Khafid Prayoga 55239606af feat(patient): address integration to backend apis
feat(patient): add newborn status field and validation

- Add radio button component for newborn status selection
- Update patient schema with newborn status validation
- Remove deprecated alias field from person model
- Refactor disability type handling in patient schema

fix(patient): correct address comparison logic and schema

Update the patient address comparison to use boolean instead of string '1' and modify the schema to transform the string value to boolean. This ensures consistent type usage throughout the application.

feat(models): add village and district model interfaces

Add new model interfaces for Village and District with their respective generator functions. These models will be used to handle administrative division data in the application.

feat(address): implement dynamic province selection with caching

- Add province service for CRUD operations
- Create useProvinces composable with caching and loading states
- Update select-province component to use dynamic data
- Export SelectItem interface for type consistency
- Improve combobox styling and accessibility

feat(address-form): implement dynamic regency selection with caching

- Add new regency service for CRUD operations
- Create useRegencies composable with caching and loading states
- Update SelectRegency component to use dynamic data based on province selection
- Improve placeholder and disabled state handling

feat(address-form): implement dynamic district selection

- Add district service for CRUD operations
- Create useDistricts composable with caching and loading states
- Update SelectDistrict component to use dynamic data
- Remove hardcoded district options and implement regency-based filtering

feat(address-form): implement dynamic village selection with caching

- Add village service for CRUD operations
- Create useVillages composable with caching and loading states
- Update SelectVillage component to fetch villages based on district
- Remove hardcoded village options in favor of API-driven data

feat(address-form): improve address selection with debouncing and request deduplication

- Add debouncing to prevent rapid API calls when selecting addresses
- Implement request deduplication to avoid duplicate API calls
- Add delayed form reset to ensure proper composable cleanup
- Add isUserAction flag to force refresh when user changes selection
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SIMRS - FE

RSSA - Front End

Important

Read this following instructions before doing your job

Framework Guide

Configuration

  • nuxt.config.ts
    Nuxt configuration file
  • .env
    Some environment variables

Directory Structure for app/

  • app.vue: Main layout
  • components : Contains all reusable UI components.
  • components/content : Entry point for business logic and workflows. Pages or routes call these content components to handle API requests and process application logic
  • components/app : View-layer components that manage and present data. These are used within content/ to render or handle specific parts of the UI, and return results back to the content
  • components/pub : Public/shared components used across different parts of the app.
  • composables : Contains reusable logic and utility functions (e.g. composables, hooks)..
  • layouts : Reusable UI layout patterns used across pages.
  • models : Contains data definitions or interfaces.
  • schemas : Contains JSON schemas used for validation.
  • services : Contains reusable API calls and business logic.

Directory Structure for app/pages

  • pages/auth : Authentication related pages.
  • pages/(features) : Grouped feature modules that reflect specific business content or domains.

Directory Structure for server/

  • server/api : API or proxy requests

Workflows

The basic development workflow follows these steps:

Define Your Data in models/

  • Create data definitions or interfaces.
  • These should represent the structure of the data used across your app.

Build UI Components in components/app

  • Create reusable UI and app specific components.
  • Keep components pure, avoid making HTTP requests directly within them.
  • They receive data via props and emit events upward.

Business Logic in components/content

  • This layer connects the UI with the logic (API calls, validations, navigation).
  • It composes components from components/app/, components/pub/, and other content.
  • Also responsible for managing state, side effects, and interactions.

Create Pages in pages/

  • Define permissions and guards for each page.
  • Pages load the appropriate content from components/content/.
  • They do not contain UI or logic directly, just route level layout or guards.

Validation

  • UI level validation in components/app. help users avoid mistakes before submitting.

    • Lightweight/instant validation related to UX.
    • Basic formatting (email regex, numeric-only, password length).
    • Showing error messages directly under the field.
  • Business level validation in components/flow. cannot rely only on the UI, since it often requires server-side checks or rules that may change.

    • More complex validation rules tied to business logic.

Code Conventions

  • Under the script setup block, putting things in group with the following order:
    • Imports → all dependencies, sorted by external, alias (~), and relative imports.
    • Props & Emits → clearly define component inputs & outputs.
    • State & Computed → all ref, reactive, and computed variables grouped together.
    • Lifecycle Hooks → grouped by mounting → updating → unmounting order.
    • Functions → async first (fetching, API calls), then utility & event handlers.
    • Watchers → if needed, put them at the bottom.
    • Template → keep clean and minimal logic, use methods/computed instead of inline JS.
  • Declaration Naming
    • Uses PascalCase for type naming
    • Uses camelCase for variable and const naming
    • Underscore can be used to indicates that a variable has derived from an attribute of an object
      for example: person_name indicates it is an attribute name from object person
  • Looping
    • Uses i, j, k as variable for for looping index
    • Uses item as object instantition for forEach loop callback
    • Uses item as object instantition for v-for loop callback in the template

Git Workflows

The basic git workflow follows these steps:

  1. Create a new branch on dev
    • branch name should be feat/<feature-name> or fix/<bug-name>
  2. Make your changes
  3. Commit your changes
    • commit msg format: [type]: [description]
      • type can be feat, fix, docs, style, refactor, perf, test, build, ci, chore, revert
      • description should be a brief description of the changes
      • Example: feat: add new feature
  4. Push your changes to dev
  5. Create a pull request from dev to main
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