def test_generate_sample_rpc_not_found():
schema = DummyApiSchema(
{"Mollusc": DummyService({})}, DummyNaming("pkg_name"))
sample = {"service": "Mollusc", "rpc": "Classify"}
with pytest.raises(types.RpcMethodNotFound):
list(samplegen.generate_sample(sample, env, schema))
def test_generate_manifest_relative_path_sanity():
with pytest.raises(types.InvalidSampleFpath):
manifest.generate(
{"molluscs/squid.py": {
"id": "squid_sample"
}}.items(),
DummyApiSchema(naming=DummyNaming(name="Mollusc", version="v1")))
def test_generate_sample_service_not_found():
schema = DummyApiSchema({}, DummyNaming("pkg_name"))
sample = {"service": "Mollusc"}
with pytest.raises(types.UnknownService):
samplegen.generate_sample(
sample,
schema,
env.get_template('examples/sample.py.j2'),
)
def test_generate_manifest():
fpath_to_dummy_sample = {
"samples/squid_fpath.py": {"id": "squid_sample"},
"samples/clam_fpath.py": {"id": "clam_sample",
"region_tag": "giant_clam_sample"},
}
fname, info = manifest.generate(
fpath_to_dummy_sample.items(),
DummyApiSchema(naming=DummyNaming(name="Mollusc", version="v1")),
# Empirically derived number such that the
# corresponding time_struct tests the zero
# padding in the returned filename.
manifest_time=4486525628
)
assert fname == "Mollusc.v1.python.21120304.090708.manifest.yaml"
doc = gapic_yaml.Doc([
gapic_yaml.KeyVal("type", "manifest/samples"),
gapic_yaml.KeyVal("schema_version", "3"),
gapic_yaml.Map(name="python",
anchor_name="python",
elements=[
gapic_yaml.KeyVal(
"environment", "python"),
gapic_yaml.KeyVal(
"bin", "python3"),
gapic_yaml.KeyVal(
"base_path", "samples"),
gapic_yaml.KeyVal(
"invocation", "'{bin} {path} @args'"),
]),
gapic_yaml.Collection(name="samples",
elements=[
[
gapic_yaml.Alias(
"python"),
gapic_yaml.KeyVal(
"sample", "squid_sample"),
gapic_yaml.KeyVal(
"path", "'{base_path}/squid_fpath.py'"),
gapic_yaml.Null,
],
[
gapic_yaml.Alias("python"),
gapic_yaml.KeyVal(
"sample", "clam_sample"),
gapic_yaml.KeyVal(
"path", "'{base_path}/clam_fpath.py'"),
gapic_yaml.KeyVal(
"region_tag", "giant_clam_sample")
],
])
])
assert info == doc
expected_rendering = dedent(
"""\
---
type: manifest/samples
schema_version: 3
python: &python
environment: python
bin: python3
base_path: samples
invocation: '{bin} {path} @args'
samples:
- <<: *python
sample: squid_sample
path: '{base_path}/squid_fpath.py'
- <<: *python
sample: clam_sample
path: '{base_path}/clam_fpath.py'
region_tag: giant_clam_sample
""")
rendered_yaml = doc.render()
assert rendered_yaml == expected_rendering
expected_parsed_manifest = {
"type": "manifest/samples",
"schema_version": 3,
"python": {
"environment": "python",
"bin": "python3",
"base_path": "samples",
"invocation": "{bin} {path} @args",
},
"samples": [
{
"environment": "python",
"bin": "python3",
"base_path": "samples",
"invocation": "{bin} {path} @args",
"sample": "squid_sample",
"path": "{base_path}/squid_fpath.py",
},
{
"environment": "python",
"bin": "python3",
"base_path": "samples",
"invocation": "{bin} {path} @args",
"sample": "clam_sample",
"path": "{base_path}/clam_fpath.py",
"region_tag": "giant_clam_sample",
},
],
}
parsed_manifest = yaml.safe_load(rendered_yaml)
assert parsed_manifest == expected_parsed_manifest
def test_generate_sample_basic():
# Note: the sample integration tests are needfully large
# and difficult to eyeball parse. They are intended to be integration tests
# that catch errors in behavior that is emergent from combining smaller features
# or in features that are sufficiently small and trivial that it doesn't make sense
# to have standalone tests.
input_type = DummyMessage(
type="REQUEST TYPE",
fields={
"classify_request": DummyField(
message=DummyMessage(
type="CLASSIFY TYPE",
fields={
"video": DummyField(
message=DummyMessage(type="VIDEO TYPE"),
),
"location_annotation": DummyField(
message=DummyMessage(type="LOCATION TYPE"),
)
},
)
)
}
)
schema = DummyApiSchema(
{
"animalia.mollusca.v1.Mollusc": DummyService(
{
"Classify": DummyMethod(
input=input_type,
output=message_factory("$resp.taxonomy")
)
}
)
},
DummyNaming("molluscs-v1-mollusc")
)
sample = {"service": "animalia.mollusca.v1.Mollusc",
"rpc": "Classify",
"id": "mollusc_classify_sync",
"description": "Determine the full taxonomy of input mollusc",
"request": [
{"field": "classify_request.video",
"value": "'path/to/mollusc/video.mkv'",
"input_parameter": "video",
"value_is_file": True},
{"field": "classify_request.location_annotation",
"value": "'New Zealand'",
"input_parameter": "location"}
],
"response": [{"print": ["Mollusc is a %s", "$resp.taxonomy"]}]}
sample_str = samplegen.generate_sample(
sample, env, schema)
sample_id = ("mollusc_classify_sync")
expected_str = '''# TODO: add a copyright
# TODO: add a license
#
# DO NOT EDIT! This is a generated sample ("request", "%s")
#
# To install the latest published package dependency, execute the following:
# pip3 install molluscs-v1-mollusc
# [START %s]
def sample_classify(video, location):
"""Determine the full taxonomy of input mollusc"""
client = mollusca_v1.MolluscClient()
classify_request = {}
# video = 'path/to/mollusc/video.mkv'
with open(video, "rb") as f:
classify_request["video"] = f.read()
# location = 'New Zealand'
classify_request["location_annotation"] = location
response = client.classify(classify_request)
print("Mollusc is a {}".format(response.taxonomy))
# [END %s]
def main():
import argparse
parser = argparse.ArgumentParser()
parser.add_argument("--video",
type=str,
default='path/to/mollusc/video.mkv')
parser.add_argument("--location",
type=str,
default='New Zealand')
args = parser.parse_args()
sample_classify(args.video, args.location)
if __name__ == "__main__":
main()
''' % (sample_id, sample_id, sample_id)
assert sample_str == expected_str