def generate_basic_manifest(package_name: str, version: str,
project_dir: Path) -> None:
manifest = create_basic_manifest_from_solc_output(package_name, version,
project_dir)
builder_fns = (b.validate(), b.write_to_disk(project_dir))
b.build(manifest, *builder_fns)
cli_logger.info(
f"Manifest successfully created and written to {project_dir}/{manifest['version']}.json."
)
def test_to_disk_uses_default_manifest_name(manifest_dir):
build(
{},
package_name("package"),
manifest_version("2"),
version("1.0.0"),
write_to_disk(manifest_root_dir=manifest_dir),
)
actual_manifest = (manifest_dir / "1.0.0.json").read_text()
assert actual_manifest == MINIFIED_MANIFEST
def test_builder_to_disk_uses_default_cwd(manifest_dir, monkeypatch):
monkeypatch.chdir(manifest_dir)
build(
{},
package_name("package"),
manifest_version("2"),
version("1.0.0"),
write_to_disk(),
)
actual_manifest = (manifest_dir / "1.0.0.json").read_text()
assert actual_manifest == MINIFIED_MANIFEST
def test_builder_writes_manifest_to_disk(manifest_dir):
build(
{},
package_name("package"),
manifest_version("2"),
version("1.0.0"),
write_to_disk(manifest_root_dir=manifest_dir,
manifest_name="1.0.0.json",
prettify=True),
)
actual_manifest = (manifest_dir / "1.0.0.json").read_text()
assert actual_manifest == PRETTY_MANIFEST
def test_to_disk_writes_minified_manifest_as_default(manifest_dir):
build(
{},
package_name("package"),
manifest_version("ethpm/3"),
version("1.0.0"),
write_to_disk(manifest_root_dir=manifest_dir,
manifest_name="1.0.0.json"),
validate(),
)
actual_manifest = (manifest_dir / "1.0.0.json").read_text()
assert actual_manifest == MINIFIED_MANIFEST
def generate_custom_manifest(project_dir: Path) -> None:
cli_logger.info("Manifest Wizard")
cli_logger.info("---------------")
cli_logger.info("Create ethPM manifests for local projects.")
cli_logger.info("Project directory must include solc output.")
cli_logger.info("Follow the steps in the docs to generate solc output.")
contracts_dir = project_dir / "contracts"
validate_solc_output(project_dir)
solc_output_path = project_dir / SOLC_OUTPUT
solc_output = json.loads(solc_output_path.read_text())["contracts"]
builder_fns = (
gen_package_name(),
gen_version(),
gen_manifest_version(),
gen_description(),
gen_license(),
gen_authors(),
gen_keywords(),
gen_links(),
*gen_contract_types_and_sources(solc_output, contracts_dir),
*gen_deployments(solc_output),
# todo: *gen_build_dependencies(),
# todo: ipfs pinning support
# todo: workflow for adding a single field to existing manifest
# -- aka. extend existing manifest with a single deployment
gen_validate_manifest(),
b.write_to_disk(project_dir),
)
final_fns = (fn for fn in builder_fns if fn is not None)
cli_logger.info(
"Building your manifest. This could take a minute if you're pinning assets to IPFS."
)
manifest = b.build({}, *final_fns)
cli_logger.info(
f"Manifest successfully created and written to {project_dir}/{manifest['version']}.json."
)
def test_to_disk_uses_default_manifest_name(manifest_dir):
build(
{},
package_name("package"),
manifest_version("2"),
version("1.0.0"),
write_to_disk(manifest_root_dir=manifest_dir),
)
actual_manifest = (manifest_dir / "1.0.0.json").read_text()
assert actual_manifest == MINIFIED_MANIFEST
@pytest.mark.parametrize(
"write_to_disk_fn",
(
write_to_disk(manifest_root_dir=Path("not/a/directory")),
write_to_disk(manifest_name="invalid_name"),
),
)
def test_to_disk_with_invalid_args_raises_exception(manifest_dir,
write_to_disk_fn):
with pytest.raises(ManifestBuildingError):
build(
{},
package_name("package"),
manifest_version("2"),
version("1.0.0"),
write_to_disk_fn,
)
