def __init__(self, line):
""" Initialize with a valid string that fits the pattern for this class
If this fails, a Value error will be thrown
"""
pattern = self._get_pattern()
exp = pattern.match(line)
if not exp:
raise ValueError("The provided line was not a valid widget")
self.os_type = "widget"
self.parameters = {}
self.parameters['column'] = exp.group(2)
self.parameters['row'] = exp.group(3)
self.parameters['column_span'] = exp.group(4)
self.parameters['row_span'] = exp.group(5)
self.parameters['type'] = exp.group(6)
self.keywords = {}
try:
keyword_list = exp.group('keywords')
except IndexError:
pass
else:
if keyword_list:
self.keywords = self._get_keywords(keyword_list.split())
Statement.__init__(self, self.os_type, self.parameters, self.keywords)
def __init__(self, line):
""" Initialize with a valid string that fits the pattern for this class.
If this fails, a Value error wil be thrown
All parameters and keywords will be read from line and stored as
instance variables in the parameters and keywords dicts.
"""
exp = self._get_match(line)
if not exp:
raise ValueError(
"The provided line was not a valid draw statement")
self.os_type = "draw"
self.parameters = {}
self.parameters['type'] = exp.group(2)
# pylint: disable=bad-whitespace
if self.parameters['type'] == 'ellipse':
self.parameters['left'] = exp.group(3)
self.parameters['top'] = exp.group(4)
self.parameters['width'] = exp.group(5)
self.parameters['height'] = exp.group(6)
elif self.parameters['type'] == 'rect':
self.parameters['left'] = exp.group(3)
self.parameters['top'] = exp.group(4)
self.parameters['width'] = exp.group(5)
self.parameters['height'] = exp.group(6)
elif self.parameters['type'] == 'circle':
self.parameters['x'] = exp.group(3)
self.parameters['y'] = exp.group(4)
self.parameters['radius'] = exp.group(5)
elif self.parameters['type'] in ('line', 'arrow'):
self.parameters['left'] = exp.group(3)
self.parameters['right'] = exp.group(4)
self.parameters['top'] = exp.group(5)
self.parameters['bottom'] = exp.group(6)
elif self.parameters['type'] == 'textline':
self.parameters['x'] = exp.group(3)
self.parameters['y'] = exp.group(4)
self.parameters['text'] = exp.group(5)
elif self.parameters['type'] == 'image':
self.parameters['x'] = exp.group(3)
self.parameters['y'] = exp.group(4)
self.parameters['path'] = exp.group(5)
elif self.parameters['type'] in ('gabor', 'noise', 'fixdot'):
self.parameters['x'] = exp.group(3)
self.parameters['y'] = exp.group(4)
self.keywords = {}
try:
keyword_list = exp.group('keywords')
except IndexError:
pass
else:
if keyword_list:
splitted = re.findall(self.SPLIT_PAT, keyword_list)
self.keywords = self._get_keywords(splitted)
Statement.__init__(self, self.os_type, self.parameters, self.keywords)
def __init__(self, line):
""" Initialize with a valid string that fits the pattern for this class.
If this fails, a Value error wil be thrown
All parameters and keywords will be read from line and stored as
instance variables in the parameters and keywords dicts.
"""
exp = self._get_match(line)
if not exp:
raise ValueError("The provided line was not a valid draw statement")
self.os_type = "draw"
self.parameters = {}
self.parameters['type'] = exp.group(2)
# pylint: disable=bad-whitespace
if self.parameters['type'] == 'ellipse':
self.parameters['left'] = exp.group(3)
self.parameters['top'] = exp.group(4)
self.parameters['width'] = exp.group(5)
self.parameters['height'] = exp.group(6)
elif self.parameters['type'] == 'rect':
self.parameters['left'] = exp.group(3)
self.parameters['top'] = exp.group(4)
self.parameters['width'] = exp.group(5)
self.parameters['height'] = exp.group(6)
elif self.parameters['type'] == 'circle':
self.parameters['x'] = exp.group(3)
self.parameters['y'] = exp.group(4)
self.parameters['radius'] = exp.group(5)
elif self.parameters['type'] in ('line','arrow'):
self.parameters['left'] = exp.group(3)
self.parameters['right'] = exp.group(4)
self.parameters['top'] = exp.group(5)
self.parameters['bottom'] = exp.group(6)
elif self.parameters['type'] == 'textline':
self.parameters['x'] = exp.group(3)
self.parameters['y'] = exp.group(4)
self.parameters['text'] = exp.group(5)
elif self.parameters['type'] == 'image':
self.parameters['x'] = exp.group(3)
self.parameters['y'] = exp.group(4)
self.parameters['path'] = exp.group(5)
elif self.parameters['type'] in ('gabor','noise','fixdot'):
self.parameters['x'] = exp.group(3)
self.parameters['y'] = exp.group(4)
self.keywords = {}
try:
keyword_list = exp.group('keywords')
except IndexError:
pass
else:
if keyword_list:
splitted = re.findall(self.SPLIT_PAT, keyword_list)
self.keywords = self._get_keywords(splitted)
Statement.__init__(self, self.os_type, self.parameters, self.keywords)
def __init__(self, line):
"""
Initialize with a valid string that fits the pattern for this class.
If this fails, a Value error will be thrown
"""
pattern = self._get_pattern()
exp = pattern.match(line)
if not exp:
raise ValueError("The provided line was not a valid log statement")
self.os_type = "log"
self.parameters = {}
self.parameters['name'] = exp.group(2)
Statement.__init__(self, self.os_type, self.parameters)
def __init__(self, line):
"""
Initialize with a valid string that fits the pattern for this class.
If this fails, a Value error will be thrown
"""
pattern = self._get_pattern()
exp = pattern.match(line)
if not exp:
raise ValueError("(" + line + ") was not a valid Variable")
self.os_type = "set"
self.parameters = {}
self.parameters['name'] = exp.group(2)
self.parameters['value'] = exp.group(3)
Statement.__init__(self, self.os_type, self.parameters)
def __init__(self, line):
""" Initialize with a valid string that fits the pattern for this class
If this fails, a Value error will be thrown
"""
self.done = False
pattern = self._get_pattern()
exp = pattern.match(line)
if not exp:
raise ValueError("The provided line was not a valid Multiline")
# Strip the quotes from the name
self.os_type = "multi-line"
self.parameters = {}
self.parameters['name'] = exp.group(1)
self.parameters['lines'] = ""
Statement.__init__(self, self.os_type, self.parameters)
def __init__(self, line):
""" Initialize with a valid string that fits the pattern for this class
If this fails, a Value error will be thrown
"""
self.done = False
pattern = self._get_pattern()
exp = pattern.match(line)
if not exp:
raise ValueError("The provided line was not a valid Multiline")
# Strip the quotes from the name
self.os_type = "multi-line"
self.parameters = {}
self.parameters['name'] = exp.group(1)
self.parameters['lines'] = ""
Statement.__init__(self, self.os_type, self.parameters)
def __init__(self, line):
"""
Initialize with a valid string that fits the pattern for this class.
If this fails, a Value error will be thrown
"""
pattern = self._get_pattern()
exp = pattern.match(line)
if not exp:
raise ValueError("(" + line+ ") was not a valid Variable")
self.os_type = "set"
self.parameters = {}
self.parameters['name'] = exp.group(2)
self.parameters['value'] = exp.group(3)
Statement.__init__(self, self.os_type, self.parameters)
def __init__(self, line):
"""
Initialize with a valid string that fits the pattern for this class.
If this fails, a Value error will be thrown
"""
pattern = self._get_pattern()
exp = pattern.match(line)
if not exp:
raise ValueError("{} was not a valid Define"\
.format(line))
# Strip the quotes from the name
self.os_type = "define"
self.parameters = {}
self.parameters['type'] = exp.group(2)
self.parameters['name'] = exp.group(3)
Statement.__init__(self,
self.os_type,
self.parameters,
has_extra_attributes=True)