def findoldincludeguardset(path,filename):
return_value = []
full_file_name = path + filename
file_pointer = open(full_file_name,'r')
include_guard_name = ''
for line in file_pointer:
if (include_guard_name == ''):
for compare_string in include_guard_begin_identifier:
if (stringmanipulation.issubstring(compare_string, line) != -1):
include_guard_name = findincludeguardidentifier(line)
if (include_guard_name == ''):
break
line = line.rstrip('\r\n')
return_value.append(line)
break
else:
for compare_string in include_guard_second_identifier:
if (stringmanipulation.issubstring(compare_string, line) != -1):
if (stringmanipulation.issubstring(include_guard_name, line) != -1):
line = line.rstrip('\r\n')
return_value.append(line)
return_value.append(include_guard_name)
return return_value
include_guard_name = ''
return_value = []
return []
def findoldincludeguardset(path, filename):
return_value = []
full_file_name = path + filename
file_pointer = open(full_file_name, 'r')
include_guard_name = ''
for line in file_pointer:
if (include_guard_name == ''):
for compare_string in include_guard_begin_identifier:
if (stringmanipulation.issubstring(compare_string, line) !=
-1):
include_guard_name = findincludeguardidentifier(line)
if (include_guard_name == ''):
break
line = line.rstrip('\r\n')
return_value.append(line)
break
else:
for compare_string in include_guard_second_identifier:
if (stringmanipulation.issubstring(compare_string, line) !=
-1):
if (stringmanipulation.issubstring(include_guard_name,
line) != -1):
line = line.rstrip('\r\n')
return_value.append(line)
return_value.append(include_guard_name)
return return_value
include_guard_name = ''
return_value = []
return []
def findstringstoreplace(line):
original_line = line
# Dont replace compiler directives
if (line[0] == '#'):
return []
# Dont allow global removal of namespace gips since it is very intrusive
for sub_string_compare in do_not_replace_line_table:
index = stringmanipulation.issubstring(line, sub_string_compare)
if (index != -1):
return []
return_value = []
line = stringmanipulation.removeccomment(line)
line = stringmanipulation.whitespacestoonespace(line)
if (len(line) == 0):
return []
if (line[0] == '*'):
return []
index = stringmanipulation.issubstring(line, prefix_to_filter)
while index >= 0:
dont_store_hit = False
word_position = stringmanipulation.getword(line, index)
start_of_word = word_position[0]
size_of_word = word_position[1]
end_of_word = start_of_word + size_of_word
old_word = line[start_of_word:end_of_word]
if (isinmanualremovetable(old_word)):
dont_store_hit = True
if((end_of_word + 2 < len(line)) and\
name_space_to_ignore == line[start_of_word:end_of_word+2]):
dont_store_hit = True
result = stringmanipulation.removeprefix(old_word, prefix_to_filter)
new_word = result[1]
for word_to_filter in words_to_filter:
new_word = stringmanipulation.removealloccurances(
new_word, word_to_filter)
result = stringmanipulation.removeprefix(new_word, '_')
new_word = result[1]
new_word = stringmanipulation.fixabbreviations(new_word)
new_word = stringmanipulation.removealloccurances(new_word, '_')
if (not dont_store_hit):
return_value.append([old_word, new_word])
# remove the word we found from the string so we dont find it again
line = line[0:start_of_word] + line[end_of_word:len(line)]
index = stringmanipulation.issubstring(line, 'GIPS')
return return_value
def findstringstoreplace(line):
original_line = line
# Dont replace compiler directives
if(line[0] == '#'):
return []
# Dont allow global removal of namespace gips since it is very intrusive
for sub_string_compare in do_not_replace_line_table:
index = stringmanipulation.issubstring(line,sub_string_compare)
if(index != -1):
return []
return_value = []
line = stringmanipulation.removeccomment(line)
line = stringmanipulation.whitespacestoonespace(line)
if(len(line) == 0):
return []
if(line[0] == '*'):
return []
index = stringmanipulation.issubstring(line,prefix_to_filter)
while index >= 0:
dont_store_hit = False
word_position = stringmanipulation.getword(line, index)
start_of_word = word_position[0]
size_of_word = word_position[1]
end_of_word = start_of_word + size_of_word
old_word = line[start_of_word:end_of_word]
if(isinmanualremovetable(old_word)):
dont_store_hit = True
if((end_of_word + 2 < len(line)) and\
name_space_to_ignore == line[start_of_word:end_of_word+2]):
dont_store_hit = True
result = stringmanipulation.removeprefix(old_word,prefix_to_filter)
new_word = result[1]
for word_to_filter in words_to_filter:
new_word = stringmanipulation.removealloccurances(new_word,word_to_filter)
result = stringmanipulation.removeprefix(new_word,'_')
new_word = result[1]
new_word = stringmanipulation.fixabbreviations(new_word)
new_word = stringmanipulation.removealloccurances(new_word,'_')
if(not dont_store_hit):
return_value.append([old_word,new_word])
# remove the word we found from the string so we dont find it again
line = line[0:start_of_word] + line[end_of_word:len(line)]
index = stringmanipulation.issubstring(line,'GIPS')
return return_value
def removekeywordfound(line):
return stringmanipulation.issubstring(line, trace_remove_key_word) != -1
def endofstatement(line):
return stringmanipulation.issubstring(line, ';') != -1
def istracebegining(line):
return stringmanipulation.issubstring(line, trace_identifier) != -1
def removekeywordfound(line):
return stringmanipulation.issubstring(line, trace_remove_key_word) != -1
def endofstatement(line):
return stringmanipulation.issubstring(line, ';') != -1
def istracebegining(line):
return stringmanipulation.issubstring(line, trace_identifier) != -1
