def run(self):
builder = build.Builder(self.project,
os.path.join("/tmp", self.project.get_name() + ".h"))
build.write_header_file(builder)
builder.write_to_file()
tester = base.tester.Tester()
tester.prepare_writer = self.prepare_writer
tester.args = [ "-I", os.path.join(paths.KAIRA_ROOT, paths.CAILIE_INCLUDE_DIR),
"-I", self.project.root_directory ]
if self.project.get_build_with_octave():
import ptp # To avoid cyclic import
tester.args += [ "-I", os.path.join(paths.KAIRA_ROOT, paths.CAOCTAVE_INCLUDE_DIR) ]
tester.args += ptp.get_config("Octave", "INCFLAGS").split()
if self.project.build_target == "simrun":
tester.args += [ "-I", os.path.join(paths.KAIRA_ROOT, paths.CASIMRUN_INCLUDE_DIR) ]
tester.args += self.project.get_build_option("CFLAGS").split()
tester.run()
if tester.stderr:
raise utils.PtpException(tester.stderr)
for t in self.types.values():
t.add_checks(tester)
for check in self.checks:
tester.add(check)
check = tester.run()
if check is not None:
check.throw_exception()
def run(self):
builder = build.Builder(self.project,
os.path.join("/tmp", self.project.get_name() + ".h"))
build.write_header_file(builder)
builder.write_to_file()
tester = base.tester.Tester()
tester.prepare_writer = self.prepare_writer
tester.args = [ "-I", os.path.join(paths.KAIRA_ROOT, paths.CAILIE_INCLUDE_DIR),
"-I", self.project.root_directory ]
if self.project.get_build_with_octave():
import ptp # To avoid cyclic import
tester.args += [ "-I", os.path.join(paths.KAIRA_ROOT, paths.CAOCTAVE_INCLUDE_DIR) ]
tester.args += ptp.get_config("Octave", "INCFLAGS").split()
if self.project.build_target == "simrun":
tester.args += [ "-I", os.path.join(paths.KAIRA_ROOT, paths.CASIMRUN_INCLUDE_DIR) ]
tester.args += self.project.get_build_option("CFLAGS").split()
tester.run()
if tester.stderr:
raise utils.PtpException(tester.stderr)
for t in self.types.values():
t.add_checks(tester)
for expr, decls, return_type, source, message in self.expressions:
check = CheckStatement(expr + ";", decls, source=source)
if message:
check.own_message = message
tester.add(check)
check = CheckStatement("return (" + expr + ");", decls, return_type, source)
if message:
check.own_message = message
else:
check.own_message = "Invalid type of expression"
tester.add(check)
check = tester.run()
if check is not None:
check.throw_exception()
def run(self):
builder = build.Builder(self.project, os.path.join("/tmp", self.project.get_name() + ".h"))
build.write_header_file(builder)
builder.write_to_file()
tester = base.tester.Tester()
tester.prepare_writer = self.prepare_writer
tester.args = [
"-I",
os.path.join(paths.KAIRA_ROOT, paths.CAILIE_INCLUDE_DIR),
"-I",
self.project.root_directory,
]
if self.project.get_build_with_octave():
import ptp # To avoid cyclic import
tester.args += ["-I", os.path.join(paths.KAIRA_ROOT, paths.CAOCTAVE_INCLUDE_DIR)]
tester.args += ptp.get_config("Octave", "INCFLAGS").split()
if self.project.build_target == "simrun":
tester.args += ["-I", os.path.join(paths.KAIRA_ROOT, paths.CASIMRUN_INCLUDE_DIR)]
tester.args += self.project.get_build_option("CFLAGS").split()
tester.run()
if tester.stderr:
raise utils.PtpException(tester.stderr)
for t in self.types.values():
t.add_checks(tester)
for check in self.checks:
tester.add(check)
check = tester.run()
if check is not None:
check.throw_exception()
def add_checks(self, tester):
var = tester.new_id()
source = min(self.sources)
check = CheckStatement("{0} *{1};".format(self.name, tester.new_id()), source=source)
check.own_message = "Invalid type '{0}'".format(self.name)
tester.add(check)
message = "Function '{0}' not defined for type '{1}'"
if "token_name" in self.functions:
decls = Declarations()
decls.set(var, self.name + " &")
check = CheckStatement("ca::token_name({0});".format(var),
decls, source=source)
check.own_message = message.format("token_name", self.name)
tester.add(check)
if "pack" in self.functions:
decls = Declarations()
decls.set(var, self.name + "&")
decls.set("packer", "ca::Packer &")
check = CheckStatement("ca::pack(packer, {0});".format(var),
decls,
source=source)
check.own_message = message.format("ca::pack", self.name)
tester.add(check)
if "pack" in self.functions:
decls = Declarations()
decls.set(var, self.name + "&")
decls.set("unpacker", "ca::Unpacker &")
check = CheckStatement("return ca::unpack<{0} >(unpacker);".format(self.name),
decls,
self.name,
source=source)
check.own_message = message.format("ca::unpack", self.name)
tester.add(check)
if "from_octave_value" in self.functions:
decls = Declarations()
decls.set(var, self.name + "&")
ovalue = tester.new_id()
decls.set(ovalue, "octave_value&")
check = CheckStatement("caoctave::from_octave_value({0},{1});".format(var, ovalue),
decls,
source=source)
check.own_message = message.format("caoctave::from_octave_value", self.name)
tester.add(check)
if "to_octave_value" in self.functions:
decls = Declarations()
decls.set(var, self.name + "&")
check = CheckStatement("return caoctave::to_octave_value({0});".format(var),
decls,
"octave_value",
source=source)
check.own_message = message.format("caoctave::to_octave_value", self.name)
tester.add(check)
def add_checks(self, tester):
var = base.tester.new_id()
source = min(self.sources)
check = CheckStatement("{0} *{1};".format(self.name, base.tester.new_id()), source=source)
check.own_message = "Invalid type '{0}'".format(self.name)
tester.add(check)
message = "Function '{0}' not defined for type '{1}'"
if "token_name" in self.functions:
decls = Declarations()
decls.set(var, self.name + " &")
check = CheckStatement("ca::token_name({0});".format(var),
decls, source=source)
check.own_message = message.format("token_name", self.name)
tester.add(check)
if "pack" in self.functions:
decls = Declarations()
decls.set(var, self.name + "&")
decls.set("packer", "ca::Packer &")
check = CheckStatement("ca::pack(packer, {0});".format(var),
decls,
source=source)
check.own_message = message.format("ca::pack", self.name)
tester.add(check)
if "unpack" in self.functions:
decls = Declarations()
decls.set(var, self.name + "&")
decls.set("unpacker", "ca::Unpacker &")
check = CheckStatement("ca::unpack(unpacker, {0});".format(var),
decls,
source=source)
check.own_message = message.format("ca::unpack", self.name)
tester.add(check)
if "from_octave_value" in self.functions:
decls = Declarations()
decls.set(var, self.name + "&")
ovalue = base.tester.new_id()
decls.set(ovalue, "octave_value&")
check = CheckStatement("caoctave::from_octave_value({0},{1});".format(var, ovalue),
decls,
source=source)
check.own_message = message.format("caoctave::from_octave_value", self.name)
tester.add(check)
if "to_octave_value" in self.functions:
decls = Declarations()
decls.set(var, self.name + "&")
check = CheckStatement("return caoctave::to_octave_value({0});".format(var),
decls,
"octave_value",
source=source)
check.own_message = message.format("caoctave::to_octave_value", self.name)
tester.add(check)