def parseKeywordListFromFile(keywords_file_path):
keyword_list = []
keyword_type_dict = {}
keyword_ref_dict = {}
lines = osfile.readFileLines(keywords_file_path)
for line in lines:
line = line.strip()
if line and (not '#' in line):
word_list = re.findall(r'\S+', line)
if len(word_list) > 1:
keyword = word_list[0]
if len(word_list) == 3:
keyword_type = word_list[1]
keyword_ref = word_list[2]
elif len(word_list) == 2:
if 'LITERAL' in word_list[1] or 'KEYWORD' in word_list[1]:
keyword_type = word_list[1]
keyword_ref = ''
else:
keyword_type = ''
keyword_ref = word_list[1]
if not keyword in keyword_list:
keyword_list.append(keyword)
keyword_type_dict[keyword] = keyword_type
keyword_ref_dict[keyword] = keyword_ref
return (keyword_list, keyword_type_dict, keyword_ref_dict)
def parseKeywordListFromFile(keywords_file_path):
keyword_list = []
keyword_type_dict = {}
keyword_ref_dict = {}
lines = osfile.readFileLines(keywords_file_path)
for line in lines:
line = line.strip()
if line and (not '#' in line):
word_list = re.findall(r'\S+', line)
if len(word_list) > 1:
keyword = word_list[0]
if len(word_list) == 3:
keyword_type = word_list[1]
keyword_ref = word_list[2]
elif len(word_list) == 2:
if 'LITERAL' in word_list[1] or 'KEYWORD' in word_list[1]:
keyword_type = word_list[1]
keyword_ref = ''
else:
keyword_type = ''
keyword_ref = word_list[1]
if not keyword in keyword_list:
keyword_list.append(keyword)
keyword_type_dict[keyword] = keyword_type
keyword_ref_dict[keyword] = keyword_ref
return (keyword_list, keyword_type_dict, keyword_ref_dict)
def genTransDict(self):
language = const.settings.get('language')
language_file_path = self.getLanguageFile(language)
if os.path.isfile(language_file_path):
trans_block = []
lines = osfile.readFileLines(language_file_path)
for line in lines:
line = line.strip()
if line and line[0] != '#':
trans_block.append(line)
info_block_list = utils.splitToBlocks(trans_block, sep='msgid')
for info_block in info_block_list:
key = ''
value = ''
is_key_line = False
is_value_line = False
for line in info_block:
if 'msgid' in line:
is_key_line = True
if 'msgstr' in line:
is_key_line = False
is_value_line = True
if is_key_line:
line = line.replace('msgid', '').strip()
line = line[1:-1]
key += line
if is_value_line:
line = line.replace('msgstr', '').strip()
line = line[1:-1]
value += line
if key in self.trans_dict:
self.trans_dict[key] = value
def genTransDict(self):
language = const.settings.get('language')
language_file_path = self.getLanguageFile(language)
if os.path.isfile(language_file_path):
trans_block = []
lines = osfile.readFileLines(language_file_path)
for line in lines:
line = line.strip()
if line and line[0] != '#':
trans_block.append(line)
info_block_list = utils.splitToBlocks(trans_block, sep = 'msgid')
for info_block in info_block_list:
key = ''
value = ''
is_key_line = False
is_value_line = False
for line in info_block:
if 'msgid' in line:
is_key_line = True
if 'msgstr' in line:
is_key_line = False
is_value_line = True
if is_key_line:
line = line.replace('msgid', '').strip()
line = line[1:-1]
key += line
if is_value_line:
line = line.replace('msgstr', '').strip()
line = line[1:-1]
value += line
if key in self.trans_dict:
self.trans_dict[key] = value
def getPlatformFromFile(platform_file_path): lines = osfile.readFileLines(platform_file_path) for line in lines: if 'name=' in line: (key, value) = utils.getKeyValue(line) platform = value break return platform
def getPlatformFromFile(platform_file_path): lines = osfile.readFileLines(platform_file_path) for line in lines: if 'name=' in line: (key, value) = utils.getKeyValue(line) platform = value break return platform
def getProgrammerInfoBlock(programmer_file_path, programmer): lines = osfile.readFileLines(programmer_file_path) info_block_list = utils.splitToBlocks(lines, sep = '.name') for info_block in info_block_list: programmer_name_line = info_block[0] (key, programmer_name) = utils.getKeyValue(programmer_name_line) if programmer_name == programmer: programmer_info_block = info_block break return programmer_info_block
def getBoardInfoBlock(board_file_path, board): board_info_block = [] lines = osfile.readFileLines(board_file_path) info_block_list = utils.splitToBlocks(lines, sep = '.name', none_sep = 'menu.') for info_block in info_block_list: board_name_line = info_block[0] (key, board_name) = utils.getKeyValue(board_name_line) if board_name == board: board_info_block = info_block break return board_info_block
def splitBoardsFile(boards_file_path): boards_file_header_block = [] boards_file_body_block = [] lines = osfile.readFileLines(boards_file_path) is_header = True for line in lines: if '.name' in line: is_header = False if is_header: boards_file_header_block.append(line) else: boards_file_body_block.append(line) return (boards_file_header_block, boards_file_body_block)
def splitBoardsFile(boards_file_path): boards_file_header_block = [] boards_file_body_block = [] lines = osfile.readFileLines(boards_file_path) is_header = True for line in lines: if '.name' in line: is_header = False if is_header: boards_file_header_block.append(line) else: boards_file_body_block.append(line) return (boards_file_header_block, boards_file_body_block)
def parsePlatformInfo(platform_file_path):
platform_info_key_list = []
platform_info_dict = {}
lines = osfile.readFileLines(platform_file_path)
for line in lines:
line = line.strip()
if line and (not '#' in line):
(key, value) = utils.getKeyValue(line)
if 'tools.' in key:
key = regulariseToolsKey(key)
platform_info_key_list.append(key)
platform_info_dict[key] = value
return (platform_info_key_list, platform_info_dict)
def parseVersionInfo(arduino_root): version = 1000 version_text = 'unknown' lib_path = os.path.join(arduino_root, 'lib') version_file_path = os.path.join(lib_path, 'version.txt') if os.path.isfile(version_file_path): lines = osfile.readFileLines(version_file_path) for line in lines: line = line.strip() if line: version_text = line break if version_text != 'unknown': version = convertTextToVersion(version_text) return (version, version_text)
def genAbvDict(self):
self.abv_language_dict = {}
self.abv_text_dict = {}
template_root = const.template_root
iso_file_path = os.path.join(template_root, 'ISO639_1')
lines = osfile.readFileLines(iso_file_path)
for line in lines:
line = line.strip()
if line:
info_list = line.split('=')
lang_abv = info_list[0].strip()
lang = info_list[1].strip()
lang_text = info_list[2].strip()
self.abv_language_dict[lang_abv] = lang
self.abv_text_dict[lang_abv] = '%s (%s)' % (lang_text, lang)
def parseVersionInfo(arduino_root): version = 1000 version_text = 'unknown' lib_path = os.path.join(arduino_root, 'lib') version_file_path = os.path.join(lib_path, 'version.txt') if os.path.isfile(version_file_path): lines = osfile.readFileLines(version_file_path) for line in lines: line = line.strip() if line: version_text = line break if version_text != 'unknown': version = convertTextToVersion(version_text) return (version, version_text)
def getBoardInfoBlock150(board_file_path, board): board_info_block = [] lines = osfile.readFileLines(board_file_path) info_block_list = utils.splitToBlocks(lines, sep = '.name') for info_block in info_block_list: for line in info_block: if '.name' in line: (key, board_name) = utils.getKeyValue(line) if '.container' in line: (key, board_name) = utils.getKeyValue(line) break if board_name == board: board_info_block = info_block break return board_info_block
def genAbvDict(self):
self.abv_language_dict = {}
self.abv_text_dict = {}
template_root = const.template_root
iso_file_path = os.path.join(template_root, 'ISO639_1')
lines = osfile.readFileLines(iso_file_path)
for line in lines:
line = line.strip()
if line:
info_list = line.split('=')
lang_abv = info_list[0].strip()
lang = info_list[1].strip()
lang_text = info_list[2].strip()
self.abv_language_dict[lang_abv] = lang
self.abv_text_dict[lang_abv] = '%s (%s)' % (lang_text, lang)
def parseProgrammerInfo(platform, core_root):
programmer_list = []
programmer_file_dict = {}
programmers_file_path = os.path.join(core_root, 'programmers.txt')
if os.path.isfile(programmers_file_path):
lines = osfile.readFileLines(programmers_file_path)
programmer_info_block_list = utils.splitToBlocks(lines, sep = '.name')
for programmer_info_block in programmer_info_block_list:
programmer_name_line = programmer_info_block[0]
(key, programmer) = utils.getKeyValue(programmer_name_line)
if not programmer in programmer_list:
programmer_list.append(programmer)
programmer_key = utils.genKey(programmer, platform)
programmer_file_dict[programmer_key] = programmers_file_path
return (programmer_list, programmer_file_dict)
def parseProgrammerInfo(platform, core_root):
programmer_list = []
programmer_file_dict = {}
programmers_file_path = os.path.join(core_root, 'programmers.txt')
if os.path.isfile(programmers_file_path):
lines = osfile.readFileLines(programmers_file_path)
programmer_info_block_list = utils.splitToBlocks(lines, sep = '.name')
for programmer_info_block in programmer_info_block_list:
programmer_name_line = programmer_info_block[0]
(key, programmer) = utils.getKeyValue(programmer_name_line)
if not programmer in programmer_list:
programmer_list.append(programmer)
programmer_key = utils.genKey(programmer, platform)
programmer_file_dict[programmer_key] = programmers_file_path
return (programmer_list, programmer_file_dict)
def parseBoardFile150(platform, boards_file_path):
board_list = []
board_file_dict = {}
board_type_list_dict = {}
board_item_list_dict = {}
board_type = 'menu.cpu'
board_type_list = [board_type]
type_key = utils.genKey(board_type, platform)
type_caption_dict = {type_key:'Processor'}
lines = osfile.readFileLines(boards_file_path)
board_info_block_list = utils.splitToBlocks(lines, sep = '.name')
for board_info_block in board_info_block_list:
cpu = ''
for line in board_info_block:
if '.name' in line:
(key, board) = utils.getKeyValue(line)
if '.cpu' in line:
(key, cpu) = utils.getKeyValue(line)
if '.container' in line:
(key, board) = utils.getKeyValue(line)
break
board_key = utils.genKey(board, platform)
key = utils.genKey(board_type, board_key)
if not board in board_list:
board_list.append(board)
board_file_dict[board_key] = boards_file_path
if cpu:
board_type_list_dict[board_key] = board_type_list
board_item_list_dict[key] = [cpu]
else:
if cpu and (not cpu in board_item_list_dict[key]):
board_item_list_dict[key].append(cpu)
return (board_list, board_file_dict, board_type_list_dict, board_item_list_dict, type_caption_dict)
def parseBoardFile150(platform, boards_file_path):
board_list = []
board_file_dict = {}
board_type_list_dict = {}
board_item_list_dict = {}
board_type = 'menu.cpu'
board_type_list = [board_type]
type_key = utils.genKey(board_type, platform)
type_caption_dict = {type_key:'Processor'}
lines = osfile.readFileLines(boards_file_path)
board_info_block_list = utils.splitToBlocks(lines, sep = '.name')
for board_info_block in board_info_block_list:
cpu = ''
for line in board_info_block:
if '.name' in line:
(key, board) = utils.getKeyValue(line)
if '.cpu' in line:
(key, cpu) = utils.getKeyValue(line)
if '.container' in line:
(key, board) = utils.getKeyValue(line)
break
board_key = utils.genKey(board, platform)
key = utils.genKey(board_type, board_key)
if not board in board_list:
board_list.append(board)
board_file_dict[board_key] = boards_file_path
if cpu:
board_type_list_dict[board_key] = board_type_list
board_item_list_dict[key] = [cpu]
else:
if cpu and (not cpu in board_item_list_dict[key]):
board_item_list_dict[key].append(cpu)
return (board_list, board_file_dict, board_type_list_dict, board_item_list_dict, type_caption_dict)
