开启了192k 所有RAM
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---
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description: Build → flash (download) → capture USART1 debug log → verify boot/test markers → iterate. The full automated test loop for the STM32F4-Base target.
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agent: build
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---
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Run the full automated test loop: **build → download → capture serial debug → verify markers → report/iterate**.
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Prerequisites (checked in step 0):
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- `serial-mcp-server` CLI installed at `%LOCALAPPDATA%\serial-mcp-server\serial-mcp-server.exe` (Adancurusul/serial-mcp-server, v0.3.0).
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- ST-Link probe connected; target powered. The USB-serial (CH340) may stay idle while flashing — ST-Link download does not conflict with the serial port.
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## Procedure
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### Step 0 — Pre-flight: serial-mcp-server binary + port
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Verify the capture binary and target port exist:
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```powershell
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Test-Path "$env:LOCALAPPDATA\serial-mcp-server\serial-mcp-server.exe"
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& "$env:LOCALAPPDATA\serial-mcp-server\serial-mcp-server.exe" list-ports --json
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```
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Read `.opencode/serial_config.json` for the authoritative `portName` (COM6) and match it in the list. If the binary is missing, build it from source (see `docs/测试说明/serial-mcp-server_串口调试.md`).
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### Step 1 — Build verify
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Run the build script (absolute path):
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```powershell
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& "D:\Code\DTU 程序\STM32F4-Base\MDK-ARM\build.bat"
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```
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Interpretation (per AGENTS.md): exit code 0 = PASS (0 errors, 0 warnings). 1/2+ = FAIL. If it fails, read `MDK-ARM/build_log.txt`, fix, and rerun `@build` until exit code 0 **before** touching the hardware.
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### Step 2 — Flash + capture boot log (one orchestrated call)
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Use `test/run_boot_test.ps1` which starts the capture (waits for first byte),
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then flashes, then collects and verifies — all in one call so the capture never
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times out before flashing:
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```powershell
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powershell -ExecutionPolicy Bypass -File "D:\Code\DTU 程序\STM32F4-Base\test\run_boot_test.ps1" `
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-Port COM6 -BaudRate 115200 `
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-DurationMs 30000 -InitialTimeoutMs 90000 -IdleTimeoutMs 8000 -MaxBytes 65536 `
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-FlashCmd "D:\Code\DTU 程序\STM32F4-Base\MDK-ARM\download.bat" `
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-Required "App init OK;Network Init;net init: OK" `
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-Forbidden "FAIL;ERROR;HardFault" `
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-OutDir "C:\Users\16241\AppData\Local\Temp\opencode"
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```
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Exit codes: **0 = PASS**, 1 = FAIL (marker miss / forbidden hit), 2 = capture/flash/parse error.
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### Step 3 — Iterate
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- **PASS** → report the verdict and which markers matched; done.
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- **FAIL** → the `[MISS]`/`[HIT]` lines + the log tail show what went wrong. Fix the code, then loop again from **Step 1**. Do not skip the build step.
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## Alternative: manual MCP capture (interactive debug)
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For interactive command/response (not boot-log capture):
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1. `serial_list_ports` → match `portName` from `.opencode/serial_config.json` (COM6).
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2. `serial_open` (port=COM6, baud_rate=115200) → note the returned `connection_id`.
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3. `serial_write` / `serial_read` (connection_id, timeout_ms) for command-response.
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4. `serial_close` to release the port.
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## Notes
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- **串口端口**:以 `.opencode/serial_config.json` 为准(本机为 COM6)。每次连接前先读它。
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- **⚠️ 无历史缓冲**:serial-mcp-server 的 `read` 只能读调用后的字节。抓开机日志必须走 `run_boot_test.ps1`(先采集等 first-byte → 再烧录触发)。
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- **⚠️ EOF 陷阱**:COM 刚释放立即重开会报 `UnexpectedEof`(tokio-serial 读 0 字节)。`serial_capture.ps1` 内置自动重试;别裸跑 CLI capture。
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- **参数**:`IdleTimeoutMs` 需 ≥ boot 自然静默间隙(本机 ~3-4s,用 8000);`InitialTimeoutMs` 需覆盖编译+烧录耗时(用 90000)。
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- UI (LVGL) task `ui_task` 增加 `UI port init: OK` / `UI menu init: OK` 打印后,即可用 `-Required "UI port init: OK;UI menu init: OK"` 自动回归 UI 初始化。
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- Full capture/analysis details: `docs/测试说明/serial-mcp-server_串口调试.md` and `docs/测试说明/自动化测试流程.md`.
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