#include #include #include #include #include #include #include #include #include #include #include #include static char *cmdline; #define CMDLINE_MAX 1024 static char config_entry_name[1024]; void load_theme_from_config(void) { char buf[16]; uint32_t colorsheme[9] = { 0x00191919, // black 0x00aa0000, // red 0x0000aa00, // green 0x00aa5500, // brown 0x000000aa, // blue 0x009076DE, // magenta 0x0000aaaa, // cyan 0x00aaaaaa, // grey 0x00ffffff, // white }; if (config_get_value(buf, 0, 16, "THEME_BLACK")) { colorsheme[0] = (int)strtoui16(buf); } if (config_get_value(buf, 0, 16, "THEME_RED")) { colorsheme[1] = (int)strtoui16(buf); } if (config_get_value(buf, 0, 16, "THEME_GREEN")) { colorsheme[2] = (int)strtoui16(buf); } if (config_get_value(buf, 0, 16, "THEME_BROWN")) { colorsheme[3] = (int)strtoui16(buf); } if (config_get_value(buf, 0, 16, "THEME_BLUE")) { colorsheme[4] = (int)strtoui16(buf); } if (config_get_value(buf, 0, 16, "THEME_MAGENTA")) { colorsheme[5] = (int)strtoui16(buf); } if (config_get_value(buf, 0, 16, "THEME_CYAN")) { colorsheme[6] = (int)strtoui16(buf); } if (config_get_value(buf, 0, 16, "THEME_GREY")) { colorsheme[7] = (int)strtoui16(buf); } if (config_get_value(buf, 0, 16, "THEME_WHITE")) { colorsheme[8] = (int)strtoui16(buf); } if (config_get_value(buf, 0, 16, "THEME_MARGIN")) { vbe_set_margin((int)strtoui(buf)); } vbe_set_colors(colorsheme); } char *menu(int boot_drive) { cmdline = conv_mem_alloc(CMDLINE_MAX); char buf[16]; // If there is no TEXTMODE config key or the value is not "on", enable graphics if (config_get_value(buf, 0, 16, "TEXTMODE") == NULL || strcmp(buf, "on")) { load_theme_from_config(); int bg_drive; if (!config_get_value(buf, 0, 16, "BACKGROUND_DRIVE")) { bg_drive = boot_drive; } else { bg_drive = (int)strtoui(buf); } int bg_part; if (!config_get_value(buf, 0, 16, "BACKGROUND_PARTITION")) { goto nobg; } else { bg_part = (int)strtoui(buf); } if (!config_get_value(cmdline, 0, CMDLINE_MAX, "BACKGROUND_PATH")) goto nobg; struct file_handle *bg_file = conv_mem_alloc(sizeof(struct file_handle)); if (fopen(bg_file, bg_drive, bg_part, cmdline)) goto nobg; struct image *bg = conv_mem_alloc(sizeof(struct image)); if (open_image(bg, bg_file)) goto nobg; term_vbe(bg); goto yesbg; nobg: term_vbe(NULL); yesbg:; } int timeout; if (!config_get_value(buf, 0, 16, "TIMEOUT")) { timeout = 5; } else { timeout = (int)strtoui(buf); } disable_cursor(); int selected_entry = 0; bool skip_timeout = false; refresh: clear(true); print("\n\n \e[36m Limine " LIMINE_VERSION " \e[37m\n\n\n"); print("Select an entry:\n\n"); int max_entries; for (max_entries = 0; ; max_entries++) { if (config_get_entry_name(config_entry_name, max_entries, 1024) == -1) break; if (max_entries == selected_entry) print(" \e[47m\e[30m %s \e[40m\e[37m\n", config_entry_name); else print(" %s\n", config_entry_name); } if (max_entries == 0) panic("Config contains no entries."); print("\n"); if (skip_timeout == false) { for (int i = timeout; i; i--) { print("\rBooting automatically in %u, press any key to stop the countdown...", i); if (pit_sleep_and_quit_on_keypress(18)) { skip_timeout = true; goto refresh; } } goto autoboot; } print("Arrows to choose, enter to select, 'e' to edit command line."); for (;;) { int c = getchar(); switch (c) { case GETCHAR_CURSOR_UP: if (--selected_entry == -1) selected_entry = max_entries - 1; goto refresh; case GETCHAR_CURSOR_DOWN: if (++selected_entry == max_entries) selected_entry = 0; goto refresh; case '\r': autoboot: config_set_entry(selected_entry); enable_cursor(); if (!config_get_value(cmdline, 0, CMDLINE_MAX, "KERNEL_CMDLINE")) { if (!config_get_value(cmdline, 0, CMDLINE_MAX, "CMDLINE")) { cmdline[0] = '\0'; } } clear(true); return cmdline; case 'e': config_set_entry(selected_entry); enable_cursor(); if (!config_get_value(cmdline, 0, CMDLINE_MAX, "KERNEL_CMDLINE")) { if (!config_get_value(cmdline, 0, CMDLINE_MAX, "CMDLINE")) { cmdline[0] = '\0'; } } print("\n\n> "); gets(cmdline, cmdline, CMDLINE_MAX); clear(true); return cmdline; } } }