def create_cord19_application_package():
app_package = ApplicationPackage(name="cord19")
app_package.schema.add_fields(
Field(name="id", type="string", indexing=["attribute", "summary"]),
Field(
name="title",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
)
app_package.schema.add_field_set(FieldSet(name="default",
fields=["title"]))
app_package.schema.add_rank_profile(
RankProfile(name="bm25", first_phase="bm25(title)"))
bert_config = BertModelConfig(
model_id="pretrained_bert_tiny",
tokenizer="google/bert_uncased_L-2_H-128_A-2",
model="google/bert_uncased_L-2_H-128_A-2",
query_input_size=5,
doc_input_size=10,
)
app_package.add_model_ranking(
model_config=bert_config,
include_model_summary_features=True,
inherits="default",
first_phase="bm25(title)",
second_phase=SecondPhaseRanking(rerank_count=10, expression="logit1"),
)
return app_package
def setUp(self) -> None:
self.app_package = ApplicationPackage(name="test_app")
self.app_package.schema.add_fields(
Field(name="id", type="string", indexing=["attribute", "summary"]),
Field(
name="title",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="body",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
)
self.app_package.schema.add_field_set(
FieldSet(name="default", fields=["title", "body"]))
self.app_package.schema.add_rank_profile(
RankProfile(name="default", first_phase="nativeRank(title, body)"))
self.app_package.schema.add_rank_profile(
RankProfile(
name="bm25",
first_phase="bm25(title) + bm25(body)",
inherits="default",
))
self.app_package.query_profile_type.add_fields(
QueryTypeField(
name="ranking.features.query(query_bert)",
type="tensor<float>(x[768])",
))
self.app_package.query_profile.add_fields(
QueryField(name="maxHits", value=100),
QueryField(name="anotherField", value="string_value"),
)
bert_config = BertModelConfig(
model_id="bert_tiny",
query_input_size=4,
doc_input_size=8,
tokenizer=os.path.join(os.environ["RESOURCES_DIR"],
"bert_tiny_tokenizer"),
model=os.path.join(os.environ["RESOURCES_DIR"], "bert_tiny_model"),
)
self.app_package.add_model_ranking(
model_config=bert_config,
include_model_summary_features=True,
inherits="default",
first_phase="bm25(title)",
second_phase=SecondPhaseRanking(rerank_count=10,
expression="logit1"),
)
def setUp(self) -> None:
#
# Create application package
#
self.app_package = ApplicationPackage(name="cord19")
self.app_package.schema.add_fields(
Field(name="cord_uid", type="string", indexing=["attribute", "summary"]),
Field(
name="title",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
)
self.app_package.schema.add_field_set(
FieldSet(name="default", fields=["title"])
)
self.app_package.schema.add_rank_profile(
RankProfile(name="bm25", first_phase="bm25(title)")
)
self.bert_config = BertModelConfig(
model_id="pretrained_bert_tiny",
tokenizer="google/bert_uncased_L-2_H-128_A-2",
model="google/bert_uncased_L-2_H-128_A-2",
query_input_size=5,
doc_input_size=10,
)
self.app_package.add_model_ranking(
model_config=self.bert_config,
include_model_summary_features=True,
inherits="default",
first_phase="bm25(title)",
second_phase=SecondPhaseRanking(rerank_count=10, expression="logit1"),
)
#
# Deploy on Vespa Cloud
#
self.vespa_cloud = VespaCloud(
tenant="vespa-team",
application="pyvespa-integration",
key_content=os.getenv("VESPA_CLOUD_USER_KEY").replace(r"\n", "\n"),
application_package=self.app_package,
)
self.disk_folder = os.path.join(os.getenv("WORK_DIR"), "sample_application")
self.instance_name = "test"
self.app = self.vespa_cloud.deploy(
instance=self.instance_name, disk_folder=self.disk_folder
)
def setUp(self) -> None:
test_schema = Schema(
name="msmarco",
document=Document(
fields=[
Field(name="id", type="string", indexing=["attribute", "summary"]),
Field(
name="title",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="body",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
]
),
fieldsets=[FieldSet(name="default", fields=["title", "body"])],
rank_profiles=[
RankProfile(name="default", first_phase="nativeRank(title, body)"),
RankProfile(
name="bm25",
first_phase="bm25(title) + bm25(body)",
inherits="default",
),
],
)
self.app_package = ApplicationPackage(name="test_app", schema=test_schema)
def setUp(self) -> None:
#
# Create application package
#
document = Document(
fields=[
Field(name="id", type="string", indexing=["attribute", "summary"]),
Field(
name="title",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="body",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="metadata",
type="string",
indexing=["attribute", "summary"],
attribute=["fast-search", "fast-access"],
),
Field(
name="tensor_field",
type="tensor<float>(x[128])",
indexing=["attribute"],
ann=HNSW(
distance_metric="euclidean",
max_links_per_node=16,
neighbors_to_explore_at_insert=200,
),
),
]
)
msmarco_schema = Schema(
name="msmarco",
document=document,
fieldsets=[FieldSet(name="default", fields=["title", "body"])],
rank_profiles=[
RankProfile(name="default", first_phase="nativeRank(title, body)")
],
)
app_package = ApplicationPackage(name="msmarco", schema=msmarco_schema)
#
# Deploy on Vespa Cloud
#
self.vespa_cloud = VespaCloud(
tenant="vespa-team",
application="pyvespa-integration",
key_content=os.getenv("VESPA_CLOUD_USER_KEY").replace(r"\n", "\n"),
application_package=app_package,
)
self.disk_folder = os.path.join(os.getenv("WORK_DIR"), "sample_application")
self.instance_name = "test"
self.app = self.vespa_cloud.deploy(
instance=self.instance_name, disk_folder=self.disk_folder
)
def setUp(self) -> None:
#
# Create application package
#
self.app_package = ApplicationPackage(name="cord19")
self.app_package.schema.add_fields(
Field(name="cord_uid",
type="string",
indexing=["attribute", "summary"]),
Field(
name="title",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
)
self.app_package.schema.add_field_set(
FieldSet(name="default", fields=["title"]))
self.app_package.schema.add_rank_profile(
RankProfile(name="bm25", first_phase="bm25(title)"))
self.bert_config = BertModelConfig(
model_id="pretrained_bert_tiny",
tokenizer="google/bert_uncased_L-2_H-128_A-2",
model="google/bert_uncased_L-2_H-128_A-2",
query_input_size=5,
doc_input_size=10,
)
self.app_package.add_model_ranking(
model_config=self.bert_config,
include_model_summary_features=True,
inherits="default",
first_phase="bm25(title)",
second_phase=SecondPhaseRanking(rerank_count=10,
expression="logit1"),
)
self.disk_folder = os.path.join(os.getenv("WORK_DIR"),
"sample_application")
self.vespa_docker = VespaDocker(port=8089)
self.app = self.vespa_docker.deploy(
application_package=self.app_package, disk_folder=self.disk_folder)
def setUp(self) -> None:
self.app_package = ApplicationPackage(name="test_app")
self.app_package.schema.add_fields(
Field(name="id", type="string", indexing=["attribute", "summary"]),
Field(
name="title",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="body",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="tensor_field",
type="tensor<float>(x[128])",
indexing=["attribute"],
attribute=["fast-search", "fast-access"],
ann=HNSW(
distance_metric="euclidean",
max_links_per_node=16,
neighbors_to_explore_at_insert=200,
),
),
)
self.app_package.schema.add_field_set(
FieldSet(name="default", fields=["title", "body"]))
self.app_package.schema.add_rank_profile(
RankProfile(name="default", first_phase="nativeRank(title, body)"))
self.app_package.schema.add_rank_profile(
RankProfile(
name="bm25",
first_phase="bm25(title) + bm25(body)",
inherits="default",
))
self.app_package.query_profile_type.add_fields(
QueryTypeField(
name="ranking.features.query(query_bert)",
type="tensor<float>(x[768])",
))
self.app_package.query_profile.add_fields(
QueryField(name="maxHits", value=100),
QueryField(name="anotherField", value="string_value"),
)
def setUp(self) -> None:
#
# Create application package
#
document = Document(fields=[
Field(name="id", type="string", indexing=["attribute", "summary"]),
Field(
name="title",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="body",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="metadata",
type="string",
indexing=["attribute", "summary"],
attribute=["fast-search", "fast-access"],
),
Field(
name="tensor_field",
type="tensor<float>(x[128])",
indexing=["attribute"],
ann=HNSW(
distance_metric="euclidean",
max_links_per_node=16,
neighbors_to_explore_at_insert=200,
),
),
])
msmarco_schema = Schema(
name="msmarco",
document=document,
fieldsets=[FieldSet(name="default", fields=["title", "body"])],
rank_profiles=[
RankProfile(name="default",
first_phase="nativeRank(title, body)")
],
)
self.app_package = ApplicationPackage(name="msmarco",
schema=msmarco_schema)
self.disk_folder = os.path.join(os.getenv("WORK_DIR"),
"sample_application")
def create_msmarco_application_package():
#
# Application package
#
document = Document(fields=[
Field(name="id", type="string", indexing=["attribute", "summary"]),
Field(
name="title",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="body",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="metadata",
type="string",
indexing=["attribute", "summary"],
attribute=["fast-search", "fast-access"],
),
Field(
name="tensor_field",
type="tensor<float>(x[128])",
indexing=["attribute", "index"],
ann=HNSW(
distance_metric="euclidean",
max_links_per_node=16,
neighbors_to_explore_at_insert=200,
),
),
])
msmarco_schema = Schema(
name="msmarco",
document=document,
fieldsets=[FieldSet(name="default", fields=["title", "body"])],
rank_profiles=[
RankProfile(name="default", first_phase="nativeRank(title, body)")
],
)
app_package = ApplicationPackage(name="msmarco", schema=[msmarco_schema])
return app_package
def test_application_package(self):
self.assertEqual(
self.app_package, ApplicationPackage.from_dict(self.app_package.to_dict)
)
indexing=["index", "summary"],
index="enable-bm25"),
Field(name="body",
type="string",
indexing=["index", "summary"],
index="enable-bm25")
])
from vespa.package import Schema, FieldSet, RankProfile
msmarco_schema = Schema(
name="msmarco",
document=document,
fieldsets=[FieldSet(name="default", fields=["title", "body"])],
rank_profiles=[
RankProfile(name="default", first_phase="nativeRank(title, body)")
])
from vespa.package import ApplicationPackage
app_package = ApplicationPackage(name="msmarco", schema=msmarco_schema)
from vespa.package import VespaDocker
path = "mnt/c/Users/User/OneDrive - NTNU/NTNU/Prosjekt oppgave NLP/"
name = "virke_denne_gangen/"
app_path = path + name
vespa_docker = VespaDocker()
vespa_docker.deploy(application_package=app_package, disk_folder=app_path)
class TestSimplifiedApplicationPackageAddBertRanking(unittest.TestCase):
def setUp(self) -> None:
self.app_package = ApplicationPackage(name="test_app")
self.app_package.schema.add_fields(
Field(name="id", type="string", indexing=["attribute", "summary"]),
Field(
name="title",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="body",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
)
self.app_package.schema.add_field_set(
FieldSet(name="default", fields=["title", "body"]))
self.app_package.schema.add_rank_profile(
RankProfile(name="default", first_phase="nativeRank(title, body)"))
self.app_package.schema.add_rank_profile(
RankProfile(
name="bm25",
first_phase="bm25(title) + bm25(body)",
inherits="default",
))
self.app_package.query_profile_type.add_fields(
QueryTypeField(
name="ranking.features.query(query_bert)",
type="tensor<float>(x[768])",
))
self.app_package.query_profile.add_fields(
QueryField(name="maxHits", value=100),
QueryField(name="anotherField", value="string_value"),
)
bert_config = BertModelConfig(
model_id="bert_tiny",
query_input_size=4,
doc_input_size=8,
tokenizer=os.path.join(os.environ["RESOURCES_DIR"],
"bert_tiny_tokenizer"),
model=os.path.join(os.environ["RESOURCES_DIR"], "bert_tiny_model"),
)
self.app_package.add_model_ranking(
model_config=bert_config,
include_model_summary_features=True,
inherits="default",
first_phase="bm25(title)",
second_phase=SecondPhaseRanking(rerank_count=10,
expression="logit1"),
)
def test_application_package(self):
self.assertEqual(
self.app_package,
ApplicationPackage.from_dict(self.app_package.to_dict))
def test_schema_to_text(self):
expected_result = (
"schema test_app {\n"
" document test_app {\n"
" field id type string {\n"
" indexing: attribute | summary\n"
" }\n"
" field title type string {\n"
" indexing: index | summary\n"
" index: enable-bm25\n"
" }\n"
" field body type string {\n"
" indexing: index | summary\n"
" index: enable-bm25\n"
" }\n"
" field bert_tiny_doc_token_ids type tensor<float>(d0[7]) {\n"
" indexing: attribute | summary\n"
" }\n"
" }\n"
" fieldset default {\n"
" fields: title, body\n"
" }\n"
" onnx-model bert_tiny {\n"
" file: files/bert_tiny.onnx\n"
" input input_ids: input_ids\n"
" input token_type_ids: token_type_ids\n"
" input attention_mask: attention_mask\n"
" output output_0: logits\n"
" }\n"
" rank-profile default {\n"
" first-phase {\n"
" expression: nativeRank(title, body)\n"
" }\n"
" }\n"
" rank-profile bm25 inherits default {\n"
" first-phase {\n"
" expression: bm25(title) + bm25(body)\n"
" }\n"
" }\n"
" rank-profile bert_tiny inherits default {\n"
" constants {\n"
" TOKEN_NONE: 0\n"
" TOKEN_CLS: 101\n"
" TOKEN_SEP: 102\n"
" }\n"
" function question_length() {\n"
" expression {\n"
" sum(map(query(bert_tiny_query_token_ids), f(a)(a > 0)))\n"
" }\n"
" }\n"
" function doc_length() {\n"
" expression {\n"
" sum(map(attribute(bert_tiny_doc_token_ids), f(a)(a > 0)))\n"
" }\n"
" }\n"
" function input_ids() {\n"
" expression {\n"
" tokenInputIds(12, query(bert_tiny_query_token_ids), attribute(bert_tiny_doc_token_ids))\n"
" }\n"
" }\n"
" function attention_mask() {\n"
" expression {\n"
" tokenAttentionMask(12, query(bert_tiny_query_token_ids), attribute(bert_tiny_doc_token_ids))\n"
" }\n"
" }\n"
" function token_type_ids() {\n"
" expression {\n"
" tokenTypeIds(12, query(bert_tiny_query_token_ids), attribute(bert_tiny_doc_token_ids))\n"
" }\n"
" }\n"
" function logit0() {\n"
" expression {\n"
" onnx(bert_tiny).logits{d0:0,d1:0}\n"
" }\n"
" }\n"
" function logit1() {\n"
" expression {\n"
" onnx(bert_tiny).logits{d0:0,d1:1}\n"
" }\n"
" }\n"
" first-phase {\n"
" expression: bm25(title)\n"
" }\n"
" second-phase {\n"
" rerank-count: 10\n"
" expression: logit1\n"
" }\n"
" summary-features {\n"
" logit0\n"
" logit1\n"
" input_ids\n"
" attention_mask\n"
" token_type_ids\n"
" }\n"
" }\n"
"}")
self.assertEqual(self.app_package.schema_to_text, expected_result)
def test_hosts_to_text(self):
expected_result = (
'<?xml version="1.0" encoding="utf-8" ?>\n'
"<!-- Copyright 2019 Oath Inc. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root. -->\n"
"<hosts>\n"
' <host name="localhost">\n'
" <alias>node1</alias>\n"
" </host>\n"
"</hosts>")
self.assertEqual(self.app_package.hosts_to_text, expected_result)
def test_services_to_text(self):
expected_result = (
'<?xml version="1.0" encoding="UTF-8"?>\n'
'<services version="1.0">\n'
' <container id="test_app_container" version="1.0">\n'
" <search></search>\n"
" <document-api></document-api>\n"
" </container>\n"
' <content id="test_app_content" version="1.0">\n'
' <redundancy reply-after="1">1</redundancy>\n'
" <documents>\n"
' <document type="test_app" mode="index"></document>\n'
" </documents>\n"
" <nodes>\n"
' <node distribution-key="0" hostalias="node1"></node>\n'
" </nodes>\n"
" </content>\n"
"</services>")
self.assertEqual(self.app_package.services_to_text, expected_result)
def test_query_profile_to_text(self):
expected_result = (
'<query-profile id="default" type="root">\n'
' <field name="maxHits">100</field>\n'
' <field name="anotherField">string_value</field>\n'
"</query-profile>")
self.assertEqual(self.app_package.query_profile_to_text,
expected_result)
def test_query_profile_type_to_text(self):
expected_result = (
'<query-profile-type id="root">\n'
' <field name="ranking.features.query(query_bert)" type="tensor<float>(x[768])" />\n'
' <field name="ranking.features.query(bert_tiny_query_token_ids)" type="tensor<float>(d0[2])" />\n'
"</query-profile-type>")
self.assertEqual(self.app_package.query_profile_type_to_text,
expected_result)
def setUp(self) -> None:
test_schema = Schema(
name="msmarco",
document=Document(fields=[
Field(name="id",
type="string",
indexing=["attribute", "summary"]),
Field(
name="title",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="body",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
Field(
name="embedding",
type="tensor<float>(x[128])",
indexing=["attribute", "summary"],
attribute=["fast-search", "fast-access"],
),
]),
fieldsets=[FieldSet(name="default", fields=["title", "body"])],
rank_profiles=[
RankProfile(name="default",
first_phase="nativeRank(title, body)"),
RankProfile(
name="bm25",
first_phase="bm25(title) + bm25(body)",
inherits="default",
),
RankProfile(
name="bert",
first_phase="bm25(title) + bm25(body)",
second_phase=SecondPhaseRanking(
rerank_count=10,
expression="sum(onnx(bert).logits{d0:0,d1:0})"),
inherits="default",
constants={
"TOKEN_NONE": 0,
"TOKEN_CLS": 101,
"TOKEN_SEP": 102
},
functions=[
Function(
name="question_length",
expression=
"sum(map(query(query_token_ids), f(a)(a > 0)))",
),
Function(
name="doc_length",
expression=
"sum(map(attribute(doc_token_ids), f(a)(a > 0)))",
),
Function(
name="input_ids",
expression="tensor<float>(d0[1],d1[128])(\n"
" if (d1 == 0,\n"
" TOKEN_CLS,\n"
" if (d1 < question_length + 1,\n"
" query(query_token_ids){d0:(d1-1)},\n"
" if (d1 == question_length + 1,\n"
" TOKEN_SEP,\n"
" if (d1 < question_length + doc_length + 2,\n"
" attribute(doc_token_ids){d0:(d1-question_length-2)},\n"
" if (d1 == question_length + doc_length + 2,\n"
" TOKEN_SEP,\n"
" TOKEN_NONE\n"
" ))))))",
),
Function(
name="attention_mask",
expression="map(input_ids, f(a)(a > 0))",
),
Function(
name="token_type_ids",
expression="tensor<float>(d0[1],d1[128])(\n"
" if (d1 < question_length,\n"
" 0,\n"
" if (d1 < question_length + doc_length,\n"
" 1,\n"
" TOKEN_NONE\n"
" )))",
),
],
summary_features=[
"onnx(bert).logits",
"input_ids",
"attention_mask",
"token_type_ids",
],
),
],
models=[
OnnxModel(
model_name="bert",
model_file_path="bert.onnx",
inputs={
"input_ids": "input_ids",
"token_type_ids": "token_type_ids",
"attention_mask": "attention_mask",
},
outputs={"logits": "logits"},
)
],
)
test_query_profile_type = QueryProfileType(fields=[
QueryTypeField(
name="ranking.features.query(query_bert)",
type="tensor<float>(x[768])",
)
])
test_query_profile = QueryProfile(fields=[
QueryField(name="maxHits", value=100),
QueryField(name="anotherField", value="string_value"),
])
self.app_package = ApplicationPackage(
name="test_app",
schema=test_schema,
query_profile=test_query_profile,
query_profile_type=test_query_profile_type,
)
class TestOnnxModelDockerDeployment(unittest.TestCase):
def setUp(self) -> None:
#
# Create application package
#
self.app_package = ApplicationPackage(name="cord19")
self.app_package.schema.add_fields(
Field(name="cord_uid",
type="string",
indexing=["attribute", "summary"]),
Field(
name="title",
type="string",
indexing=["index", "summary"],
index="enable-bm25",
),
)
self.app_package.schema.add_field_set(
FieldSet(name="default", fields=["title"]))
self.app_package.schema.add_rank_profile(
RankProfile(name="bm25", first_phase="bm25(title)"))
self.bert_config = BertModelConfig(
model_id="pretrained_bert_tiny",
tokenizer="google/bert_uncased_L-2_H-128_A-2",
model="google/bert_uncased_L-2_H-128_A-2",
query_input_size=5,
doc_input_size=10,
)
self.app_package.add_model_ranking(
model_config=self.bert_config,
include_model_summary_features=True,
inherits="default",
first_phase="bm25(title)",
second_phase=SecondPhaseRanking(rerank_count=10,
expression="logit1"),
)
self.disk_folder = os.path.join(os.getenv("WORK_DIR"),
"sample_application")
self.vespa_docker = VespaDocker(port=8089)
self.app = self.vespa_docker.deploy(
application_package=self.app_package, disk_folder=self.disk_folder)
def test_deploy(self):
self.assertTrue(
any(
re.match("Generation: [0-9]+", line)
for line in self.app.deployment_message))
self.assertEqual(self.app.get_application_status().status_code, 200)
def test_data_operation(self):
#
# Get data that does not exist
#
self.assertEqual(
self.app.get_data(schema="cord19", data_id="1").status_code, 404)
#
# Feed a data point
#
fields = {
"cord_uid": "1",
"title": "this is my first title",
}
fields.update(self.bert_config.doc_fields(text=str(fields["title"])))
response = self.app.feed_data_point(
schema="cord19",
data_id="1",
fields=fields,
)
self.assertEqual(response.json()["id"], "id:cord19:cord19::1")
#
# Get data that exist
#
response = self.app.get_data(schema="cord19", data_id="1")
self.assertEqual(response.status_code, 200)
embedding_values = fields["pretrained_bert_tiny_doc_token_ids"][
"values"]
self.assertDictEqual(
response.json(),
{
"fields": {
"cord_uid": "1",
"title": "this is my first title",
"pretrained_bert_tiny_doc_token_ids": {
"cells": [{
"address": {
"d0": str(x)
},
"value": float(embedding_values[x]),
} for x in range(len(embedding_values))]
},
},
"id": "id:cord19:cord19::1",
"pathId": "/document/v1/cord19/cord19/docid/1",
},
)
#
# Update data
#
fields = {"title": "this is my updated title"}
fields.update(self.bert_config.doc_fields(text=str(fields["title"])))
response = self.app.update_data(schema="cord19",
data_id="1",
fields=fields)
self.assertEqual(response.json()["id"], "id:cord19:cord19::1")
#
# Get the updated data point
#
response = self.app.get_data(schema="cord19", data_id="1")
self.assertEqual(response.status_code, 200)
embedding_values = fields["pretrained_bert_tiny_doc_token_ids"][
"values"]
self.assertDictEqual(
response.json(),
{
"fields": {
"cord_uid": "1",
"title": "this is my updated title",
"pretrained_bert_tiny_doc_token_ids": {
"cells": [{
"address": {
"d0": str(x)
},
"value": float(embedding_values[x]),
} for x in range(len(embedding_values))]
},
},
"id": "id:cord19:cord19::1",
"pathId": "/document/v1/cord19/cord19/docid/1",
},
)
#
# Delete a data point
#
response = self.app.delete_data(schema="cord19", data_id="1")
self.assertEqual(response.json()["id"], "id:cord19:cord19::1")
#
# Deleted data should be gone
#
self.assertEqual(
self.app.get_data(schema="cord19", data_id="1").status_code, 404)
def _parse_vespa_tensor(self, hit, feature):
return [
x["value"]
for x in hit["fields"]["summaryfeatures"][feature]["cells"]
]
def test_rank_input_output(self):
#
# Feed a data point
#
fields = {
"cord_uid": "1",
"title": "this is my first title",
}
fields.update(self.bert_config.doc_fields(text=str(fields["title"])))
response = self.app.feed_data_point(
schema="cord19",
data_id="1",
fields=fields,
)
self.assertEqual(response.json()["id"], "id:cord19:cord19::1")
#
# Run a test query
#
result = self.app.query(
query="this is a test",
query_model=QueryModel(
query_properties=[
QueryRankingFeature(
name=self.bert_config.query_token_ids_name,
mapping=self.bert_config.query_tensor_mapping,
)
],
match_phase=OR(),
rank_profile=Ranking(name="pretrained_bert_tiny"),
),
)
vespa_input_ids = self._parse_vespa_tensor(
result.hits[0], "rankingExpression(input_ids)")
vespa_attention_mask = self._parse_vespa_tensor(
result.hits[0], "rankingExpression(attention_mask)")
vespa_token_type_ids = self._parse_vespa_tensor(
result.hits[0], "rankingExpression(token_type_ids)")
expected_inputs = self.bert_config.create_encodings(
queries=["this is a test"], docs=["this is my first title"])
self.assertEqual(vespa_input_ids, expected_inputs["input_ids"][0])
self.assertEqual(vespa_attention_mask,
expected_inputs["attention_mask"][0])
self.assertEqual(vespa_token_type_ids,
expected_inputs["token_type_ids"][0])
expected_logits = self.bert_config.predict(
queries=["this is a test"], docs=["this is my first title"])
self.assertAlmostEqual(
result.hits[0]["fields"]["summaryfeatures"]
["rankingExpression(logit0)"],
expected_logits[0][0],
5,
)
self.assertAlmostEqual(
result.hits[0]["fields"]["summaryfeatures"]
["rankingExpression(logit1)"],
expected_logits[0][1],
5,
)
def tearDown(self) -> None:
shutil.rmtree(self.disk_folder, ignore_errors=True)
self.vespa_docker.container.stop()
self.vespa_docker.container.remove()