func (p *printer) distanceFrom(startPos token.Pos, startOutCol int) int {
	if startPos.IsValid() && p.pos.IsValid() && p.posFor(startPos).Line == p.pos.Line {
		return p.out.Column - startOutCol
	}
	return infinity
}

func (p *printer) funcDecl(d *ast.FuncDecl) {
	p.setComment(d.Doc)
	p.setPos(d.Pos())
	p.print(token.FUNC, blank)
	// We have to save startCol only after emitting FUNC; otherwise it can be on a

            unicodeAllowed = true,
          )
      }

      return this
    }

    private fun resolvePath(
      input: String,
      startPos: Int,
      limit: Int,
    ) {
      var pos = startPos
      // Read a delimiter.
      if (pos == limit) {
        // Empty path: keep the base path as-is.
        return
      }
      val c = input[pos]

func opPos(x syntax.Expr) syntax.Pos {
	switch op := x.(type) {
	case nil:
		return nopos // don't crash
	case *syntax.Operation:
		return op.Pos()
	default:
		return syntax.StartPos(x)
	}
}

// opName returns the name of the operation if x is an operation
// that might overflow; otherwise it returns the empty string.
func opName(x syntax.Expr) string {

		var typ Expr   // current type (from right to left)
		for i := len(list) - 1; i >= 0; i-- {
			par := list[i]
			if par.Type != nil {
				typ = par.Type
				if par.Name == nil {
					errPos = StartPos(typ)
					par.Name = NewName(errPos, "_")
				}
			} else if typ != nil {
				par.Type = typ
			} else {
				// par.Type == nil && typ == nil => we only have a par.Name
				errPos = par.Name.Pos()

	}

	makePkg("lib", libSrc)
	makePkg("main", mainSrc)

	for e, sel := range selections {
		_ = sel.String() // assertion: must not panic

		start := indexFor(mainSrc, syntax.StartPos(e))
		end := indexFor(mainSrc, syntax.EndPos(e))
		segment := mainSrc[start:end] // (all SelectorExprs are in main, not lib)

		direct := "."
		if sel.Indirect() {
			direct = "->"
		}

// increase in pod utilization which is calibrated against the tolerance value.
func TestReplicaCalcComputedToleranceAlgImplementation(t *testing.T) {

	startPods := int32(10)
	// 150 mCPU per pod.
	totalUsedCPUOfAllPods := int64(startPods * 150)
	// Each pod starts out asking for 2X what is really needed.
	// This means we will have a 50% ratio of used/requested
	totalRequestedCPUOfAllPods := int32(2 * totalUsedCPUOfAllPods)

...

		return
	}

	// Pack the start/end coordinates into the start/end addresses
	// of the entry, for decoding by PutLocationList.
	start, startOK := encodeValue(state.ctxt, pending.startBlock, pending.startValue)
	end, endOK := encodeValue(state.ctxt, endBlock, endValue)
	if !startOK || !endOK {
		// If someone writes a function that uses >65K values,
		// they get incomplete debug info on 32-bit platforms.
		return
	}

func newHTTP2ServerWithClient(handler http.Handler, clientTimeout time.Duration) (*httptest.Server, func(path string) (*http.Response, error)) {
	server := httptest.NewUnstartedServer(handler)
	server.EnableHTTP2 = true
	server.StartTLS()
	cli := server.Client()
	cli.Timeout = clientTimeout
	return server, func(path string) (*http.Response, error) {
		return cli.Get(server.URL + path)
	}
}

type headerMatcher struct{}

	}
	config := &tls.Config{Certificates: []tls.Certificate{cer}}

	testServer := UnstartedTestServer(t, instanceType)
	testServer.Server.TLS = config
	testServer.Server.StartTLS()
	return testServer
}

// Starts the test server and returns the TestServer instance.
func StartTestServer(t TestErrHandler, instanceType string) TestServer {
	// create an instance of TestServer.