⬡ BLE Debugger

A professional Bluetooth Low Energy debugging tool for hardware engineers

中文文档 · User Guide · Features · Quick Start · Architecture · Screenshots

Overview

BLE Debugger is a cross-platform (Android / iOS) Bluetooth Low Energy debugging assistant built with UniApp + Vue3. Designed for embedded engineers and hardware developers, it delivers a serial-tool-like experience for wireless debugging — complete with real-time HEX/ASCII communication, service tree inspection, notify subscriptions, quick command management, RSSI signal charts, MTU negotiation, characteristic value diff history, custom protocol plugin execution, multi-format log export, and simultaneous multi-device debugging.

The long-term product direction is to make BLE debugging feel closer to Postman / Apifox for API debugging: services and characteristics should not remain anonymous UUIDs, but become documented interfaces with request / response examples, field semantics, saved samples, AI-readable reports, and mock packs that can help app teams test without hardware.

The app ships with two display themes (Dark / Light) and full bilingual support (Chinese / English), switchable at any time without restarting.

Features

Core BLE Capabilities

Device Scanning — Real-time BLE advertisement discovery with radar animation; scanning stays active even while devices are connected
Smart Filtering — Filter by device name or minimum RSSI threshold
Service & Characteristic Tree — Multi-device tree view showing all connected devices' services and characteristics with property badges (READ / WRITE / WRITE NR / NOTIFY / INDICATE)
Built-in Protocol Hints — Markdown-based built-in profiles enrich known services and characteristics with semantic names, valid-use notes, value formats, and interface examples
HEX / ASCII Communication — Full duplex send & receive with format switching
Notify Subscriptions — Toggle BLE notifications per characteristic
Read on Demand — Trigger explicit characteristic reads
Auto-Reconnect — Automatic reconnection with configurable heartbeat keep-alive
MTU Negotiation — Negotiate MTU size (23–512 bytes) per device with real-time feedback
Multi-Device Simultaneous Debugging — Connect and debug multiple BLE devices at the same time; each device has its own isolated log buffer, service tree, and communication state

Postman-style Workflow

Protocol Collections — Services, characteristics, runnable operations, variables, examples, and a device-topology snapshot live in a Collection that is decoupled from the device instance. Collections auto-match devices by service-UUID fingerprint (plus an optional name rule) or by explicit binding, and can be shared as collection.json
Import & Merge — Import collection.json, protocol.json, a Debug Pack .zip, or legacy annotations from paste / clipboard / file picker (H5 and Android); create a new collection or merge with "keep local" / "overwrite" strategy. Export a Debug Pack, let an AI fill in collection.json, import it back
Collection Detail — Open any collection to inspect its fingerprint and topology snapshot, edit variables in place, edit or delete operations, and rename / annotate / delete paired examples
Payload Templates & Variables — {{len}}, {{len:-2}}, {{seq}}, {{sum}}, {{xor}}, {{crc8}}, {{crc16}}, {{crc16ccitt}}, {{variable}}, {{variable:u16le}} in operations, variants, and the console input, with live rendered preview; collection-level variables plus per-device overrides
Typed Field Decoding — Field tables use real types (u8, u16le, i16be, f32le, ascii, bytes, bitmask, …); RX/TX logs show decoded name=value chips, and assertions compare decoded fields (==, >, in, range, …)
Runner — Sequence runs with step delay, stop-on-fail, loop count, and variant expansion, plus a report with pass rate and average RTT
Paired Examples — Save a TX log with its auto-matched RX, or a command's last run, as a request/response example that feeds docs, the operation editor, and the mock device
Mock Mode — Two scripted built-in devices (roller-door controller, environment sensor) and one mock device per collection appear in scan results; every BLE call is routed to an in-app provider so the full flow works without hardware (also on H5). The built-ins parse and validate the frames you write, keep state across commands, and let parameters change their behaviour

Developer Experience

Quick Commands — Save frequently used payloads as Postman-like command cards with name, type, description, content, and content format; long-press to delete
Communication Log — Timestamped, color-coded TX/RX/SYS entries with 2000-entry ring buffer; fully isolated per connected device
Dual Display Mode — View data in HEX, ASCII, or DUAL mode simultaneously
Log Export (TXT / CSV) — Export session logs in plain text or spreadsheet-ready CSV format
AI / Mock Export — Export AI-friendly debug reports, protocol JSON, and mock JSON packs for downstream agents or app-side simulation
Saved Protocol Samples — Long-press TX/RX logs to save concrete communication samples, grouped by device/service/characteristic for later reporting and mocking
Protocol Analysis — Built-in RAW / UART parser; custom JavaScript plugin system for user-defined frame parsers
RSSI Signal Recording — Every connection is sampled at a configurable interval (0.5 s ~ 30 s presets or 200 ms ~ 60 s custom) and stored with the session; a landscape signal detail page shows the full timeline with segments, markers, stats, findings and CSV / Markdown / JSON / PNG export
Characteristic Value Diff — Per-characteristic history of received values with byte-level change highlighting
Recent Devices — Quick reconnect from a persistent recent-device list

UI / UX

Dark Theme — High-contrast terminal aesthetic (#0A0F1C + #00F5FF cyan + #39FF14 green)
Light Theme — Professional daylight mode (#EDF2F7 + #0369A1 blue + #059669 green)
Theme Toggle — Instant switch via header buttons or Settings panel; preference persisted
Bilingual — Full Chinese / English interface; instant switching, nav bar title synced
Responsive Layout — Stacked on phones; side-by-side panel layout on tablets / landscape (≥768 px) with a fixed 60 px left sidebar replacing the bottom tab bar

Screenshots

Android screenshots captured on September 2, 2026, showing five main screens with the Chinese interface. See the User Guide or Chinese Wiki guide for detailed instructions.

Scan and Mock devices	Console and communication log	Command panel

Workspace and service tree	Protocol collections

Tech Stack

Layer	Technology
Framework	UniApp (Vue 3 + `<script setup>`)
Language	TypeScript 5
State Management	Pinia 2 — `bleStore` (sessions + adapter + runner) · `collectionStore` (collections/variables/examples) · `appStore` (theme/locale/mock mode) · `protocolStore` (plugins)
BLE API	UniApp native BLE APIs — Promise-wrapped, per-device state machine; `mock:` device IDs routed to `services/mockBle.ts`
Styling	Scoped SCSS + CSS Custom Properties (dual theme via `.theme-dark` / `.theme-light` classes)
Responsive Layout	`useResponsive` composable — `LeftTabBar` component for ≥768 px; native bottom tab bar for narrow screens
i18n	Custom `useI18n` composable (dot-notation keys, reactive locale switching)
Storage	`uni.setStorageSync` for settings, collections (`ble_collections`), device env, quick commands, plugins, device pins, session archive & run history

Requirements

Platform	Minimum Version
Android	API 21 (Android 5.0)
iOS	iOS 13.0
HBuilderX	3.x+
Node.js	16+ (CLI mode)

Bluetooth permissions are declared automatically via manifest.json. On Android 12+, BLUETOOTH_SCAN and BLUETOOTH_CONNECT are requested at runtime.

Quick Start

Option A — HBuilderX (Recommended)

# 1. Clone the repository
git clone https://github.com/your-org/uniapp-ble-debugging-assistant.git
cd uniapp-ble-debugging-assistant

# 2. Install dependencies
npm install

# 3. Open in HBuilderX → Run → Run to Phone/Emulator

Go to Run → Run to Phone or Emulator → Run to Android/iOS to build and deploy directly.

Option B — CLI

npm install

# Development build (App-Plus)
npm run dev:app

# Production build
npm run build:app

# Preview built-in BLE protocol Markdown templates as parsed JSON
npm run docs:protocol

Project Structure

uniapp-ble-debugging-assistant/
│
├── pages/
│   ├── scan/index.vue          # Device scan page — finds devices, marks already-connected ones
│   ├── device/index.vue        # Multi-device tree overview — all sessions' services & characteristics
│   ├── debug/index.vue         # BLE debug console — DeviceTabBar + per-session log & send panel
│   ├── protocol/index.vue      # Collections & Plugins — collection list, import (json / zip), parser plugins
│   ├── collection/index.vue    # Collection detail — topology, variables, operations, examples
│   └── history/index.vue       # Transfer history — per-device session archive & timeline
│
├── components/
│   ├── DeviceTabBar.vue         # Horizontal tab bar for switching between connected device sessions
│   ├── DeviceItem.vue           # Scan list card (RSSI bars, connectable badge, connected indicator)
│   ├── BleLogPanel.vue          # Communication log viewer (per-session)
│   ├── HexInput.vue             # HEX/ASCII input + quick commands + send
│   ├── RadarScanAnimation.vue   # Animated radar with device dots
│   ├── RssiChart.vue            # Live RSSI bar chart (connected device signal history)
│   ├── DiffModal.vue            # Characteristic value history with byte-level diff highlight
│   ├── LeftTabBar.vue           # Fixed 60 px left sidebar for ≥768 px screens
│   ├── SettingsPanel.vue        # Bottom-sheet: theme, language, Demo / Mock mode
│   ├── CommandPanel.vue         # Postman-style command panel (run / variables / runner / examples)
│   ├── OperationEditor.vue      # Operation editor (payload templates, expectations, assertions, variants)
│   ├── AnnotationEditor.vue     # Service / endpoint doc editor
│   ├── FieldTable.vue           # Typed field table editor
│   ├── HeartbeatPanel.vue       # Heartbeat soak test
│   └── PinInputModal.vue        # Device PIN configuration
│
├── services/
│   ├── bleManager.ts            # BLE abstraction layer
│                                #   Adapter state machine: UNINITIALIZED → IDLE ↔ SCANNING
│                                #   Per-device state: Map<deviceId, CONNECTING|CONNECTED|DISCONNECTED>
│                                #   + getRSSI(deviceId)  + negotiateMTU(deviceId, mtu)
│   ├── mockBle.ts               # Mock BLE provider: scripted handlers, rules, periodic reports
│   ├── mockDevicePresets.ts     # Built-in mock devices: roller-door controller + environment sensor
│   └── builtinProtocolDocs.ts   # Loads built-in Markdown protocol templates and exposes match helpers
│
├── store/
│   ├── bleStore.ts              # BLE runtime state
│   │                            #   sessions: Map<deviceId, DeviceSession>  ← isolated per device
│   │                            #   activeSessionId: string                  ← drives debug page
│   │                            #   + adapter state (scannedDevices, scanning, filters)
│   ├── appStore.ts              # App settings state (theme, locale, mock mode, CSS variables)
│   ├── collectionStore.ts       # Reactive shell over utils/collection.ts (collections, variables, examples)
│   └── protocolStore.ts         # Protocol plugin registry (add / run / persist)
│
├── composables/
│   ├── useI18n.ts               # i18n composable — t('dot.notation.key')
│   └── useResponsive.ts         # isWideScreen reactive flag (window.width ≥ 768 px)
│
├── locales/
│   ├── zh.ts                    # Simplified Chinese strings
│   └── en.ts                    # English strings
│
├── utils/
│   ├── hex.ts                   # HEX↔ArrayBuffer, ASCII, UUID, RSSI utilities
│   ├── buffer.ts                # Log entries, ring buffer, file save / share, quick commands, samples, PINs
│   ├── collection.ts            # Collection model: fingerprint matching, binding, migration, import / merge
│   ├── payload.ts               # Payload template engine ({{len}} {{seq}} {{sum}} {{crc16}} {{var}})
│   ├── fields.ts                # Field type system: decode / encode / field assertions
│   ├── runner.ts                # Sequence runner options and plan
│   ├── examples.ts              # Request / response example pairing
│   ├── zipReader.ts             # Minimal zip reader (store + deflate) for Debug Pack import
│   ├── importFile.ts            # File pickers (H5 / Android) and import source resolution
│   ├── deviceArchive.ts         # Session archive, operation run history, doc merge chain
│   ├── heartbeat.ts             # Heartbeat config & runtime
│   ├── exporters.ts             # Debug Pack generators (PROTOCOL.md, protocol.json, SESSION_LOG.md, AI_PROMPT.md, mock.json, collection.json)
│   └── protocolDocs.ts          # Markdown protocol parser + endpoint catalog builders
│
├── docs/
│   ├── protocols/               # Human-previewable Markdown protocol templates used by the app
│   ├── screenshots/             # Device screenshots used by the user guide
│   ├── USER_GUIDE.md            # User guide (English)
│   └── USER_GUIDE_zh.md         # User guide (Chinese)
│
├── scripts/
│   └── preview-protocol-docs.mjs # Local protocol-template preview command (`npm run docs:protocol`)
│
├── App.vue                      # Global CSS custom property definitions (both themes)
├── env.d.ts                     # Raw Markdown import declarations
├── pages.json                   # Route configuration
└── manifest.json                # App permissions & platform config

Architecture

Data Flow

Hardware BLE Radio
  │
  ▼
uni BLE API callbacks (onBLECharacteristicValueChange, onBLEConnectionStateChange, ...)
  │
  ▼
bleManager  ── Promise-based API + event emitters ──▶  bleStore
  │                                                        │
  │  onDataReceived(deviceId, svcId, charId, value)        ├── sessions.get(deviceId).logBuffer
  │  onConnectionChange(deviceId, connected)               ├── sessions.get(deviceId).charValueHistory
  │  onAdapterStateChange(adapterState)                    └── adapterState (SCANNING / IDLE / ...)
  │
  ▼
Pages & Components  ←  reactive Pinia state (auto re-render)

BLE Adapter State Machine

UNINITIALIZED ──openAdapter()──▶ IDLE ◀──▶ SCANNING
                                  │
                            (parallel, independent of scanning)
                                  ▼
                     Per-device: Map<deviceId, DeviceState>
                       CONNECTING → CONNECTED → DISCONNECTED
                                        ↑              │
                                        └──(reconnect)─┘

bleManager.ts owns both layers. Connecting a new device does not stop an active scan — scanning and connections are fully independent.

Multi-Device Session Architecture

bleStore
  ├── sessions: Map<deviceId, DeviceSession>
  │     DeviceSession {
  │       device          BleDevice
  │       deviceState     BleDeviceState
  │       services        BleService[]
  │       characteristics Map<serviceId, BleCharacteristic[]>
  │       logBuffer       RingBuffer<LogEntry>   ← isolated, 2000 entries
  │       logs            LogEntry[]
  │       rssiHistory     { time, rssi }[]        ← isolated, 60 points
  │       charValueHistory Record<charId, { time, hex }[]>
  │       savedSamples    BleProtocolSample[]     ← long-pressed TX/RX samples for reports and mocks
  │       currentMtu      number
  │       txBytes / rxBytes number
  │       activeServiceId / activeCharacteristicId / notifyEnabled
  │     }
  │
  ├── activeSessionId: string       ← which tab is shown in debug page
  │
  └── Adapter-level (shared)
        adapterState, scannedDevices, filterName, filterMinRssi,
        quickCommands, recentDevices, isConnecting, errorMessage

Active session proxy — all debug page computed properties (isConnected, logs, services, activeCharacteristic, …) read from sessions.get(activeSessionId). Switching tabs by changing activeSessionId instantly reflects a different device's state with zero re-initialization.

API-like BLE Documentation Flow

docs/protocols/*.md
  │
  ▼
services/builtinProtocolDocs.ts
  │  raw Markdown import + parseProtocolMarkdown()
  ▼
utils/protocolDocs.ts
  │  match by Service UUID
  ▼
Device page service tree
  │  semantic service / characteristic names, direction, value format
  ▼
Export pipeline
  ├── AI Debug Report Markdown
  ├── Protocol Spec JSON
  └── Mock Pack JSON

Built-in protocol documentation is intentionally authored as Markdown first. This keeps the source easy to preview, edit, and discuss locally, while the app parses the same Markdown into structured ProtocolProfileDoc objects for UI enrichment and export.

AI-friendly Reports & Mock Packs

The current export layer treats BLE traffic like an API contract:

AI Debug Report Markdown combines device metadata, matched built-in profiles, service/characteristic semantics, saved samples, and recent TX/RX logs.
Protocol Spec JSON preserves the machine-readable protocol model: services, characteristics, interfaces, field tables, examples, and saved samples.
Mock Pack JSON groups mock seeds by service and characteristic, including request/response examples and user-saved TX/RX samples. This is designed for AI agents or app-side test harnesses that need to simulate BLE devices without hardware.

TX/RX logs now carry serviceUUID and characteristicUUID, so exported artifacts can classify communication by endpoint instead of only listing raw bytes.

Theme System

CSS custom properties are declared in App.vue under .theme-dark and .theme-light classes. Each page root element applies :class="appStore.themeClass", making all scoped child component styles automatically inherit the active theme via var(--xxx).

App.vue (defines .theme-dark / .theme-light vars)
  └── page root <view :class="appStore.themeClass">
        └── child components → var(--bg-base), var(--color-primary), ...

appStore also exports cssVarsStyle (inline style string) for components that need direct variable injection.

Responsive Layout Architecture

useResponsive() composable
  └── isWideScreen: boolean  (window.width ≥ 768 px, reactive via ResizeObserver / onLoad)

Narrow (<768 px)                    Wide (≥768 px)
─────────────────                   ──────────────────────────────────
Native bottom TabBar                LeftTabBar.vue (60 px fixed sidebar)
Single-column layout                Two-column flex layout (page-specific ratios)

Page split ratios (wide):
  Scan page:    40% left (radar + controls)   /  60% right (device list)
  Device page:  35% left (info + MTU + RSSI)  /  65% right (service tree)
  Debug page:   55% left (log panel)          /  45% right (send panel)

Each tab page conditionally renders <LeftTabBar v-if="isWideScreen" /> and applies padding-left: 60px so content clears the sidebar.

i18n System

// composables/useI18n.ts
const { t } = useI18n()
t('scan.startScan')   // → 'Start Scan'  |  '开始扫描'
t('debug.bytes')      // → 'bytes'       |  '字节'

Switching appStore.locale between 'zh' and 'en' is reactive and updates all t() calls instantly. Nav bar titles are synced via watch.

Protocol Plugin System

Plugins are plain JavaScript function bodies stored in uni.setStorageSync. Each plugin receives hexStr and asciiStr as arguments and must return { fields: [{ name, value }] }.

// Example plugin — parse a 4-byte custom frame
const b = hexStr.split(' ').map(h => parseInt(h, 16));
return {
  fields: [
    { name: 'CMD',     value: '0x' + b[0].toString(16).toUpperCase() },
    { name: 'Length',  value: b[1] + ' bytes' },
    { name: 'Payload', value: hexStr.slice(6) },
    { name: 'CRC',     value: '0x' + b[b.length - 1].toString(16).toUpperCase() },
  ]
};

Plugins are executed via new Function() in protocolStore.runPlugin(). Only one plugin can be enabled at a time.

Built-in Protocol Markdown Format

Built-in protocol templates live under docs/protocols/. Each template can be read as normal documentation and parsed by the app.

---
id: generic-command-profile
name: Generic Command BLE Profile
version: 0.1.0
summary: Command/response BLE template.
---

## Service: Generic Command Service

- uuid: 0000FFE0-0000-1000-8000-00805F9B34FB
- summary: Vendor command transport service.
- validWhen: Use for FFE0/FFE1-style command transports.
- role: request-response transport

### Characteristic: Command TX

- uuid: 0000FFE1-0000-1000-8000-00805F9B34FB
- properties: WRITE, WRITE_NR
- direction: app-to-device
- valueFormat: binary-frame

#### Interface: Get Device Info

- operationId: device.getInfo
- requestExample: AA 01 00 AB
- responseExample: AA 81 03 01 00 10 39
- mock: Return responseExample when request starts with AA 01.

Use npm run docs:protocol to preview the parsed JSON representation.

Key Files Reference

`services/bleManager.ts`

Method	Description
`openAdapter()`	Open Bluetooth adapter; sets up state & device listeners
`startScan(options?)`	Start BLE scan with optional timeout; safe to call while devices are connected
`stopScan()`	Stop BLE scan
`connect(deviceId)`	Establish BLE connection (does not stop ongoing scan)
`disconnect(deviceId)`	Destroy BLE connection for a specific device
`getServices(deviceId)`	Retrieve all services
`getCharacteristics(deviceId, serviceId)`	Retrieve characteristics
`write(deviceId, serviceId, charId, buffer)`	Write data to characteristic
`readCharacteristic(deviceId, serviceId, charId)`	Read characteristic value
`setNotify(deviceId, serviceId, charId, enable)`	Toggle BLE notifications
`getRSSI(deviceId)`	Query current RSSI of connected device
`negotiateMTU(deviceId, mtu)`	Request MTU negotiation (23–512); returns actual MTU
`getConnectedDeviceIds()`	Returns `Set<string>` of all currently connected device IDs
`getDeviceState(deviceId)`	Returns per-device connection state
`onAdapterStateChange(fn)`	Subscribe to adapter state changes (UNINITIALIZED / IDLE / SCANNING)
`onDeviceStateChange(fn)`	Subscribe to per-device state changes
`onDataReceived(fn)`	Subscribe to incoming characteristic data

`utils/hex.ts`

Function	Description
`bufToHex(buf)`	`ArrayBuffer → "01 AB FF"`
`hexToBuf(str)`	`"01ABFF" → ArrayBuffer`
`bufToAscii(buf)`	Binary → printable ASCII (`.` for non-printable)
`isValidHex(str)`	Validate HEX string format
`normalizeHex(str)`	Format HEX with spaces
`shortUUID(uuid)`	Shorten UUID to `0xXXXX` form
`rssiToLevel(rssi)`	RSSI → signal bar level (1–5)
`rssiToColor(rssi)`	RSSI → color string

`utils/buffer.ts`

Function	Description
`exportLogsToText(logs, device)`	Serialize log array as formatted plain text
`exportLogsToCSV(logs, device)`	Serialize log array as RFC-4180 CSV
`saveLogsToFile(content, filename, mimeType)`	Write file to local storage (App) or trigger download (H5)

Theme Color Reference

Dark Mode (Default)

Token	Value	Usage
`--bg-base`	`#0A0F1C`	Page background
`--bg-panel`	`#111827`	Cards, headers
`--color-primary`	`#00F5FF`	Cyan — primary actions, borders
`--color-accent`	`#39FF14`	Green — RX data, success states
`--color-danger`	`#FF3B3B`	Errors, disconnect
`--text-primary`	`#E2E8F0`	Main body text
`--text-mono`	`#A8D8A8`	Monospace data display

Light Mode

Token	Value	Usage
`--bg-base`	`#EDF2F7`	Page background
`--bg-panel`	`#FFFFFF`	Cards, headers
`--color-primary`	`#0369A1`	Deep blue — primary actions
`--color-accent`	`#059669`	Emerald — RX data, success
`--color-danger`	`#DC2626`	Errors, disconnect
`--text-primary`	`#1A202C`	Main body text
`--text-mono`	`#1A5F2E`	Monospace data display

Settings & Persistence

Setting	Storage Key	Default
Theme	`ble_app_theme`	`dark`
Language	`ble_app_locale`	`zh`
Quick Commands	`ble_quick_commands`	`[]`
Recent Devices	`ble_recent_devices`	`[]`
Protocol Plugins	`ble_protocol_plugins`	`[]`
Saved Protocol Samples	`ble_protocol_samples`	`{}`

All settings survive app restarts via uni.setStorageSync.

Permissions

Android

Permission	Purpose
`BLUETOOTH` / `BLUETOOTH_ADMIN`	Basic Bluetooth control (API < 31)
`BLUETOOTH_SCAN`	BLE device scanning (API 31+)
`BLUETOOTH_CONNECT`	BLE device connection (API 31+)
`ACCESS_FINE_LOCATION`	Required for BLE scanning
`WRITE_EXTERNAL_STORAGE`	Log file export

iOS

Permission	Purpose
`NSBluetoothAlwaysUsageDescription`	BLE scanning and connection
`NSBluetoothPeripheralUsageDescription`	Peripheral data communication
`NSLocationWhenInUseUsageDescription`	BLE scanning location requirement

Contributing

Fork the repository
Create a feature branch: git checkout -b feature/my-feature
Commit your changes: git commit -m 'feat: add my feature'
Push and open a Pull Request

Please follow the existing TypeScript + Vue3 Composition API style. All UI text must be added to both locales/zh.ts and locales/en.ts.

License

_{Built with UniApp · Vue 3 · TypeScript · Pinia}
_{Designed for hardware engineers who demand professional tools}

Name		Name	Last commit message	Last commit date
.claude		.claude
components		components
composables		composables
docs		docs
locales		locales
nativeResources/android		nativeResources/android
pages		pages
scripts		scripts
services		services
static		static
store		store
utils		utils
.gitignore		.gitignore
App.vue		App.vue
CHANGELOG.md		CHANGELOG.md
README.md		README.md
README_Zh.md		README_Zh.md
env.d.ts		env.d.ts
index.html		index.html
main.js		main.js
manifest.json		manifest.json
package.json		package.json
pages.json		pages.json
uni.promisify.adaptor.js		uni.promisify.adaptor.js
uni.scss		uni.scss

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