def apply(self, line, state):
result = OperationResult(line, False)
# strings = [] # string start and end positions as StringPos instances
trimmed = stripComments(line)
output = line
expanded_line = line
# find the directive
dirsearch = regex['directive'].search(trimmed)
if dirsearch:
directive = dirsearch.group(1)
identifier = dirsearch.group(2)
origline = output
output = commentLine(line)
if directive == "#define":
macro = Macro(dirsearch, trimmed)
if macro != None:
state.macros[macro.name] = macro
elif directive == "#undef":
temp_macro = Macro(dirsearch, trimmed)
if temp_macro.name in state.macros:
del state.macros[temp_macro.name]
else:
warnings.add(
state.row, "Trying to undefine a nonexistent macro " +
temp_macro.name)
elif directive == "#pragma":
if state.args.verbose: print("pragma: " + identifier)
state.args = handlePragma(identifier, state.args)
elif directive == "#include":
if state.args.filedir:
self.handleInclude(state, trimmed, state.args.filedir)
else:
# we'll leave #ifdef, #ifndef and #else to the other operators
output = origline
else:
if state.args.nomacros:
return result
visited = Stack()
#for name in self.macros:
output = expandAll(line, state.macros, visited, state)
result.line = output
return result
def expandAll(string, macros, visited, state):
macrokeys = getMacroKeys(macros, state)
expanded = string
line = string
strings = []
for name in macrokeys:
m = macros[name]
if m.flag:
continue
if visited.contains(name):
warnings.add(state.row, "Skipping recursive macro call " + name)
continue
try_match = True
while (try_match):
try_match = False
strings = scanForStrings(expanded)
namematch = m.nameregex.finditer(expanded)
for n in namematch:
if checkIfInsideString(n.start('name'), strings):
continue
if checkIfInsideComment(line, n.start('name')):
continue
if state.args.verbose: infos.add(state.row, "\tfound " + name)
visited.push(name)
length = getInvocationLength(n, m)
subs = m.expand(n)
visited.pop()
if not subs:
errors.add(state.row, "Invalid macro call " + name)
return expanded
final = expandAll(subs.string, macros, visited, state)
expanded = strInsert(expanded, subs.start, subs.end, final)
if state.args.verbose == True:
infos.add(state.row, "Expand " + name + ": " + final)
try_match = True
break
return expanded
def expandAll(string, macros, visited, state):
macrokeys = getMacroKeys(macros, state)
expanded = string
line = string
strings = []
for name in macrokeys:
m = macros[name]
if m.flag:
continue
if visited.contains(name):
warnings.add(state.row, "Skipping recursive macro call " + name)
continue
try_match = True
while (try_match):
try_match = False
strings = scanForStrings(expanded)
namematch = m.nameregex.finditer(expanded)
for n in namematch:
if checkIfInsideString(n.start('name'), strings):
continue
if checkIfInsideComment(line, n.start('name')):
continue
if state.args.verbose: infos.add(state.row, "\tfound " + name)
visited.push(name)
length = getInvocationLength(n, m)
subs = m.expand(n)
visited.pop()
if not subs:
errors.add(state.row, "Invalid macro call " + name)
return expanded
final = expandAll(subs.string, macros, visited, state)
expanded = strInsert(expanded, subs.start, subs.end, final)
if state.args.verbose == True: infos.add(state.row, "Expand " + name + ": " + final)
try_match = True
break
return expanded
def apply(self, line, state):
result = OperationResult(line, False)
# strings = [] # string start and end positions as StringPos instances
trimmed = stripComments(line)
output = line
expanded_line = line
# find the directive
dirsearch = regex['directive'].search(trimmed)
if dirsearch:
directive = dirsearch.group(1)
identifier = dirsearch.group(2)
origline = output
output = commentLine(line)
if directive == "#define":
macro = Macro(dirsearch, trimmed)
if macro != None:
state.macros[macro.name] = macro
elif directive == "#undef":
temp_macro = Macro(dirsearch, trimmed)
if temp_macro.name in state.macros:
del state.macros[temp_macro.name]
else:
warnings.add(state.row, "Trying to undefine a nonexistent macro " + temp_macro.name)
elif directive == "#pragma":
if state.args.verbose: print("pragma: " + identifier)
state.args = handlePragma(identifier, state.args)
elif directive == "#include":
if state.args.filedir:
self.handleInclude(state, trimmed, state.args.filedir)
else:
# we'll leave #ifdef, #ifndef and #else to the other operators
output = origline
else:
if state.args.nomacros:
return result
visited = Stack()
#for name in self.macros:
output = expandAll(line, state.macros, visited, state)
result.line = output
return result