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/*
* Copyright 2012 the original author or authors.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.gradle.execution.plan
import org.gradle.api.BuildCancelledException
import org.gradle.api.CircularReferenceException
import org.gradle.api.DefaultTask
import org.gradle.api.Task
import org.gradle.api.internal.TaskInputsInternal
import org.gradle.api.internal.TaskInternal
import org.gradle.api.internal.TaskOutputsInternal
import org.gradle.api.internal.project.ProjectInternal
import org.gradle.api.internal.project.taskfactory.TaskIdentity
import org.gradle.api.internal.tasks.TaskDestroyablesInternal
import org.gradle.api.internal.tasks.TaskLocalStateInternal
import org.gradle.api.internal.tasks.TaskStateInternal
import org.gradle.api.specs.Spec
import org.gradle.api.tasks.TaskDependency
import org.gradle.api.tasks.TaskDestroyables
import org.gradle.composite.internal.IncludedBuildTaskGraph
import org.gradle.internal.resources.ResourceLock
import org.gradle.internal.resources.ResourceLockState
import org.gradle.internal.work.WorkerLeaseRegistry
import org.gradle.internal.work.WorkerLeaseService
import org.gradle.test.fixtures.AbstractProjectBuilderSpec
import org.gradle.util.Path
import org.gradle.util.TextUtil
import spock.lang.Issue
import spock.lang.Unroll
import static org.gradle.util.TestUtil.createRootProject
import static org.gradle.util.TextUtil.toPlatformLineSeparators
import static org.gradle.util.WrapUtil.toList
class DefaultExecutionPlanTest extends AbstractProjectBuilderSpec {
DefaultExecutionPlan executionPlan
ProjectInternal root
def workerLeaseService = Mock(WorkerLeaseService)
def workerLease = Mock(WorkerLeaseRegistry.WorkerLease)
def setup() {
root = createRootProject(temporaryFolder.testDirectory)
def taskNodeFactory = new TaskNodeFactory(root.gradle, Stub(IncludedBuildTaskGraph))
def dependencyResolver = new TaskDependencyResolver([new TaskNodeDependencyResolver(taskNodeFactory)])
executionPlan = new DefaultExecutionPlan(workerLeaseService, root.gradle, taskNodeFactory, dependencyResolver)
_ * workerLeaseService.getProjectLock(_, _) >> Mock(ResourceLock) {
_ * isLocked() >> false
_ * tryLock() >> true
}
_ * workerLease.tryLock() >> true
}
def "schedules tasks in dependency order"() {
given:
Task a = task("a")
Task b = task("b", dependsOn: [a])
Task c = task("c", dependsOn: [b, a])
Task d = task("d", dependsOn: [c])
when:
addToGraphAndPopulate([d])
then:
executes(a, b, c, d)
}
def "schedules task dependencies in name order when there are no dependencies between them"() {
given:
Task a = task("a")
Task b = task("b")
Task c = task("c")
Task d = task("d", dependsOn: [b, a, c])
when:
addToGraphAndPopulate([d])
then:
executes(a, b, c, d)
}
def "schedules a single batch of tasks in name order"() {
given:
Task a = task("a")
Task b = task("b")
Task c = task("c")
when:
addToGraphAndPopulate(toList(b, c, a))
then:
executes(a, b, c)
}
def "schedules separately added tasks in order added"() {
given:
Task a = task("a")
Task b = task("b")
Task c = task("c")
Task d = task("d")
when:
executionPlan.addEntryTasks(toList(c, b))
executionPlan.addEntryTasks(toList(d, a))
executionPlan.determineExecutionPlan()
then:
executes(b, c, a, d)
}
@Unroll
def "schedules #orderingRule task dependencies in name order"() {
given:
Task a = task("a")
Task b = task("b")
Task c = task("c", (orderingRule): [b, a])
Task d = task("d", dependsOn: [b, a])
when:
addToGraphAndPopulate([c, d])
then:
executes(a, b, c, d)
where:
orderingRule << ['mustRunAfter', 'shouldRunAfter']
}
def "common tasks in separate batches are schedules only once"() {
Task a = task("a")
Task b = task("b")
Task c = task("c", dependsOn: [a, b])
Task d = task("d")
Task e = task("e", dependsOn: [b, d])
when:
executionPlan.addEntryTasks(toList(c))
executionPlan.addEntryTasks(toList(e))
executionPlan.determineExecutionPlan()
then:
executes(a, b, c, d, e)
}
def "all dependencies scheduled when adding tasks"() {
Task a = task("a")
Task b = task("b", dependsOn: [a])
Task c = task("c", dependsOn: [b, a])
Task d = task("d", dependsOn: [c])
when:
addToGraphAndPopulate(toList(d))
then:
executes(a, b, c, d)
}
@Unroll
def "#orderingRule ordering is honoured for tasks added separately to graph"() {
Task a = task("a")
Task b = task("b", dependsOn: [a])
Task c = task("c", (orderingRule): [b])
when:
executionPlan.addEntryTasks([c])
executionPlan.addEntryTasks([b])
executionPlan.determineExecutionPlan()
then:
executes(a, b, c)
where:
orderingRule << ['mustRunAfter', 'shouldRunAfter']
}
@Unroll
def "#orderingRule ordering is honoured for dependencies"() {
Task b = task("b")
Task a = task("a", (orderingRule): [b])
Task c = task("c", dependsOn: [a, b])
when:
addToGraphAndPopulate([c])
then:
executes(b, a, c)
where:
orderingRule << ['mustRunAfter', 'shouldRunAfter']
}
def "mustRunAfter dependencies are scheduled before regular dependencies"() {
Task a = task("a")
Task b = task("b")
Task c = task("c", dependsOn: [a], mustRunAfter: [b])
Task d = task("d", dependsOn: [b])
when:
addToGraphAndPopulate([c, d])
then:
executes(b, a, c, d)
}
def "shouldRunAfter dependencies are scheduled before mustRunAfter dependencies"() {
Task a = task("a")
Task b = task("b")
Task c = task("c", mustRunAfter: [a], shouldRunAfter: [b])
Task d = task("d", dependsOn: [a, b])
when:
addToGraphAndPopulate([c, d])
then:
executes(b, a, c, d)
}
def "cyclic should run after ordering is ignored in complex task graph"() {
given:
Task e = createTask("e")
Task x = task("x", dependsOn: [e])
Task f = task("f", dependsOn: [x])
Task a = task("a", shouldRunAfter: [x])
Task b = task("b", shouldRunAfter: [a])
Task c = task("c", shouldRunAfter: [b])
Task d = task("d", dependsOn: [f], shouldRunAfter: [c])
relationships(e, shouldRunAfter: [d])
Task build = task("build", dependsOn: [x, a, b, c, d, e])
when:
addToGraphAndPopulate([build])
then:
executes(e, x, a, b, c, f, d, build)
}
@Unroll
def "#orderingRule does not pull in tasks that are not in the graph"() {
Task a = task("a")
Task b = task("b", (orderingRule): [a])
when:
addToGraphAndPopulate([b])
then:
executes(b)
where:
orderingRule << ['mustRunAfter', 'shouldRunAfter']
}
def "finalizer tasks are executed if a finalized task is added to the graph"() {
Task finalizer = task("a")
Task finalized = task("b", finalizedBy: [finalizer])
when:
addToGraphAndPopulate([finalized])
then:
executes(finalized, finalizer)
}
def "finalizer tasks and their dependencies are executed even in case of a task failure"() {
Task finalizerDependency = task("finalizerDependency")
Task finalizer1 = task("finalizer1", dependsOn: [finalizerDependency])
Task finalized1 = task("finalized1", finalizedBy: [finalizer1])
Task finalizer2 = task("finalizer2")
Task finalized2 = task("finalized2", finalizedBy: [finalizer2], failure: new RuntimeException("failure"))
when:
addToGraphAndPopulate([finalized1, finalized2])
then:
executes(finalized1, finalizerDependency, finalizer1, finalized2, finalizer2)
}
def "finalizer task is not added to the graph if it is filtered"() {
given:
Task finalizer = filteredTask("finalizer")
Task finalized = task("finalized", finalizedBy: [finalizer])
Spec filter = Mock() {
isSatisfiedBy(_) >> { Task t -> t != finalizer }
}
when:
executionPlan.useFilter(filter)
addToGraphAndPopulate([finalized])
then:
executes(finalized)
}
def "finalizer tasks and their dependencies are not executed if finalized task did not run"() {
Task finalizerDependency = task("finalizerDependency")
Task finalizer = task("finalizer", dependsOn: [finalizerDependency])
Task finalizedDependency = task("finalizedDependency", failure: new RuntimeException("failure"))
Task finalized = task("finalized", dependsOn: [finalizedDependency], finalizedBy: [finalizer])
when:
addToGraphAndPopulate([finalized])
then:
executionPlan.tasks as List == [finalizedDependency, finalized, finalizerDependency, finalizer]
executedTasks == [finalizedDependency]
}
def "finalizer tasks and their dependencies are executed if they are previously required even if the finalized task did not run"() {
Task finalizerDependency = task("finalizerDependency")
Task finalizer = task("finalizer", dependsOn: [finalizerDependency])
Task finalizedDependency = task("finalizedDependency", failure: new RuntimeException("failure"))
Task finalized = task("finalized", dependsOn: [finalizedDependency], finalizedBy: [finalizer])
executionPlan.setContinueOnFailure(true)
when:
addToGraphAndPopulate([finalizer, finalized])
then:
executionPlan.tasks as List == [finalizedDependency, finalized, finalizerDependency, finalizer]
executedTasks == [finalizedDependency, finalizerDependency, finalizer]
}
def "finalizer tasks and their dependencies are executed if they are later required via dependency even if the finalized task did not do any work"() {
Task finalizerDependency = task("finalizerDependency")
Task finalizer = task("finalizer", dependsOn: [finalizerDependency])
Task dependsOnFinalizer = task("dependsOnFinalizer", dependsOn: [finalizer])
Task finalized = task("finalized", finalizedBy: [finalizer], didWork: false)
when:
executionPlan.addEntryTasks([finalized])
executionPlan.addEntryTasks([dependsOnFinalizer])
executionPlan.determineExecutionPlan()
then:
executes(finalized, finalizerDependency, finalizer, dependsOnFinalizer)
}
def "finalizer tasks run as soon as possible for tasks that depend on finalized tasks"() {
Task finalizer = task("finalizer")
Task finalized = task("finalized", finalizedBy: [finalizer])
Task dependsOnFinalized = task("dependsOnFinalized", dependsOn: [finalized])
when:
addToGraphAndPopulate([dependsOnFinalized])
then:
executes(finalized, finalizer, dependsOnFinalized)
}
def "multiple finalizer tasks may have relationships between each other"() {
Task f2 = task("f2")
Task f1 = task("f1", dependsOn: [f2])
Task finalized = task("finalized", finalizedBy: [f1, f2])
when:
addToGraphAndPopulate([finalized])
then:
executes(finalized, f2, f1)
}
def "multiple finalizer tasks may have relationships between each other via some other task"() {
Task f2 = task("f2")
Task d = task("d", dependsOn:[f2] )
Task f1 = task("f1", dependsOn: [d])
Task finalized = task("finalized", finalizedBy: [f1, f2])
when:
addToGraphAndPopulate([finalized])
then:
executes(finalized, f2, d, f1)
}
@Issue("GRADLE-2957")
def "task with a dependency and a finalizer both having a common finalizer"() {
// Finalizer task
Task finalTask = task('finalTask')
// Task with this finalizer
Task dependency = task('dependency', finalizedBy: [finalTask])
Task finalizer = task('finalizer', finalizedBy: [finalTask])
// Task to call, with the same finalizer than one of its dependencies
Task requestedTask = task('requestedTask', dependsOn: [dependency], finalizedBy: [finalizer])
when:
addToGraphAndPopulate([requestedTask])
then:
executes(dependency, requestedTask, finalizer, finalTask)
}
@Issue("GRADLE-2983")
def "multiple finalizer tasks with relationships via other tasks scheduled from multiple tasks"() {
//finalizers with a relationship via a dependency
Task f1 = task("f1")
Task dep = task("dep", dependsOn:[f1] )
Task f2 = task("f2", dependsOn: [dep])
//2 finalized tasks
Task finalized1 = task("finalized1", finalizedBy: [f1, f2])
Task finalized2 = task("finalized2", finalizedBy: [f1, f2])
//tasks that depends on finalized, we will execute them
Task df1 = task("df1", dependsOn: [finalized1])
Task df2 = task("df1", dependsOn: [finalized2])
when:
addToGraphAndPopulate([df1, df2])
then:
executes(finalized1, finalized2, f1, dep, f2, df1, df2)
}
@Unroll
def "finalizer tasks run as soon as possible for tasks that #orderingRule finalized tasks"() {
Task finalizer = task("finalizer")
Task finalized = task("finalized", finalizedBy: [finalizer])
Task runsAfterFinalized = task("runsAfterFinalized", (orderingRule): [finalized])
when:
addToGraphAndPopulate([runsAfterFinalized, finalized])
then:
executes(finalized, finalizer, runsAfterFinalized)
where:
orderingRule << ['mustRunAfter', 'shouldRunAfter']
}
@Unroll
def "finalizer tasks run as soon as possible but after its #orderingRule tasks"() {
Task finalizer = createTask("finalizer")
Task finalized = task("finalized", finalizedBy: [finalizer])
Task dependsOnFinalized = task("dependsOnFinalized", dependsOn: [finalized])
relationships(finalizer, (orderingRule): [dependsOnFinalized])
when:
addToGraphAndPopulate([dependsOnFinalized])
then:
executes(finalized, dependsOnFinalized, finalizer)
where:
orderingRule << ['dependsOn', 'mustRunAfter' , 'shouldRunAfter']
}
def "cannot add task with circular reference"() {
Task a = createTask("a")
Task b = task("b", dependsOn: [a])
Task c = task("c", dependsOn: [b])
Task d = task("d")
relationships(a, dependsOn: [c, d])
when:
addToGraphAndPopulate([c])
then:
def e = thrown CircularReferenceException
e.message == TextUtil.toPlatformLineSeparators("""Circular dependency between the following tasks:
:a
\\--- :c
\\--- :b
\\--- :a (*)
(*) - details omitted (listed previously)
""")
}
def "cannot add a task with must run after induced circular reference"() {
Task a = createTask("a")
Task b = task("b", mustRunAfter: [a])
Task c = task("c", dependsOn: [b])
relationships(a, dependsOn: [c])
when:
addToGraphAndPopulate([a])
then:
def e = thrown CircularReferenceException
e.message == TextUtil.toPlatformLineSeparators("""Circular dependency between the following tasks:
:a
\\--- :c
\\--- :b
\\--- :a (*)
(*) - details omitted (listed previously)
""")
}
def "cannot add a task with must run after induced circular reference that was previously in graph but not required"() {
Task a = createTask("a")
Task b = task("b", mustRunAfter: [a])
Task c = task("c", dependsOn: [b])
Task d = task("d", dependsOn: [c])
relationships(a, mustRunAfter: [c])
executionPlan.addEntryTasks([d])
when:
executionPlan.addEntryTasks([a])
executionPlan.determineExecutionPlan()
then:
def e = thrown CircularReferenceException
e.message == TextUtil.toPlatformLineSeparators("""Circular dependency between the following tasks:
:a
\\--- :c
\\--- :b
\\--- :a (*)
(*) - details omitted (listed previously)
""")
}
def "should run after ordering is ignored if it is in a middle of a circular reference"() {
Task a = task("a")
Task b = task("b")
Task c = task("c")
Task d = createTask("d")
Task e = task("e", dependsOn: [a, d])
Task f = task("f", dependsOn: [e])
Task g = task("g", dependsOn: [c, f])
Task h = task("h", dependsOn: [b, g])
relationships(d, shouldRunAfter: [g])
when:
addToGraphAndPopulate([e, h])
then:
executedTasks == [a, d, e, b, c, f, g, h]
}
@Issue("GRADLE-3166")
def "multiple should run after declarations are removed if causing circular reference"() {
Task a = createTask("a")
Task b = createTask("b")
Task c = createTask("c")
relationships(a, dependsOn: [c])
relationships(b, dependsOn: [a, c])
relationships(c, shouldRunAfter: [b, a])
when:
addToGraphAndPopulate([b])
then:
executedTasks == [c, a, b]
}
def "should run after ordering is ignored if it is at the end of a circular reference"() {
Task a = createTask("a")
Task b = task("b", dependsOn: [a])
Task c = task("c", dependsOn: [b])
relationships(a, shouldRunAfter: [c])
when:
addToGraphAndPopulate([c])
then:
executedTasks == [a, b, c]
}
@Issue("GRADLE-3127")
def "circular dependency detected with shouldRunAfter dependencies in the graph"() {
Task a = createTask("a")
Task b = task("b")
Task c = createTask("c")
Task d = task("d", dependsOn: [a, b, c])
relationships(a, shouldRunAfter: [b])
relationships(c, dependsOn: [d])
when:
addToGraphAndPopulate([d])
then:
CircularReferenceException e = thrown()
e.message == toPlatformLineSeparators("""Circular dependency between the following tasks:
:c
\\--- :d
\\--- :c (*)
(*) - details omitted (listed previously)
""")
}
def "stops returning tasks on task execution failure"() {
def failures = []
RuntimeException exception = new RuntimeException("failure")
when:
Task a = task([failure: exception],"a")
Task b = task("b")
addToGraphAndPopulate([a, b])
then:
executedTasks == [a]
when:
executionPlan.collectFailures(failures)
then:
failures == [exception]
}
def "stops returning tasks when build is cancelled"() {
def failures = []
Task a = task("a")
Task b = task("b")
when:
addToGraphAndPopulate([a, b])
executionPlan.cancelExecution()
then:
executedTasks == []
when:
executionPlan.collectFailures(failures)
then:
failures.size() == 1
failures[0] instanceof BuildCancelledException
}
def "stops returning tasks on first task failure when no failure handler provided"() {
def failures = []
RuntimeException failure = new RuntimeException("failure")
Task a = task("a", failure: failure)
Task b = task("b")
when:
addToGraphAndPopulate([a, b])
then:
executedTasks == [a]
when:
executionPlan.collectFailures(failures)
then:
failures == [failure]
}
def "stops execution on task failure when failure handler indicates that execution should stop"() {
def failures = []
RuntimeException failure = new RuntimeException("failure")
Task a = task("a", failure: failure)
Task b = task("b")
when:
addToGraphAndPopulate([a, b])
then:
executedTasks == [a]
when:
executionPlan.collectFailures(failures)
then:
failures == [failure]
}
def "continues to return tasks and rethrows failure on completion when failure handler indicates that execution should continue"() {
def failures = []
RuntimeException failure = new RuntimeException()
Task a = task("a", failure: failure)
Task b = task("b")
addToGraphAndPopulate([a, b])
when:
executionPlan.setContinueOnFailure(true)
then:
executedTasks == [a, b]
when:
executionPlan.collectFailures(failures)
then:
failures == [failure]
}
@Unroll
def "continues to return tasks when failure handler does not abort execution and tasks are #orderingRule dependent"() {
def failures = []
RuntimeException failure = new RuntimeException()
Task a = task("a", failure: failure)
Task b = task("b", (orderingRule): [a])
addToGraphAndPopulate([a, b])
when:
executionPlan.setContinueOnFailure(true)
then:
executedTasks == [a, b]
when:
executionPlan.collectFailures(failures)
then:
failures == [failure]
where:
orderingRule << ['mustRunAfter', 'shouldRunAfter']
}
def "does not attempt to execute tasks whose dependencies failed to execute"() {
def failures = []
RuntimeException failure = new RuntimeException()
final Task a = task("a", failure: failure)
final Task b = task("b", dependsOn: [a])
final Task c = task("c")
addToGraphAndPopulate([b, c])
when:
executionPlan.setContinueOnFailure(true)
then:
executedTasks == [a, c]
when:
executionPlan.collectFailures(failures)
then:
failures == [failure]
}
def "clear removes all tasks"() {
given:
Task a = task("a")
when:
addToGraphAndPopulate(toList(a))
executionPlan.clear()
then:
executionPlan.tasks == [] as Set
executedTasks == []
}
def "can add additional tasks after execution and clear"() {
given:
Task a = task("a")
Task b = task("b")
when:
addToGraphAndPopulate([a])
then:
executes(a)
when:
executionPlan.clear()
addToGraphAndPopulate([b])
then:
executes(b)
}
def "does not build graph for or execute filtered tasks"() {
given:
Task a = filteredTask("a")
Task b = task("b")
Spec filter = Mock()
and:
filter.isSatisfiedBy(_) >> { Task t -> t != a }
when:
executionPlan.useFilter(filter)
addToGraphAndPopulate([a, b])
then:
executes(b)
filtered(a)
}
def "does not build graph for or execute filtered dependencies"() {
given:
Task a = filteredTask("a")
Task b = task("b")
Task c = task("c", dependsOn: [a, b])
Spec filter = Mock()
and:
filter.isSatisfiedBy(_) >> { Task t -> t != a }
when:
executionPlan.useFilter(filter)
addToGraphAndPopulate([c])
then:
executes(b, c)
filtered(a)
}
@Unroll
def "does not build graph for or execute filtered tasks reachable via #orderingRule task ordering"() {
given:
Task a = filteredTask("a")
Task b = task("b", (orderingRule): [a])
Task c = task("c", dependsOn: [a])
Spec filter = Mock()
and:
filter.isSatisfiedBy(_) >> { Task t -> t != a }
when:
executionPlan.useFilter(filter)
addToGraphAndPopulate([b, c])
then:
executes(b, c)
filtered(a)
where:
orderingRule << ['mustRunAfter', 'shouldRunAfter']
}
def "will execute a task whose dependencies have been filtered"() {
given:
Task b = filteredTask("b")
Task c = task("c", dependsOn: [b])
Spec filter = Mock()
and:
filter.isSatisfiedBy(_) >> { Task t -> t != b }
when:
executionPlan.useFilter(filter)
addToGraphAndPopulate([c])
then:
executes(c)
filtered(b)
}
private void addToGraphAndPopulate(List tasks) {
executionPlan.addEntryTasks(tasks)
executionPlan.determineExecutionPlan()
}
void executes(Task... expectedTasks) {
assert executionPlan.tasks as List == expectedTasks as List
assert executedTasks == expectedTasks as List
}
void filtered(Task... expectedTasks) {
assert executionPlan.filteredTasks == expectedTasks as Set
}
def getExecutedTasks() {
def tasks = []
while (executionPlan.hasNodesRemaining()) {
def nextNode = executionPlan.selectNext(workerLease, Mock(ResourceLockState))
if (nextNode != null) {
if (!nextNode.isComplete()) {
tasks << nextNode.task
executionPlan.nodeComplete(nextNode)
}
}
}
return tasks
}
private TaskDependency taskDependencyResolvingTo(TaskInternal task, List tasks) {
Mock(TaskDependency) {
getDependencies(task) >> tasks
}
}
private TaskDependency brokenDependencies() {
Mock(TaskDependency) {
0 * getDependencies(_)
}
}
private void dependsOn(TaskInternal task, List dependsOnTasks) {
task.getTaskDependencies() >> taskDependencyResolvingTo(task, dependsOnTasks)
}
private void mustRunAfter(TaskInternal task, List mustRunAfterTasks) {
task.getMustRunAfter() >> taskDependencyResolvingTo(task, mustRunAfterTasks)
}
private void finalizedBy(TaskInternal task, List finalizedByTasks) {
task.getFinalizedBy() >> taskDependencyResolvingTo(task, finalizedByTasks)
}
private void shouldRunAfter(TaskInternal task, List shouldRunAfterTasks) {
task.getShouldRunAfter() >> taskDependencyResolvingTo(task, shouldRunAfterTasks)
}
private void failure(TaskInternal task, final RuntimeException failure) {
task.state.getFailure() >> failure
task.state.rethrowFailure() >> { throw failure }
}
private TaskInternal task(final String name) {
task([:], name)
}
private TaskOutputsInternal emptyTaskOutputs() {
Stub(TaskOutputsInternal)
}
private TaskDestroyables emptyTaskDestroys() {
Stub(TaskDestroyablesInternal)
}
private TaskLocalStateInternal emptyTaskLocalState() {
Stub(TaskLocalStateInternal)
}
private TaskInputsInternal emptyTaskInputs() {
Stub(TaskInputsInternal)
}
private TaskInternal task(Map options, final String name) {
def task = createTask(name)
relationships(options, task)
if (options.failure) {
failure(task, options.failure)
}
task.getDidWork() >> (options.containsKey('didWork') ? options.didWork : true)
task.getOutputs() >> emptyTaskOutputs()
task.getDestroyables() >> emptyTaskDestroys()
task.getLocalState() >> emptyTaskLocalState()
task.getInputs() >> emptyTaskInputs()
return task
}
private void relationships(Map options, TaskInternal task) {
dependsOn(task, options.dependsOn ?: [])
mustRunAfter(task, options.mustRunAfter ?: [])
shouldRunAfter(task, options.shouldRunAfter ?: [])
finalizedBy(task, options.finalizedBy ?: [])
}
private TaskInternal filteredTask(final String name) {
def task = createTask(name)
task.getTaskDependencies() >> brokenDependencies()
task.getMustRunAfter() >> brokenDependencies()
task.getShouldRunAfter() >> brokenDependencies()
task.getFinalizedBy() >> taskDependencyResolvingTo(task, [])
return task
}
private TaskInternal createTask(final String name) {
TaskInternal task = Mock()
TaskStateInternal state = Mock()
task.getProject() >> root
task.name >> name
task.path >> ':' + name
task.identityPath >> Path.path(':' + name)
task.state >> state
task.toString() >> "task $name"
task.compareTo(_ as TaskInternal) >> { TaskInternal taskInternal ->
return name.compareTo(taskInternal.getName())
}
task.getOutputs() >> emptyTaskOutputs()
task.getDestroyables() >> emptyTaskDestroys()
task.getLocalState() >> emptyTaskLocalState()
task.getInputs() >> emptyTaskInputs()
task.getTaskIdentity() >> TaskIdentity.create(name, DefaultTask, root)
return task
}
}