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api.spec.ts
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import { assert, config, expect } from "chai";
import * as fs from "fs-extra";
import Long from "long";
import * as path from "path";
import { anyString, anything, instance, mock, verify, when } from "ts-mockito";
import { Builder, credentials, prune, Runner } from "df/cli/api";
import { IDbAdapter } from "df/cli/api/dbadapters";
import { BigQueryDbAdapter } from "df/cli/api/dbadapters/bigquery";
import { sleep, sleepUntil } from "df/common/promises";
import { equals } from "df/common/protos";
import { targetAsReadableString } from "df/core/targets";
import { dataform } from "df/protos/ts";
import { suite, test } from "df/testing";
import { TmpDirFixture } from "df/testing/fixtures";
import { asPlainObject, cleanSql } from "df/tests/utils";
config.truncateThreshold = 0;
suite("@dataform/api", () => {
// c +-> b +-> a
// ^
// d
// Made with asciiflow.com
const TEST_GRAPH: dataform.ICompiledGraph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery" },
tables: [
{
type: "table",
target: {
schema: "schema",
name: "a"
},
query: "query",
dependencyTargets: [{ schema: "schema", name: "b" }]
},
{
type: "table",
target: {
schema: "schema",
name: "b"
},
query: "query",
dependencyTargets: [{ schema: "schema", name: "c" }],
disabled: true
},
{
type: "table",
target: {
schema: "schema",
name: "c"
},
query: "query"
}
],
assertions: [
{
target: {
schema: "schema",
name: "d"
},
parentAction: {
schema: "schema",
name: "b"
}
}
]
});
const TEST_STATE = dataform.WarehouseState.create({ tables: [] });
suite("build", () => {
test("exclude_disabled", () => {
const builder = new Builder(TEST_GRAPH, { includeDependencies: true }, TEST_STATE);
const executionGraph = builder.build();
const actionA = executionGraph.actions.find(
n => targetAsReadableString(n.target) === "schema.a"
);
const actionB = executionGraph.actions.find(
n => targetAsReadableString(n.target) === "schema.b"
);
const actionC = executionGraph.actions.find(
n => targetAsReadableString(n.target) === "schema.c"
);
assert.exists(actionA);
assert.exists(actionB);
assert.exists(actionC);
expect(actionA.tasks.length).greaterThan(0);
expect(actionB.tasks).deep.equal([]);
expect(actionC.tasks.length).greaterThan(0);
});
test("build_with_errors", () => {
expect(() => {
const graphWithErrors: dataform.ICompiledGraph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery" },
graphErrors: { compilationErrors: [{ message: "Some critical error" }] },
tables: [{ target: { schema: "schema", name: "a" } }]
});
const builder = new Builder(graphWithErrors, {}, TEST_STATE);
builder.build();
}).to.throw();
});
test("trying to fully refresh a protected dataset fails", () => {
const testGraph = dataform.CompiledGraph.create(TEST_GRAPH);
testGraph.tables[0].protected = true;
const builder = new Builder(TEST_GRAPH, { fullRefresh: true }, TEST_STATE);
expect(() => builder.build()).to.throw();
});
test("action_types", () => {
const graph: dataform.ICompiledGraph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery" },
tables: [
{ target: { schema: "schema", name: "a" }, type: "table" },
{
target: { schema: "schema", name: "b" },
type: "incremental",
where: "test"
},
{ target: { schema: "schema", name: "c" }, type: "view" }
],
operations: [
{
target: { schema: "schema", name: "d" },
queries: ["create or replace view schema.someview as select 1 as test"]
}
],
assertions: [{ target: { schema: "schema", name: "e" } }]
});
const builder = new Builder(graph, {}, TEST_STATE);
const executedGraph = builder.build();
expect(executedGraph.actions.length).greaterThan(0);
graph.tables.forEach((t: dataform.ITable) => {
const action = executedGraph.actions.find(item =>
equals(dataform.Target, item.target, t.target)
);
expect(action).to.include({ type: "table", target: t.target, tableType: t.type });
});
graph.operations.forEach((o: dataform.IOperation) => {
const action = executedGraph.actions.find(item =>
equals(dataform.Target, item.target, o.target)
);
expect(action).to.include({ type: "operation", target: o.target });
});
graph.assertions.forEach((a: dataform.IAssertion) => {
const action = executedGraph.actions.find(item =>
equals(dataform.Target, item.target, a.target)
);
expect(action).to.include({ type: "assertion" });
});
});
test("table_enum_types", () => {
const graph: dataform.ICompiledGraph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery" },
tables: [
{ target: { schema: "schema", name: "a" }, enumType: dataform.TableType.TABLE },
{
target: { schema: "schema", name: "b" },
enumType: dataform.TableType.INCREMENTAL,
where: "test"
},
{ target: { schema: "schema", name: "c" }, enumType: dataform.TableType.VIEW }
]
});
const builder = new Builder(graph, {}, TEST_STATE);
const executedGraph = builder.build();
expect(executedGraph.actions.length).greaterThan(0);
graph.tables.forEach((t: dataform.ITable) => {
const action = executedGraph.actions.find(item =>
equals(dataform.Target, item.target, t.target)
);
expect(action).to.include({
type: "table",
target: t.target,
tableType: dataform.TableType[t.enumType].toLowerCase()
});
});
});
test("table_enum_and_str_types_should_match", () => {
const graph: dataform.ICompiledGraph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery" },
tables: [
{
target: { schema: "schema", name: "a" },
enumType: dataform.TableType.TABLE,
type: "incremental"
}
]
});
expect(() => new Builder(graph, {}, TEST_STATE)).to.throw(
/Table str type "incremental" and enumType "table" are not equivalent/
);
});
suite("pre and post ops", () => {
for (const warehouse of ["bigquery"]) {
const graph: dataform.ICompiledGraph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery" },
tables: [
{
target: { schema: "schema", name: "a" },
type: "incremental",
query: "foo",
incrementalQuery: "incremental foo",
preOps: ["preOp"],
incrementalPreOps: ["incremental preOp"],
postOps: ["postOp"],
incrementalPostOps: ["incremental postOp"]
}
],
dataformCoreVersion: "1.4.9"
});
test(`${warehouse} when running non incrementally`, () => {
const action = new Builder(graph, {}, TEST_STATE).build().actions[0];
expect(action.tasks).eql([
dataform.ExecutionTask.create({
type: "statement",
statement: "preOp\n;\ncreate or replace table `schema.a` as foo\n;\npostOp"
})
]);
});
test(`${warehouse} when running incrementally`, () => {
const action = new Builder(
graph,
{},
dataform.WarehouseState.create({
tables: [{ target: graph.tables[0].target, fields: [] }]
})
).build().actions[0];
expect(action.tasks).eql([
dataform.ExecutionTask.create({
type: "statement",
statement:
"incremental preOp\n;\ndrop view if exists `schema.a`\n;\ninsert into `schema.a`\t\n()\t\nselect \t\nfrom (incremental foo) as insertions\n;\nincremental postOp"
})
]);
});
}
});
});
suite("prune", () => {
// +-> op_b
// op_a +-+
// +-> op_c
//
// op_d +---> tab_a
const TEST_GRAPH_WITH_TAGS: dataform.ICompiledGraph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery", defaultLocation: "US" },
operations: [
{
target: { schema: "schema", name: "op_a" },
tags: ["tag1"],
queries: ["create or replace view schema.someview as select 1 as test"]
},
{
target: { schema: "schema", name: "op_b" },
dependencyTargets: [{ schema: "schema", name: "op_a" }],
tags: ["tag2"],
queries: ["create or replace view schema.someview as select 1 as test"]
},
{
target: { schema: "schema", name: "op_c" },
dependencyTargets: [{ schema: "schema", name: "op_a" }],
tags: ["tag3"],
queries: ["create or replace view schema.someview as select 1 as test"]
},
{
target: { schema: "schema", name: "op_d" },
tags: ["tag3"],
queries: ["create or replace view schema.someview as select 1 as test"]
}
],
tables: [
{
target: { schema: "schema", name: "tab_a" },
dependencyTargets: [{ schema: "schema", name: "op_d" }],
tags: ["tag1", "tag2"]
}
]
});
test("prune actions with --tags (with dependencies)", () => {
const prunedGraph = prune(TEST_GRAPH_WITH_TAGS, {
actions: ["op_b", "op_d"],
tags: ["tag1", "tag2", "tag4"],
includeDependencies: true
});
const actionNames = [
...prunedGraph.tables.map(action => targetAsReadableString(action.target)),
...prunedGraph.operations.map(action => targetAsReadableString(action.target))
];
expect(actionNames).includes("schema.op_a");
expect(actionNames).includes("schema.op_b");
expect(actionNames).not.includes("schema.op_c");
expect(actionNames).includes("schema.op_d");
expect(actionNames).includes("schema.tab_a");
});
test("prune actions with --tags (with dependents)", () => {
const prunedGraph = prune(TEST_GRAPH_WITH_TAGS, {
tags: ["tag2"],
includeDependents: true
});
const actionNames = [
...prunedGraph.tables.map(action => targetAsReadableString(action.target)),
...prunedGraph.operations.map(action => targetAsReadableString(action.target))
];
expect(actionNames).not.includes("schema.op_a");
expect(actionNames).includes("schema.op_b");
expect(actionNames).not.includes("schema.op_c");
expect(actionNames).not.includes("schema.op_d");
expect(actionNames).includes("schema.tab_a");
});
test("prune actions with dependents", () => {
const prunedGraph = prune(TEST_GRAPH, {
actions: ["schema.c"],
includeDependents: true
});
const actionNames = [
...prunedGraph.tables.map(action => targetAsReadableString(action.target)),
...prunedGraph.operations.map(action => targetAsReadableString(action.target))
];
expect(actionNames).includes("schema.a");
expect(actionNames).includes("schema.b");
expect(actionNames).includes("schema.c");
});
test("prune actions with --tags but without --actions (without dependencies or dependents)", () => {
const prunedGraph = prune(TEST_GRAPH_WITH_TAGS, {
tags: ["tag1", "tag2", "tag4"],
includeDependencies: false,
includeDependents: false
});
const actionNames = [
...prunedGraph.tables.map(action => targetAsReadableString(action.target)),
...prunedGraph.operations.map(action => targetAsReadableString(action.target))
];
expect(actionNames).includes("schema.op_a");
expect(actionNames).includes("schema.op_b");
expect(actionNames).not.includes("schema.op_c");
expect(actionNames).not.includes("schema.op_d");
expect(actionNames).includes("schema.tab_a");
});
test("prune actions with --actions with dependencies", () => {
const prunedGraph = prune(TEST_GRAPH, { actions: ["schema.a"], includeDependencies: true });
const actionNames = [
...prunedGraph.tables.map(action => targetAsReadableString(action.target)),
...prunedGraph.operations.map(action => targetAsReadableString(action.target)),
...prunedGraph.assertions.map(action => targetAsReadableString(action.target))
];
expect(actionNames).includes("schema.a");
expect(actionNames).includes("schema.b");
});
test("prune actions with --actions without dependencies", () => {
const prunedGraph = prune(TEST_GRAPH, { actions: ["schema.a"], includeDependencies: false });
const actionNames = [
...prunedGraph.tables.map(action => targetAsReadableString(action.target)),
...prunedGraph.operations.map(action => targetAsReadableString(action.target)),
...prunedGraph.assertions.map(action => targetAsReadableString(action.target))
];
expect(actionNames).includes("schema.a");
expect(actionNames).not.includes("schema.b");
expect(actionNames).not.includes("schema.d");
});
});
suite("sql_generating", () => {
test("bigquery_incremental", () => {
const graph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery", defaultDatabase: "deeb", defaultLocation: "US" },
tables: [
{
target: {
schema: "schema",
name: "incremental"
},
type: "incremental",
query: "select 1 as test",
where: "true"
}
]
});
const state = dataform.WarehouseState.create({
tables: [
{
target: {
schema: "schema",
name: "incremental"
},
type: dataform.TableMetadata.Type.TABLE,
fields: [
{
name: "existing_field"
}
]
}
]
});
const executionGraph = new Builder(graph, {}, state).build();
expect(
cleanSql(
executionGraph.actions.filter(
n => targetAsReadableString(n.target) === "schema.incremental"
)[0].tasks[0].statement
)
).equals(
cleanSql(
`insert into \`deeb.schema.incremental\` (\`existing_field\`)
select \`existing_field\` from (
select * from (select 1 as test) as subquery
where true
) as insertions`
)
);
});
test("bigquery_materialized", () => {
const testGraph: dataform.ICompiledGraph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery", defaultDatabase: "deeb", defaultLocation: "US" },
tables: [
{
target: {
schema: "schema",
name: "materialized"
},
type: "view",
query: "select 1 as test",
materialized: true
},
{
target: {
schema: "schema",
name: "plain"
},
type: "view",
query: "select 1 as test"
}
]
});
const expectedExecutionActions: dataform.IExecutionAction[] = [
{
type: "table",
tableType: "view",
target: {
schema: "schema",
name: "materialized"
},
tasks: [
{
type: "statement",
statement:
"create or replace materialized view `deeb.schema.materialized` as select 1 as test"
}
],
dependencyTargets: [],
hermeticity: dataform.ActionHermeticity.HERMETIC
},
{
type: "table",
tableType: "view",
target: {
schema: "schema",
name: "plain"
},
tasks: [
{
type: "statement",
statement: "create or replace view `deeb.schema.plain` as select 1 as test"
}
],
dependencyTargets: [],
hermeticity: dataform.ActionHermeticity.HERMETIC
}
];
const executionGraph = new Builder(testGraph, {}, dataform.WarehouseState.create({})).build();
expect(asPlainObject(executionGraph.actions)).deep.equals(
asPlainObject(expectedExecutionActions)
);
});
test("bigquery_partitionby", () => {
const testGraph: dataform.ICompiledGraph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery", defaultDatabase: "deeb", defaultLocation: "US" },
tables: [
{
target: {
schema: "schema",
name: "partitionby"
},
type: "table",
query: "select 1 as test",
bigquery: {
partitionBy: "DATE(test)",
clusterBy: []
}
},
{
target: {
schema: "schema",
name: "plain"
},
type: "table",
query: "select 1 as test"
}
]
});
const expectedExecutionActions: dataform.IExecutionAction[] = [
{
type: "table",
tableType: "table",
target: {
schema: "schema",
name: "partitionby"
},
tasks: [
{
type: "statement",
statement:
"create or replace table `deeb.schema.partitionby` partition by DATE(test) as select 1 as test"
}
],
dependencyTargets: [],
hermeticity: dataform.ActionHermeticity.HERMETIC
},
{
type: "table",
tableType: "table",
target: {
schema: "schema",
name: "plain"
},
tasks: [
{
type: "statement",
statement: "create or replace table `deeb.schema.plain` as select 1 as test"
}
],
dependencyTargets: [],
hermeticity: dataform.ActionHermeticity.HERMETIC
}
];
const executionGraph = new Builder(testGraph, {}, dataform.WarehouseState.create({})).build();
expect(asPlainObject(executionGraph.actions)).deep.equals(
asPlainObject(expectedExecutionActions)
);
});
test("bigquery_options", () => {
const testGraph: dataform.ICompiledGraph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery", defaultDatabase: "deeb", defaultLocation: "US" },
tables: [
{
target: {
schema: "schema",
name: "partitionby"
},
type: "table",
query: "select 1 as test",
bigquery: {
partitionBy: "DATE(test)",
clusterBy: [],
partitionExpirationDays: 1,
requirePartitionFilter: true
}
},
{
target: {
schema: "schema",
name: "plain"
},
type: "table",
query: "select 1 as test"
}
]
});
const expectedExecutionActions: dataform.IExecutionAction[] = [
{
type: "table",
tableType: "table",
target: {
schema: "schema",
name: "partitionby"
},
tasks: [
{
type: "statement",
statement:
"create or replace table `deeb.schema.partitionby` partition by DATE(test) OPTIONS(partition_expiration_days=1,require_partition_filter=true)as select 1 as test"
}
],
dependencyTargets: [],
hermeticity: dataform.ActionHermeticity.HERMETIC
},
{
type: "table",
tableType: "table",
target: {
schema: "schema",
name: "plain"
},
tasks: [
{
type: "statement",
statement: "create or replace table `deeb.schema.plain` as select 1 as test"
}
],
dependencyTargets: [],
hermeticity: dataform.ActionHermeticity.HERMETIC
}
];
const executionGraph = new Builder(testGraph, {}, dataform.WarehouseState.create({})).build();
expect(asPlainObject(executionGraph.actions)).deep.equals(
asPlainObject(expectedExecutionActions)
);
});
test("bigquery_clusterby", () => {
const testGraph: dataform.ICompiledGraph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery", defaultDatabase: "deeb", defaultLocation: "US" },
tables: [
{
target: {
schema: "schema",
name: "partitionby"
},
type: "table",
query: "select 1 as test",
bigquery: {
partitionBy: "DATE(test)",
clusterBy: ["name", "revenue"]
}
},
{
target: {
schema: "schema",
name: "plain"
},
type: "table",
query: "select 1 as test"
}
]
});
const expectedExecutionActions: dataform.IExecutionAction[] = [
{
type: "table",
tableType: "table",
target: {
schema: "schema",
name: "partitionby"
},
tasks: [
{
type: "statement",
statement:
"create or replace table `deeb.schema.partitionby` partition by DATE(test) cluster by name, revenue as select 1 as test"
}
],
dependencyTargets: [],
hermeticity: dataform.ActionHermeticity.HERMETIC
},
{
type: "table",
tableType: "table",
target: {
schema: "schema",
name: "plain"
},
tasks: [
{
type: "statement",
statement: "create or replace table `deeb.schema.plain` as select 1 as test"
}
],
dependencyTargets: [],
hermeticity: dataform.ActionHermeticity.HERMETIC
}
];
const executionGraph = new Builder(testGraph, {}, dataform.WarehouseState.create({})).build();
expect(asPlainObject(executionGraph.actions)).deep.equals(
asPlainObject(expectedExecutionActions)
);
});
test("bigquery_additional_options", () => {
const testGraph: dataform.ICompiledGraph = dataform.CompiledGraph.create({
projectConfig: { warehouse: "bigquery", defaultDatabase: "deeb", defaultLocation: "US" },
tables: [
{
target: {
schema: "schema",
name: "additional_options"
},
type: "table",
query: "select 1 as test",
bigquery: {
additionalOptions: {
partition_expiration_days: "1",
require_partition_filter: "true",
friendly_name: '"friendlyName"'
}
}
},
{
target: {
schema: "schema",
name: "plain"
},
type: "table",
query: "select 1 as test"
}
]
});
const expectedExecutionActions: dataform.IExecutionAction[] = [
{
type: "table",
tableType: "table",
target: {
schema: "schema",
name: "additional_options"
},
tasks: [
{
type: "statement",
statement:
'create or replace table `deeb.schema.additional_options` OPTIONS(partition_expiration_days=1,require_partition_filter=true,friendly_name="friendlyName")as select 1 as test'
}
],
dependencyTargets: [],
hermeticity: dataform.ActionHermeticity.HERMETIC
},
{
type: "table",
tableType: "table",
target: {
schema: "schema",
name: "plain"
},
tasks: [
{
type: "statement",
statement: "create or replace table `deeb.schema.plain` as select 1 as test"
}
],
dependencyTargets: [],
hermeticity: dataform.ActionHermeticity.HERMETIC
}
];
const executionGraph = new Builder(testGraph, {}, dataform.WarehouseState.create({})).build();
expect(asPlainObject(executionGraph.actions)).deep.equals(
asPlainObject(expectedExecutionActions)
);
});
});
suite("credentials_config", ({ afterEach }) => {
const tmpDirFixture = new TmpDirFixture(afterEach);
test("bigquery blank credentials file", () => {
const projectDir = tmpDirFixture.createNewTmpDir();
const credentialsPath = path.join(projectDir, "credentials.json");
fs.writeFileSync(credentialsPath, "");
expect(() => credentials.read(credentialsPath)).to.throw(
/Error reading credentials file: Unexpected end of JSON input/
);
});
test("bigquery empty credentials file", () => {
const projectDir = tmpDirFixture.createNewTmpDir();
const credentialsPath = path.join(projectDir, "credentials.json");
fs.writeFileSync(credentialsPath, "{}");
expect(() => credentials.read(credentialsPath)).to.throw(
/Error reading credentials file: the projectId field is required/
);
});
});
suite("run", () => {
const RUN_TEST_GRAPH: dataform.IExecutionGraph = dataform.ExecutionGraph.create({
projectConfig: {
warehouse: "bigquery",
defaultSchema: "foo",
assertionSchema: "bar",
defaultDatabase: "database",
defaultLocation: "US"
},
runConfig: {
fullRefresh: true
},
warehouseState: {
tables: [
{
type: dataform.TableMetadata.Type.TABLE,
target: {
schema: "schema1",
name: "target1"
}
}
]
},
actions: [
{
tasks: [
{
type: "executionTaskType",
statement: "SELECT foo FROM bar"
},
{
type: "executionTaskType",
statement: "SELECT 42"
}
],
type: "table",
target: {
schema: "schema1",
name: "target1"
},
tableType: "someTableType",
dependencyTargets: []
},
{
tasks: [
{
type: "executionTaskType2",
statement: "SELECT bar FROM baz"
}
],
type: "assertion",
target: {
database: "database2",
schema: "schema2",
name: "target2"
},
tableType: "someTableType",
dependencyTargets: [
{
schema: "schema1",
name: "target1"
}
]
}
]
});
const EXPECTED_RUN_RESULT = dataform.RunResult.create({
status: dataform.RunResult.ExecutionStatus.FAILED,
actions: [
{
target: RUN_TEST_GRAPH.actions[0].target,
tasks: [
{
status: dataform.TaskResult.ExecutionStatus.SUCCESSFUL,
metadata: {
bigquery: {
jobId: "abc",
totalBytesBilled: Long.fromNumber(0),
totalBytesProcessed: Long.fromNumber(0)
}
}
},
{
status: dataform.TaskResult.ExecutionStatus.SUCCESSFUL,
metadata: {}
}
],
status: dataform.ActionResult.ExecutionStatus.SUCCESSFUL
},
{
target: RUN_TEST_GRAPH.actions[1].target,
tasks: [
{
status: dataform.TaskResult.ExecutionStatus.FAILED,
metadata: {},
errorMessage: "bigquery error: bad statement"
}
],
status: dataform.ActionResult.ExecutionStatus.FAILED
}
]
});
test("execute", async () => {
const mockedDbAdapter = mock(BigQueryDbAdapter);
when(mockedDbAdapter.createSchema(anyString(), anyString())).thenResolve(null);
when(
mockedDbAdapter.execute(RUN_TEST_GRAPH.actions[0].tasks[0].statement, anything())
).thenResolve({
rows: [],
metadata: {
bigquery: {
jobId: "abc",
totalBytesBilled: Long.fromNumber(0),
totalBytesProcessed: Long.fromNumber(0)
}
}
});
when(
mockedDbAdapter.execute(RUN_TEST_GRAPH.actions[0].tasks[1].statement, anything())
).thenResolve({
rows: [],
metadata: {}
});
when(
mockedDbAdapter.execute(RUN_TEST_GRAPH.actions[1].tasks[0].statement, anything())
).thenReject(new Error("bad statement"));
const mockDbAdapterInstance = instance(mockedDbAdapter);
mockDbAdapterInstance.withClientLock = async callback =>
await callback(mockDbAdapterInstance);
const runner = new Runner(mockDbAdapterInstance, RUN_TEST_GRAPH);
expect(
dataform.RunResult.create(cleanTiming(await runner.execute().result())).toJSON()
).to.deep.equal(EXPECTED_RUN_RESULT.toJSON());
verify(mockedDbAdapter.createSchema("database", "schema1")).once();
verify(mockedDbAdapter.createSchema("database2", "schema2")).once();
});
test("stop and then resume", async () => {
let firstQueryInProgress = false;
let stopWasCalled = false;
const mockedDbAdapter = mock(BigQueryDbAdapter);
when(mockedDbAdapter.createSchema(anyString(), anyString())).thenResolve(null);
when(
mockedDbAdapter.execute(RUN_TEST_GRAPH.actions[0].tasks[0].statement, anything())
).thenCall(async () => {
firstQueryInProgress = true;
await sleepUntil(() => stopWasCalled);
return {
rows: [],
metadata: {
bigquery: {
jobId: "abc",
totalBytesBilled: Long.fromNumber(0),
totalBytesProcessed: Long.fromNumber(0)
}
}
};
});
when(
mockedDbAdapter.execute(RUN_TEST_GRAPH.actions[0].tasks[1].statement, anything())
).thenResolve({
rows: [],
metadata: {}
});
when(
mockedDbAdapter.execute(RUN_TEST_GRAPH.actions[1].tasks[0].statement, anything())
).thenReject(new Error("bad statement"));
const mockDbAdapterInstance = instance(mockedDbAdapter);
mockDbAdapterInstance.withClientLock = async callback =>
await callback(mockDbAdapterInstance);
let runner = new Runner(mockDbAdapterInstance, RUN_TEST_GRAPH);
runner.execute();
await sleepUntil(() => firstQueryInProgress);
runner.stop();
stopWasCalled = true;
const result = cleanTiming(await runner.result());
expect(dataform.RunResult.create(result).toJSON()).to.deep.equal(
dataform.RunResult.create({
status: dataform.RunResult.ExecutionStatus.RUNNING,
actions: [
{
target: EXPECTED_RUN_RESULT.actions[0].target,
status: dataform.ActionResult.ExecutionStatus.RUNNING,
tasks: [EXPECTED_RUN_RESULT.actions[0].tasks[0]]
}
]
}).toJSON()
);
runner = new Runner(mockDbAdapterInstance, RUN_TEST_GRAPH, undefined, result);