Artha.kadamb@heinfricke.team: Created page with "== 1. Introduction == This document defines the Software Development Lifecycle (SDLC) followed at Hein Fricke. It provides standardized guidelines for managing software development projects, ensuring clarity, accountability, and consistency across teams. == 2. Purpose & Scope == The purpose of this document is to define and standardize the software development lifecycle process to ensure efficient, high-quality, secure, and audit-compliant project delivery. This SDLC..."

2025-12-22T11:32:26Z

Created page with "== 1. Introduction == This document defines the Software Development Lifecycle (SDLC) followed at Hein Fricke. It provides standardized guidelines for managing software development projects, ensuring clarity, accountability, and consistency across teams. == 2. Purpose & Scope == The purpose of this document is to define and standardize the software development lifecycle process to ensure efficient, high-quality, secure, and audit-compliant project delivery. This SDLC..."

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== 1. Introduction ==
This document defines the Software Development Lifecycle (SDLC) followed at Hein Fricke. It provides standardized guidelines for managing software development projects, ensuring clarity, accountability, and consistency across teams.

== 2. Purpose & Scope ==
The purpose of this document is to define and standardize the software development lifecycle process to ensure efficient, high-quality, secure, and audit-compliant project delivery.

This SDLC applies to all software development projects undertaken by Hein Fricke, including internal tools, client-facing applications, automation systems, and embedded software solutions.

== 3. Project Management Guidelines ==

* All development activities are structured around agile principles with sprint-based planning.

* Each developer must take '''complete ownership''' of their assigned feature or task — including delivery, quality, and communication.

* Task understanding, requirement clarification, and impact analysis are prerequisites to any design or implementation work.

== 4. Requirement Analysis & Task Ownership ==

* Understand and '''document the user needs''' using documents like Business Requirement Document (BRD) or Functional Requirements Specification (FRS).

* Understand the '''assigned task/feature''' along with its expected outcome.

* Discuss with stakeholders and peers to clarify '''requirements, assumptions, and dependencies'''.

* Perform '''code impact analysis''' — identify affected components and modules.

* Document expected code changes clearly in the associated task/story.

== 5. Planning & Estimations ==

* Define the project scope, timeline, and resources.

* Provide '''realistic estimates''' covering:
** Development
** Unit testing
** Functional testing
** Regression testing

* Avoid both over- and under-estimation; validate estimates with your lead.

* Update estimates as the understanding of the feature evolves.

== 6. Task Management in ODOO ==

* Create a new '''story''' with proper ID and a clear, self-explanatory description.

* Break the story into '''sub-tasks''', each representing a functional block or logical unit.

* Follow task progression: '''Todo → In Progress → Complete'''.

* Ensure not too many tasks remain under ''In Progress''; this should reflect actual work in progress.

* Reassign completed tasks to testers only after meeting all acceptance criteria.

== 7. Time Booking & Dashboards ==

* Book time '''daily''' with descriptive, meaningful comments.

* Complete time logs '''before logging off''' every day.

* Update the '''client dashboard''' (e.g., JIRA) regularly to reflect weekly progress.

* If access is restricted, coordinate with a peer to ensure updates are made.

== 8. Design & Implementation Best Practices ==

* Code the application based on design documents.

* Do not start coding immediately - begin with:
** Data model design
** Algorithm planning
** Peer discussion for design validation

* Document assumptions and Q&A threads in the '''ODOO story''' for transparency.

* Prioritize '''root cause analysis via data inspection''' before code review for bugs.

== 9. Source Code Management ==

* Create a '''feature branch''' from the latest develop branch.

* Commit changes '''daily''' with messages starting with the ODOO Story ID.

* Push changes once tested and stable.

* Follow Java and organizational coding standards.

* Perform thorough unit testing before marking the task as complete.

== 10. Testing & Quality Assurance ==

* Verify the software functions as expected and meets requirements.

* Test '''both best-case and worst-case''' scenarios.

* Keep '''unit test cases updated''' and ensure they cover all core logic.

* Get your '''code peer-reviewed''' — it is the developer’s responsibility to initiate and complete this early, especially for large features.

* After review and testing, merge the feature branch into '''staging''' for final testing.

* Ensure '''minimum rework''' — this reflects strong initial analysis and testing quality.

== 11. Finalization & Release ==

* Fix identified bugs and get confirmation they don’t introduce regressions.

* Limit rework by validating changes during the SDLC, not post-QA.

* Once ready for release, merge changes into the '''develop''' branch in time for the next delivery cycle.

== 12. Communication & Team Collaboration ==

* Attend '''daily standups/scrum calls''' and clearly communicate:
** What you did
** What you're doing
** Any blockers

* Use '''Microsoft Teams and Outlook''' for team communication.

* Respond to messages at the earliest, especially when tagged or mentioned.

* Ask for help if stuck — don’t spend excessive time unproductively.

== 13. Leave & Emergency Protocol ==

* Inform the team in advance about planned leaves.

* In case of emergencies, notify peers as early as possible.

== 14. Responsibilities of Team Leads ==

* Plan sprints in advance and ensure:
** Task breakdown
** Developer clarity on requirements
** Balanced workload

* Help developers validate estimates and monitor timeline adherence.

* Step in to '''unblock stuck teammates''' and provide direction.

* Collect regular feedback and arrange '''whiteboard sessions''' to explain concepts, resolve blockers, and enhance peer learning.

== 15. Summary ==
This SDLC ensures disciplined software delivery with predictable outcomes. By enforcing early analysis, proactive communication, robust testing, and peer collaboration, Hein Fricke builds a high-quality codebase while maintaining audit-readiness. All team members are expected to adhere to these practices and continuously improve execution discipline.

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