Skip to main content

How to make pull request

PURPOSE
Pull requests are a mechanism for a developer to notify team members that they have completed a feature.


HOW IT WORKS
//==============================================
For developer
Main step:
1. Make sure branch naming is corrected.
Rename command:
git branch -m newName

2. Make sure your source code based on lastest source code in "develop" branch

git checkout develop
git pull
git checkout your-branch
git rebase
resolve conflict(if any)

3.Squash commit
A nice way to group some changes together, especially before sharing them with others.
https://www.internalpointers.com/post/squash-commits-into-one-git

4. Final step
Re-check "Commit message"
Re-check "Source changes"
Add reviewer

//==============================================
For reviewer/project maintainer
1. Review code
- Convention (naming, format)
- Clean code(duplicate, pseudo code, debugger....based on SOLID, DRY, KISS)
- Unit test code
2. This implementation is sastisfied requirement or not?
3. Impact to each other module?

//==============================================
If all is good, merge your awesome feature to develop/master branch

Reference:
https://www.atlassian.com/git/tutorials/making-a-pull-request
https://topdev.vn/blog/huong-dan-tao-pull-request-dung-cach/

Comments

Popular posts from this blog

[STM32] How to configure Timer 1, Channel 3 is PWM 1kHz, duty cycle 20% to control BLDC motor

 To configure Timer1 for a 1 kHz PWM signal with a 20% duty cycle on an STM32H7S3L8 microcontroller, follow these steps: 1. Understand the Timer Parameters PWM Frequency : 1 kHz → Period = 1 ms. Duty Cycle : 20% → ON time = 0.2 ms. The timer’s clock frequency is derived from the APB clock (e.g., TIMCLK). Let’s assume you know the APB clock frequency. The Timer prescaler and auto-reload register (ARR) define the PWM frequency. 2. Compute Timer Parameters Formula: PWM Frequency = Timer Clock (Prescaler + 1) * (ARR + 1) \text{PWM Frequency} = \frac{\text{Timer Clock}}{\text{(Prescaler + 1) * (ARR + 1)}} PWM Frequency = (Prescaler + 1) * (ARR + 1) Timer Clock ​ For 1 kHz PWM: A R R = Timer Clock PWM Frequency ∗ ( Prescaler + 1) − 1 ARR = \frac{\text{Timer Clock}}{\text{PWM Frequency} * (\text{Prescaler + 1)}} - 1 A RR = PWM Frequency ∗ ( Prescaler + 1) Timer Clock ​ −...

[CanadaLife] Example of answers for final test in Smart Service Ontario 2024

If you have failed the final exam in the first attempt. Congratulations, you are not odd. Here, take a look and grab some corrected answers for your next attempt.  Don't waste your money and time for more failure.  Good luck bros. Quick note: remember that, the system will change the bunch of questions after each attempt. Then your next questionnaire will be different compared with the first trial. ========================================== =============FINAL TEST=================== ========================================== TIP: Here is a list of questions you did not answer correctly. *Please note: You will only be able to view this list immediately following your test attempt. ========================================== Alcohol slows down the central nervous system and impacts how a person thinks, acts, and moves. This means alcohol is a: depressant ========================================== Alcohol is metabolized in the body at a set rate. For most people, that rate is: one...

How to use ChatGPT to get your resume shortlisted?

How to use ChatGPT to get your resume shortlisted? Core steps: Chat GPT -> Resume Creator -> LinkedIn(Copy the job description to ChatGPT) -> Add your personal information -> Copy output from ChatGPT to Instaresume.io to make the template -> Goto SkillSyncer to check ATS(Applicant Tracking Software) score, point out the missing keywords. Detail ☑️In my pursuit of job #opportunities, I encountered a familiar challenge - my resume seemingly disappeared into oblivion, yielding no responses despite my diverse skill set and numerous applications. ☑️As I delved into my research, I uncovered the existence of ATS software, the automated gatekeeper of #resumes, which swiftly filtered out those lacking relevant keywords. ☑️The outcome? Not just one #company, but over a dozen organizations recognized the potential in my resume, resulting in multiple shortlists and promising #job prospects! 💻If you want to supercharge your resume and unlock countless opportunities, don't miss o...