TypeScript task.checkPath函数代码示例

var jarsigning = (fn: string) => {
    // file must exist
    tl.checkPath(fn, 'file to sign');

    var jarsigner = tl.which("jarsigner", false);
    if (!jarsigner) {
        var java_home = tl.getVariable('JAVA_HOME');
        if (!java_home) {
            throw tl.loc('JavaHomeNotSet');
        }

        jarsigner = tl.resolve(java_home, 'bin', 'jarsigner');
    }

    var jarsignerRunner = tl.tool(jarsigner);

    // Get keystore file path for signing
    var keystoreFile = tl.getTaskVariable('KEYSTORE_FILE_PATH');

    // Get keystore alias
    var keystoreAlias = tl.getInput('keystoreAlias', true);

    var keystorePass = tl.getInput('keystorePass', false);

    var keyPass = tl.getInput('keyPass', false);

    var jarsignerArguments = tl.getInput('jarsignerArguments', false);

    jarsignerRunner.arg(['-keystore', keystoreFile]);

    if (keystorePass) {
        jarsignerRunner.arg(['-storepass', keystorePass]);
    }

    if (keyPass) {
        jarsignerRunner.arg(['-keypass', keyPass]);
    }

    if (jarsignerArguments) {
        jarsignerRunner.line(jarsignerArguments);
    }

    var unsignedFn = fn + ".unsigned";
    var success = tl.mv(fn, unsignedFn, '-f', false);

    jarsignerRunner.arg(['-signedjar', fn, unsignedFn, keystoreAlias]);

    return jarsignerRunner.exec(null);
}

const apksigning = (fn: string) => {
    // file must exist
    tl.checkPath(fn, 'file to sign');

    let apksigner = tl.getInput('apksignerLocation', false);

    // if the tool path is not set, let's find one (anyone) from the SDK folder
    if (!apksigner) {
        apksigner = findAndroidTool('apksigner');
    }

    const apksignerRunner = tl.tool(apksigner);

    // Get keystore file path for signing
    const keystoreFile = tl.getTaskVariable('KEYSTORE_FILE_PATH');

    // Get keystore alias
    const keystoreAlias = tl.getInput('keystoreAlias', true);

    const keystorePass = tl.getInput('keystorePass', false);

    const keyPass = tl.getInput('keyPass', false);

    const apksignerArguments = tl.getInput('apksignerArguments', false);

    apksignerRunner.arg(['sign', '--ks', keystoreFile]);

    if (keystorePass) {
        apksignerRunner.arg(['--ks-pass', 'pass:' + keystorePass]);
    }

    if (keystoreAlias) {
        apksignerRunner.arg(['--ks-key-alias', keystoreAlias]);
    }

    if (keyPass) {
        apksignerRunner.arg(['--key-pass', 'pass:' + keyPass]);
    }

    if (apksignerArguments) {
        apksignerRunner.line(apksignerArguments);
    }

    apksignerRunner.arg([fn]);

    return apksignerRunner.exec(null);
};

async function registerAdvinst(toolRoot: string, license: string): Promise<void> {
  if (!license)
    return;

  console.log(taskLib.loc("AI_RegisterTool"))

  let toolVersion: string = fileInfo.getFileVersion(path.join(toolRoot, advinstToolExecutable));
  let registrationCmd: string = "/RegisterCI";
  if (cmpVer.lt(advinstRegVersionSwitch, toolVersion) < 0) {
    registrationCmd = "/Register";
  }

  let execResult = taskLib.execSync(path.join(toolRoot, advinstToolCmdLineUtility), [registrationCmd, license]);
  if (execResult.code != 0) {
    throw new Error(taskLib.loc("AI_RegisterToolFailed", execResult.stdout));
  }
  let licensePath = path.join(taskLib.getVariable('ProgramData'), advinstLicenseSubPath);
  taskLib.checkPath(licensePath, taskLib.loc("AI_AdvinstLicenseFile"));
  taskLib.setVariable('advinst.cleanup', 'true');
}

void common.runTfx(async tfx => {
    let cleanupTfxArgs: () => void;

    try {
        tfx.arg(["extension", "publish", "--json", "--no-color"]);
        const outputVariable = tl.getInput("outputVariable", false);

        common.setTfxMarketplaceArguments(tfx);

        // Read file type
        const fileType = tl.getInput("fileType", true);
        let vsixOutput;

        if (fileType === "manifest") {
            // Set tfx manifest arguments
            cleanupTfxArgs = common.validateAndSetTfxManifestArguments(tfx);

            // Update tasks version if needed
            await common.checkUpdateTasksManifests();
        } else {
            // Set vsix file argument
            let vsixFilePattern = tl.getPathInput("vsixFile", true);
            let matchingVsixFile: string[];
            if (vsixFilePattern.indexOf("*") >= 0 || vsixFilePattern.indexOf("?") >= 0) {
                tl.debug("Pattern found in vsixFile parameter");
                matchingVsixFile = tl.findMatch(tl.getInput("cwd", false) || process.cwd(), vsixFilePattern);
            }
            else {
                tl.debug("No pattern found in vsixFile parameter");
                matchingVsixFile = [vsixFilePattern];
            }

            if (!matchingVsixFile || matchingVsixFile.length === 0) {
                tl.setResult(tl.TaskResult.Failed, `Found no vsix files matching: ${vsixFilePattern}.`);
                return false;
            }
            if (matchingVsixFile.length !== 1) {
                tl.setResult(tl.TaskResult.Failed, `Found multiple vsix files matching: ${vsixFilePattern}.`);
                return false;
            }

            const vsixFile = matchingVsixFile[0];
            tl.checkPath(vsixFile, "vsixPath");

            vsixOutput = tl.getVariable("System.DefaultWorkingDirectory");

            const publisher = tl.getInput("publisherId", false);

            const extensionId = tl.getInput("extensionId", false);
            const extensionTag = tl.getInput("extensionTag", false);

            const extensionName = tl.getInput("extensionName", false);
            const extensionVisibility = tl.getInput("extensionVisibility", false) || "";
            const extensionPricing = tl.getInput("extensionPricing", false);
            const extensionVersion = common.getExtensionVersion();
            const updateTasksId = tl.getBoolInput("updateTasksId", false);
            const updateTasksVersion = tl.getBoolInput("updateTasksVersion", false);

            if (publisher
                || extensionId
                || extensionTag
                || extensionName
                || (extensionPricing && extensionPricing !== "default")
                || (extensionVisibility && extensionVisibility !== "default")
                || extensionVersion
                || updateTasksId ) {

                tl.debug("Start editing of VSIX");
                const ve = new vsixeditor.VSIXEditor(vsixFile, vsixOutput);
                ve.startEdit();

                if (publisher) { ve.editPublisher(publisher); }
                if (extensionId) { ve.editId(extensionId); }
                if (extensionTag) { ve.editIdTag(extensionTag); }
                if (extensionName) { ve.editExtensionName(extensionName); }
                if (extensionVisibility) { ve.editExtensionVisibility(extensionVisibility); }
                if (extensionPricing) { ve.editExtensionPricing(extensionPricing); }
                if (extensionVersion) {
                    ve.editVersion(extensionVersion);
                    ve.editUpdateTasksVersion(updateTasksVersion);
                }
                if (updateTasksId) {
                    ve.editUpdateTasksId(updateTasksId);
                }

                const vsixGeneratedFile = await ve.endEdit();
                tfx.arg(["--vsix", vsixGeneratedFile]);
                vsixOutput = vsixGeneratedFile;
            }
            else {
                vsixOutput = vsixFile;
                tfx.arg(["--vsix", vsixOutput]);
            }
        } 

        // Share with
        const shareWith = tl.getDelimitedInput("shareWith", ",", false).map((value) => { return value.trim(); });
        const extensionVisibility = tl.getInput("extensionVisibility", false) || "";
        const connectTo = tl.getInput("connectTo", true);
        if (shareWith) {
//.........这里部分代码省略.........

export function resolveWildcardPath(
    pattern: string,
    allowEmptyWildcardMatch?: boolean,
    includeFolders?: boolean): string[] {
    const isWindows = tl.osType() === "Windows_NT";

    // Resolve files for the specified value or pattern
    let filesList: string[];

    // empty patterns match nothing (otherwise they will effectively match the current directory)
    if (!pattern) {
        filesList = [];
    }
    else if (pattern.indexOf("*") === -1 && pattern.indexOf("?") === -1) {

        // No pattern found, check literal path to a single file
        tl.checkPath(pattern, "files");

        // Use the specified single file
        filesList = [pattern];

    } else {
        const firstWildcardIndex = function (str) {
            const idx = str.indexOf("*");

            const idxOfWildcard = str.indexOf("?");
            if (idxOfWildcard > -1) {
                return (idx > -1) ?
                    Math.min(idx, idxOfWildcard) : idxOfWildcard;
            }

            return idx;
        };

        // Find app files matching the specified pattern
        tl.debug("Matching glob pattern: " + pattern);

        // First find the most complete path without any matching patterns
        const idx = firstWildcardIndex(pattern);
        tl.debug("Index of first wildcard: " + idx);

        // include the wildcard character because:
        //  dirname(c:\foo\bar\) => c:\foo (which will make find() return a bunch of stuff we know we'll discard)
        //  dirname(c:\foo\bar\*) => c:\foo\bar
        const findPathRoot = path.dirname(pattern.slice(0, idx + 1));

        tl.debug("find root dir: " + findPathRoot);

        // Now we get a list of all files under this root
        const allFiles = tl.find(findPathRoot);

        // Now matching the pattern against all files
        // Turn off a bunch of minimatch features to replicate the behavior of Find-Files in the old PowerShell tasks
        const patternFilter = tl.filter(
            pattern, {
                matchBase: true,
                nobrace: true,
                noext: true,
                nocomment: true,
                nonegate: true,
                nocase: isWindows,
                dot: isWindows,
            });

        filesList = allFiles.filter(patternFilter);

        // Avoid matching anything other than files
        if (!includeFolders) {
            filesList = filesList.filter((x) => tl.stats(x).isFile());
        } else {
            filesList = filesList.filter((x) => tl.stats(x).isFile() || tl.stats(x).isDirectory());
        }

        // Fail if no matching .sln files were found
        if (!allowEmptyWildcardMatch && (!filesList || filesList.length === 0)) {
            throw new Error(tl.loc("Error_NoMatchingFilesFoundForPattern", pattern));
        }
    }

    if (!isWindows) {
        return filesList;
    }
    else {
        return filesList.map((file) => file.split("/").join("\\"));
    }
}

export async function runBuild(): Promise<void> {
  
  const aipPath: string = taskLib.getPathInput('AipPath', true, false);
  let aipBuild: string = taskLib.getInput('AipBuild');
  let aipPackageName: string = taskLib.getInput('AipPackageName');
  let aipOutputFolder: string = taskLib.getInput('AipOutputFolder');

  if (aipOutputFolder == taskLib.getVariable('BUILD_SOURCESDIRECTORY')) {
    taskLib.debug("Reset AipOutputFolder. OLD: $aipOutputFolder NEW:(empty).");
    aipOutputFolder = ""
  }

  const aipExtraCommands: string[] = taskLib.getDelimitedInput('AipExtraCommands', '\r\n');
  const aipResetDigSign: boolean = taskLib.getBoolInput('AipResetDigSign');

  // Log input parameters
  if (aipBuild == null) {
    aipBuild = '';
  }
  taskLib.debug(taskLib.loc("AI_StartTaskLog"));
  taskLib.debug("aipPath = " + aipPath);
  taskLib.debug("aipBuild  = " + aipBuild);
  taskLib.debug("aipPackageName = " + aipPackageName);
  taskLib.debug("aipOutputFolder = " + aipOutputFolder);
  taskLib.debug("aipExtraCommands = " + aipExtraCommands);
  taskLib.debug("aipResetDigSign = " + aipResetDigSign);

  // Validate "aipPath" input parameter.
  taskLib.checkPath(aipPath, aipPath);

  // Validate advinst tool path
  const advinstToolPath: string = await getAdvinstComTool();
  if (null == advinstToolPath) {
    throw new Error(taskLib.loc("AI_AdvinstNotFoundErr"));
  }

  // Compute the advinst commands
  let advinstCommands: string[] = [];
  if (aipPackageName) {
    advinstCommands.push(`SetPackageName \"${aipPackageName}\" -buildname \"${aipBuild}\"`);
  }

  if (aipOutputFolder) {
    advinstCommands.push(`SetOutputLocation -path \"${aipOutputFolder}\" -buildname \"${aipBuild}\"`);
  }

  if (aipResetDigSign) {
    advinstCommands.push('ResetSig');
  }

  if (aipExtraCommands.length > 0) {
    advinstCommands = advinstCommands.concat(aipExtraCommands);
  }

  advinstCommands.push(aipBuild ? `Build -buildslist \"${aipBuild}\"` : `Build`);

  //Execute the commands
  try {
    var commandsFilePath = getCommandsFile(advinstCommands);
    const advinstCmdLineArgs: string[] = ['/execute', `${aipPath}`, `${commandsFilePath}`];
    let result = taskLib.execSync(advinstToolPath, advinstCmdLineArgs);
    if (result.code != 0) {
      throw new Error(taskLib.loc("AI_ExecFailedErr", result.stdout));
    }
  }
  finally {
    if (commandsFilePath) {
      taskLib.rmRF(commandsFilePath);
    }
  }
}