if [[ ${hosts} == "" && ${images} == "" && ${image_config_file} == "" ]]; then
    gci_image=$(gcloud compute images list --project "${image_project}" \
    --no-standard-images --filter="name ~ 'cos-beta.*'" --format="table[no-heading](name)")
    images=${gci_image}
    metadata="user-data<${KUBE_ROOT}/test/e2e_node/jenkins/gci-init.yaml,gci-update-strategy=update_disabled"
  fi
  instance_prefix=${INSTANCE_PREFIX:-"test"}

	FAIL	cmd/go	4.875s
	$

Note that the commands in earlier phases have been hidden, so that the relevant
commands are more easily found, and the elapsed time for a completed phase
is shown next to the phase heading. To see the entire execution, use "go test -v",
which also adds an initial environment dump to the beginning of the log.

Note also that in reported output, the actual name of the per-script temporary directory

  // when `inference_type` is different from DT_FLOAT. This flag can only be set
  // to DT_FLOAT or as same as `inference_type`. If this flag is different
  // from `inference_type`, adaptor ops are inserted as heading and tailing ops
  // in the result model.
  tensorflow::DataType inference_input_type = tensorflow::DT_FLOAT;

  // Input node ranges. These ranges are stored as the same order of function

                div().classAttr("card m-0 p-0 alert " + determineScenarioBackgroundColorCss(scenario)).attr("tag", tags.stream().map(Tag::getName).collect(joining(","))).id("scenario" + index);
                    div().id("heading" + index).classAttr("card-header");
                        div().classAttr("row align-items-center data-row").attr("scenario", String.valueOf(index));
                            div().classAttr("col").text(String.valueOf(index)).

        -moz-box-shadow: 0 2px 4px 0 rgba(0, 0, 0, .15);
        box-shadow: 0 2px 4px 0 rgba(0, 0, 0, .15);
        z-index: 1;
    }

    /*
      Pushes the section headings to just below the top nav bar when a user
      navigates directly to section anchors.
     */
    #content h2[id], #content h3[id], #content h4[id] {
        padding-top: 60px;
    }

    #content h2[id] {

		{"Doc.Links", Field, 19},
		{"DocLink", Type, 19},
		{"DocLink.ImportPath", Field, 19},
		{"DocLink.Name", Field, 19},
		{"DocLink.Recv", Field, 19},
		{"DocLink.Text", Field, 19},
		{"Heading", Type, 19},
		{"Heading.Text", Field, 19},
		{"Italic", Type, 19},
		{"Link", Type, 19},
		{"Link.Auto", Field, 19},
		{"Link.Text", Field, 19},
		{"Link.URL", Field, 19},
		{"LinkDef", Type, 19},

func (p *textPrinter) block(out *bytes.Buffer, x Block) {
	switch x := x.(type) {
	default:
		fmt.Fprintf(out, "?%T\n", x)

	case *Paragraph:
		out.WriteString(p.prefix)
		p.text(out, "", x.Text)

	case *Heading:
		out.WriteString(p.prefix)
		out.WriteString("# ")
		p.text(out, "", x.Text)

	case *Code:
		text := x.Text
		for text != "" {
			var line string
			line, text, _ = strings.Cut(text, "\n")

# `krt`: **K**ubernetes Declarative Controller **R**un**t**ime

`krt` provides a framework for building _declarative_ controllers.
See the [design doc](https://docs.google.com/document/d/1-ywpCnOfubqg7WAXSPf4YgbaFDBEU9HIqMWcxZLhzwE/edit#heading=h.ffjmk8byb9gt) and [KubeCon talk](https://sched.co/1R2oY) for more background.

The framework aims to solve a few problems with writing controllers:

List.add('rect-track');this.asyncStyle_=false;this.rects_=null;this.heading_=document.createElement('tr-ui-b-heading');Polymer.dom(this).appendChild(this.heading_);},set heading(heading){this.heading_.heading=heading;},get heading(){return this.heading_.heading;},set tooltip(tooltip){this.heading_.tooltip=tooltip;},set selectionGenerator(generator){this.heading_.selectionGenerator=generator;},set expanded(expanded){this.heading_.expanded=!!expanded;},set arrowVisible(arrowVisible){this.heading_....

## Introduction

This document covers primarily the code, with some background on how the design maps to it.
See the
[design doc](https://docs.google.com/document/d/11j9ZtYWNWnxQYnZy8ayZav1FMwTH6F6z6fkDYZ7V298/edit#heading=h.qex63c29z2to)
for a more complete design description. The operator code is divided roughly into five areas:

1. [IstioOperatorSpec API](#istiooperatorspec-api) and related infrastructure, which is expressed as a