def remove(self):
self.check_MPATH_exist()
if len(self.arguments["<args>"]) != 1:
err("Wrong command format")
info("Usage: module MPATH remove NAME")
exit(0)
def update(self):
self.check_MPATH_exist()
if self.arguments["<args>"] != [] and "recursive" not in self.arguments["<args>"]: # TODO: recursive or all?
err("Wrong command option: " + str(self.arguments["<args>"]))
info("Usage: module MPATH update [recursive]")
exit(0)
def remove(self):
self.check_MPATH_exist()
if len(self.arguments["<args>"]) != 1:
err("Wrong command format")
info("Usage: module MPATH remove NAME")
exit(0)
def update(self):
self.check_MPATH_exist()
if self.arguments["<args>"] != [] and "recursive" not in self.arguments[
"<args>"]: # TODO: recursive or all?
err("Wrong command option: " + str(self.arguments["<args>"]))
info("Usage: module MPATH update [recursive]")
exit(0)
class t_ParamStruct(Testable):
'''|
| Automatically generated. Do not modify this file.
|________'''
pihdf.head("T E S T S")
pihdf.info("Using myhdl version " + myhdl.__version__)
pihdf.info("Using pihdf version " + pihdf.__version__ + '\n')
def __init__(self):
# call base class constructor
Testable.__init__(self)
self.test_path = os.path.dirname(__file__)
self.cond_tx = []
self.res_tx = []
self.cond_sim_end = {}
self.tst_data = { "cond_tx":self.cond_tx,\
"res_tx":self.res_tx,\
"cond_sim_end": self.cond_sim_end }
self.ref_tx = []
self.ref_data = {"tx": (self.ref_tx, self.res_tx)}
# Automatically executed BEFORE every test case
def setUp(self):
print ""
# Automatically executed AFTER every test case
def tearDown(self):
print ""
self.cond_tx = []
self.res_tx = []
self.ref_tx = []
# Data has been previously generated and written to files
def use_data_from_files(self):
self.res_tx.append({"file": self.test_path + "/vectors/my_tx.tvr"})
self.ref_tx.append({"file": self.test_path + "/vectors/tx.tvr"})
self.checkfiles = True
self.run_it()
# Run the simulation and check the results
def run_it(self, checkfiles=False):
self.check_config("ParamStruct")
ParamStruct_dut = ParamStruct(IMPL=self.models)
ParamStruct_dut.Simulate(tb_config=self.tb_config,
tst_data=self.tst_data,
verbose=self.verbose,
dut_params=self.dut_params)
ParamStruct_dut.clean()
self.check_results()
def convert(self):
self.check_MPATH_exist()
if len(self.arguments["<args>"]) > 1 or \
self.arguments["<args>"] != [] and \
(("verilog" not in self.arguments["<args>"]) and ("vhdl" not in self.arguments["<args>"])):
err("Wrong command option: " + str(self.arguments["<args>"]))
info("Usage: module MPATH convert [verilog | vhdl]")
exit(0)
def convert(self):
self.check_MPATH_exist()
if len(self.arguments["<args>"]) > 1 or \
self.arguments["<args>"] != [] and \
(("verilog" not in self.arguments["<args>"]) and ("vhdl" not in self.arguments["<args>"])):
err("Wrong command option: " + str(self.arguments["<args>"]))
info("Usage: module MPATH convert [verilog | vhdl]")
exit(0)
def on_update(self):
'''|
| Command update re-generates the files, which are created with command new.
| This command is useful when, e.g., HW module's interfaces or structure changes.
| First, the corresponding .json file is modified capturing the changes.
|________'''
recursive = "recursive" in self.arguments
if recursive == True:
files = [os.path.join(root, file) for root, dirs, files in os.walk(self.module_path) for file in files if file.endswith('.json')]
for file_name in files:
gdf = MFDesign()
gdf.update( file_name )
else:
if os.path.exists( self.full_name ):
gdf = MFDesign()
gdf.update( self.full_name )
else:
err("File not found: " + self.file_name)
info("Did you mean: 'update recursive'?")
def check_path_and_create_json(self, file_name):
'''|
| Checks if the new module directory and the corresponding .json file exists in the provided path.
| If not, this function creates the directory and a default .json file (containing only Reset and Clock interfaces).
| In this way, a new module design (directory structure and files) can always be initialized correctly.
|________'''
dirname, filename = os.path.split(file_name)
if not os.path.exists(dirname):
info("Target module path does not exist. Creating a directory...")
os.makedirs(dirname)
if not os.listdir(dirname): # empty directory
info(
"Target module .json file does not exist. Creating a default file..."
)
if len(os.listdir(dirname)) > 1:
err("The target module directory is not empty. Use command 'delete' before you start again. Aborting..."
)
exit(0)
# Create a default .json file
if not os.path.isfile(file_name):
s = StrBuilder()
s.indent()
s += '{\n'
s += s.indent() + '"design":\n'
s += '{\n'
s += s.indent() + '"name": "' + filename[:-5] + '",\n'
s += '"interfaces":\n'
s += '[\n'
s.indent()
s += '{ "name": "rst", "type": "Reset", "active": "1" },\n'
s += '{ "name": "clk", "type": "Clock" }\n'
s += s.dedent() + ']\n'
s += s.dedent() + '}\n'
s += s.dedent() + '}\n'
s.write(file_name)
def check_path_and_create_json(self, file_name):
'''|
| Checks if the new module directory and the corresponding .json file exists in the provided path.
| If not, this function creates the directory and a default .json file (containing only Reset and Clock interfaces).
| In this way, a new module design (directory structure and files) can always be initialized correctly.
|________'''
dirname, filename = os.path.split(file_name)
if not os.path.exists( dirname ):
info("Target module path does not exist. Creating a directory...")
os.makedirs( dirname )
if not os.listdir( dirname ): # empty directory
info("Target module .json file does not exist. Creating a default file...")
if len(os.listdir( dirname )) > 1:
err("The target module directory is not empty. Use command 'delete' before you start again. Aborting...")
exit(0)
# Create a default .json file
if not os.path.isfile( file_name ):
s = StrBuilder()
s.indent()
s += '{\n'
s += s.indent() + '"design":\n'
s += '{\n'
s += s.indent() + '"name": "' + filename[:-5] + '",\n'
s += '"interfaces":\n'
s += '[\n'
s.indent()
s += '{ "name": "rst", "type": "Reset", "active": "1" },\n'
s += '{ "name": "clk", "type": "Clock" }\n'
s += s.dedent() + ']\n'
s += s.dedent() + '}\n'
s += s.dedent() + '}\n'
s.write( file_name )
def on_update(self):
'''|
| Command update re-generates the files, which are created with command new.
| This command is useful when, e.g., HW module's interfaces or structure changes.
| First, the corresponding .json file is modified capturing the changes.
|________'''
recursive = "recursive" in self.arguments
if recursive == True:
files = [
os.path.join(root, file)
for root, dirs, files in os.walk(self.module_path)
for file in files if file.endswith('.json')
]
for file_name in files:
gdf = MFDesign()
gdf.update(file_name)
else:
if os.path.exists(self.full_name):
gdf = MFDesign()
gdf.update(self.full_name)
else:
err("File not found: " + self.file_name)
info("Did you mean: 'update recursive'?")
def usage_add(self):
err("Wrong command format")
info(
"Usage: module MPATH add <interface_type> -n <name> -d <direction> -w <width/fields> [-p <push>]"
)
info(
"Usage: module MPATH add Bus -n <name> -i <bus_type>")
info(
" module MPATH add Parameter -n <name> -v <value>...")
exit(0)
sbus_wa_wd_addr,
sbus_wa_wd_data,
sbus_raddr_ready,
sbus_raddr_valid,
sbus_raddr_data,
sbus_rdata_ready,
sbus_rdata_valid,
sbus_rdata_data,
):
"""|
| Provides flat interface to the top-level implementation. This
| function is given to MyHDL.toVerilog() and MyHDL.toVHDL()
|________"""
x = locals()
del x["self"]
return self.flat2struct(**x)
if __name__ == "__main__":
import myhdl
import pihdf
pihdf.info("Using MyHDL version %s" % myhdl.__version__)
pihdf.info("Using MyFramework version %s" % pihdf.__version__)
dn = B(IMPL=1)
dn.convert(hdl="verilog")
dn.convert(hdl="vhdl")
dn.clean()
def on_version(self):
info("myhdl : " + myhdl.__version__)
info("myhdl_lib : " + myhdl_lib.__version__)
info("pihdf : " + pihdf.__version__)
info("module : " + "0.1.1")
class t_RegFile_tb(Testable):
'''|
| Automatically generated. Do not modify this file.
|________'''
pihdf.head("T E S T S")
pihdf.info("Using myhdl version " + myhdl.__version__)
pihdf.info("Using pihdf version " + pihdf.__version__ + '\n')
def __init__(self):
# call base class constructor
Testable.__init__(self)
self.test_path = os.path.dirname(__file__)
self.cond_simple_bus_wa_wd = []
self.stim_simple_bus_wa_wd = []
self.cond_simple_bus_raddr = []
self.stim_simple_bus_raddr = []
self.cond_simple_bus_rdata = []
self.res_simple_bus_rdata = []
self.cond_sim_end = {}
self.tst_data = { "cond_simple_bus_wa_wd":self.cond_simple_bus_wa_wd,\
"stim_simple_bus_wa_wd":self.stim_simple_bus_wa_wd,\
"cond_simple_bus_raddr":self.cond_simple_bus_raddr,\
"stim_simple_bus_raddr":self.stim_simple_bus_raddr,\
"cond_simple_bus_rdata":self.cond_simple_bus_rdata,\
"res_simple_bus_rdata":self.res_simple_bus_rdata,\
"cond_sim_end": self.cond_sim_end }
self.ref_simple_bus_rdata = []
self.ref_data = {
"simple_bus_rdata":
(self.ref_simple_bus_rdata, self.res_simple_bus_rdata)
}
# Automatically executed BEFORE every test case
def setUp(self):
print ""
# Automatically executed AFTER every test case
def tearDown(self):
print ""
self.cond_simple_bus_wa_wd = []
self.stim_simple_bus_wa_wd = []
self.cond_simple_bus_raddr = []
self.stim_simple_bus_raddr = []
self.cond_simple_bus_rdata = []
self.res_simple_bus_rdata = []
self.ref_simple_bus_rdata = []
# Data has been previously generated and written to files
def use_data_from_files(self):
self.stim_simple_bus_wa_wd.append(
{"file": self.test_path + "/vectors/simple_bus_wa_wd.tvr"})
self.stim_simple_bus_raddr.append(
{"file": self.test_path + "/vectors/simple_bus_raddr.tvr"})
self.res_simple_bus_rdata.append(
{"file": self.test_path + "/vectors/my_simple_bus_rdata.tvr"})
self.ref_simple_bus_rdata.append(
{"file": self.test_path + "/vectors/simple_bus_rdata.tvr"})
self.checkfiles = True
self.run_it()
# Run the simulation and check the results
def run_it(self, checkfiles=False):
self.check_config("RegFile_tb")
RegFile_tb_dut = RegFile_tb(IMPL=self.models)
RegFile_tb_dut.Simulate(tb_config=self.tb_config,
tst_data=self.tst_data,
verbose=self.verbose)
RegFile_tb_dut.clean()
self.check_results()
class t_STAvln_tb(Testable):
'''|
| Automatically generated. Do not modify this file.
|________'''
pihdf.head("T E S T S")
pihdf.info("Using myhdl version " + myhdl.__version__)
pihdf.info("Using pihdf version " + pihdf.__version__ + '\n')
def __init__(self):
# call base class constructor
Testable.__init__(self)
self.test_path = os.path.dirname(__file__)
self.cond_rx16 = []
self.stim_rx16 = []
self.cond_tx16 = []
self.res_tx16 = []
self.cond_rx32 = []
self.stim_rx32 = []
self.cond_tx32 = []
self.res_tx32 = []
self.cond_rx64 = []
self.stim_rx64 = []
self.cond_tx64 = []
self.res_tx64 = []
self.cond_ipg_rx16 = []
self.res_ipg_rx16 = []
self.cond_ipg_tx16 = []
self.res_ipg_tx16 = []
self.cond_sim_end = {}
self.tst_data = { "cond_rx16":self.cond_rx16,\
"stim_rx16":self.stim_rx16,\
"cond_tx16":self.cond_tx16,\
"res_tx16":self.res_tx16,\
"cond_rx32":self.cond_rx32,\
"stim_rx32":self.stim_rx32,\
"cond_tx32":self.cond_tx32,\
"res_tx32":self.res_tx32,\
"cond_rx64":self.cond_rx64,\
"stim_rx64":self.stim_rx64,\
"cond_tx64":self.cond_tx64,\
"res_tx64":self.res_tx64,\
"cond_ipg_rx16":self.cond_ipg_rx16,\
"res_ipg_rx16":self.res_ipg_rx16,\
"cond_ipg_tx16":self.cond_ipg_tx16,\
"res_ipg_tx16":self.res_ipg_tx16,\
"cond_sim_end": self.cond_sim_end }
self.ref_tx16 = []
self.ref_tx32 = []
self.ref_tx64 = []
self.ref_ipg_rx16 = []
self.ref_ipg_tx16 = []
self.ref_data = { "tx16":(self.ref_tx16, self.res_tx16),\
"tx32":(self.ref_tx32, self.res_tx32),\
"tx64":(self.ref_tx64, self.res_tx64),\
"ipg_rx16":(self.ref_ipg_rx16, self.res_ipg_rx16),\
"ipg_tx16":(self.ref_ipg_tx16, self.res_ipg_tx16) }
# Automatically executed BEFORE every test case
def setUp(self):
print ""
# Automatically executed AFTER every test case
def tearDown(self):
print ""
self.cond_rx16 = []
self.stim_rx16 = []
self.cond_tx16 = []
self.res_tx16 = []
self.ref_tx16 = []
self.cond_rx32 = []
self.stim_rx32 = []
self.cond_tx32 = []
self.res_tx32 = []
self.ref_tx32 = []
self.cond_rx64 = []
self.stim_rx64 = []
self.cond_tx64 = []
self.res_tx64 = []
self.ref_tx64 = []
self.cond_ipg_rx16 = []
self.res_ipg_rx16 = []
self.ref_ipg_rx16 = []
self.cond_ipg_tx16 = []
self.res_ipg_tx16 = []
self.ref_ipg_tx16 = []
# Data has been previously generated and written to files
def use_data_from_files(self):
self.stim_rx16.append({"file": self.test_path + "/vectors/rx16.tvr"})
self.res_tx16.append({"file": self.test_path + "/vectors/my_tx16.tvr"})
self.ref_tx16.append({"file": self.test_path + "/vectors/tx16.tvr"})
self.stim_rx32.append({"file": self.test_path + "/vectors/rx32.tvr"})
self.res_tx32.append({"file": self.test_path + "/vectors/my_tx32.tvr"})
self.ref_tx32.append({"file": self.test_path + "/vectors/tx32.tvr"})
self.stim_rx64.append({"file": self.test_path + "/vectors/rx64.tvr"})
self.res_tx64.append({"file": self.test_path + "/vectors/my_tx64.tvr"})
self.ref_tx64.append({"file": self.test_path + "/vectors/tx64.tvr"})
self.res_ipg_rx16.append(
{"file": self.test_path + "/vectors/my_ipg_rx16.tvr"})
self.ref_ipg_rx16.append(
{"file": self.test_path + "/vectors/ipg_rx16.tvr"})
self.res_ipg_tx16.append(
{"file": self.test_path + "/vectors/my_ipg_tx16.tvr"})
self.ref_ipg_tx16.append(
{"file": self.test_path + "/vectors/ipg_tx16.tvr"})
self.checkfiles = True
self.run_it()
# Run the simulation and check the results
def run_it(self, checkfiles=False):
self.check_config("STAvln_tb")
STAvln_tb_dut = STAvln_tb(IMPL=self.models)
STAvln_tb_dut.Simulate(tb_config=self.tb_config,
tst_data=self.tst_data,
verbose=self.verbose)
STAvln_tb_dut.clean()
self.check_results()
def usage_add(self):
err("Wrong command format")
info("Usage: module MPATH add <interface_type> -n <name> -d <direction> -w <width/fields> [-p <push>]")
info("Usage: module MPATH add Bus -n <name> -i <bus_type>")
info(" module MPATH add Parameter -n <name> -v <value>...")
exit(0)
def new(self):
if not self.module_path:
err("Missing module path")
info("Usage: module MPATH new")
exit(0)
class t_submodule_rx(Testable):
'''|
| Automatically generated. Do not modify this file.
|________'''
pihdf.head("T E S T S")
pihdf.info("Using myhdl version " + myhdl.__version__)
pihdf.info("Using pihdf version " + pihdf.__version__ + '\n')
def __init__(self):
# call base class constructor
Testable.__init__(self)
self.test_path = os.path.dirname(__file__)
self.cond_rx_width = []
self.stim_rx_width = []
self.cond_tx_width = []
self.res_tx_width = []
self.cond_rx_width1 = []
self.stim_rx_width1 = []
self.cond_tx_width1 = []
self.res_tx_width1 = []
self.cond_rx_fields = []
self.stim_rx_fields = []
self.cond_tx_fields = []
self.res_tx_fields = []
self.cond_rx_width_buf = []
self.stim_rx_width_buf = []
self.cond_tx_width_buf = []
self.res_tx_width_buf = []
self.cond_rx_width1_buf = []
self.stim_rx_width1_buf = []
self.cond_tx_width1_buf = []
self.res_tx_width1_buf = []
self.cond_rx_fields_buf = []
self.stim_rx_fields_buf = []
self.cond_tx_fields_buf = []
self.res_tx_fields_buf = []
self.cond_rx_push = []
self.stim_rx_push = []
self.cond_rx_terminate = []
self.stim_rx_terminate = []
self.cond_tx_terminate = []
self.res_tx_terminate = []
self.cond_ipg_rx_width = []
self.res_ipg_rx_width = []
self.cond_sim_end = {}
self.tst_data = { "cond_rx_width":self.cond_rx_width,\
"stim_rx_width":self.stim_rx_width,\
"cond_tx_width":self.cond_tx_width,\
"res_tx_width":self.res_tx_width,\
"cond_rx_width1":self.cond_rx_width1,\
"stim_rx_width1":self.stim_rx_width1,\
"cond_tx_width1":self.cond_tx_width1,\
"res_tx_width1":self.res_tx_width1,\
"cond_rx_fields":self.cond_rx_fields,\
"stim_rx_fields":self.stim_rx_fields,\
"cond_tx_fields":self.cond_tx_fields,\
"res_tx_fields":self.res_tx_fields,\
"cond_rx_width_buf":self.cond_rx_width_buf,\
"stim_rx_width_buf":self.stim_rx_width_buf,\
"cond_tx_width_buf":self.cond_tx_width_buf,\
"res_tx_width_buf":self.res_tx_width_buf,\
"cond_rx_width1_buf":self.cond_rx_width1_buf,\
"stim_rx_width1_buf":self.stim_rx_width1_buf,\
"cond_tx_width1_buf":self.cond_tx_width1_buf,\
"res_tx_width1_buf":self.res_tx_width1_buf,\
"cond_rx_fields_buf":self.cond_rx_fields_buf,\
"stim_rx_fields_buf":self.stim_rx_fields_buf,\
"cond_tx_fields_buf":self.cond_tx_fields_buf,\
"res_tx_fields_buf":self.res_tx_fields_buf,\
"cond_rx_push":self.cond_rx_push,\
"stim_rx_push":self.stim_rx_push,\
"cond_rx_terminate":self.cond_rx_terminate,\
"stim_rx_terminate":self.stim_rx_terminate,\
"cond_tx_terminate":self.cond_tx_terminate,\
"res_tx_terminate":self.res_tx_terminate,\
"cond_ipg_rx_width":self.cond_ipg_rx_width,\
"res_ipg_rx_width":self.res_ipg_rx_width,\
"cond_sim_end": self.cond_sim_end }
self.ref_tx_width = []
self.ref_tx_width1 = []
self.ref_tx_fields = []
self.ref_tx_width_buf = []
self.ref_tx_width1_buf = []
self.ref_tx_fields_buf = []
self.ref_tx_terminate = []
self.ref_ipg_rx_width = []
self.ref_data = { "tx_width":(self.ref_tx_width, self.res_tx_width),\
"tx_width1":(self.ref_tx_width1, self.res_tx_width1),\
"tx_fields":(self.ref_tx_fields, self.res_tx_fields),\
"tx_width_buf":(self.ref_tx_width_buf, self.res_tx_width_buf),\
"tx_width1_buf":(self.ref_tx_width1_buf, self.res_tx_width1_buf),\
"tx_fields_buf":(self.ref_tx_fields_buf, self.res_tx_fields_buf),\
"tx_terminate":(self.ref_tx_terminate, self.res_tx_terminate),\
"ipg_rx_width":(self.ref_ipg_rx_width, self.res_ipg_rx_width) }
# Automatically executed BEFORE every test case
def setUp(self):
print ""
# Automatically executed AFTER every test case
def tearDown(self):
print ""
self.cond_rx_width = []
self.stim_rx_width = []
self.cond_tx_width = []
self.res_tx_width = []
self.ref_tx_width = []
self.cond_rx_width1 = []
self.stim_rx_width1 = []
self.cond_tx_width1 = []
self.res_tx_width1 = []
self.ref_tx_width1 = []
self.cond_rx_fields = []
self.stim_rx_fields = []
self.cond_tx_fields = []
self.res_tx_fields = []
self.ref_tx_fields = []
self.cond_rx_width_buf = []
self.stim_rx_width_buf = []
self.cond_tx_width_buf = []
self.res_tx_width_buf = []
self.ref_tx_width_buf = []
self.cond_rx_width1_buf = []
self.stim_rx_width1_buf = []
self.cond_tx_width1_buf = []
self.res_tx_width1_buf = []
self.ref_tx_width1_buf = []
self.cond_rx_fields_buf = []
self.stim_rx_fields_buf = []
self.cond_tx_fields_buf = []
self.res_tx_fields_buf = []
self.ref_tx_fields_buf = []
self.cond_rx_push = []
self.stim_rx_push = []
self.cond_rx_terminate = []
self.stim_rx_terminate = []
self.cond_tx_terminate = []
self.res_tx_terminate = []
self.ref_tx_terminate = []
self.cond_ipg_rx_width = []
self.res_ipg_rx_width = []
self.ref_ipg_rx_width = []
# Data has been previously generated and written to files
def use_data_from_files(self):
self.stim_rx_width.append(
{"file": self.test_path + "/vectors/rx_width.tvr"})
self.res_tx_width.append(
{"file": self.test_path + "/vectors/my_tx_width.tvr"})
self.ref_tx_width.append(
{"file": self.test_path + "/vectors/tx_width.tvr"})
self.stim_rx_width1.append(
{"file": self.test_path + "/vectors/rx_width1.tvr"})
self.res_tx_width1.append(
{"file": self.test_path + "/vectors/my_tx_width1.tvr"})
self.ref_tx_width1.append(
{"file": self.test_path + "/vectors/tx_width1.tvr"})
self.stim_rx_fields.append(
{"file": self.test_path + "/vectors/rx_fields.tvr"})
self.res_tx_fields.append(
{"file": self.test_path + "/vectors/my_tx_fields.tvr"})
self.ref_tx_fields.append(
{"file": self.test_path + "/vectors/tx_fields.tvr"})
self.stim_rx_width_buf.append(
{"file": self.test_path + "/vectors/rx_width_buf.tvr"})
self.res_tx_width_buf.append(
{"file": self.test_path + "/vectors/my_tx_width_buf.tvr"})
self.ref_tx_width_buf.append(
{"file": self.test_path + "/vectors/tx_width_buf.tvr"})
self.stim_rx_width1_buf.append(
{"file": self.test_path + "/vectors/rx_width1_buf.tvr"})
self.res_tx_width1_buf.append(
{"file": self.test_path + "/vectors/my_tx_width1_buf.tvr"})
self.ref_tx_width1_buf.append(
{"file": self.test_path + "/vectors/tx_width1_buf.tvr"})
self.stim_rx_fields_buf.append(
{"file": self.test_path + "/vectors/rx_fields_buf.tvr"})
self.res_tx_fields_buf.append(
{"file": self.test_path + "/vectors/my_tx_fields_buf.tvr"})
self.ref_tx_fields_buf.append(
{"file": self.test_path + "/vectors/tx_fields_buf.tvr"})
self.stim_rx_push.append(
{"file": self.test_path + "/vectors/rx_push.tvr"})
self.stim_rx_terminate.append(
{"file": self.test_path + "/vectors/rx_terminate.tvr"})
self.res_tx_terminate.append(
{"file": self.test_path + "/vectors/my_tx_terminate.tvr"})
self.ref_tx_terminate.append(
{"file": self.test_path + "/vectors/tx_terminate.tvr"})
self.res_ipg_rx_width.append(
{"file": self.test_path + "/vectors/my_ipg_rx_width.tvr"})
self.ref_ipg_rx_width.append(
{"file": self.test_path + "/vectors/ipg_rx_width.tvr"})
self.checkfiles = True
self.run_it()
# Run the simulation and check the results
def run_it(self, checkfiles=False):
self.check_config("submodule_rx")
submodule_rx_dut = submodule_rx(IMPL=self.models)
submodule_rx_dut.Simulate(tb_config=self.tb_config,
tst_data=self.tst_data,
verbose=self.verbose)
submodule_rx_dut.clean()
self.check_results()
'rtl': RegFile_tb_rtl,
'vrg': None
}
def top(self, rst, clk, simple_bus_wa_wd_ready, simple_bus_wa_wd_valid,
simple_bus_wa_wd_addr, simple_bus_wa_wd_data,
simple_bus_raddr_ready, simple_bus_raddr_valid,
simple_bus_raddr_data, simple_bus_rdata_ready,
simple_bus_rdata_valid, simple_bus_rdata_data):
'''|
| Provides flat interface to the top-level implementation. This
| function is given to MyHDL.toVerilog() and MyHDL.toVHDL()
|________'''
x = locals()
del x['self']
return self.flat2struct(**x)
if __name__ == "__main__":
import myhdl
import pihdf
pihdf.info("Using MyHDL version %s" % myhdl.__version__)
pihdf.info("Using MyFramework version %s" % pihdf.__version__)
dn = RegFile_tb(IMPL=1)
dn.convert(hdl="verilog")
dn.convert(hdl="vhdl")
dn.clean()
def on_version(self):
info("myhdl : " + myhdl.__version__)
info("myhdl_lib : " + myhdl_lib.__version__)
info("pihdf : " + pihdf.__version__)
info("module : " + "0.1.1")
def new(self):
if not self.module_path:
err("Missing module path")
info("Usage: module MPATH new")
exit(0)
class t_hsd_struct(Testable):
'''|
| Automatically generated. Do not modify this file.
|________'''
pihdf.head("T E S T S")
pihdf.info("Using myhdl version " + myhdl.__version__)
pihdf.info("Using pihdf version " + pihdf.__version__ + '\n')
def __init__(self):
# call base class constructor
Testable.__init__(self)
self.test_path = os.path.dirname(__file__)
self.cond_mode_1 = []
self.stim_mode_1 = []
self.cond_mode_2 = []
self.stim_mode_2 = []
self.cond_LEDs = []
self.res_LEDs = []
self.cond_LED_rdy_en = []
self.res_LED_rdy_en = []
self.cond_LED_rdy_buff = []
self.res_LED_rdy_buff = []
self.cond_LED_rdy_out = []
self.res_LED_rdy_out = []
self.cond_sim_end = {}
self.tst_data = { "cond_mode_1":self.cond_mode_1,\
"stim_mode_1":self.stim_mode_1,\
"cond_mode_2":self.cond_mode_2,\
"stim_mode_2":self.stim_mode_2,\
"cond_LEDs":self.cond_LEDs,\
"res_LEDs":self.res_LEDs,\
"cond_LED_rdy_en":self.cond_LED_rdy_en,\
"res_LED_rdy_en":self.res_LED_rdy_en,\
"cond_LED_rdy_buff":self.cond_LED_rdy_buff,\
"res_LED_rdy_buff":self.res_LED_rdy_buff,\
"cond_LED_rdy_out":self.cond_LED_rdy_out,\
"res_LED_rdy_out":self.res_LED_rdy_out,\
"cond_sim_end": self.cond_sim_end }
self.ref_LEDs = []
self.ref_LED_rdy_en = []
self.ref_LED_rdy_buff = []
self.ref_LED_rdy_out = []
self.ref_data = { "LEDs":(self.ref_LEDs, self.res_LEDs),\
"LED_rdy_en":(self.ref_LED_rdy_en, self.res_LED_rdy_en),\
"LED_rdy_buff":(self.ref_LED_rdy_buff, self.res_LED_rdy_buff),\
"LED_rdy_out":(self.ref_LED_rdy_out, self.res_LED_rdy_out) }
# Automatically executed BEFORE every test case
def setUp(self):
print ""
# Automatically executed AFTER every test case
def tearDown(self):
print ""
self.cond_mode_1 = []
self.stim_mode_1 = []
self.cond_mode_2 = []
self.stim_mode_2 = []
self.cond_LEDs = []
self.res_LEDs = []
self.ref_LEDs = []
self.cond_LED_rdy_en = []
self.res_LED_rdy_en = []
self.ref_LED_rdy_en = []
self.cond_LED_rdy_buff = []
self.res_LED_rdy_buff = []
self.ref_LED_rdy_buff = []
self.cond_LED_rdy_out = []
self.res_LED_rdy_out = []
self.ref_LED_rdy_out = []
# Data has been previously generated and written to files
def use_data_from_files(self):
self.stim_mode_1.append(
{"file": self.test_path + "/vectors/mode_1.tvr"})
self.stim_mode_2.append(
{"file": self.test_path + "/vectors/mode_2.tvr"})
self.res_LEDs.append({"file": self.test_path + "/vectors/my_LEDs.tvr"})
self.ref_LEDs.append({"file": self.test_path + "/vectors/LEDs.tvr"})
self.res_LED_rdy_en.append(
{"file": self.test_path + "/vectors/my_LED_rdy_en.tvr"})
self.ref_LED_rdy_en.append(
{"file": self.test_path + "/vectors/LED_rdy_en.tvr"})
self.res_LED_rdy_buff.append(
{"file": self.test_path + "/vectors/my_LED_rdy_buff.tvr"})
self.ref_LED_rdy_buff.append(
{"file": self.test_path + "/vectors/LED_rdy_buff.tvr"})
self.res_LED_rdy_out.append(
{"file": self.test_path + "/vectors/my_LED_rdy_out.tvr"})
self.ref_LED_rdy_out.append(
{"file": self.test_path + "/vectors/LED_rdy_out.tvr"})
self.checkfiles = True
self.run_it()
# Run the simulation and check the results
def run_it(self, checkfiles=False):
self.check_config("hsd_struct")
hsd_struct_dut = hsd_struct(IMPL=self.models)
hsd_struct_dut.Simulate(tb_config=self.tb_config,
tst_data=self.tst_data,
verbose=self.verbose,
dut_params=self.dut_params)
hsd_struct_dut.clean()
self.check_results()