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Building Salesforce Using Atlassian Bitbucket Pipelines

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Building Salesforce Using Atlassian Bitbucket Pipelines

In this tutorial, we explore using Bitbucket Pipelines, Docker, and Force Migration Tool to deploy Salesforce code, with Zone Leader John Vester.

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Earlier this year, I wrote an article about Atlassian introducing Pipelines to the Bitbucket git-based repository. Back in December 2015, I wrote another article focused on using Atlassian Bamboo to deploy to Salesforce environments. This article will provide a simple example on how to use Bitbucket Pipelines to deploy to Salesforce, leveraging what I presented in the two referenced articles.

Setting Up Bitbucket

The first step is to make sure a repository exists within Atlassian Bitbucket, containing the Salesforce org Metadata to be deployed. While it is not possible to deploy every Metadata element using the Force Migration Tool, I still prefer to extract all the Metadata into the source repository. I feel better knowing that a copy of the design/data is stored and maintained outside the Salesforce ecosystem.

As a result, my  src  structure resembles the following screenshot:

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For this project, I am using the following  .gitignore :

Referenced Packages

In addition to the standard  package.xml  in the  src  folder, I created a  deployPackageCSCore.xml  file, which is a subset of the  package.xml  (created by Salesforce/Force Migration Tool) and contains a listing of the elements that are being deployed in our environment. As developers introduce new or remove unneeded objects, the changes are reflected in the  deployPackageCSCore.xml  file.

Setting Up Force Migration Tool

At the root level of the project, a  build  folder exists and contains the following files:

Image title

Below is a summary of each of the files shown above:

  • ant-salesforce.jar - Force Migration Tool jar.

  • build.properties - contains static property data (maxPoll, pollWaitMillis and general Slack information).

  • build.xml - logic used by Apache Ant (detailed below).

The build.xml executes the following logic:

  1. Paint banner.

  2. Paint deployment information.

  3. Copy Source (optional) and rename deployPackageCSCore.xml to package.xml.

  4. Delete Unmigrateable Files.

  5. Deploy Code.

  6. Post to Slack.

An example  build.xml  is shown below:

<project name="Retrieve and Deploy SFDC metadata" default="testDeployOnly" basedir=".." xmlns:sf="antlib:com.salesforce">
    <taskdef uri="antlib:com.salesforce"

    <property file="${basedir}/build/build.properties"/>
    <property name="slackMessage" value="Salesforce%20Deployment%20Complete!%0A%20-%20commit%20=%20${commit.id}%20%0A%20-%20branch%20=%20${branch.id}%0A%20-%20host%20=%20${sf.serverUrl}%0A%20-%20username%20=%20${sf.username}%0A%20-%20testLevel%20=%20*${sf.testLevel}*%0A%20-%20checkOnly%20=%20*${sf.checkOnly}*"/>

    <target name="deploy" depends="deleteUnmigrateableFiles">
        <antcall target="postToSlack"/>

    <target name="postToSlack">
      <exec executable="curl">
        <arg line="-d 'token=${slack.token}&amp;channel=${slack.channel}&amp;text=${slackMessage}&amp;pretty=1' https://slack.com/api/chat.postMessage"/>

    <target name="deleteUnmigrateableFiles" depends="copySource">
        <echo level="info">Removing files that cannot be migrated:</echo>
        <delete dir="${basedir}/localCopy/flows" />
        <delete dir="${basedir}/localCopy/layouts" />
        <delete dir="${basedir}/localCopy/permissionSets" />
        <delete dir="${basedir}/localCopy/profiles" />
        <delete dir="${basedir}/localCopy/quickActions" />
        <delete dir="${basedir}/localCopy/settings" />
        <delete dir="${basedir}/localCopy/workflows" />

        <echo level="info">Cleaning up build.xml for references that cannot be migrated:</echo>
        <echo level="info">  - unfiled$public</echo>
            match="^        &lt;members&gt;unfiled\$public&lt;/members&gt;$"

    <target name="copySource" depends="deployInformation">
      <echo level="info">Initializing localCopy folder</echo>
      <delete dir="${basedir}/localCopy" />
      <mkdir dir="${basedir}/localCopy" />
      <echo level="info">Copying src to localCopy folder</echo>
      <copy todir="${basedir}/localCopy" >  
        <fileset dir="${basedir}/src" includes="**"/>  
      <echo level="info">Deleting standard package.xml</echo>
      <delete file="${basedir}/localCopy/package.xml" />
      <echo level="info">Renaming ${sf.deployFile} to package.xml</echo>
      <move file="${basedir}/localCopy/${sf.deployFile}" tofile="${basedir}/localCopy/package.xml"/>

    <target name="deployInformation" depends="banner">
      <echo level="info"> Information for this deployment:</echo>
      <echo level="info"> - Target Host Name = ${sf.serverUrl}</echo>
      <echo level="info"> - Login ID = ${sf.username}</echo>
      <echo level="info"> - Deployment File = ${sf.deployFile}</echo>
      <echo level="info"> - Test Only Mode = ${sf.checkOnly}</echo>
      <echo level="info"> - Apex Test Level = ${sf.testLevel}</echo>

    <target name="banner">
      <echo level="info">╔═════════════════════════════════════════════════════╗</echo>
      <echo level="info">║    ____ _                  ____  _       _          ║</echo>
      <echo level="info">║   / ___| | ___  __ _ _ __ / ___|| | __ _| |_ ___    ║</echo>
      <echo level="info">║  | |   | |/ _ \/ _` | '_ \\___ \| |/ _` | __/ _ \   ║</echo>
      <echo level="info">║  | |___| |  __/ (_| | | | |___) | | (_| | ||  __/   ║</echo>
      <echo level="info">║   \____|_|\___|\__,_|_| |_|____/|_|\__,_|\__\___|   ║</echo>
      <echo level="info">║                                                     ║</echo>
      <echo level="info">║    Salesforce Continuous Intergration Deployment    ║</echo>
      <echo level="info">║       created by CleanSlate Technology Group        ║</echo>
      <echo level="info">╚═════════════════════════════════════════════════════╝</echo>

The Copy Source step is optional, but makes things a lot easier when running the Force Migration Tool locally. It does make a copy of the entire source directory so that the files can be manipulated to work while deploying to Salesforce. This should not be an issue, since the  localCopy  folder is in the . gitignore  file and Pipeline deployments will be pushed via a Docker image, which will be discarded after use.

With everything in place, it is possible to execute the deployment by running the following command:

ant -buildfile build/build.xml deploy 

Setting Up Pipelines

With the Force Migration Tool process working, the Pipeline process can automate the deployment. From the Settings | Pipelines | Settings screen within Bitbucket, make sure Enable Pipelines is set to "enabled."

The next step is to configure environment variables used by the pipeline processing. From the Settings | Pipelines | Environment variables screen within Bitbucket, I configured the following items:

My personal sandbox:

  • SFDC_JV_CHECK_ONLY - true/false to specify if code will be deployed (true = check only is performed and code is not deployed).

  • SFDC_JV_HOST_NAME - host address (https://test.salesforce.com).

  • SFDC_JV_USER_ID - username to login to Salesforce.

  • SFDC_JV_PASSWORD_TOKEN - password + security token (configured as a Secured variable within Bitbucket).

  • SFDC_JV_TEST_LEVEL - NoTestRun/RunLocalTests/RunAllTestsInOrg.

The process was repeated for SFDC_QA (QA sandbox) and SFDC_PROD (Production) environment variables.

Finally, configure and deploy the  bitbucket-pipelines.yml  file. A very simple example is displayed below:

# ----- 
image: johnjvester/docker-salesforce

    - step:
          - echo "Running Default Script against QA environment (Mock Deploy, No Tests Executed)"
          - ant -buildfile build/build.xml deploy -Dsf.deployFile=deployPackageCSCore.xml -Dsf.checkOnly=true -Dsf.testLevel=NoTestRun -Dsf.username=$SFDC_QA_USER_ID -Dsf.password=$SFDC_QA_PASSWORD_TOKEN -Dsf.serverUrl=$SFDC_QA_HOST_NAME -Dcommit.id=$BITBUCKET_COMMIT -Dbranch.id=$BITBUCKET_BRANCH

  custom: # Pipelines that are triggered manually
    sandbox-jv: # John Vester's Sandbox
      - step: 
            - echo "Running JV Sandbox"
            - ant -buildfile build/build.xml deploy -Dsf.deployFile=deployPackageCSCore.xml -Dsf.checkOnly=$SFDC_JV_CHECK_ONLY -Dsf.testLevel=$SFDC_JV_TEST_LEVEL -Dsf.username=$SFDC_JV_USER_ID -Dsf.password=$SFDC_JV_PASSWORD_TOKEN -Dsf.serverUrl=$SFDC_JV_HOST_NAME -Dcommit.id=$BITBUCKET_COMMIT -Dbranch.id=$BITBUCKET_BRANCH

    qa: # QA Full Copy Sandbox
      - step: 
            - echo "Running QA (showing banner only and posting to Slack)"
            - ant -buildfile build/build.xml banner
            - ant -buildfile build/build.xml postToSlack -Dsf.checkOnly=true -Dsf.testLevel=NoTestRun -Dsf.username=$SFDC_QA_USER_ID -Dsf.serverUrl=$SFDC_QA_HOST_NAME -Dcommit.id=$BITBUCKET_COMMIT -Dbranch.id=$BITBUCKET_BRANCH

    prod: # Production
      - step: 
            - echo "Running Production (showing banner only)"
            - ant -buildfile build/build.xml banner 

This file leverages the johnjvester\docker-salesforce Docker image that I have uploaded on DockerHub (feel free to utilize) and completes the following tasks when commits are made to Bitbucket:

  1. Use/download the johnjvester\docker-salesforce image.

  2. Execute the default pipeline:

    1. Echo text to the console.

    2. Run the deploy use environment variables for the following parameters:

      1. Username.

      2. Password.

      3. Server URL.

The Bitbucket commit number and branch will be included in the processing as well, to use in the Slack message.

The file also includes three custom pipelines, which can be run on demand. In my example, there is an update for my personal sandbox, our QA environment, and Production. These could be automatically updated, but we like to control when these sandboxes are updated.

Again, this is just a simple example Pipeline file.

Running the Pipeline

With Bitbucket Pipelines in place, a merge into the master branch yields the following flow:

Banner is displayed, with migration information:

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Deployment information is displayed:

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The Copy Source processing is executed, which also renames the deployPackageCSCore.xml to be package.xml:

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Files that cannot be migrated are removed from localCopy folder:

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Perform the deployment:

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Post to Slack:

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Build Successful:

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Additionally, on the Bitbucket commit itself, a Run pipeline action exists:

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Which allows the custom deployments to be executed on demand:

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Using a simple Docker image that I uploaded to DockerHub and a functional Force Migration Tool implementation, implementing Bitbucket Pipelines becomes a task which can be implemented without much effort. As a result, it is possible to introduce CI/CD into your Salesforce environment, while keeping all the deployment information with the source code - where it truly belongs.

Have a really great day!

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salesforce ,integration ,force ,pipeline ,devops ,atlassian ,bitbucket

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