TypeScript ToolRunner.exec方法代码示例

export async function getmacOSProvisioningProfileType(provProfilePath: string) {
    let provProfileType: string;
    try {
        //find the provisioning profile details
        let provProfileDetails: string;
        let getProvProfileDetailsCmd: ToolRunner = tl.tool(tl.which('security', true));
        getProvProfileDetailsCmd.arg(['cms', '-D', '-i', provProfilePath]);
        getProvProfileDetailsCmd.on('stdout', function (data) {
            if (data) {
                if (provProfileDetails) {
                    provProfileDetails = provProfileDetails.concat(data.toString().trim().replace(/[,\n\r\f\v]/gm, ''));
                } else {
                    provProfileDetails = data.toString().trim().replace(/[,\n\r\f\v]/gm, '');
                }
            }
        })
        await getProvProfileDetailsCmd.exec();

        let tmpPlist: string;
        if (provProfileDetails) {
            //write the provisioning profile to a plist
            tmpPlist = '_xcodetasktmp.plist';
            tl.writeFile(tmpPlist, provProfileDetails);
        } else {
            throw tl.loc('ProvProfileDetailsNotFound', provProfilePath);
        }

        //get ProvisionsAllDevices - this will exist for developer-id profiles
        let provisionsAllDevices: string = await printFromPlist('ProvisionsAllDevices', tmpPlist);
        tl.debug('provisionsAllDevices = ' + provisionsAllDevices);
        if (provisionsAllDevices && provisionsAllDevices.trim().toLowerCase() === 'true') {
            //ProvisionsAllDevices = true in developer-id profiles
            provProfileType = 'developer-id';
        } else {
            let provisionedDevices: string = await printFromPlist('ProvisionedDevices', tmpPlist);
            if (!provisionedDevices) {
                // no provisioned devices means it is an app-store profile
                provProfileType = 'app-store';
            } else {
                // profile with provisioned devices - use development
                provProfileType = 'development';
            }
        }

        //delete the temporary plist file
        let deletePlistCommand: ToolRunner = tl.tool(tl.which('rm', true));
        deletePlistCommand.arg(['-f', tmpPlist]);
        await deletePlistCommand.exec();
    } catch (err) {
        tl.debug(err);
    }

    return provProfileType;
}

export async function getWorkspaceSchemes(xcbuild: string, workspace: string) : Promise<string[]> {
    let xcv: ToolRunner = tl.tool(xcbuild);
    xcv.arg(['-workspace', workspace]);
    xcv.arg('-list');

    let schemes: string[] = [];
    let inSchemesSection = false;

    let output = '';
    xcv.on('stdout', (data) => {
        output = output + data.toString();
    });
    await xcv.exec();

    output.split('\n').forEach((line: string) => {
        tl.debug(`Line: ${line}`);

        line = line.trim();

        if (inSchemesSection) {
            if (line !== '') {
                tl.debug(`Scheme: ${line}`);
                schemes.push(line);
            }
            else {
                inSchemesSection = false;
            }
        }
        else if (line === 'Schemes:') {
            inSchemesSection = true;
        }
    });

    return schemes;
}

export async function deleteKeychain(keychainPath: string): Promise<void> {
    if (tl.exist(keychainPath)) {
        let deleteKeychainCommand: ToolRunner = tl.tool(tl.which('security', true));
        deleteKeychainCommand.arg(['delete-keychain', keychainPath]);
        await deleteKeychainCommand.exec();
    }
}

export async function getCloudEntitlement(provisioningProfilePath: string, exportMethod: string): Promise<string> {
    //find the provisioning profile details
    let provProfileDetails: string;
    const getProvProfileDetailsCmd: ToolRunner = tl.tool(tl.which('security', true));
    getProvProfileDetailsCmd.arg(['cms', '-D', '-i', provisioningProfilePath]);
    getProvProfileDetailsCmd.on('stdout', function (data) {
        if (data) {
            if (provProfileDetails) {
                provProfileDetails = provProfileDetails.concat(data.toString().trim().replace(/[,\n\r\f\v]/gm, ''));
            } else {
                provProfileDetails = data.toString().trim().replace(/[,\n\r\f\v]/gm, '');
            }
        }
    });

    await getProvProfileDetailsCmd.exec();

    let tmpPlist: string;
    if (provProfileDetails) {
        //write the provisioning profile to a plist
        tmpPlist = '_xcodetasktmp.plist';
        tl.writeFile(tmpPlist, provProfileDetails);
    } else {
        throw tl.loc('ProvProfileDetailsNotFound', provisioningProfilePath);
    }

    //use PlistBuddy to figure out if cloud entitlement exists.
    const cloudEntitlement: string = await printFromPlist('Entitlements:com.apple.developer.icloud-container-environment', tmpPlist);

    //delete the temporary plist file
    const deletePlistCommand: ToolRunner = tl.tool(tl.which('rm', true));
    deletePlistCommand.arg(['-f', tmpPlist]);
    await deletePlistCommand.exec();

    if (!cloudEntitlement) {
        return null;
    }

    tl.debug('Provisioning Profile contains cloud entitlement');
    return (exportMethod === 'app-store' || exportMethod === 'enterprise' || exportMethod === 'developer-id')
                ? "Production"
                : "Development";
}

export async function getDefaultKeychainPath() {
    let defaultKeychainPath: string;
    let getKeychainCmd: ToolRunner = tl.tool(tl.which('security', true));
    getKeychainCmd.arg('default-keychain');
    getKeychainCmd.on('stdout', function (data) {
        if (data) {
            defaultKeychainPath = data.toString().trim().replace(/[",\n\r\f\v]/gm, '');
        }
    })
    await getKeychainCmd.exec();
    return defaultKeychainPath;
}

export async function getProvisioningProfileName(provProfilePath: string) {
    //find the provisioning profile UUID
    let provProfileDetails: string;
    let getProvProfileDetailsCmd: ToolRunner = tl.tool(tl.which('security', true));
    getProvProfileDetailsCmd.arg(['cms', '-D', '-i', provProfilePath]);
    getProvProfileDetailsCmd.on('stdout', function (data) {
        if (data) {
            if (provProfileDetails) {
                provProfileDetails = provProfileDetails.concat(data.toString().trim().replace(/[,\n\r\f\v]/gm, ''));
            } else {
                provProfileDetails = data.toString().trim().replace(/[,\n\r\f\v]/gm, '');
            }
        }
    })
    await getProvProfileDetailsCmd.exec();

    let tmpPlist: string;
    if (provProfileDetails) {
        //write the provisioning profile to a plist
        tmpPlist = '_xcodetasktmp.plist';
        tl.writeFile(tmpPlist, provProfileDetails);
    } else {
        throw tl.loc('ProvProfileDetailsNotFound', provProfilePath);
    }

    //use PlistBuddy to figure out the Name
    let provProfileName: string = await printFromPlist('Name', tmpPlist);

    //delete the temporary plist file
    let deletePlistCommand: ToolRunner = tl.tool(tl.which('rm', true));
    deletePlistCommand.arg(['-f', tmpPlist]);
    await deletePlistCommand.exec();

    tl.debug('getProvisioningProfileName: profile name = ' + provProfileName);
    return provProfileName;
}

export async function deleteProvisioningProfile(uuid: string): Promise<void> {
    if (uuid && uuid.trim()) {
        const provProfiles: string[] = tl.findMatch(getUserProvisioningProfilesPath(), uuid.trim() + '*');
        if (provProfiles) {
            for (const provProfilePath of provProfiles) {
                console.log('Deleting provisioning profile: ' + provProfilePath);
                if (tl.exist(provProfilePath)) {
                    const deleteProfileCommand: ToolRunner = tl.tool(tl.which('rm', true));
                    deleteProfileCommand.arg(['-f', provProfilePath]);
                    await deleteProfileCommand.exec();
                }
            }
        }
    }
}

export async function getP12PrivateKeyName(p12Path: string, p12Pwd: string): Promise<string> {
    //openssl pkcs12 -in <p12Path> -nocerts -passin pass:"<p12Pwd>" -passout pass:"<p12Pwd>" | grep 'friendlyName'
    tl.debug('getting the P12 private key name');
    const opensslPath: string = tl.which('openssl', true);
    const openssl: ToolRunner = tl.tool(opensslPath);
    if (!p12Pwd) {
        // if password is null or not defined, set it to empty
        p12Pwd = '';
    }
    // since we can't suppress the private key bytes, encrypt them before we pass them to grep.
    const privateKeyPassword = p12Pwd ? p12Pwd : generatePassword();
    openssl.arg(['pkcs12', '-in', p12Path, '-nocerts', '-passin', 'pass:' + p12Pwd, '-passout', 'pass:' + privateKeyPassword]);

    //we pipe through grep so we we don't log the private key to the console.
    //even if it's encrypted, it's noise and could cause concern for some users.
    const grepPath: string = tl.which('grep', true);
    const grep: ToolRunner = tl.tool(grepPath);
    grep.arg(['friendlyName']);
    openssl.pipeExecOutputToTool(grep);

    let privateKeyName: string;
    openssl.on('stdout', function (data) {
        if (data) {
            // find the private key name
            data = data.toString().trim();

            const match = data.match(/friendlyName: (.*)/);
            if (match && match[1]) {
                privateKeyName = match[1].trim();
            }
        }
    });

    await openssl.exec();
    tl.debug('P12 private key name = ' + privateKeyName);
    if (!privateKeyName) {
        throw new Error(tl.loc('P12PrivateKeyNameNotFound', p12Path));
    }

    return privateKeyName;
}

async function printFromPlist(itemToPrint: string, plistPath: string) {
    let plist = tl.which('/usr/libexec/PlistBuddy', true);
    let plistTool: ToolRunner = tl.tool(plist);
    plistTool.arg(['-c', 'Print ' + itemToPrint, plistPath]);

    let printedValue: string;
    plistTool.on('stdout', function (data) {
        if (data) {
            printedValue = data.toString().trim();
        }
    });

    try {
        await plistTool.exec();
    } catch (err) {
        tl.debug('Exception when looking for ' + itemToPrint + ' in plist.');
        printedValue = null;
    }

    return printedValue;
}

/**
 * Set the partition_id ACL so codesign has permission to use the signing key.
 */
async function setKeyPartitionList(keychainPath: string, keychainPwd: string, privateKeyName: string) {
    // security set-key-partition-list -S apple-tool:,apple: -s -l <privateKeyName> -k <keychainPwd> <keychainPath>
    // n.b. This command could update multiple keys (e.g. an expired signing key and a newer signing key.)

    if (privateKeyName) {
        tl.debug(`Setting the partition_id ACL for ${privateKeyName}`);

        // "If you'd like to run /usr/bin/codesign with the key, "apple:" must be an element of the partition list." - security(1) man page.
        // When you sign into your developer account in Xcode on a new machine, you get a private key with partition list "apple:". However
        // "security import a.p12 -k login.keychain" results in the private key with partition list "apple-tool:". I'm preserving import's
        // "apple-tool:" and adding the "apple:" codesign needs.
        const partitionList = 'apple-tool:,apple:';

        let setKeyCommand: ToolRunner = tl.tool(tl.which('security', true));
        setKeyCommand.arg(['set-key-partition-list', '-S', partitionList, '-s', '-l', privateKeyName, '-k', keychainPwd, keychainPath]);

        // Watch for "unknown command". set-key-partition-list was added in Sierra (macOS v10.12)
        let unknownCommandErrorFound: boolean;
        let incorrectPasswordErrorFound: boolean;
        setKeyCommand.on('errline', (line: string) => {
            if (!unknownCommandErrorFound && line.includes('security: unknown command')) {
                unknownCommandErrorFound = true;
            }
        });

        try {
            await setKeyCommand.exec();
        } catch (err) {
            if (unknownCommandErrorFound) {
                // If we're on an older OS, we don't need to run set-key-partition-list.
                console.log(tl.loc('SetKeyPartitionListCommandNotFound'));
            } else {
                tl.error(err);
                throw new Error(tl.loc('SetKeyPartitionListCommandFailed'));
            }
        }
    }
}