l.startLine = l.line
	return i
}

// emit passes the trailing text as an item back to the parser.
func (l *lexer) emit(t itemType) stateFn {
	return l.emitItem(l.thisItem(t))
}

// emitItem passes the specified item to the parser.
func (l *lexer) emitItem(i item) stateFn {
	l.item = i
	return nil
}

// ignore skips over the pending input before this point.

	sortIndex int
}

func (e *Emitter) Gomaxprocs(v uint64) {
	if v > e.gomaxprocs {
		e.gomaxprocs = v
	}
}

func (e *Emitter) Resource(id uint64, name string) {
	if e.filter != nil && !e.filter(id) {
		return
	}
	e.resources[id] = name
}

func (e *Emitter) SetResourceType(name string) {
	e.resourceType = name
}

func (e *Emitter) SetResourceFilter(filter func(uint64) bool) {

(){function t(e){o(this,t),this.resolveOptions(e),this.initSelection()}return a(t,[{key:"resolveOptions",value:function t(){var e=arguments.length>0&&void 0!==arguments[0]?arguments[0]:{};this.action=e.action,this.container=e.container,this.emitter=e.emitter,this.target=e.target,this.text=e.text,this.trigger=e.trigger,this.selectedText=""}},{key:"initSelection",value:function t(){this.text?this.selectFake():this.target&&this.selectTarget()}},{key:"selectFake",value:function t(){var e=this,n="rtl...

		// introduce a node for each lhs variable (here: a, b);
		// but they all have the same initializer - emit only
		// one, for the first variable seen
		if emitted[info] {
			continue // initializer already emitted, if any
		}
		emitted[info] = true

		infoLhs := info.lhs // possibly nil (see declInfo.lhs field comment)
		if infoLhs == nil {
			infoLhs = []*Var{v}
		}

		// introduce a node for each lhs variable (here: a, b);
		// but they all have the same initializer - emit only
		// one, for the first variable seen
		if emitted[info] {
			continue // initializer already emitted, if any
		}
		emitted[info] = true

		infoLhs := info.lhs // possibly nil (see declInfo.lhs field comment)
		if infoLhs == nil {
			infoLhs = []*Var{v}
		}

        operations[':compileJava'].failure.contains('Compilation failed')
    }

    def "empty processor path overrides processors in the compile classpath, and no deprecation warning is emitted"() {
        buildFile << """
            dependencies {
                implementation project(":annotation")
                implementation project(":processor")
            }

            compileJava {

        return new BuildOperationFiringSettingsPreparer(
            new DefaultSettingsPreparer(
                settingsLoaderFactory
            ),
            buildOperationRunner,
            emitter,
            buildDefinition.getFromBuild());
    }

    @Provides

class as a function")}(this,e),this.resolveOptions(t),this.initSelection()}return i(e,[{key:"resolveOptions",value:function(){var t=0<arguments.length&&void 0!==arguments[0]?arguments[0]:{};this.action=t.action,this.container=t.container,this.emitter=t.emitter,this.target=t.target,this.text=t.text,this.trigger=t.trigger,this.selectedText=""}},{key:"initSelection",value:function(){this.text?this.selectFake():this.target&&this.selectTarget()}},{key:"selectFake",value:function(){var t=this,e="rtl"==d...

class TestFailureProgressEventCrossVersionTest extends TestFailureSpecification {

    def setup() {
        enableTestJvmDebugging = false
        enableStdoutProxying = true
    }

    def "Wrapped assertion errors are emitted as test failure events using JUnit 4"() {
        given:
        setupJUnit4()
        file('src/test/java/org/gradle/JUnitTest.java') << '''
            package org.gradle;

            import org.junit.Test;

    void versionMapping(Action<? super VersionMappingStrategy> configureAction);

    /**
     * Silences the compatibility warnings for the Maven publication for the specified variant.
     *
     * Warnings are emitted when Gradle features are used that cannot be mapped completely to Maven POM.
     *
     * @param variantName the variant to silence warning for
     *
     * @since 6.0
     */