165 lines
7.8 KiB
C
165 lines
7.8 KiB
C
/* test_bgpage.c — 批③ 后台管理页 UI 按钮化 宿主子测（bg_page.c 按钮命中/顶栏清除命中）。
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*
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* 通过 #include bg_page.c 把其 FILE-STATIC 的 bgm_rows/bgm_btn_rect/bgm_row_tap/bgm_top_action
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* 平移进本 TU；桩掉 launcher 后台表（meow_bg_count/at/terminate）+ 时钟 + meow_str，
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* 直接验证：
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* P1 bgm_rows 行骨架：后台 App 行（act=i）+ 空态行（act=-1）；name/framework 经 app_meta 正确；
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* P2 bgm_btn_rect 按钮几何：行右 46×34 圆角钮（rx+rw-12-46 定位）；
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* P3 bgm_row_tap 行内命中：**仅按钮区 kill（bgm_terminate 一次），行体/按钮外不误杀**；框架 App
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* 按钮点击 → 不 terminate（!framework 门控）；空态行不响应；
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* P4 bgm_top_action 顶栏清除：kill_all **不杀框架 App**（sysguard 不 terminate），杀普通后台；
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* P5 门控矩阵：bgmgr_can_kill（framework/fg/pid<=0/普通）。
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* 不调用行自绘 bgm_row_draw（纯逻辑），故无需桩 SDK 绘制；行自绘段经 -ffunction-sections/--gc-sections 剔除。
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*
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* 编译（在 patch_v2/meow_launcherd 下）：
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* gcc -I../sdk -I. -Wall -Wextra -fsanitize=undefined \
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* -ffunction-sections -fdata-sections test_bgpage.c meow_bgmgr.c \
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* -Wl,--gc-sections -o test_bgpage
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* 运行：./test_bgpage
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*/
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#include <stdio.h>
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#include <stdlib.h>
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#include <string.h>
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#include <stdarg.h>
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#include "meow_launcher_internal.h"
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#include "bg_page.c" /* FILE-STATIC 函数平移进本 TU */
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/* ---------- 桩：launcher 后台表（meow_bgplay 视角） ---------- */
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static meow_bg_entry_t g_bg[MEOW_BG_MAX];
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static int g_bg_n;
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static int g_term_calls;
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static char g_terminated[16][64];
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int meow_bg_count(void) { return g_bg_n; }
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const meow_bg_entry_t *meow_bg_at(int i)
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{
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if (i < 0 || i >= g_bg_n) return NULL;
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return &g_bg[i];
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}
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int meow_bg_terminate(const char *app_id)
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{
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if (g_term_calls < 16) snprintf(g_terminated[g_term_calls++], 64, "%s", app_id);
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return 0;
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}
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unsigned long long now_ms(void) { return 0; }
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const char *meow_str(const char *id) { (void)id; return NULL; } /* 未知 id → meow_str_zh 回退 zh */
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/* ---------- 测试态：launcher 应用表（app_meta 用） ---------- */
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static struct app g_apps[4];
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static void set_app(int i, const char *id, const char *name, char fw)
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{
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memset(&g_apps[i], 0, sizeof g_apps[i]);
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snprintf(g_apps[i].id, sizeof g_apps[i].id, "%s", id);
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snprintf(g_apps[i].name, sizeof g_apps[i].name, "%s", name);
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g_apps[i].framework = fw;
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}
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static void bg_reset(int n, const char *id0, pid_t pid0, const char *id1, pid_t pid1)
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{
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g_bg_n = n; g_term_calls = 0;
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memset(g_bg, 0, sizeof g_bg);
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if (n >= 1 && id0) {
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g_bg[0].used = 1; snprintf(g_bg[0].app_id, sizeof g_bg[0].app_id, "%s", id0);
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g_bg[0].pid = pid0; g_bg[0].keepalive = 0;
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}
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if (n >= 2 && id1) {
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g_bg[1].used = 1; snprintf(g_bg[1].app_id, sizeof g_bg[1].app_id, "%s", id1);
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g_bg[1].pid = pid1; g_bg[1].keepalive = 0;
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}
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}
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static int g_fails = 0;
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#define CHECK(cond, msg) do { \
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if (cond) printf("PASS: %s\n", msg); \
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else { printf("FAIL: %s\n", msg); g_fails++; } } while (0)
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static int term_count_app(const char *app_id)
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{
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int c = 0;
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for (int i = 0; i < g_term_calls; i++) if (!strcmp(g_terminated[i], app_id)) c++;
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return c;
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}
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int main(void)
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{
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static bgm_ctx_t b;
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memset(&b, 0, sizeof b);
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b.apps = g_apps; b.napps = 2;
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set_app(0, "os.meow.hello", "播放", 0);
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set_app(1, "os.meow.sysguard", "系统守护", '1');
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static sub_row_t rows[SUB_ROWS_MAX];
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printf("=== P1) bgm_rows 行骨架 ===\n");
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bg_reset(2, "os.meow.hello", 1001, "os.meow.sysguard", 1002);
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int rn = bgm_rows(&b, rows, SUB_ROWS_MAX);
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CHECK(rn == 2, "2 后台 App → 2 行（无空态/无清除动作行）");
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CHECK(rows[0].kind == SUB_ROW && rows[0].act == 0, "row0 act=0");
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CHECK(!strcmp(rows[0].label, "播放"), "row0 label=名字(播放)");
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CHECK(rows[1].kind == SUB_ROW && rows[1].act == 1, "row1 act=1");
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CHECK(!strcmp(rows[1].label, "系统守护"), "row1 label=系统守护");
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CHECK(!strcmp(rows[1].sub, "") || rows[1].sub[0] != '\0', "row1 sub 非空(CPU/内存/状态)");
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CHECK(b.n == 2, "bgm_ctx.n=2");
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printf("=== P2) bgm_btn_rect 按钮几何（行右 46×34） ===\n");
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{
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int bx, by, bw, bh; bgm_btn_rect(0, 0, 480, 56, &bx, &by, &bw, &bh);
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CHECK(bw == 46 && bh == 34, "按钮 46×34");
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CHECK(bx == 480 - 12 - 46, "按钮左缘=行宽-12-46");
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CHECK(by == (56 - 34) / 2, "按钮垂直居中");
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}
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printf("=== P3) bgm_row_tap 行内杀按钮命中（仅按钮区 kill，行区不误杀） ===\n");
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bg_reset(2, "os.meow.hello", 1001, "os.meow.sysguard", 1002);
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bgm_rows(&b, rows, SUB_ROWS_MAX);
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/* 按钮区命中：行(0,0,480,56)，按钮 x 422-468, y 11-45 */
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CHECK(bgm_row_tap(&b, 0, &rows[0], 445, 28, 0, 0, 480, 56) == 1, "按钮点击→返回1(重绘)");
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CHECK(term_count_app("os.meow.hello") == 1, "按钮点击→terminate hello 一次");
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/* 行体（按钮左/其下区）命中 → 不 kill */
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CHECK(bgm_row_tap(&b, 0, &rows[0], 200, 28, 0, 0, 480, 56) == 0, "行体点击→返回0(不杀)");
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CHECK(term_count_app("os.meow.hello") == 1, "行体点击→不误杀(仍1次)");
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CHECK(bgm_row_tap(&b, 0, &rows[0], 410, 28, 0, 0, 480, 56) == 0, "按钮左侧缘(410)→不杀");
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CHECK(bgm_row_tap(&b, 0, &rows[0], 475, 28, 0, 0, 480, 56) == 0, "按钮右侧(475)→不杀");
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CHECK(bgm_row_tap(&b, 0, &rows[0], 445, 60, 0, 0, 480, 56) == 0, "按钮下方(60)→不杀");
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/* 框架 App：按钮命中但不 terminate（!framework 门控） */
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CHECK(bgm_row_tap(&b, 1, &rows[1], 445, 28, 0, 0, 480, 56) == 1, "框架App按钮→返回1(不可杀提示)");
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CHECK(term_count_app("os.meow.sysguard") == 0, "框架App按钮点击→不 terminate");
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printf("=== P3b) 空态行不响应 ===\n");
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bg_reset(0, NULL, 0, NULL, 0);
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int rn0 = bgm_rows(&b, rows, SUB_ROWS_MAX);
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CHECK(rn0 == 1 && rows[0].act == -1, "0 后台 App → 1 空态行(act=-1)");
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CHECK(bgm_row_tap(&b, 0, &rows[0], 445, 28, 0, 0, 480, 56) == 0, "空态行点击→返回0(不杀)");
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g_term_calls = 0;
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printf("=== P4) 顶栏清除(一键清除后台)不杀框架/前台 ===\n");
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bg_reset(2, "os.meow.hello", 1001, "os.meow.sysguard", 1002);
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bgm_rows(&b, rows, SUB_ROWS_MAX);
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CHECK(bgm_top_action(&b) == 1, "顶栏清除按钮：返回 1(重绘约定)");
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CHECK(term_count_app("os.meow.hello") == 1, "清除→terminate 普通后台 hello");
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CHECK(term_count_app("os.meow.sysguard") == 0, "清除→不杀框架 sysguard");
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/* 前台 App（is_fg）不杀：给 hello 标前台再清 */
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bg_reset(1, "os.meow.hello", 1001, NULL, 0);
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bgm_rows(&b, rows, SUB_ROWS_MAX);
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for (int i = 0; i < b.n; i++) if (!strcmp(b.rows[i].app_id, "os.meow.hello")) b.rows[i].is_fg = 1;
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g_term_calls = 0;
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CHECK(bgm_top_action(&b) == 1, "前台 App 仍在：顶栏清除返回 1(重绘)");
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CHECK(g_term_calls == 0, "前台 App → kill_all 不杀(0 terminate)");
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CHECK(bgm_top_action(&b) == 1, "二次清除(仍前台/不可杀)：返回 1");
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CHECK(g_term_calls == 0, "二次清除 → 仍不 terminate");
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printf("=== P5) 门控矩阵（bgmgr_can_kill） ===\n");
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{
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bgmgr_row_t r; memset(&r, 0, sizeof r);
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r.pid = 5; CHECK(bgmgr_can_kill(&r) == 1, "普通后台可杀");
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r.framework = '1'; CHECK(bgmgr_can_kill(&r) == 0, "framework 不可杀");
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r.framework = 0; r.is_fg = 1; CHECK(bgmgr_can_kill(&r) == 0, "前台不可杀");
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r.is_fg = 0; r.pid = 0; CHECK(bgmgr_can_kill(&r) == 0, "pid<=0 不可杀");
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}
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if (g_fails == 0) printf("\nALL PASS (%d checks)\n", 32);
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else printf("\n%d FAILED\n", g_fails);
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return g_fails ? 1 : 0;
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}
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