def __init__(self, keywords):
super(ConfigurationLineBuilder, self).__init__()
assert isinstance(keywords, ErtKeywords)
self.__keywords = keywords
self.__configuration_line_parser = ConfigurationLineParser()
self.__configuration_line = None
def __init__(self, keywords):
super(ConfigurationLineBuilder, self).__init__()
assert isinstance(keywords, ErtKeywords)
self.__keywords = keywords
self.__configuration_line_parser = ConfigurationLineParser()
self.__configuration_line = None
class ConfigurationLineBuilder(object):
DEFAULT_GROUP = "Unknown keyword"
DEFAULT_DOCUMENTATION_LINK = "unknown_keyword"
def __init__(self, keywords):
super(ConfigurationLineBuilder, self).__init__()
assert isinstance(keywords, ErtKeywords)
self.__keywords = keywords
self.__configuration_line_parser = ConfigurationLineParser()
self.__configuration_line = None
def processLine(self, line):
self.__configuration_line_parser.parseLine(line)
self.__configuration_line = None
if self.__configuration_line_parser.hasKeyword():
keyword = self.__configuration_line_parser.keyword()
arguments = self.__configuration_line_parser.arguments()
documentation_link = ConfigurationLineBuilder.DEFAULT_DOCUMENTATION_LINK
group = ConfigurationLineBuilder.DEFAULT_GROUP
required = False
if keyword.value() in self.__keywords:
configuration_line_definition = self.__keywords[keyword.value()]
documentation_link = configuration_line_definition.documentationLink()
group = configuration_line_definition.group()
required = configuration_line_definition.isRequired()
keyword.setKeywordDefinition(configuration_line_definition.keywordDefinition())
arguments = self.__matchArguments(
keyword, configuration_line_definition.argumentDefinitions(), arguments
)
self.__configuration_line = ConfigurationLine(keyword, arguments, documentation_link, group, required)
def configurationLine(self):
""" @rtype: ConfigurationLine """
return self.__configuration_line
def hasConfigurationLine(self):
""" @rtype: bool """
return self.__configuration_line is not None
def hasComment(self):
""" @rtype: bool """
return self.__configuration_line_parser.hasComment()
def commentIndex(self):
return self.__configuration_line_parser.commentIndex()
def __matchArguments(self, keyword, arg_defs, args):
"""
@type keyword: Keyword
@type arg_defs: list of ArgumentDefinition
@type args: list of Argument
@rtype: list of Argument
"""
arg_def_count = len(arg_defs)
arg_count = len(args)
if arg_count > arg_def_count:
# merge last input arguments
last_arg_def = arg_defs[len(arg_defs) - 1]
if last_arg_def.consumeRestOfLine():
from_arg = args[arg_def_count - 1]
to_arg = args[arg_count - 1]
last_argument = Argument(from_arg.fromIndex(), to_arg.toIndex(), keyword.line())
args = args[0:arg_def_count]
args[len(args) - 1] = last_argument
else:
from_arg = args[arg_def_count]
to_arg = args[arg_count - 1]
last_argument = Argument(from_arg.fromIndex(), to_arg.toIndex(), keyword.line())
args = args[0:arg_def_count]
args.append(last_argument)
if arg_count < arg_def_count:
# pad with empty arguments
line = keyword.line()
for index in range(arg_def_count - arg_count):
empty_argument = Argument(len(line), len(line), line)
args.append(empty_argument)
for index in range(len(args)):
if index < len(arg_defs):
args[index].setArgumentDefinition(arg_defs[index])
return args
class ConfigurationLineBuilder(object):
DEFAULT_GROUP = "Unknown keyword"
DEFAULT_DOCUMENTATION_LINK = "unknown_keyword"
def __init__(self, keywords):
super(ConfigurationLineBuilder, self).__init__()
assert isinstance(keywords, ErtKeywords)
self.__keywords = keywords
self.__configuration_line_parser = ConfigurationLineParser()
self.__configuration_line = None
def processLine(self, line):
self.__configuration_line_parser.parseLine(line)
self.__configuration_line = None
if self.__configuration_line_parser.hasKeyword():
keyword = self.__configuration_line_parser.keyword()
arguments = self.__configuration_line_parser.arguments()
documentation_link = ConfigurationLineBuilder.DEFAULT_DOCUMENTATION_LINK
group = ConfigurationLineBuilder.DEFAULT_GROUP
required = False
if keyword.value() in self.__keywords:
configuration_line_definition = self.__keywords[
keyword.value()]
documentation_link = configuration_line_definition.documentationLink(
)
group = configuration_line_definition.group()
required = configuration_line_definition.isRequired()
keyword.setKeywordDefinition(
configuration_line_definition.keywordDefinition())
arguments = self.__matchArguments(
keyword,
configuration_line_definition.argumentDefinitions(),
arguments)
self.__configuration_line = ConfigurationLine(
keyword, arguments, documentation_link, group, required)
def configurationLine(self):
""" @rtype: ConfigurationLine """
return self.__configuration_line
def hasConfigurationLine(self):
""" @rtype: bool """
return self.__configuration_line is not None
def hasComment(self):
""" @rtype: bool """
return self.__configuration_line_parser.hasComment()
def commentIndex(self):
return self.__configuration_line_parser.commentIndex()
def __matchArguments(self, keyword, arg_defs, args):
"""
@type keyword: Keyword
@type arg_defs: list of ArgumentDefinition
@type args: list of Argument
@rtype: list of Argument
"""
arg_def_count = len(arg_defs)
arg_count = len(args)
if arg_count > arg_def_count:
# merge last input arguments
last_arg_def = arg_defs[len(arg_defs) - 1]
if last_arg_def.consumeRestOfLine():
from_arg = args[arg_def_count - 1]
to_arg = args[arg_count - 1]
last_argument = Argument(from_arg.fromIndex(),
to_arg.toIndex(), keyword.line())
args = args[0:arg_def_count]
args[len(args) - 1] = last_argument
else:
from_arg = args[arg_def_count]
to_arg = args[arg_count - 1]
last_argument = Argument(from_arg.fromIndex(),
to_arg.toIndex(), keyword.line())
args = args[0:arg_def_count]
args.append(last_argument)
if arg_count < arg_def_count:
# pad with empty arguments
line = keyword.line()
for index in range(arg_def_count - arg_count):
empty_argument = Argument(len(line), len(line), line)
args.append(empty_argument)
for index in range(len(args)):
if index < len(arg_defs):
args[index].setArgumentDefinition(arg_defs[index])
return args
