def testFileSet(self):
project = Project()
expected_files = []
for libname in self.project_structure.keys():
files = self.project_structure[libname]
for path in files:
expected_files.append(os.path.basename(path))
project.add_file(path, libname)
self.assertEqual(
sorted(expected_files),
sorted([os.path.basename(f.path) for f in project.get_files()]),
)
def testFileSet(self):
project = Project()
expected_files = []
for libname in self.project_structure.keys():
files = self.project_structure[libname]
for path in files:
expected_files.append(os.path.basename(path))
project.add_file(path, libname)
self.assertEqual(
sorted(expected_files),
sorted([os.path.basename(f.path) for f in project.get_files()]),
)
# The constraints are added to the project using the add_constraints method.
# The optional 'flow' argument is used to explicitly identify which synthesis
# flow the constraints are intended for (the default is to infer supported
# flows from the file extension).
# project.add_constraints('axi_lite_slave_example.xdc', flow='vivado')
# Synthesis generics can be assigned via the add_generic command, in this
# example we set the data_Width generic to 32:
project.add_generic('data_width', 32)
# Source files for the component are added to the project. The Project
# 'add_file' method accepts a file path and library name, if no library is
# specified it will default to 'work'. Other file attributes are available but
# not covered in this example.
project.add_file('axi_lite_slave_example.v', library='lib_example')
# When adding the testbench file we supply a 'synthesise' attribute and set it
# to 'False', this tells the synthesis tool not to try to synthesise this file.
# If not specified, 'synthesise' will default to 'True'
project.add_file(
'tb_axi_lite_slave_example.v',
library='lib_tb_example',
synthesise=False
)
if __name__ == '__main__':
interactive = True # Set True to load the ChipTools CLI
if interactive:
# The constraints are added to the project using the add_constraints method.
# The optional 'flow' argument is used to explicitly identify which synthesis
# flow the constraints are intended for (the default is to infer supported
# flows from the file extension).
project.add_constraints('max_hold.xdc', flow='vivado')
project.add_constraints('max_hold.ucf', flow='ise')
# Synthesis generics can be assigned via the add_generic command, in this
# example we set the data_Width generic to 3:
project.add_generic('data_width', 3)
# Source files for the max_hold component are added to the project. The Project
# 'add_file' method accepts a file path and library name, if no library is
# specified it will default to 'work'. Other file attributes are available but
# not covered in this example.
project.add_file('max_hold.vhd', library='lib_max_hold')
project.add_file('pkg_max_hold.vhd', library='lib_max_hold')
# When adding the testbench file we supply a 'synthesise' attribute and set it
# to 'False', this tells the synthesis tool not to try to synthesise this file.
# If not specified, 'synthesise' will default to 'True'
project.add_file(
'tb_max_hold.vhd',
library='lib_tb_max_hold',
synthesise=False
)
interactive = False
if interactive:
# ChipTools provides a command line interface to allow you to perform
