def packFields(self):
args = {}
filled = 0
i = 0
for field in self.getTraceFields():
fieldType = self.getFieldType(field)
if self.isListField(field):
if filled > 0:
args[i] = args[i] + ")"
i = i+1
filled = 0
# for C we need an extra argument, the size of the list, which
# is computed in pemGenPEMAPI
if pemGlobals.language == 'C':
#args[i] = string.replace(self.getListCount(field), '_', '', 1) + \
# "* (" + pemTypes.getTypeBitSize(fieldType) + " >> 3)"
#args[i+1] = field
args[i] = '___listLength'
args[i+1] = '(void *)___tmpBuffer'
i = i+2
else:
args[i] = field
i = i+1
elif fieldType == 'uint64' or fieldType == 'string':
if filled > 0:
args[i] = args[i] + ")"
i = i+1
filled = 0
args[i] = field
i = i+1
else:
typeBitSize = int(pemTypes.getTypeBitSize(fieldType))
if (filled + typeBitSize) <= 64:
if not args.has_key(i):
args[i] = "("+pemTypes.getCType('uint64')+ ")("
if filled > 0:
args[i] = args[i] + "|"
args[i] = args[i] + \
"((("+pemTypes.getCType('uint64')+")"+field+")<<"+\
str(64-filled-typeBitSize) + ")"
else:
i = i + 1
args[i] = "("+pemTypes.getCType('uint64')+ ")(" + \
"((("+pemTypes.getCType('uint64')+")"+field+")<<"+\
str(64-filled-typeBitSize) + ")"
filled = 0
filled = filled + typeBitSize
if filled == 64:
args[i] = args[i] + ")"
i = i+1
filled = 0
if filled > 0:
args[i] = args[i] + ")"
return args
def packFields(self):
args = {}
filled = 0
i = 0
for field in self.getTraceFields():
fieldType = self.getFieldType(field)
if self.isListField(field):
if filled > 0:
args[i] = args[i] + ")"
i = i + 1
filled = 0
# for C we need an extra argument, the size of the list, which
# is computed in pemGenPEMAPI
if pemGlobals.language == 'C':
#args[i] = string.replace(self.getListCount(field), '_', '', 1) + \
# "* (" + pemTypes.getTypeBitSize(fieldType) + " >> 3)"
#args[i+1] = field
args[i] = '___listLength'
args[i + 1] = '(void *)___tmpBuffer'
i = i + 2
else:
args[i] = field
i = i + 1
elif fieldType == 'uint64' or fieldType == 'string':
if filled > 0:
args[i] = args[i] + ")"
i = i + 1
filled = 0
args[i] = field
i = i + 1
else:
typeBitSize = int(pemTypes.getTypeBitSize(fieldType))
if (filled + typeBitSize) <= 64:
if not args.has_key(i):
args[i] = "(" + pemTypes.getCType('uint64') + ")("
if filled > 0:
args[i] = args[i] + "|"
args[i] = args[i] + \
"((("+pemTypes.getCType('uint64')+")"+field+")<<"+\
str(64-filled-typeBitSize) + ")"
else:
i = i + 1
args[i] = "("+pemTypes.getCType('uint64')+ ")(" + \
"((("+pemTypes.getCType('uint64')+")"+field+")<<"+\
str(64-filled-typeBitSize) + ")"
filled = 0
filled = filled + typeBitSize
if filled == 64:
args[i] = args[i] + ")"
i = i + 1
filled = 0
if filled > 0:
args[i] = args[i] + ")"
return args
def genInlineMethods(events, classId):
# generate the generic inlines
if pemGlobals.dialect == 'K42':
print '_XLC_INLINE uval'
print "trace" + classId + "Enabled() {"
if pemGlobals.genTraceStubs > 0:
print "#ifdef TRACE_STUBS"
print "\tfprintf(stderr, \"trace" + classId + "Enabled()\\n\");"
print "#else"
print "\treturn (kernelInfoLocal.traceInfo.mask & " + \
pemEvent.getEventMaskMacro(classId) + ");"
if pemGlobals.genTraceStubs > 0: print "#endif"
print "}"
print '\n'
for anEvent in events:
print '_XLC_INLINE void'
print "Trace" + anEvent.getQualifiedSpecifier(),
print "(",
# print "TimestampT timestamp",
hasListFields = 0
printComma = 0
for field in anEvent._fieldSeq:
fieldType = anEvent.getFieldType(field)
if printComma == 1: print ",",
else: printComma = 1
if fieldType == 'string': print "const",
if anEvent.isListField(field):
print pemTypes.getCType(fieldType), '*', field,
hasListFields = 1
else:
print pemTypes.getCType(fieldType), field,
print ") {"
if pemGlobals.genTraceStubs > 0:
print "#ifdef TRACE_STUBS"
genPrintStatement(anEvent)
print "#else"
#if pemGlobals.dialect == 'K42':
# genK42MethodBody(anEvent, hasListFields)
#else:
# genAPIMethodBody(anEvent, hasListFields)
if pemGlobals.dialect == 'AIX':
genAIXMethodBody(anEvent, hasListFields)
else:
genMethodBody(anEvent, hasListFields)
if pemGlobals.genTraceStubs > 0: print "#endif"
print "}\n"
def genInlineMethods(events, classId):
# generate the generic inlines
if pemGlobals.dialect == 'K42':
print '_XLC_INLINE uval'
print "trace" + classId + "Enabled() {"
if pemGlobals.genTraceStubs > 0:
print "#ifdef TRACE_STUBS"
print "\tfprintf(stderr, \"trace" + classId + "Enabled()\\n\");"
print "#else"
print "\treturn (kernelInfoLocal.traceInfo.mask & " + \
pemEvent.getEventMaskMacro(classId) + ");"
if pemGlobals.genTraceStubs > 0: print "#endif"
print "}"
print '\n'
for anEvent in events:
print '_XLC_INLINE void'
print "Trace" + anEvent.getQualifiedSpecifier(),
print "(",
# print "TimestampT timestamp",
hasListFields = 0
printComma = 0
for field in anEvent._fieldSeq:
fieldType = anEvent.getFieldType(field)
if printComma == 1: print ",",
else: printComma = 1
if fieldType == 'string': print "const",
if anEvent.isListField(field):
print pemTypes.getCType(fieldType), '*', field,
hasListFields = 1
else:
print pemTypes.getCType(fieldType), field,
print ") {"
if pemGlobals.genTraceStubs > 0:
print "#ifdef TRACE_STUBS"
genPrintStatement(anEvent)
print "#else"
#if pemGlobals.dialect == 'K42':
# genK42MethodBody(anEvent, hasListFields)
#else:
# genAPIMethodBody(anEvent, hasListFields)
if pemGlobals.dialect == 'AIX':
genAIXMethodBody(anEvent, hasListFields)
else:
genMethodBody(anEvent, hasListFields)
if pemGlobals.genTraceStubs > 0: print "#endif"
print "}\n"
def genAixCWrappers(layerId, classId, layerEvents):
wrappers = []
classIdUpper = string.upper(classId)
genCPreamble()
print '#include "trace' + classId + '.h"\n'
for anEvent in layerEvents[classId]:
args = []
for field in anEvent._fieldSeq:
args.append(anEvent.getFieldType(field))
fName = "Trace" + anEvent.getQualifiedSpecifier()
wrappers.append(fName)
fNameLower = string.lower(fName)
print fNameLower + " ( ",
whichArg = 0
printComma = 0
for arg in args:
if printComma == 1: print ", ",
else: printComma = 1
if arg == 'string':
print pemTypes.getCType(arg) + " data" + str(whichArg),
print ", int len" + str(whichArg),
else:
print pemTypes.getCType(arg) +" * data"+ str(whichArg),
whichArg = whichArg+1
print ") {"
# add a NULL if there are string args
whichArg = 0
for arg in args:
if arg == 'string':
print "\t((char *)data"+str(whichArg) + ")[len"+str(whichArg) + \
"] = '\\0';"
whichArg = whichArg + 1
# now call the mixed case C function
print "\t" + fName + " ( ",
whichArg = 0
printComma = 0
for arg in args:
if printComma == 1: print ", ",
else: printComma = 1
if arg == 'string':
print "data" + str(whichArg),
else:
print "*data"+ str(whichArg),
whichArg = whichArg+1
def genK42Wrappers(layerId, classId, layerEvents):
wrappers = []
classIdUpper = string.upper(classId)
print "#include <trace/trace" + classId + ".h>\n"
# generate the trace event macros/inlines
fName = "trace" + classId + "Enabled"
wrappers.append(fName)
fName = string.lower(fName)
print 'inline uval'
print fName + "() {"
print "\treturn (kernelInfoLocal.traceInfo.mask & " + \
pemEvent.getEventMaskMacro(classId) + ");"
print "}"
print '\n'
# generate the generic inline functions
# genGenericInlines(classId)
# a list of lists of data arguments
dataArgs = []
for anEvent in layerEvents[classId]:
args = []
for field in anEvent._fieldSeq:
args.append(anEvent.getFieldType(field))
if dataArgs.count(args) == 0:
dataArgs.append(args)
# generate all the inlines
for args in dataArgs:
(words, strings) = countWordsAndStrings(args)
print 'inline void'
fName = getMethodName(classId, args)
wrappers.append(fName)
fName = string.lower(fName)
print fName + "(uval16 * minorId",
whichArg = 0
for arg in args:
if arg == 'string':
print ", "+ pemTypes.getCType(arg) + " data" + str(whichArg),
print ", int len" + str(whichArg),
else:
print ", "+ pemTypes.getCType(arg) +" * data"+ str(whichArg),
whichArg = whichArg+1
print ") {"
print "\t if(unlikely(kernelInfoLocal.traceInfo.mask & " + \
pemEvent.getEventMaskMacro(classId) + ")) {"
if strings == 0:
print "\t\ttraceDefault" + str(len(args)),
print "(TRACE_" + classIdUpper + "_MAJOR_ID, *minorId," + \
pemEvent.getLayerIdMacro(layerId),
else:
# add a NULL if there are string args
whichArg = 0
for arg in args:
if arg == 'string':
print "\t\t((char *)data"+str(whichArg) + ")[len"+str(whichArg) + \
"] = '\\0';"
whichArg = whichArg + 1
print "\t\ttraceDefaultGeneric (",
print "TRACE_" + classIdUpper + "_MAJOR_ID, *minorId," + \
pemEvent.getLayerIdMacro(layerId) + ",",
print str(words) + ", " + str(strings),
whichArg = 0
for arg in args:
if arg == 'string': print ", data" + str(whichArg),
else: print ", *data" + str(whichArg),
whichArg = whichArg + 1
print ");"
print "\t}"
print "}\n"
def genGenericWrappers(layerId, classId, layerEvents):
print '#define uval unsigned int'
print '#define uval16 unsigned short'
print '#define uval32 unsigned long'
print '#define uval64 unsigned long long'
print "#include <trace" + classId + ".h>\n"
wrappers = []
classIdUpper = string.upper(classId)
# a list of lists of data arguments
dataArgs = []
for anEvent in layerEvents[classId]:
args = []
for field in anEvent._fieldSeq:
args.append(anEvent.getFieldType(field))
if dataArgs.count(args) == 0:
dataArgs.append(args)
# generate all the inlines
for args in dataArgs:
(words, strings) = countWordsAndStrings(args)
print 'inline void'
fName = getMethodName(classId, args)
wrappers.append(fName)
fName = string.lower(fName)
print fName + "(uval16 * minorId",
whichArg = 0
for arg in args:
if arg == 'string':
print ", "+ pemTypes.getCType(arg) + " data" + str(whichArg),
print ", int len" + str(whichArg),
else:
print ", "+ pemTypes.getCType(arg) +" * data"+ str(whichArg),
whichArg = whichArg+1
print ") {"
if strings == 0:
print "\t\tnotifyEvent" + str(len(args)) + "(",
print "(("+pemEvent.getLayerIdMacro(layerId) + "<<20)|(TRACE_"\
+ classIdUpper + "_MAJOR_ID<<14)|(*minorId))",
else:
print "\t\tnotifyEventGeneric (",
print "(("+pemEvent.getLayerIdMacro(layerId) + "<<20)|(TRACE_"\
+ classIdUpper + "_MAJOR_ID<<14)|(*minorId))" + ",",
print str(words) + ", " + str(strings),
whichArg = 0
for arg in args:
if arg == 'string': print ", data" + str(whichArg),
else: print ", *data" + str(whichArg),
whichArg = whichArg + 1
print ");"
print "}"
print "#ifdef __GNUC__"
print "void "+fName+"_() __attribute__ ((weak,alias(\""+fName+"\")));"
print "#endif"
print '\n'