wandering1
bda7ab2b50
批 2（用户授权改名 + 「新名要一眼看懂」裁定）
- 16 个有歧义模块码单词化，共 1,146 处随 scripts/rename_ids.py 改写：
AI→ADCIN、AH→ADCHEALTH、PS→PROTSET、PE→PROTELEM、PH→PHASOR、
TS→TIMESYNC、VL→VOLLOCK、NP→NANDPORT、CFG→CONFIG、CLK→SYSCLK、
WD→WATCHDOG、STO→STORAGE、SH→SHA256、FA→FTPAUTH、FR→FREQ、104→IEC104
- 不动 NET/GD5F/RTC/SOE/UI/ADC/LOG/RS485/TOOL（已是单词、芯片名或业界通用词，
改了纯属 churn）
- 别名按全局登记：这批字面量已完全限定（TC-<码>-<nnn>），不存在裸形多义
- 映射表存档 scripts/rename_maps/batch2.json 作审计轨迹；§6 模块码表同步
连带修门禁（关键教训）
- 模块码涨到 9 位（ADCHEALTH/WATCHDOG）后，候选正则与族正则的 {0,4} 上界
会让改名后的号**整批从门禁眼里消失**：实测编号字面量从 8271 掉到 7315、
悬空假降 490 处。已放宽到 {0,9} 并写进 §6 注记
- 结论：改名批次必须连带复核识别面，只改数据不改判据 = 静默放行；
这次是靠「可判定比例跌破基线即失败」那条线拦下来的
现状与遗留
- 校验 1 未登记前缀 0 处；可判定比例 82.71%（基线 82.6%，只涨不跌成立）
- 遗留：7 个模块的「单元测试说明.md」仍缺（PROTSET 116、NANDPORT 109、
PROTELEM 65、FREQ 48、FTPAUTH 45、SHA256 25、SOE 14 处悬空）——改名不解决
缺文档，处置方式待议
- 遗留：T-2/T-3/T-4/T-6 历史任务号悬空（别名表未收全，属本工具批次漏项）
- 未改任何 C/H 可编译语义（仅注释与宏名内的编号），故不需 @build
465 lines
16 KiB
C
465 lines
16 KiB
C
/*
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* 模块名称：保护元件框架（L3，P1 子集）主机侧单元测试
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* 模块功能：在 PC 上对 App/algo/prot_elm.c 的判据核做离线验证。
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*
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* 被测对象：真实源文件（#include 原样纳入）：
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* prot_elm.c + prot_set.c（判据吃定值 RAM）
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* phasor.c + sample_ring.c + freq.c（prot_elm.c 链接依赖；
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* TC-PROTELEM-001~010 走 prot_elm_eval 纯判据路径，TC-PROTELEM-013 走
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* run() 适配层 = 合成波形跑真实 L2+测频链）
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*
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* 覆盖点（docs/算法/继电保护功能复现规划.md §3.3 L3-1/3/4/6、§8 验收）：
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* TC-PROTELEM-001 init：全状态清零、动作位图 0
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* TC-PROTELEM-002 过量滞回 + 定时限：1.01× 定值启动、延时到点动作、
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* 返回系数内保持、跌破返回门槛释放（1.2×/0.9× 验收口径的核）
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* TC-PROTELEM-003 延时 0：启动同拍即动作
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* TC-PROTELEM-004 欠量方向（UV）：低于定值启动、高于返回门槛释放
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* TC-PROTELEM-005 投退=0：不判据、状态复位
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* TC-PROTELEM-006 定值闭锁（L5-1 联动）：locked → 全元件复位；解锁后恢复
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* TC-PROTELEM-007 时基回绕：跨 0xFFFFFFFF 的延时判定仍正确
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* TC-PROTELEM-008 动作位图聚合
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* TC-PROTELEM-009 守卫：state(NULL)/越界编号、name 越界
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* TC-PROTELEM-010 跨上下文复归请求（B5）：request 不当拍生效、下一拍 eval 头部消费
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* TC-PROTELEM-011 过频 OF（B8/L3-5）：越限 + RET_OF 滞回 + 定时限
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* TC-PROTELEM-012 低频 UF（B8/L3-5）：欠量方向 + RET_UF 滞回 + 方向隔离
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* TC-PROTELEM-013 run() 接线（B8）：测频驱动 OF 动作；幅值门失效 OF 复位且
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* 相量类元件仍被评估（不整拍跳过）
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*
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* 通过：全部 TC PASS（main 返回 0）。
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* 创建日期：2026-10-11（B5）；2026-10-12 扩 OF/UF（B8）
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*/
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#include <math.h>
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#include <stdint.h>
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#include <stdio.h>
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static int s_total = 0, s_passed = 0, s_failed = 0;
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#define CHECK(cond, name) do { \
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s_total++; \
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if (cond) { s_passed++; printf(" [PASS] %s\n", name); } \
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else { s_failed++; printf(" [FAIL] %s (line %d)\n", name, __LINE__); } \
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} while (0)
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#include "prot_set.c"
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#include "sample_ring.c"
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#include "phasor.c"
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#include "freq.c"
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#include "prot_elm.c"
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/* 中性测量基线：电流 1.0 A、电压 100 V、3U0 0 V、频率 50 Hz（全部不越限）。
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* OF/UF 填 50.0 = 标称：OF 定值范围下限 50.0（50>50 假）、UF 定值范围上限
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* 50.0（50<50 假）-> 两侧都不启动（定值范围约束保证，见 prot_set 表）。 */
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static void mk_base(float m[PE_COUNT]) {
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uint32_t i;
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for (i = 0u; i < (uint32_t)PE_COUNT; i++) {
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m[i] = 1.0f;
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}
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m[PE_OV] = 100.0f;
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m[PE_UV] = 100.0f;
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m[PE_3U0] = 0.0f;
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m[PE_OF] = 50.0f;
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m[PE_UF] = 50.0f;
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}
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static void tc_init_clear(void) {
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prot_set_init();
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prot_elm_init();
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CHECK(prot_elm_active_mask() == 0u, "TC-PROTELEM-001 init: active mask 0");
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{
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prot_elm_state_t st;
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uint32_t i;
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int clean = 1;
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for (i = 0u; i < (uint32_t)PE_COUNT; i++) {
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prot_elm_state((prot_elm_id_t)i, &st);
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if ((st.picked != 0u) || (st.asserted != 0u) || (st.enabled != 0u)) {
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clean = 0;
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}
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}
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CHECK(clean, "TC-PROTELEM-001 init: all element states clear");
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}
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}
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static void tc_over_hysteresis(void) {
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float m[PE_COUNT];
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prot_elm_state_t st;
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prot_set_init();
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prot_elm_init();
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(void)prot_set_set(PS_OC1_DLY, PROT_SET_Q10(100.0)); /* 100 ms */
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/* 默认 OC1_CUR=10.0 A，RET_OVER=0.95 → 返回门槛 ≈9.492 */
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mk_base(m);
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m[PE_OC1] = 9.9f;
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prot_elm_eval(1000u, m);
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prot_elm_state(PE_OC1, &st);
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CHECK((st.picked == 0u) && (st.enabled != 0u),
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"TC-PROTELEM-002 0.99x set: no pickup");
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m[PE_OC1] = 10.1f;
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prot_elm_eval(1001u, m);
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prot_elm_state(PE_OC1, &st);
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CHECK((st.picked != 0u) && (st.asserted == 0u),
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"TC-PROTELEM-002 1.01x set: pickup before delay");
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prot_elm_eval(1100u, m); /* 1100-1001 = 99 ms */
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prot_elm_state(PE_OC1, &st);
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CHECK(st.asserted == 0u, "TC-PROTELEM-002 not asserted at 99ms");
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prot_elm_eval(1101u, m); /* 100 ms 整 */
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prot_elm_state(PE_OC1, &st);
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CHECK(st.asserted != 0u, "TC-PROTELEM-002 asserted at 100ms");
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m[PE_OC1] = 9.7f; /* 返回门槛(9.492)与动作门槛(10)之间 */
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prot_elm_eval(1200u, m);
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prot_elm_state(PE_OC1, &st);
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CHECK((st.picked != 0u) && (st.asserted != 0u),
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"TC-PROTELEM-002 hysteresis: holds between return and pickup threshold");
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m[PE_OC1] = 9.4f; /* 跌破返回门槛 */
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prot_elm_eval(1300u, m);
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prot_elm_state(PE_OC1, &st);
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CHECK((st.picked == 0u) && (st.asserted == 0u),
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"TC-PROTELEM-002 below return threshold: drops out");
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}
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static void tc_zero_delay(void) {
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float m[PE_COUNT];
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prot_elm_state_t st;
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prot_set_init();
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prot_elm_init();
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(void)prot_set_set(PS_OC3_DLY, PROT_SET_Q10(0.0));
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mk_base(m);
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m[PE_OC3] = 2.1f; /* OC3 定值 2.0 */
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prot_elm_eval(5000u, m);
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prot_elm_state(PE_OC3, &st);
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CHECK((st.picked != 0u) && (st.asserted != 0u),
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"TC-PROTELEM-003 dly=0: asserted on the same beat as pickup");
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}
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static void tc_under_direction(void) {
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float m[PE_COUNT];
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prot_elm_state_t st;
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prot_set_init();
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prot_elm_init();
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(void)prot_set_set(PS_UV_DLY, PROT_SET_Q10(50.0));
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/* 默认 UV_VOL=20.0，RET_UNDER=1.05 → 返回门槛 ≈20.996 */
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mk_base(m);
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m[PE_UV] = 25.0f;
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prot_elm_eval(2000u, m);
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prot_elm_state(PE_UV, &st);
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CHECK(st.picked == 0u, "TC-PROTELEM-004 UV above set: no pickup");
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m[PE_UV] = 19.0f;
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prot_elm_eval(2001u, m);
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prot_elm_state(PE_UV, &st);
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CHECK(st.picked != 0u, "TC-PROTELEM-004 UV below set: pickup");
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prot_elm_eval(2051u, m); /* 50 ms */
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prot_elm_state(PE_UV, &st);
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CHECK(st.asserted != 0u, "TC-PROTELEM-004 UV asserted after delay");
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m[PE_UV] = 20.5f; /* 20 与 20.996 之间：保持 */
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prot_elm_eval(2100u, m);
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prot_elm_state(PE_UV, &st);
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CHECK(st.asserted != 0u, "TC-PROTELEM-004 UV holds below return threshold");
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m[PE_UV] = 21.5f; /* 高于返回门槛：释放 */
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prot_elm_eval(2200u, m);
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prot_elm_state(PE_UV, &st);
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CHECK((st.picked == 0u) && (st.asserted == 0u),
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"TC-PROTELEM-004 UV above return threshold: drops out");
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}
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static void tc_disabled(void) {
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float m[PE_COUNT];
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prot_elm_state_t st;
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prot_set_init();
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prot_elm_init();
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(void)prot_set_set(PS_OC2_EN, 0);
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mk_base(m);
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m[PE_OC2] = 999.0f;
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prot_elm_eval(3000u, m);
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prot_elm_state(PE_OC2, &st);
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CHECK((st.enabled == 0u) && (st.picked == 0u) && (st.asserted == 0u),
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"TC-PROTELEM-005 enable=0: no judgement even at 999x");
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}
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static void tc_set_lock(void) {
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float m[PE_COUNT];
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prot_elm_state_t st;
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prot_set_init();
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prot_elm_init();
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mk_base(m);
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m[PE_OC1] = 10.1f;
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(void)prot_set_set(PS_OC1_DLY, PROT_SET_Q10(0.0));
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prot_elm_eval(4000u, m);
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prot_elm_state(PE_OC1, &st);
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CHECK(st.asserted != 0u, "TC-PROTELEM-006 pre: element operates while settings valid");
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(void)prot_set_set(PS_OC1_CUR, PROT_SET_Q10(9.0)); /* 改值不封存 */
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CHECK(prot_set_selfcheck() == -1, "TC-PROTELEM-006 tamper detected by selfcheck");
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prot_elm_eval(4100u, m);
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prot_elm_state(PE_OC1, &st);
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CHECK((st.enabled == 0u) && (st.asserted == 0u),
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"TC-PROTELEM-006 settings lock resets all elements (L5-1 gating)");
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prot_set_seal();
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prot_elm_eval(4200u, m);
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prot_elm_state(PE_OC1, &st);
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CHECK((st.enabled != 0u) && (st.asserted != 0u),
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"TC-PROTELEM-006 unlock restores judgement");
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}
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static void tc_tick_wrap(void) {
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float m[PE_COUNT];
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prot_elm_state_t st;
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prot_set_init();
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prot_elm_init();
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(void)prot_set_set(PS_OC2_DLY, PROT_SET_Q10(100.0));
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mk_base(m);
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m[PE_OC2] = 5.1f; /* OC2 定值 5.0 */
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prot_elm_eval(0xFFFFFFF0u, m); /* 启动点贴近回绕 */
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prot_elm_state(PE_OC2, &st);
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CHECK(st.picked != 0u, "TC-PROTELEM-007 pickup near tick wrap");
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prot_elm_eval(0x00000010u, m); /* 回绕后 32 ms */
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prot_elm_state(PE_OC2, &st);
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CHECK(st.asserted == 0u, "TC-PROTELEM-007 not asserted at 32ms after wrap");
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prot_elm_eval(0x00000060u, m); /* 回绕后 112 ms */
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prot_elm_state(PE_OC2, &st);
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CHECK(st.asserted != 0u, "TC-PROTELEM-007 asserted at 112ms across wrap");
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}
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static void tc_active_mask(void) {
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float m[PE_COUNT];
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prot_set_init();
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prot_elm_init();
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(void)prot_set_set(PS_OC1_DLY, PROT_SET_Q10(0.0));
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(void)prot_set_set(PS_OV_DLY, PROT_SET_Q10(0.0));
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mk_base(m);
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m[PE_OC1] = 10.1f;
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m[PE_OV] = 130.0f; /* OV 定值 120 */
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prot_elm_eval(6000u, m);
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CHECK(prot_elm_active_mask() == ((1uL << PE_OC1) | (1uL << PE_OV)),
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"TC-PROTELEM-008 active mask aggregates OC1+OV only");
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}
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static void tc_guards(void) {
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prot_elm_state_t st;
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prot_set_init();
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prot_elm_init();
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prot_elm_state(PE_COUNT, &st);
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CHECK((st.enabled == 0u) && (st.picked == 0u) && (st.asserted == 0u),
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"TC-PROTELEM-009 out-of-range id -> zero state");
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prot_elm_state(PE_OC1, NULL); /* 不得崩溃 */
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CHECK(prot_elm_name(PE_COUNT) != NULL, "TC-PROTELEM-009 name out-of-range -> fallback");
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CHECK(prot_elm_name(PE_3U0) != NULL, "TC-PROTELEM-009 name valid id -> non-NULL");
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prot_elm_eval(7000u, NULL); /* NULL 测量：按 0 处理，不得崩溃 */
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CHECK(1, "TC-PROTELEM-009 eval(NULL meas) survives");
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}
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static void tc_request_reset(void) {
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float m[PE_COUNT];
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prot_elm_state_t st;
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prot_set_init();
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prot_elm_init();
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mk_base(m);
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m[PE_OC1] = 999.0f; /* OC1 默认 dly=0 → 启动同拍动作 */
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prot_elm_eval(1000u, m);
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prot_elm_state(PE_OC1, &st);
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CHECK(st.asserted != 0u, "TC-PROTELEM-010 pre: OC1 asserted (default dly=0)");
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prot_elm_request_reset(); /* 跨上下文请求：不当拍生效 */
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prot_elm_state(PE_OC1, &st);
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CHECK(st.asserted != 0u, "TC-PROTELEM-010 request alone does not reset");
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/* 下一拍头部消费请求 → 复位；测量落在滞回保持区（9.6 ∈ [返回9.5, 动作10)）
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* ——不复位则 picked/asserted 保持，复位后保持清零，可区分 */
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m[PE_OC1] = 9.6f;
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prot_elm_eval(1100u, m);
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prot_elm_state(PE_OC1, &st);
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CHECK((st.picked == 0u) && (st.asserted == 0u),
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"TC-PROTELEM-010 next eval consumes request -> cleared in hysteresis band");
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}
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/* ===================== OF/UF（L3-5，B8）===================== */
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/* TC-PROTELEM-011：过频——越限 + RET_OF 滞回 + 定时限（判据核级） */
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static void tc_of_hysteresis(void) {
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float m[PE_COUNT];
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prot_elm_state_t st;
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prot_set_init();
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prot_elm_init();
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(void)prot_set_set(PS_OF_DLY, PROT_SET_Q10(100.0));
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/* 默认 OF_HZ=51.0，RET_OF=0.99 -> 返回门槛 = 51*0.99 = 50.49 */
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mk_base(m);
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m[PE_OF] = 50.9f;
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prot_elm_eval(1000u, m);
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prot_elm_state(PE_OF, &st);
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CHECK((st.picked == 0u) && (st.enabled != 0u),
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"TC-PROTELEM-011 OF 50.9 (<51): no pickup");
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m[PE_OF] = 51.1f;
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prot_elm_eval(1001u, m);
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prot_elm_state(PE_OF, &st);
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CHECK((st.picked != 0u) && (st.asserted == 0u),
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"TC-PROTELEM-011 OF 51.1: pickup before delay");
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prot_elm_eval(1100u, m);
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prot_elm_state(PE_OF, &st);
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CHECK(st.asserted == 0u, "TC-PROTELEM-011 OF not asserted at 99ms");
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prot_elm_eval(1101u, m);
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prot_elm_state(PE_OF, &st);
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CHECK(st.asserted != 0u, "TC-PROTELEM-011 OF asserted at 100ms");
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m[PE_OF] = 50.7f; /* 50.49 与 51 之间：滞回保持 */
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prot_elm_eval(1200u, m);
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prot_elm_state(PE_OF, &st);
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CHECK((st.picked != 0u) && (st.asserted != 0u),
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||
"TC-PROTELEM-011 OF holds between return(50.49) and pickup(51)");
|
||
|
||
m[PE_OF] = 50.4f; /* 跌破返回门槛 */
|
||
prot_elm_eval(1300u, m);
|
||
prot_elm_state(PE_OF, &st);
|
||
CHECK((st.picked == 0u) && (st.asserted == 0u),
|
||
"TC-PROTELEM-011 OF below return threshold: drops out");
|
||
}
|
||
|
||
/* TC-PROTELEM-012：低频——欠量方向 + RET_UF 滞回（与 OF 系数独立，勿混 0.95/1.05） */
|
||
static void tc_uf_direction(void) {
|
||
float m[PE_COUNT];
|
||
prot_elm_state_t st;
|
||
|
||
prot_set_init();
|
||
prot_elm_init();
|
||
(void)prot_set_set(PS_UF_DLY, PROT_SET_Q10(50.0));
|
||
/* 默认 UF_HZ=49.0，RET_UF=1.01 -> 返回门槛 = 49*1.01 = 49.49 */
|
||
|
||
mk_base(m);
|
||
m[PE_UF] = 49.1f;
|
||
prot_elm_eval(2000u, m);
|
||
prot_elm_state(PE_UF, &st);
|
||
CHECK(st.picked == 0u, "TC-PROTELEM-012 UF 49.1 (>49): no pickup");
|
||
|
||
m[PE_UF] = 48.9f;
|
||
prot_elm_eval(2001u, m);
|
||
prot_elm_state(PE_UF, &st);
|
||
CHECK(st.picked != 0u, "TC-PROTELEM-012 UF 48.9 (<49): pickup");
|
||
|
||
prot_elm_eval(2051u, m);
|
||
prot_elm_state(PE_UF, &st);
|
||
CHECK(st.asserted != 0u, "TC-PROTELEM-012 UF asserted after 50ms");
|
||
|
||
m[PE_UF] = 49.3f; /* 49 与 49.49 之间：保持 */
|
||
prot_elm_eval(2100u, m);
|
||
prot_elm_state(PE_UF, &st);
|
||
CHECK(st.asserted != 0u, "TC-PROTELEM-012 UF holds below return threshold");
|
||
|
||
m[PE_UF] = 49.6f; /* 高于返回门槛：释放 */
|
||
prot_elm_eval(2200u, m);
|
||
prot_elm_state(PE_UF, &st);
|
||
CHECK((st.picked == 0u) && (st.asserted == 0u),
|
||
"TC-PROTELEM-012 UF above return threshold: drops out");
|
||
|
||
/* OF 不得被低频误启动（方向隔离）；UF 不得被过频误启动 */
|
||
m[PE_OF] = 52.0f;
|
||
m[PE_UF] = 52.0f;
|
||
prot_elm_eval(2300u, m);
|
||
prot_elm_state(PE_OF, &st);
|
||
CHECK(st.picked != 0u, "TC-PROTELEM-012 OF picks at 52 (over direction)");
|
||
prot_elm_state(PE_UF, &st);
|
||
CHECK(st.picked == 0u, "TC-PROTELEM-012 UF NOT picked at 52 (direction isolation)");
|
||
}
|
||
|
||
/* ---- run() 适配层驱动：合成波形跑真实 L2+测频链（同 freq_test 口径） ---- */
|
||
static uint32_t s_t = 0u;
|
||
|
||
static void drive_beat(double f, double amp) {
|
||
float frame[ADC_SEM_COUNT];
|
||
double v = (f == 0.0) ? 0.0 : amp * sin(2.0 * 3.14159265358979 * f * (double)s_t / 1000.0);
|
||
uint8_t c;
|
||
|
||
for (c = 0u; c < (uint8_t)ADC_SEM_COUNT; c++) {
|
||
frame[c] = (float)v;
|
||
}
|
||
(void)sample_ring_push_frame(frame, (uint8_t)ADC_SEM_COUNT);
|
||
phasor_run();
|
||
freq_run();
|
||
s_t++;
|
||
}
|
||
|
||
/* TC-PROTELEM-013：run() 级——freq 有效读数驱动 OF 动作；幅值门失效后 OF 复位
|
||
* 且相量类元件仍被评估（不整拍跳过，B5 行为不回归） */
|
||
static void tc_run_freq_wiring(void) {
|
||
prot_elm_state_t st;
|
||
uint32_t i;
|
||
|
||
s_t = 0u;
|
||
(void)phasor_init();
|
||
(void)freq_init();
|
||
prot_set_init();
|
||
prot_elm_init();
|
||
(void)prot_set_set(PS_OF_DLY, PROT_SET_Q10(0.0)); /* 启动同拍动作 */
|
||
(void)prot_set_set(PS_UV_DLY, PROT_SET_Q10(0.0)); /* 观察相量类仍评估 */
|
||
|
||
/* 52.5 Hz（> OF 51）驱动到测频收敛（20 拍启动 + 窗）+ 判据拍 */
|
||
for (i = 0u; i < 140u; i++) {
|
||
drive_beat(52.5, 1000.0);
|
||
prot_elm_run(i);
|
||
}
|
||
prot_elm_state(PE_OF, &st);
|
||
CHECK((st.picked != 0u) && (st.asserted != 0u),
|
||
"TC-PROTELEM-013 run(): OF asserted from measured 52.5 Hz");
|
||
prot_elm_state(PE_UF, &st);
|
||
CHECK(st.picked == 0u, "TC-PROTELEM-013 run(): UF clear at 52.5 Hz");
|
||
|
||
/* 波形消失（浮空）：freq 幅值门失效 -> OF 按方向填充复位；
|
||
* 同时相量 rms=0 -> UV（定值 20，dly=0）启动 = 证明未整拍跳过 */
|
||
for (i = 0u; i < 60u; i++) {
|
||
drive_beat(0.0, 0.0);
|
||
prot_elm_run(1000u + i);
|
||
}
|
||
prot_elm_state(PE_OF, &st);
|
||
CHECK((st.picked == 0u) && (st.asserted == 0u),
|
||
"TC-PROTELEM-013 run(): OF resets when freq source loses amplitude");
|
||
prot_elm_state(PE_UV, &st);
|
||
CHECK(st.picked != 0u,
|
||
"TC-PROTELEM-013 run(): UV still evaluated with zero-amplitude (no whole-beat skip)");
|
||
}
|
||
|
||
int main(void) {
|
||
printf("=== Prot Elm Tests ===\n");
|
||
tc_init_clear();
|
||
tc_over_hysteresis();
|
||
tc_zero_delay();
|
||
tc_under_direction();
|
||
tc_disabled();
|
||
tc_set_lock();
|
||
tc_tick_wrap();
|
||
tc_active_mask();
|
||
tc_guards();
|
||
tc_request_reset();
|
||
tc_of_hysteresis();
|
||
tc_uf_direction();
|
||
tc_run_freq_wiring();
|
||
|
||
printf("\n=== Prot Elm Tests: %d/%d PASSED (failed=%d) ===\n",
|
||
s_passed, s_total, s_failed);
|
||
return (s_failed == 0) ? 0 : 1;
|
||
}
|