def generate(self, project_name: str = None, **kwargs) -> object:
""" Generates FPGA configs """
if project_name or kwargs:
self.setup(project_name=project_name, **kwargs)
self.configs = {'LICENSE': Loader.load_static("LICENSE")}
self.configs.update(
dict(
zip(
map(lambda x: f"{self.project_name}.{x}",
("v", "qpf", "qsf", "sdc")),
(Render.v(self.project_name,
assignments=self._v,
**self._mips_v),
Render.qpf(self.project_name, **self._qpf),
Render.qsf(self.project_name,
func=self._functions,
mips=self._mips_qsf,
**self._qsf),
Render.sdc(self.project_name,
mips=self._mips_type,
**self._sdc)))))
# NOTE additional modules are placed in separate folder 'functions'
self.configs.update(
dict(
zip(
map(lambda x: x + ".v", self._functions), # file paths
map(lambda x: Render.functions(x, **self._func),
self._functions))))
if self._mips_type:
# Generate additional configs for SchoolMIPS
program_hex = os.path.join(PATHS.MIPS, "program.hex")
self.configs['program.hex'] = Loader.load_static(program_hex)
mips_path = os.path.join(PATHS.MIPS, self._mips_type)
files = os.listdir(mips_path)
self.configs.update(
dict(
zip(
map(lambda x: os.path.join(DESTINATIONS.MIPS, x),
files),
map(lambda x: Loader.load_static(x, mips_path),
files))))
return self
def test_qsf(self) -> NoReturn:
params = self.make_params("qsf")
self._check_rendered(Render.qsf(**params), params)