bugged stringlengths 4 228k | fixed stringlengths 0 96.3M | __index_level_0__ int64 0 481k |
|---|---|---|
def _teile_zeile(self, zeile): ''' teilt reingehendes in ein Dictionary auf ['quelle']['host'],['ident'],['nickname'] ['event'] ['ziel'] ['inhalt'] ''' temp = {} temp['quelle'] = {} if '@' in zeile[0]: temp['quelle']['nickname'] = zeile[0].split('!')[0].lstrip(':') temp['quelle']['ident'] = zeile[0].split('@')[0].split... | def _teile_zeile(self, zeile): ''' teilt reingehendes in ein Dictionary auf ['quelle']['host'],['ident'],['nickname'] jeweils als string ['event'] string ['ziel'] string ['inhalt'] string ''' temp = {} temp['quelle'] = {} if '@' in zeile[0]: temp['quelle']['nickname'] = zeile[0].split('!')[0].lstrip(':') temp['quelle']... | 37,800 |
def _teile_befehl(self,zeile): '''teilt Befehle in ein Dictionary auf: befehl['quelle']['host'],['ident'],['nick'] befehl['ziel'] befehl['befehl'] befehl['argumente'] | def _teile_befehl(self,zeile): '''teilt Befehle in ein Dictionary auf: befehl['quelle']['host'],['ident'],['nick'] befehl['ziel'] befehl['befehl'] befehl['argumente'] | 37,801 |
def _teile_befehl(self,zeile): '''teilt Befehle in ein Dictionary auf: befehl['quelle']['host'],['ident'],['nick'] befehl['ziel'] befehl['befehl'] befehl['argumente'] | def _teile_befehl(self,zeile): '''teilt Befehle in ein Dictionary auf: befehl['quelle']['host'],['ident'],['nick'] befehl['ziel'] befehl['befehl'] befehl['argumente'] | 37,802 |
def join(self,channel,key=''): '''betritt Channel''' print 'DEBUG: >> Joine %s' % channel self.rawsend('JOIN %s %s' % (channel, key)) | def join(self,channel,key=''): '''betritt Channel''' self.log.log('Verbindung','Channel %s betreten' % channel) self.rawsend('JOIN %s %s' % (channel, key)) | 37,803 |
def msg(self,ziel,nachricht): '''schickt Nachrichten raus''' print 'Nachricht an %s: %s' % (ziel, nachricht) self.rawsend('PRIVMSG %s :%s' % (ziel, nachricht)) | def msg(self,ziel,nachricht): '''schickt Nachrichten raus''' self.rawsend('PRIVMSG %s :%s' % (ziel, nachricht)) | 37,804 |
def quit(self,quitmessage): print 'DEBUG: <> Beende' self.rawsend('quit :%s' % quitmessage) self.so.close() | def quit(self,quitmessage): print 'Beende' self.rawsend('quit :%s' % quitmessage) self.so.close() | 37,805 |
def on_PRIVMSG(self,zeile): '''bearbeitet eingehende Nachrichten''' if zeile['inhalt'][0].startswith(self.currentnickname) or zeile['ziel'] == self.currentnickname: # der bot wird entweder angesprochen oder er kriegt eine private message print 'DEBUG: Befehl aufgeschnappt' self._teile_befehl(zeile) # DEBUG elif 'ping' ... | def on_PRIVMSG(self,zeile): '''bearbeitet eingehende Nachrichten''' if zeile['inhalt'][0].startswith(self.currentnickname) or zeile['ziel'] == self.currentnickname: # der bot wird entweder angesprochen oder er kriegt eine private message self._teile_befehl(zeile) # DEBUG elif 'ping' in zeile['inhalt']: self.msg(zeile['... | 37,806 |
def on_PRIVMSG(self,zeile): '''bearbeitet eingehende Nachrichten''' if zeile['inhalt'][0].startswith(self.currentnickname) or zeile['ziel'] == self.currentnickname: # der bot wird entweder angesprochen oder er kriegt eine private message print 'DEBUG: Befehl aufgeschnappt' self._teile_befehl(zeile) # DEBUG elif 'ping' ... | def on_PRIVMSG(self,zeile): '''bearbeitet eingehende Nachrichten''' if zeile['inhalt'][0].startswith(self.currentnickname) or zeile['ziel'] == self.currentnickname: # der bot wird entweder angesprochen oder er kriegt eine private message print 'DEBUG: Befehl aufgeschnappt' self._teile_befehl(zeile) # DEBUGself.log.log(... | 37,807 |
def rawsend(self,rausgehendes): '''schickt Daten an den Server erwartet: das, was geschickt werden soll gibt auch nix zurck, erspart uns aber die lstige Fehlersuche, wenn die Zeichen am Zeilenende vergessen worden sind.''' self.so.send('%s\r\n' % rausgehendes) | def rawsend(self,rausgehendes): '''schickt Daten an den Server erwartet: das, was geschickt werden soll gibt auch nix zurck, erspart uns aber die lstige Fehlersuche, wenn die Zeichen am Zeilenende vergessen worden sind.''' self.so.send('%s\r\n' % rausgehendes) | 37,808 |
def quit(self,quitmessage): print 'DEBUG: <> Beende' self.rawsend('quit :%s' % quitmessage) self.so.close() | def quit(self,quitmessage): print 'DEBUG: <> Beende' self.rawsend('quit :%s' % quitmessage) self.so.close() | 37,809 |
def on_001(self,zeile): '''die IRC Verbindung ist gerade hergestellt worden Das ist die ideale Gelegenheit, am Anfang auszufuehrende Befehle einzugeben''' self.join('#tiax') | def on_001(self,zeile): '''die IRC Verbindung ist gerade hergestellt worden Das ist die ideale Gelegenheit, am Anfang auszufuehrende Befehle einzugeben''' self.join('#tiax') | 37,810 |
def on_PRIVMSG(self,zeile): '''bearbeitet eingehende Nachrichten''' if zeile['inhalt'][0].startswith(self.currentnickname) or zeile['ziel'] == self.currentnickname: # der bot wird entweder angesprochen oder er kriegt eine private message print 'DEBUG: Befehl aufgeschnappt' self._teile_befehl(zeile) # DEBUG if 'die' in ... | def on_PRIVMSG(self,zeile): '''bearbeitet eingehende Nachrichten''' if zeile['inhalt'][0].startswith(self.currentnickname) or zeile['ziel'] == self.currentnickname: # der bot wird entweder angesprochen oder er kriegt eine private message print 'DEBUG: Befehl aufgeschnappt' self._teile_befehl(zeile) # DEBUG elif 'ping' ... | 37,811 |
def __init__(self,server,nickname,ident=None,realname=None): global logger self._buffer = '' logger.debug('Verbindung zu %s wird hergestellt' % server) self.Verbinde(server,nickname,ident,realname) | def __init__(self,server,nickname,ident=None,realname=None): global logger self._buffer = '' logger.debug('Verbindung zu %s:%s wird hergestellt' % server) self.Verbinde(server,nickname,ident,realname) | 37,812 |
def Verbinde(self,server,nickname,ident=None,realname=None): self.nicknames = [] if type(nickname) == type([]): self.nicknames.extend(nickname) else: self.nicknames.append(nickname) self.currentnickname = self.nicknames.pop(0) ident = ident or self.currentnickname realname = realname or self.currentnickname self._socke... | def Verbinde(self,server,nickname,ident=None,realname=None): self.nicknames = [] if type(nickname) == type([]): self.nicknames.extend(nickname) else: self.nicknames.append(nickname) self.currentnickname = self.nicknames.pop(0) ident = ident or self.currentnickname realname = realname or self.currentnickname self._socke... | 37,813 |
def notice(self,ziel,message): logger.debug('Notice an %s: %s' % (ziel, message)) self.rawsend('NOTICE %s :%s' % (ziel, message)) | def notice(self,ziel,message): logger.debug('Notice an %s: %s' % (ziel, message)) self.rawsend('NOTICE %s :%s' % (ziel, message)) | 37,814 |
def verbinde(self,server,nickname,ident,realname): '''erwartet: server als tuple serverurl,port nickname als string ident als string realname als string | def verbinde(self,server,nickname,ident,realname): '''erwartet: server als tuple serverurl,port nickname als string ident als string realname als string | 37,815 |
def _checkfortiax(event): return event.quelle['ident'] == 'tiax' and event.quelle['host'] == 'victory-is-life.de' | def _checkfortiax(event): return event.quelle['ident'] == 'tiax' and event.quelle['host'] == 'victory-is-life.de' | 37,816 |
def parse(event): print event.ziel if event.ziel == '#tdm': try: url = event.befehl['argumente'][0] except IndexError: event.parent.notice(event.quelle['nick'],'Bitte URL angeben') else: logger.info('%s lässt %s parsen' % (event.quelle, url)) kampfbericht = xwars.kampfbericht(url) try: kampfbericht.analyze() except (IO... | def parse(event): print event.ziel if event.ziel == '#tdm': try: url = event.befehl['argumente'][0] except IndexError: event.parent.notice(event.quelle['nick'],'Bitte URL angeben') else: logger.info('%s lässt %s parsen' % (event.quelle, url)) kampfbericht = xwars.kampfbericht(url) try: kampfbericht.analyze() except (IO... | 37,817 |
def parse(event): print event.ziel if event.ziel == '#tdm': try: url = event.befehl['argumente'][0] except IndexError: event.parent.notice(event.quelle['nick'],'Bitte URL angeben') else: logger.info('%s lässt %s parsen' % (event.quelle, url)) kampfbericht = xwars.kampfbericht(url) try: kampfbericht.analyze() except (IO... | def parse(event): print event.ziel if event.ziel == '#tdm': try: url = event.befehl['argumente'][0] except IndexError: event.parent.notice(event.quelle['nick'],'Bitte URL angeben') else: logger.info('%s lässt %s parsen' % (event.quelle, url)) kampfbericht = xwars.kampfbericht(url) try: kampfbericht.analyze() except (IO... | 37,818 |
def stop(self): pyCarmen.carmen_ipc_disconnect() | def stop(self): pyCarmen.carmen_ipc_disconnect() | 37,819 |
def callback(self, the_type, msg): #print the_type #if(the_type == "global_pose"): # print "global_pose", msg.globalpos.x, msg.globalpos.y pass | defprint the_type callback(self,print the_type the_type,print the_type msg):print the_type #printprint the_type the_typeprint the_type print the_type #if(the_typeprint the_type ==print the_type "global_pose"):print the_type #print the_type print the_type print the_type print the_type print the_type printprint the_type ... | 37,820 |
def set_pose(self, x, y, theta): pt = pyCarmen.carmen_point_t() pt.x = x pt.y = y pt.theta = theta pyCarmen.carmen_simulator_set_truepose(pt) | def set_pose(self, x, y, theta): pt = pyCarmen.carmen_point_t() pt.x = x pt.y = y pt.theta = theta pyCarmen.carmen_simulator_set_truepose(pt) | 37,821 |
def set_goal(self, x, y): pyCarmen.carmen_navigator_set_goal(x, y) | def set_goal(self, x, y): pyCarmen.carmen_navigator_set_goal(x, y) | 37,822 |
def set_goal_name(self, name): pyCarmen.carmen_navigator_set_goal_place(name) | def set_goal_name(self, name): pyCarmen.carmen_navigator_set_goal_place(name) | 37,823 |
def command_velocity(self, tv, rv): pyCarmen.carmen_robot_velocity_command(tv, rv) | def command_velocity(self, tv, rv): pyCarmen.carmen_robot_velocity_command(tv, rv) | 37,824 |
def command_vector(self, distance, theta): pyCarmen.carmen_robot_move_along_vector(distance, theta) | def command_vector(self, distance, theta): pyCarmen.carmen_robot_move_along_vector(distance, theta) | 37,825 |
def command_go(self): pyCarmen.carmen_navigator_go() | def command_go(self): pyCarmen.carmen_navigator_go() | 37,826 |
def command_stop(self): pyCarmen.carmen_navigator_stop() | def command_stop(self): pyCarmen.carmen_navigator_stop() | 37,827 |
def command_arm(self, joint_angles): pyCarmen.carmen_arm_command(len(joint_angles), joint_angles) | def command_arm(self, joint_angles): pyCarmen.carmen_arm_command(len(joint_angles), joint_angles) | 37,828 |
def checkAccessibleType( self, type ): while type['elem'] in ('PointerType','Typedef') : type = self.xref[type['attrs']['type']] typeAttrs = type['attrs'] if typeAttrs.has_key('access') and typeAttrs['access'] in ('private','protected') : return type['attrs']['id'] return 0 | def checkAccessibleType( self, type ): while type['elem'] in ('PointerType','Typedef') : type = self.xref[type['attrs']['type']] attrs = type['attrs'] if 'access' in attrs and attrs['access'] in ('private','protected') : return attrs['id'] if 'context' in attrs and self.checkAccessibleType(self.xref[attrs['context']]) ... | 37,829 |
def genClassShadow(self, attrs, inner = 0 ) : bases = self.getBases( attrs['id'] ) if inner : cls = attrs['name'] else : cls = self.genTypeName(attrs['id']) clt = string.translate(str(cls), self.transtable) self.generated_shadow_classes.append(clt) typ = self.xref[attrs['id']]['elem'].lower() indent = inner * 2 * '... | def genClassShadow(self, attrs, inner = 0 ) : bases = self.getBases( attrs['id'] ) cls = self.genTypeName(attrs['id'],const=True,colon=True) clt = string.translate(str(cls), self.transtable) self.generated_shadow_classes.append(clt) typ = self.xref[attrs['id']]['elem'].lower() indent = inner * 2 * ' ' if typ == 'enumer... | 37,830 |
def genClassShadow(self, attrs, inner = 0 ) : bases = self.getBases( attrs['id'] ) if inner : cls = attrs['name'] else : cls = self.genTypeName(attrs['id']) clt = string.translate(str(cls), self.transtable) self.generated_shadow_classes.append(clt) typ = self.xref[attrs['id']]['elem'].lower() indent = inner * 2 * '... | def genClassShadow(self, attrs, inner = 0 ) : bases = self.getBases( attrs['id'] ) if inner : cls = attrs['name'] else : cls = self.genTypeName(attrs['id']) clt = string.translate(str(cls), self.transtable) typ = self.xref[attrs['id']]['elem'].lower() indent = inner * 2 * ' ' if typ == 'enumeration' : c = indent + ... | 37,831 |
def genClassShadow(self, attrs, inner = 0 ) : bases = self.getBases( attrs['id'] ) if inner : cls = attrs['name'] else : cls = self.genTypeName(attrs['id']) clt = string.translate(str(cls), self.transtable) self.generated_shadow_classes.append(clt) typ = self.xref[attrs['id']]['elem'].lower() indent = inner * 2 * '... | def genClassShadow(self, attrs, inner = 0 ) : bases = self.getBases( attrs['id'] ) if inner : cls = attrs['name'] else : cls = self.genTypeName(attrs['id']) clt = string.translate(str(cls), self.transtable) self.generated_shadow_classes.append(clt) typ = self.xref[attrs['id']]['elem'].lower() indent = inner * 2 * '... | 37,832 |
def genClassShadow(self, attrs, inner = 0 ) : bases = self.getBases( attrs['id'] ) if inner : cls = attrs['name'] else : cls = self.genTypeName(attrs['id']) clt = string.translate(str(cls), self.transtable) self.generated_shadow_classes.append(clt) typ = self.xref[attrs['id']]['elem'].lower() indent = inner * 2 * '... | def genClassShadow(self, attrs, inner = 0 ) : bases = self.getBases( attrs['id'] ) if inner : cls = attrs['name'] else : cls = self.genTypeName(attrs['id']) clt = string.translate(str(cls), self.transtable) self.generated_shadow_classes.append(clt) typ = self.xref[attrs['id']]['elem'].lower() indent = inner * 2 * '... | 37,833 |
def genFieldBuild(self, attrs, childs): type = self.genTypeName(attrs['type'], enum=False, const=False) cl = self.genTypeName(attrs['context'],colon=True) cls = self.genTypeName(attrs['context']) name = attrs['name'] if not name : ftype = self.xref[attrs['type']] # if the member type is an unnamed union we try... | def genFieldBuild(self, attrs, childs): type = self.genTypeName(attrs['type'], enum=False, const=False) cl = self.genTypeName(attrs['context'],colon=True) cls = self.genTypeName(attrs['context']) name = attrs['name'] if not name : ftype = self.xref[attrs['type']] # if the member type is an unnamed union we try... | 37,834 |
def enhanceClass(self, attrs): # Default constructor if 'members' in attrs : members = attrs['members'].split() else : members = [] for m in members : if self.xref[m]['elem'] == 'Constructor' : args = self.xref[m]['subelems'] if len(args) > 0 and 'default' in args[0] : id = u'_x%d' % self.x_id.next() ... | def enhanceClass(self, attrs): # Default constructor if 'members' in attrs : members = attrs['members'].split() else : members = [] for m in members : if self.xref[m]['elem'] == 'Constructor' : args = self.xref[m]['subelems'] if len(args) > 0 and 'default' in args[0] : id = u'_x%d' % self.x_id.next() ... | 37,835 |
def genGetNewDelFunctionsBuild( self, attrs, args ) : return ' .AddFunctionMember<void*(void)>("__getNewDelFunctions", method%s)' % (attrs['id']) | def genGetNewDelFunctionsBuild( self, attrs, args ) : return ' .AddFunctionMember<void*(void)>("__getNewDelFunctions", method%s)' % (attrs['id']) | 37,836 |
def process_files(self): total_warnings = 0 file_extension = '_rflx.cpp' #----------Loop oover all the input files-------------- for source in self.files : path, fullname = os.path.split(source) name = fullname[:fullname.find('.')] xmlfile = os.path.join(self.outputDir,name+'.xml') if( self.outputFile ) : dicfile = os.... | def process_files(self): total_warnings = 0 file_extension = '_rflx.cpp' #----------Loop oover all the input files-------------- for source in self.files : path, fullname = os.path.split(source) name = fullname[:fullname.find('.')] xmlfile = os.path.join(self.outputDir,name+'.xml') if( self.outputFile ) : dicfile = os.... | 37,837 |
def genGetBasesTableDef( self, attrs, args ) : cid = attrs['context'] cl = self.genTypeName(cid, colon=True) clt = string.translate(str(cl), self.transtable) s = 'static void* method%s( void*, const std::vector<void*>&, void*)\n{\n' %( attrs['id'], ) s += ' static std::vector<std::pair<ROOT::Reflex::B... | def genGetBasesTableDef( self, attrs, args ) : cid = attrs['context'] cl = self.genTypeName(cid, colon=True) clt = string.translate(str(cl), self.transtable) s = 'static void* method%s( void*, const std::vector<void*>&, void*)\n{\n' %( attrs['id'], ) s += ' static std::vector<std::pair<ROOT::Reflex::B... | 37,838 |
def genGetNewDelFunctionsBuild( self, attrs, args ) : return ' .addFunctionMember<void*(void)>("__getNewDelFunctions", method%s)' % (attrs['id']) | def genGetNewDelFunctionsBuild( self, attrs, args ) : return ' .addFunctionMember<void*(void)>("__getNewDelFunctions", method%s)' % (attrs['id']) | 37,839 |
def genGetNewDelFunctionsDef( self, attrs, args ) : cid = attrs['context'] cl = self.genTypeName(cid, colon=True) clt = string.translate(str(cl), self.transtable) s = 'void* %s_dict::method%s( void*, const std::vector<void*>&, void*)\n{\n' %( clt, attrs['id'] ) s += ' static NewDelFunctions s_funcs;\n... | def genGetNewDelFunctionsDef( self, attrs, args ) : cid = attrs['context'] cl = self.genTypeName(cid, colon=True) clt = string.translate(str(cl), self.transtable) s = 'void* method%s( void*, const std::vector<void*>&, void*)\n{\n' %( attrs['id'] ) s += ' static NewDelFunctions s_funcs;\n' s += ' s_fu... | 37,840 |
def genGetNewDelFunctionsDef( self, attrs, args ) : cid = attrs['context'] cl = self.genTypeName(cid, colon=True) clt = string.translate(str(cl), self.transtable) s = 'void* %s_dict::method%s( void*, const std::vector<void*>&, void*)\n{\n' %( clt, attrs['id'] ) s += ' static NewDelFunctions s_funcs;\n... | def genGetNewDelFunctionsDef( self, attrs, args ) : cid = attrs['context'] cl = self.genTypeName(cid, colon=True) clt = string.translate(str(cl), self.transtable) s = 'void* %s_dict::method%s( void*, const std::vector<void*>&, void*)\n{\n' %( clt, attrs['id'] ) s += ' static NewDelFunctions s_funcs;\n... | 37,841 |
def genGetBasesTableBuild( self, attrs, args ) : mod = self.genModifier(attrs, None) return ' .AddFunctionMember<void*(void)>("getBasesTable", method%s, 0, 0, %s)' % (attrs['id'], mod) | def genGetBasesTableBuild( self, attrs, args ) : mod = self.genModifier(attrs, None) return ' .AddFunctionMember<void*(void)>("getBasesTable", method%s, 0, 0, %s)' % (attrs['id'], mod) | 37,842 |
def genGetBasesTableDef( self, attrs, args ) : cid = attrs['context'] cl = self.genTypeName(cid, colon=True) clt = string.translate(str(cl), self.transtable) s = 'static void* method%s( void*, const std::vector<void*>&, void*)\n{\n' %( attrs['id'], ) s += ' static std::vector<std::pair<ROOT::Reflex::B... | def genGetBasesTableDef( self, attrs, args ) : cid = attrs['context'] cl = self.genTypeName(cid, colon=True) clt = string.translate(str(cl), self.transtable) s = 'static void* method%s( void*, const std::vector<void*>&, void*)\n{\n' %( attrs['id'], ) s += ' static std::vector<std::pair<ROOT::Reflex::B... | 37,843 |
def __init__(self): self.files = [] self.output = None self.outputDir = None self.outputFile = None self.capabilities = None self.select = None self.cppopt = '' self.deep = False self.opts = {} self.gccxmlpath = None self.selector = No... | def __init__(self): self.files = [] self.output = None self.outputDir = None self.outputFile = None self.capabilities = None self.select = None self.cppopt = '' self.deep = False self.opts = {} self.gccxmlpath = None self.selector = No... | 37,844 |
def parse_args(self): options = sys.argv[1:] options2 = [] # FIXME: removing again TROOT.h and TMemberInspector.h from the options as they are # passed in by rootcint, but before the options (gnu style doesn't like it) # --> fix is to remove the two headers from the invocation in rootcint.cxx for o in options : if o.fi... | def parse_args(self): options = sys.argv[1:] options2 = [] # FIXME: removing again TROOT.h and TMemberInspector.h from the options as they are # passed in by rootcint, but before the options (gnu style doesn't like it) # --> fix is to remove the two headers from the invocation in rootcint.cxx for o in options : if o.fi... | 37,845 |
def genGetBasesTableDef( self, attrs, args ) : cid = attrs['context'] cl = self.genTypeName(cid, colon=True) clt = string.translate(str(cl), self.transtable) s = 'static void* method%s( void*, const std::vector<void*>&, void*)\n{\n' %( attrs['id'], ) s += ' static std::vector<std::pair<ROOT::Reflex::B... | def genGetBasesTableDef( self, attrs, args ) : cid = attrs['context'] cl = self.genTypeName(cid, colon=True) clt = string.translate(str(cl), self.transtable) s = 'static void* method%s( void*, const std::vector<void*>&, void*)\n{\n' %( attrs['id'], ) s += ' static std::vector<std::pair<ROOT::Reflex::B... | 37,846 |
def genClassShadow(self, attrs, inner = 0 ) : bases = self.getBases( attrs['id'] ) if inner : cls = attrs['name'] else : cls = self.genTypeName(attrs['id']) clt = string.translate(str(cls), self.transtable) self.generated_shadow_classes.append(clt) typ = self.xref[attrs['id']]['elem'].lower() indent = inner * 2 * '... | deftend = '' while t[-1] in ('*','&') : tend = tend + t[-1] t = t[:-1] t = string.translate(str(t), self.transtable)[2:] t += tend genClassShadow(self,tend = '' while t[-1] in ('*','&') : tend = tend + t[-1] t = t[:-1] t = string.translate(str(t), self.transtable)[2:] t += tend attrs,tend = '' while t[-1] in ('*','&') ... | 37,847 |
def help(self) : print """Generates the LCG dictionary file for each header file\n Usage: genreflex headerfile1.h [headerfile2.h] [options] [preprocesor options]\n Options: -s <file>, --selection_file=<file> Class selection file to specify for which classes the dictionary will be generated Format (XML): <lcgdict> [<sel... | def help(self) : print """Generates the LCG dictionary file for each header file\n Usage: genreflex headerfile1.h [headerfile2.h] [options] [preprocesor options]\n Options: -s <file>, --selection_file=<file> Class selection file to specify for which classes the dictionary will be generated Format (XML): <lcgdict> [<sel... | 37,848 |
def genGccxmlInfo(self): s = '' (inp,out,err) = os.popen3(self.gccxml + ' --print') serr = err.read() sout = out.read() if serr : print '--->> genreflex: WARNING: Could not invoke %s --print' % self.gccxml print '--->> genreflex: WARNING: %s' % serr return s s += sout compiler = '' for l in sout.split('\n'): ll = l.spl... | def genGccxmlInfo(self): s = '' (inp,out,err) = os.popen3(self.gccxml + ' --print') serr = err.read() sout = out.read() if serr : print '--->> genreflex: WARNING: Could not invoke %s --print' % self.gccxml print '--->> genreflex: WARNING: %s' % serr return s gccxmlv = sout.split('\n')[0].split()[-1] if gccxmlv != '0.6... | 37,849 |
def genTypeName(self, id, enum=False, const=False, colon=False, alltempl=False) : if id[-1] in ['c','v'] : nid = id[:-1] cvdict = {'c':'const','v':'volatile'} prdict = {'PointerType':'*', 'ReferenceType':'&'} nidelem = self.xref[nid]['elem'] if nidelem in ('PointerType','ReferenceType') : if const : return self.genType... | def genTypeName(self, id, enum=False, const=False, colon=False, alltempl=False) : if id[-1] in ['c','v'] : nid = id[:-1] cvdict = {'c':'const','v':'volatile'} prdict = {'PointerType':'*', 'ReferenceType':'&'} nidelem = self.xref[nid]['elem'] if nidelem in ('PointerType','ReferenceType') : if const : return self.genType... | 37,850 |
def getTemplateArgs( cl ) : if cl.find('<') == -1 : return [] args, cnt = [], 0 for s in string.split(cl[cl.find('<')+1:cl.rfind('>')],',') : if cnt == 0 : args.append(s) else : args[-1] += ','+ s cnt += s.count('<')-s.count('>') if args[-1][-1] == ' ' : args[-1] = args[-1][:-1] return args | def getTemplateArgs( cl ) : if cl.find('<') == -1 : return [] args, cnt = [], 0 for s in string.split(cl[cl.find('<')+1:cl.rfind('>')],',') : if cnt == 0 : args.append(s) else : args[-1] += ','+ s cnt += s.count('<')+s.count('(')-s.count('>')-s.count(')') if args[-1][-1] == ' ' : args[-1] = args[-1][:-1] ret... | 37,851 |
def genGetNewDelFunctionsDef( self, attrs, args ) : cid = attrs['context'] cl = self.genTypeName(cid, colon=True) clt = string.translate(str(cl), self.transtable) s = 'static void* method%s( void*, const std::vector<void*>&, void*)\n{\n' %( attrs['id'] ) s += ' static NewDelFunctions s_funcs;\n' s += ... | def genGetNewDelFunctionsDef( self, attrs, args ) : cid = attrs['context'] cl = self.genTypeName(cid, colon=True) clt = string.translate(str(cl), self.transtable) s = 'static void* method%s( void*, const std::vector<void*>&, void*)\n{\n' %( attrs['id'] ) s += ' static NewDelFunctions s_funcs;\n' s += ... | 37,852 |
def genClassDict(self, attrs): members, bases = [], [] cl = attrs['name'] clf = self.genTypeName(attrs['id'],colon=True) cls = self.genTypeName(attrs['id']) clt = string.translate(str(clf), self.transtable) bases = self.getBases( attrs['id'] ) if 'members' in attrs : members = string.split(attrs['members']) mod = self... | def genClassDict(self, attrs): members, bases = [], [] cl = attrs['name'] clf = self.genTypeName(attrs['id'],colon=True) cls = self.genTypeName(attrs['id']) clt = string.translate(str(clf), self.transtable) bases = self.getBases( attrs['id'] ) if 'members' in attrs : members = string.split(attrs['members']) mod = self... | 37,853 |
def genClassDict(self, attrs): members, bases = [], [] cl = attrs['name'] clf = self.genTypeName(attrs['id'],colon=True) cls = self.genTypeName(attrs['id']) clt = string.translate(str(clf), self.transtable) bases = self.getBases( attrs['id'] ) if 'members' in attrs : members = string.split(attrs['members']) mod = self... | def genClassDict(self, attrs): members, bases = [], [] cl = attrs['name'] clf = self.genTypeName(attrs['id'],colon=True) cls = self.genTypeName(attrs['id']) clt = string.translate(str(clf), self.transtable) bases = self.getBases( attrs['id'] ) if 'members' in attrs : members = string.split(attrs['members']) mod = self... | 37,854 |
def genClassDict(self, attrs): members, bases = [], [] cl = attrs['name'] clf = self.genTypeName(attrs['id'],colon=True) cls = self.genTypeName(attrs['id']) clt = string.translate(str(clf), self.transtable) bases = self.getBases( attrs['id'] ) if 'members' in attrs : members = string.split(attrs['members']) mod = self... | def genClassDict(self, attrs): members, bases = [], [] cl = attrs['name'] clf = self.genTypeName(attrs['id'],colon=True) cls = self.genTypeName(attrs['id']) clt = string.translate(str(clf), self.transtable) bases = self.getBases( attrs['id'] ) if 'members' in attrs : members = string.split(attrs['members']) mod = self... | 37,855 |
def genClassDict(self, attrs): members, bases = [], [] cl = attrs['name'] clf = self.genTypeName(attrs['id'],colon=True) cls = self.genTypeName(attrs['id']) clt = string.translate(str(clf), self.transtable) bases = self.getBases( attrs['id'] ) if 'members' in attrs : members = string.split(attrs['members']) mod = self... | def genClassDict(self, attrs): members, bases = [], [] cl = attrs['name'] clf = self.genTypeName(attrs['id'],colon=True) cls = self.genTypeName(attrs['id']) clt = string.translate(str(clf), self.transtable) bases = self.getBases( attrs['id'] ) if 'members' in attrs : members = string.split(attrs['members']) mod = self... | 37,856 |
def genGccxmlInfo(self): s = '' (inp,out,err) = os.popen3(self.gccxml + ' --print') serr = err.read() sout = out.read() if serr : print '--->> genreflex: WARNING: Could not invoke %s --print' % self.gccxml print '--->> genreflex: WARNING: %s' % serr return s s += sout compiler = '' for l in sout.split('\n'): ll = l.spl... | def genGccxmlInfo(self): s = '' (inp,out,err) = os.popen3(self.gccxml + ' --print') serr = err.read() sout = out.read() if serr : print '--->> genreflex: WARNING: Could not invoke %s --print' % self.gccxml print '--->> genreflex: WARNING: %s' % serr return s s += sout compiler = '' for l in sout.split('\n'): ll = l.spl... | 37,857 |
def genGccxmlInfo(self): s = '' (inp,out,err) = os.popen3(self.gccxml + ' --print') serr = err.read() sout = out.read() if serr : print '--->> genreflex: WARNING: Could not invoke %s --print' % self.gccxml print '--->> genreflex: WARNING: %s' % serr return s s += sout compiler = '' for l in sout.split('\n'): ll = l.spl... | def genGccxmlInfo(self): s = '' (inp,out,err) = os.popen3(self.gccxml + ' --print') serr = err.read() sout = out.read() if serr : print '--->> genreflex: WARNING: Could not invoke %s --print' % self.gccxml print '--->> genreflex: WARNING: %s' % serr return s s += sout compiler = '' for l in sout.split('\n'): ll = l.spl... | 37,858 |
def isDestructorNonPublic(self, id ) : attrs = self.xref[id]['attrs'] if 'members' in attrs : for m in attrs['members'].split() : elem = self.xref[m]['elem'] attr = self.xref[m]['attrs'] if elem == 'Destructor' : if 'access' in attr and attr['access'] in ('private','protected') : return True if 'bases' in attrs : for b... | def isDestructorNonPublic(self, id ) : attrs = self.xref[id]['attrs'] if 'members' in attrs : for m in attrs['members'].split() : elem = self.xref[m]['elem'] attr = self.xref[m]['attrs'] if elem == 'Destructor' : if attr.get('access') in ('private','protected') : return True else : return False if 'bases' in attrs : fo... | 37,859 |
def selclasses(self, sel, deep) : selec = [] if sel : self.selector = sel # remember the selector for c in self.classes : if 'incomplete' in c : continue match = self.selector.matchclass( self.genTypeName(c['id']), self.files[c['file']]['name']) if match[0] and not match[1] : c['extra'] = match[0] selec.append(c) for ... | def selclasses(self, sel, deep) : selec = [] if sel : self.selector = sel # remember the selector for c in self.classes : if 'incomplete' in c : continue if not c.has_key('members') : continue match = self.selector.matchclass( self.genTypeName(c['id']), self.files[c['file']]['name']) if match[0] and not match[1] : c... | 37,860 |
def genOperatorMethodDef( self, attrs, args ) : if attrs['name'][0].isalpha() : name = 'operator '+ attrs['name'] else : name = 'operator' + attrs['name'] if name[-1] == '>' and name.find('<') != -1 : name = name[:name.find('<')] return self.genMCODef( 'operator', name, attrs, args ) | def genOperatorMethodDef( self, attrs, args ) : if attrs['name'][0].isalpha() : name = 'operator '+ attrs['name'] else : name = 'operator' + attrs['name'] if name[-1] == '>' and name.find('<') != -1 : name = name[:name.find('<')] return self.genMCODef( 'operator', name, attrs, args ) | 37,861 |
def completeClass(self, attrs): # Complete class with "instantiated" templated methods or constructors if 'members' in attrs : members = attrs['members'].split() else : members = [] cid = attrs['id'] for c in self.classes : if c['context'] == cid and c['id'] not in members : attrs['members'] += u' ' + ... | def completeClass(self, attrs): # Complete class with "instantiated" templated methods or constructors if 'members' in attrs : members = attrs['members'].split() else : members = [] cid = attrs['id'] for c in self.classes : if c['context'] == cid and c['id'] not in members : attrs['members'] += u' ' + ... | 37,862 |
def genClassShadow(self, attrs, inner = 0 ) : inner_shadows = {} bases = self.getBases( attrs['id'] ) cls = self.genTypeName(attrs['id'],const=True,colon=True) clt = string.translate(str(cls), self.transtable) if self.isUnnamedType(cls) and inner : clt = '' xtyp = self.xref[attrs['id']] typ = xtyp['elem'].lower() inden... | def genClassShadow(self, attrs, inner = 0 ) : inner_shadows = {} bases = self.getBases( attrs['id'] ) cls = self.genTypeName(attrs['id'],const=True,colon=True) clt = string.translate(str(cls), self.transtable) if self.isUnnamedType(cls) and inner : clt = '' xtyp = self.xref[attrs['id']] typ = xtyp['elem'].lower() inden... | 37,863 |
def end_element(self, name): if name in ('exclusion') : self.classes = self.sel_classes self.functions = self.sel_functions | def end_element(self, name): if name in ('exclusion',) : self.classes = self.sel_classes self.functions = self.sel_functions | 37,864 |
def help(self) : print """Generates the LCG dictionary file for each header file\n Usage: genreflex headerfile1.h [headerfile2.h] [options] [preprocesor options]\n Options: -s <file>, --selection_file=<file> Class selection file to specify for which classes the dictionary will be generated Format (XML): <lcgdict> [<sel... | def help(self) : print """Generates the LCG dictionary file for each header file\n Usage: genreflex headerfile1.h [headerfile2.h] [options] [preprocesor options]\n Options: -s <file>, --selection_file=<file> Class selection file to specify for which classes the dictionary will be generated Format (XML): <lcgdict> [<sel... | 37,865 |
def genClassShadow(self, attrs, inner = 0 ) : inner_shadows = {} bases = self.getBases( attrs['id'] ) cls = self.genTypeName(attrs['id'],const=True,colon=True) clt = string.translate(str(cls), self.transtable) if self.isUnnamedType(cls) and inner : clt = '' xtyp = self.xref[attrs['id']] typ = xtyp['elem'].lower() inden... | def genClassShadow(self, attrs, inner = 0 ) : inner_shadows = {} bases = self.getBases( attrs['id'] ) cls = self.genTypeName(attrs['id'],const=True,colon=True) clt = string.translate(str(cls), self.transtable) if self.isUnnamedType(cls) and inner : clt = '' xtyp = self.xref[attrs['id']] typ = xtyp['elem'].lower() inden... | 37,866 |
def genEnumerationBuild(self, attrs, childs): s = '' name = self.genTypeName(attrs['id']) values = '' for child in childs : values += child['name'] + '=' + child['init'] +';' values = values[:-1] if self.isUnnamedType(name) : s += ' .AddEnum("%s", "%s", &typeid(UnnamedEnum))' % (name[name.rfind('::')+3:], values) else... | def genEnumerationBuild(self, attrs, childs): s = '' name = self.genTypeName(attrs['id']) values = '' for child in childs : values += child['name'] + '=' + child['init'] +';' values = values[:-1] if self.isUnnamedType(name) : s += ' .AddEnum("%s", "%s", &typeid(ROOT::Reflex::UnnamedEnum))' % (name[name.rfind('::')+3:]... | 37,867 |
def genEnumerationBuild(self, attrs, childs): s = '' name = self.genTypeName(attrs['id']) values = '' for child in childs : values += child['name'] + '=' + child['init'] +';' values = values[:-1] if self.isUnnamedType(name) : s += ' .AddEnum("%s", "%s", &typeid(UnnamedEnum))' % (name[name.rfind('::')+3:], values) else... | def genEnumerationBuild(self, attrs, childs): s = '' name = self.genTypeName(attrs['id']) values = '' for child in childs : values += child['name'] + '=' + child['init'] +';' values = values[:-1] if self.isUnnamedType(name) : s += ' .AddEnum("%s", "%s", &typeid(UnnamedEnum))' % (name[name.rfind('::')+3:], values) else... | 37,868 |
def generate(self, file, selclasses, selfunctions, selenums, selvariables, cppinfo) : names = [] f = open(file,'w') f.write(self.genHeaders(cppinfo)) f_buffer = '' f_shadow = '\n// Shadow classes to obtain the data member offsets \n' f_shadow += 'namespace __shadow__ {\n' for c in selclasses : if 'incomplete' not in c... | def generate(self, file, selclasses, selfunctions, selenums, selvariables, cppinfo) : names = [] f = open(file,'w') f.write(self.genHeaders(cppinfo)) f_buffer = '' f_shadow = '\n// Shadow classes to obtain the data member offsets \n' f_shadow += 'namespace __shadow__ {\n' for c in selclasses : if 'incomplete' not in c... | 37,869 |
def genNamespaces(self, selclasses ) : used_context = [] s = '' for c in selclasses : if 'incomplete' not in c : used_context.append(c['context']) idx = 0 for ns in self.namespaces : if ns['id'] in used_context and ns['name'] != '::' : s += ' NamespaceBuilder nsb%d( "%s" );\n' % (idx, self.genTypeName(ns['id'])) idx +... | def genNamespaces(self, selected ) : used_context = [] s = '' for c in selclasses : if 'incomplete' not in c : used_context.append(c['context']) idx = 0 for ns in self.namespaces : if ns['id'] in used_context and ns['name'] != '::' : s += ' NamespaceBuilder nsb%d( "%s" );\n' % (idx, self.genTypeName(ns['id'])) idx += ... | 37,870 |
def genNamespaces(self, selclasses ) : used_context = [] s = '' for c in selclasses : if 'incomplete' not in c : used_context.append(c['context']) idx = 0 for ns in self.namespaces : if ns['id'] in used_context and ns['name'] != '::' : s += ' NamespaceBuilder nsb%d( "%s" );\n' % (idx, self.genTypeName(ns['id'])) idx +... | def genNamespaces(self, selclasses ) : used_context = [] s = '' for c in selected : if 'incomplete' not in c : used_context.append(c['context']) idx = 0 for ns in self.namespaces : if ns['id'] in used_context and ns['name'] != '::' : s += ' NamespaceBuilder nsb%d( "%s" );\n' % (idx, self.genTypeName(ns['id'])) idx += ... | 37,871 |
def genInstantiateDict( self, selclasses, selfunctions, selenums, selvariables) : c = 'namespace {\n struct Dictionaries {\n Dictionaries() {\n' c += self.genFunctions(selfunctions) c += self.genEnums(selenums) c += self.genVariables(selvariables) for attrs in selclasses : if 'incomplete' not in attrs : clf = self.... | def genInstantiateDict( self, selclasses, selfunctions, selenums, selvariables) : c = 'namespace {\n struct Dictionaries {\n Dictionaries() {\n' for attrs in selclasses : if 'incomplete' not in attrs : clf = self.genTypeName(attrs['id'], colon=True) clt = string.translate(str(clf), self.transtable) c += ' %s_d... | 37,872 |
def test_1decimal(): if not supports('decimalColumn'): return setupClass(DecimalTable) d = DecimalTable(col1=21.12) assert d.col1 == 21.12 | def test_1decimal(): if not supports('decimalColumn'): return setupClass(DecimalTable) d = DecimalTable(col1=21.12) assert d.col1 == 21.12 | 37,873 |
def db_differences(soClass, conn): """ Returns the differences between a class and the table in a connection. Returns [] if no differences are found. This function does the best it can; it can miss many differences. """ # @@: Repeats a lot from CommandStatus.command, but it's hard # to actually factor out the display... | def db_differences(soClass, conn): """ Returns the differences between a class and the table in a connection. Returns [] if no differences are found. This function does the best it can; it can miss many differences. """ # @@: Repeats a lot from CommandStatus.command, but it's hard # to actually factor out the display... | 37,874 |
def command(self): good = 0 bad = 0 missing_tables = 0 columnsFromSchema_warning = False for soClass in self.classes(): conn = soClass._connection self.printed = False if self.options.verbose: self.print_class(soClass) if not conn.tableExists(soClass.sqlmeta.table): self.print_class(soClass) print ' Does not exist in ... | def command(self): good = 0 bad = 0 missing_tables = 0 columnsFromSchema_warning = False for soClass in self.classes(): conn = soClass._connection self.printed = False if self.options.verbose: self.print_class(soClass) if not conn.tableExists(soClass.sqlmeta.table): self.print_class(soClass) print ' Does not exist in ... | 37,875 |
def columnsFromSchema(self, tableName, soClass): colData = self.queryAll("SHOW COLUMNS FROM %s" % tableName) results = [] for field, t, nullAllowed, key, default, extra in colData: if field == 'id': continue colClass, kw = self.guessClass(t) kw['name'] = soClass.sqlmeta.style.dbColumnToPythonAttr(field) kw['notNone'] =... | def columnsFromSchema(self, tableName, soClass): colData = self.queryAll("SHOW COLUMNS FROM %s" % tableName) results = [] for field, t, nullAllowed, key, default, extra in colData: if field == 'id': continue colClass, kw = self.guessClass(t) kw['name'] = soClass.sqlmeta.style.dbColumnToPythonAttr(field) kw['notNone'] =... | 37,876 |
def fromPython(self, value, state): if value is None: return None if isinstance(value, (datetime.date, datetime.datetime)): return value if hasattr(value, "strftime"): return value.strftime(self.format) raise validators.InvalidField("expected a datetime in the DateTimeCol '%s', got %s instead" % \ (self.name, type(valu... | def fromPython(self, value, state): if value is None: return None if isinstance(value, (datetime.date, datetime.datetime, sqlbuilder.SQLExpression)): return value if hasattr(value, "strftime"): return value.strftime(self.format) raise validators.InvalidField("expected a datetime in the DateTimeCol '%s', got %s instead"... | 37,877 |
def toPython(self, value, state): if value is None: return None if isinstance(value, (datetime.date, datetime.datetime)): return value if mxdatetime_available and isinstance(value, DateTimeType): # convert mxDateTime instance to datetime if (self.format.find("%H") >= 0) or (self.format.find("%T")) >= 0: return datetime... | def toPython(self, value, state): if value is None: return None if isinstance(value, (datetime.date, datetime.datetime, sqlbuilder.SQLExpression)): return value if mxdatetime_available and isinstance(value, DateTimeType): # convert mxDateTime instance to datetime if (self.format.find("%H") >= 0) or (self.format.find("%... | 37,878 |
def fromPython(self, value, state): if value is None: return None if isinstance(value, DateTimeType): return value if hasattr(value, "strftime"): return value.strftime(self.format) raise validators.InvalidField("expected a mxDateTime in the DateTimeCol '%s', got %s instead" % \ (self.name, type(value)), value, state) | def fromPython(self, value, state): if value is None: return None if isinstance(value, (DateTimeType, sqlbuilder.SQLExpression)): return value if hasattr(value, "strftime"): return value.strftime(self.format) raise validators.InvalidField("expected a mxDateTime in the DateTimeCol '%s', got %s instead" % \ (self.name, t... | 37,879 |
def toPython(self, value, state): if value is None: return None if isinstance(value, DateTimeType): return value if datetime_available: # convert datetime instance to mxDateTime if isinstance(value, datetime.datetime): return DateTime.DateTime(value.year, value.month, value.day, value.hour, value.minute, value.second) ... | def toPython(self, value, state): if value is None: return None if isinstance(value, (DateTimeType, sqlbuilder.SQLExpression)): return value if datetime_available: # convert datetime instance to mxDateTime if isinstance(value, datetime.datetime): return DateTime.DateTime(value.year, value.month, value.day, value.hour, ... | 37,880 |
def test_dateTime(): setupClass(DateTime1) _now = datetime.now() _today = date.today() dt1 = DateTime1(col1=_now, col2=_today, col3=_now.time()) | def test_dateTime(): setupClass(DateTime1) _now = datetime.now() _today = date.today() dt1 = DateTime1(col1=_now, col2=_today, col3=_now.time()) | 37,881 |
def test_mxDateTime(): setupClass(DateTime2) _now = now() dt2 = DateTime2(col1=_now, col2=_now, col3=Time(_now.hour, _now.minute, int(_now.second))) | def test_mxDateTime(): setupClass(DateTime2) _now = now() dt2 = DateTime2(col1=_now, col2=_now, col3=Time(_now.hour, _now.minute, int(_now.second))) | 37,882 |
def config_from_egg(self, egg_spec, warn_no_sqlobject=True): import pkg_resources pkg_resources.require(egg_spec) dist = pkg_resources.working_set.find(pkg_resources.Requirement(egg_spec)) if not dist.has_metadata('sqlobject.txt'): if warn_no_sqlobject: print 'No sqlobject.txt in %s egg info' % egg_spec return None, {}... | def config_from_egg(self, egg_spec, warn_no_sqlobject=True): import pkg_resources dist = pkg_resources.get_distribution(egg_spec) if not dist.has_metadata('sqlobject.txt'): if warn_no_sqlobject: print 'No sqlobject.txt in %s egg info' % egg_spec return None, {} result = {} for line in dist.get_metadata_lines('sqlobject... | 37,883 |
def __init__(self, db, user, password='', host='localhost', port=None, **kw): global MySQLdb if MySQLdb is None: import MySQLdb self.module = MySQLdb self.host = host self.port = port self.db = db self.user = user self.password = password if kw.has_key('client_encoding'): self.client_encoding = col.popKey(kw, 'client_e... | def __init__(self, db, user, password='', host='localhost', port=None, **kw): global MySQLdb if MySQLdb is None: import MySQLdb self.module = MySQLdb self.host = host self.port = port self.db = db self.user = user self.password = password if kw.has_key('client_encoding'): self.client_encoding = col.popKey(kw, 'client_e... | 37,884 |
def _firebirdType(self): return self._sqlType() | def _firebirdType(self): return self._sqlType() | 37,885 |
def _firebirdType(self): if not self.length: return 'BLOB SUB_TYPE TEXT' else: return self._sqlType() | def _firebirdType(self): if not self.length: return 'BLOB SUB_TYPE TEXT' else: return self._sqlType() | 37,886 |
def _firebirdType(self): return 'INT' | def _firebirdType(self): return 'INT' | 37,887 |
def _firebirdType(self): return 'INT' | def _firebirdType(self): return 'INT' | 37,888 |
def sybaseCreateSQL(self): from sqlobject.main import findClass sql = SOKeyCol.sybaseCreateSQL(self) other = findClass(self.foreignKey) tName = other._table idName = other._idName reference = ('REFERENCES %(tName)s(%(idName)s) ' % {'tName':tName, 'idName':idName}) sql = ' '.join([sql, reference]) return sql | def sybaseCreateSQL(self): from sqlobject.main import findClass sql = SOKeyCol.sybaseCreateSQL(self) other = findClass(self.foreignKey) tName = other._table idName = other._idName reference = ('REFERENCES %(tName)s(%(idName)s) ' % {'tName':tName, 'idName':idName}) sql = ' '.join([sql, reference]) return sql | 37,889 |
def _firebirdType(self): length = max(map(len, self.enumValues)) enumValues = ', '.join([sqlbuilder.sqlrepr(v, 'firebird') for v in self.enumValues]) checkConstraint = "CHECK (%s in (%s))" % (self.dbName, enumValues) #NB. Return a tuple, not a string here return "VARCHAR(%i)" % (length), checkConstraint | def _firebirdType(self): length = max(map(len, self.enumValues)) enumValues = ', '.join([sqlbuilder.sqlrepr(v, 'firebird') for v in self.enumValues]) checkConstraint = "CHECK (%s in (%s))" % (self.dbName, enumValues) #NB. Return a tuple, not a string here return "VARCHAR(%i)" % (length), checkConstraint | 37,890 |
def _firebirdType(self): return 'TIMESTAMP' | def _firebirdType(self): return 'TIMESTAMP' | 37,891 |
def _firebirdType(self): return 'DATE' | def _firebirdType(self): return 'DATE' | 37,892 |
def __init__(self, dbConnection): self._obsolete = False self._dbConnection = dbConnection self._connection = dbConnection.getConnection() self._dbConnection._setAutoCommit(self._connection, 0) self.cache = CacheSet(cache=dbConnection.doCache) self._deletedCache = {} | def __init__(self, dbConnection): self._obsolete = True self._dbConnection = dbConnection self._connection = dbConnection.getConnection() self._dbConnection._setAutoCommit(self._connection, 0) self.cache = CacheSet(cache=dbConnection.doCache) self._deletedCache = {} | 37,893 |
def _queryInsertID(self, conn, soInstance, id, names, values): table = soInstance._table idName = soInstance._idName c = conn.cursor() if id is not None: names = [idName] + names values = [id] + values q = self._insertSQL(table, names, values) if self.debug: self.printDebug(conn, q, 'QueryIns') self._executeRetry(conn,... | def _queryInsertID(self, conn, soInstance, id, names, values): table = soInstance._table idName = soInstance._idName c = conn.cursor() if id is not None: names = [idName] + names values = [id] + values q = self._insertSQL(table, names, values) if self.debug: self.printDebug(conn, q, 'QueryIns') self._executeRetry(conn,... | 37,894 |
def tableExists(self, tableName): try: # Use DESCRIBE instead of SHOW TABLES because SHOW TABLES # assumes there is a default database selected # which is not always True (for an embedded application, e.g.) self.query('DESCRIBE %s' % (tableName)) return True except ProgrammingError, e: if e.code == 1146: # ER_NO_SUCH_T... | def tableExists(self, tableName): try: # Use DESCRIBE instead of SHOW TABLES because SHOW TABLES # assumes there is a default database selected # which is not always True (for an embedded application, e.g.) self.query('DESCRIBE %s' % (tableName)) return True except ProgrammingError, e: if e[0].code == 1146: # ER_NO_SUC... | 37,895 |
def _iterSelect(self, conn, select, withConnection=None, keepConnection=False): cursor = conn.cursor() query = self.queryForSelect(select) if self.debug: self.printDebug(conn, query, 'Select') cursor.execute(query) while 1: result = cursor.fetchone() if result is None: if not keepConnection: self.releaseConnection(conn... | def _iterSelect(self, conn, select, withConnection=None, keepConnection=False): cursor = conn.cursor() query = self.queryForSelect(select) if self.debug: self.printDebug(conn, query, 'Select') cursor.execute(query) while 1: result = cursor.fetchone() if result is None: if not keepConnection: self.releaseConnection(conn... | 37,896 |
def iterSelect(self, select): return self._runWithConnection(self._iterSelect, select, self, False) | def iterSelect(self, select): return self._runWithConnection(self._iterSelect, select, self, False) | 37,897 |
def iterSelect(self, select): # @@: Bad stuff here, because the connection will be used # until the iteration is over, or at least a cursor from # the connection, which not all database drivers support. return self._dbConnection._iterSelect( self._connection, select, withConnection=self, keepConnection=True) | def iterSelect(self, select): # @@: Bad stuff here, because the connection will be used # until the iteration is over, or at least a cursor from # the connection, which not all database drivers support. return self._dbConnection._iterSelect( self._connection, select, withConnection=self, keepConnection=True) | 37,898 |
def __new__(cls, className, bases, d): | def __new__(cls, className, bases, d): | 37,899 |
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