def show_test_selection(self):
"""
Show the currently selected tests in the current project.
Add or remove tests using the
add_tests and remove_tests commands respectively.
"""
ids_list = list(self.test_set)
tests = []
for file_object in self.project.get_tests():
file_name = os.path.basename(file_object.path)
print(term.yellow(file_name))
for test_group in file_object.testsuite:
for testId, test in enumerate(test_group):
if testId == 0:
groupName = str(test.__class__.__name__)
testName = test.id().split('.')[-1]
tests.append((file_name, groupName, testName, test))
# Filter out any invalid indices
ids_list = list(filter(lambda x: x < len(tests), ids_list))
for idx, (fileName, groupName, testName, test) in enumerate(
[tests[idx] for idx in ids_list]
):
print(
'{:<5}'.format(str(ids_list[idx]) + ':') +
'[' + term.yellow(fileName) + ']' +
'[' + term.green(groupName) + ']' +
'[' + term.blue(testName) + ']'
)
def show_test_selection(self):
"""
Show the currently selected tests in the current project.
Add or remove tests using the
add_tests and remove_tests commands respectively.
"""
ids_list = list(self.test_set)
tests = []
for file_object in self.project.get_tests():
file_name = os.path.basename(file_object.path)
print(term.yellow(file_name))
for test_group in file_object.testsuite:
for testId, test in enumerate(test_group):
if testId == 0:
groupName = str(test.__class__.__name__)
testName = test.id().split('.')[-1]
tests.append((file_name, groupName, testName, test))
# Filter out any invalid indices
ids_list = list(filter(lambda x: x < len(tests), ids_list))
for idx, (fileName, groupName, testName,
test) in enumerate([tests[idx] for idx in ids_list]):
print('{:<5}'.format(str(ids_list[idx]) + ':') + '[' +
term.yellow(fileName) + ']' + '[' + term.green(groupName) +
']' + '[' + term.blue(testName) + ']')
def do_plugins(self, command):
simulators = self.project.get_available_simulators()
synthesisers = self.project.get_available_synthesisers()
for i, plugin_registry in enumerate([simulators, synthesisers]):
print(term.yellow(['Simulator Plugins:', 'Synthesis Plugins:'][i]))
for name, inst in plugin_registry.items():
plugin_path = sys.modules[inst.__module__].__file__
plugin_file = os.path.basename(plugin_path)
print(
SEP * 1 + term.darkgray(plugin_file) + '\n' +
SEP * 2 + '{:<15}: {:<35}'.format(
'Plugin Path',
term.green(plugin_path)
) + '\n' +
SEP * 2 + '{:<15}: {:<35}'.format(
'Name',
term.green(str(name))
) + '\n' +
SEP * 2 + '{:<15}: {:<35}'.format(
'Tool Path',
[
term.red('(not found) ' + str(inst.path)),
term.green(str(inst.path))
][inst.installed]
)
)
def do_plugins(self, command):
simulators = self.project.get_available_simulators()
synthesisers = self.project.get_available_synthesisers()
for i, plugin_registry in enumerate([simulators, synthesisers]):
print(term.yellow(['Simulator Plugins:', 'Synthesis Plugins:'][i]))
for name, inst in plugin_registry.items():
plugin_path = sys.modules[inst.__module__].__file__
plugin_file = os.path.basename(plugin_path)
print(
SEP * 1 + term.darkgray(plugin_file) + '\n' +
SEP * 2 + '{:<15}: {:<35}'.format(
'Plugin Path',
term.green(plugin_path)
) + '\n' +
SEP * 2 + '{:<15}: {:<35}'.format(
'Name',
term.green(str(name))
) + '\n' +
SEP * 2 + '{:<15}: {:<35}'.format(
'Tool Path',
[
term.red('(not found) ' + str(inst.path)),
term.green(str(inst.path))
][inst.installed]
)
)
def do_show_tests(self, command):
"""
Show the tests available in the current project.
"""
tests = self.project.get_tests()
if len(tests) == 0:
log.info('There are no tests available.')
return
testUniqueId = 0
for file_object in tests:
file_name = os.path.basename(file_object.path)
print(term.yellow(file_name))
for test_group in file_object.testsuite:
for testId, test in enumerate(test_group):
if testId == 0:
print(
SEP + term.green(str(test.__class__.__name__))
)
doc = test.shortDescription()
if doc is None:
doc = term.darkred('No description')
if testUniqueId in self.test_set:
msg = SEP * 2 + '[' + term.blue('ID ' + str(
testUniqueId) + ' ' + test.id().split('.')[-1]
) + ']'
else:
msg = SEP * 2 + term.lightgray('ID ' + str(
testUniqueId) + ' ' + test.id().split('.')[-1]
)
print(msg)
print(term.darkgray(textwrap.fill(
doc,
width=80,
initial_indent=SEP * 2,
subsequent_indent=SEP * 2,
)))
testUniqueId += 1
def do_show_tests(self, command):
"""
Show the tests available in the current project.
"""
tests = self.project.get_tests()
if len(tests) == 0:
log.info('There are no tests available.')
return
testUniqueId = 0
for file_object in tests:
file_name = os.path.basename(file_object.path)
print(term.yellow(file_name))
for test_group in file_object.testsuite:
for testId, test in enumerate(utils.iterate_tests(test_group)):
if testId == 0:
print(
SEP + term.green(str(test.__class__.__name__))
)
doc = test.shortDescription()
if doc is None:
doc = term.darkred('No description')
if testUniqueId in self.test_set:
msg = SEP * 2 + '[' + term.blue('ID ' + str(
testUniqueId) + ' ' + test.id().split('.')[-1]
) + ']'
else:
msg = SEP * 2 + term.lightgray('ID ' + str(
testUniqueId) + ' ' + test.id().split('.')[-1]
)
print(msg)
print(term.darkgray(textwrap.fill(
doc,
width=80,
initial_indent=SEP * 2,
subsequent_indent=SEP * 2,
)))
testUniqueId += 1
def do_show_config(self, command):
"""Print out the project settings"""
available_simulator_string = ''
for name, inst in self.project.get_available_simulators().items():
available_simulator_string += (
SEP * 2 + '{:<15}: ' +
[
'(not found) ' + term.red('{:<35}'),
term.green('{:<35}')
][inst.installed] +
'\n'
).format(name, inst.path)
available_synthesiser_string = ''
for name, inst in self.project.get_available_synthesisers().items():
available_synthesiser_string += (
SEP * 2 + '{:<15}: ' +
[
'(not found) ' + term.red('{:<35}'),
term.green('{:<35}')
][inst.installed] +
'\n'
).format(name, inst.path)
msg = (
'\n' +
term.yellow(term.bold('System Configuration: ')) +
term.green('%(options)s') + '\n' +
term.darkgray(SEP + 'Working directory:\n') +
SEP * 2 + term.green('%(working_directory)s') + '\n' +
term.darkgray(SEP + 'Available simulators:\n') +
available_simulator_string +
term.darkgray(SEP + 'Available synthesisers:\n') +
available_synthesiser_string +
term.darkgray(SEP + 'Simulation libraries:\n') +
''.join(
(SEP * 2 + '{:<15}: ' + term.green('{:<35}') + '\n').format(
k,
v
) for k, v in (
self.project.get_simulator_library_dependencies().items()
)
) +
'\n' +
term.yellow(term.bold('Project Configuration: ')) +
term.green('%(project)s') + '\n' +
term.darkgray(SEP + 'Simulation directory set to:\n') +
SEP * 2 + term.green('%(simulation_directory)s') + '\n' +
term.darkgray(SEP + 'Using the simulation tool:\n') +
SEP * 2 + term.green('%(simulation_tool_name)s') + '\n' +
term.darkgray(SEP + 'Synthesis directory set to:\n') +
SEP * 2 + term.green('%(synthesis_directory)s') + '\n' +
term.darkgray(SEP + 'Using the synthesis tool:\n') +
SEP * 2 + term.green('%(synthesis_tool_name)s') + '\n' +
term.darkgray(SEP + 'Targeting FPGA part:\n') +
SEP * 2 + term.green('%(fpga_part)s') + '\n' +
term.darkgray(SEP + 'Using synthesis generic binding:\n') +
SEP * 2 + term.green('%(synthesis_generics)s') + '\n' +
term.darkgray(SEP + 'Modelsim Specific Arguments:\n') +
SEP * 2 + 'vsim: ' + term.green('%(modelsim_vsim_args)s') + '\n'
)
print(msg % dict(
working_directory=os.getcwd(),
options=self.project.get_system_config_path(),
simulation_directory=self.project.get_simulation_directory(),
simulation_tool_name=self.project.get_simulation_tool_name(),
synthesis_directory=self.project.get_synthesis_directory(),
synthesis_tool_name=self.project.get_synthesis_tool_name(),
fpga_part=self.project.get_fpga_part(),
modelsim_vsim_args=self.project.get_tool_arguments(
'modelsim',
'simulate'
),
project='',
synthesis_generics=''.join(
str(k) + ':' + str(v) + ', ' for k, v in
self.project.get_generics().items()
))
)
def do_show_config(self, command):
"""Print out the project settings"""
available_simulator_string = ''
for name, inst in self.project.get_available_simulators().items():
available_simulator_string += (
SEP * 2 + '{:<15}: ' +
['(not found) ' + term.red('{:<35}'),
term.green('{:<35}')][inst.installed] + '\n').format(
name, inst.path)
available_synthesiser_string = ''
for name, inst in self.project.get_available_synthesisers().items():
available_synthesiser_string += (
SEP * 2 + '{:<15}: ' +
['(not found) ' + term.red('{:<35}'),
term.green('{:<35}')][inst.installed] + '\n').format(
name, inst.path)
msg = (
'\n' + term.yellow(term.bold('System Configuration: ')) +
term.green('%(options)s') + '\n' +
term.darkgray(SEP + 'Working directory:\n') + SEP * 2 +
term.green('%(working_directory)s') + '\n' +
term.darkgray(SEP + 'Available simulators:\n') +
available_simulator_string +
term.darkgray(SEP + 'Available synthesisers:\n') +
available_synthesiser_string +
term.darkgray(SEP + 'Simulation libraries:\n') + ''.join(
(SEP * 2 + '{:<15}: ' + term.green('{:<35}') +
'\n').format(k, v) for k, v in
(self.project.get_simulator_library_dependencies().items())) +
'\n' + term.yellow(term.bold('Project Configuration: ')) +
term.green('%(project)s') + '\n' +
term.darkgray(SEP + 'Simulation directory set to:\n') + SEP * 2 +
term.green('%(simulation_directory)s') + '\n' +
term.darkgray(SEP + 'Using the simulation tool:\n') + SEP * 2 +
term.green('%(simulation_tool_name)s') + '\n' +
term.darkgray(SEP + 'Synthesis directory set to:\n') + SEP * 2 +
term.green('%(synthesis_directory)s') + '\n' +
term.darkgray(SEP + 'Using the synthesis tool:\n') + SEP * 2 +
term.green('%(synthesis_tool_name)s') + '\n' +
term.darkgray(SEP + 'Targeting FPGA part:\n') + SEP * 2 +
term.green('%(fpga_part)s') + '\n' +
term.darkgray(SEP + 'Using synthesis generic binding:\n') +
SEP * 2 + term.green('%(synthesis_generics)s') + '\n' +
term.darkgray(SEP + 'Modelsim Specific Arguments:\n') + SEP * 2 +
'vsim: ' + term.green('%(modelsim_vsim_args)s') + '\n')
print(
msg %
dict(working_directory=os.getcwd(),
options=self.project.get_system_config_path(),
simulation_directory=self.project.get_simulation_directory(),
simulation_tool_name=self.project.get_simulation_tool_name(),
synthesis_directory=self.project.get_synthesis_directory(),
synthesis_tool_name=self.project.get_synthesis_tool_name(),
fpga_part=self.project.get_fpga_part(),
modelsim_vsim_args=self.project.get_tool_arguments(
'modelsim', 'simulate'),
project='',
synthesis_generics=''.join(
str(k) + ':' + str(v) + ', '
for k, v in self.project.get_generics().items())))