def test_case_for_transposes(batch, beta, trans_lhs, trans_rhs):
"""
Create a list of strings corresponding to separate lines in the full test
case. The output contains headers, includes, setup and all the tests for
the test case.
"""
scriptname = os.path.basename(__file__)
test_case = TEST_CASE_TPL.format(batch=batch,
beta=beta,
trans_lhs=trans_lhs,
trans_rhs=trans_rhs)
output = [
helpers.get_license(),
helpers.get_dont_modify_comment(scriptname=scriptname),
INCLUDES,
DATA_TYPES,
TYPED_TEST_SUITE_DECL_TPL.format(
test_case=test_case,
trans_lhs=helpers.to_lower_case_str(trans_lhs),
trans_rhs=helpers.to_lower_case_str(trans_rhs)),
]
in_sizes = get_input_sizes()
for m, k, n in itertools.product(in_sizes, in_sizes, in_sizes):
output.extend(
get_test_lines(batch, m, k, n, beta, trans_lhs, trans_rhs))
return output
def output_for_test_case(test_case):
"""
Create a list of strings corresponding to separate lines in the full test
case. The output contains headers, includes, setup and all the tests for
the test case.
"""
scriptname = os.path.basename(__file__)
camel_case_type = helpers.to_camel_case(test_case.test_type)
test_case_name = TEST_CASE_TPL.format(
test_type=camel_case_type,
direction=helpers.to_camel_case(test_case.direction),
operation=helpers.to_camel_case(test_case.operation))
output = [
helpers.get_license(),
helpers.get_dont_modify_comment(scriptname=scriptname),
INCLUDES,
TYPED_TEST_CASE_DECL_TPL.format(
test_case=test_case_name,
direction=DIRECTION_MAP[test_case.direction],
operation=OPERATION_MAP[test_case.operation]),
]
for test_params in test_params_for_test_case(test_case):
output.extend(get_test_lines(test_case, test_params))
output.append("\n")
return output
def get_initial_boilerplate():
""" Get the boilerplate for the top of the test file. """
scriptname = os.path.basename(__file__)
return [
helpers.get_license(),
helpers.get_dont_modify_comment(scriptname=scriptname),
INCLUDES,
DATA_TYPES,
]
def transpose_test_case(n_dimensions):
"""
Create a list of strings corresponding to separate lines in the full test
case. The output contains headers, includes, setup and all the tests for
the test case.
"""
scriptname = os.path.basename(__file__)
test_case = TEST_CASE_TPL.format(n_dimensions=n_dimensions)
output = [
helpers.get_license(),
helpers.get_dont_modify_comment(scriptname=scriptname),
INCLUDES,
DATA_TYPES,
TYPED_TEST_SUITE_DECL_TPL.format(test_case=test_case),
]
for in_shape, permutation in test_cases(n_dimensions):
output.extend(get_test_lines(in_shape, permutation))
return output
def output_for_test_case(test_case):
"""
Create a list of strings corresponding to separate lines in the full test
case. The output contains headers, includes, setup and all the tests for
the test case.
"""
scriptname = os.path.basename(__file__)
camel_case_type = helpers.to_camel_case(test_case.test_type)
test_case_name = TEST_CASE_TPL.format(test_type=camel_case_type,
window=test_case.window,
stride=test_case.stride)
output = [
helpers.get_license(),
helpers.get_dont_modify_comment(scriptname=scriptname), INCLUDES,
DATA_TYPES,
TYPED_TEST_SUITE_DECL_TPL.format(test_case=test_case_name,
window=test_case.window,
stride=test_case.stride)
]
for test_params in test_params_for_test_case(test_case):
output.extend(get_test_lines(test_case, test_params))
return output
def main(argv: argparse.Namespace):
"""Executes program.
:param argv: object holding attributes parsed from command-line args."""
# Check everything is properly configured (Anti-TL;DR)
error = False
if not consts.TEMPLATE_DIR.exists():
print(f"Error: directory `{consts.TEMPLATE_DIR}` doesn't exist.")
error = True
else:
with open(consts.PROGRAM_DIR / "config.json") as f:
config = json.load(f)
if config["USERNAME"] is None:
print("Error: A GitHub username was not configured.")
error = True
if error:
print("\nBefore using the program, please take some time to read the "
"documentation and configure the needed files.")
exit()
# Initialise logging
helpers.start_logging(argv.verbose)
# If a folder is not provided, set project folder to current folder
project_folder = helpers.get_project_folder(argv.folder)
# Gather rest of information
repo_name = helpers.get_repo_name(argv.name)
repo_description = helpers.get_repo_description(argv.description)
project_license = helpers.get_license(argv.license)
# Check out
print(f"\n{'Repository name:':>25} {repo_name}")
print(f"{'Repository description:':>25} {repo_description}")
print(f"{'Project license:':>25} {project_license}")
print(f"{'Project folder:':>25} {project_folder}")
if not helpers.empty_folder(project_folder):
print("\n *** WARNING: project folder is not empty!! ***")
print("Make sure there is no confidential information inside")
helpers.get_user_approval()
print("\nStarting...\n")
# [Step-1] Build readme.md
# ===================================================================
actions.build_readme(repo_name, repo_description, project_license,
project_folder, config["README_CONTENT"])
# [Step-2] Copy template files
# ===================================================================
actions.copy_templates(project_license, project_folder,
config["ENABLE_GH_PAGES"])
# [Step-3] Build index.md and _config.yml files
# ===================================================================
if config["ENABLE_GH_PAGES"]:
actions.build_gh_pages(repo_description, project_folder,
config["JEKILL_CONFIG"])
# [Step-4] Create a virtual environment for the project
# ===================================================================
actions.build_environment(project_folder, config["PYTHON_VERSION"])
# [Step-5] Install linter
# ===================================================================
actions.install_linter(project_folder, config["LINTER"])
# [Step-6] Get interpreter path inside the virtual environment
# ===================================================================
interpreter_path = actions.get_interpreter_path(project_folder)
# [Step-7] Building VSCode settings file
# ===================================================================
actions.build_vscode_settings(project_folder, config["LINTER"],
interpreter_path)
# [Step-8] Initialise git in project directory
# ===================================================================
actions.initialise_git(project_folder)
# [Step-9] Add all not .gitignored files to the stage area
# ===================================================================
actions.stage_files(project_folder)
# [Step-10] Commit files to the local repository
# ===================================================================
actions.commit_files(project_folder)
# [Step-11] Authentication for GitHub API v3
# ===================================================================
headers = actions.build_headers(config["USERNAME"])
# [Step-12] Create the remote repository in GitHub
# ===================================================================
remote_path = actions.create_remote_repository(repo_name, repo_description,
headers)
# [Step-13] Add a remote pointing to GitHub repository
# ===================================================================
actions.add_origin(project_folder, remote_path)
# [Step-14] Push local commit to remote repository
# ===================================================================
actions.update_remote(project_folder)
# [Step-15] Enable GitHub pages
# ===================================================================
if config["ENABLE_GH_PAGES"]:
actions.enable_pages(headers, remote_path)
# [Step-16] Request page build to include the new project in personal blog
# ===================================================================
if config["ENABLE_GH_PAGES"]:
actions.build_pages(config["USERNAME"], headers)
# [Finished]
# ===================================================================
print(f"\nWork successfully finished!")
print(f" - Check the log file at `{consts.LOG_FILE}`")
print(f" - Check the project files at `{project_folder}`")
print(" - Check the remote repository at `https://github.com/"
f"{remote_path}`")