Category Archives: Software Development

Transitioning from Agile, Iterative Project Initiatives to Production Support, DevOps

Going from dedicated project-funded efforts using Agile and Scrum methodologies, such as Sprint Planning, Backlog Refinement, Sprint Close Demos, etc., to a production support process leveraging the DevOps (Development and Operations) model requires a transition path to be successful.

People, Processes, and Technology need to shift along with this change in the Software Development Lifecycle (SDLC) mandated by management.

Commitment v. “Pulling from the Backlog” Mindset

Agile Teams Leveraging Scrum Ceremonies

At the foundation of Agile with the application of Scrum ceremonies is a commitment from the team and individuals on the team to implement User Stories within an agreed cadence, a Sprint (e.g., two weeks). The product owner and the implementation team articulate what is required to implement the story, produce a collective, relative effort estimate in the form of Story Points, and agree to complete the set of user stories within a given sprint cadence. For each user story, the “Definition of Done” is clearly articulated in the form of “Acceptance Criteria”, and this criteria is used as a guidepost for software development and quality assurance.

As an Agile, Scrum team, you may view your product backlog differently than you would in a DevOps, Development, and Operational model. Scrum teams are focused on the day-to-day work toward implementing user stories and making progress on user stories and Bugs to fulfill their commitments for the current Sprint. Scrum teams are typically focused on implementing work items or removing blockers and may discuss these activities each day during a Daily Scrum or “Daily Standup.”

DevOps – Pull from the Backlog

Unlike Scrum teams, who set up sessions to measure progress in a particular cadence, e.g., two-week sprints with Sprint Planning and Sprint Close sessions, DevOps team members pull from the backlog as their bandwidth becomes available. The [Business] Product Owner and the DevOps team may have some regular or ADHOC sessions for Backlog Grooming / Refinement to ensure the user stories are ready for implementation and prioritized appropriately.

The Product Owner and DevOps team periodically perform Backlog Refinement sessions to make sure the prioritized User Stories have all of the necessary elements to implement the user story. During these Product Backlog Refinement sessions, team members perform a relative effort estimation of each user story. How long will it take to implement the user story? Each team member may indicate how much effort they feel will be needed to implement the product backlog item (a.k.a. User Story). See articles on poker planning, a collective, relative, effort estimation process/tool that standardize how to perform these estimations.

When one of the DevOps team members has the bandwidth to take on one of the stories, they pull it off the backlog and move it to the Board for implementation. [Kanban] Boards have an agreed workflow to allow DevOps team members to move items through the agreed software development lifecycle (SDLC).

Production Critical Alerts Take Precedence

In this process, there is no commitment or agreement when the team member will finish their work on the user story, i.e., complete by Sprint Close cadence. Story Points, or Product Backlog, Size Estimation give the individual and the team an indication of how long the Product Backlog Item (PBI) might take to implement. Unfortunately, the (Development / Operations) DevOps team member’s responsibility stretches beyond “new” work from the Product Backlog. Operations duties, such as reacting to critical application monitoring alerts from the production environment, may take higher precedence.

Where Am I?!?

DevOps team members may have frequent disruptions in their work from production issues and have their heads spinning, switching back and forth from implementing PBIs to handling ADHOC issues from production applications. The Kanban board is one way to get everyone back on the same page with the changes in progress. At a glance, we can visualize the progress of implementing user stories, bugs, and associated tasks on the Kanban board.

Kanban board
Kanban board

Anatomy of a Great Kanban Board

Moving from a Scrum team to a DevOps team, you may, as an individual, be looking at the Kanban board from time to time, such as when you have bandwidth available to work on Bugs or Product Owner prioritized User Stories. The following does not assume your project team transitioned to a DevOps model or a separate DevOps team took over,

Columns Match your DevOps, SDLC Workflow

Regardless of who is doing the work, how the work is being done moving forward is essential to map out the software development lifecycle (SDLC) under DevOps constraints. The DevOps team will establish the states for each work item as they apply to the DevOps team. For example, there may not be QA team members, but there would be a testing process to verify the implementation of a Bug fix or User Story.

However, in a Scrum team going from “Dev Complete” to “Testing Complete” may require a “Release Management” phase, i.e. promoting code from DEV to TEST environments. On a Scrum team, between “Dev Complete” and “Testing Complete”, there may have been a phase to run a cursory or “smoke test” before going to “QA Approved.” This alternate DevOps SDLC process may not require a smoke test anymore due to the team’s composition. Long story short, it’s essential to get your process agreed to and implemented on the DevOps team Kanban board. Each column has a state, and the idea is to move Product Backlog Items (PBIs) from left to right and terminate at the “Closed” status.

Identifying and Removing Blockers

It’s all about keeping the momentum forward. If we cannot work on a Bug or User Story because we are Blocked for any reason, that is time wasted without progress. As a team, we should always be on the lookout for Blocking Issues that prevent our teammates or us from moving forward. Once identified, we aggressively look for ways to unblock ourselves or our teammates. The Kanban Board typically has a “Blocked” status column, so it’s very visible to the team once the PBI is indicated to be Blocked. Of course, the “Blocked” identification and remediation process is not limited to DevOps or Scrum teams.

The HOV Lane for Critical Production Issues

In some cases, changes to production code or configuration need to be dealt with by the DevOps team. These production issues that require “priority treatment”, e.g. Severity = Critical, may go in a “swimlane” on the Kanban board, which clearly articulates these Product Backlog Items (PBIs) are the top priority for the team (see figure above).

Definition of Done – Acceptance Criteria

As in Scrum ceremonies, the “Definition of Done” should be clearly articulated in the PBIs (i.e. user stories and Bugs). Sometimes the Definition of Done fits well in the “Acceptance Criteria” field of the PBI, i.e. these are the following things that need to appear in the code or surface on the UI to be accepted as “Closed” or “Done”.

Work in Progress (WIP) Limits

On some teams, there is a concern about “workflow blockage” at any given state in the SDLC process. For example, there could be 20 PBIs in the “In Progress” state for three DevOps team members. This could be identified as excessive and trying to do too much simultaneously. It also may contribute to confusion on the current state of any given work item. Some Kanban Board tools allow you to apply WIP limits so you cannot add more work items to a given status on the board. It also could be done using a standard paper Kanban board.

Product Documentation

If two separate teams are transitioning the work, documentation may be vital in the successful transition and ongoing product maintenance. Many agile teams are lighter on documentation and trust the product speaks for itself. Best case, user stories have been created that cover the team producing/updating a functional specification doc and a wireframe collection. The most probable situation is we have a pristine set of Features and associated User Stories. Each of the User Stories clearly articulates a description and, most importantly, “Acceptance Criteria.” that may be used for the development and validation of the functionality of the system. User Stories can be derived for knowledge transfer documentation.

Always Room to Improve – Retrospective

Although a Retrospective session is typically attributed to a Scrum ceremony, you don’t have to be engaged in Scrum activities to perform a retrospective. Depending upon the DevOps Team composition, it could be a collective, grassroots suggestion, or the team DevOps manager can recommend and facilitate the session. It would be better if a team peer fulfills the role of facilitator, and some retrospective tools allow anonymous feedback.

Good luck on your journey, and if you have any questions, please reach out.

“Must Have” Power Automate Enhancements for Solution Maturity

My aspirations at commercializing “externally” facing, manually executed workflows using the MS Flow SDK are at an impasse. There are several key changes required to move forward, listed below.

In addition to removing my “Blockers” for leveraging the MS Flow SDK, I have a “wish list” below that contains features that would enhance the overall Power Automate solution.

“My Flows” Folder and Tag Hierarchy

I asked for this feature from Day #1 when MS Flow was released. Organizing your Flows within a flat, hierarchical structure is difficult. Users cannot create folders and organize their content.

Organizing Flows
  • The user should be able to create folders and put Flows in them.
  • Attach “Tags” to each of the Flows created. implement another view of “My Flows,” and group Flows based on Tags with the ability to show a single Flow within multiple Tag views.

Version Control

The user should have the ability to iterate saving workflows, compare versions of workflows, and revert to a previous workflow version.

Security Model Enhancements – Sharing Workflows

Implement execution permissions without the ability to manage or read any other workflow information. Introduce the concept of a two-tiered security model:

  • Admin user, the current view for all Power Automate users
  • Introduce a user profile/security group, execute only specific workflows where explicitly granted permissions to a Flow.
  • Eliminate the need for another Power Automate account only being used for shared workflows to execute.
  • You should only need one account with a Premium Connector $ license if only using the secondary account for execution.

Microsoft Power Automate SDK to Build Externalized Applications

When I first started looking at Microsoft Flow, the previous name of Microsoft Power Automate, I recognized the high value and potential uses within my organization. Almost innumerable Connectors to 3rd party applications, “sensing” / triggers for many of the applications participating. Huge potential, and won’t “break the bank” with a 15 USD price per user/month which contains all of the “Premium Connectors.”

I started automating processes for both personal and business. I upped my social media game, for example, sending a mobile notification to myself when there was a potentially interesting tweet. Or, if there was an RSS feed containing keywords I was monitoring, I sent myself an email with the news article. My client had needs around Microsoft Azure DevOps (ADO) that it was not capable of doing “out of the box,” so I took on those automated workflows with ease.

Venture using New Business Model with msflowsdk

Then I thought it would be great to commercialize some of these workflows. However, there were several technical limitations I came to realize. First, to execute one of these workflows manually, you would have to execute it from within the MS Power Automate web or mobile application. The user must be logged in with your Power Automate credentials to execute “your” workflow manually. As a Power Automate user, you could “Share” Power Automate flows with other Power Automate users. Unfortunately, that would require your web app customers to have Power Automate accounts paying as much as 15 USD per month. We would have to think in terms of a generic “Production” application user, potentially shared with all external, commercial users.

Providing Custom Interface using HTML and JavaScript

Then I realized there was one way to present the Power Automate Flows without the Power Automate Web UI or the Power Automate iPhone app, and that would be to use the MS Flow SDK to build HTML and JavaScript Web applications. Unfortunately, you would still have to log in with your Power Automate user, that has access to the flow, but the User Interface was highly customizable by using MS Flow SDK.

Using “Generic” Test User for MS Power Automate

  • Limit the user’s access who does have access to your Microsoft Power Automate workflows. As micro as possible to granularize the permissions, such as execute XYZ Power Automate Flow without permission to read/see ALL the Power Automate Workflows, At the moment, that doesn’t seem possible (TBD). I need to recheck in Azure Portal and client app registration.
  • Does my approach to commercializing MS Power Automate apps even supported from a Microsoft business perspective? I don’t know yet. I read the article: Types of Power Automate licenses and need to reread this document.
  • Need the ability to grant “Execute” access to specific MS Power Automate workflow users without the ability to create or read any workflows of their own, limited Power Automate, User License?

Create an Azure AD User For Each Customer

  • Technical seamless implementation would be required to add Azure AD users who have paid a commercial fee for the Web app powered by Power Automate, or I embed advertisements into the Azure, Power Automate, Custom Web App.

The Experiment – SMS Delay

Wouldn’t it be fun to send a text message with a delay, enter a text message, and parameterize the delay in N minutes? How fast could I write the app across multiple platforms, desktop, and mobile? The backend and mid-tier would probably be the longest aspect of the development of this app. You probably need to put it in a responsive Web App to resize it to fit the platform. But the N tiers of the stack, how fast can I develop that? Less than an hour using Power Automate.

Power Automate Workflow

This Power Automate Workflow has three steps in the workflow: the “Manual Trigger,” the “Delay,” and leveraging the Twilio Action – Send Text Message (SMS), which happens not to be a “Premium” connector.

Power Automate: SMS-Delay
Power Automate: SMS-Delay

Front End Code to Integrate

With a combination of HTML, JavaScript, and the MS Flow SDK, I was able to put the SMS-Delay app together rather swiftly, including everything from Azure Authentication to my app to execution.

SMS Delay UI
SMS Delay UI

Give SMS-Delay a Try

Would you like to try out this Power Automate manual workflow? Please provide ANY login you would like to use for Azure AD authentication, and the user must have access to Microsoft Power Automate FREE license. Once you provide the user name to me, I will update Azure AD to include your permissions to the app and then send you a note to give the app a try: SMS Delay Application (rosemansolutions.com)

To Be Continued

For the next steps, I’d like to…

  • Publish the project HTML and JavaScript code I used to create this app
  • Solve the riddle of the Power Automate authentication
  • Create this and many other applications using the MS Flow SDK

Anonymous Authentication or Limited Authentication

Limiting the authentication, using very granular controls of Power Automate which may or may not yet be implemented. Have a limited Power Automate user with grant permissions ONLY to execute a specific workflow.

Is it possible to execute a Power Automate workflow with anonymous credentials and not necessarily have a Power Automate user account?

Azure DevOps “Out of the Box” – Getting Started with Customizations

New to Azure DevOps? Here are a few customization recommendations you can make with minimal experience and deliver maximum value. User Stories are an essential part of delivering using agile methodologies, and Azure DevOps provides a basic template for creating a User Story, such as title, description, and acceptance criteria. However, there are a few additional fields the author of user stories can capture to maximize their agile journey such as MoSCoW priority, Precedence, and Size Estimate to name a few.

In addition, there is a Marketplace (i.e. Library) of Azure DevOps Extensions that can enhance your user’s DevOps experience. The post will cover the recommended extensions to apply to “Out of the Box” implementations of Azure DevOps.

Azure DevOps “Process” Updates: New Fields

Adding Fields to a User Story is very simple, as long as you have access to do so. Upon opening your Azure DevOps (ADO) project, select “Project Settings”, and the “Project details” page should appear. Select the “Process” defined for that project, e.g. “Scrum”. Depending upon which Process type selected, “Scrum” or “Agile”, you will see “Product Backlog Item” or “User Story”. Both may be used interchangabily. Note that only “inherited” processes can be modified by “Project Collection Administrators” group.

Process Change: Work Item Types
Process Change: Work Item Types

A list of Work Item Types appear. Select “User Story” or “Product Backlog Item”. The Layout of the work item will be displayed. Now you are able to add fields, by selecting the “New Field” button.

User Story – MoSCoW for MVP

For a Minimum Viable Product (MVP), where is the line drawn to get the product “out the door”? Here is a methodology called MoSCoW, self-explanatory, in which the capitalization is important and stands for:

  • “Must Have” – we aren’t going to production without it
  • Should Have” – borderline must have but could fall off the MVP list if there is pressure to reduce scope to meet timelines, for example.
  • Could Have” – a story identified but not prioritized in the currently targeted MVP.
  • “Won’t Have” – identified and then forgotten. It will never reach prod.

User Story – Precedence (Prioritization)

Reminiscent of the original BASIC programming language, using 10, 20, 30, etc., line numbers for execution sequence. In addition, like in BASIC, implement precedence by 10s, so there is room later on to fit in additional work items.

Priority within the Sprint for a given team member

How should someone on the implementation team prioritize their work? Especially important if the team runs out of time for a sprint and only produces the highest business or technology value first.

Priority within a Sprint for all team members

Collectively, as input from the product owner or team tech lead, the most important work items to deliver within a sprint.

User Story: Size Estimate (paired with Story Points)

Relative, standard, effort estimations are essential that everyone on the implementation team is “on the same page.” to sizing the user stories. Although “Story Points” is “Out of the Box” for User Stories, a “Size Estimate” field is not. Relative effort estimations I’ve used before are Tee Shirt sizes (X-small, small, medium, large, X-large), and can be correlated to Story Points to attempt to quantify the effort in days.

User Story: Lead Developer

A custom “Lead Developer” field is valuable for quickly identifying who performed the work. The current “Assigned To” person may not be the developer who implemented the User Story. Most likely, it’s a QA tester or the Product Owner for Accepting Stories.

This could be helpful if you want to track each developer’s progress either by the SUM of Story Points or the COUNT of Stories.

Risks to Compliment Issues

If you’re tracking “Issues,” an “Out of the Box” Azure DevOps work item, then why not add a custom object in the “Process” section called “Risk” and any fields you would like to track with that custom RIsk object?

Azure DevOps Extensions

Analytics

Created by Microsoft, this extension may or may not already be rolled into the core Azure DevOps product. It’s ideal if you want to externalize in-depth reporting using Microsoft Power BI.

Open in Excel

Created by Microsoft DevLabs, this extension may or may not already be rolled into the core Azure DevOps product.

Azure DevOps Office® Integration 2019

The best tool for importing and exporting work items from Azure DevOps to and from MS Excel. It can be downloaded here.

Delivery Plans

Created by Microsoft, this extension may or may not already be rolled into the core Azure DevOps product. It’s the closest I’ve seen (for free) with a graphic depiction of delivery timeframes in a Gantt-like chart. You can’t print or export it, which is a massive inhibitor to sharing your timelines with stakeholders outside the ADO universe.

Estimate

Created by Microsoft DevLabs, this extension may or may not already be rolled into the core Azure DevOps product. It’s Planning Poker in Azure Boards. I enjoy Planning Poker, but this integration may be more convenient because it can save the Story Point values directly to the User Stories. Also, note some corporate environments BLOCK “Planning Poker” on the firewall due to the words in the URL.

Feature timeline and Epic Roadmap

This Azure DevOps extension by Microsoft DevLabs is a close 2nd to the “Delivery Plans” visualization of deliverables. Again, no export or print capabilities.

Retrospectives

This extension is a “Must Have” for all teams leveraging the Scrum Retrospectives session. This extension, built by Microsoft DevLabs, is highly configurable and is ideal for remote teams unable to perform this activity in person.

Azure DevOps: In Search of Exceptional Reporting Falls Short of Expectations

Azure DevOps (ADO) reporting “out of the box” or leveraging extensions lacks robust project delivery timeline reporting many are reliant upon for conveying project timelines. Integrations by Microsoft DevLabs such as “Delivery Plans”, “Feature Timelines,” and “Epic Roadmap” all fall short of making the mark. Why? The ADO product targets Sprint delivery and primarily focuses on reporting with the most common graphical paradigms for measuring Project / Sprint progress, such as the Sprint Burndown rather than a Gantt chart.

Still Can’t Print

Sounds like a small ask, but it’s not. None of the aforementioned Azure DevOps Extensions gives the user the ability to print out timelines. I don’t think anyone said, “let’s not let users do that”. Printing out “Gantt-like” charts is not easy with special formatting constraints. If you’ve ever tried to print out an MS Project Gantt chart, you would know the pain of adjusting print parameters to get it just right, e.g., fit to NN page(s)

Still Can’t Share Outside Azure DevOps

This kind of relates to the “Still Can’t Print” issue. In the best-case scenario, users should be able to print their “Gantt like” charts to a PDF, and then the PDF can be used to externalize and vocalize the timelines, for example, with the “Feature TImelines” extension. Yes, you can send a link to these timelines visualizations; however, the user who will try and click the link will need to have some license setup in ADO to see the page.

Reporting Across Projects and Teams within an Org

The Azure DevOps “Delivery Plans” extension has finally empowered users to report across any and all projects across your ADO organization. In addition, filtering by a Team is also available if you have multiple teams working within a project. A portfolio manager could look across their portfolio of projects and only see what is relevant to them.

Markers

The Azure DevOps “Delivery Plans” extension allows the user to add markers/milestones to a project timeline. Product “release indicators” could be added to the timeline.

Delivery Plans Extension

Delivery Plans seem to be the most promising visualization tool, with additional capabilities noted:

  • Styling Rules (Colors, Bold, Italic, Underline)
  • Fields Displayed on Cards (up to 17)
  • Tag Colors

Drawbacks to Implementation

  • Field Criteria doesn’t include AND | OR Logic
  • “Feature Timelines” does a vertical “Group By” Epic, which seems to be a better “delivery focused” view showing which features will be delivered within a specific Epic instead of delivery grouped by Team. At least we should have the option to do either.

Power BI with Gantt Chart Reporting Against ADO

The closest you will come to Azure DevOps Project Plan reporting will be to utilize the Azure DevOps data source from within Power BI and install the Gantt Chart Visualization designed to report on ADO.

Power BI and Azure DevOps: Reporting “outside the box” to Stakeholders

Microsoft Azure DevOps (ADO) Reporting

With one Power BI report, users have the ability to report against ALL of their Azure DevOps servers and ADO Projects within a single report, and data would be up to date.

Out of the Box Capabilities

For those who need to pull data out of Microsoft Azure DevOps for reporting purposes, there are challenges when attempting to provide that information outside of Azure DevOps.

Typically, if I want to share project reports with my stakeholders, I would provide them a link to share these dynamic dashboards which focus on what they want to see. Project stakeholders may want to see an upcoming production release “bill of health” view, e.g. Burndown chart, Average Velocity, open critical bugs, etc.

However, what if some of your stakeholders don’t have or want access to Azure DevOps? Well, you could take a screen capture of a dashboard, and email your stakeholders that information or…

Power BI to the Rescue

Using both Power BI Desktop, a free license, and cloud Power BI Pro within the Office 365 suite of products, you can create a suite of reports against the Azure DevOps data, and share those reports on a schedule of your choosing. There are also several Analytics / Views that come with Azure DevOps to get you started.

Step 1: Select the Data Source:

Launch Power BI Desktop application found in the Microsoft Marketplace. Select “Get Data” after launching the application. Then a list of data sources is displayed to the user. Select “Online Services” data source group, “Azure DevOps (Beta), then “Connect”.

Power BI Data Source
Power BI Data Source

The user should then be presented with an Azure DevOps login.

ADO Login
ADO Login

Enter your Azure DevOps instance details for connecting to your site. If you are already logged into Azure DevOps in another browser tab, no additional authentication is required. You should now be presented with a list of Analytics / Views that come with ADO “out of the box”.

ADO Analytics Views in Power BI
ADO Analytics Views in Power BI

Just for demonstration purposes, please select the first item on the list, “Bugs – All History by Month”. A preview of the data should be shown on the right side of the panel. Select the “Load” button, which should be enabled if you’ve followed the steps thus far.

On the right side of the screen, there should be a panel called “Fields”. You can select all or some of the columns/fields within the View that was pulled from ADO. As you select the fields, they should populate on the left side of the screen, “Page 1” of the Power BI report. At this point, you may leverage your Power BI prowess to build graphical visualizations of the data you’ve imported.

Power BI Graphical Reports
Power BI Graphical Reports

Save your Power BI report, and then “Publish to Power BI”. The default destination is “My Workspace”, which should be defined with the use of the Power BI Pro, Office 365 app. Save the report and close the Power BI Desktop app. Open the Power BI cloud app from Office 365.

Open the “My Workspace” folder, and look for the “Dataset” and accompanying Power BI “Report” you just created. Click on the “Dataset” with the same name as your report to open it. Select the “Refresh” menu, and the “Schedule Refresh” menu item. Define your schedule to run BEFORE you will push the report via email to your stakeholders.

Subscribe
+ Add new Subscription

Go back to your home screen, select “My workspace”, then select the report you’ve created. Once the report appears, select the “Subscribe” menu. select the menu item “+ Add new Subscription”. Populate the who, what, and when, then select the “Save and Close” button.

Azure DevOps View Creation
Azure DevOps View Creation

That’s it. You could then start to create your own Analytics Views from within Azure DevOps, and then create Power BI reports.

Please note:

“Analytics views are data sets that are exposed to Power BI. You can use views to create reports based on your Azure DevOps data. This feature is in preview. How do I use analytics views?

Delineation of Work Items, Segregated by Tech Stack

Building any multitiered solution is not just creating a User Interface to render the data, there is most likely a service tier that fetches data from a database, and serves that data up to the UI to then be rendered. How do you derive work items in your product backlog? One User Story, and multiple child tasks, one task per tech stack tier, UI, service tier, and database? Or three user stories, one per tech stack tier?

User Stories Defined, Per Tech Stack Tier

There are clear advantages of representing most work items with User Stories such as deriving story points, determining team average velocity, and a more accurate burndown chart depicting a downward trending scope and implementation of user stories.

Using child Tasks of user stories may obfuscate the total work required to implementation of the solution unless baked into the parent story points. Tasks are typically tracked in terms of hours, and separately user story points are calculated/derived from a collective, relative effort estimation, e.g. Fibonacci sequence; 1,3,5,8,13,20…, and many teams may overlay this scale to fit their sprint duration.

Feature and Story Planning – At a Glance

In order to organize each feature, and correlated user stories, teams may use a prefix in the title of the user stories, such as [UI] or [DB]. At a glance, a product owner, or the implementation team can see if all the required stories for a given feature have all the elements required to implement the feature. For example, if a new report needs to be created, multiple stories must contain [UI], [API], and [DB] stories.

Drawbacks – Accepting a User Story as Complete

If you segment your product backlog user stories based on tech stack, you may need to wait until all related stories, UI, API, and DB have been implemented. For example, If your API and DB stories are developed, and not the User Interface (UI), you’re QA/Testing may not start until the UI story has been deployed. Of course, your tester could test the API using testing tools like SoapUI.

Azure DevOps 6 “Most Wanted” Features

Integration of SharePoint into Azure DevOps and Toss the Current Wiki

JIRA and Confluence a powerful combination. Microsoft should ditch the Wiki integrated into the Overview module, and use SharePoint (lite) instead. Put your best foot forward!

Backlog “Feature Timeline” Filtering

As I’ve mentioned in prior posts, the add on “Feature Timeline” by Microsoft is a fantastic bridge between Agile and Waterfall, displaying a Feature [i.e. Milestone] timeline. Expand upon this module with additional capabilities, such as filtering Features by Tags.

Microsoft Teams Chat mentions in Azure DevOps (ADO) Product Activity Feeds

I like trolling the Activity Feed on my Dashboard as much as the next person. Let’s add some external, yet related data sources, such as Microsoft Team Chats directly correlated ADO Team == Microsoft Team. Is that a setting, linking MS Azure DevOps Team to Microsoft Team? Should be…

Auto-generation of Release Notes After Each Build from Repos into the Azure DevOps Wiki

  • Similar to Java Doc, in line code comments roll up into C# Function doc
  • Commits Required to Specify Correlated Work Item IDs
  • Dynamic Wiki Page creation for each build, including release notes, unit test suite execution results

Ability to Create Azure DevOps Wiki pages from within Power Automate (i.e. MS Flow)

Shared Queries Segregated by Teams within the Project

Teams each have their own view of relevant Team information such as Dashboards per team

Runner Up Features

  1. Need the ability to re-name Azure DevOps Dashboards
  2. Need the ability to Clone Dashboards
  3. Product / Project / Portfolio Level Capacity Planning – 3rd party integration, OnePlan handles this requirement