// (https://golang.org/ref/mod#lazy-loading) only if the module graph is
		// pruned.
		//
		// In unpruned modules,we load the module graph much more aggressively (in
		// order to detect inconsistencies that wouldn't be feasible to spot-check),
		// so it wouldn't be useful to log when that occurs (because it happens in
		// normal operation all the time).
		readModGraphDebugOnce.Do(func() {

//
// After all available packages have been loaded, we examine the results to
// identify any requested or imported packages that are still missing, and if
// so, which modules we could add to the module graph in order to make the
// missing packages available. We add those to the module graph and iterate,
// until either all packages resolve successfully or we cannot identify any
// module that would resolve any remaining missing package.
//

package test passes, go test prints only the final 'ok' summary
line. If a package test fails, go test prints the full test output.
If invoked with the -bench or -v flag, go test prints the full
output even for passing package tests, in order to display the
requested benchmark results or verbose logging. After the package
tests for all of the listed packages finish, and their output is
printed, go test prints a final 'FAIL' status if any package test
has failed.

		}

	case recordTypeApplicationData:
		if !handshakeComplete || expectChangeCipherSpec {
			return c.in.setErrorLocked(c.sendAlert(alertUnexpectedMessage))
		}
		// Some OpenSSL servers send empty records in order to randomize the
		// CBC IV. Ignore a limited number of empty records.
		if len(data) == 0 {
			return c.retryReadRecord(expectChangeCipherSpec)
		}

// WillBeEnabled returns the same result as Enabled.
//
// This function is needed to break a cycle. The main package needs to know
// whether modules are enabled in order to install the module or GOPATH version
// of 'go get', but Init reads the -modfile flag in 'go get', so it shouldn't
// be called until the command is installed and flags are parsed. Instead of

			t.Errorf("CipherSuites are not ordered by ID: got %#04x after %#04x", c.ID, lastID)
		} else {
			lastID = c.ID
		}

		if c.Insecure {
			t.Errorf("%#04x: Insecure CipherSuite returned by CipherSuites()", c.ID)
		}
	}
	lastID = 0
	for _, c := range InsecureCipherSuites() {
		if lastID > c.ID {
			t.Errorf("InsecureCipherSuites are not ordered by ID: got %#04x after %#04x", c.ID, lastID)

		}
	}

	// Linear scan register allocation can be influenced by the order in which blocks appear.
	// Decouple the register allocation order from the generated block order.
	// This also creates an opportunity for experiments to find a better order.
	s.visitOrder = layoutRegallocOrder(f)

	// Compute block order. This array allows us to distinguish forward edges
	// from backward edges and compute how far they go.

	XCOFF_R_TLSM   = 0x24 // Module reference to TLS symbol
	XCOFF_R_TLSML  = 0x25 // Module reference to local (own) module

	XCOFF_R_TOCU = 0x30 // Relative to TOC - high order bits
	XCOFF_R_TOCL = 0x31 // Relative to TOC - low order bits
)

type XcoffLdStr64 struct {
	size uint16
	name string
}

// xcoffFile is used to build XCOFF file.
type xcoffFile struct {
	xfhdr           XcoffFileHdr64

	//                    _cgoCheckPointer(_cgo0, nil)
	//                    C.f(_cgo0)
	//            }
	//    }()()
	// This works because the defer statement evaluates the first
	// function literal in order to get the function to call.

	var sb bytes.Buffer
	sb.WriteString("func() ")
	if call.Deferred {
		sb.WriteString("func() ")
	}

	needsUnsafe := false
	result := false
	twoResults := false

		cipherSuites:       []uint16{TLS_RSA_WITH_RC4_128_SHA},
		compressionMethods: []uint8{compressionNone},
	}
	serverConfig := testConfig.Clone()
	// Reset the enabled cipher suites to nil in order to test the
	// defaults.
	serverConfig.CipherSuites = nil
	testClientHelloFailure(t, serverConfig, clientHello, "no cipher suite supported by both client and server")
}