerColor(kPink+8);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Draw();
file_new->cd("DQMData/EgammaV/PhotonValidator/Photons");
$i->SetStats(0);
$i->SetLineColor(kBlack);
$i->SetMarkerColor(kBlack);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Draw("e1same");
c$i->SaveAs("gifs/$i.gif");
EOF
setenv N `expr $N + 1`
end
foreach i (`cat 2dhistosForPhotons`)
cat > temp$N.C <<EOF
TCanvas *c$i = new TCanvas("c$i");
c$i->SetFillColor(10);
file_old->cd("DQMData/EgammaV/PhotonValidator/Photons");
$i->SetStats(0);
$i->SetMinimum(0.);
$i->SetMarkerColor(kPink+8);
$i->SetMarkerStyle(2);
$i->SetMarkerSize(0.2);
if ( $i==ecalRecHitSumEtConeDR04VsEtaAll || $i==ecalRecHitSumEtConeDR04VsEtBarrel || $i==ecalRecHitSumEtConeDR04VsEtEndcap ) $i->GetYaxis()->SetRangeUser(0.,20.);
if ( $i==hcalTowerSumEtConeDR04VsEtaAll || $i==hcalTowerSumEtConeDR04VsEtBarrel || $i==hcalTowerSumEtConeDR04VsEtEndcap ) $i->GetYaxis()->SetRangeUser(0.,20.);
$i->Draw();
file_new->cd("DQMData/EgammaV/PhotonValidator/Photons");
$i->SetStats(0);
$i->SetMarkerColor(kBlack);
$i->SetMarkerStyle(2);
$i->SetMarkerSize(0.2);
$i->Draw("same");
c$i->SaveAs("gifs/$i.gif");
EOF
setenv N `expr $N + 1`
end
foreach i (`cat efficiencyForConvertedPhotons`)
cat > temp$N.C <<EOF
TCanvas *c$i = new TCanvas("c$i");
c$i->SetFillColor(10);
file_old->cd("DQMData/EgammaV/PhotonValidator/Efficiencies");
$i->SetStats(0);
$i->SetMinimum(0.);
$i->SetMaximum(1.);
$i->SetLineColor(kPink+8);
$i->SetMarkerColor(kPink+8);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Draw();
file_new->cd("DQMData/EgammaV/PhotonValidator/Efficiencies");
$i->SetStats(0);
$i->SetMinimum(0.);
$i->SetMaximum(1.);
$i->SetLineColor(kBlack);
$i->SetMarkerColor(kBlack);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Draw("same");
c$i->SaveAs("gifs/$i.gif");
EOF
setenv N `expr $N + 1`
end
foreach i (`cat scaledhistosForConvertedPhotons`)
cat > temp$N.C <<EOF
TCanvas *c$i = new TCanvas("c$i");
c$i->SetFillColor(10);
file_new->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
Double_t mnew=$i->GetMaximum();
file_old->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
Double_t mold=$i->GetMaximum();
$i->SetStats(0);
$i->SetMinimum(0.);
if ( mnew > mold)
$i->SetMaximum(mnew+mnew*0.1);
else
$i->SetMaximum(mold+mold*0.1);
$i->SetLineColor(kPink+8);
$i->SetFillColor(kPink+8);
$i->SetLineWidth(3);
$i->Draw();
Double_t nold=$i->GetEntries();
file_new->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
Double_t nnew=$i->GetEntries();
$i->SetStats(0);
$i->SetLineColor(kBlack);
$i->SetMarkerColor(kBlack);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Scale(nold/nnew);
$i->Draw("e1same");
c$i->SaveAs("gifs/$i.gif");
EOF
setenv N `expr $N + 1`
end
foreach i (`cat unscaledhistosForConvertedPhotons`)
cat > temp$N.C <<EOF
TCanvas *c$i = new TCanvas("c$i");
c$i->SetFillColor(10);
file_old->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
$i->SetStats(0);
$i->SetMinimum(0.6);
$i->SetLineColor(kPink+8);
$i->SetMarkerColor(kPink+8);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Draw();
file_new->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
$i->SetStats(0);
$i->SetLineColor(kBlack);
$i->SetMarkerColor(kBlack);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Draw("e1same");
c$i->SaveAs("gifs/$i.gif");
EOF
setenv N `expr $N + 1`
end
foreach i (`cat fakeRateForConvertedPhotons`)
cat > temp$N.C <<EOF
TCanvas *c$i = new TCanvas("c$i");
c$i->SetFillColor(10);
file_old->cd("DQMData/EgammaV/PhotonValidator/Efficiencies");
$i->SetStats(0);
$i->SetMinimum(0.);
$i->SetMaximum(1.);
$i->SetLineColor(kPink+8);
$i->SetMarkerColor(kPink+8);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Draw();
file_new->cd("DQMData/EgammaV/PhotonValidator/Efficiencies");
$i->SetStats(0);
$i->SetMinimum(0.);
$i->SetLineColor(kBlack);
$i->SetMarkerColor(kBlack);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Draw("same");
c$i->SaveAs("gifs/$i.gif");
EOF
setenv N `expr $N + 1`
end
foreach i (`cat 2dhistosForConvertedPhotons`)
cat > temp$N.C <<EOF
TCanvas *c$i = new TCanvas("c$i");
c$i->SetFillColor(10);
file_old->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
$i->SetStats(0);
$i->SetMinimum(0.);
$i->SetMarkerColor(kPink+8);
$i->Draw();
file_new->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
$i->SetStats(0);
$i->SetMarkerColor(kBlack);
$i->Draw("same");
c$i->SaveAs("gifs/$i.gif");
EOF
setenv N `expr $N + 1`
end
foreach i (`cat projectionsForConvertedPhotons`)
cat > temp$N.C <<EOF
TCanvas *c$i = new TCanvas("c$i");
c$i->SetFillColor(10);
file_old->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
if ($i==convVtxRvsZBarrel)
TH1D *tmp1$i= $i->ProjectionY();
else if ($i==convVtxRvsZEndcap)
TH1D *tmp1$i= $i->ProjectionX();
Double_t nold=tmp1$i->GetEntries();
Double_t mold=tmp1$i->GetMaximum();
file_new->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
//TH1D *tmp2$i= $i->ProjectionY();
if ($i==convVtxRvsZBarrel)
TH1D *tmp2$i= $i->ProjectionY();
else if ($i==convVtxRvsZEndcap)
TH1D *tmp2$i= $i->ProjectionX();
Double_t nnew=tmp2$i->GetEntries();
Double_t mnew=tmp2$i->GetMaximum();
tmp1$i->SetStats(0);
tmp1$i->SetMinimum(0.);
if ( mnew > mold)
tmp1$i->SetMaximum(mnew+mnew*0.2);
else
tmp1$i->SetMaximum(mold+mold*0.2);
tmp1$i->SetLineColor(kPink+8);
tmp1$i->SetFillColor(kPink+8);
tmp1$i->SetLineWidth(3);
tmp1$i->Draw();
tmp2$i->SetStats(0);
tmp2$i->SetLineColor(kBlack);
tmp2$i->SetLineWidth(3);
tmp2$i->Scale(nold/nnew);
tmp2$i->Draw("same");
c$i->SaveAs("gifs/$i.gif");
EOF
setenv N `expr $N + 1`
end
foreach i (`cat scaledhistosForTracks`)
cat > temp$N.C <<EOF
TCanvas *c$i = new TCanvas("c$i");
c$i->SetFillColor(10);
file_new->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
Double_t mnew=$i->GetMaximum();
file_old->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
Double_t mold=$i->GetMaximum();
$i->SetStats(0);
$i->SetMinimum(0.);
if ( mnew > mold)
$i->SetMaximum(mnew+mnew*0.1);
else
$i->SetMaximum(mold+mold*0.1);
$i->SetLineColor(kPink+8);
$i->SetFillColor(kPink+8);
$i->SetLineWidth(3);
$i->Draw();
Double_t nold=$i->GetEntries();
file_new->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
Double_t nnew=$i->GetEntries();
$i->SetStats(0);
$i->SetLineColor(kBlack);
$i->SetMarkerColor(kBlack);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Scale(nold/nnew);
$i->Draw("e1same");
c$i->SaveAs("gifs/$i.gif");
EOF
setenv N `expr $N + 1`
end
foreach i (`cat unscaledhistosForTracks`)
cat > temp$N.C <<EOF
TCanvas *c$i = new TCanvas("c$i");
c$i->SetFillColor(10);
file_new->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
Double_t mnew=$i->GetMaximum();
file_old->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
Double_t mold=$i->GetMaximum();
$i->SetStats(0);
if ($i==pDCotTracksVsEtaAll || $i==pDCotTracksVsRAll ) {
$i->SetMinimum(-0.05);
$i->SetMaximum(0.05);
} else {
$i->SetMinimum(0.);
if ( mnew > mold)
$i->SetMaximum(mnew+mnew*0.4);
else
$i->SetMaximum(mold+mold*0.4);
}
$i->SetLineColor(kPink+8);
$i->SetMarkerColor(kPink+8);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
$i->Draw();
Double_t nold=$i->GetEntries();
file_new->cd("DQMData/EgammaV/PhotonValidator/ConversionInfo");
Double_t nnew=$i->GetEntries();
$i->SetStats(0);
$i->SetLineColor(kBlack);
$i->SetMarkerColor(kBlack);
$i->SetMarkerStyle(20);
$i->SetMarkerSize(1);
$i->SetLineWidth(1);
//$i->Scale(nold/nnew);
$i->Draw("e1same");
c$i->SaveAs("gifs/$i.gif");
EOF
setenv N `expr $N + 1`
end
setenv NTOT `expr $N - 1`
setenv N 1
while ( $N <= $NTOT )
cat temp$N.C >>& validation.C
rm temp$N.C
setenv N `expr $N + 1`
end
cat > end.C <<EOF
}
EOF
cat end.C >>& validation.C
rm end.C
if ( $TYPE == PixelMatchGsfElectron ) then
setenv ANALYZER PixelMatchGsfElectronAnalyzer
setenv CFG read_gsfElectrons
else if ( $TYPE == Photons ) then
setenv ANALYZER PhotonValidator
setenv CFG PhotonValidator_cfg
endif
if (-e validation.html) rm validation.html
if (-e validationPlotsTemplate.html) rm validationPlotsTemplate.html
cp ${CURRENTDIR}/validationPlotsTemplate.html validationPlotsTemplate.html
touch validation.html
cat > begin.html <<EOF
<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN">
<html>
<head>
<meta http-equiv="content-type" content="text/html; charset=UTF-8" />
<title>$NEWRELEASE vs $OLDRELEASE $TYPE validation</title>
</head>
<h1>$NEWRELEASE vs $OLDRELEASE $TYPE validation
<br>
$SAMPLE
</h1>
<p>The following plots were made using <a href="http://cmssw.cvs.cern.ch/cgi-bin/cmssw.cgi/CMSSW/Validation/RecoEgamma/src/$ANALYZER.cc">Validation/RecoEgamma/src/$ANALYZER</a>,
using <a href="http://cmssw.cvs.cern.ch/cgi-bin/cmssw.cgi/CMSSW/Validation/RecoEgamma/test/$CFG.py">Validation/RecoEgamma/test/$CFG.py</a>
<p>The script used to make the plots is <a href="validation.C">here</a>.
<br>
In all plots below, $OLDRELEASE is in purple , $NEWRELEASE in black.
<br>
Click on the plots to see them enlarged.
<br>
Responsible: N. Marinelli
<br>
<br>
EOF
cat begin.html >>& validation.html
rm begin.html
cat validationPlotsTemplate.html >>& validation.html
rm validationPlotsTemplate.html
rm scaledhistosForPhotons
rm unscaledhistosForPhotons
rm 2dhistosForPhotons
rm scaledhistosForConvertedPhotons
rm unscaledhistosForConvertedPhotons
rm efficiencyForPhotons
rm efficiencyForConvertedPhotons
rm fakeRateForConvertedPhotons
rm 2dhistosForConvertedPhotons
rm projectionsForConvertedPhotons
rm scaledhistosForTracks
rm unscaledhistosForTracks
#echo "Now paste the following into your terminal window:"
#echo ""
echo "cd $OUTDIR"
#echo " root -b"
#echo ".x validation.C"
#echo ".q"
#echo "cd $CURRENTDIR"
#echo ""
root -b -l -q validation.C
cd $CURRENTDIR
echo "Then you can view your valdation plots here:"
echo "http://cmsdoc.cern.ch/Physics/egamma/www/$OUTPATH/validation.html"
| Tcsh | 4 | ckamtsikis/cmssw | Validation/RecoEgamma/test/validationPreProd.csh | [
"Apache-2.0"
] |
import createSvgIcon from './utils/createSvgIcon';
import { jsx as _jsx } from "react/jsx-runtime";
export default createSvgIcon( /*#__PURE__*/_jsx("path", {
d: "M15 7.5V2H9v5.5l3 3 3-3zM7.5 9H2v6h5.5l3-3-3-3zM9 16.5V22h6v-5.5l-3-3-3 3zM16.5 9l-3 3 3 3H22V9h-5.5z"
}), 'GamepadSharp'); | JavaScript | 4 | good-gym/material-ui | packages/material-ui-icons/lib/esm/GamepadSharp.js | [
"MIT"
] |
;;
;
; Name: stager_sock_find
; Qualities: Nothing Special
; Version: $Revision: 1630 $
; License:
;
; This file is part of the Metasploit Exploit Framework
; and is subject to the same licenses and copyrights as
; the rest of this package.
;
; Description:
;
; Implementation of a BSD findsock TCP stager.
;
; File descriptor in edi
;
; Meta-Information:
;
; meta-shortname=BSD FindTag Stager
; meta-description=Run a second stage from an established connection
; meta-authors=skape <mmiller [at] hick.org>
; meta-os=bsd
; meta-arch=ia32
; meta-category=stager
; meta-connection-type=findtag
; meta-name=find
; meta-basemod=Msf::PayloadComponent::FindConnection
; meta-offset-findtag=0x1b
;;
BITS 32
GLOBAL main
main:
initialize_stack:
xor edx, edx
push edx
mov esi, esp
push edx
push edx
mov dl, 0x80
push edx
mov dh, 0x0c
push edx
push esi
push edx
push edx
recvfrom:
inc word [esi - 0x18]
push byte 29
pop eax
int 0x80
cmp dword [esi], 0x2166736d
jnz recvfrom
%ifndef USE_SINGLE_STAGE
cld
lodsd
pop edx
%ifdef FD_REG_EBX
pop ebx
%else
pop edi
%endif
pop edx
jmp esi
%else
pop edx
%ifdef FD_REG_EBX
pop ebx
%else
pop edi
%endif
%endif
| Assembly | 3 | OsmanDere/metasploit-framework | external/source/shellcode/bsd/ia32/stager_sock_find.asm | [
"BSD-2-Clause",
"BSD-3-Clause"
] |
query GetPendingInvites($teamID: ID!) {
team(teamID: $teamID) {
id
teamInvitations {
inviteeRole
inviteeEmail
id
}
}
}
| GraphQL | 3 | miily8310s/hoppscotch | packages/hoppscotch-app/helpers/backend/gql/queries/pendingInvites.graphql | [
"MIT"
] |
# DO NOT EDIT THIS FILE. This file will be overwritten when re-running go-raml.
@0x9a9eadaa8c275fee;
struct NumberFormat {
d @0 :Float64;
f @1 :Float64;
i @2 :Int16;
i16 @3 :Int16;
i32 @4 :Int32;
i64 @5 :Int64;
i8 @6 :Int8;
l @7 :Int32;
num @8 :Float64;
}
| Cap'n Proto | 3 | mrpotes/go-raml | codegen/python/fixtures/python_capnp/NumberFormat.capnp | [
"BSD-2-Clause"
] |
500 0.1 sine
0.1 1 sine pan
| SourcePawn | 0 | aleatoricforest/Sporth | examples/pan.sp | [
"MIT"
] |
class Bar<K> {
} | Java | 0 | Mu-L/kotlin | jps-plugin/testData/incremental/withJava/javaUsedInKotlin/rawErrorTypeDuringSerialization/Bar.java | [
"ECL-2.0",
"Apache-2.0"
] |
class A
{
Int testA() { return x.a }
This x() { return this }
Int a() { return 'A' }
virtual This o() { return this }
This n() { return this }
}
class B : A
{
Int testB1() { return x.b }
Int testB2() { return x.y.b }
Int testB3() { return o.b }
This y() { return this }
Int b() { return 'B' }
override This o() { return this }
}
class C : B
{
Int testC1() { return x.y.z.c }
Int testC2() { return this.o.c }
Int testC3(C p) { return p.y.x.o.c }
C testC4(C p) { return p.x }
Int testC5() { x.y; return 'X' }
This z() { return this }
Int c() { return 'C' }
} | Fantom | 3 | fanx-dev/fanx | compiler/testCompilerx/res/inherit/testThisReturn.fan | [
"AFL-3.0"
] |
lms_ctr_app.elf: file format elf32-littlenios2
lms_ctr_app.elf
architecture: nios2:r1, flags 0x00000112:
EXEC_P, HAS_SYMS, D_PAGED
start address 0x00008020
Program Header:
LOAD off 0x00001000 vaddr 0x00008000 paddr 0x00008000 align 2**12
filesz 0x00000020 memsz 0x00000020 flags r-x
LOAD off 0x00001020 vaddr 0x00008020 paddr 0x00008020 align 2**12
filesz 0x00002dcc memsz 0x00002dcc flags r-x
LOAD off 0x00003dec vaddr 0x0000adec paddr 0x0000b3e8 align 2**12
filesz 0x000005fc memsz 0x000005fc flags rw-
LOAD off 0x000049e4 vaddr 0x0000b9e4 paddr 0x0000b9e4 align 2**12
filesz 0x00000000 memsz 0x000001c4 flags rw-
Sections:
Idx Name Size VMA LMA File off Algn
0 .entry 00000020 00008000 00008000 00001000 2**5
CONTENTS, ALLOC, LOAD, READONLY, CODE
1 .exceptions 00000000 00008020 00008020 000043e8 2**0
CONTENTS
2 .text 00002dbc 00008020 00008020 00001020 2**2
CONTENTS, ALLOC, LOAD, READONLY, CODE
3 .rodata 00000010 0000addc 0000addc 00003ddc 2**2
CONTENTS, ALLOC, LOAD, READONLY, DATA
4 .rwdata 000005fc 0000adec 0000b3e8 00003dec 2**2
CONTENTS, ALLOC, LOAD, DATA, SMALL_DATA
5 .bss 000001c4 0000b9e4 0000b9e4 000049e4 2**2
ALLOC, SMALL_DATA
6 .oc_mem 00000000 0000bba8 0000bba8 000043e8 2**0
CONTENTS
7 .comment 00000023 00000000 00000000 000043e8 2**0
CONTENTS, READONLY
8 .debug_aranges 00000390 00000000 00000000 00004410 2**3
CONTENTS, READONLY, DEBUGGING
9 .debug_info 00004a65 00000000 00000000 000047a0 2**0
CONTENTS, READONLY, DEBUGGING
10 .debug_abbrev 000016f4 00000000 00000000 00009205 2**0
CONTENTS, READONLY, DEBUGGING
11 .debug_line 00001c13 00000000 00000000 0000a8f9 2**0
CONTENTS, READONLY, DEBUGGING
12 .debug_frame 000007e4 00000000 00000000 0000c50c 2**2
CONTENTS, READONLY, DEBUGGING
13 .debug_str 000016ab 00000000 00000000 0000ccf0 2**0
CONTENTS, READONLY, DEBUGGING
14 .debug_loc 0000080b 00000000 00000000 0000e39b 2**0
CONTENTS, READONLY, DEBUGGING
15 .debug_alt_sim_info 00000040 00000000 00000000 0000eba8 2**2
CONTENTS, READONLY, DEBUGGING
16 .debug_ranges 000000a0 00000000 00000000 0000ebe8 2**3
CONTENTS, READONLY, DEBUGGING
17 .thread_model 00000003 00000000 00000000 00010470 2**0
CONTENTS, READONLY
18 .cpu 00000009 00000000 00000000 00010473 2**0
CONTENTS, READONLY
19 .qsys 00000001 00000000 00000000 0001047c 2**0
CONTENTS, READONLY
20 .simulation_enabled 00000001 00000000 00000000 0001047d 2**0
CONTENTS, READONLY
21 .sysid_hash 00000004 00000000 00000000 0001047e 2**0
CONTENTS, READONLY
22 .sysid_base 00000004 00000000 00000000 00010482 2**0
CONTENTS, READONLY
23 .sysid_time 00000004 00000000 00000000 00010486 2**0
CONTENTS, READONLY
24 .stderr_dev 00000004 00000000 00000000 0001048a 2**0
CONTENTS, READONLY
25 .stdin_dev 00000004 00000000 00000000 0001048e 2**0
CONTENTS, READONLY
26 .stdout_dev 00000004 00000000 00000000 00010492 2**0
CONTENTS, READONLY
27 .sopc_system_name 00000007 00000000 00000000 00010496 2**0
CONTENTS, READONLY
28 .sopcinfo 000644ed 00000000 00000000 0001049d 2**0
CONTENTS, READONLY
SYMBOL TABLE:
00008000 l d .entry 00000000 .entry
00008020 l d .exceptions 00000000 .exceptions
00008020 l d .text 00000000 .text
0000addc l d .rodata 00000000 .rodata
0000adec l d .rwdata 00000000 .rwdata
0000b9e4 l d .bss 00000000 .bss
0000bba8 l d .oc_mem 00000000 .oc_mem
00000000 l d .comment 00000000 .comment
00000000 l d .debug_aranges 00000000 .debug_aranges
00000000 l d .debug_info 00000000 .debug_info
00000000 l d .debug_abbrev 00000000 .debug_abbrev
00000000 l d .debug_line 00000000 .debug_line
00000000 l d .debug_frame 00000000 .debug_frame
00000000 l d .debug_str 00000000 .debug_str
00000000 l d .debug_loc 00000000 .debug_loc
00000000 l d .debug_alt_sim_info 00000000 .debug_alt_sim_info
00000000 l d .debug_ranges 00000000 .debug_ranges
00000000 l df *ABS* 00000000 ../lms_ctr_bsp//obj/HAL/src/crt0.o
00008058 l .text 00000000 alt_after_alt_main
00000000 l df *ABS* 00000000 i2c_opencores.c
00000000 l df *ABS* 00000000 main.c
00000000 l df *ABS* 00000000 spi_flash_lib.c
00000000 l df *ABS* 00000000 lib2-divmod.c
0000a028 l F .text 0000006c udivmodsi4
00000000 l df *ABS* 00000000 lib2-mul.c
00000000 l df *ABS* 00000000 memset.c
00000000 l df *ABS* 00000000 alt_load.c
0000a2a0 l F .text 00000064 alt_load_section
00000000 l df *ABS* 00000000 alt_main.c
00000000 l df *ABS* 00000000 alt_usleep.c
00000000 l df *ABS* 00000000 alt_sys_init.c
00000000 l df *ABS* 00000000 altera_avalon_spi.c
00000000 l df *ABS* 00000000 alt_busy_sleep.c
00000000 l df *ABS* 00000000 alt_close.c
0000a7d0 l F .text 00000050 alt_get_errno
00000000 l df *ABS* 00000000 alt_dcache_flush_all.c
00000000 l df *ABS* 00000000 alt_dev.c
0000a914 l F .text 0000002c alt_dev_null_write
00000000 l df *ABS* 00000000 alt_do_ctors.c
00000000 l df *ABS* 00000000 alt_do_dtors.c
00000000 l df *ABS* 00000000 alt_errno.c
00000000 l df *ABS* 00000000 alt_icache_flush_all.c
00000000 l df *ABS* 00000000 alt_release_fd.c
00000000 l df *ABS* 00000000 altera_nios2_gen2_irq.c
00000000 l df *ABS* 00000000 atexit.c
00000000 l df *ABS* 00000000 exit.c
00000000 l df *ABS* 00000000 impure.c
0000af94 l O .rwdata 00000424 impure_data
00000000 l df *ABS* 00000000 int_errno.c
00000000 l df *ABS* 00000000 __atexit.c
00000000 l df *ABS* 00000000 __call_atexit.c
00000000 l df *ABS* 00000000 alt_exit.c
0000a384 g F .text 0000005c alt_main
00009bfc g F .text 000001e4 FlashSpiTransfer
0000b3e8 g *ABS* 00000000 __flash_rwdata_start
0000b3c4 g O .rwdata 00000004 Board_Config_FPGA
0000b9f4 g O .bss 00000001 block
0000ba28 g O .bss 00000040 glEp0Buffer_Tx
0000b3c2 g O .rwdata 00000002 converted_val
0000b9f5 g O .bss 00000001 data_cnt
0000b9f6 g O .bss 00000002 dac_data
0000aa94 g F .text 00000020 altera_nios2_gen2_irq_init
00000000 w *UND* 00000000 __errno
00008000 g F .entry 0000000c __reset
00008644 g F .text 00000120 Control_TCXO_ADF
00008020 g *ABS* 00000000 __flash_exceptions_start
0000ba24 g O .bss 00000004 errno
0000ba1c g O .bss 00000004 alt_argv
000133b8 g *ABS* 00000000 _gp
0000a3e0 g F .text 00000030 usleep
0000b9f8 g O .bss 00000001 MCU_retries
0000ae14 g O .rwdata 00000180 alt_fd_list
0000b9f9 g O .bss 00000004 sc_brdg_data
0000addc g *ABS* 00000000 __DTOR_END__
00008110 g F .text 000000c0 I2C_start
00000000 w *UND* 00000000 malloc
0000a144 g F .text 00000008 .hidden __udivsi3
00009de0 g F .text 000000d8 CyFxSpiWaitForStatus
00008764 g F .text 000000e4 rd_dac_val
0000b3d8 g O .rwdata 00000004 alt_max_fd
0000b3e0 g O .rwdata 00000004 _global_impure_ptr
00008420 g F .text 00000034 set_led
0000bba8 g *ABS* 00000000 __bss_end
0000ba00 g O .bss 00000004 fpga_data
0000adec g O .rwdata 00000028 alt_dev_null
0000a8f8 g F .text 0000001c alt_dcache_flush_all
00008000 g *ABS* 00000000 __alt_mem_oc_mem
0000b3e8 g *ABS* 00000000 __ram_rwdata_end
0000b3d0 g O .rwdata 00000008 alt_dev_list
0000b9e8 g O .bss 00000004 flash_page_data_cnt
0000adec g *ABS* 00000000 __ram_rodata_end
0000a14c g F .text 00000008 .hidden __umodsi3
0000bba8 g *ABS* 00000000 end
0000ba04 g O .bss 00000004 last_portion
0000addc g *ABS* 00000000 __CTOR_LIST__
00010000 g *ABS* 00000000 __alt_stack_pointer
0000ba08 g O .bss 00000004 current_portion
00009bd4 g F .text 00000028 FlashSpiFastRead
0000ac14 g F .text 00000194 __call_exitprocs
0000ba0c g O .bss 00000001 test
00008020 g F .text 0000003c _start
0000a474 g F .text 00000204 alt_avalon_spi_command
0000a444 g F .text 00000030 alt_sys_init
0000ab00 g F .text 00000114 __register_exitproc
0000a154 g F .text 00000028 .hidden __mulsi3
0000adec g *ABS* 00000000 __ram_rwdata_start
0000addc g *ABS* 00000000 __ram_rodata_start
0000a678 g F .text 00000158 alt_busy_sleep
00008580 g F .text 000000c4 Control_TCXO_DAC
0000bba8 g *ABS* 00000000 __alt_stack_base
0000b9e4 g *ABS* 00000000 __bss_start
0000a17c g F .text 00000124 memset
00008848 g F .text 000012e4 main
0000ba20 g O .bss 00000004 alt_envp
0000839c g F .text 00000084 getFifoData
0000ba14 g O .bss 00000001 spiFastRead
00008454 g F .text 0000012c Configure_LM75
0000b3dc g O .rwdata 00000004 alt_errno
0000a094 g F .text 00000054 .hidden __divsi3
0000addc g *ABS* 00000000 __CTOR_END__
000081d0 g F .text 00000094 I2C_read
0000addc g *ABS* 00000000 __flash_rodata_start
0000addc g *ABS* 00000000 __DTOR_LIST__
0000a410 g F .text 00000034 alt_irq_init
0000aa14 g F .text 00000080 alt_release_fd
0000aab4 g F .text 00000014 atexit
0000b3bc g O .rwdata 00000004 LMS_Ctrl_Packet_Rx
0000b3e4 g O .rwdata 00000004 _impure_ptr
0000ba18 g O .bss 00000004 alt_argc
0000a99c g F .text 0000005c _do_dtors
0000b3c8 g O .rwdata 00000008 alt_fs_list
0000b3c0 g O .rwdata 00000001 dac_val
0000b9e4 g O .bss 00000004 flash_page
0000805c g F .text 000000b4 I2C_init
00008020 g *ABS* 00000000 __ram_exceptions_start
0000b3e8 g *ABS* 00000000 _edata
0000bba8 g *ABS* 00000000 _end
00008020 g *ABS* 00000000 __ram_exceptions_end
0000b9ec g O .bss 00000004 flash_data_cnt_free
0000ba0d g O .bss 00000001 cmd_errors
0000aac8 g F .text 00000038 exit
0000a0e8 g F .text 0000005c .hidden __modsi3
00009b2c g F .text 000000a8 ReverseBitOrder
00010000 g *ABS* 00000000 __alt_data_end
0000ba68 g O .bss 00000100 flash_page_data
0000ada8 g F .text 00000034 _exit
00008328 g F .text 00000074 Check_many_blocks
0000b9f0 g O .bss 00000004 flash_data_counter_to_copy
0000b3b8 g O .rwdata 00000004 LMS_Ctrl_Packet_Tx
0000a9f8 g F .text 0000001c alt_icache_flush_all
0000ba10 g O .bss 00000004 fpga_byte
0000a940 g F .text 0000005c _do_ctors
0000a820 g F .text 000000d8 close
00009eb8 g F .text 00000170 FlashSpiEraseSector
0000a304 g F .text 00000080 alt_load
00008264 g F .text 000000c4 I2C_write
00000000 w *UND* 00000000 free
0000bb68 g O .bss 00000040 glEp0Buffer_Rx
Disassembly of section .entry:
00008000 <__reset>:
8000: 00400034 movhi at,0
8004: 08600814 ori at,at,32800
8008: 0800683a jmp at
...
Disassembly of section .text:
00008020 <_start>:
8020: 06c00074 movhi sp,1
8024: dec00014 ori sp,sp,0
8028: 06800074 movhi gp,1
802c: d68cee14 ori gp,gp,13240
8030: 00800034 movhi r2,0
8034: 10ae7914 ori r2,r2,47588
8038: 00c00034 movhi r3,0
803c: 18eeea14 ori r3,r3,48040
8040: 10c00326 beq r2,r3,8050 <_start+0x30>
8044: 10000015 stw zero,0(r2)
8048: 10800104 addi r2,r2,4
804c: 10fffd36 bltu r2,r3,8044 <_gp+0xffff4c8c>
8050: 000a3040 call a304 <alt_load>
8054: 000a3840 call a384 <alt_main>
00008058 <alt_after_alt_main>:
8058: 003fff06 br 8058 <_gp+0xffff4ca0>
0000805c <I2C_init>:
805c: defffa04 addi sp,sp,-24
8060: dfc00515 stw ra,20(sp)
8064: df000415 stw fp,16(sp)
8068: df000404 addi fp,sp,16
806c: e13ffd15 stw r4,-12(fp)
8070: e17ffe15 stw r5,-8(fp)
8074: e1bfff15 stw r6,-4(fp)
8078: e13fff17 ldw r4,-4(fp)
807c: 01400144 movi r5,5
8080: 000a1540 call a154 <__mulsi3>
8084: e13ffe17 ldw r4,-8(fp)
8088: 100b883a mov r5,r2
808c: 000a1440 call a144 <__udivsi3>
8090: 10bfffc4 addi r2,r2,-1
8094: e0bffc15 stw r2,-16(fp)
8098: e0bffd17 ldw r2,-12(fp)
809c: 10800204 addi r2,r2,8
80a0: 0007883a mov r3,zero
80a4: 10c00035 stwio r3,0(r2)
80a8: e0bffd17 ldw r2,-12(fp)
80ac: 10800404 addi r2,r2,16
80b0: 1007883a mov r3,r2
80b4: 00800044 movi r2,1
80b8: 18800035 stwio r2,0(r3)
80bc: e0bffd17 ldw r2,-12(fp)
80c0: e0fffc17 ldw r3,-16(fp)
80c4: 18c03fcc andi r3,r3,255
80c8: 10c00035 stwio r3,0(r2)
80cc: e0bffd17 ldw r2,-12(fp)
80d0: 10800104 addi r2,r2,4
80d4: 1007883a mov r3,r2
80d8: e0bffc17 ldw r2,-16(fp)
80dc: 1004d23a srli r2,r2,8
80e0: 10803fcc andi r2,r2,255
80e4: 18800035 stwio r2,0(r3)
80e8: e0bffd17 ldw r2,-12(fp)
80ec: 10800204 addi r2,r2,8
80f0: 1007883a mov r3,r2
80f4: 00802004 movi r2,128
80f8: 18800035 stwio r2,0(r3)
80fc: e037883a mov sp,fp
8100: dfc00117 ldw ra,4(sp)
8104: df000017 ldw fp,0(sp)
8108: dec00204 addi sp,sp,8
810c: f800283a ret
00008110 <I2C_start>:
8110: defffb04 addi sp,sp,-20
8114: df000415 stw fp,16(sp)
8118: df000404 addi fp,sp,16
811c: e13ffd15 stw r4,-12(fp)
8120: e17ffe15 stw r5,-8(fp)
8124: e1bfff15 stw r6,-4(fp)
8128: e03ffc15 stw zero,-16(fp)
812c: e0bffd17 ldw r2,-12(fp)
8130: 10800304 addi r2,r2,12
8134: 1007883a mov r3,r2
8138: e0bffe17 ldw r2,-8(fp)
813c: 1085883a add r2,r2,r2
8140: 1009883a mov r4,r2
8144: e0bfff17 ldw r2,-4(fp)
8148: 1080004c andi r2,r2,1
814c: 2085883a add r2,r4,r2
8150: 18800035 stwio r2,0(r3)
8154: e0bffd17 ldw r2,-12(fp)
8158: 10800404 addi r2,r2,16
815c: 1007883a mov r3,r2
8160: 00802404 movi r2,144
8164: 18800035 stwio r2,0(r3)
8168: 0001883a nop
816c: e0bffd17 ldw r2,-12(fp)
8170: 10800404 addi r2,r2,16
8174: 10800037 ldwio r2,0(r2)
8178: 1080008c andi r2,r2,2
817c: 10000526 beq r2,zero,8194 <I2C_start+0x84>
8180: e0bffc17 ldw r2,-16(fp)
8184: 10c00044 addi r3,r2,1
8188: e0fffc15 stw r3,-16(fp)
818c: 1080fa10 cmplti r2,r2,1000
8190: 103ff61e bne r2,zero,816c <_gp+0xffff4db4>
8194: e0bffd17 ldw r2,-12(fp)
8198: 10800404 addi r2,r2,16
819c: 10800037 ldwio r2,0(r2)
81a0: 1080200c andi r2,r2,128
81a4: 1000031e bne r2,zero,81b4 <I2C_start+0xa4>
81a8: e0bffc17 ldw r2,-16(fp)
81ac: 1080fa10 cmplti r2,r2,1000
81b0: 1000021e bne r2,zero,81bc <I2C_start+0xac>
81b4: 00800044 movi r2,1
81b8: 00000106 br 81c0 <I2C_start+0xb0>
81bc: 0005883a mov r2,zero
81c0: e037883a mov sp,fp
81c4: df000017 ldw fp,0(sp)
81c8: dec00104 addi sp,sp,4
81cc: f800283a ret
000081d0 <I2C_read>:
81d0: defffc04 addi sp,sp,-16
81d4: df000315 stw fp,12(sp)
81d8: df000304 addi fp,sp,12
81dc: e13ffe15 stw r4,-8(fp)
81e0: e17fff15 stw r5,-4(fp)
81e4: e03ffd15 stw zero,-12(fp)
81e8: e0bfff17 ldw r2,-4(fp)
81ec: 10000626 beq r2,zero,8208 <I2C_read+0x38>
81f0: e0bffe17 ldw r2,-8(fp)
81f4: 10800404 addi r2,r2,16
81f8: 1007883a mov r3,r2
81fc: 00801a04 movi r2,104
8200: 18800035 stwio r2,0(r3)
8204: 00000506 br 821c <I2C_read+0x4c>
8208: e0bffe17 ldw r2,-8(fp)
820c: 10800404 addi r2,r2,16
8210: 1007883a mov r3,r2
8214: 00800804 movi r2,32
8218: 18800035 stwio r2,0(r3)
821c: 0001883a nop
8220: e0bffe17 ldw r2,-8(fp)
8224: 10800404 addi r2,r2,16
8228: 10800037 ldwio r2,0(r2)
822c: 1080008c andi r2,r2,2
8230: 10000526 beq r2,zero,8248 <I2C_read+0x78>
8234: e0bffd17 ldw r2,-12(fp)
8238: 10c00044 addi r3,r2,1
823c: e0fffd15 stw r3,-12(fp)
8240: 1080fa10 cmplti r2,r2,1000
8244: 103ff61e bne r2,zero,8220 <_gp+0xffff4e68>
8248: e0bffe17 ldw r2,-8(fp)
824c: 10800304 addi r2,r2,12
8250: 10800037 ldwio r2,0(r2)
8254: e037883a mov sp,fp
8258: df000017 ldw fp,0(sp)
825c: dec00104 addi sp,sp,4
8260: f800283a ret
00008264 <I2C_write>:
8264: defffb04 addi sp,sp,-20
8268: df000415 stw fp,16(sp)
826c: df000404 addi fp,sp,16
8270: e13ffd15 stw r4,-12(fp)
8274: 2805883a mov r2,r5
8278: e1bfff15 stw r6,-4(fp)
827c: e0bffe05 stb r2,-8(fp)
8280: e03ffc15 stw zero,-16(fp)
8284: e0bffd17 ldw r2,-12(fp)
8288: 10800304 addi r2,r2,12
828c: 1007883a mov r3,r2
8290: e0bffe03 ldbu r2,-8(fp)
8294: 18800035 stwio r2,0(r3)
8298: e0bfff17 ldw r2,-4(fp)
829c: 10000626 beq r2,zero,82b8 <I2C_write+0x54>
82a0: e0bffd17 ldw r2,-12(fp)
82a4: 10800404 addi r2,r2,16
82a8: 1007883a mov r3,r2
82ac: 00801404 movi r2,80
82b0: 18800035 stwio r2,0(r3)
82b4: 00000506 br 82cc <I2C_write+0x68>
82b8: e0bffd17 ldw r2,-12(fp)
82bc: 10800404 addi r2,r2,16
82c0: 1007883a mov r3,r2
82c4: 00800404 movi r2,16
82c8: 18800035 stwio r2,0(r3)
82cc: 0001883a nop
82d0: e0bffd17 ldw r2,-12(fp)
82d4: 10800404 addi r2,r2,16
82d8: 10800037 ldwio r2,0(r2)
82dc: 1080008c andi r2,r2,2
82e0: 10000526 beq r2,zero,82f8 <I2C_write+0x94>
82e4: e0bffc17 ldw r2,-16(fp)
82e8: 10c00044 addi r3,r2,1
82ec: e0fffc15 stw r3,-16(fp)
82f0: 1080fa10 cmplti r2,r2,1000
82f4: 103ff61e bne r2,zero,82d0 <_gp+0xffff4f18>
82f8: e0bffd17 ldw r2,-12(fp)
82fc: 10800404 addi r2,r2,16
8300: 10800037 ldwio r2,0(r2)
8304: 1080200c andi r2,r2,128
8308: 10000226 beq r2,zero,8314 <I2C_write+0xb0>
830c: 00800044 movi r2,1
8310: 00000106 br 8318 <I2C_write+0xb4>
8314: 0005883a mov r2,zero
8318: e037883a mov sp,fp
831c: df000017 ldw fp,0(sp)
8320: dec00104 addi sp,sp,4
8324: f800283a ret
00008328 <Check_many_blocks>:
8328: defffc04 addi sp,sp,-16
832c: dfc00315 stw ra,12(sp)
8330: df000215 stw fp,8(sp)
8334: dc000115 stw r16,4(sp)
8338: df000204 addi fp,sp,8
833c: 2005883a mov r2,r4
8340: e0bffe05 stb r2,-8(fp)
8344: d0a00117 ldw r2,-32764(gp)
8348: 14000083 ldbu r16,2(r2)
834c: e0bffe03 ldbu r2,-8(fp)
8350: 01000e04 movi r4,56
8354: 100b883a mov r5,r2
8358: 000a1440 call a144 <__udivsi3>
835c: 1007883a mov r3,r2
8360: 80803fcc andi r2,r16,255
8364: 18c03fcc andi r3,r3,255
8368: 1880052e bgeu r3,r2,8380 <Check_many_blocks+0x58>
836c: d0a00017 ldw r2,-32768(gp)
8370: 00c00104 movi r3,4
8374: 10c00045 stb r3,1(r2)
8378: 00800044 movi r2,1
837c: 00000106 br 8384 <Check_many_blocks+0x5c>
8380: 0005883a mov r2,zero
8384: e6ffff04 addi sp,fp,-4
8388: dfc00217 ldw ra,8(sp)
838c: df000117 ldw fp,4(sp)
8390: dc000017 ldw r16,0(sp)
8394: dec00304 addi sp,sp,12
8398: f800283a ret
0000839c <getFifoData>:
839c: defffb04 addi sp,sp,-20
83a0: df000415 stw fp,16(sp)
83a4: df000404 addi fp,sp,16
83a8: e13ffe15 stw r4,-8(fp)
83ac: 2805883a mov r2,r5
83b0: e0bfff05 stb r2,-4(fp)
83b4: e03ffc05 stb zero,-16(fp)
83b8: e0bffe17 ldw r2,-8(fp)
83bc: e0bffd15 stw r2,-12(fp)
83c0: e03ffc05 stb zero,-16(fp)
83c4: 00000d06 br 83fc <getFifoData+0x60>
83c8: e0bffc03 ldbu r2,-16(fp)
83cc: 1085883a add r2,r2,r2
83d0: 1085883a add r2,r2,r2
83d4: 1007883a mov r3,r2
83d8: e0bffd17 ldw r2,-12(fp)
83dc: 10c7883a add r3,r2,r3
83e0: 00800074 movhi r2,1
83e4: 10843104 addi r2,r2,4292
83e8: 10800037 ldwio r2,0(r2)
83ec: 18800015 stw r2,0(r3)
83f0: e0bffc03 ldbu r2,-16(fp)
83f4: 10800044 addi r2,r2,1
83f8: e0bffc05 stb r2,-16(fp)
83fc: e0bfff03 ldbu r2,-4(fp)
8400: 1004d0ba srli r2,r2,2
8404: 10803fcc andi r2,r2,255
8408: e0fffc03 ldbu r3,-16(fp)
840c: 18bfee36 bltu r3,r2,83c8 <_gp+0xffff5010>
8410: e037883a mov sp,fp
8414: df000017 ldw fp,0(sp)
8418: dec00104 addi sp,sp,4
841c: f800283a ret
00008420 <set_led>:
8420: defffe04 addi sp,sp,-8
8424: df000115 stw fp,4(sp)
8428: df000104 addi fp,sp,4
842c: 2005883a mov r2,r4
8430: e0bfff05 stb r2,-4(fp)
8434: e0ffff03 ldbu r3,-4(fp)
8438: 00800074 movhi r2,1
843c: 10842804 addi r2,r2,4256
8440: 10c00035 stwio r3,0(r2)
8444: e037883a mov sp,fp
8448: df000017 ldw fp,0(sp)
844c: dec00104 addi sp,sp,4
8450: f800283a ret
00008454 <Configure_LM75>:
8454: defffd04 addi sp,sp,-12
8458: dfc00215 stw ra,8(sp)
845c: df000115 stw fp,4(sp)
8460: df000104 addi fp,sp,4
8464: 01000074 movhi r4,1
8468: 21042004 addi r4,r4,4224
846c: 01401204 movi r5,72
8470: 000d883a mov r6,zero
8474: 00081100 call 8110 <I2C_start>
8478: e0bfff15 stw r2,-4(fp)
847c: 01000074 movhi r4,1
8480: 21042004 addi r4,r4,4224
8484: 01400044 movi r5,1
8488: 000d883a mov r6,zero
848c: 00082640 call 8264 <I2C_write>
8490: e0bfff15 stw r2,-4(fp)
8494: 01000074 movhi r4,1
8498: 21042004 addi r4,r4,4224
849c: 01400104 movi r5,4
84a0: 01800044 movi r6,1
84a4: 00082640 call 8264 <I2C_write>
84a8: e0bfff15 stw r2,-4(fp)
84ac: 01000074 movhi r4,1
84b0: 21042004 addi r4,r4,4224
84b4: 01401204 movi r5,72
84b8: 000d883a mov r6,zero
84bc: 00081100 call 8110 <I2C_start>
84c0: e0bfff15 stw r2,-4(fp)
84c4: 01000074 movhi r4,1
84c8: 21042004 addi r4,r4,4224
84cc: 01400084 movi r5,2
84d0: 000d883a mov r6,zero
84d4: 00082640 call 8264 <I2C_write>
84d8: e0bfff15 stw r2,-4(fp)
84dc: 01000074 movhi r4,1
84e0: 21042004 addi r4,r4,4224
84e4: 01400b44 movi r5,45
84e8: 000d883a mov r6,zero
84ec: 00082640 call 8264 <I2C_write>
84f0: e0bfff15 stw r2,-4(fp)
84f4: 01000074 movhi r4,1
84f8: 21042004 addi r4,r4,4224
84fc: 000b883a mov r5,zero
8500: 01800044 movi r6,1
8504: 00082640 call 8264 <I2C_write>
8508: e0bfff15 stw r2,-4(fp)
850c: 01000074 movhi r4,1
8510: 21042004 addi r4,r4,4224
8514: 01401204 movi r5,72
8518: 000d883a mov r6,zero
851c: 00081100 call 8110 <I2C_start>
8520: e0bfff15 stw r2,-4(fp)
8524: 01000074 movhi r4,1
8528: 21042004 addi r4,r4,4224
852c: 014000c4 movi r5,3
8530: 000d883a mov r6,zero
8534: 00082640 call 8264 <I2C_write>
8538: e0bfff15 stw r2,-4(fp)
853c: 01000074 movhi r4,1
8540: 21042004 addi r4,r4,4224
8544: 01400dc4 movi r5,55
8548: 000d883a mov r6,zero
854c: 00082640 call 8264 <I2C_write>
8550: e0bfff15 stw r2,-4(fp)
8554: 01000074 movhi r4,1
8558: 21042004 addi r4,r4,4224
855c: 000b883a mov r5,zero
8560: 01800044 movi r6,1
8564: 00082640 call 8264 <I2C_write>
8568: e0bfff15 stw r2,-4(fp)
856c: e037883a mov sp,fp
8570: dfc00117 ldw ra,4(sp)
8574: df000017 ldw fp,0(sp)
8578: dec00204 addi sp,sp,8
857c: f800283a ret
00008580 <Control_TCXO_DAC>:
8580: defff704 addi sp,sp,-36
8584: dfc00815 stw ra,32(sp)
8588: df000715 stw fp,28(sp)
858c: df000704 addi fp,sp,28
8590: 2005883a mov r2,r4
8594: e17fff15 stw r5,-4(fp)
8598: e0bffe05 stb r2,-8(fp)
859c: e0bffe03 ldbu r2,-8(fp)
85a0: 10000f1e bne r2,zero,85e0 <Control_TCXO_DAC+0x60>
85a4: 00bff004 movi r2,-64
85a8: e0bffd05 stb r2,-12(fp)
85ac: e03ffd45 stb zero,-11(fp)
85b0: e0bffd04 addi r2,fp,-12
85b4: d8000015 stw zero,0(sp)
85b8: d8000115 stw zero,4(sp)
85bc: d8000215 stw zero,8(sp)
85c0: 01000074 movhi r4,1
85c4: 21040804 addi r4,r4,4128
85c8: 000b883a mov r5,zero
85cc: 01800084 movi r6,2
85d0: 100f883a mov r7,r2
85d4: 000a4740 call a474 <alt_avalon_spi_command>
85d8: e0bffc15 stw r2,-16(fp)
85dc: 00001406 br 8630 <Control_TCXO_DAC+0xb0>
85e0: e0bfff17 ldw r2,-4(fp)
85e4: 10800003 ldbu r2,0(r2)
85e8: 10803fcc andi r2,r2,255
85ec: 1004d0ba srli r2,r2,2
85f0: e0bffd05 stb r2,-12(fp)
85f4: e0bfff17 ldw r2,-4(fp)
85f8: 10800003 ldbu r2,0(r2)
85fc: 100491ba slli r2,r2,6
8600: e0bffd45 stb r2,-11(fp)
8604: e0bffd04 addi r2,fp,-12
8608: d8000015 stw zero,0(sp)
860c: d8000115 stw zero,4(sp)
8610: d8000215 stw zero,8(sp)
8614: 01000074 movhi r4,1
8618: 21040804 addi r4,r4,4128
861c: 000b883a mov r5,zero
8620: 01800084 movi r6,2
8624: 100f883a mov r7,r2
8628: 000a4740 call a474 <alt_avalon_spi_command>
862c: e0bffc15 stw r2,-16(fp)
8630: e037883a mov sp,fp
8634: dfc00117 ldw ra,4(sp)
8638: df000017 ldw fp,0(sp)
863c: dec00204 addi sp,sp,8
8640: f800283a ret
00008644 <Control_TCXO_ADF>:
8644: defff404 addi sp,sp,-48
8648: dfc00b15 stw ra,44(sp)
864c: df000a15 stw fp,40(sp)
8650: df000a04 addi fp,sp,40
8654: 2005883a mov r2,r4
8658: e17fff15 stw r5,-4(fp)
865c: e0bffe05 stb r2,-8(fp)
8660: e0bffe03 ldbu r2,-8(fp)
8664: 1000301e bne r2,zero,8728 <Control_TCXO_ADF+0xe4>
8668: 008007c4 movi r2,31
866c: e0bffb05 stb r2,-20(fp)
8670: 00bfe044 movi r2,-127
8674: e0bffb45 stb r2,-19(fp)
8678: 00bffcc4 movi r2,-13
867c: e0bffb85 stb r2,-18(fp)
8680: 008007c4 movi r2,31
8684: e0bffbc5 stb r2,-17(fp)
8688: 00bfe044 movi r2,-127
868c: e0bffc05 stb r2,-16(fp)
8690: 00bffc84 movi r2,-14
8694: e0bffc45 stb r2,-15(fp)
8698: e03ffc85 stb zero,-14(fp)
869c: 00800044 movi r2,1
86a0: e0bffcc5 stb r2,-13(fp)
86a4: 00bffd04 movi r2,-12
86a8: e0bffd05 stb r2,-12(fp)
86ac: 00800044 movi r2,1
86b0: e0bffd45 stb r2,-11(fp)
86b4: 00bfe004 movi r2,-128
86b8: e0bffd85 stb r2,-10(fp)
86bc: 00800044 movi r2,1
86c0: e0bffdc5 stb r2,-9(fp)
86c4: e03ff905 stb zero,-28(fp)
86c8: 00001306 br 8718 <Control_TCXO_ADF+0xd4>
86cc: e0fff903 ldbu r3,-28(fp)
86d0: 1805883a mov r2,r3
86d4: 1085883a add r2,r2,r2
86d8: 10c5883a add r2,r2,r3
86dc: e0fffb04 addi r3,fp,-20
86e0: 1885883a add r2,r3,r2
86e4: d8000015 stw zero,0(sp)
86e8: d8000115 stw zero,4(sp)
86ec: d8000215 stw zero,8(sp)
86f0: 01000074 movhi r4,1
86f4: 21040004 addi r4,r4,4096
86f8: 000b883a mov r5,zero
86fc: 018000c4 movi r6,3
8700: 100f883a mov r7,r2
8704: 000a4740 call a474 <alt_avalon_spi_command>
8708: e0bffa15 stw r2,-24(fp)
870c: e0bff903 ldbu r2,-28(fp)
8710: 10800044 addi r2,r2,1
8714: e0bff905 stb r2,-28(fp)
8718: e0bff903 ldbu r2,-28(fp)
871c: 10800130 cmpltui r2,r2,4
8720: 103fea1e bne r2,zero,86cc <_gp+0xffff5314>
8724: 00000a06 br 8750 <Control_TCXO_ADF+0x10c>
8728: d8000015 stw zero,0(sp)
872c: d8000115 stw zero,4(sp)
8730: d8000215 stw zero,8(sp)
8734: 01000074 movhi r4,1
8738: 21040004 addi r4,r4,4096
873c: 000b883a mov r5,zero
8740: 018000c4 movi r6,3
8744: e1ffff17 ldw r7,-4(fp)
8748: 000a4740 call a474 <alt_avalon_spi_command>
874c: e0bffa15 stw r2,-24(fp)
8750: e037883a mov sp,fp
8754: dfc00117 ldw ra,4(sp)
8758: df000017 ldw fp,0(sp)
875c: dec00204 addi sp,sp,8
8760: f800283a ret
00008764 <rd_dac_val>:
8764: defffb04 addi sp,sp,-20
8768: dfc00415 stw ra,16(sp)
876c: df000315 stw fp,12(sp)
8770: df000304 addi fp,sp,12
8774: 2005883a mov r2,r4
8778: e0bfff0d sth r2,-4(fp)
877c: e0bfff0b ldhu r2,-4(fp)
8780: e0bffd05 stb r2,-12(fp)
8784: e03ffd45 stb zero,-11(fp)
8788: 01000074 movhi r4,1
878c: 21042004 addi r4,r4,4224
8790: 01401404 movi r5,80
8794: 000d883a mov r6,zero
8798: 00081100 call 8110 <I2C_start>
879c: e0bffd85 stb r2,-10(fp)
87a0: e0bffd43 ldbu r2,-11(fp)
87a4: 01000074 movhi r4,1
87a8: 21042004 addi r4,r4,4224
87ac: 100b883a mov r5,r2
87b0: 000d883a mov r6,zero
87b4: 00082640 call 8264 <I2C_write>
87b8: e0bffd85 stb r2,-10(fp)
87bc: e0bffd03 ldbu r2,-12(fp)
87c0: 01000074 movhi r4,1
87c4: 21042004 addi r4,r4,4224
87c8: 100b883a mov r5,r2
87cc: 000d883a mov r6,zero
87d0: 00082640 call 8264 <I2C_write>
87d4: e0bffd85 stb r2,-10(fp)
87d8: 01000074 movhi r4,1
87dc: 21042004 addi r4,r4,4224
87e0: 01401404 movi r5,80
87e4: 01800044 movi r6,1
87e8: 00081100 call 8110 <I2C_start>
87ec: e0bffd85 stb r2,-10(fp)
87f0: 01000074 movhi r4,1
87f4: 21042004 addi r4,r4,4224
87f8: 000b883a mov r5,zero
87fc: 00081d00 call 81d0 <I2C_read>
8800: e0bffdc5 stb r2,-9(fp)
8804: 01000074 movhi r4,1
8808: 21042004 addi r4,r4,4224
880c: 01400044 movi r5,1
8810: 00081d00 call 81d0 <I2C_read>
8814: e0bffe05 stb r2,-8(fp)
8818: e0bffe03 ldbu r2,-8(fp)
881c: 1004923a slli r2,r2,8
8820: 1007883a mov r3,r2
8824: e0bffdc3 ldbu r2,-9(fp)
8828: 1884b03a or r2,r3,r2
882c: e0bffe8d sth r2,-6(fp)
8830: e0bffe8b ldhu r2,-6(fp)
8834: e037883a mov sp,fp
8838: dfc00117 ldw ra,4(sp)
883c: df000017 ldw fp,0(sp)
8840: dec00204 addi sp,sp,8
8844: f800283a ret
00008848 <main>:
8848: defff704 addi sp,sp,-36
884c: dfc00815 stw ra,32(sp)
8850: df000715 stw fp,28(sp)
8854: df000704 addi fp,sp,28
8858: 00800074 movhi r2,1
885c: 10ae8a04 addi r2,r2,-17880
8860: e0bffd15 stw r2,-12(fp)
8864: e03ffe05 stb zero,-8(fp)
8868: e03ffc05 stb zero,-16(fp)
886c: 00c00184 movi r3,6
8870: 00800074 movhi r2,1
8874: 10841804 addi r2,r2,4192
8878: 10c00035 stwio r3,0(r2)
887c: 00c001c4 movi r3,7
8880: 00800074 movhi r2,1
8884: 10841804 addi r2,r2,4192
8888: 10c00035 stwio r3,0(r2)
888c: 01000074 movhi r4,1
8890: 21042004 addi r4,r4,4224
8894: 01417db4 movhi r5,1526
8898: 29784004 addi r5,r5,-7936
889c: 018001b4 movhi r6,6
88a0: 3186a004 addi r6,r6,6784
88a4: 000805c0 call 805c <I2C_init>
88a8: 01000404 movi r4,16
88ac: 00087640 call 8764 <rd_dac_val>
88b0: e0bffe8d sth r2,-6(fp)
88b4: e0fffe8b ldhu r3,-6(fp)
88b8: 00bfffd4 movui r2,65535
88bc: 1880031e bne r3,r2,88cc <main+0x84>
88c0: 00801f44 movi r2,125
88c4: d0a00205 stb r2,-32760(gp)
88c8: 00000206 br 88d4 <main+0x8c>
88cc: e0bffe8b ldhu r2,-6(fp)
88d0: d0a00205 stb r2,-32760(gp)
88d4: 0009883a mov r4,zero
88d8: 000b883a mov r5,zero
88dc: 00086440 call 8644 <Control_TCXO_ADF>
88e0: 01000044 movi r4,1
88e4: d1600204 addi r5,gp,-32760
88e8: 00085800 call 8580 <Control_TCXO_DAC>
88ec: 00084540 call 8454 <Configure_LM75>
88f0: 00800074 movhi r2,1
88f4: 10843204 addi r2,r2,4296
88f8: 10800037 ldwio r2,0(r2)
88fc: e0bfff15 stw r2,-4(fp)
8900: e0bfff17 ldw r2,-4(fp)
8904: 1080004c andi r2,r2,1
8908: 1004871e bne r2,zero,9b28 <main+0x12e0>
890c: 00c00044 movi r3,1
8910: 00800074 movhi r2,1
8914: 10843304 addi r2,r2,4300
8918: 10c00035 stwio r3,0(r2)
891c: 0007883a mov r3,zero
8920: 00800074 movhi r2,1
8924: 10843304 addi r2,r2,4300
8928: 10c00035 stwio r3,0(r2)
892c: 00800074 movhi r2,1
8930: 10842804 addi r2,r2,4256
8934: 10800037 ldwio r2,0(r2)
8938: e0bffe05 stb r2,-8(fp)
893c: e0bffe03 ldbu r2,-8(fp)
8940: 10800054 ori r2,r2,1
8944: 10803fcc andi r2,r2,255
8948: 1009883a mov r4,r2
894c: 00084200 call 8420 <set_led>
8950: 01000074 movhi r4,1
8954: 212eda04 addi r4,r4,-17560
8958: 01401004 movi r5,64
895c: 000839c0 call 839c <getFifoData>
8960: 01000074 movhi r4,1
8964: 212e8a04 addi r4,r4,-17880
8968: 000b883a mov r5,zero
896c: 01801004 movi r6,64
8970: 000a17c0 call a17c <memset>
8974: d0219545 stb zero,-31147(gp)
8978: d0a00017 ldw r2,-32768(gp)
897c: d0e00117 ldw r3,-32764(gp)
8980: 18c00003 ldbu r3,0(r3)
8984: 10c00005 stb r3,0(r2)
8988: d0a00017 ldw r2,-32768(gp)
898c: d0e00117 ldw r3,-32764(gp)
8990: 18c00083 ldbu r3,2(r3)
8994: 10c00085 stb r3,2(r2)
8998: d0a00017 ldw r2,-32768(gp)
899c: d0e00117 ldw r3,-32764(gp)
89a0: 18c000c3 ldbu r3,3(r3)
89a4: 10c000c5 stb r3,3(r2)
89a8: d0a00017 ldw r2,-32768(gp)
89ac: 00c000c4 movi r3,3
89b0: 10c00045 stb r3,1(r2)
89b4: d0a00117 ldw r2,-32764(gp)
89b8: 10800003 ldbu r2,0(r2)
89bc: 10803fcc andi r2,r2,255
89c0: 10c018e8 cmpgeui r3,r2,99
89c4: 1804381e bne r3,zero,9aa8 <main+0x1260>
89c8: 100690ba slli r3,r2,2
89cc: 00800074 movhi r2,1
89d0: 10a27804 addi r2,r2,-30240
89d4: 1885883a add r2,r3,r2
89d8: 10800017 ldw r2,0(r2)
89dc: 1000683a jmp r2
89e0: 00008b6c andhi zero,zero,557
89e4: 00009aa8 cmpgeui zero,zero,618
89e8: 00009aa8 cmpgeui zero,zero,618
89ec: 00009aa8 cmpgeui zero,zero,618
89f0: 00009aa8 cmpgeui zero,zero,618
89f4: 00009aa8 cmpgeui zero,zero,618
89f8: 00009aa8 cmpgeui zero,zero,618
89fc: 00009aa8 cmpgeui zero,zero,618
8a00: 00009aa8 cmpgeui zero,zero,618
8a04: 00009aa8 cmpgeui zero,zero,618
8a08: 00009aa8 cmpgeui zero,zero,618
8a0c: 00009aa8 cmpgeui zero,zero,618
8a10: 00009aa8 cmpgeui zero,zero,618
8a14: 00009aa8 cmpgeui zero,zero,618
8a18: 00009aa8 cmpgeui zero,zero,618
8a1c: 00009aa8 cmpgeui zero,zero,618
8a20: 00009aa8 cmpgeui zero,zero,618
8a24: 00009aa8 cmpgeui zero,zero,618
8a28: 00009aa8 cmpgeui zero,zero,618
8a2c: 00009aa8 cmpgeui zero,zero,618
8a30: 00009aa8 cmpgeui zero,zero,618
8a34: 00009aa8 cmpgeui zero,zero,618
8a38: 00009aa8 cmpgeui zero,zero,618
8a3c: 00009aa8 cmpgeui zero,zero,618
8a40: 00009aa8 cmpgeui zero,zero,618
8a44: 00009aa8 cmpgeui zero,zero,618
8a48: 00009aa8 cmpgeui zero,zero,618
8a4c: 00009aa8 cmpgeui zero,zero,618
8a50: 00009aa8 cmpgeui zero,zero,618
8a54: 00009aa8 cmpgeui zero,zero,618
8a58: 00009aa8 cmpgeui zero,zero,618
8a5c: 00009aa8 cmpgeui zero,zero,618
8a60: 00008bb4 movhi zero,558
8a64: 00008c68 cmpgeui zero,zero,561
8a68: 00008d4c andi zero,zero,565
8a6c: 00009aa8 cmpgeui zero,zero,618
8a70: 00009aa8 cmpgeui zero,zero,618
8a74: 00009aa8 cmpgeui zero,zero,618
8a78: 00009aa8 cmpgeui zero,zero,618
8a7c: 00009aa8 cmpgeui zero,zero,618
8a80: 00009aa8 cmpgeui zero,zero,618
8a84: 00009aa8 cmpgeui zero,zero,618
8a88: 00009aa8 cmpgeui zero,zero,618
8a8c: 00009aa8 cmpgeui zero,zero,618
8a90: 000094d0 cmplti zero,zero,595
8a94: 00009aa8 cmpgeui zero,zero,618
8a98: 00009aa8 cmpgeui zero,zero,618
8a9c: 00009aa8 cmpgeui zero,zero,618
8aa0: 00009aa8 cmpgeui zero,zero,618
8aa4: 00009018 cmpnei zero,zero,576
8aa8: 00009aa8 cmpgeui zero,zero,618
8aac: 00009aa8 cmpgeui zero,zero,618
8ab0: 00009aa8 cmpgeui zero,zero,618
8ab4: 00009aa8 cmpgeui zero,zero,618
8ab8: 00009aa8 cmpgeui zero,zero,618
8abc: 00009aa8 cmpgeui zero,zero,618
8ac0: 00009aa8 cmpgeui zero,zero,618
8ac4: 00009aa8 cmpgeui zero,zero,618
8ac8: 00009aa8 cmpgeui zero,zero,618
8acc: 00009aa8 cmpgeui zero,zero,618
8ad0: 00009aa8 cmpgeui zero,zero,618
8ad4: 00009aa8 cmpgeui zero,zero,618
8ad8: 00009aa8 cmpgeui zero,zero,618
8adc: 00009aa8 cmpgeui zero,zero,618
8ae0: 00009aa8 cmpgeui zero,zero,618
8ae4: 00009aa8 cmpgeui zero,zero,618
8ae8: 00009aa8 cmpgeui zero,zero,618
8aec: 00009aa8 cmpgeui zero,zero,618
8af0: 00009aa8 cmpgeui zero,zero,618
8af4: 00009aa8 cmpgeui zero,zero,618
8af8: 00009aa8 cmpgeui zero,zero,618
8afc: 00009aa8 cmpgeui zero,zero,618
8b00: 00009aa8 cmpgeui zero,zero,618
8b04: 00009aa8 cmpgeui zero,zero,618
8b08: 00009aa8 cmpgeui zero,zero,618
8b0c: 00009aa8 cmpgeui zero,zero,618
8b10: 00009aa8 cmpgeui zero,zero,618
8b14: 00009aa8 cmpgeui zero,zero,618
8b18: 00009aa8 cmpgeui zero,zero,618
8b1c: 000098f0 cmpltui zero,zero,611
8b20: 0000995c xori zero,zero,613
8b24: 000099cc andi zero,zero,615
8b28: 00009a38 rdprs zero,zero,616
8b2c: 00009aa8 cmpgeui zero,zero,618
8b30: 00009aa8 cmpgeui zero,zero,618
8b34: 00008e40 call 8e4 <__reset-0x771c>
8b38: 00008f24 muli zero,zero,572
8b3c: 00009aa8 cmpgeui zero,zero,618
8b40: 00009aa8 cmpgeui zero,zero,618
8b44: 00009aa8 cmpgeui zero,zero,618
8b48: 00009aa8 cmpgeui zero,zero,618
8b4c: 00009aa8 cmpgeui zero,zero,618
8b50: 00009aa8 cmpgeui zero,zero,618
8b54: 00009aa8 cmpgeui zero,zero,618
8b58: 00009aa8 cmpgeui zero,zero,618
8b5c: 00009aa8 cmpgeui zero,zero,618
8b60: 00009aa8 cmpgeui zero,zero,618
8b64: 00009370 cmpltui zero,zero,589
8b68: 000090bc xorhi zero,zero,578
8b6c: d0a00017 ldw r2,-32768(gp)
8b70: 00c00144 movi r3,5
8b74: 10c00205 stb r3,8(r2)
8b78: d0a00017 ldw r2,-32768(gp)
8b7c: 00c003c4 movi r3,15
8b80: 10c00245 stb r3,9(r2)
8b84: d0a00017 ldw r2,-32768(gp)
8b88: 00c00044 movi r3,1
8b8c: 10c00285 stb r3,10(r2)
8b90: d0a00017 ldw r2,-32768(gp)
8b94: 00c00044 movi r3,1
8b98: 10c002c5 stb r3,11(r2)
8b9c: d0a00017 ldw r2,-32768(gp)
8ba0: 10000305 stb zero,12(r2)
8ba4: d0a00017 ldw r2,-32768(gp)
8ba8: 00c00044 movi r3,1
8bac: 10c00045 stb r3,1(r2)
8bb0: 0003c106 br 9ab8 <main+0x1270>
8bb4: d0a00117 ldw r2,-32764(gp)
8bb8: 10800203 ldbu r2,8(r2)
8bbc: 10803fcc andi r2,r2,255
8bc0: 10c00060 cmpeqi r3,r2,1
8bc4: 1800081e bne r3,zero,8be8 <main+0x3a0>
8bc8: 10c000a0 cmpeqi r3,r2,2
8bcc: 18000b1e bne r3,zero,8bfc <main+0x3b4>
8bd0: 10001d1e bne r2,zero,8c48 <main+0x400>
8bd4: 00c001c4 movi r3,7
8bd8: 00800074 movhi r2,1
8bdc: 10841804 addi r2,r2,4192
8be0: 10c00035 stwio r3,0(r2)
8be4: 00001c06 br 8c58 <main+0x410>
8be8: 00c00184 movi r3,6
8bec: 00800074 movhi r2,1
8bf0: 10841804 addi r2,r2,4192
8bf4: 10c00035 stwio r3,0(r2)
8bf8: 00001706 br 8c58 <main+0x410>
8bfc: 00c00184 movi r3,6
8c00: 00800074 movhi r2,1
8c04: 10841804 addi r2,r2,4192
8c08: 10c00035 stwio r3,0(r2)
8c0c: 0001883a nop
8c10: 0001883a nop
8c14: 0001883a nop
8c18: 0001883a nop
8c1c: 0001883a nop
8c20: 0001883a nop
8c24: 0001883a nop
8c28: 0001883a nop
8c2c: 0001883a nop
8c30: 0001883a nop
8c34: 00c001c4 movi r3,7
8c38: 00800074 movhi r2,1
8c3c: 10841804 addi r2,r2,4192
8c40: 10c00035 stwio r3,0(r2)
8c44: 00000406 br 8c58 <main+0x410>
8c48: d0a19543 ldbu r2,-31147(gp)
8c4c: 10800044 addi r2,r2,1
8c50: d0a19545 stb r2,-31147(gp)
8c54: 0001883a nop
8c58: d0a00017 ldw r2,-32768(gp)
8c5c: 00c00044 movi r3,1
8c60: 10c00045 stb r3,1(r2)
8c64: 00039406 br 9ab8 <main+0x1270>
8c68: 01000104 movi r4,4
8c6c: 00083280 call 8328 <Check_many_blocks>
8c70: 10803fcc andi r2,r2,255
8c74: 10000126 beq r2,zero,8c7c <main+0x434>
8c78: 00038f06 br 9ab8 <main+0x1270>
8c7c: d0218f05 stb zero,-31172(gp)
8c80: 00002806 br 8d24 <main+0x4dc>
8c84: d0e00117 ldw r3,-32764(gp)
8c88: d0a18f03 ldbu r2,-31172(gp)
8c8c: 10803fcc andi r2,r2,255
8c90: 1085883a add r2,r2,r2
8c94: 1085883a add r2,r2,r2
8c98: 100b883a mov r5,r2
8c9c: d1200117 ldw r4,-32764(gp)
8ca0: d0a18f03 ldbu r2,-31172(gp)
8ca4: 10803fcc andi r2,r2,255
8ca8: 1085883a add r2,r2,r2
8cac: 1085883a add r2,r2,r2
8cb0: 2085883a add r2,r4,r2
8cb4: 10800204 addi r2,r2,8
8cb8: 11000003 ldbu r4,0(r2)
8cbc: 00bfe004 movi r2,-128
8cc0: 2084b03a or r2,r4,r2
8cc4: 1009883a mov r4,r2
8cc8: 1945883a add r2,r3,r5
8ccc: 10800204 addi r2,r2,8
8cd0: 11000005 stb r4,0(r2)
8cd4: d0e00117 ldw r3,-32764(gp)
8cd8: d0a18f03 ldbu r2,-31172(gp)
8cdc: 10803fcc andi r2,r2,255
8ce0: 1085883a add r2,r2,r2
8ce4: 1085883a add r2,r2,r2
8ce8: 10800204 addi r2,r2,8
8cec: 1885883a add r2,r3,r2
8cf0: d8000015 stw zero,0(sp)
8cf4: d8000115 stw zero,4(sp)
8cf8: d8000215 stw zero,8(sp)
8cfc: 01000074 movhi r4,1
8d00: 21041004 addi r4,r4,4160
8d04: 000b883a mov r5,zero
8d08: 01800104 movi r6,4
8d0c: 100f883a mov r7,r2
8d10: 000a4740 call a474 <alt_avalon_spi_command>
8d14: e0bfff15 stw r2,-4(fp)
8d18: d0a18f03 ldbu r2,-31172(gp)
8d1c: 10800044 addi r2,r2,1
8d20: d0a18f05 stb r2,-31172(gp)
8d24: d0a00117 ldw r2,-32764(gp)
8d28: 10800083 ldbu r2,2(r2)
8d2c: d0e18f03 ldbu r3,-31172(gp)
8d30: 10803fcc andi r2,r2,255
8d34: 18c03fcc andi r3,r3,255
8d38: 18bfd236 bltu r3,r2,8c84 <_gp+0xffff58cc>
8d3c: d0a00017 ldw r2,-32768(gp)
8d40: 00c00044 movi r3,1
8d44: 10c00045 stb r3,1(r2)
8d48: 00035b06 br 9ab8 <main+0x1270>
8d4c: 01000104 movi r4,4
8d50: 00083280 call 8328 <Check_many_blocks>
8d54: 10803fcc andi r2,r2,255
8d58: 10000126 beq r2,zero,8d60 <main+0x518>
8d5c: 00035606 br 9ab8 <main+0x1270>
8d60: d0218f05 stb zero,-31172(gp)
8d64: 00002c06 br 8e18 <main+0x5d0>
8d68: d0e00117 ldw r3,-32764(gp)
8d6c: d0a18f03 ldbu r2,-31172(gp)
8d70: 10803fcc andi r2,r2,255
8d74: 1085883a add r2,r2,r2
8d78: 100b883a mov r5,r2
8d7c: d1200117 ldw r4,-32764(gp)
8d80: d0a18f03 ldbu r2,-31172(gp)
8d84: 10803fcc andi r2,r2,255
8d88: 1085883a add r2,r2,r2
8d8c: 2085883a add r2,r4,r2
8d90: 10800204 addi r2,r2,8
8d94: 10800003 ldbu r2,0(r2)
8d98: 10801fcc andi r2,r2,127
8d9c: 1009883a mov r4,r2
8da0: 1945883a add r2,r3,r5
8da4: 10800204 addi r2,r2,8
8da8: 11000005 stb r4,0(r2)
8dac: d0e00117 ldw r3,-32764(gp)
8db0: d0a18f03 ldbu r2,-31172(gp)
8db4: 10803fcc andi r2,r2,255
8db8: 1085883a add r2,r2,r2
8dbc: 10800204 addi r2,r2,8
8dc0: 188f883a add r7,r3,r2
8dc4: d0e00017 ldw r3,-32768(gp)
8dc8: d0a18f03 ldbu r2,-31172(gp)
8dcc: 10803fcc andi r2,r2,255
8dd0: 1085883a add r2,r2,r2
8dd4: 1085883a add r2,r2,r2
8dd8: 10800084 addi r2,r2,2
8ddc: 10800204 addi r2,r2,8
8de0: 1885883a add r2,r3,r2
8de4: 00c00084 movi r3,2
8de8: d8c00015 stw r3,0(sp)
8dec: d8800115 stw r2,4(sp)
8df0: d8000215 stw zero,8(sp)
8df4: 01000074 movhi r4,1
8df8: 21041004 addi r4,r4,4160
8dfc: 000b883a mov r5,zero
8e00: 01800084 movi r6,2
8e04: 000a4740 call a474 <alt_avalon_spi_command>
8e08: e0bfff15 stw r2,-4(fp)
8e0c: d0a18f03 ldbu r2,-31172(gp)
8e10: 10800044 addi r2,r2,1
8e14: d0a18f05 stb r2,-31172(gp)
8e18: d0a00117 ldw r2,-32764(gp)
8e1c: 10800083 ldbu r2,2(r2)
8e20: d0e18f03 ldbu r3,-31172(gp)
8e24: 10803fcc andi r2,r2,255
8e28: 18c03fcc andi r3,r3,255
8e2c: 18bfce36 bltu r3,r2,8d68 <_gp+0xffff59b0>
8e30: d0a00017 ldw r2,-32768(gp)
8e34: 00c00044 movi r3,1
8e38: 10c00045 stb r3,1(r2)
8e3c: 00031e06 br 9ab8 <main+0x1270>
8e40: 01000104 movi r4,4
8e44: 00083280 call 8328 <Check_many_blocks>
8e48: 10803fcc andi r2,r2,255
8e4c: 10000126 beq r2,zero,8e54 <main+0x60c>
8e50: 00031906 br 9ab8 <main+0x1270>
8e54: d0218f05 stb zero,-31172(gp)
8e58: 00002806 br 8efc <main+0x6b4>
8e5c: d0e00117 ldw r3,-32764(gp)
8e60: d0a18f03 ldbu r2,-31172(gp)
8e64: 10803fcc andi r2,r2,255
8e68: 1085883a add r2,r2,r2
8e6c: 1085883a add r2,r2,r2
8e70: 100b883a mov r5,r2
8e74: d1200117 ldw r4,-32764(gp)
8e78: d0a18f03 ldbu r2,-31172(gp)
8e7c: 10803fcc andi r2,r2,255
8e80: 1085883a add r2,r2,r2
8e84: 1085883a add r2,r2,r2
8e88: 2085883a add r2,r4,r2
8e8c: 10800204 addi r2,r2,8
8e90: 11000003 ldbu r4,0(r2)
8e94: 00bfe004 movi r2,-128
8e98: 2084b03a or r2,r4,r2
8e9c: 1009883a mov r4,r2
8ea0: 1945883a add r2,r3,r5
8ea4: 10800204 addi r2,r2,8
8ea8: 11000005 stb r4,0(r2)
8eac: d0e00117 ldw r3,-32764(gp)
8eb0: d0a18f03 ldbu r2,-31172(gp)
8eb4: 10803fcc andi r2,r2,255
8eb8: 1085883a add r2,r2,r2
8ebc: 1085883a add r2,r2,r2
8ec0: 10800204 addi r2,r2,8
8ec4: 1885883a add r2,r3,r2
8ec8: d8000015 stw zero,0(sp)
8ecc: d8000115 stw zero,4(sp)
8ed0: d8000215 stw zero,8(sp)
8ed4: 01000074 movhi r4,1
8ed8: 21041004 addi r4,r4,4160
8edc: 01400044 movi r5,1
8ee0: 01800104 movi r6,4
8ee4: 100f883a mov r7,r2
8ee8: 000a4740 call a474 <alt_avalon_spi_command>
8eec: e0bfff15 stw r2,-4(fp)
8ef0: d0a18f03 ldbu r2,-31172(gp)
8ef4: 10800044 addi r2,r2,1
8ef8: d0a18f05 stb r2,-31172(gp)
8efc: d0a00117 ldw r2,-32764(gp)
8f00: 10800083 ldbu r2,2(r2)
8f04: d0e18f03 ldbu r3,-31172(gp)
8f08: 10803fcc andi r2,r2,255
8f0c: 18c03fcc andi r3,r3,255
8f10: 18bfd236 bltu r3,r2,8e5c <_gp+0xffff5aa4>
8f14: d0a00017 ldw r2,-32768(gp)
8f18: 00c00044 movi r3,1
8f1c: 10c00045 stb r3,1(r2)
8f20: 0002e506 br 9ab8 <main+0x1270>
8f24: 01000104 movi r4,4
8f28: 00083280 call 8328 <Check_many_blocks>
8f2c: 10803fcc andi r2,r2,255
8f30: 10000126 beq r2,zero,8f38 <main+0x6f0>
8f34: 0002e006 br 9ab8 <main+0x1270>
8f38: d0218f05 stb zero,-31172(gp)
8f3c: 00002c06 br 8ff0 <main+0x7a8>
8f40: d0e00117 ldw r3,-32764(gp)
8f44: d0a18f03 ldbu r2,-31172(gp)
8f48: 10803fcc andi r2,r2,255
8f4c: 1085883a add r2,r2,r2
8f50: 100b883a mov r5,r2
8f54: d1200117 ldw r4,-32764(gp)
8f58: d0a18f03 ldbu r2,-31172(gp)
8f5c: 10803fcc andi r2,r2,255
8f60: 1085883a add r2,r2,r2
8f64: 2085883a add r2,r4,r2
8f68: 10800204 addi r2,r2,8
8f6c: 10800003 ldbu r2,0(r2)
8f70: 10801fcc andi r2,r2,127
8f74: 1009883a mov r4,r2
8f78: 1945883a add r2,r3,r5
8f7c: 10800204 addi r2,r2,8
8f80: 11000005 stb r4,0(r2)
8f84: d0e00117 ldw r3,-32764(gp)
8f88: d0a18f03 ldbu r2,-31172(gp)
8f8c: 10803fcc andi r2,r2,255
8f90: 1085883a add r2,r2,r2
8f94: 10800204 addi r2,r2,8
8f98: 188f883a add r7,r3,r2
8f9c: d0e00017 ldw r3,-32768(gp)
8fa0: d0a18f03 ldbu r2,-31172(gp)
8fa4: 10803fcc andi r2,r2,255
8fa8: 1085883a add r2,r2,r2
8fac: 1085883a add r2,r2,r2
8fb0: 10800084 addi r2,r2,2
8fb4: 10800204 addi r2,r2,8
8fb8: 1885883a add r2,r3,r2
8fbc: 00c00084 movi r3,2
8fc0: d8c00015 stw r3,0(sp)
8fc4: d8800115 stw r2,4(sp)
8fc8: d8000215 stw zero,8(sp)
8fcc: 01000074 movhi r4,1
8fd0: 21041004 addi r4,r4,4160
8fd4: 01400044 movi r5,1
8fd8: 01800084 movi r6,2
8fdc: 000a4740 call a474 <alt_avalon_spi_command>
8fe0: e0bfff15 stw r2,-4(fp)
8fe4: d0a18f03 ldbu r2,-31172(gp)
8fe8: 10800044 addi r2,r2,1
8fec: d0a18f05 stb r2,-31172(gp)
8ff0: d0a00117 ldw r2,-32764(gp)
8ff4: 10800083 ldbu r2,2(r2)
8ff8: d0e18f03 ldbu r3,-31172(gp)
8ffc: 10803fcc andi r2,r2,255
9000: 18c03fcc andi r3,r3,255
9004: 18bfce36 bltu r3,r2,8f40 <_gp+0xffff5b88>
9008: d0a00017 ldw r2,-32768(gp)
900c: 00c00044 movi r3,1
9010: 10c00045 stb r3,1(r2)
9014: 0002a806 br 9ab8 <main+0x1270>
9018: 010000c4 movi r4,3
901c: 00083280 call 8328 <Check_many_blocks>
9020: 10803fcc andi r2,r2,255
9024: 10000126 beq r2,zero,902c <main+0x7e4>
9028: 0002a306 br 9ab8 <main+0x1270>
902c: 0009883a mov r4,zero
9030: 000b883a mov r5,zero
9034: 00085800 call 8580 <Control_TCXO_DAC>
9038: d0218f05 stb zero,-31172(gp)
903c: 00000e06 br 9078 <main+0x830>
9040: d1200117 ldw r4,-32764(gp)
9044: d0a18f03 ldbu r2,-31172(gp)
9048: 10c03fcc andi r3,r2,255
904c: 1805883a mov r2,r3
9050: 1085883a add r2,r2,r2
9054: 10c5883a add r2,r2,r3
9058: 10800204 addi r2,r2,8
905c: 2085883a add r2,r4,r2
9060: 01000044 movi r4,1
9064: 100b883a mov r5,r2
9068: 00086440 call 8644 <Control_TCXO_ADF>
906c: d0a18f03 ldbu r2,-31172(gp)
9070: 10800044 addi r2,r2,1
9074: d0a18f05 stb r2,-31172(gp)
9078: d0a00117 ldw r2,-32764(gp)
907c: 10800083 ldbu r2,2(r2)
9080: d0e18f03 ldbu r3,-31172(gp)
9084: 10803fcc andi r2,r2,255
9088: 18c03fcc andi r3,r3,255
908c: 18bfec36 bltu r3,r2,9040 <_gp+0xffff5c88>
9090: d0a19543 ldbu r2,-31147(gp)
9094: 10803fcc andi r2,r2,255
9098: 10000426 beq r2,zero,90ac <main+0x864>
909c: d0a00017 ldw r2,-32768(gp)
90a0: 00c00204 movi r3,8
90a4: 10c00045 stb r3,1(r2)
90a8: 00028306 br 9ab8 <main+0x1270>
90ac: d0a00017 ldw r2,-32768(gp)
90b0: 00c00044 movi r3,1
90b4: 10c00045 stb r3,1(r2)
90b8: 00027f06 br 9ab8 <main+0x1270>
90bc: d0218f05 stb zero,-31172(gp)
90c0: 0000a106 br 9348 <main+0xb00>
90c4: d0e00117 ldw r3,-32764(gp)
90c8: d0a18f03 ldbu r2,-31172(gp)
90cc: 10803fcc andi r2,r2,255
90d0: 1885883a add r2,r3,r2
90d4: 10800204 addi r2,r2,8
90d8: 10800003 ldbu r2,0(r2)
90dc: 10803fcc andi r2,r2,255
90e0: 10000326 beq r2,zero,90f0 <main+0x8a8>
90e4: 10800060 cmpeqi r2,r2,1
90e8: 10002d1e bne r2,zero,91a0 <main+0x958>
90ec: 00008f06 br 932c <main+0xae4>
90f0: d1200017 ldw r4,-32768(gp)
90f4: d0a18f03 ldbu r2,-31172(gp)
90f8: 10803fcc andi r2,r2,255
90fc: 1085883a add r2,r2,r2
9100: 1085883a add r2,r2,r2
9104: 100b883a mov r5,r2
9108: d0e00117 ldw r3,-32764(gp)
910c: d0a18f03 ldbu r2,-31172(gp)
9110: 10803fcc andi r2,r2,255
9114: 1885883a add r2,r3,r2
9118: 10800204 addi r2,r2,8
911c: 10c00003 ldbu r3,0(r2)
9120: 2145883a add r2,r4,r5
9124: 10800204 addi r2,r2,8
9128: 10c00005 stb r3,0(r2)
912c: d0e00017 ldw r3,-32768(gp)
9130: d0a18f03 ldbu r2,-31172(gp)
9134: 10803fcc andi r2,r2,255
9138: 1085883a add r2,r2,r2
913c: 1085883a add r2,r2,r2
9140: 10800044 addi r2,r2,1
9144: 1885883a add r2,r3,r2
9148: 10800204 addi r2,r2,8
914c: 10000005 stb zero,0(r2)
9150: d0e00017 ldw r3,-32768(gp)
9154: d0a18f03 ldbu r2,-31172(gp)
9158: 10803fcc andi r2,r2,255
915c: 1085883a add r2,r2,r2
9160: 1085883a add r2,r2,r2
9164: 10800084 addi r2,r2,2
9168: 1885883a add r2,r3,r2
916c: 10800204 addi r2,r2,8
9170: 10000005 stb zero,0(r2)
9174: d1200017 ldw r4,-32768(gp)
9178: d0a18f03 ldbu r2,-31172(gp)
917c: 10803fcc andi r2,r2,255
9180: 1085883a add r2,r2,r2
9184: 1085883a add r2,r2,r2
9188: 108000c4 addi r2,r2,3
918c: d0e00203 ldbu r3,-32760(gp)
9190: 2085883a add r2,r4,r2
9194: 10800204 addi r2,r2,8
9198: 10c00005 stb r3,0(r2)
919c: 00006706 br 933c <main+0xaf4>
91a0: 01000074 movhi r4,1
91a4: 21042004 addi r4,r4,4224
91a8: 01401204 movi r5,72
91ac: 000d883a mov r6,zero
91b0: 00081100 call 8110 <I2C_start>
91b4: e0bfff15 stw r2,-4(fp)
91b8: 01000074 movhi r4,1
91bc: 21042004 addi r4,r4,4224
91c0: 000b883a mov r5,zero
91c4: 01800044 movi r6,1
91c8: 00082640 call 8264 <I2C_write>
91cc: e0bfff15 stw r2,-4(fp)
91d0: 01000074 movhi r4,1
91d4: 21042004 addi r4,r4,4224
91d8: 01401204 movi r5,72
91dc: 01800044 movi r6,1
91e0: 00081100 call 8110 <I2C_start>
91e4: e0bfff15 stw r2,-4(fp)
91e8: 01000074 movhi r4,1
91ec: 21042004 addi r4,r4,4224
91f0: 000b883a mov r5,zero
91f4: 00081d00 call 81d0 <I2C_read>
91f8: d0a0028d sth r2,-32758(gp)
91fc: d0a0028b ldhu r2,-32758(gp)
9200: 10bfffcc andi r2,r2,65535
9204: 10a0001c xori r2,r2,32768
9208: 10a00004 addi r2,r2,-32768
920c: 1004923a slli r2,r2,8
9210: d0a0028d sth r2,-32758(gp)
9214: d0a0028b ldhu r2,-32758(gp)
9218: 10bfffcc andi r2,r2,65535
921c: 10a0001c xori r2,r2,32768
9220: 10a00004 addi r2,r2,-32768
9224: 1005d23a srai r2,r2,8
9228: 1009883a mov r4,r2
922c: 01400284 movi r5,10
9230: 000a1540 call a154 <__mulsi3>
9234: d0a0028d sth r2,-32758(gp)
9238: 01000074 movhi r4,1
923c: 21042004 addi r4,r4,4224
9240: 01400044 movi r5,1
9244: 00081d00 call 81d0 <I2C_read>
9248: e0bfff15 stw r2,-4(fp)
924c: e0bfff17 ldw r2,-4(fp)
9250: 1080200c andi r2,r2,128
9254: 10000326 beq r2,zero,9264 <main+0xa1c>
9258: d0a0028b ldhu r2,-32758(gp)
925c: 10800144 addi r2,r2,5
9260: d0a0028d sth r2,-32758(gp)
9264: d1200017 ldw r4,-32768(gp)
9268: d0a18f03 ldbu r2,-31172(gp)
926c: 10803fcc andi r2,r2,255
9270: 1085883a add r2,r2,r2
9274: 1085883a add r2,r2,r2
9278: 100b883a mov r5,r2
927c: d0e00117 ldw r3,-32764(gp)
9280: d0a18f03 ldbu r2,-31172(gp)
9284: 10803fcc andi r2,r2,255
9288: 1885883a add r2,r3,r2
928c: 10800204 addi r2,r2,8
9290: 10c00003 ldbu r3,0(r2)
9294: 2145883a add r2,r4,r5
9298: 10800204 addi r2,r2,8
929c: 10c00005 stb r3,0(r2)
92a0: d0e00017 ldw r3,-32768(gp)
92a4: d0a18f03 ldbu r2,-31172(gp)
92a8: 10803fcc andi r2,r2,255
92ac: 1085883a add r2,r2,r2
92b0: 1085883a add r2,r2,r2
92b4: 10800044 addi r2,r2,1
92b8: 1885883a add r2,r3,r2
92bc: 10800204 addi r2,r2,8
92c0: 00c01404 movi r3,80
92c4: 10c00005 stb r3,0(r2)
92c8: d0e00017 ldw r3,-32768(gp)
92cc: d0a18f03 ldbu r2,-31172(gp)
92d0: 10803fcc andi r2,r2,255
92d4: 1085883a add r2,r2,r2
92d8: 1085883a add r2,r2,r2
92dc: 10800084 addi r2,r2,2
92e0: d120028b ldhu r4,-32758(gp)
92e4: 213fffcc andi r4,r4,65535
92e8: 2120001c xori r4,r4,32768
92ec: 21200004 addi r4,r4,-32768
92f0: 2009d23a srai r4,r4,8
92f4: 1885883a add r2,r3,r2
92f8: 10800204 addi r2,r2,8
92fc: 11000005 stb r4,0(r2)
9300: d0e00017 ldw r3,-32768(gp)
9304: d0a18f03 ldbu r2,-31172(gp)
9308: 10803fcc andi r2,r2,255
930c: 1085883a add r2,r2,r2
9310: 1085883a add r2,r2,r2
9314: 108000c4 addi r2,r2,3
9318: d120028b ldhu r4,-32758(gp)
931c: 1885883a add r2,r3,r2
9320: 10800204 addi r2,r2,8
9324: 11000005 stb r4,0(r2)
9328: 00000406 br 933c <main+0xaf4>
932c: d0a19543 ldbu r2,-31147(gp)
9330: 10800044 addi r2,r2,1
9334: d0a19545 stb r2,-31147(gp)
9338: 0001883a nop
933c: d0a18f03 ldbu r2,-31172(gp)
9340: 10800044 addi r2,r2,1
9344: d0a18f05 stb r2,-31172(gp)
9348: d0a00117 ldw r2,-32764(gp)
934c: 10800083 ldbu r2,2(r2)
9350: d0e18f03 ldbu r3,-31172(gp)
9354: 10803fcc andi r2,r2,255
9358: 18c03fcc andi r3,r3,255
935c: 18bf5936 bltu r3,r2,90c4 <_gp+0xffff5d0c>
9360: d0a00017 ldw r2,-32768(gp)
9364: 00c00044 movi r3,1
9368: 10c00045 stb r3,1(r2)
936c: 0001d206 br 9ab8 <main+0x1270>
9370: 01000104 movi r4,4
9374: 00083280 call 8328 <Check_many_blocks>
9378: 10803fcc andi r2,r2,255
937c: 10000126 beq r2,zero,9384 <main+0xb3c>
9380: 0001cd06 br 9ab8 <main+0x1270>
9384: d0218f05 stb zero,-31172(gp)
9388: 00004006 br 948c <main+0xc44>
938c: d0e00117 ldw r3,-32764(gp)
9390: d0a18f03 ldbu r2,-31172(gp)
9394: 10803fcc andi r2,r2,255
9398: 1085883a add r2,r2,r2
939c: 1085883a add r2,r2,r2
93a0: 1885883a add r2,r3,r2
93a4: 10800204 addi r2,r2,8
93a8: 10800003 ldbu r2,0(r2)
93ac: 10803fcc andi r2,r2,255
93b0: 10002f1e bne r2,zero,9470 <main+0xc28>
93b4: d0e00117 ldw r3,-32764(gp)
93b8: d0a18f03 ldbu r2,-31172(gp)
93bc: 10803fcc andi r2,r2,255
93c0: 1085883a add r2,r2,r2
93c4: 1085883a add r2,r2,r2
93c8: 10800044 addi r2,r2,1
93cc: 1885883a add r2,r3,r2
93d0: 10800204 addi r2,r2,8
93d4: 10800003 ldbu r2,0(r2)
93d8: 10803fcc andi r2,r2,255
93dc: 1000201e bne r2,zero,9460 <main+0xc18>
93e0: d0e00117 ldw r3,-32764(gp)
93e4: d0a18f03 ldbu r2,-31172(gp)
93e8: 10803fcc andi r2,r2,255
93ec: 1085883a add r2,r2,r2
93f0: 1085883a add r2,r2,r2
93f4: 10800084 addi r2,r2,2
93f8: 1885883a add r2,r3,r2
93fc: 10800204 addi r2,r2,8
9400: 10800003 ldbu r2,0(r2)
9404: 10803fcc andi r2,r2,255
9408: 1000111e bne r2,zero,9450 <main+0xc08>
940c: 0009883a mov r4,zero
9410: 000b883a mov r5,zero
9414: 00086440 call 8644 <Control_TCXO_ADF>
9418: d0e00117 ldw r3,-32764(gp)
941c: d0a18f03 ldbu r2,-31172(gp)
9420: 10803fcc andi r2,r2,255
9424: 1085883a add r2,r2,r2
9428: 1085883a add r2,r2,r2
942c: 108000c4 addi r2,r2,3
9430: 1885883a add r2,r3,r2
9434: 10800204 addi r2,r2,8
9438: 10800003 ldbu r2,0(r2)
943c: d0a00205 stb r2,-32760(gp)
9440: 01000044 movi r4,1
9444: d1600204 addi r5,gp,-32760
9448: 00085800 call 8580 <Control_TCXO_DAC>
944c: 00000c06 br 9480 <main+0xc38>
9450: d0a19543 ldbu r2,-31147(gp)
9454: 10800044 addi r2,r2,1
9458: d0a19545 stb r2,-31147(gp)
945c: 00000806 br 9480 <main+0xc38>
9460: d0a19543 ldbu r2,-31147(gp)
9464: 10800044 addi r2,r2,1
9468: d0a19545 stb r2,-31147(gp)
946c: 00000406 br 9480 <main+0xc38>
9470: d0a19543 ldbu r2,-31147(gp)
9474: 10800044 addi r2,r2,1
9478: d0a19545 stb r2,-31147(gp)
947c: 0001883a nop
9480: d0a18f03 ldbu r2,-31172(gp)
9484: 10800044 addi r2,r2,1
9488: d0a18f05 stb r2,-31172(gp)
948c: d0a00117 ldw r2,-32764(gp)
9490: 10800083 ldbu r2,2(r2)
9494: d0e18f03 ldbu r3,-31172(gp)
9498: 10803fcc andi r2,r2,255
949c: 18c03fcc andi r3,r3,255
94a0: 18bfba36 bltu r3,r2,938c <_gp+0xffff5fd4>
94a4: d0a19543 ldbu r2,-31147(gp)
94a8: 10803fcc andi r2,r2,255
94ac: 10000426 beq r2,zero,94c0 <main+0xc78>
94b0: d0a00017 ldw r2,-32768(gp)
94b4: 00c00144 movi r3,5
94b8: 10c00045 stb r3,1(r2)
94bc: 00017e06 br 9ab8 <main+0x1270>
94c0: d0a00017 ldw r2,-32768(gp)
94c4: 00c00044 movi r3,1
94c8: 10c00045 stb r3,1(r2)
94cc: 00017a06 br 9ab8 <main+0x1270>
94d0: d0a00117 ldw r2,-32764(gp)
94d4: 10800243 ldbu r2,9(r2)
94d8: 10803fcc andi r2,r2,255
94dc: d0a19415 stw r2,-31152(gp)
94e0: d0a19417 ldw r2,-31152(gp)
94e4: 10000826 beq r2,zero,9508 <main+0xcc0>
94e8: d0a19417 ldw r2,-31152(gp)
94ec: 10ffffc4 addi r3,r2,-1
94f0: d0a19317 ldw r2,-31156(gp)
94f4: 18800426 beq r3,r2,9508 <main+0xcc0>
94f8: d0a00017 ldw r2,-32768(gp)
94fc: 00c00184 movi r3,6
9500: 10c00045 stb r3,1(r2)
9504: 00016c06 br 9ab8 <main+0x1270>
9508: d0a19417 ldw r2,-31152(gp)
950c: 10005d1e bne r2,zero,9684 <main+0xe3c>
9510: 00bfe004 movi r2,-128
9514: d0a19045 stb r2,-31167(gp)
9518: d0a19084 addi r2,gp,-31166
951c: 00c00084 movi r3,2
9520: 10c00005 stb r3,0(r2)
9524: d0a190c4 addi r2,gp,-31165
9528: 10000005 stb zero,0(r2)
952c: d0a19104 addi r2,gp,-31164
9530: 10000005 stb zero,0(r2)
9534: d8000015 stw zero,0(sp)
9538: d8000115 stw zero,4(sp)
953c: d8000215 stw zero,8(sp)
9540: 01000074 movhi r4,1
9544: 21041004 addi r4,r4,4160
9548: 000b883a mov r5,zero
954c: 01800104 movi r6,4
9550: d1e19044 addi r7,gp,-31167
9554: 000a4740 call a474 <alt_avalon_spi_command>
9558: e0bfff15 stw r2,-4(fp)
955c: 00bfe004 movi r2,-128
9560: d0a19045 stb r2,-31167(gp)
9564: d0a19084 addi r2,gp,-31166
9568: 00c00084 movi r3,2
956c: 10c00005 stb r3,0(r2)
9570: d0a190c4 addi r2,gp,-31165
9574: 10000005 stb zero,0(r2)
9578: d0a00117 ldw r2,-32764(gp)
957c: 10800203 ldbu r2,8(r2)
9580: 10803fcc andi r2,r2,255
9584: 10c000a0 cmpeqi r3,r2,2
9588: 1800121e bne r3,zero,95d4 <main+0xd8c>
958c: 10c000e0 cmpeqi r3,r2,3
9590: 18001e1e bne r3,zero,960c <main+0xdc4>
9594: 10800060 cmpeqi r2,r2,1
9598: 10003a26 beq r2,zero,9684 <main+0xe3c>
959c: d0a19104 addi r2,gp,-31164
95a0: 00c00044 movi r3,1
95a4: 10c00005 stb r3,0(r2)
95a8: d8000015 stw zero,0(sp)
95ac: d8000115 stw zero,4(sp)
95b0: d8000215 stw zero,8(sp)
95b4: 01000074 movhi r4,1
95b8: 21041004 addi r4,r4,4160
95bc: 000b883a mov r5,zero
95c0: 01800104 movi r6,4
95c4: d1e19044 addi r7,gp,-31167
95c8: 000a4740 call a474 <alt_avalon_spi_command>
95cc: e0bfff15 stw r2,-4(fp)
95d0: 00002c06 br 9684 <main+0xe3c>
95d4: d0a19104 addi r2,gp,-31164
95d8: 00c00084 movi r3,2
95dc: 10c00005 stb r3,0(r2)
95e0: d8000015 stw zero,0(sp)
95e4: d8000115 stw zero,4(sp)
95e8: d8000215 stw zero,8(sp)
95ec: 01000074 movhi r4,1
95f0: 21041004 addi r4,r4,4160
95f4: 000b883a mov r5,zero
95f8: 01800104 movi r6,4
95fc: d1e19044 addi r7,gp,-31167
9600: 000a4740 call a474 <alt_avalon_spi_command>
9604: e0bfff15 stw r2,-4(fp)
9608: 00001e06 br 9684 <main+0xe3c>
960c: d0a19104 addi r2,gp,-31164
9610: 00c000c4 movi r3,3
9614: 10c00005 stb r3,0(r2)
9618: d8000015 stw zero,0(sp)
961c: d8000115 stw zero,4(sp)
9620: d8000215 stw zero,8(sp)
9624: 01000074 movhi r4,1
9628: 21041004 addi r4,r4,4160
962c: 000b883a mov r5,zero
9630: 01800104 movi r6,4
9634: d1e19044 addi r7,gp,-31167
9638: 000a4740 call a474 <alt_avalon_spi_command>
963c: e0bfff15 stw r2,-4(fp)
9640: d0219045 stb zero,-31167(gp)
9644: d0a19084 addi r2,gp,-31166
9648: 00c000c4 movi r3,3
964c: 10c00005 stb r3,0(r2)
9650: 00800084 movi r2,2
9654: d8800015 stw r2,0(sp)
9658: d0a19044 addi r2,gp,-31167
965c: d8800115 stw r2,4(sp)
9660: d8000215 stw zero,8(sp)
9664: 01000074 movhi r4,1
9668: 21041004 addi r4,r4,4160
966c: 000b883a mov r5,zero
9670: 01800084 movi r6,2
9674: d1e19044 addi r7,gp,-31167
9678: 000a4740 call a474 <alt_avalon_spi_command>
967c: e0bfff15 stw r2,-4(fp)
9680: 00009006 br 98c4 <main+0x107c>
9684: d0219005 stb zero,-31168(gp)
9688: 00001b06 br 96f8 <main+0xeb0>
968c: d0219045 stb zero,-31167(gp)
9690: d0a19084 addi r2,gp,-31166
9694: 00c000c4 movi r3,3
9698: 10c00005 stb r3,0(r2)
969c: 00800084 movi r2,2
96a0: d8800015 stw r2,0(sp)
96a4: d0a19044 addi r2,gp,-31167
96a8: d8800115 stw r2,4(sp)
96ac: d8000215 stw zero,8(sp)
96b0: 01000074 movhi r4,1
96b4: 21041004 addi r4,r4,4160
96b8: 000b883a mov r5,zero
96bc: 01800084 movi r6,2
96c0: d1e19044 addi r7,gp,-31167
96c4: 000a4740 call a474 <alt_avalon_spi_command>
96c8: e0bfff15 stw r2,-4(fp)
96cc: d0a19084 addi r2,gp,-31166
96d0: 10800003 ldbu r2,0(r2)
96d4: 10803fcc andi r2,r2,255
96d8: 1080004c andi r2,r2,1
96dc: 10000126 beq r2,zero,96e4 <main+0xe9c>
96e0: 00000906 br 9708 <main+0xec0>
96e4: d0a19003 ldbu r2,-31168(gp)
96e8: 10800044 addi r2,r2,1
96ec: d0a19005 stb r2,-31168(gp)
96f0: 01000784 movi r4,30
96f4: 000a3e00 call a3e0 <usleep>
96f8: d0a19003 ldbu r2,-31168(gp)
96fc: 10803fcc andi r2,r2,255
9700: 108007b0 cmpltui r2,r2,30
9704: 103fe11e bne r2,zero,968c <_gp+0xffff62d4>
9708: d0218f05 stb zero,-31172(gp)
970c: 00001e06 br 9788 <main+0xf40>
9710: 00bfe004 movi r2,-128
9714: d0a19045 stb r2,-31167(gp)
9718: d0a19084 addi r2,gp,-31166
971c: 00c00104 movi r3,4
9720: 10c00005 stb r3,0(r2)
9724: d0a190c4 addi r2,gp,-31165
9728: 10000005 stb zero,0(r2)
972c: d0e00117 ldw r3,-32764(gp)
9730: d0a18f03 ldbu r2,-31172(gp)
9734: 10803fcc andi r2,r2,255
9738: 10800084 addi r2,r2,2
973c: 1885883a add r2,r3,r2
9740: 10800204 addi r2,r2,8
9744: 10c00003 ldbu r3,0(r2)
9748: d0a19104 addi r2,gp,-31164
974c: 10c00005 stb r3,0(r2)
9750: d8000015 stw zero,0(sp)
9754: d8000115 stw zero,4(sp)
9758: d8000215 stw zero,8(sp)
975c: 01000074 movhi r4,1
9760: 21041004 addi r4,r4,4160
9764: 000b883a mov r5,zero
9768: 01800104 movi r6,4
976c: d1e19044 addi r7,gp,-31167
9770: 000a4740 call a474 <alt_avalon_spi_command>
9774: e0bfff15 stw r2,-4(fp)
9778: d0219005 stb zero,-31168(gp)
977c: d0a18f03 ldbu r2,-31172(gp)
9780: 10800044 addi r2,r2,1
9784: d0a18f05 stb r2,-31172(gp)
9788: d0a18f03 ldbu r2,-31172(gp)
978c: 10803fcc andi r2,r2,255
9790: 10800830 cmpltui r2,r2,32
9794: 103fde1e bne r2,zero,9710 <_gp+0xffff6358>
9798: d0219005 stb zero,-31168(gp)
979c: d0219045 stb zero,-31167(gp)
97a0: d0a19084 addi r2,gp,-31166
97a4: 00c000c4 movi r3,3
97a8: 10c00005 stb r3,0(r2)
97ac: 00800084 movi r2,2
97b0: d8800015 stw r2,0(sp)
97b4: d0a19044 addi r2,gp,-31167
97b8: d8800115 stw r2,4(sp)
97bc: d8000215 stw zero,8(sp)
97c0: 01000074 movhi r4,1
97c4: 21041004 addi r4,r4,4160
97c8: 000b883a mov r5,zero
97cc: 01800084 movi r6,2
97d0: d1e19044 addi r7,gp,-31167
97d4: 000a4740 call a474 <alt_avalon_spi_command>
97d8: e0bfff15 stw r2,-4(fp)
97dc: d0a19084 addi r2,gp,-31166
97e0: 10800003 ldbu r2,0(r2)
97e4: 10803fcc andi r2,r2,255
97e8: 1080004c andi r2,r2,1
97ec: 10000526 beq r2,zero,9804 <main+0xfbc>
97f0: 0001883a nop
97f4: d0a19417 ldw r2,-31152(gp)
97f8: 10803fd8 cmpnei r2,r2,255
97fc: 10002f1e bne r2,zero,98bc <main+0x1074>
9800: 00000606 br 981c <main+0xfd4>
9804: d0a19003 ldbu r2,-31168(gp)
9808: 10800044 addi r2,r2,1
980c: d0a19005 stb r2,-31168(gp)
9810: 01000784 movi r4,30
9814: 000a3e00 call a3e0 <usleep>
9818: 003fe006 br 979c <_gp+0xffff63e4>
981c: d0219005 stb zero,-31168(gp)
9820: 00001b06 br 9890 <main+0x1048>
9824: d0219045 stb zero,-31167(gp)
9828: d0a19084 addi r2,gp,-31166
982c: 00c000c4 movi r3,3
9830: 10c00005 stb r3,0(r2)
9834: 00800084 movi r2,2
9838: d8800015 stw r2,0(sp)
983c: d0a19044 addi r2,gp,-31167
9840: d8800115 stw r2,4(sp)
9844: d8000215 stw zero,8(sp)
9848: 01000074 movhi r4,1
984c: 21041004 addi r4,r4,4160
9850: 000b883a mov r5,zero
9854: 01800084 movi r6,2
9858: d1e19044 addi r7,gp,-31167
985c: 000a4740 call a474 <alt_avalon_spi_command>
9860: e0bfff15 stw r2,-4(fp)
9864: d0a19084 addi r2,gp,-31166
9868: 10800003 ldbu r2,0(r2)
986c: 10803fcc andi r2,r2,255
9870: 1080100c andi r2,r2,64
9874: 10000126 beq r2,zero,987c <main+0x1034>
9878: 00000906 br 98a0 <main+0x1058>
987c: d0a19003 ldbu r2,-31168(gp)
9880: 10800044 addi r2,r2,1
9884: d0a19005 stb r2,-31168(gp)
9888: 01000784 movi r4,30
988c: 000a3e00 call a3e0 <usleep>
9890: d0a19003 ldbu r2,-31168(gp)
9894: 10803fcc andi r2,r2,255
9898: 108007b0 cmpltui r2,r2,30
989c: 103fe11e bne r2,zero,9824 <_gp+0xffff646c>
98a0: d0a19003 ldbu r2,-31168(gp)
98a4: 10803fcc andi r2,r2,255
98a8: 10800798 cmpnei r2,r2,30
98ac: 1000031e bne r2,zero,98bc <main+0x1074>
98b0: d0a19543 ldbu r2,-31147(gp)
98b4: 10800044 addi r2,r2,1
98b8: d0a19545 stb r2,-31147(gp)
98bc: d0a19417 ldw r2,-31152(gp)
98c0: d0a19315 stw r2,-31156(gp)
98c4: d0a19543 ldbu r2,-31147(gp)
98c8: 10803fcc andi r2,r2,255
98cc: 10000426 beq r2,zero,98e0 <main+0x1098>
98d0: d0a00017 ldw r2,-32768(gp)
98d4: 00c00144 movi r3,5
98d8: 10c00045 stb r3,1(r2)
98dc: 00007606 br 9ab8 <main+0x1270>
98e0: d0a00017 ldw r2,-32768(gp)
98e4: 00c00044 movi r3,1
98e8: 10c00045 stb r3,1(r2)
98ec: 00007206 br 9ab8 <main+0x1270>
98f0: 00bfe004 movi r2,-128
98f4: d0a19045 stb r2,-31167(gp)
98f8: d0a19084 addi r2,gp,-31166
98fc: 00fff104 movi r3,-60
9900: 10c00005 stb r3,0(r2)
9904: d0a00117 ldw r2,-32764(gp)
9908: 10c00243 ldbu r3,9(r2)
990c: d0a190c4 addi r2,gp,-31165
9910: 10c00005 stb r3,0(r2)
9914: d0a00117 ldw r2,-32764(gp)
9918: 10c00203 ldbu r3,8(r2)
991c: d0a19104 addi r2,gp,-31164
9920: 10c00005 stb r3,0(r2)
9924: d8000015 stw zero,0(sp)
9928: d8000115 stw zero,4(sp)
992c: d8000215 stw zero,8(sp)
9930: 01000074 movhi r4,1
9934: 21041004 addi r4,r4,4160
9938: 01400044 movi r5,1
993c: 01800104 movi r6,4
9940: d1e19044 addi r7,gp,-31167
9944: 000a4740 call a474 <alt_avalon_spi_command>
9948: e0bfff15 stw r2,-4(fp)
994c: d0a00017 ldw r2,-32768(gp)
9950: 00c00044 movi r3,1
9954: 10c00045 stb r3,1(r2)
9958: 00005706 br 9ab8 <main+0x1270>
995c: d0219045 stb zero,-31167(gp)
9960: d0a19084 addi r2,gp,-31166
9964: 00fff104 movi r3,-60
9968: 10c00005 stb r3,0(r2)
996c: 00800084 movi r2,2
9970: d8800015 stw r2,0(sp)
9974: d0a190c4 addi r2,gp,-31165
9978: d8800115 stw r2,4(sp)
997c: d8000215 stw zero,8(sp)
9980: 01000074 movhi r4,1
9984: 21041004 addi r4,r4,4160
9988: 01400044 movi r5,1
998c: 01800084 movi r6,2
9990: d1e19044 addi r7,gp,-31167
9994: 000a4740 call a474 <alt_avalon_spi_command>
9998: e0bfff15 stw r2,-4(fp)
999c: d0a00017 ldw r2,-32768(gp)
99a0: d0e19104 addi r3,gp,-31164
99a4: 18c00003 ldbu r3,0(r3)
99a8: 10c00205 stb r3,8(r2)
99ac: d0a00017 ldw r2,-32768(gp)
99b0: d0e190c4 addi r3,gp,-31165
99b4: 18c00003 ldbu r3,0(r3)
99b8: 10c00245 stb r3,9(r2)
99bc: d0a00017 ldw r2,-32768(gp)
99c0: 00c00044 movi r3,1
99c4: 10c00045 stb r3,1(r2)
99c8: 00003b06 br 9ab8 <main+0x1270>
99cc: 00bfe004 movi r2,-128
99d0: d0a19045 stb r2,-31167(gp)
99d4: d0a19084 addi r2,gp,-31166
99d8: 00fff184 movi r3,-58
99dc: 10c00005 stb r3,0(r2)
99e0: d0a00117 ldw r2,-32764(gp)
99e4: 10c00243 ldbu r3,9(r2)
99e8: d0a190c4 addi r2,gp,-31165
99ec: 10c00005 stb r3,0(r2)
99f0: d0a00117 ldw r2,-32764(gp)
99f4: 10c00203 ldbu r3,8(r2)
99f8: d0a19104 addi r2,gp,-31164
99fc: 10c00005 stb r3,0(r2)
9a00: d8000015 stw zero,0(sp)
9a04: d8000115 stw zero,4(sp)
9a08: d8000215 stw zero,8(sp)
9a0c: 01000074 movhi r4,1
9a10: 21041004 addi r4,r4,4160
9a14: 01400044 movi r5,1
9a18: 01800104 movi r6,4
9a1c: d1e19044 addi r7,gp,-31167
9a20: 000a4740 call a474 <alt_avalon_spi_command>
9a24: e0bfff15 stw r2,-4(fp)
9a28: d0a00017 ldw r2,-32768(gp)
9a2c: 00c00044 movi r3,1
9a30: 10c00045 stb r3,1(r2)
9a34: 00002006 br 9ab8 <main+0x1270>
9a38: d0219045 stb zero,-31167(gp)
9a3c: d0a19084 addi r2,gp,-31166
9a40: 00fff084 movi r3,-62
9a44: 10c00005 stb r3,0(r2)
9a48: 00800084 movi r2,2
9a4c: d8800015 stw r2,0(sp)
9a50: d0a190c4 addi r2,gp,-31165
9a54: d8800115 stw r2,4(sp)
9a58: d8000215 stw zero,8(sp)
9a5c: 01000074 movhi r4,1
9a60: 21041004 addi r4,r4,4160
9a64: 01400044 movi r5,1
9a68: 01800084 movi r6,2
9a6c: d1e19044 addi r7,gp,-31167
9a70: 000a4740 call a474 <alt_avalon_spi_command>
9a74: e0bfff15 stw r2,-4(fp)
9a78: d0a00017 ldw r2,-32768(gp)
9a7c: d0e19104 addi r3,gp,-31164
9a80: 18c00003 ldbu r3,0(r3)
9a84: 10c00205 stb r3,8(r2)
9a88: d0a00017 ldw r2,-32768(gp)
9a8c: d0e190c4 addi r3,gp,-31165
9a90: 18c00003 ldbu r3,0(r3)
9a94: 10c00245 stb r3,9(r2)
9a98: d0a00017 ldw r2,-32768(gp)
9a9c: 00c00044 movi r3,1
9aa0: 10c00045 stb r3,1(r2)
9aa4: 00000406 br 9ab8 <main+0x1270>
9aa8: d0a00017 ldw r2,-32768(gp)
9aac: 00c00084 movi r3,2
9ab0: 10c00045 stb r3,1(r2)
9ab4: 0001883a nop
9ab8: e03ffc05 stb zero,-16(fp)
9abc: 00000e06 br 9af8 <main+0x12b0>
9ac0: e0bffc07 ldb r2,-16(fp)
9ac4: 1085883a add r2,r2,r2
9ac8: 1085883a add r2,r2,r2
9acc: 1007883a mov r3,r2
9ad0: e0bffd17 ldw r2,-12(fp)
9ad4: 10c5883a add r2,r2,r3
9ad8: 10800017 ldw r2,0(r2)
9adc: 1007883a mov r3,r2
9ae0: 00800074 movhi r2,1
9ae4: 10843004 addi r2,r2,4288
9ae8: 10c00035 stwio r3,0(r2)
9aec: e0bffc03 ldbu r2,-16(fp)
9af0: 10800044 addi r2,r2,1
9af4: e0bffc05 stb r2,-16(fp)
9af8: e0bffc03 ldbu r2,-16(fp)
9afc: 10803fcc andi r2,r2,255
9b00: 10800430 cmpltui r2,r2,16
9b04: 103fee1e bne r2,zero,9ac0 <_gp+0xffff6708>
9b08: 00800074 movhi r2,1
9b0c: 10842804 addi r2,r2,4256
9b10: 10800037 ldwio r2,0(r2)
9b14: e0bffe05 stb r2,-8(fp)
9b18: e0bffe03 ldbu r2,-8(fp)
9b1c: 10803f8c andi r2,r2,254
9b20: 1009883a mov r4,r2
9b24: 00084200 call 8420 <set_led>
9b28: 003b7106 br 88f0 <_gp+0xffff5538>
00009b2c <ReverseBitOrder>:
9b2c: defffd04 addi sp,sp,-12
9b30: df000215 stw fp,8(sp)
9b34: df000204 addi fp,sp,8
9b38: 2005883a mov r2,r4
9b3c: e0bfff05 stb r2,-4(fp)
9b40: e0bfff03 ldbu r2,-4(fp)
9b44: e0bffe05 stb r2,-8(fp)
9b48: e0bffe03 ldbu r2,-8(fp)
9b4c: 1004d07a srli r2,r2,1
9b50: 1080154c andi r2,r2,85
9b54: 1007883a mov r3,r2
9b58: e0bffe03 ldbu r2,-8(fp)
9b5c: 1085883a add r2,r2,r2
9b60: 1009883a mov r4,r2
9b64: 00bfea84 movi r2,-86
9b68: 2084703a and r2,r4,r2
9b6c: 1884b03a or r2,r3,r2
9b70: e0bffe05 stb r2,-8(fp)
9b74: e0bffe03 ldbu r2,-8(fp)
9b78: 1004d0ba srli r2,r2,2
9b7c: 10800ccc andi r2,r2,51
9b80: 1007883a mov r3,r2
9b84: e0bffe03 ldbu r2,-8(fp)
9b88: 1085883a add r2,r2,r2
9b8c: 1085883a add r2,r2,r2
9b90: 1009883a mov r4,r2
9b94: 00bff304 movi r2,-52
9b98: 2084703a and r2,r4,r2
9b9c: 1884b03a or r2,r3,r2
9ba0: e0bffe05 stb r2,-8(fp)
9ba4: e0bffe03 ldbu r2,-8(fp)
9ba8: 1004d13a srli r2,r2,4
9bac: 1007883a mov r3,r2
9bb0: e0bffe03 ldbu r2,-8(fp)
9bb4: 1004913a slli r2,r2,4
9bb8: 1884b03a or r2,r3,r2
9bbc: e0bffe05 stb r2,-8(fp)
9bc0: e0bffe03 ldbu r2,-8(fp)
9bc4: e037883a mov sp,fp
9bc8: df000017 ldw fp,0(sp)
9bcc: dec00104 addi sp,sp,4
9bd0: f800283a ret
00009bd4 <FlashSpiFastRead>:
9bd4: defffe04 addi sp,sp,-8
9bd8: df000115 stw fp,4(sp)
9bdc: df000104 addi fp,sp,4
9be0: e13fff15 stw r4,-4(fp)
9be4: e0bfff17 ldw r2,-4(fp)
9be8: d0a19705 stb r2,-31140(gp)
9bec: e037883a mov sp,fp
9bf0: df000017 ldw fp,0(sp)
9bf4: dec00104 addi sp,sp,4
9bf8: f800283a ret
00009bfc <FlashSpiTransfer>:
9bfc: defff404 addi sp,sp,-48
9c00: dfc00b15 stw ra,44(sp)
9c04: df000a15 stw fp,40(sp)
9c08: df000a04 addi fp,sp,40
9c0c: e13ffc15 stw r4,-16(fp)
9c10: e17ffd15 stw r5,-12(fp)
9c14: e1bffe15 stw r6,-8(fp)
9c18: 3805883a mov r2,r7
9c1c: e0bfff0d sth r2,-4(fp)
9c20: e03ff915 stw zero,-28(fp)
9c24: e0bfff0b ldhu r2,-4(fp)
9c28: 1004d23a srli r2,r2,8
9c2c: e0bffa0d sth r2,-24(fp)
9c30: e03ffa85 stb zero,-22(fp)
9c34: 00800044 movi r2,1
9c38: d0a19705 stb r2,-31140(gp)
9c3c: e0bfff0b ldhu r2,-4(fp)
9c40: 1000021e bne r2,zero,9c4c <FlashSpiTransfer+0x50>
9c44: 0005883a mov r2,zero
9c48: 00006006 br 9dcc <FlashSpiTransfer+0x1d0>
9c4c: e0bfff0b ldhu r2,-4(fp)
9c50: 10803fcc andi r2,r2,255
9c54: 10bfffcc andi r2,r2,65535
9c58: 10000226 beq r2,zero,9c64 <FlashSpiTransfer+0x68>
9c5c: 00800044 movi r2,1
9c60: 00005a06 br 9dcc <FlashSpiTransfer+0x1d0>
9c64: e0bffe17 ldw r2,-8(fp)
9c68: 1004923a slli r2,r2,8
9c6c: e0bff915 stw r2,-28(fp)
9c70: 00005306 br 9dc0 <FlashSpiTransfer+0x1c4>
9c74: e0bff917 ldw r2,-28(fp)
9c78: 1004d43a srli r2,r2,16
9c7c: 10803fcc andi r2,r2,255
9c80: 1009883a mov r4,r2
9c84: 0009b2c0 call 9b2c <ReverseBitOrder>
9c88: e0bffb05 stb r2,-20(fp)
9c8c: e0bff917 ldw r2,-28(fp)
9c90: 1004d23a srli r2,r2,8
9c94: 10803fcc andi r2,r2,255
9c98: 1009883a mov r4,r2
9c9c: 0009b2c0 call 9b2c <ReverseBitOrder>
9ca0: e0bffb45 stb r2,-19(fp)
9ca4: e0bff917 ldw r2,-28(fp)
9ca8: 10803fcc andi r2,r2,255
9cac: 1009883a mov r4,r2
9cb0: 0009b2c0 call 9b2c <ReverseBitOrder>
9cb4: e0bffb85 stb r2,-18(fp)
9cb8: e0800317 ldw r2,12(fp)
9cbc: 10001b26 beq r2,zero,9d2c <FlashSpiTransfer+0x130>
9cc0: 00bff004 movi r2,-64
9cc4: e0bffac5 stb r2,-21(fp)
9cc8: d0a19703 ldbu r2,-31140(gp)
9ccc: 10803fcc andi r2,r2,255
9cd0: 1080201c xori r2,r2,128
9cd4: 10bfe004 addi r2,r2,-128
9cd8: 1000081e bne r2,zero,9cfc <FlashSpiTransfer+0x100>
9cdc: e13ffc17 ldw r4,-16(fp)
9ce0: e17ffd17 ldw r5,-12(fp)
9ce4: 0009de00 call 9de0 <CyFxSpiWaitForStatus>
9ce8: e0bffa85 stb r2,-22(fp)
9cec: e0bffa83 ldbu r2,-22(fp)
9cf0: 1000021e bne r2,zero,9cfc <FlashSpiTransfer+0x100>
9cf4: e0bffa83 ldbu r2,-22(fp)
9cf8: 00003406 br 9dcc <FlashSpiTransfer+0x1d0>
9cfc: e0fffac4 addi r3,fp,-21
9d00: 00804004 movi r2,256
9d04: d8800015 stw r2,0(sp)
9d08: e0800217 ldw r2,8(fp)
9d0c: d8800115 stw r2,4(sp)
9d10: d8000215 stw zero,8(sp)
9d14: e13ffc17 ldw r4,-16(fp)
9d18: e17ffd17 ldw r5,-12(fp)
9d1c: 01800104 movi r6,4
9d20: 180f883a mov r7,r3
9d24: 000a4740 call a474 <alt_avalon_spi_command>
9d28: 00001c06 br 9d9c <FlashSpiTransfer+0x1a0>
9d2c: 00801004 movi r2,64
9d30: e0bffac5 stb r2,-21(fp)
9d34: e13ffc17 ldw r4,-16(fp)
9d38: e17ffd17 ldw r5,-12(fp)
9d3c: 0009de00 call 9de0 <CyFxSpiWaitForStatus>
9d40: e0bffa85 stb r2,-22(fp)
9d44: e0bffa83 ldbu r2,-22(fp)
9d48: 10000226 beq r2,zero,9d54 <FlashSpiTransfer+0x158>
9d4c: e0bffa83 ldbu r2,-22(fp)
9d50: 00001e06 br 9dcc <FlashSpiTransfer+0x1d0>
9d54: e0fffac4 addi r3,fp,-21
9d58: d8000015 stw zero,0(sp)
9d5c: d8000115 stw zero,4(sp)
9d60: 00800044 movi r2,1
9d64: d8800215 stw r2,8(sp)
9d68: e13ffc17 ldw r4,-16(fp)
9d6c: e17ffd17 ldw r5,-12(fp)
9d70: 01800104 movi r6,4
9d74: 180f883a mov r7,r3
9d78: 000a4740 call a474 <alt_avalon_spi_command>
9d7c: d8000015 stw zero,0(sp)
9d80: d8000115 stw zero,4(sp)
9d84: d8000215 stw zero,8(sp)
9d88: e13ffc17 ldw r4,-16(fp)
9d8c: e17ffd17 ldw r5,-12(fp)
9d90: 01804004 movi r6,256
9d94: e1c00217 ldw r7,8(fp)
9d98: 000a4740 call a474 <alt_avalon_spi_command>
9d9c: e0bff917 ldw r2,-28(fp)
9da0: 10804004 addi r2,r2,256
9da4: e0bff915 stw r2,-28(fp)
9da8: e0800217 ldw r2,8(fp)
9dac: 10804004 addi r2,r2,256
9db0: e0800215 stw r2,8(fp)
9db4: e0bffa0b ldhu r2,-24(fp)
9db8: 10bfffc4 addi r2,r2,-1
9dbc: e0bffa0d sth r2,-24(fp)
9dc0: e0bffa0b ldhu r2,-24(fp)
9dc4: 103fab1e bne r2,zero,9c74 <_gp+0xffff68bc>
9dc8: e0bffa83 ldbu r2,-22(fp)
9dcc: e037883a mov sp,fp
9dd0: dfc00117 ldw ra,4(sp)
9dd4: df000017 ldw fp,0(sp)
9dd8: dec00204 addi sp,sp,8
9ddc: f800283a ret
00009de0 <CyFxSpiWaitForStatus>:
9de0: defff704 addi sp,sp,-36
9de4: dfc00815 stw ra,32(sp)
9de8: df000715 stw fp,28(sp)
9dec: df000704 addi fp,sp,28
9df0: e13ffe15 stw r4,-8(fp)
9df4: e17fff15 stw r5,-4(fp)
9df8: e03ffc15 stw zero,-16(fp)
9dfc: 00801804 movi r2,96
9e00: e0bffd05 stb r2,-12(fp)
9e04: e0bffd04 addi r2,fp,-12
9e08: d8000015 stw zero,0(sp)
9e0c: d8000115 stw zero,4(sp)
9e10: d8000215 stw zero,8(sp)
9e14: e13ffe17 ldw r4,-8(fp)
9e18: e17fff17 ldw r5,-4(fp)
9e1c: 01800044 movi r6,1
9e20: 100f883a mov r7,r2
9e24: 000a4740 call a474 <alt_avalon_spi_command>
9e28: 00bfe804 movi r2,-96
9e2c: e0bffd05 stb r2,-12(fp)
9e30: e0fffd04 addi r3,fp,-12
9e34: 00800084 movi r2,2
9e38: d8800015 stw r2,0(sp)
9e3c: e0bffd84 addi r2,fp,-10
9e40: d8800115 stw r2,4(sp)
9e44: d8000215 stw zero,8(sp)
9e48: e13ffe17 ldw r4,-8(fp)
9e4c: e17fff17 ldw r5,-4(fp)
9e50: 01800044 movi r6,1
9e54: 180f883a mov r7,r3
9e58: 000a4740 call a474 <alt_avalon_spi_command>
9e5c: e0bffc17 ldw r2,-16(fp)
9e60: 1089c430 cmpltui r2,r2,10000
9e64: 1000021e bne r2,zero,9e70 <CyFxSpiWaitForStatus+0x90>
9e68: 00800044 movi r2,1
9e6c: 00000d06 br 9ea4 <CyFxSpiWaitForStatus+0xc4>
9e70: e0bffc17 ldw r2,-16(fp)
9e74: 10800044 addi r2,r2,1
9e78: e0bffc15 stw r2,-16(fp)
9e7c: e0bffd83 ldbu r2,-10(fp)
9e80: 10803fcc andi r2,r2,255
9e84: 1080201c xori r2,r2,128
9e88: 10bfe004 addi r2,r2,-128
9e8c: 103fdb16 blt r2,zero,9dfc <_gp+0xffff6a44>
9e90: e0bffd83 ldbu r2,-10(fp)
9e94: 10803fcc andi r2,r2,255
9e98: 1080100c andi r2,r2,64
9e9c: 103fd726 beq r2,zero,9dfc <_gp+0xffff6a44>
9ea0: 0005883a mov r2,zero
9ea4: e037883a mov sp,fp
9ea8: dfc00117 ldw ra,4(sp)
9eac: df000017 ldw fp,0(sp)
9eb0: dec00204 addi sp,sp,8
9eb4: f800283a ret
00009eb8 <FlashSpiEraseSector>:
9eb8: defff204 addi sp,sp,-56
9ebc: dfc00d15 stw ra,52(sp)
9ec0: df000c15 stw fp,48(sp)
9ec4: df000c04 addi fp,sp,48
9ec8: e13ffc15 stw r4,-16(fp)
9ecc: e17ffd15 stw r5,-12(fp)
9ed0: 3007883a mov r3,r6
9ed4: 3805883a mov r2,r7
9ed8: e0fffe05 stb r3,-8(fp)
9edc: e0bfff05 stb r2,-4(fp)
9ee0: e03ff815 stw zero,-32(fp)
9ee4: e03ff715 stw zero,-36(fp)
9ee8: 00801804 movi r2,96
9eec: e0bffa05 stb r2,-24(fp)
9ef0: e0bffa04 addi r2,fp,-24
9ef4: d8000015 stw zero,0(sp)
9ef8: d8000115 stw zero,4(sp)
9efc: d8000215 stw zero,8(sp)
9f00: e13ffc17 ldw r4,-16(fp)
9f04: e17ffd17 ldw r5,-12(fp)
9f08: 01800044 movi r6,1
9f0c: 100f883a mov r7,r2
9f10: 000a4740 call a474 <alt_avalon_spi_command>
9f14: e0bff915 stw r2,-28(fp)
9f18: e0bffe03 ldbu r2,-8(fp)
9f1c: 10002026 beq r2,zero,9fa0 <FlashSpiEraseSector+0xe8>
9f20: 008006c4 movi r2,27
9f24: e0bffa05 stb r2,-24(fp)
9f28: e0bfff03 ldbu r2,-4(fp)
9f2c: 1004943a slli r2,r2,16
9f30: e0bff815 stw r2,-32(fp)
9f34: e0bff817 ldw r2,-32(fp)
9f38: 1004d43a srli r2,r2,16
9f3c: 10803fcc andi r2,r2,255
9f40: 1009883a mov r4,r2
9f44: 0009b2c0 call 9b2c <ReverseBitOrder>
9f48: e0bffa45 stb r2,-23(fp)
9f4c: e0bff817 ldw r2,-32(fp)
9f50: 1004d23a srli r2,r2,8
9f54: 10803fcc andi r2,r2,255
9f58: 1009883a mov r4,r2
9f5c: 0009b2c0 call 9b2c <ReverseBitOrder>
9f60: e0bffa85 stb r2,-22(fp)
9f64: e0bff817 ldw r2,-32(fp)
9f68: 10803fcc andi r2,r2,255
9f6c: 1009883a mov r4,r2
9f70: 0009b2c0 call 9b2c <ReverseBitOrder>
9f74: e0bffac5 stb r2,-21(fp)
9f78: e0bffa04 addi r2,fp,-24
9f7c: d8000015 stw zero,0(sp)
9f80: d8000115 stw zero,4(sp)
9f84: d8000215 stw zero,8(sp)
9f88: e13ffc17 ldw r4,-16(fp)
9f8c: e17ffd17 ldw r5,-12(fp)
9f90: 01800104 movi r6,4
9f94: 100f883a mov r7,r2
9f98: 000a4740 call a474 <alt_avalon_spi_command>
9f9c: e0bff915 stw r2,-28(fp)
9fa0: 00bfe804 movi r2,-96
9fa4: e0bffa05 stb r2,-24(fp)
9fa8: e0fffa04 addi r3,fp,-24
9fac: 00800044 movi r2,1
9fb0: d8800015 stw r2,0(sp)
9fb4: e0bffb04 addi r2,fp,-20
9fb8: d8800115 stw r2,4(sp)
9fbc: d8000215 stw zero,8(sp)
9fc0: e13ffc17 ldw r4,-16(fp)
9fc4: e17ffd17 ldw r5,-12(fp)
9fc8: 01800044 movi r6,1
9fcc: 180f883a mov r7,r3
9fd0: 000a4740 call a474 <alt_avalon_spi_command>
9fd4: e0bff915 stw r2,-28(fp)
9fd8: e0fff717 ldw r3,-36(fp)
9fdc: 00800bb4 movhi r2,46
9fe0: 10b1afc4 addi r2,r2,-14657
9fe4: 10c0022e bgeu r2,r3,9ff0 <FlashSpiEraseSector+0x138>
9fe8: 00800044 movi r2,1
9fec: 00000906 br a014 <FlashSpiEraseSector+0x15c>
9ff0: e0bff717 ldw r2,-36(fp)
9ff4: 10800044 addi r2,r2,1
9ff8: e0bff715 stw r2,-36(fp)
9ffc: e0bffb03 ldbu r2,-20(fp)
a000: 10803fcc andi r2,r2,255
a004: 1080201c xori r2,r2,128
a008: 10bfe004 addi r2,r2,-128
a00c: 103fe616 blt r2,zero,9fa8 <_gp+0xffff6bf0>
a010: 0005883a mov r2,zero
a014: e037883a mov sp,fp
a018: dfc00117 ldw ra,4(sp)
a01c: df000017 ldw fp,0(sp)
a020: dec00204 addi sp,sp,8
a024: f800283a ret
0000a028 <udivmodsi4>:
a028: 2900182e bgeu r5,r4,a08c <udivmodsi4+0x64>
a02c: 28001716 blt r5,zero,a08c <udivmodsi4+0x64>
a030: 00800804 movi r2,32
a034: 00c00044 movi r3,1
a038: 00000206 br a044 <udivmodsi4+0x1c>
a03c: 10001126 beq r2,zero,a084 <udivmodsi4+0x5c>
a040: 28000516 blt r5,zero,a058 <udivmodsi4+0x30>
a044: 294b883a add r5,r5,r5
a048: 10bfffc4 addi r2,r2,-1
a04c: 18c7883a add r3,r3,r3
a050: 293ffa36 bltu r5,r4,a03c <_gp+0xffff6c84>
a054: 18000b26 beq r3,zero,a084 <udivmodsi4+0x5c>
a058: 0005883a mov r2,zero
a05c: 21400236 bltu r4,r5,a068 <udivmodsi4+0x40>
a060: 2149c83a sub r4,r4,r5
a064: 10c4b03a or r2,r2,r3
a068: 1806d07a srli r3,r3,1
a06c: 280ad07a srli r5,r5,1
a070: 183ffa1e bne r3,zero,a05c <_gp+0xffff6ca4>
a074: 3000011e bne r6,zero,a07c <udivmodsi4+0x54>
a078: f800283a ret
a07c: 2005883a mov r2,r4
a080: f800283a ret
a084: 0005883a mov r2,zero
a088: 003ffa06 br a074 <_gp+0xffff6cbc>
a08c: 00c00044 movi r3,1
a090: 003ff106 br a058 <_gp+0xffff6ca0>
0000a094 <__divsi3>:
a094: defffe04 addi sp,sp,-8
a098: dfc00115 stw ra,4(sp)
a09c: dc000015 stw r16,0(sp)
a0a0: 20000b16 blt r4,zero,a0d0 <__divsi3+0x3c>
a0a4: 0021883a mov r16,zero
a0a8: 28000c16 blt r5,zero,a0dc <__divsi3+0x48>
a0ac: 000d883a mov r6,zero
a0b0: 000a0280 call a028 <udivmodsi4>
a0b4: 0407c83a sub r3,zero,r16
a0b8: 1884f03a xor r2,r3,r2
a0bc: 1405883a add r2,r2,r16
a0c0: dfc00117 ldw ra,4(sp)
a0c4: dc000017 ldw r16,0(sp)
a0c8: dec00204 addi sp,sp,8
a0cc: f800283a ret
a0d0: 0109c83a sub r4,zero,r4
a0d4: 04000044 movi r16,1
a0d8: 283ff40e bge r5,zero,a0ac <_gp+0xffff6cf4>
a0dc: 014bc83a sub r5,zero,r5
a0e0: 8400005c xori r16,r16,1
a0e4: 003ff106 br a0ac <_gp+0xffff6cf4>
0000a0e8 <__modsi3>:
a0e8: defffd04 addi sp,sp,-12
a0ec: dfc00215 stw ra,8(sp)
a0f0: dc400115 stw r17,4(sp)
a0f4: dc000015 stw r16,0(sp)
a0f8: 20000c16 blt r4,zero,a12c <__modsi3+0x44>
a0fc: 0023883a mov r17,zero
a100: 0021883a mov r16,zero
a104: 28000d16 blt r5,zero,a13c <__modsi3+0x54>
a108: 01800044 movi r6,1
a10c: 000a0280 call a028 <udivmodsi4>
a110: 1404f03a xor r2,r2,r16
a114: 8885883a add r2,r17,r2
a118: dfc00217 ldw ra,8(sp)
a11c: dc400117 ldw r17,4(sp)
a120: dc000017 ldw r16,0(sp)
a124: dec00304 addi sp,sp,12
a128: f800283a ret
a12c: 0109c83a sub r4,zero,r4
a130: 04400044 movi r17,1
a134: 043fffc4 movi r16,-1
a138: 283ff30e bge r5,zero,a108 <_gp+0xffff6d50>
a13c: 014bc83a sub r5,zero,r5
a140: 003ff106 br a108 <_gp+0xffff6d50>
0000a144 <__udivsi3>:
a144: 000d883a mov r6,zero
a148: 000a0281 jmpi a028 <udivmodsi4>
0000a14c <__umodsi3>:
a14c: 01800044 movi r6,1
a150: 000a0281 jmpi a028 <udivmodsi4>
0000a154 <__mulsi3>:
a154: 0005883a mov r2,zero
a158: 20000726 beq r4,zero,a178 <__mulsi3+0x24>
a15c: 20c0004c andi r3,r4,1
a160: 2008d07a srli r4,r4,1
a164: 18000126 beq r3,zero,a16c <__mulsi3+0x18>
a168: 1145883a add r2,r2,r5
a16c: 294b883a add r5,r5,r5
a170: 203ffa1e bne r4,zero,a15c <_gp+0xffff6da4>
a174: f800283a ret
a178: f800283a ret
0000a17c <memset>:
a17c: 20c000cc andi r3,r4,3
a180: 2005883a mov r2,r4
a184: 18004326 beq r3,zero,a294 <memset+0x118>
a188: 31ffffc4 addi r7,r6,-1
a18c: 30004026 beq r6,zero,a290 <memset+0x114>
a190: 2813883a mov r9,r5
a194: 200d883a mov r6,r4
a198: 2007883a mov r3,r4
a19c: 00000406 br a1b0 <memset+0x34>
a1a0: 3a3fffc4 addi r8,r7,-1
a1a4: 31800044 addi r6,r6,1
a1a8: 38003926 beq r7,zero,a290 <memset+0x114>
a1ac: 400f883a mov r7,r8
a1b0: 18c00044 addi r3,r3,1
a1b4: 32400005 stb r9,0(r6)
a1b8: 1a0000cc andi r8,r3,3
a1bc: 403ff81e bne r8,zero,a1a0 <_gp+0xffff6de8>
a1c0: 010000c4 movi r4,3
a1c4: 21c02d2e bgeu r4,r7,a27c <memset+0x100>
a1c8: 29803fcc andi r6,r5,255
a1cc: 3008923a slli r4,r6,8
a1d0: 218cb03a or r6,r4,r6
a1d4: 3008943a slli r4,r6,16
a1d8: 218cb03a or r6,r4,r6
a1dc: 010003c4 movi r4,15
a1e0: 21c0182e bgeu r4,r7,a244 <memset+0xc8>
a1e4: 3b3ffc04 addi r12,r7,-16
a1e8: 6018d13a srli r12,r12,4
a1ec: 1a000104 addi r8,r3,4
a1f0: 1ac00204 addi r11,r3,8
a1f4: 6008913a slli r4,r12,4
a1f8: 1a800304 addi r10,r3,12
a1fc: 1813883a mov r9,r3
a200: 21000504 addi r4,r4,20
a204: 1909883a add r4,r3,r4
a208: 49800015 stw r6,0(r9)
a20c: 41800015 stw r6,0(r8)
a210: 59800015 stw r6,0(r11)
a214: 51800015 stw r6,0(r10)
a218: 42000404 addi r8,r8,16
a21c: 4a400404 addi r9,r9,16
a220: 5ac00404 addi r11,r11,16
a224: 52800404 addi r10,r10,16
a228: 413ff71e bne r8,r4,a208 <_gp+0xffff6e50>
a22c: 63000044 addi r12,r12,1
a230: 6018913a slli r12,r12,4
a234: 39c003cc andi r7,r7,15
a238: 010000c4 movi r4,3
a23c: 1b07883a add r3,r3,r12
a240: 21c00e2e bgeu r4,r7,a27c <memset+0x100>
a244: 1813883a mov r9,r3
a248: 3811883a mov r8,r7
a24c: 010000c4 movi r4,3
a250: 49800015 stw r6,0(r9)
a254: 423fff04 addi r8,r8,-4
a258: 4a400104 addi r9,r9,4
a25c: 223ffc36 bltu r4,r8,a250 <_gp+0xffff6e98>
a260: 393fff04 addi r4,r7,-4
a264: 2008d0ba srli r4,r4,2
a268: 39c000cc andi r7,r7,3
a26c: 21000044 addi r4,r4,1
a270: 2109883a add r4,r4,r4
a274: 2109883a add r4,r4,r4
a278: 1907883a add r3,r3,r4
a27c: 38000426 beq r7,zero,a290 <memset+0x114>
a280: 19cf883a add r7,r3,r7
a284: 19400005 stb r5,0(r3)
a288: 18c00044 addi r3,r3,1
a28c: 19fffd1e bne r3,r7,a284 <_gp+0xffff6ecc>
a290: f800283a ret
a294: 2007883a mov r3,r4
a298: 300f883a mov r7,r6
a29c: 003fc806 br a1c0 <_gp+0xffff6e08>
0000a2a0 <alt_load_section>:
a2a0: defffc04 addi sp,sp,-16
a2a4: df000315 stw fp,12(sp)
a2a8: df000304 addi fp,sp,12
a2ac: e13ffd15 stw r4,-12(fp)
a2b0: e17ffe15 stw r5,-8(fp)
a2b4: e1bfff15 stw r6,-4(fp)
a2b8: e0fffe17 ldw r3,-8(fp)
a2bc: e0bffd17 ldw r2,-12(fp)
a2c0: 18800c26 beq r3,r2,a2f4 <alt_load_section+0x54>
a2c4: 00000806 br a2e8 <alt_load_section+0x48>
a2c8: e0bffe17 ldw r2,-8(fp)
a2cc: 10c00104 addi r3,r2,4
a2d0: e0fffe15 stw r3,-8(fp)
a2d4: e0fffd17 ldw r3,-12(fp)
a2d8: 19000104 addi r4,r3,4
a2dc: e13ffd15 stw r4,-12(fp)
a2e0: 18c00017 ldw r3,0(r3)
a2e4: 10c00015 stw r3,0(r2)
a2e8: e0fffe17 ldw r3,-8(fp)
a2ec: e0bfff17 ldw r2,-4(fp)
a2f0: 18bff51e bne r3,r2,a2c8 <_gp+0xffff6f10>
a2f4: e037883a mov sp,fp
a2f8: df000017 ldw fp,0(sp)
a2fc: dec00104 addi sp,sp,4
a300: f800283a ret
0000a304 <alt_load>:
a304: defffe04 addi sp,sp,-8
a308: dfc00115 stw ra,4(sp)
a30c: df000015 stw fp,0(sp)
a310: d839883a mov fp,sp
a314: 01000074 movhi r4,1
a318: 212cfa04 addi r4,r4,-19480
a31c: 01400074 movhi r5,1
a320: 296b7b04 addi r5,r5,-21012
a324: 01800074 movhi r6,1
a328: 31acfa04 addi r6,r6,-19480
a32c: 000a2a00 call a2a0 <alt_load_section>
a330: 01000074 movhi r4,1
a334: 21200804 addi r4,r4,-32736
a338: 01400074 movhi r5,1
a33c: 29600804 addi r5,r5,-32736
a340: 01800074 movhi r6,1
a344: 31a00804 addi r6,r6,-32736
a348: 000a2a00 call a2a0 <alt_load_section>
a34c: 01000074 movhi r4,1
a350: 212b7704 addi r4,r4,-21028
a354: 01400074 movhi r5,1
a358: 296b7704 addi r5,r5,-21028
a35c: 01800074 movhi r6,1
a360: 31ab7b04 addi r6,r6,-21012
a364: 000a2a00 call a2a0 <alt_load_section>
a368: 000a8f80 call a8f8 <alt_dcache_flush_all>
a36c: 000a9f80 call a9f8 <alt_icache_flush_all>
a370: e037883a mov sp,fp
a374: dfc00117 ldw ra,4(sp)
a378: df000017 ldw fp,0(sp)
a37c: dec00204 addi sp,sp,8
a380: f800283a ret
0000a384 <alt_main>:
a384: defffd04 addi sp,sp,-12
a388: dfc00215 stw ra,8(sp)
a38c: df000115 stw fp,4(sp)
a390: df000104 addi fp,sp,4
a394: 0009883a mov r4,zero
a398: 000a4100 call a410 <alt_irq_init>
a39c: 0001883a nop
a3a0: 000a4440 call a444 <alt_sys_init>
a3a4: 000a9400 call a940 <_do_ctors>
a3a8: 01000074 movhi r4,1
a3ac: 212a6704 addi r4,r4,-22116
a3b0: 000aab40 call aab4 <atexit>
a3b4: d1219817 ldw r4,-31136(gp)
a3b8: d0e19917 ldw r3,-31132(gp)
a3bc: d0a19a17 ldw r2,-31128(gp)
a3c0: 180b883a mov r5,r3
a3c4: 100d883a mov r6,r2
a3c8: 00088480 call 8848 <main>
a3cc: e0bfff15 stw r2,-4(fp)
a3d0: 01000044 movi r4,1
a3d4: 000a8200 call a820 <close>
a3d8: e13fff17 ldw r4,-4(fp)
a3dc: 000aac80 call aac8 <exit>
0000a3e0 <usleep>:
a3e0: defffd04 addi sp,sp,-12
a3e4: dfc00215 stw ra,8(sp)
a3e8: df000115 stw fp,4(sp)
a3ec: df000104 addi fp,sp,4
a3f0: e13fff15 stw r4,-4(fp)
a3f4: e13fff17 ldw r4,-4(fp)
a3f8: 000a6780 call a678 <alt_busy_sleep>
a3fc: e037883a mov sp,fp
a400: dfc00117 ldw ra,4(sp)
a404: df000017 ldw fp,0(sp)
a408: dec00204 addi sp,sp,8
a40c: f800283a ret
0000a410 <alt_irq_init>:
a410: defffd04 addi sp,sp,-12
a414: dfc00215 stw ra,8(sp)
a418: df000115 stw fp,4(sp)
a41c: df000104 addi fp,sp,4
a420: e13fff15 stw r4,-4(fp)
a424: 000aa940 call aa94 <altera_nios2_gen2_irq_init>
a428: 00800044 movi r2,1
a42c: 1001703a wrctl status,r2
a430: e037883a mov sp,fp
a434: dfc00117 ldw ra,4(sp)
a438: df000017 ldw fp,0(sp)
a43c: dec00204 addi sp,sp,8
a440: f800283a ret
0000a444 <alt_sys_init>:
a444: deffff04 addi sp,sp,-4
a448: df000015 stw fp,0(sp)
a44c: d839883a mov fp,sp
a450: 0001883a nop
a454: 0001883a nop
a458: 0001883a nop
a45c: 0001883a nop
a460: 0001883a nop
a464: e037883a mov sp,fp
a468: df000017 ldw fp,0(sp)
a46c: dec00104 addi sp,sp,4
a470: f800283a ret
0000a474 <alt_avalon_spi_command>:
a474: defff404 addi sp,sp,-48
a478: df000b15 stw fp,44(sp)
a47c: df000b04 addi fp,sp,44
a480: e13ffc15 stw r4,-16(fp)
a484: e17ffd15 stw r5,-12(fp)
a488: e1bffe15 stw r6,-8(fp)
a48c: e1ffff15 stw r7,-4(fp)
a490: e0ffff17 ldw r3,-4(fp)
a494: e0bffe17 ldw r2,-8(fp)
a498: 1885883a add r2,r3,r2
a49c: e0bff815 stw r2,-32(fp)
a4a0: e0c00217 ldw r3,8(fp)
a4a4: e0800117 ldw r2,4(fp)
a4a8: 1885883a add r2,r3,r2
a4ac: e0bff915 stw r2,-28(fp)
a4b0: e0800117 ldw r2,4(fp)
a4b4: e0bff515 stw r2,-44(fp)
a4b8: e0bffe17 ldw r2,-8(fp)
a4bc: e0bff615 stw r2,-40(fp)
a4c0: 00800044 movi r2,1
a4c4: e0bff715 stw r2,-36(fp)
a4c8: e0bffc17 ldw r2,-16(fp)
a4cc: 10800504 addi r2,r2,20
a4d0: 1009883a mov r4,r2
a4d4: e0bffd17 ldw r2,-12(fp)
a4d8: 00c00044 movi r3,1
a4dc: 1884983a sll r2,r3,r2
a4e0: 20800035 stwio r2,0(r4)
a4e4: e0800317 ldw r2,12(fp)
a4e8: 1080008c andi r2,r2,2
a4ec: 1000051e bne r2,zero,a504 <alt_avalon_spi_command+0x90>
a4f0: e0bffc17 ldw r2,-16(fp)
a4f4: 10800304 addi r2,r2,12
a4f8: 1007883a mov r3,r2
a4fc: 00810004 movi r2,1024
a500: 18800035 stwio r2,0(r3)
a504: e0bffc17 ldw r2,-16(fp)
a508: 10800037 ldwio r2,0(r2)
a50c: e0bffc17 ldw r2,-16(fp)
a510: 10800204 addi r2,r2,8
a514: 10800037 ldwio r2,0(r2)
a518: e0bffa15 stw r2,-24(fp)
a51c: e0bffa17 ldw r2,-24(fp)
a520: 1080100c andi r2,r2,64
a524: 10000226 beq r2,zero,a530 <alt_avalon_spi_command+0xbc>
a528: e0bff717 ldw r2,-36(fp)
a52c: 1000031e bne r2,zero,a53c <alt_avalon_spi_command+0xc8>
a530: e0bffa17 ldw r2,-24(fp)
a534: 1080200c andi r2,r2,128
a538: 103ff426 beq r2,zero,a50c <_gp+0xffff7154>
a53c: e0bffa17 ldw r2,-24(fp)
a540: 1080100c andi r2,r2,64
a544: 10001e26 beq r2,zero,a5c0 <alt_avalon_spi_command+0x14c>
a548: e0bff717 ldw r2,-36(fp)
a54c: 00801c0e bge zero,r2,a5c0 <alt_avalon_spi_command+0x14c>
a550: e0bff717 ldw r2,-36(fp)
a554: 10bfffc4 addi r2,r2,-1
a558: e0bff715 stw r2,-36(fp)
a55c: e0ffff17 ldw r3,-4(fp)
a560: e0bff817 ldw r2,-32(fp)
a564: 18800a2e bgeu r3,r2,a590 <alt_avalon_spi_command+0x11c>
a568: e0bffc17 ldw r2,-16(fp)
a56c: 10800104 addi r2,r2,4
a570: 1009883a mov r4,r2
a574: e0bfff17 ldw r2,-4(fp)
a578: 10c00044 addi r3,r2,1
a57c: e0ffff15 stw r3,-4(fp)
a580: 10800003 ldbu r2,0(r2)
a584: 10803fcc andi r2,r2,255
a588: 20800035 stwio r2,0(r4)
a58c: 00000c06 br a5c0 <alt_avalon_spi_command+0x14c>
a590: e0bff517 ldw r2,-44(fp)
a594: 10000826 beq r2,zero,a5b8 <alt_avalon_spi_command+0x144>
a598: e0bff517 ldw r2,-44(fp)
a59c: 10bfffc4 addi r2,r2,-1
a5a0: e0bff515 stw r2,-44(fp)
a5a4: e0bffc17 ldw r2,-16(fp)
a5a8: 10800104 addi r2,r2,4
a5ac: 0007883a mov r3,zero
a5b0: 10c00035 stwio r3,0(r2)
a5b4: 00000206 br a5c0 <alt_avalon_spi_command+0x14c>
a5b8: 00bf0004 movi r2,-1024
a5bc: e0bff715 stw r2,-36(fp)
a5c0: e0bffa17 ldw r2,-24(fp)
a5c4: 1080200c andi r2,r2,128
a5c8: 10001726 beq r2,zero,a628 <alt_avalon_spi_command+0x1b4>
a5cc: e0bffc17 ldw r2,-16(fp)
a5d0: 10800037 ldwio r2,0(r2)
a5d4: e0bffb15 stw r2,-20(fp)
a5d8: e0bff617 ldw r2,-40(fp)
a5dc: 10000426 beq r2,zero,a5f0 <alt_avalon_spi_command+0x17c>
a5e0: e0bff617 ldw r2,-40(fp)
a5e4: 10bfffc4 addi r2,r2,-1
a5e8: e0bff615 stw r2,-40(fp)
a5ec: 00000506 br a604 <alt_avalon_spi_command+0x190>
a5f0: e0800217 ldw r2,8(fp)
a5f4: 10c00044 addi r3,r2,1
a5f8: e0c00215 stw r3,8(fp)
a5fc: e0fffb17 ldw r3,-20(fp)
a600: 10c00005 stb r3,0(r2)
a604: e0bff717 ldw r2,-36(fp)
a608: 10800044 addi r2,r2,1
a60c: e0bff715 stw r2,-36(fp)
a610: e0bff617 ldw r2,-40(fp)
a614: 1000041e bne r2,zero,a628 <alt_avalon_spi_command+0x1b4>
a618: e0c00217 ldw r3,8(fp)
a61c: e0bff917 ldw r2,-28(fp)
a620: 1880011e bne r3,r2,a628 <alt_avalon_spi_command+0x1b4>
a624: 00000106 br a62c <alt_avalon_spi_command+0x1b8>
a628: 003fb806 br a50c <_gp+0xffff7154>
a62c: e0bffc17 ldw r2,-16(fp)
a630: 10800204 addi r2,r2,8
a634: 10800037 ldwio r2,0(r2)
a638: e0bffa15 stw r2,-24(fp)
a63c: e0bffa17 ldw r2,-24(fp)
a640: 1080080c andi r2,r2,32
a644: 103ff926 beq r2,zero,a62c <_gp+0xffff7274>
a648: e0800317 ldw r2,12(fp)
a64c: 1080004c andi r2,r2,1
a650: 1000041e bne r2,zero,a664 <alt_avalon_spi_command+0x1f0>
a654: e0bffc17 ldw r2,-16(fp)
a658: 10800304 addi r2,r2,12
a65c: 0007883a mov r3,zero
a660: 10c00035 stwio r3,0(r2)
a664: e0800117 ldw r2,4(fp)
a668: e037883a mov sp,fp
a66c: df000017 ldw fp,0(sp)
a670: dec00104 addi sp,sp,4
a674: f800283a ret
0000a678 <alt_busy_sleep>:
a678: defffa04 addi sp,sp,-24
a67c: dfc00515 stw ra,20(sp)
a680: df000415 stw fp,16(sp)
a684: df000404 addi fp,sp,16
a688: e13fff15 stw r4,-4(fp)
a68c: 00800244 movi r2,9
a690: e0bffd15 stw r2,-12(fp)
a694: e13ffd17 ldw r4,-12(fp)
a698: 014003f4 movhi r5,15
a69c: 29509004 addi r5,r5,16960
a6a0: 000a1540 call a154 <__mulsi3>
a6a4: 01017db4 movhi r4,1526
a6a8: 21384004 addi r4,r4,-7936
a6ac: 100b883a mov r5,r2
a6b0: 000a1440 call a144 <__udivsi3>
a6b4: 01200034 movhi r4,32768
a6b8: 213fffc4 addi r4,r4,-1
a6bc: 100b883a mov r5,r2
a6c0: 000a1440 call a144 <__udivsi3>
a6c4: e13fff17 ldw r4,-4(fp)
a6c8: 100b883a mov r5,r2
a6cc: 000a1440 call a144 <__udivsi3>
a6d0: e0bffe15 stw r2,-8(fp)
a6d4: e0bffe17 ldw r2,-8(fp)
a6d8: 10002a26 beq r2,zero,a784 <alt_busy_sleep+0x10c>
a6dc: e03ffc15 stw zero,-16(fp)
a6e0: 00001706 br a740 <alt_busy_sleep+0xc8>
a6e4: 00a00034 movhi r2,32768
a6e8: 10bfffc4 addi r2,r2,-1
a6ec: 10bfffc4 addi r2,r2,-1
a6f0: 103ffe1e bne r2,zero,a6ec <_gp+0xffff7334>
a6f4: e13ffd17 ldw r4,-12(fp)
a6f8: 014003f4 movhi r5,15
a6fc: 29509004 addi r5,r5,16960
a700: 000a1540 call a154 <__mulsi3>
a704: 01017db4 movhi r4,1526
a708: 21384004 addi r4,r4,-7936
a70c: 100b883a mov r5,r2
a710: 000a1440 call a144 <__udivsi3>
a714: 01200034 movhi r4,32768
a718: 213fffc4 addi r4,r4,-1
a71c: 100b883a mov r5,r2
a720: 000a1440 call a144 <__udivsi3>
a724: 1007883a mov r3,r2
a728: e0bfff17 ldw r2,-4(fp)
a72c: 10c5c83a sub r2,r2,r3
a730: e0bfff15 stw r2,-4(fp)
a734: e0bffc17 ldw r2,-16(fp)
a738: 10800044 addi r2,r2,1
a73c: e0bffc15 stw r2,-16(fp)
a740: e0fffc17 ldw r3,-16(fp)
a744: e0bffe17 ldw r2,-8(fp)
a748: 18bfe616 blt r3,r2,a6e4 <_gp+0xffff732c>
a74c: e13ffd17 ldw r4,-12(fp)
a750: 014003f4 movhi r5,15
a754: 29509004 addi r5,r5,16960
a758: 000a1540 call a154 <__mulsi3>
a75c: 01017db4 movhi r4,1526
a760: 21384004 addi r4,r4,-7936
a764: 100b883a mov r5,r2
a768: 000a1440 call a144 <__udivsi3>
a76c: 1009883a mov r4,r2
a770: e17fff17 ldw r5,-4(fp)
a774: 000a1540 call a154 <__mulsi3>
a778: 10bfffc4 addi r2,r2,-1
a77c: 103ffe1e bne r2,zero,a778 <_gp+0xffff73c0>
a780: 00000d06 br a7b8 <alt_busy_sleep+0x140>
a784: e13ffd17 ldw r4,-12(fp)
a788: 014003f4 movhi r5,15
a78c: 29509004 addi r5,r5,16960
a790: 000a1540 call a154 <__mulsi3>
a794: 01017db4 movhi r4,1526
a798: 21384004 addi r4,r4,-7936
a79c: 100b883a mov r5,r2
a7a0: 000a1440 call a144 <__udivsi3>
a7a4: 1009883a mov r4,r2
a7a8: e17fff17 ldw r5,-4(fp)
a7ac: 000a1540 call a154 <__mulsi3>
a7b0: 10bfffc4 addi r2,r2,-1
a7b4: 00bffe16 blt zero,r2,a7b0 <_gp+0xffff73f8>
a7b8: 0005883a mov r2,zero
a7bc: e037883a mov sp,fp
a7c0: dfc00117 ldw ra,4(sp)
a7c4: df000017 ldw fp,0(sp)
a7c8: dec00204 addi sp,sp,8
a7cc: f800283a ret
0000a7d0 <alt_get_errno>:
a7d0: defffe04 addi sp,sp,-8
a7d4: dfc00115 stw ra,4(sp)
a7d8: df000015 stw fp,0(sp)
a7dc: d839883a mov fp,sp
a7e0: 00800074 movhi r2,1
a7e4: 10acf704 addi r2,r2,-19492
a7e8: 10800017 ldw r2,0(r2)
a7ec: 10000526 beq r2,zero,a804 <alt_get_errno+0x34>
a7f0: 00800074 movhi r2,1
a7f4: 10acf704 addi r2,r2,-19492
a7f8: 10800017 ldw r2,0(r2)
a7fc: 103ee83a callr r2
a800: 00000206 br a80c <alt_get_errno+0x3c>
a804: 00800074 movhi r2,1
a808: 10ae8904 addi r2,r2,-17884
a80c: e037883a mov sp,fp
a810: dfc00117 ldw ra,4(sp)
a814: df000017 ldw fp,0(sp)
a818: dec00204 addi sp,sp,8
a81c: f800283a ret
0000a820 <close>:
a820: defffb04 addi sp,sp,-20
a824: dfc00415 stw ra,16(sp)
a828: df000315 stw fp,12(sp)
a82c: df000304 addi fp,sp,12
a830: e13fff15 stw r4,-4(fp)
a834: e0bfff17 ldw r2,-4(fp)
a838: 10000816 blt r2,zero,a85c <close+0x3c>
a83c: e13fff17 ldw r4,-4(fp)
a840: 01400304 movi r5,12
a844: 000a1540 call a154 <__mulsi3>
a848: 1007883a mov r3,r2
a84c: 00800074 movhi r2,1
a850: 10ab8504 addi r2,r2,-20972
a854: 1885883a add r2,r3,r2
a858: 00000106 br a860 <close+0x40>
a85c: 0005883a mov r2,zero
a860: e0bffd15 stw r2,-12(fp)
a864: e0bffd17 ldw r2,-12(fp)
a868: 10001926 beq r2,zero,a8d0 <close+0xb0>
a86c: e0bffd17 ldw r2,-12(fp)
a870: 10800017 ldw r2,0(r2)
a874: 10800417 ldw r2,16(r2)
a878: 10000626 beq r2,zero,a894 <close+0x74>
a87c: e0bffd17 ldw r2,-12(fp)
a880: 10800017 ldw r2,0(r2)
a884: 10800417 ldw r2,16(r2)
a888: e13ffd17 ldw r4,-12(fp)
a88c: 103ee83a callr r2
a890: 00000106 br a898 <close+0x78>
a894: 0005883a mov r2,zero
a898: e0bffe15 stw r2,-8(fp)
a89c: e13fff17 ldw r4,-4(fp)
a8a0: 000aa140 call aa14 <alt_release_fd>
a8a4: e0bffe17 ldw r2,-8(fp)
a8a8: 1000070e bge r2,zero,a8c8 <close+0xa8>
a8ac: 000a7d00 call a7d0 <alt_get_errno>
a8b0: 1007883a mov r3,r2
a8b4: e0bffe17 ldw r2,-8(fp)
a8b8: 0085c83a sub r2,zero,r2
a8bc: 18800015 stw r2,0(r3)
a8c0: 00bfffc4 movi r2,-1
a8c4: 00000706 br a8e4 <close+0xc4>
a8c8: 0005883a mov r2,zero
a8cc: 00000506 br a8e4 <close+0xc4>
a8d0: 000a7d00 call a7d0 <alt_get_errno>
a8d4: 1007883a mov r3,r2
a8d8: 00801444 movi r2,81
a8dc: 18800015 stw r2,0(r3)
a8e0: 00bfffc4 movi r2,-1
a8e4: e037883a mov sp,fp
a8e8: dfc00117 ldw ra,4(sp)
a8ec: df000017 ldw fp,0(sp)
a8f0: dec00204 addi sp,sp,8
a8f4: f800283a ret
0000a8f8 <alt_dcache_flush_all>:
a8f8: deffff04 addi sp,sp,-4
a8fc: df000015 stw fp,0(sp)
a900: d839883a mov fp,sp
a904: e037883a mov sp,fp
a908: df000017 ldw fp,0(sp)
a90c: dec00104 addi sp,sp,4
a910: f800283a ret
0000a914 <alt_dev_null_write>:
a914: defffc04 addi sp,sp,-16
a918: df000315 stw fp,12(sp)
a91c: df000304 addi fp,sp,12
a920: e13ffd15 stw r4,-12(fp)
a924: e17ffe15 stw r5,-8(fp)
a928: e1bfff15 stw r6,-4(fp)
a92c: e0bfff17 ldw r2,-4(fp)
a930: e037883a mov sp,fp
a934: df000017 ldw fp,0(sp)
a938: dec00104 addi sp,sp,4
a93c: f800283a ret
0000a940 <_do_ctors>:
a940: defffd04 addi sp,sp,-12
a944: dfc00215 stw ra,8(sp)
a948: df000115 stw fp,4(sp)
a94c: df000104 addi fp,sp,4
a950: 00800074 movhi r2,1
a954: 10ab7604 addi r2,r2,-21032
a958: e0bfff15 stw r2,-4(fp)
a95c: 00000606 br a978 <_do_ctors+0x38>
a960: e0bfff17 ldw r2,-4(fp)
a964: 10800017 ldw r2,0(r2)
a968: 103ee83a callr r2
a96c: e0bfff17 ldw r2,-4(fp)
a970: 10bfff04 addi r2,r2,-4
a974: e0bfff15 stw r2,-4(fp)
a978: e0ffff17 ldw r3,-4(fp)
a97c: 00800074 movhi r2,1
a980: 10ab7704 addi r2,r2,-21028
a984: 18bff62e bgeu r3,r2,a960 <_gp+0xffff75a8>
a988: e037883a mov sp,fp
a98c: dfc00117 ldw ra,4(sp)
a990: df000017 ldw fp,0(sp)
a994: dec00204 addi sp,sp,8
a998: f800283a ret
0000a99c <_do_dtors>:
a99c: defffd04 addi sp,sp,-12
a9a0: dfc00215 stw ra,8(sp)
a9a4: df000115 stw fp,4(sp)
a9a8: df000104 addi fp,sp,4
a9ac: 00800074 movhi r2,1
a9b0: 10ab7604 addi r2,r2,-21032
a9b4: e0bfff15 stw r2,-4(fp)
a9b8: 00000606 br a9d4 <_do_dtors+0x38>
a9bc: e0bfff17 ldw r2,-4(fp)
a9c0: 10800017 ldw r2,0(r2)
a9c4: 103ee83a callr r2
a9c8: e0bfff17 ldw r2,-4(fp)
a9cc: 10bfff04 addi r2,r2,-4
a9d0: e0bfff15 stw r2,-4(fp)
a9d4: e0ffff17 ldw r3,-4(fp)
a9d8: 00800074 movhi r2,1
a9dc: 10ab7704 addi r2,r2,-21028
a9e0: 18bff62e bgeu r3,r2,a9bc <_gp+0xffff7604>
a9e4: e037883a mov sp,fp
a9e8: dfc00117 ldw ra,4(sp)
a9ec: df000017 ldw fp,0(sp)
a9f0: dec00204 addi sp,sp,8
a9f4: f800283a ret
0000a9f8 <alt_icache_flush_all>:
a9f8: deffff04 addi sp,sp,-4
a9fc: df000015 stw fp,0(sp)
aa00: d839883a mov fp,sp
aa04: e037883a mov sp,fp
aa08: df000017 ldw fp,0(sp)
aa0c: dec00104 addi sp,sp,4
aa10: f800283a ret
0000aa14 <alt_release_fd>:
aa14: defffc04 addi sp,sp,-16
aa18: dfc00315 stw ra,12(sp)
aa1c: df000215 stw fp,8(sp)
aa20: dc000115 stw r16,4(sp)
aa24: df000204 addi fp,sp,8
aa28: e13ffe15 stw r4,-8(fp)
aa2c: e0bffe17 ldw r2,-8(fp)
aa30: 108000d0 cmplti r2,r2,3
aa34: 1000111e bne r2,zero,aa7c <alt_release_fd+0x68>
aa38: 04000074 movhi r16,1
aa3c: 842b8504 addi r16,r16,-20972
aa40: e0bffe17 ldw r2,-8(fp)
aa44: 1009883a mov r4,r2
aa48: 01400304 movi r5,12
aa4c: 000a1540 call a154 <__mulsi3>
aa50: 10800204 addi r2,r2,8
aa54: 8085883a add r2,r16,r2
aa58: 10000015 stw zero,0(r2)
aa5c: 04000074 movhi r16,1
aa60: 842b8504 addi r16,r16,-20972
aa64: e0bffe17 ldw r2,-8(fp)
aa68: 1009883a mov r4,r2
aa6c: 01400304 movi r5,12
aa70: 000a1540 call a154 <__mulsi3>
aa74: 8085883a add r2,r16,r2
aa78: 10000015 stw zero,0(r2)
aa7c: e6ffff04 addi sp,fp,-4
aa80: dfc00217 ldw ra,8(sp)
aa84: df000117 ldw fp,4(sp)
aa88: dc000017 ldw r16,0(sp)
aa8c: dec00304 addi sp,sp,12
aa90: f800283a ret
0000aa94 <altera_nios2_gen2_irq_init>:
aa94: deffff04 addi sp,sp,-4
aa98: df000015 stw fp,0(sp)
aa9c: d839883a mov fp,sp
aaa0: 000170fa wrctl ienable,zero
aaa4: e037883a mov sp,fp
aaa8: df000017 ldw fp,0(sp)
aaac: dec00104 addi sp,sp,4
aab0: f800283a ret
0000aab4 <atexit>:
aab4: 200b883a mov r5,r4
aab8: 000d883a mov r6,zero
aabc: 0009883a mov r4,zero
aac0: 000f883a mov r7,zero
aac4: 000ab001 jmpi ab00 <__register_exitproc>
0000aac8 <exit>:
aac8: defffe04 addi sp,sp,-8
aacc: 000b883a mov r5,zero
aad0: dc000015 stw r16,0(sp)
aad4: dfc00115 stw ra,4(sp)
aad8: 2021883a mov r16,r4
aadc: 000ac140 call ac14 <__call_exitprocs>
aae0: 00800074 movhi r2,1
aae4: 10acf804 addi r2,r2,-19488
aae8: 11000017 ldw r4,0(r2)
aaec: 20800f17 ldw r2,60(r4)
aaf0: 10000126 beq r2,zero,aaf8 <exit+0x30>
aaf4: 103ee83a callr r2
aaf8: 8009883a mov r4,r16
aafc: 000ada80 call ada8 <_exit>
0000ab00 <__register_exitproc>:
ab00: 00800074 movhi r2,1
ab04: defffa04 addi sp,sp,-24
ab08: 10acf804 addi r2,r2,-19488
ab0c: dc000315 stw r16,12(sp)
ab10: 14000017 ldw r16,0(r2)
ab14: dc400415 stw r17,16(sp)
ab18: dfc00515 stw ra,20(sp)
ab1c: 80805217 ldw r2,328(r16)
ab20: 2023883a mov r17,r4
ab24: 10003626 beq r2,zero,ac00 <__register_exitproc+0x100>
ab28: 10c00117 ldw r3,4(r2)
ab2c: 010007c4 movi r4,31
ab30: 20c00e16 blt r4,r3,ab6c <__register_exitproc+0x6c>
ab34: 1a400044 addi r9,r3,1
ab38: 8800211e bne r17,zero,abc0 <__register_exitproc+0xc0>
ab3c: 18c00084 addi r3,r3,2
ab40: 18c7883a add r3,r3,r3
ab44: 18c7883a add r3,r3,r3
ab48: 12400115 stw r9,4(r2)
ab4c: 10c7883a add r3,r2,r3
ab50: 19400015 stw r5,0(r3)
ab54: 0005883a mov r2,zero
ab58: dfc00517 ldw ra,20(sp)
ab5c: dc400417 ldw r17,16(sp)
ab60: dc000317 ldw r16,12(sp)
ab64: dec00604 addi sp,sp,24
ab68: f800283a ret
ab6c: 00800034 movhi r2,0
ab70: 10800004 addi r2,r2,0
ab74: 10002526 beq r2,zero,ac0c <__register_exitproc+0x10c>
ab78: 01006404 movi r4,400
ab7c: d9400015 stw r5,0(sp)
ab80: d9800115 stw r6,4(sp)
ab84: d9c00215 stw r7,8(sp)
ab88: 00000000 call 0 <__reset-0x8000>
ab8c: d9400017 ldw r5,0(sp)
ab90: d9800117 ldw r6,4(sp)
ab94: d9c00217 ldw r7,8(sp)
ab98: 10001c26 beq r2,zero,ac0c <__register_exitproc+0x10c>
ab9c: 80c05217 ldw r3,328(r16)
aba0: 10000115 stw zero,4(r2)
aba4: 02400044 movi r9,1
aba8: 10c00015 stw r3,0(r2)
abac: 80805215 stw r2,328(r16)
abb0: 10006215 stw zero,392(r2)
abb4: 10006315 stw zero,396(r2)
abb8: 0007883a mov r3,zero
abbc: 883fdf26 beq r17,zero,ab3c <_gp+0xffff7784>
abc0: 18d1883a add r8,r3,r3
abc4: 4211883a add r8,r8,r8
abc8: 1211883a add r8,r2,r8
abcc: 41802215 stw r6,136(r8)
abd0: 01000044 movi r4,1
abd4: 11806217 ldw r6,392(r2)
abd8: 20c8983a sll r4,r4,r3
abdc: 310cb03a or r6,r6,r4
abe0: 11806215 stw r6,392(r2)
abe4: 41c04215 stw r7,264(r8)
abe8: 01800084 movi r6,2
abec: 89bfd31e bne r17,r6,ab3c <_gp+0xffff7784>
abf0: 11806317 ldw r6,396(r2)
abf4: 3108b03a or r4,r6,r4
abf8: 11006315 stw r4,396(r2)
abfc: 003fcf06 br ab3c <_gp+0xffff7784>
ac00: 80805304 addi r2,r16,332
ac04: 80805215 stw r2,328(r16)
ac08: 003fc706 br ab28 <_gp+0xffff7770>
ac0c: 00bfffc4 movi r2,-1
ac10: 003fd106 br ab58 <_gp+0xffff77a0>
0000ac14 <__call_exitprocs>:
ac14: 00800074 movhi r2,1
ac18: 10acf804 addi r2,r2,-19488
ac1c: 10800017 ldw r2,0(r2)
ac20: defff404 addi sp,sp,-48
ac24: dd800815 stw r22,32(sp)
ac28: d8800015 stw r2,0(sp)
ac2c: 10805204 addi r2,r2,328
ac30: dd000615 stw r20,24(sp)
ac34: dc800415 stw r18,16(sp)
ac38: dfc00b15 stw ra,44(sp)
ac3c: df000a15 stw fp,40(sp)
ac40: ddc00915 stw r23,36(sp)
ac44: dd400715 stw r21,28(sp)
ac48: dcc00515 stw r19,20(sp)
ac4c: dc400315 stw r17,12(sp)
ac50: dc000215 stw r16,8(sp)
ac54: 2025883a mov r18,r4
ac58: 2829883a mov r20,r5
ac5c: d8800115 stw r2,4(sp)
ac60: 05bfffc4 movi r22,-1
ac64: d8800017 ldw r2,0(sp)
ac68: 14c05217 ldw r19,328(r2)
ac6c: 98001d26 beq r19,zero,ace4 <__call_exitprocs+0xd0>
ac70: dd400117 ldw r21,4(sp)
ac74: 98800117 ldw r2,4(r19)
ac78: 173fffc4 addi fp,r2,-1
ac7c: e0000d16 blt fp,zero,acb4 <__call_exitprocs+0xa0>
ac80: 14000044 addi r16,r2,1
ac84: 8421883a add r16,r16,r16
ac88: 8421883a add r16,r16,r16
ac8c: 84402004 addi r17,r16,128
ac90: 9c63883a add r17,r19,r17
ac94: 9c21883a add r16,r19,r16
ac98: a0001e26 beq r20,zero,ad14 <__call_exitprocs+0x100>
ac9c: 80804017 ldw r2,256(r16)
aca0: 15001c26 beq r2,r20,ad14 <__call_exitprocs+0x100>
aca4: e73fffc4 addi fp,fp,-1
aca8: 843fff04 addi r16,r16,-4
acac: 8c7fff04 addi r17,r17,-4
acb0: e5bff91e bne fp,r22,ac98 <_gp+0xffff78e0>
acb4: 00800034 movhi r2,0
acb8: 10800004 addi r2,r2,0
acbc: 10000926 beq r2,zero,ace4 <__call_exitprocs+0xd0>
acc0: 98800117 ldw r2,4(r19)
acc4: 1000311e bne r2,zero,ad8c <__call_exitprocs+0x178>
acc8: 98800017 ldw r2,0(r19)
accc: 10003426 beq r2,zero,ada0 <__call_exitprocs+0x18c>
acd0: 9809883a mov r4,r19
acd4: a8800015 stw r2,0(r21)
acd8: 00000000 call 0 <__reset-0x8000>
acdc: acc00017 ldw r19,0(r21)
ace0: 983fe41e bne r19,zero,ac74 <_gp+0xffff78bc>
ace4: dfc00b17 ldw ra,44(sp)
ace8: df000a17 ldw fp,40(sp)
acec: ddc00917 ldw r23,36(sp)
acf0: dd800817 ldw r22,32(sp)
acf4: dd400717 ldw r21,28(sp)
acf8: dd000617 ldw r20,24(sp)
acfc: dcc00517 ldw r19,20(sp)
ad00: dc800417 ldw r18,16(sp)
ad04: dc400317 ldw r17,12(sp)
ad08: dc000217 ldw r16,8(sp)
ad0c: dec00c04 addi sp,sp,48
ad10: f800283a ret
ad14: 98800117 ldw r2,4(r19)
ad18: 80c00017 ldw r3,0(r16)
ad1c: 10bfffc4 addi r2,r2,-1
ad20: 17001526 beq r2,fp,ad78 <__call_exitprocs+0x164>
ad24: 80000015 stw zero,0(r16)
ad28: 183fde26 beq r3,zero,aca4 <_gp+0xffff78ec>
ad2c: 00800044 movi r2,1
ad30: 1708983a sll r4,r2,fp
ad34: 98806217 ldw r2,392(r19)
ad38: 9dc00117 ldw r23,4(r19)
ad3c: 2084703a and r2,r4,r2
ad40: 1000061e bne r2,zero,ad5c <__call_exitprocs+0x148>
ad44: 183ee83a callr r3
ad48: 98800117 ldw r2,4(r19)
ad4c: 15ffc51e bne r2,r23,ac64 <_gp+0xffff78ac>
ad50: a8800017 ldw r2,0(r21)
ad54: 14ffd326 beq r2,r19,aca4 <_gp+0xffff78ec>
ad58: 003fc206 br ac64 <_gp+0xffff78ac>
ad5c: 98806317 ldw r2,396(r19)
ad60: 2084703a and r2,r4,r2
ad64: 1000061e bne r2,zero,ad80 <__call_exitprocs+0x16c>
ad68: 89400017 ldw r5,0(r17)
ad6c: 9009883a mov r4,r18
ad70: 183ee83a callr r3
ad74: 003ff406 br ad48 <_gp+0xffff7990>
ad78: 9f000115 stw fp,4(r19)
ad7c: 003fea06 br ad28 <_gp+0xffff7970>
ad80: 89000017 ldw r4,0(r17)
ad84: 183ee83a callr r3
ad88: 003fef06 br ad48 <_gp+0xffff7990>
ad8c: 98800017 ldw r2,0(r19)
ad90: 982b883a mov r21,r19
ad94: 1027883a mov r19,r2
ad98: 983fb61e bne r19,zero,ac74 <_gp+0xffff78bc>
ad9c: 003fd106 br ace4 <_gp+0xffff792c>
ada0: 0005883a mov r2,zero
ada4: 003ffa06 br ad90 <_gp+0xffff79d8>
0000ada8 <_exit>:
ada8: defffd04 addi sp,sp,-12
adac: df000215 stw fp,8(sp)
adb0: df000204 addi fp,sp,8
adb4: e13fff15 stw r4,-4(fp)
adb8: 0001883a nop
adbc: e0bfff17 ldw r2,-4(fp)
adc0: e0bffe15 stw r2,-8(fp)
adc4: e0bffe17 ldw r2,-8(fp)
adc8: 10000226 beq r2,zero,add4 <_exit+0x2c>
adcc: 002af070 cmpltui zero,zero,43969
add0: 00000106 br add8 <_exit+0x30>
add4: 002af0b0 cmpltui zero,zero,43970
add8: 003fff06 br add8 <_gp+0xffff7a20>
| ObjDump | 2 | wangqiang1588/LimeSDR-USB_GW | software/lms_ctr_app/lms_ctr_app.objdump | [
"Apache-2.0"
] |
'reach 0.1';
const ROWS = 11;
const COLS = 11;
const CELLS = ROWS * COLS;
const Board = Array(Bool, CELLS);
//the state consists of the index of the cat, and the array of blockers
const State = Object({catIndex: UInt,
blockers: Board });
const boardEmpty = Array.replicate(CELLS, false);
const startCat = 60;
//initializes the board
const boardInit = () => ({
catIndex: startCat,
blockers: boardEmpty })
// checks to see if the cat has escaped given its index
const catEscaped = (st) => {
const i = st.catIndex;
//checks to see if the cat is on top or bottom row
if(i < COLS || i >= ROWS * (COLS - 1)){
return true;
}
//checks to see if the cat is in left or right column
else if(i % COLS == 0 || i % COLS == COLS - 1){
return true;
}
// the cat has not escaped
else{
return false;
}
}
//checks if the cat is blocked
// Precondtion: cat must not be on the edge (escaped already)
const catBlocked = (st) =>{
//require(!catEscaped(st));
//checks if there are blocks ro the right, left, below, and above
return !catEscaped(st) && st.blockers[st.catIndex - 1] && st.blockers[st.catIndex + 1] &&
st.blockers[st.catIndex - ROWS] && st.blockers[st.catIndex + ROWS] &&
st.blockers[st.catIndex - ROWS + 1] && st.blockers[st.catIndex + ROWS - 1];
}
//makes sure the cat move is valid
function getValidCatMove(interact, st){
//require(st.catIndex >= 0);
//require(st.catIndex <= 120);
const _catMove = interact.getMove(st);
//todo, make sure the cat move is not on block or same spot. in array. adjust getMove
return declassify(_catMove);
}
//makes sure the blocker move is valid
function getValidBlockMove(interact, st){
const _blockMove = interact.getHex(st);
assume(_blockMove < 121);
//todo, make sure block move is within array, not on exisiting block or cat
return declassify(_blockMove);
}
// applies the cat move to the board state
function applyCatMove(st, i){
require(!catBlocked(st));
return {
catIndex: i,
blockers: st.blockers
};
}
//applies the blocker move the board state
function applyBlockerMove(st, m){
require(!catEscaped(st));
require(m < 121);
//require(st.blockers.length == 121);
return {
catIndex: st.catIndex,
blockers: st.blockers.set(m, true)
};
}
// game over, returns true if the cat is blocked or the cat escaped
function gameOver(st){
return catEscaped(st) || catBlocked(st);
}
//the player object
const Player =
{ ...hasRandom,
seeOutcome: Fun([UInt], Null),
informTimeout: Fun([], Null),
doneState: Fun([State], Null) };
//Alice the cat
const Alice =
{ ...Player,
getMove: Fun([State], UInt),
wager: UInt,};
//Bob the blocker
const Bob =
{ ...Player,
getHex: Fun([State], UInt),
acceptWager: Fun([UInt], Null) };
const DEADLINE = 10;
export const main =
Reach.App(
{},
[Participant('Alice', Alice), Participant('Bob', Bob)],
(A, B) => {
const informTimeout = () => {
each([A, B], () => {
interact.informTimeout(); }); };
A.only(() => {
const wager = declassify(interact.wager); });
A.publish(wager)
.pay(wager);
commit();
B.only(() => {
interact.acceptWager(wager); });
B.pay(wager)
.timeout(DEADLINE, () => closeTo(A, informTimeout));
var state = boardInit();
invariant(balance() == 2 * wager && state.catIndex < 121)
//game plays when cat has not escaped and not been blocked
while(!gameOver(state)) {
commit();
A.only(() => {
const catMove = getValidCatMove(interact, state); });
A.publish(catMove);
const state2 = applyCatMove(state, catMove);
commit();
A.publish();
if (gameOver(state2)) {
} else {
B.only(() => {
const blockMove = getValidBlockMove(interact, state2); });
commit();
B.publish(blockMove);
state = applyBlockerMove(state2, blockMove);
continue;
}
}
//paying out the wagers
assert(catEscaped(state) || catBlocked(state));
const [toA, toB] = (catEscaped(state) ? [2, 0] : [0, 2])
transfer(toA * wager).to(A);
transfer(toB * wager).to(B);
commit();
//displaying the outcome to both players
each([A, B], () => {
interact.doneState(state); });
exit(); }); | RenderScript | 4 | chikeabuah/reach-lang | hs/t/n/pr-e017b.rsh | [
"Apache-2.0"
] |
var webpack = require("../../../../");
/** @type {import("../../../../").Configuration} */
module.exports = {
plugins: [
new webpack.ContextReplacementPlugin(
/context-replacement.a$/,
"new-context",
true,
/^replaced$/
)
]
};
| JavaScript | 3 | 1shenxi/webpack | test/configCases/context-replacement/a/webpack.config.js | [
"MIT"
] |
#version 330 core
layout (location = 0) in vec2 aPos;
layout (location = 1) in vec4 aColor;
flat out vec4 color;
void main()
{
color = aColor;
gl_Position = vec4(aPos.x, aPos.y, 0.0, 1.0);
}
| GLSL | 4 | tantei3/alacritty | alacritty/res/rect.v.glsl | [
"Apache-2.0"
] |
package com.bumptech.glide.testutil;
import static com.google.common.truth.Fact.simpleFact;
import android.content.Context;
import android.graphics.Bitmap;
import android.graphics.drawable.BitmapDrawable;
import android.graphics.drawable.Drawable;
import androidx.annotation.DrawableRes;
import androidx.annotation.NonNull;
import androidx.core.content.res.ResourcesCompat;
import androidx.test.core.app.ApplicationProvider;
import com.google.common.truth.FailureMetadata;
import com.google.common.truth.Subject;
import com.google.common.truth.Truth;
/** Truth assertions for comparing {@link Bitmap}s. */
@SuppressWarnings({"WeakerAccess", "unused", "rawtypes", "unchecked"})
public final class BitmapSubject extends Subject {
private static final Subject.Factory<BitmapSubject, Bitmap> FACTORY =
new Subject.Factory<BitmapSubject, Bitmap>() {
@Override
public BitmapSubject createSubject(
@NonNull FailureMetadata metadata, @NonNull Bitmap actual) {
return new BitmapSubject(metadata, actual);
}
};
private final Bitmap actual;
private BitmapSubject(FailureMetadata failureMetadata, Bitmap subject) {
super(failureMetadata, subject);
this.actual = subject;
}
public static BitmapSubject assertThat(Drawable drawable) {
if (!(drawable instanceof BitmapDrawable)) {
throw new IllegalArgumentException("Not a BitmapDrawable: " + drawable);
}
return assertThat(((BitmapDrawable) drawable).getBitmap());
}
public static BitmapSubject assertThat(Bitmap bitmap) {
return Truth.assertAbout(FACTORY).that(bitmap);
}
@Override
protected String actualCustomStringRepresentation() {
return getDisplayString(actual);
}
private static String getDisplayString(Bitmap bitmap) {
return "<"
+ "["
+ bitmap.getWidth()
+ "x"
+ bitmap.getHeight()
+ "]"
+ " "
+ bitmap.getConfig()
+ ">";
}
public void sameAs(@DrawableRes int resourceId) {
Context context = ApplicationProvider.getApplicationContext();
Drawable drawable =
ResourcesCompat.getDrawable(context.getResources(), resourceId, context.getTheme());
sameAs(drawable);
}
public void hasDimensions(int expectedWidth, int expectedHeight) {
int actualWidth = actual.getWidth();
int actualHeight = actual.getHeight();
if (expectedWidth != actualWidth && expectedHeight != actualHeight) {
failWithActual("expected to have dimensions", expectedWidth + "x" + expectedHeight);
} else if (expectedWidth != actualWidth) {
failWithActual("expected to have width", expectedWidth);
} else if (expectedHeight != actualHeight) {
failWithActual("expected to have height", expectedHeight);
}
}
public void isMutable() {
if (!actual.isMutable()) {
failWithActual(simpleFact("expected to be mutable"));
}
}
public void isImmutable() {
if (actual.isMutable()) {
failWithActual(simpleFact("expected to be immutable"));
}
}
public void isNotRecycled() {
if (actual.isRecycled()) {
failWithActual(simpleFact("expected not to be recycled"));
}
}
public void sameAs(Drawable other) {
if (!(other instanceof BitmapDrawable)) {
failWithoutActual(simpleFact("The given expected value was not a BitmapDrawable."));
}
sameAs(((BitmapDrawable) other).getBitmap());
}
public void sameAs(Bitmap other) {
if (!actual.sameAs(other)) {
failWithActual("expected to be the same as", getDisplayString(other));
}
}
public void isNotSameAs(Bitmap other) {
if (actual.sameAs(other)) {
failWithActual("expected not to be the same as", getDisplayString(other));
}
}
}
| Java | 4 | hiddow/glide | testutil/src/main/java/com/bumptech/glide/testutil/BitmapSubject.java | [
"Apache-2.0"
] |
INSERT INTO person VALUES('bob'); | SQL | 0 | nicchagil/spring-framework | spring-test/src/test/resources/org/springframework/test/jdbc/data.sql | [
"Apache-2.0"
] |
HEADERS += \
$$PWD/recorder.h
SOURCES += \
$$PWD/recorder.cpp
| QMake | 2 | jiadxin/QtScrcpy | QtScrcpy/device/recorder/recorder.pri | [
"Apache-2.0"
] |
--TEST--
func_get_arg() tests
--FILE--
<?php
function test1() {
try {
var_dump(func_get_arg(-10));
} catch (\ValueError $e) {
echo $e->getMessage() . \PHP_EOL;
}
try {
var_dump(func_get_arg(0));
} catch (\Error $e) {
echo $e->getMessage() . \PHP_EOL;
}
try {
var_dump(func_get_arg(1));
} catch (\Error $e) {
echo $e->getMessage() . \PHP_EOL;
}
}
function test2($a) {
try {
var_dump(func_get_arg(0));
} catch (\Error $e) {
echo $e->getMessage() . \PHP_EOL;
}
try {
var_dump(func_get_arg(1));
} catch (\Error $e) {
echo $e->getMessage() . \PHP_EOL;
}
}
function test3($a, $b) {
try {
var_dump(func_get_arg(0));
} catch (\Error $e) {
echo $e->getMessage() . \PHP_EOL;
}
try {
var_dump(func_get_arg(1));
} catch (\Error $e) {
echo $e->getMessage() . \PHP_EOL;
}
try {
var_dump(func_get_arg(2));
} catch (\Error $e) {
echo $e->getMessage() . \PHP_EOL;
}
}
test1();
test1(10);
test2(1);
try {
test2();
} catch (Throwable $e) {
echo "Exception: " . $e->getMessage() . "\n";
}
test3(1,2);
call_user_func("test1");
try {
call_user_func("test3", 1);
} catch (Throwable $e) {
echo "Exception: " . $e->getMessage() . "\n";
}
call_user_func("test3", 1, 2);
class test {
static function test1($a) {
try {
var_dump(func_get_arg(0));
} catch (\Error $e) {
echo $e->getMessage() . \PHP_EOL;
}
try {
var_dump(func_get_arg(1));
} catch (\Error $e) {
echo $e->getMessage() . \PHP_EOL;
}
}
}
test::test1(1);
try {
var_dump(func_get_arg(1));
} catch (\Error $e) {
echo $e->getMessage() . \PHP_EOL;
}
echo "Done\n";
?>
--EXPECTF--
func_get_arg(): Argument #1 ($position) must be greater than or equal to 0
func_get_arg(): Argument #1 ($position) must be less than the number of the arguments passed to the currently executed function
func_get_arg(): Argument #1 ($position) must be less than the number of the arguments passed to the currently executed function
func_get_arg(): Argument #1 ($position) must be greater than or equal to 0
int(10)
func_get_arg(): Argument #1 ($position) must be less than the number of the arguments passed to the currently executed function
int(1)
func_get_arg(): Argument #1 ($position) must be less than the number of the arguments passed to the currently executed function
Exception: Too few arguments to function test2(), 0 passed in %s002.php on line %d and exactly 1 expected
int(1)
int(2)
func_get_arg(): Argument #1 ($position) must be less than the number of the arguments passed to the currently executed function
func_get_arg(): Argument #1 ($position) must be greater than or equal to 0
func_get_arg(): Argument #1 ($position) must be less than the number of the arguments passed to the currently executed function
func_get_arg(): Argument #1 ($position) must be less than the number of the arguments passed to the currently executed function
Exception: Too few arguments to function test3(), 1 passed in %s on line %d and exactly 2 expected
int(1)
int(2)
func_get_arg(): Argument #1 ($position) must be less than the number of the arguments passed to the currently executed function
int(1)
func_get_arg(): Argument #1 ($position) must be less than the number of the arguments passed to the currently executed function
func_get_arg() cannot be called from the global scope
Done
| PHP | 3 | NathanFreeman/php-src | Zend/tests/002.phpt | [
"PHP-3.01"
] |
vec2 complex_mult(vec2 z, vec2 w){
return vec2(z.x * w.x - z.y * w.y, z.x * w.y + z.y * w.x);
}
vec2 complex_div(vec2 z, vec2 w){
return complex_mult(z, vec2(w.x, -w.y)) / (w.x * w.x + w.y * w.y);
}
vec2 complex_pow(vec2 z, int n){
vec2 result = vec2(1.0, 0.0);
for(int i = 0; i < n; i++){
result = complex_mult(result, z);
}
return result;
} | GLSL | 4 | OrKedar/geo-manimgl-app | manimlib/shaders/inserts/complex_functions.glsl | [
"MIT"
] |
// compile-flags:--test
// edition:2018
/// ```rust
/// fn main() {
/// let _ = async { };
/// }
/// ```
fn main() {
let _ = async { };
}
| Rust | 4 | Eric-Arellano/rust | src/test/rustdoc/edition-flag.rs | [
"ECL-2.0",
"Apache-2.0",
"MIT-0",
"MIT"
] |
#!/usr/bin/env sh
execute_backup_job() {
BACKUP_ARG_PATH="${1:-}"
BACKUP_ARG_CONFIG="${BACKUP_ARG_CONFIG:-}"
BACKUP_ARG_EXCLUDE_REPOS="${BACKUP_ARG_EXCLUDE_REPOS:-}"
cd "/app/gogs" || exit 1
BACKUP_ARGS="--target=${BACKUP_ARG_PATH}"
if [ -n "${BACKUP_ARG_CONFIG}" ]; then
BACKUP_ARGS="${BACKUP_ARGS} --config=${BACKUP_ARG_CONFIG}"
fi
if [ -n "${BACKUP_ARG_EXCLUDE_REPOS}" ]; then
BACKUP_ARGS="${BACKUP_ARGS} --exclude-repos=${BACKUP_ARG_EXCLUDE_REPOS}"
fi
./gogs backup "${BACKUP_ARGS}" || echo "Error: Backup job returned non-successful code." && exit 1
}
main() {
BACKUP_PATH="${1:-}"
if [ -z "${BACKUP_PATH}" ]; then
echo "Required argument missing BACKUP_PATH" 1>&2
exit 1
fi
execute_backup_job "${BACKUP_PATH}"
}
main "$@"
| Shell | 3 | crazbot/gogs | docker/runtime/backup-job.sh | [
"MIT"
] |
# Copyright (c) 2021 vesoft inc. All rights reserved.
#
# This source code is licensed under Apache 2.0 License.
@skip
# unimplement
Feature: Path1 - Nodes of a path
Background:
Given a graph with space named "nba"
Scenario: [1] `nodes()` on null path
When executing query:
"""
WITH null AS a
OPTIONAL MATCH p = (a)-[r]->()
RETURN nodes(p), nodes(null)
"""
Then the result should be, in any order, with relax comparison:
| nodes(p) | nodes(null) |
| null | null |
| Cucumber | 2 | liuqian1990/nebula | tests/tck/openCypher/features/expressions/path/Path1.feature | [
"Apache-2.0"
] |
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