wandering1
e7f28502bc
结构债 S-2 的最后一步——**该族的 24 处手写跨模块裸 extern 就此全部清零**。 队列对象仍由 CubeMX 在 `MX_FREERTOS_Init()` 创建（**创建点不可外移**： `osKernelInitialize()` 之前的任何创建类 API 会杀死启动，见 `docs/架构设计/项目启动顺序管理.md`）；改为创建后立刻在 `Src/freertos.c` 的 `USER CODE BEGIN RTOS_QUEUES` 区调用 `net_msg_queue_adopt(netMsgQueueHandle)`， 把句柄交给唯一使用者。`net_socket.c` 内改用 `static osMessageQueueId_t s_net_msg_queue`（21 处引用改名），BSP 对该全局变量的裸 `extern` 消失——现在 `netMsgQueueHandle` 只出现在生成文件自己的两处（定义 + 创建）。 两个刻意的设计决定： ① **不新建第二个队列**。自建队列 + 删 `.ioc` 里的 netMsgQueue 也能收口，但要 CubeMX 重生成（Ask-first），过渡期还会同时存在两个队列，白占 CCM 堆里 8 × `net_msg_t` 的空间——CCM 正是当下 87.9% 的红线。故选"创建后绑定"。 ② `adopt()` **拒绝重复绑定、保留首次句柄**。真出现两处绑定时，静默换句柄会让 已入队的请求留在旧队列里永不处理；拒掉第二个反而更容易暴露。绑定前的判空 是真实防线：丢了那一行，后果是"所有 net_* 请求被丢弃、网络全线静默不通"， 不是崩溃。 **防回退**：`check_cubemx_survival.py` 新增存活项 `net-msgq-adopt`（region `RTOS_QUEUES`、`must_contain=["net_msg_queue_adopt"]`），易失清单 29 → 30 项全部 到位；基线已重建（有意的 USER CODE 区改动，按脚本文档流程 `--write`）。 **体量**：`Code` 213,204 → **213,236 B（+32）**、`ER_IROM1` **231,816 B（22.1%）**； `RW +4 / ZI −4` → `RW_IRAM1` 恒 **75,264 B（57.4%）**、`RW_CCM` 恒 **57,376 B （87.9%）**、`RW+ZI` 总量 132,688 B 不变（没有多占一个字节 RAM）。 **验证**：`@build` 0 错 0 警告；`@test` PASS——624 ms 到 `net init: OK`、`i104: listening on 2404`、无 `[ERR]`/Fault、`heap free=15800 min_ever=8464` 逐项不变。 另在真机跑了一次 FTP 控制通道往返：220 → `USER admin` 331 → `PASS admin` 230 → `PWD` 257 → `TYPE I` 200 → `QUIT` 221。每条命令都是一次过队列的 net_recv/net_send，证明绑定路径真在跑；`.map` 里 `freertos.o(MX_FREERTOS_Init) refers to net_socket.o(i.net_msg_queue_adopt)` 证明镜像含该行。 ⚠ **顺带揪出一条测试工具漂移（本次未修，等定夺）**： `test/host/ftp_up_dl_test.py:123/126` 仍写死 `USER anonymous` / `PASS test@test.com`，而设备自 N-19（2026-10-11）起按 `/config.ini [ftp]` 校验 admin/admin（SHA-256 `pwd_hash`）→ 该脚本必然登录失败。它是手工工具、不在任何 pre-commit 钩子里，所以 11 天没人发现，而 `docs/测试说明/FTP_Test_Guide.md` 把它 列为"推荐入口"。建议加 `--user/--password`（默认 admin/admin），并连 `ftp_speed_test.py` 一起核。 数字联动：两份 `data/` 快照重跑、`ram_baseline --update/--write`、 `check_mem_numbers --write`、FLASH 与任务栈两张配图常量重算并重新生成（逐文本按 字号与锚点复查越界 = 0）、报告 §1.3/§5.1/§5.4 与部署文档 §3.3 同步。报告 §0.4 的 S-2 行按「完成即销项」改写为已闭环，§9 拆出独立 S-2 行标 ✅。 门禁：`@build` 0/0、`@test` PASS、`layer-deps` / `cubemx-survival` / `mem-numbers` （本次改到台账受管区，scan 已过）/ `mem-budget`（57.4% / 87.9%）/ `task-table` / `doc-links --all`（146 文档 0 问题）/ `id-check --strict`（增量拦截通过、可判定 82.84%、存量债 640）全绿；14 个文件字节卫生 BOM 无 / CR 0 / U+FFFD 0 / 无尾空格。 未推送。
418 lines
18 KiB
Python
418 lines
18 KiB
Python
#!/usr/bin/env python3
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"""Generate memory layout SVG diagrams for STM32F4-Base.
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Usage:
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python tools/arch_diagram/gen_memory_svg.py [--type ram|flash|taskstack|all]
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Output (default --all):
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docs/images/内存布局_RAM.svg
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docs/images/内存布局_FLASH.svg
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docs/images/任务栈预算.svg
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"""
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import argparse
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import os
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import sys
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# ---------------------------------------------------------------------------
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# Diagram data
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# ---------------------------------------------------------------------------
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# ── RAM breakdown (2026-10-22 @build, map Grand Totals; data/ram_report_20261022.md) ──
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# Region 1: main SRAM RW_IRAM1 @0x20000000 (128KB = 131,072 B, DMA-reachable)
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SRAM1_TOTAL = 131072
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SRAM1_USED = 75264
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SRAM1_FREE = SRAM1_TOTAL - SRAM1_USED
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# Region 2: CCM RW_CCM @0x10000000 —— scatter 给的是 0x0000FF00 = 65,280 B（CPU only，
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# DMA 不可达）；另有 0x1000FF00 起 256 B 的 UNINIT_CCM 尾区（.noinit 崩溃现场用 48 B）
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CCM_TOTAL = 65280
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CCM_USED = 57376
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CCM_FREE = CCM_TOTAL - CCM_USED
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RAM1_CATEGORIES = [
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("LVGL 池 16KB", 16876, "#4CAF50"),
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("UI", 13546, "#FF9800"),
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("lftpd", 8440, "#8BC34A"),
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("FTL/BBT", 7036, "#9C27B0"),
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("NET/CH395F", 5250, "#F44336"),
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("CMSIS-RTOS", 1724, "#00BCD4"),
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("HAL", 84, "#607D8B"),
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("C stack", 1024, "#795548"),
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("other", 21284, "#9E9E9E"),
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("free", SRAM1_FREE, "#E0E0E0"),
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]
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RAM2_CATEGORIES = [
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("FreeRTOS 堆", CCM_USED, "#2196F3"),
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("free", CCM_FREE, "#E0E0E0"),
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]
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# ── Flash breakdown (1MB = 1,048,576 B; 2026-10-22 @build) ──────────────────
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FLASH_TOTAL = 1048576
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FLASH_CODE = 213236
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FLASH_RO = 18580
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FLASH_RW = 1188
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FLASH_USED = FLASH_CODE + FLASH_RO + FLASH_RW # ROM 合计（含 RW 初始化表）
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FLASH_IROM = FLASH_CODE + FLASH_RO # ER_IROM1 区用量 = 231,816 B（22.1%）
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FLASH_FREE = FLASH_TOTAL - FLASH_USED
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FLASH_CATEGORIES = [
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("代码段 (Code)", FLASH_CODE, "#2196F3"),
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("只读数据 (RO)", FLASH_RO, "#4CAF50"),
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("初始化数据 (RW)", FLASH_RW, "#FF9800"),
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("Flash 空闲", FLASH_FREE, "#E0E0E0"),
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]
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# Flash Code+RO 分布（= ER_IROM1 231,816 B；2026-10-22 按 .map 对象表逐对象归类，
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# 口径同 data/ram_report_20261022.md；"其他"含链接器填充）
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FLASH_CODE_SUB = [
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("LVGL 库", 87706, "#4CAF50"),
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("应用代码/UI", 57011, "#2196F3"),
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("CH395F+FTP", 25644, "#F44336"),
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("HAL 驱动", 17876, "#607D8B"),
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("dhara / FTL", 10931, "#FF9800"),
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("FreeRTOS 内核", 10762, "#00BCD4"),
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("FatFS", 8468, "#9C27B0"),
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("C 库 (microlib)", 5486, "#795548"),
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("startup", 468, "#B0BEC5"),
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("其他 (长尾)", 7464, "#E0E0E0"), # remainder
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]
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# ── Task stack budgets (2026-10-22 @build + 同日真机 [STACK] 实测; data/stack_report_20261022.md) ──
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# (name, cfg, prio, worst, peak_used, margin, margin_pct, verdict, desc)
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# worst = max(静态最坏深度, 实测峰值); margin = cfg - worst
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# 9 行含 testTask（仅测试构建创建、无实测 → 取静态最坏链，峰位列填同值）
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TASK_STACKS = [
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("defaultTask", 5120, "Normal", 3024, 2152, 2096, 40, "PASS", "FatFS 挂载/探针 + 配置引擎 + syslog + LED"),
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("netTask", 3840, "Normal", 1912, 1116, 1928, 50, "PASS", "CH395F 轮询、消息处理"),
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("ftpTask", 4096, "Normal", 1456, 1404, 2640, 64, "PASS", "lftpd FTP 服务（大缓冲已静态化）"),
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("uiTask", 16384, "BelowNormal", 4052, 4052, 12332, 75, "PASS", "LVGL UI 主循环 + 远程显示推流"),
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("testTask", 8192, "BelowNormal", 736, 736, 7456, 91, "PASS", "测试套件（产品构建不创建，取静态最坏链）"),
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("timeSyncTask", 2560, "Normal", 1264, 648, 1296, 50, "PASS", "TCP 时间同步（8888）"),
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("adcTask", 2560, "AboveNormal", 1320, 952, 1240, 48, "PASS", "1 kHz 节拍消费者（L1 采集，纯取数）"),
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("iec104Task", 2560, "Normal", 1456, 540, 1104, 43, "PASS", "IEC 60870-5-104 上行（2404）"),
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("protectTask", 2048, "Normal", 872, 828, 1176, 57, "PASS", "20 ms 保护判据 + 闭锁 + 定值校验和巡检"),
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]
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KERNEL_STACKS = [("idle", 512), ("timer", 1024)] # 128/256 words（未实测）
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HEAP_TOTAL = 57344 # configTOTAL_HEAP_SIZE 56 KB（位于 RW_CCM；段实占 57,376 B 含元数据）
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HEAP_FREE = 15800 # 2026-10-22 真机 [STACK]（启动 + 网络/FTP/104 就绪后）
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HEAP_MIN_EVER = 8464
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TOTAL_STACKS = sum(t[1] for t in TASK_STACKS) # 47,360（含 testTask；产品构建 8 任务 = 39,168）
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# ---------------------------------------------------------------------------
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# SVG helpers
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# ---------------------------------------------------------------------------
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def _text_width(text, char_w=7.2):
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"""Rough monospace text width estimate (px)."""
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return len(text) * char_w
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def _wrap(text, max_chars=12):
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"""Wrap label to multiple <tspan> lines."""
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words = text.split("\n") if "\n" in text else text.split()
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lines = []
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current = ""
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for w in words:
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test = (current + " " + w).strip() if current else w
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if len(test) > max_chars and current:
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lines.append(current)
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current = w
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else:
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current = test
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if current:
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lines.append(current)
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return lines
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def svg_header(w, h):
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return (
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f'<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 {w} {h}" '
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f'width="{w}" height="{h}" style="font-family:Consolas,\'Courier New\',monospace; '
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f'font-size:12px; background:#fff">\n'
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'<defs>\n'
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'<style>\n'
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'.title { font-size:14px; font-weight:bold; }\n'
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'.label { font-size:11px; }\n'
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'.legend-text { font-size:10px; }\n'
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'.bar-seg { stroke:#fff; stroke-width:0.5; }\n'
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'</style>\n'
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'</defs>\n'
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)
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def svg_footer():
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return '</svg>\n'
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def _draw_bar_segment(x, y, w, h, fill, label_inside, label_outside="",
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label_font=10, min_inside_w=40):
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"""Return SVG fragment for a bar segment with label."""
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parts = []
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parts.append(f' <rect class="bar-seg" x="{x}" y="{y}" width="{w:.1f}" height="{h}" '
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f'fill="{fill}" rx="2"/>\n')
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if w > min_inside_w and label_inside:
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# Center text inside bar
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lines = _wrap(label_inside, max_chars=int(w / 7))
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ty = y + h / 2 - (len(lines) - 1) * 6
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for line in lines:
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lx = x + w / 2
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parts.append(f' <text x="{lx:.1f}" y="{ty:.1f}" text-anchor="middle" '
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f'dominant-baseline="central" class="label" fill="#000">{line}</text>\n')
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ty += 12
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elif label_outside:
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lx = x + w + 4
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ty = y + h / 2
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parts.append(f' <text x="{lx:.1f}" y="{ty:.1f}" text-anchor="start" '
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f'dominant-baseline="central" class="legend-text" fill="#333">{label_outside}</text>\n')
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return "".join(parts)
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# ---------------------------------------------------------------------------
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# Diagram generators
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# ---------------------------------------------------------------------------
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def gen_ram_svg():
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"""内存布局_RAM.svg — 两条堆叠条：主 SRAM（DMA 可达）+ CCM（仅 CPU）。"""
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W, H = 820, 360
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BAR_X, BAR_H = 60, 44
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SCALE = (W - 80) / SRAM1_TOTAL # 128KB 占满宽；CCM (64KB) 占半宽
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svg = svg_header(W, H)
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svg += f'<text x="{W/2}" y="24" text-anchor="middle" class="title">SRAM (192KB) 使用布局 — 2026-10-22 @build</text>\n'
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# Region 1: 主 SRAM
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y1 = 50
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svg += f'<text x="{BAR_X}" y="{y1-8}" class="label" fill="#555">主 SRAM RW_IRAM1 @0x20000000（128KB，DMA 可达）</text>\n'
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x = BAR_X
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for label, size, color in RAM1_CATEGORIES:
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w = size * SCALE
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if w < 1:
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continue
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inside = label if w > _text_width(label) + 10 else ""
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svg += _draw_bar_segment(x, y1, w, BAR_H, color, inside, "")
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x += w
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svg += f'<text x="{BAR_X}" y="{y1+BAR_H+18}" class="label" fill="#333">'
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svg += f'已用: {SRAM1_USED}B ({SRAM1_USED/SRAM1_TOTAL*100:.1f}%)'
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svg += f' 空闲: {SRAM1_FREE}B ({SRAM1_FREE/SRAM1_TOTAL*100:.1f}%)'
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svg += f' 总量: 128KB</text>\n'
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# Region 2: CCM
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y2 = y1 + BAR_H + 50
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svg += f'<text x="{BAR_X}" y="{y2-8}" class="label" fill="#555">CCM RW_CCM @0x10000000（段 65,280 B；仅 CPU 可达、DMA 不可达 → R2/R3）</text>\n'
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x = BAR_X
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for label, size, color in RAM2_CATEGORIES:
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w = size * SCALE
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if w < 1:
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continue
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inside = label if w > _text_width(label) + 10 else ""
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svg += _draw_bar_segment(x, y2, w, BAR_H, color, inside, "")
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x += w
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svg += f'<text x="{BAR_X}" y="{y2+BAR_H+18}" class="label" fill="#333">'
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svg += f'已用: {CCM_USED}B ({CCM_USED/CCM_TOTAL*100:.1f}%)'
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svg += f' 空闲: {CCM_FREE}B ({CCM_FREE/CCM_TOTAL*100:.1f}%)'
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svg += f' 总量: 63.75KB（+256 B UNINIT_CCM 尾区）——CCM 是当前全局卡点</text>\n'
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# Legend（主 SRAM 两列 + CCM 两行）
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ly = y2 + BAR_H + 40
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lx = 60
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half = (len(RAM1_CATEGORIES) + 1) // 2
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for i, (label, size, color) in enumerate(RAM1_CATEGORIES):
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pct = size / SRAM1_TOTAL * 100
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kb = size / 1024
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if i >= half:
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lx2 = 420
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else:
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lx2 = 60
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yy = 226 + (i % half) * 16
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svg += f' <rect x="{lx2}" y="{yy}" width="12" height="12" fill="{color}" rx="2"/>\n'
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svg += f' <text x="{lx2+16}" y="{yy+10}" class="legend-text" fill="#333">'
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svg += f'主SRAM {label}: {kb:.1f}KB ({pct:.1f}%)</text>\n'
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for i, (label, size, color) in enumerate(RAM2_CATEGORIES):
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pct = size / CCM_TOTAL * 100
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kb = size / 1024
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yy = 322 + i * 16
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svg += f' <rect x="{60}" y="{yy}" width="12" height="12" fill="{color}" rx="2"/>\n'
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svg += f' <text x="{76}" y="{yy+10}" class="legend-text" fill="#333">'
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svg += f'CCM {label}: {kb:.1f}KB ({pct:.1f}%)</text>\n'
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svg += svg_footer()
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return svg
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def gen_flash_svg():
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"""内存布局_FLASH.svg — bar + code sub-breakdown."""
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W, H = 820, 240
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BAR_X, BAR_Y, BAR_H = 60, 50, 40
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SCALE = (W - 80) / FLASH_TOTAL
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svg = svg_header(W, H)
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svg += f'<text x="{W/2}" y="24" text-anchor="middle" class="title">Flash (1MB) 使用布局 — 2026-10-22 @build</text>\n'
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x = BAR_X
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for label, size, color in FLASH_CATEGORIES:
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w = size * SCALE
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if w < 1:
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continue
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inside = f"{label} {size/1024:.1f}KB" if w > 60 else ""
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outside = "" if w > 60 else f"{label} {size/1024:.1f}KB"
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svg += _draw_bar_segment(x, BAR_Y, w, BAR_H, color, inside, outside)
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x += w
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# Summary below bar
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svg += f'<text x="{BAR_X}" y="{BAR_Y+BAR_H+18}" class="label" fill="#333">'
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svg += f'已用: {FLASH_USED/1024:.1f}KB ({FLASH_USED/FLASH_TOTAL*100:.1f}%)'
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svg += f' 空闲: {FLASH_FREE/1024:.1f}KB ({FLASH_FREE/FLASH_TOTAL*100:.1f}%)'
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svg += f' ER_IROM1（Code+RO）: {FLASH_IROM/1024:.1f}KB ({FLASH_IROM/FLASH_TOTAL*100:.1f}%)'
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svg += f' 总量: 1MB (= ROM 合计口径)'
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svg += f'</text>\n'
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# Code sub-breakdown mini bar
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Y2 = 130
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svg += f'<text x="{BAR_X}" y="{Y2-6}" class="label" fill="#555">Code + RO 分布（ER_IROM1 {FLASH_IROM/1024:.1f}KB，按 .map 对象归类）</text>\n'
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SCALE2 = (W - 80) / FLASH_IROM
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x2 = BAR_X
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for label, size, color in FLASH_CODE_SUB:
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w = size * SCALE2
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if w < 1:
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continue
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# 窄段（多数桶 < 40px）不放内嵌文字，统一列到下方图例，避免互相压字
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inside = f"{size/1024:.1f}KB" if w > 40 else ""
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svg += _draw_bar_segment(x2, Y2, w, 24, color, inside, "")
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x2 += w
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||
# 图例：四列三行（10 个桶）
|
||
for i, (label, size, color) in enumerate(FLASH_CODE_SUB):
|
||
col, row = i % 4, i // 4
|
||
lx = 60 + col * 195
|
||
ly = 176 + row * 16
|
||
svg += f' <rect x="{lx}" y="{ly-9}" width="10" height="10" fill="{color}" rx="2"/>\n'
|
||
svg += f' <text x="{lx+14}" y="{ly}" class="legend-text" fill="#333">{label} {size/1024:.1f}KB</text>\n'
|
||
|
||
svg += svg_footer()
|
||
return svg
|
||
|
||
|
||
def gen_taskstack_svg():
|
||
"""任务栈预算.svg — 每任务：分配栈条 + 最坏占用叠加条 + 实测余量/判定。"""
|
||
W, H = 880, 620 # 9 个任务 + 2 内核栈 + 堆汇总，行高 40 需要 ~600 高
|
||
BAR_X = 190
|
||
MAX_STACK = 16384
|
||
SCALE = (W - BAR_X - 40) / MAX_STACK
|
||
Y_START = 64
|
||
ROW_PITCH = 40
|
||
BAR_H = 16
|
||
|
||
svg = svg_header(W, H)
|
||
svg += f'<text x="{W/2}" y="22" text-anchor="middle" class="title">FreeRTOS 任务栈预算（9 任务；栈全部从 56KB FreeRTOS 堆分配，堆位于 CCM）</text>\n'
|
||
svg += f'<text x="{W/2}" y="40" text-anchor="middle" class="legend-text" fill="#777">数据: 2026-10-22 @build + 同日真机 [STACK] 水位（data/stack_report_20261022.md）；最坏 = max(静态最坏链, 实测峰值)；判定线 = 余量 ≥ max(1024B ISR, 配置×30%)</text>\n'
|
||
svg += f'<text x="{BAR_X}" y="{Y_START-10}" class="legend-text" fill="#555">浅色条 = 分配栈 深色条 = 最坏占用（max(静态最坏, 实测峰值)） 下方文字 = 实测余量/判定</text>\n'
|
||
|
||
y = Y_START
|
||
for name, cfg, prio, worst, peak, margin, pct, verdict, desc in TASK_STACKS:
|
||
w = cfg * SCALE
|
||
wc = worst * SCALE
|
||
# 三档优先级配色：Normal 蓝 / BelowNormal 琥珀 / AboveNormal 绿（adcTask）
|
||
dark = {"Normal": "#2196F3", "BelowNormal": "#FF9800",
|
||
"AboveNormal": "#4CAF50"}[prio]
|
||
light = {"Normal": "#BBDEFB", "BelowNormal": "#FFE0B2",
|
||
"AboveNormal": "#C8E6C9"}[prio]
|
||
vc = "#2E7D32" if verdict == "PASS" else "#C62828"
|
||
|
||
# 任务名（左侧）
|
||
svg += f' <text x="{BAR_X-4}" y="{y+8}" text-anchor="end" dominant-baseline="central" class="label" fill="#333">{name}</text>\n'
|
||
# 分配栈条（浅色）+ 最坏占用叠加条（深色）
|
||
svg += f' <rect class="bar-seg" x="{BAR_X}" y="{y}" width="{w:.1f}" height="{BAR_H}" fill="{light}" rx="3"/>\n'
|
||
svg += f' <rect x="{BAR_X}" y="{y}" width="{wc:.1f}" height="{BAR_H}" fill="{dark}" rx="3"/>\n'
|
||
# 数据行
|
||
svg += f' <text x="{BAR_X}" y="{y+BAR_H+11}" dominant-baseline="central" class="legend-text" fill="#333">'
|
||
svg += f'配置 {cfg}B | 实测峰值 {peak}B | 最坏 {worst}B | 余量 {margin}B ({pct}%) '
|
||
svg += f'<tspan fill="{vc}" font-weight="bold">{verdict}</tspan></text>\n'
|
||
y += ROW_PITCH
|
||
|
||
# 内核任务（静态小栈，未取句柄实测）
|
||
y += 4
|
||
for name, stack in KERNEL_STACKS:
|
||
w = max(stack * SCALE, 2)
|
||
svg += f' <text x="{BAR_X-4}" y="{y+6}" text-anchor="end" dominant-baseline="central" class="label" fill="#333">{name}</text>\n'
|
||
svg += f' <rect class="bar-seg" x="{BAR_X}" y="{y}" width="{w:.1f}" height="12" fill="#90A4AE" rx="2"/>\n'
|
||
svg += f' <text x="{BAR_X + w + 4}" y="{y+6}" dominant-baseline="central" class="legend-text" fill="#333">{stack}B（未实测）</text>\n'
|
||
y += 22
|
||
|
||
# 堆汇总（实测值）
|
||
y += 8
|
||
svg += f'<text x="{BAR_X}" y="{y}" class="label" fill="#555">'
|
||
svg += f'堆总量: {HEAP_TOTAL}B（configTOTAL_HEAP_SIZE=56KB，位于 RW_CCM）'
|
||
svg += f' 任务栈合计: {TOTAL_STACKS}B（含 testTask 8192B）</text>\n'
|
||
y += 16
|
||
svg += f'<text x="{BAR_X}" y="{y}" class="label" fill="#555">'
|
||
svg += f'产品构建 8 任务栈 = 39168B + 内核栈 {512+1024}B'
|
||
svg += f' 实测: free={HEAP_FREE}B / min_ever={HEAP_MIN_EVER}B（2026-10-22）</text>\n'
|
||
y += 16
|
||
svg += f'<text x="{BAR_X}" y="{y}" class="label" fill="#555">'
|
||
svg += '判定: 9/9 PASS（testTask 无实测，取静态最坏链）</text>\n'
|
||
y += 24
|
||
# 颜色图例
|
||
svg += f' <rect x="{BAR_X}" y="{y}" width="10" height="10" fill="#2196F3" rx="2"/>\n'
|
||
svg += f' <text x="{BAR_X+14}" y="{y+8}" class="legend-text" fill="#333">Normal 优先级</text>\n'
|
||
svg += f' <rect x="{BAR_X+130}" y="{y}" width="10" height="10" fill="#FF9800" rx="2"/>\n'
|
||
svg += f' <text x="{BAR_X+144}" y="{y+8}" class="legend-text" fill="#333">BelowNormal 优先级</text>\n'
|
||
svg += f' <rect x="{BAR_X+300}" y="{y}" width="10" height="10" fill="#4CAF50" rx="2"/>\n'
|
||
svg += f' <text x="{BAR_X+314}" y="{y+8}" class="legend-text" fill="#333">AboveNormal 优先级（adcTask）</text>\n'
|
||
svg += f' <rect x="{BAR_X+520}" y="{y}" width="10" height="10" fill="#90A4AE" rx="2"/>\n'
|
||
svg += f' <text x="{BAR_X+534}" y="{y+8}" class="legend-text" fill="#333">内核栈 idle/timer</text>\n'
|
||
|
||
svg += svg_footer()
|
||
return svg
|
||
|
||
|
||
# ---------------------------------------------------------------------------
|
||
# Main
|
||
# ---------------------------------------------------------------------------
|
||
|
||
def main():
|
||
parser = argparse.ArgumentParser(description="Generate memory layout SVG diagrams")
|
||
parser.add_argument("--type", choices=["ram", "flash", "taskstack", "all"], default="all")
|
||
args = parser.parse_args()
|
||
|
||
out_dir = os.path.join(os.path.dirname(os.path.dirname(os.path.dirname(os.path.abspath(__file__)))),
|
||
"docs", "images")
|
||
os.makedirs(out_dir, exist_ok=True)
|
||
|
||
generators = {
|
||
"ram": ("内存布局_RAM.svg", gen_ram_svg),
|
||
"flash": ("内存布局_FLASH.svg", gen_flash_svg),
|
||
"taskstack": ("任务栈预算.svg", gen_taskstack_svg),
|
||
}
|
||
|
||
if args.type == "all":
|
||
targets = generators.values()
|
||
else:
|
||
targets = [generators[args.type]]
|
||
|
||
for filename, gen_func in targets:
|
||
path = os.path.join(out_dir, filename)
|
||
svg = gen_func()
|
||
with open(path, "w", encoding="utf-8", newline="\n") as f:
|
||
f.write(svg)
|
||
print(f"OK: {filename} ({len(svg)} bytes)")
|
||
|
||
# XML self-check
|
||
for filename, _ in targets:
|
||
path = os.path.join(out_dir, filename)
|
||
with open(path, "r", encoding="utf-8") as f:
|
||
content = f.read()
|
||
if not content.startswith("<svg "):
|
||
print(f"FAIL: {filename} does not start with <svg", file=sys.stderr)
|
||
sys.exit(1)
|
||
if "</svg>" not in content:
|
||
print(f"FAIL: {filename} missing </svg>", file=sys.stderr)
|
||
sys.exit(1)
|
||
if 'xmlns="http://www.w3.org/2000/svg"' not in content:
|
||
print(f"FAIL: {filename} missing xmlns", file=sys.stderr)
|
||
sys.exit(1)
|
||
print("All SVG self-checks passed")
|
||
|
||
|
||
if __name__ == "__main__":
|
||
main()
|