p1.Name, p2.Name = p1.Name+fmt.Sprintf("-%d", i), p2.Name+fmt.Sprintf("-%d", i)
		pods = append(pods, p1, p2)
		objects = append(objects, p1, p2)
	}

	f.dLister = append(f.dLister, d)
	f.rsLister = append(f.rsLister, rs1, rs2)
	f.podLister = append(f.podLister, pods...)
	f.objects = append(f.objects, d, rs1, rs2)
	f.objects = append(f.objects, objects...)

	// Start the fixture.

            // See above for why this check happens
            if (targetMetadata.hasProperty(null, propertyName) == null) {
                throw MissingPropertyException(propertyName)
            }
            scriptReferenced()
        }

        override fun invokeMethod(name: String, args: Any): Any {
            // See above for why this check happens

        }
    }

    def "problem is received when a single-file compilation failure happens"() {
        given:
        possibleFileLocations.put(writeJavaCausingTwoCompilationErrors("Foo").absolutePath, 2)

        when:
        fails("compileJava")


        then:

/**
 * Provides Input/OutputStream implementations that are able to encode/decode using a simple algorithm (byte<->2 digit hex string(2 bytes)).
 * Useful when streams are interpreted a text streams as it happens on IBM java for standard input.
 */
public abstract class EncodedStream {
    private final static char[] HEX_DIGIT = new char[] {
        '0', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'a', 'b', 'c', 'd', 'e', 'f'
    };

// Tests syscall P stealing.
//
// Specifically, it tests a scenerio wherein, without a
// P sequence number of GoSyscallBegin, the syscall that
// a ProcSteal applies to is ambiguous. This only happens in
// practice when the events aren't already properly ordered
// by timestamp, since the ProcSteal won't be seen until after
// the correct GoSyscallBegin appears on the frontier.

package main

import (

// The core of the issue is that if generation counters
// aren't considered as part of sequence numbers, then
// it's possible to accidentally advance without a
// GoStatus event.
//
// The situation is one in which it just so happens that
// an event on the frontier for a following generation
// has a sequence number exactly one higher than the last
// sequence number for e.g. a goroutine in the previous

            return instrumentingLoader.instrumentClass(className, protectionDomain, classfileBuffer);
        } catch (Throwable th) {
            // Throwing exception from the ClassFileTransformer has no effect - if it happens, the class is loaded unchanged silently.
            // This is not something we want, so we notify the class loader about this.
            instrumentingLoader.transformFailed(className, th);
            return null;
        }

import org.gradle.internal.resolve.result.BuildableArtifactSetResolveResult;

/**
 * State for a component instance that is used to perform artifact resolution.
 *
 * <p>Resolution happens in multiple steps. The first is to calculate the dependency graph, and the subsequent steps select artifacts. Artifact resolution is broken down into 3 main steps:</p>
 * <ul>

import javax.annotation.Nullable;

/**
 * Encapsulates either a result object, or a failure as an exception or a serialized exception.
 *
 * <p>Exceptions should always be serialized, but currently are not when the failure happens outside the context of a build invocation because the serialization infrastructure is currently tied to some build scoped services.</p>
 */
public class BuildActionResult {
    private final SerializedPayload result;

	//     substring check is not good enough. The value is a
	//     rightmost-wins list of options. But more importantly:
	// (b) it is impossible to detect changes to the effective
	//     setting caused by os.Setenv("GODEBUG"), as happens in
	//     many tests. Therefore any attempt to cache the result
	//     is just incorrect.
	fset := token.NewFileSet()
	f, _ := parser.ParseFile(fset, "a.go", "package p; type A = int", 0)