azure-cli
Version:
Microsoft Azure Cross Platform Command Line tool
188 lines (96 loc) • 12.4 kB
JavaScript
/*** Generated by streamline 0.10.17 (callbacks) - DO NOT EDIT ***/ var __rt=require('streamline/lib/callbacks/runtime').runtime(__filename, false),__func=__rt.__func,__cb=__rt.__cb,__tryCatch=__rt.__tryCatch; var util = require("util");
var __ = require("underscore");
var profile = require("../../util/profile");
var utils = require("../../util/utils");
var EndPointUtil = require("../../util/endpointUtil");
var $ = utils.getLocaleString;
exports.init = function(cli) {
var lbSet = cli.category("service").category("load-balanced-set").description($("Commands to manage load balanced set for a Cloud Service Deployment"));
var log = cli.output;
lbSet.command("list [serviceName]").description($("Get all load balanced set for a cloud service deployment")).usage("[options] <serviceName>").option("-n, --service-name <service-name>", $("the cloud service name")).option("-s, --subscription <id>", $("the subscription id")).execute(function __1(serviceName, options, _) { var computeClient, progress, deployment, endPointUtil, lbSets; var __frame = { name: "__1", line: 35 }; return __func(_, this, arguments, __1, 2, __frame, function __$__1() {
return cli.interaction.promptIfNotGiven($("Cloud Service name: "), serviceName, __cb(_, __frame, 1, 36, function ___(__0, __1) { serviceName = __1;
computeClient = utils.createComputeClient(profile.current.getSubscription(options.subscription));
progress = cli.interaction.progress($("Getting cloud service deployment")); return (function ___(__then) { (function ___(_) { __tryCatch(_, function __$__1() {
return computeClient.deployments.getBySlot(serviceName, "Production", __cb(_, __frame, 6, 47, function ___(__0, __2) { deployment = __2; _(null, null, true); }, true)); }); })(function ___(__e, __r, __cont) { (function ___(__then) { __tryCatch(_, function __$__1() {
progress.end(); __then(); }); })(function ___() { __tryCatch(_, function ___() { if (__cont) { __then(); } else { _(__e, __r); }; }); }); }); })(function ___() { __tryCatch(_, function __$__1() {
endPointUtil = new EndPointUtil();
lbSets = endPointUtil.getAllLBSettings(deployment.roles);
if (!__.isEmpty(lbSets)) {
cli.interaction.formatOutput(lbSets, function(lbSets) {
log.table(lbSets, function(row, item) {
var lbSet = lbSets[item];
row.cell($("Name"), lbSet.Name);
row.cell($("Port"), getLBPort(lbSet));
if (lbSet.ProbSettings) {
row.cell($("Probe port"), lbSet.ProbSettings.port);
row.cell($("Probe protocol"), lbSet.ProbSettings.protocol);
row.cell($("Probe interval (sec)"), lbSet.ProbSettings.intervalInSeconds);
row.cell($("Probe timeout (sec)"), lbSet.ProbSettings.timeoutInSeconds); } ; }); }); }
else {
if (cli.output.format().json) {
cli.output.json([]); }
else {
cli.output.warn(util.format($("No load balanced set found in the service \"%s\""), serviceName)); } ; } ; _(); }); }); }, true)); }); });
lbSet.command("show [service-name] [load-balanced-set-name]").description($("Get a load balanced set for a cloud service deployment")).usage("[options] <serviceName>").option("-n, --service-name <service-name>", $("the cloud service name")).option("-b, --load-balanced-set-name <load-balanced-set-name>", $("the load balanced set name")).option("-s, --subscription <id>", $("the subscription id")).execute(function __2(serviceName, loadBalancedSetName, options, _) { var computeClient, progress, deployment, endPointUtil, lbSets, lbSet, output; var __frame = { name: "__2", line: 77 }; return __func(_, this, arguments, __2, 3, __frame, function __$__2() {
return cli.interaction.promptIfNotGiven($("Cloud Service name: "), serviceName, __cb(_, __frame, 1, 36, function ___(__0, __1) { serviceName = __1;
return cli.interaction.promptIfNotGiven($("Load balanced set name: "), loadBalancedSetName, __cb(_, __frame, 2, 44, function ___(__0, __2) { loadBalancedSetName = __2;
computeClient = utils.createComputeClient(profile.current.getSubscription(options.subscription));
progress = cli.interaction.progress($("Getting cloud service deployment")); return (function ___(__then) { (function ___(_) { __tryCatch(_, function __$__2() {
return computeClient.deployments.getBySlot(serviceName, "Production", __cb(_, __frame, 7, 47, function ___(__0, __3) { deployment = __3; _(null, null, true); }, true)); }); })(function ___(__e, __r, __cont) { (function ___(__then) { __tryCatch(_, function __$__2() {
progress.end(); __then(); }); })(function ___() { __tryCatch(_, function ___() { if (__cont) { __then(); } else { _(__e, __r); }; }); }); }); })(function ___() { __tryCatch(_, function __$__2() {
endPointUtil = new EndPointUtil();
lbSets = endPointUtil.getAllLBSettings(deployment.roles);
lbSet = getLBSet(lbSets, loadBalancedSetName);
output = cli.output;
if (lbSet) {
cli.interaction.formatOutput(lbSet, function(lbSet) {
output.nameValue($("Name"), lbSet.Name);
output.nameValue($("Port"), getLBPort(lbSet));
if (lbSet.ProbSettings) {
output.header("Probe settings");
output.nameValue($("Port"), lbSet.ProbSettings.port, 2);
output.nameValue($("Protocol"), lbSet.ProbSettings.protocol, 2);
output.nameValue($("Path"), lbSet.ProbSettings.path, 2);
output.nameValue($("Interval (seconds)"), lbSet.ProbSettings.intervalInSeconds, 2);
output.nameValue($("Timeout (seconds)"), lbSet.ProbSettings.timeoutInSeconds, 2); } ;
if (lbSet.endPoints) {
output.header("Load balanced set endpoints");
for (var i = 0; (i < lbSet.endPoints.length); i++) {
output.header(("Endpoint #" + ((i + 1))), 2);
output.nameValue();
var endPoint = lbSet.endPoints[i];
output.nameValue($("Name"), endPoint.name, 4);
output.nameValue($("VM name"), endPoint.vmName, 4);
output.nameValue($("Local port"), endPoint.localPort, 4);
output.nameValue($("Protcol"), endPoint.protocol, 4);
output.nameValue($("Virtual IP Address"), endPoint.virtualIPAddress, 4);
output.nameValue($("Direct server return"), (endPoint.enableDirectServerReturn ? "Enabled" : "Disabled"), 4);
output.nameValue($("Connection timeout (minutes)"), endPoint.idleTimeoutInMinutes, 4);
output.nameValue($("Internal load balancer name"), endPoint.internalLoadBalancerName, 4);
output.nameValue($("Load balancer distribution"), endPoint.loadBalancerDistribution, 4); }; } ; }); }
else {
if (output.format().json) {
output.json({ }); }
else {
output.warn(util.format($("A load balanced set with name \"%s\" not found in the service \"%s\""), loadBalancedSetName, serviceName)); } ; } ; _(); }); }); }, true)); }, true)); }); });
lbSet.command("set [service-name] [load-balanced-set-name]").description($("Set load balanced set for a cloud service deployment")).usage("[options] <serviceName> <load-balanced-set-name>").option("-n, --service-name <service-name>", $("the cloud service name")).option("-b, --load-balanced-set-name <load-balanced-set-name>", $("the load balanced set name")).option("-l, --public-port <public-port>", $("the load balanced endpoint public port")).option("-k, --local-port <local-port>", $("the load balanced endpoint local port")).option("-o, --protocol <protocol>", $("the transport layer protocol for the load balanced set endpoint (tcp or udp)")).option("-m, --idle-timeout <idle-timeout>", $("load balanced set endpoint connection timeout for tcp idle connection, specified in minutes")).option("-t, --probe-port <probe-port>", $("the virtual machine port to use to inspect the availability status")).option("-r, --probe-protocol <probe-protocol>", $("the protocol to use to inspect the availability status")).option("-p, --probe-path <probe-path>", $("the relative path to inspect the availability status")).option("-e, --probe-interval <probe-interval>", $("the availability status check interval specified in seconds")).option("-f, --probe-timeout <probe-timeout>", $("the availability status check timeout specified in seconds")).option("-u, --direct-server-return <direct-server-return>", $("enable or disable direct server return on the load balanced set endpoint, valid values are [Enabled, Disabled] Disabled by default")).option("-i, --internal-load-balancer-name <internal-load-balancer-name>", $("the internal load balancer name")).option("-a, --load-balancer-distribution <load-balancer-distribution>", $("the load balancer distribution, valid values are [sourceIP, sourceIPProtocol, None]")).option("-s, --subscription <id>", $("the subscription id")).execute(function __3(serviceName, loadBalancedSetName, options, _) { var computeClient, progress, deployment, endPointUtil, lbSets, lbSet, lbsetEndpoint; var __frame = { name: "__3", line: 152 }; return __func(_, this, arguments, __3, 3, __frame, function __$__3() {
return cli.interaction.promptIfNotGiven($("Cloud Service name: "), serviceName, __cb(_, __frame, 1, 36, function ___(__0, __1) { serviceName = __1;
return cli.interaction.promptIfNotGiven($("Load balancer set name: "), loadBalancedSetName, __cb(_, __frame, 2, 44, function ___(__0, __2) { loadBalancedSetName = __2;
computeClient = utils.createComputeClient(profile.current.getSubscription(options.subscription));
progress = cli.interaction.progress($("Getting cloud service deployment")); return (function ___(__then) { (function ___(_) { __tryCatch(_, function __$__3() {
return computeClient.deployments.getBySlot(serviceName, "Production", __cb(_, __frame, 7, 47, function ___(__0, __3) { deployment = __3; _(null, null, true); }, true)); }); })(function ___(__e, __r, __cont) { (function ___(__then) { __tryCatch(_, function __$__3() {
progress.end(); __then(); }); })(function ___() { __tryCatch(_, function ___() { if (__cont) { __then(); } else { _(__e, __r); }; }); }); }); })(function ___() { __tryCatch(_, function __$__3() {
endPointUtil = new EndPointUtil();
lbSets = endPointUtil.getAllLBSettings(deployment.roles);
lbSet = getLBSet(lbSets, loadBalancedSetName);
if (!lbSet) {
return _(new Error(util.format($("load balancer set with name \"%s\" not found in the cloud service"), loadBalancedSetName, serviceName))); } ;
lbsetEndpoint = lbSet.endPoints[0];
lbsetEndpoint = endPointUtil.setEndpointProperties(lbsetEndpoint, options);
progress = cli.interaction.progress($("Updating load balanced set")); return (function ___(__then) { (function ___(_) { __tryCatch(_, function __$__3() {
return computeClient.virtualMachines.updateLoadBalancedEndpointSet(serviceName, deployment.name, { loadBalancedEndpoints: [lbsetEndpoint,] }, __cb(_, __frame, 24, 51, function ___(__0, __4) { deployment = __4; _(null, null, true); }, true)); }); })(function ___(__e, __r, __cont) { (function ___(__then) { __tryCatch(_, function __$__3() {
progress.end(); __then(); }); })(function ___() { __tryCatch(_, function ___() { if (__cont) { __then(); } else { _(__e, __r); }; }); }); }); })(function ___() { __tryCatch(_, function __$__3() { _(); }); }); }); }); }, true)); }, true)); }); });
function getLBSet(lbSets, lbSetName) {
return utils.findFirstCaseIgnore(lbSets, { Name: lbSetName }); };
function getLBPort(lbSet) {
return (((lbSet && lbSet.endPoints) && (lbSet.endPoints.length > 0)) ? lbSet.endPoints[0].port : undefined); };};