def __parse_application_target(self, target_name, it):
link_with = variables.Variable()
library_dirs = variables.Variable()
common_parameters = CommonTargetParameters(
os.path.dirname(self.filename), self.name, target_name)
cxx_parameters = CxxParameters()
while True:
token = it.next()
if token == lexer.Token.LITERAL:
if self.__try_parse_target_common_parameters(
common_parameters, token, it):
pass
elif self.__try_parse_cxx_parameters(cxx_parameters, token,
it):
pass
elif token.content == "link_with":
link_with = self.__parse_list(it)
elif token.content == "library_dirs":
library_dirs = self.__parse_list(it)
else:
ui.parse_error(token)
elif token == lexer.Token.NEWLINE:
break
else:
ui.parse_error(token)
target = targets.Application(common_parameters, cxx_parameters,
link_with, library_dirs)
targets.add_target(target)
def __parse_application_target(self, target_name, it):
link_with = variables.Variable()
library_dirs = variables.Variable()
common_parameters = CommonTargetParameters(
os.path.dirname(self.filename),
self.name,
target_name)
cxx_parameters = CxxParameters()
while True:
token = it.next()
if token == lexer.Token.LITERAL:
if self.__try_parse_target_common_parameters(common_parameters, token, it): pass
elif self.__try_parse_cxx_parameters(cxx_parameters, token, it): pass
elif token.content == "link_with": link_with = self.__parse_list(it)
elif token.content == "library_dirs": library_dirs = self.__parse_list(it)
else: ui.parse_error(token)
elif token == lexer.Token.NEWLINE:
break
else:
ui.parse_error(token)
target = targets.Application(common_parameters, cxx_parameters, link_with, library_dirs)
targets.add_target(target)
def __parse_phony(self, target_name, it):
common_parameters = CommonTargetParameters(
os.path.dirname(self.filename), self.name, target_name)
cxx_parameters = CxxParameters()
while True:
token = it.next()
if token == lexer.Token.LITERAL:
if self.__try_parse_target_common_parameters(
common_parameters, token, it):
pass
elif token.content == "artefacts":
common_parameters.artefacts = self.__parse_list(it)
elif token.content == "prerequisites":
common_parameters.prerequisites = self.__parse_list(it)
else:
ui.parse_error(token)
elif token == lexer.Token.NEWLINE:
break
else:
ui.parse_error(token)
target = targets.Phony(common_parameters)
targets.add_target(target)
def __parse(self):
it = iter(self.tokens)
try:
if not self.__parse_directive(it):
ui.parse_error(msg="unknown :(")
except StopIteration:
ui.debug("eof")
def __parse(self):
it = iter(self.tokens)
try:
if not self.__parse_directive(it):
ui.parse_error(msg="unknown :(")
except StopIteration:
ui.debug("eof")
def _parse_configuration_export(self, it):
ret = []
token = it.next()
if token == lexer.Token.OPEN_PARENTHESIS:
while True:
token = it.next()
if token in [lexer.Token.LITERAL, lexer.Token.VARIABLE]:
value = self._token_to_variable(token)
token = it.next()
if token == lexer.Token.COLON:
token = it.next()
if token == lexer.Token.VARIABLE:
variable = variables.Variable(self.name, token.content, value)
ret.append(variable)
else:
ui.parse_error(token, msg="expected variable")
else:
ui.parse_error(token, msg="expected colon")
elif token == lexer.Token.CLOSE_PARENTHESIS:
break
else:
ui.parse_error(token)
else:
ui.parse_error(token)
ui.debug("colon list: " + str(ret))
return ret
def _parse_configuration_export(self, it):
ret = []
token = it.next()
if token == lexer.Token.OPEN_PARENTHESIS:
while True:
token = it.next()
if token in [lexer.Token.LITERAL, lexer.Token.VARIABLE]:
value = self._token_to_variable(token)
token = it.next()
if token == lexer.Token.COLON:
token = it.next()
if token == lexer.Token.VARIABLE:
variable = variables.Variable(
self.name, token.content, value)
ret.append(variable)
else:
ui.parse_error(token, msg="expected variable")
else:
ui.parse_error(token, msg="expected colon")
elif token == lexer.Token.CLOSE_PARENTHESIS:
break
else:
ui.parse_error(token)
else:
ui.parse_error(token)
ui.debug("colon list: " + str(ret))
return ret
def __parse_directive(self, it):
while True:
token = it.next()
if token == lexer.Token.LITERAL:
if token.content == "set" or token.content == "append": self.__parse_set_or_append(it, token.content == "append")
elif token.content == "target": self.__parse_target(it)
elif token.content == "configuration": self.__parse_configuration(it)
else: ui.parse_error(token, msg="expected directive")
elif token == lexer.Token.NEWLINE:
continue
else:
return False
def __tokenize(self, buf):
while not buf.eof():
ret = any([self.__try_tokenize_comment(buf),
self.__try_tokenize_slash_newline(buf),
self.__try_tokenize_simple_chars(buf),
self.__try_tokenize_quoted_literal(buf),
self.__try_tokenize_variable_or_literal(buf),
self.__try_tokenize_whitespace(buf),
self.__try_tokenize_multiline_literal(buf)])
if not ret:
ui.parse_error(msg="unexpected character: " + str(buf.value()))
if buf.eof():
break
def __tokenize(self, buf):
while not buf.eof():
ret = any([
self.__try_tokenize_comment(buf),
self.__try_tokenize_slash_newline(buf),
self.__try_tokenize_simple_chars(buf),
self.__try_tokenize_quoted_literal(buf),
self.__try_tokenize_variable_or_literal(buf),
self.__try_tokenize_whitespace(buf),
self.__try_tokenize_multiline_literal(buf)
])
if not ret:
ui.parse_error(msg="unexpected character: " + str(buf.value()))
if buf.eof():
break
def __parse_directive(self, it):
while True:
token = it.next()
if token == lexer.Token.LITERAL:
if token.content == "set" or token.content == "append":
self.__parse_set_or_append(it, token.content == "append")
elif token.content == "target":
self.__parse_target(it)
elif token.content == "configuration":
self.__parse_configuration(it)
else:
ui.parse_error(token, msg="expected directive")
elif token == lexer.Token.NEWLINE:
continue
else:
return False
def __parse_list(self, it):
ret = variables.Variable()
token = it.next()
if token == lexer.Token.OPEN_PARENTHESIS:
while True:
token = it.next()
variable = self._token_to_variable(token)
if variable:
ret.content.append(variable)
elif token == lexer.Token.CLOSE_PARENTHESIS:
break
else:
ui.parse_error(token)
else:
ui.parse_error(token)
return ret
def __parse_list(self, it):
ret = variables.Variable()
token = it.next()
if token == lexer.Token.OPEN_PARENTHESIS:
while True:
token = it.next()
variable = self._token_to_variable(token)
if variable:
ret.content.append(variable)
elif token == lexer.Token.CLOSE_PARENTHESIS:
break
else:
ui.parse_error(token)
else:
ui.parse_error(token)
return ret
def eval(self):
ui.debug("evaluating {!s}".format(self))
parts = self.name.split(".")
if len(parts) == 1:
self.module = self.module
self.name = parts[0]
elif len(parts) == 2:
self.module = parts[0][1:] # lose the $
self.name = "$" + parts[1]
global modules
if self.module not in modules:
ui.parse_error(msg="no such module: " + self.module)
if self.name not in modules[self.module]:
ui.fatal("{!s} does not exist".format(self))
return modules[self.module][self.name].eval()
def __parse_static_library(self, target_name, it):
common_parameters = CommonTargetParameters(
os.path.dirname(self.filename),
self.name,
target_name)
cxx_parameters = CxxParameters()
while True:
token = it.next()
if token == lexer.Token.LITERAL:
if self.__try_parse_target_common_parameters(common_parameters, token, it): pass
elif self.__try_parse_cxx_parameters(cxx_parameters, token, it): pass
else: ui.parse_error(token)
elif token == lexer.Token.NEWLINE:
break
else:
ui.parse_error(token)
target = targets.StaticLibrary(common_parameters, cxx_parameters)
targets.add_target(target)
def eval(self):
ui.debug("evaluating {!s}".format(self))
parts = self.name.split(".")
if len(parts) == 1:
self.module = self.module
self.name = parts[0]
elif len(parts) == 2:
self.module = parts[0][1:] # lose the $
self.name = "$" + parts[1]
global modules
if self.module not in modules:
ui.parse_error(msg="no such module: " + self.module)
if self.name not in modules[self.module]:
ui.fatal("{!s} does not exist".format(self))
return modules[self.module][self.name].eval()
def eval(self):
ui.debug("evaluating {!s}: ".format(self))
s = self.content
ret = []
STATE_READING = 1
STATE_WAITING_FOR_PARENTHESIS = 2
STATE_READING_NAME = 3
variable_name = '$'
state = STATE_READING
for c in s:
if state == STATE_READING:
if c == "$":
state = STATE_WAITING_FOR_PARENTHESIS
else:
ret.append(c)
elif state == STATE_WAITING_FOR_PARENTHESIS:
if c == "{":
state = STATE_READING_NAME
else:
ui.parse_error(msg="expecting { after $")
elif state == STATE_READING_NAME:
if c == "}":
ui.debug("variable: " + variable_name)
variable = ReferenceToVariable(self.module, variable_name)
ret.append(" ".join(variable.eval()))
variable_name = '$'
state = STATE_READING
else:
variable_name += c
elif state == STATE_READING_NAME:
variable_name = variable_name + c
return ["".join(ret)]
def __parse_configuration(self, it):
configuration = configurations.Configuration()
# name
token = it.next()
if token == lexer.Token.LITERAL:
configuration.name = token.content
else:
ui.parse_error(token)
while True:
token = it.next()
if token == lexer.Token.LITERAL:
if token.content == "compiler":
configuration.compiler = self.__parse_list(it)
elif token.content == "archiver":
configuration.archiver = self.__parse_list(it)
elif token.content == "application_suffix":
configuration.application_suffix = self.__parse_list(it)
elif token.content == "compiler_flags":
configuration.compiler_flags = self.__parse_list(it)
elif token.content == "linker_flags":
configuration.linker_flags = self.__parse_list(it)
elif token.content == "export":
configuration.export = self._parse_configuration_export(it)
else:
ui.parse_error(token)
elif token == lexer.Token.NEWLINE:
break
else:
ui.parse_error(token)
ui.debug("configuration parsed:" + str(configuration))
configurations.add_configuration(configuration)
def eval(self):
ui.debug("evaluating {!s}: ".format(self))
s = self.content
ret = []
STATE_READING = 1
STATE_WAITING_FOR_PARENTHESIS = 2
STATE_READING_NAME = 3
variable_name = "$"
state = STATE_READING
for c in s:
if state == STATE_READING:
if c == "$":
state = STATE_WAITING_FOR_PARENTHESIS
else:
ret.append(c)
elif state == STATE_WAITING_FOR_PARENTHESIS:
if c == "{":
state = STATE_READING_NAME
else:
ui.parse_error(msg="expecting { after $")
elif state == STATE_READING_NAME:
if c == "}":
ui.debug("variable: " + variable_name)
variable = ReferenceToVariable(self.module, variable_name)
ret.append(" ".join(variable.eval()))
variable_name = "$"
state = STATE_READING
else:
variable_name += c
elif state == STATE_READING_NAME:
variable_name = variable_name + c
return ["".join(ret)]
def __parse_configuration(self, it):
configuration = configurations.Configuration()
# name
token = it.next()
if token == lexer.Token.LITERAL:
configuration.name = token.content
else:
ui.parse_error(token)
while True:
token = it.next()
if token == lexer.Token.LITERAL:
if token.content == "compiler": configuration.compiler = self.__parse_list(it)
elif token.content == "archiver": configuration.archiver = self.__parse_list(it)
elif token.content == "application_suffix": configuration.application_suffix = self.__parse_list(it)
elif token.content == "compiler_flags": configuration.compiler_flags = self.__parse_list(it)
elif token.content == "linker_flags": configuration.linker_flags = self.__parse_list(it)
elif token.content == "export": configuration.export = self._parse_configuration_export(it)
else: ui.parse_error(token)
elif token == lexer.Token.NEWLINE:
break
else:
ui.parse_error(token)
ui.debug("configuration parsed:" + str(configuration))
configurations.add_configuration(configuration)
def __parse_phony(self, target_name, it):
common_parameters = CommonTargetParameters(
os.path.dirname(self.filename),
self.name,
target_name)
cxx_parameters = CxxParameters()
while True:
token = it.next()
if token == lexer.Token.LITERAL:
if self.__try_parse_target_common_parameters(common_parameters, token, it): pass
elif token.content == "artefacts": common_parameters.artefacts = self.__parse_list(it)
elif token.content == "prerequisites": common_parameters.prerequisites = self.__parse_list(it)
else: ui.parse_error(token)
elif token == lexer.Token.NEWLINE:
break
else:
ui.parse_error(token)
target = targets.Phony(common_parameters)
targets.add_target(target)
def __parse_set_or_append(self, it, append):
token = it.next()
if token == lexer.Token.VARIABLE:
variable_name = token.content
else:
ui.parse_error(token)
second_add = False
while True:
token = it.next()
variable = self._token_to_variable(token)
if variable:
if append or second_add:
variables.append(self.name, variable_name, variable)
else:
variables.add(self.name, variable_name, variable)
second_add = True
elif token == lexer.Token.NEWLINE:
break
else:
ui.parse_error(token)
def __parse_static_library(self, target_name, it):
common_parameters = CommonTargetParameters(
os.path.dirname(self.filename), self.name, target_name)
cxx_parameters = CxxParameters()
while True:
token = it.next()
if token == lexer.Token.LITERAL:
if self.__try_parse_target_common_parameters(
common_parameters, token, it):
pass
elif self.__try_parse_cxx_parameters(cxx_parameters, token,
it):
pass
else:
ui.parse_error(token)
elif token == lexer.Token.NEWLINE:
break
else:
ui.parse_error(token)
target = targets.StaticLibrary(common_parameters, cxx_parameters)
targets.add_target(target)
def __parse_set_or_append(self, it, append):
token = it.next()
if token == lexer.Token.VARIABLE:
variable_name = token.content
else:
ui.parse_error(token)
second_add = False
while True:
token = it.next()
variable = self._token_to_variable(token)
if variable:
if append or second_add:
variables.append(self.name, variable_name, variable)
else:
variables.add(self.name, variable_name, variable)
second_add = True
elif token == lexer.Token.NEWLINE:
break
else:
ui.parse_error(token)
def __parse_target(self, it):
token = it.next()
if token == lexer.Token.LITERAL:
target_type = token.content
token = it.next()
if token == lexer.Token.LITERAL:
target_name = token.content
else:
ui.parse_error(token)
else:
ui.parse_error(token)
if target_type == "application": self.__parse_application_target(target_name, it)
elif target_type == "static_library": self.__parse_static_library(target_name, it)
elif target_type == "phony": self.__parse_phony(target_name, it)
else: ui.parse_error(token, msg="unknown target type: " + target_type)
def __parse_target(self, it):
token = it.next()
if token == lexer.Token.LITERAL:
target_type = token.content
token = it.next()
if token == lexer.Token.LITERAL:
target_name = token.content
else:
ui.parse_error(token)
else:
ui.parse_error(token)
if target_type == "application":
self.__parse_application_target(target_name, it)
elif target_type == "static_library":
self.__parse_static_library(target_name, it)
elif target_type == "phony":
self.__parse_phony(target_name, it)
else:
ui.parse_error(token, msg="unknown target type: " + target_type)