> Task :md5
Generating MD5 for einstein.txt...
Generating MD5 for feynman.txt...
Generating MD5 for hawking.txt...

BUILD SUCCESSFUL in 0s

> Task :md5
Generating MD5 for einstein.txt...
Generating MD5 for feynman.txt...
Generating MD5 for hawking.txt...

BUILD SUCCESSFUL in 9s

> Task :md5
Generating MD5 for einstein.txt...
Generating MD5 for feynman.txt...
Generating MD5 for hawking.txt...

BUILD SUCCESSFUL in 0s

> Task :md5
Generating MD5 for einstein.txt...
Generating MD5 for feynman.txt...
Generating MD5 for hawking.txt...

BUILD SUCCESSFUL in 3s

		return ev, nil
	}

	// Check if we need to refresh the generation.
	if len(r.frontier) == 0 && len(r.cpuSamples) == 0 {
		if !r.emittedSync {
			r.emittedSync = true
			return syncEvent(r.gen.evTable, r.lastTs), nil
		}
		if r.spillErr != nil {
			return Event{}, r.spillErr
		}
		if r.gen != nil && r.spill == nil {
			// If we have a generation from the last read,
			// and there's nothing left in the frontier, and

    private static class CompositeReportGenerator extends AbstractGenerator {

        List<AbstractGenerator> generators;

        public CompositeReportGenerator() {
            super(null);
        }

        public void setGenerators(List<AbstractGenerator> generators) {
            this.generators = generators;
        }

        @Override

> Task :md5
Generating MD5 for einstein.txt...
Generating MD5 for feynman.txt...
Generating MD5 for hawking.txt...

BUILD SUCCESSFUL in 0s

> Task :md5
Generating MD5 for einstein.txt...
Generating MD5 for feynman.txt...
Generating MD5 for hawking.txt...

BUILD SUCCESSFUL in 3s

%-cacerts: %/cert-chain.pem
	@echo "done"

%/cert-chain.pem: %/ca-cert.pem k8s-root-cert.pem
	@echo "generating $@"
	@cat $^ > $@
	@echo "Intermediate certs stored in $(dir $<)"
	@cp k8s-root-cert.pem $(dir $<)/root-cert.pem

%/ca-cert.pem: %/cluster-ca.csr k8s-root-key.pem k8s-root-cert.pem
	@echo "generating $@"
	@openssl x509 -req -days $(INTERMEDIATE_DAYS) \
		-CA k8s-root-cert.pem -CAkey k8s-root-key.pem -CAcreateserial\

	return Time(float64(t) * float64(f))
}

// stringID is an index into the string table for a generation.
type stringID uint64

// extraStringID is an index into the extra string table for a generation.
type extraStringID uint64

// stackID is an index into the stack table for a generation.
type stackID uint64

// cpuSample represents a CPU profiling sample captured by the trace.
type cpuSample struct {