自动测试移植

平台mtk6739o1 1.工厂模式下的权限配置和禁用串口 device/mediatek/mt6739/factory_init.rc chown system system dev/ttyGS0 chmod 0777 dev/ttyGS0 chmod 0666 dev/kmsg chown system system /dev/ttyMT0 chmod 0777 /dev/ttyMT0 chown system system dev/ttyGS0 chmod 0777 dev/ttyGS0 exec /system/bin/setenforce 0 stop console write /proc/sys/kernel/printk "0 4 0 7" on property:ro.debuggable=3 2.工厂模式支持宏自动测试 vendor/mediatek/proprietary/bootable/bootloader/preloader/Android.mk ifeq ($(strip $(CONFIG_TOP_FACTORY)), yes) PRELOADER_MAKE_OPTION = CONFIG_TOP_FACTORY=y endif vendor/mediatek/proprietary/bootable/bootloader/lk/ Android.mk LK_MAKE_OPTION = CONFIG_TOP_FACTORY=$(CONFIG_TOP_FACTORY) LK_MAKE_OPTION = CONFIG_BSP_TW_HWINFO=$(CONFIG_BSP_TW_HWINFO) 更改所有TOP_FACTORY宏 vendor/mediatek/proprietary/bootable/bootloader/lk/app/mt_boot/mt_boot.c vendor/mediatek/proprietary/bootable/bootloader/lk/dev/lcm/lcm_common_topwise/lcm_common_topwise.c vendor/mediatek/proprietary/bootable/bootloader/lk/platform/mt6739/boot_mode.c vendor/mediatek/proprietary/bootable/bootloader/lk/platform/mt6739/platform.c vendor/mediatek/proprietary/bootable/bootloader/lk/platform/mt6739/rules.mk ifeq ($(strip $(CONFIG_TOP_FACTORY)),yes) DEFINES = CONFIG_TOP_FACTORY endif kernel-4.4 /Android.mk ifeq ($(wildcard $(TARGET_PREBUILT_KERNEL)),) $(info kernel CONFIG_TOP_FACTORY=$(CONFIG_TOP_FACTORY)) KERNEL_MAKE_OPTION = CONFIG_TOP_FACTORY=$(CONFIG_TOP_FACTORY) kernel-4.4/Kconfig config TOP_FACTORY bool "topwise modify support" default n help topwise custome macro kernel-4.4/Makefile ifeq ($(CONFIG_TOP_FACTORY),yes) KBUILD_CFLAGS = -DCONFIG_TOP_FACTORY endif 3.阅读加工厂模式proc_tpwmemshow的SELinux权限 device/mediatek/sepolicy/basic/non_plat/factory.te allow factory proc_tpwmemshow:file {open read write}; //allow factory sysfs_power_supply:dir search; //allow factory sysfs_power_supply:file rw_file_perms; //allow factory preloader_block_device:blk_file rw_file_perms; //allow factory tmpfs:lnk_file read; 4.工厂模式自动测试TP kernel-4.4/drivers/input/touchscreen/mediatek/mstar_drv/ilitek_drv_main.c #ifdef CONFIG_TOP_FACTORY #define GPIO_OUT_ZERO 0 #define GPIO_OUT_ONE 1 #endif #ifdef CONFIG_TOP_FACTORY //xieqinghua add for autodiag begin { void e2prom_probe(struct i2c_client *client); e2prom_probe(pClient); } //xieqinghua add for autodiag end #endif #ifdef CONFIG_TOP_FACTORY //xieqinghua add for autodiag begin static const struct file_operations virtualtp_proc_fops = { .read = NULL, .write = NULL, }; void e2prom_probe(struct i2c_client *client) { extern char *saved_command_line; printk("CMDLINE:%s\n",saved_command_line); if(strstr(saved_command_line,"autodiag_enable=1")) { union i2c_smbus_data dummy; printk("AT24C32D:GTP_INT_PORT=%d,GTP_RST_PORT=%d\n",GTP_INT_PORT,GTP_RST_PORT); // mt_set_gpio_dir(GTP_RST_PORT, GPIO_DIR_OUT); // mt_set_gpio_dir(GTP_INT_PORT, GPIO_DIR_OUT); //gpio_set_value(ts_gpio_irq_pin, 0); //gpio_set_value(ts_gpio_wakeup_pin, 0); tpd_gpio_output(GTP_INT_PORT, GPIO_OUT_ZERO); &nbp;       tpd_gpio_output(GTP_RST_PORT, GPIO_OUT_ZERO);         mdelay(10);         if(0>i2c_smbus_xfer(client->adapter, 0x50, 0, I2C_SMBUS_READ, 0,I2C_SMBUS_BYTE, &dummy))goto AT24C32D_DECT_END;         printk("AT24C32D:0x50!\n");         //gpio_set_value(ts_gpio_irq_pin, 1);         //gpio_set_value(ts_gpio_wakeup_pin, 0);         tpd_gpio_output(GTP_INT_PORT, GPIO_OUT_ONE);         tpd_gpio_output(GTP_RST_PORT, GPIO_OUT_ZERO);         mdelay(10);         if(0>i2c_smbus_xfer(client->adapter, 0x51, 0, I2C_SMBUS_READ, 0,I2C_SMBUS_BYTE, &dummy))goto AT24C32D_DECT_END;         printk("AT24C32D:0x51!\n");         //gpio_set_value(ts_gpio_irq_pin, 0);         //gpio_set_value(ts_gpio_wakeup_pin, 1);         tpd_gpio_output(GTP_INT_PORT, GPIO_OUT_ZERO);         tpd_gpio_output(GTP_RST_PORT, GPIO_OUT_ONE);         mdelay(10);         if(0>i2c_smbus_xfer(client->adapter, 0x52, 0, I2C_SMBUS_READ, 0,I2C_SMBUS_BYTE, &dummy))goto AT24C32D_DECT_END;         printk("AT24C32D:0x52!\n");         //gpio_set_value(ts_gpio_irq_pin, 1);         //gpio_set_value(ts_gpio_wakeup_pin, 1);         tpd_gpio_output(GTP_INT_PORT, GPIO_OUT_ONE);         tpd_gpio_output(GTP_RST_PORT, GPIO_OUT_ONE);         mdelay(10);         if(0>i2c_smbus_xfer(client->adapter, 0x53, 0, I2C_SMBUS_READ, 0,I2C_SMBUS_BYTE, &dummy))goto AT24C32D_DECT_END;         printk("AT24C32D:0x53!\n");                 proc_create("virtual_tp",0,NULL,&virtualtp_proc_fops);         AT24C32D_DECT_END:                 printk("AT24C32D:end!\n");                 //gpio_direction_input(ts_gpio_irq_pin);         //              mt_set_gpio_dir(GTP_INT_PORT, GPIO_DIR_OUT);         } } //xieqinghua add for autodiag begin #endif                                                                                                                           5.支持工厂模式自动测试读取ddr大小 kernel-4.4/fs/proc/meminfo.c #ifdef CONFIG_TOP_FACTORY static int mem_ddr_info_proc_show(struct seq_file *m, void *v) {         struct sysinfo i;     unsigned long current_total_ram; #define K(x) ((x) << (PAGE_SHIFT - 10))         si_meminfo(&i);         si_swapinfo(&i);         current_total_ram = K(i.totalram); #if 1     current_total_ram = current_total_ram / 1024;       // to M     current_total_ram = (current_total_ram + 512) / 512;    // to G/2     current_total_ram = current_total_ram * 4;    // to Gb. #else         current_total_ram = current_total_ram / 1024 * 4;       // to 2Mb         current_total_ram = (current_total_ram + 200 + 512) / 1024;    // to 2Gb         current_total_ram = current_total_ram * 2;    // to Gb. #endif //      seq_printf(m, "%8lu.\n",  current_total_ram);         seq_printf(m,                 "MemTotal:       %8lu Gb\n",                 current_total_ram     );         return 0; } static int mem_ddr_info_proc_open(struct inode *inode, struct file *file) {         return single_open(file, mem_ddr_info_proc_show, NULL); } static const struct file_operations proc_mem_ddr_info_opts = {         .owner          = THIS_MODULE,         .open           = mem_ddr_info_proc_open,         .read           = seq_read,         .llseek         = seq_lseek,         .release        = single_release, }; #endif static int __init proc_meminfo_init(void) #ifdef CONFIG_TOP_FACTORY         proc_create("tpwmemshow", 0644, NULL, &proc_mem_ddr_info_opts);//add topwise. #endif 6.合入代码 vendor/mediatek/proprietary/custom/k39tv1_bsp/factory/factory.chn.ini vendor/mediatek/proprietary/custom/k39tv1_bsp/factory/inc/cust.h #define FEATURE_FTM_THERMAL  vendor/mediatek/proprietary/custom/k39tv1_bsp/factory/inc/cust_keys.h #define KEYS_NUM_COLS 2 #define DEFINE_KEYS_KEYMAP(x) \ struct key x[] = { \ KEYS_PWRKEY_MAP, \ { KEY_MENU,       "Menu" }, \ { KEY_HOME,       "Home" }, \ { KEY_BACK,       "Back" }, \ { KEY_UP,         "Up" }, \ { KEY_DOWN,       "Down" }, \ { KEY_VOLUMEUP,   "VLUp" }, \ { KEY_VOLUMEDOWN, "VLDown" }, \ #define CUST_KEY_UP KEY_UP #define CUST_KEY_VOLUP KEY_BACK #define CUST_KEY_DOWN KEY_DOWN #define CUST_KEY_VOLDOWN                KEY_VOLUMEDOWN #define CUST_KEY_LEFT KEY_MENU #define CUST_KEY_CENTER KEY_HOME #define CUST_KEY_RIGHT KEY_BACK #define CUST_KEY_CONFIRM                KEY_POWER #define CUST_KEY_BACK KEY_VOLUMEUP 7.工厂模式自动测试听筒喇叭音源文件copy device/mediatek/mt6739/device.mk PRODUCT_COPY_FILES += vendor/mediatek/proprietary/factory/res/sound/xie.wav:$(TARGET_COPY_OUT_VENDOR)/res/sound/xie.wav 8.合入主要代码 8.1 vendor/mediatek/proprietary/factory/Android.mk CORE_SRC_FILES := \ src/diag.cpp \ TEST_SRC_FILES := \ src/test/ftm_thermal.cpp \ LOCAL_C_INCLUDES += \    $(MTK_ROOT)/external/AudioComponentEngine \ hardware/libhardware/include/hardware \ 8.2 vendor/mediatek/proprietary/factory/inc/common.h #define USE_FACTORY_EX   #define TAG_FACTORY_EX "[FACTORY_EX] " enum { #ifdef MTK_SUBALS     ITEM_SUBALS, #endif #ifdef USE_FACTORY_EX     ITEM_AUTOTEST_REPORT,  #endif      ITEM_THERMAL,       ITEM_FINGER, } 8.3 vendor/mediatek/proprietary/factory/inc/events.h void del_event_ex(); void clear_event_ex(); struct input_event get_event_ex(); 8.4 vendor/mediatek/proprietary/factory/inc/ftm.h #define NO_PREFIX_LOG (-1) #define FATAL_LOG 0 #define ERROR_LOG 1 #define WARNING_LOG 2 #define INFO_LOG 3 #define DEBUG_LOG 4 #define VERBOSE_LOG 5 #define FTM_MODULE_LOG_LEN 1024 enum {     FTM_TEST_ERROR = -1,   ...      FTM_TEST_BACK,         ... }; typedef struct { char log[FTM_MODULE_LOG_LEN+1]; ... } ftm_ata_wifi; #ifdef USE_FACTORY_EX typedef struct { int read_count; char barcode[128]; char s_version[256];  //for diag version }ftm_diag; #endif typedef struct{ #ifdef USE_FACTORY_EX     ftm_diag diag_version; #endif } sp_ata_data; struct ftm_module {   int           id; bool          visible; void         *priv; ftm_entry_fn  entry; int           test_result; bool b_get_result;        time_t testtime; long timeout; struct touch_area t_input ; struct touch_area t_ref_pass; struct touch_area t_ref_fail; bool is_auto_test; char log[FTM_MODULE_LOG_LEN]; struct timeval tvstart;  struct timeval tvend; pthread_t auto_test_thd; bool is_support_run_in_background; bool is_need_diag; int mutex_type; int (*fun_set_gid)(int); int (*fun_theradCount)(int id, bool add); int (*fun_time_elapsed_ms)(struct ftm_module * mod); }; #ifdef USE_FACTORY_EX extern item_t *  get_item(int id); extern int time_elapsed_ms(struct ftm_module * mod); extern bool get_is_support_run_in_background(int id); extern bool get_is_need_diag(int id); extern int get_items_mutex_type(int id); extern int ftm_view_controller_get_theradCount(); extern int ftm_view_controller_theradCount(int id, bool add); extern int ftm_view_controller_add_theradCount(int id); extern int ftm_view_controller_reduce_theradCount(int id); #endif 8.5 vendor/mediatek/proprietary/factory/inc/miniui.h #ifdef USE_FACTORY_EX #define WIEW_DEBUG 0 #define UNKNOWN_ID (-100) #define MANUAL_TEST_ENTER (-2) #define MANUAL_TEST_EXIT (-1) extern int view_controller_set_gid(int id); extern int view_controller_get_gid(); #define IF_I_CANNOT_REDRAW_THAN_RETURN(view) \ do{ \   if(!view){ \    LOGE(TAG_FACTORY_EX"%s view is NULL\n", __FUNCTION__); \    break; \   } \   if(!view->get_gid){ \      LOGE(TAG_FACTORY_EX"%s view->get_gid is NULL\n", __FUNCTION__); \    break; \   } \   if(!view->set_gid){ \      LOGE(TAG_FACTORY_EX"%s view->set_gid is NULL\n", __FUNCTION__); \    break; \   } \   if(view->m_id != UNKNOWN_ID){ \    if(view->get_gid() == MANUAL_TEST_EXIT){ \ LOGD(TAG_FACTORY_EX"%s set_gid id=%d gid=%d\n", __FUNCTION__, view->m_id, view->get_gid()); \ view->set_gid(view->m_id); \    } \    if( (view->get_gid() != view->m_id) && (view->m_is_support_run_in_background || view->m_is_need_diag)){ \ if(WIEW_DEBUG){ \        LOGD(TAG_FACTORY_EX"%s id=%02d gid=%02d background=%s need diag=%s do not redraw!\n", \              __FUNCTION__, view->m_id, view->get_gid(), \              view->m_is_support_run_in_background?"true":"false",\              view->m_is_need_diag?"true":"false"); \ }\ return 0; \    } \   } else { \           LOGW(TAG_FACTORY_EX"%s m_id=%d\n", __FUNCTION__, view->m_id); \   } \  }while(0); \ /** do use this MACRO after  call ui_init_textview/ui_init_itemview/ui_init_imageview/ui_init_paintview/ui_new_itemview */ #define SET_REDRAW_CONFIG(view, priv) \ do{ \ if(!view){ \ LOGE(TAG_FACTORY_EX"%s SET_REDRAW_CONFIG view is NULL\n", __FUNCTION__); \ break; \ } \ if(!(view)->set_redraw_config){ \ LOGE(TAG_FACTORY_EX"%s SET_REDRAW_CONFIG view->set_redraw_config is NULL \ please do it after ui_init_textview/ui_init_itemview/ui_init_imageview/ui_init_paintview/ui_new_itemview\n", __FUNCTION__); \                      break; \ } \ if(!priv){ \ LOGE(TAG_FACTORY_EX"%s SET_REDRAW_CONFIG priv is NULL\n", __FUNCTION__); \ break; \ } \   if (!(priv)->mod){ \ LOGE(TAG_FACTORY_EX"%s SET_REDRAW_CONFIG mod is NULL\n", __FUNCTION__); \ break; \ } \ (view)->set_redraw_config((view), (priv)->mod->id, (priv)->mod->is_support_run_in_background, (priv)->mod->is_need_diag);  \ LOGD(TAG_FACTORY_EX"%s SET_REDRAW_CONFIG id=%d background=%s need diag=%s mutex_type=%d\n",  \         __FUNCTION__, (priv)->mod->id, \         (priv)->mod->is_support_run_in_background ? "true":"false",  \         (priv)->mod->is_need_diag ? "true":"false", \         (priv)->mod->mutex_type); \        }while(0); \ typedef enum { MUTEX_TYPE_MODEN = 0, MUTEX_TYPE_AUDIO, MUTEX_TYPE_CAMERA, MUTEX_TYPE_USB, MUTEX_TYPE_BT_WIFI, MUTEX_TYPE_NO_MUTEX }MUTEX_TYPE; #define item(i, n) { .id = (i), .name = (n) , .background =0 ,.mode =0, .color =0 , .is_support_run_in_background=0, .mutex_type=MUTEX_TYPE_NO_MUTEX, .is_need_diag=0}    #define item_m(i, n, m) { .id = (i), .name = (n) , .background =0 ,.mode =0, .color =0, .is_support_run_in_background=0, .mutex_type=m, .is_need_diag=0}  #define item_need_diag(i, n) { .id = (i), .name = (n) , .background =0 ,.mode =0, .color =0 , .is_support_run_in_background=0, .mutex_type=MUTEX_TYPE_NO_MUTEX, .is_need_diag=1}    #define item_m_need_diag(i, n, m) { .id = (i), .name = (n) , .background =0 ,.mode =0, .color =0, .is_support_run_in_background=0, .mutex_type=m, .is_need_diag=1}  #define item_b(i, n) { .id = (i), .name = (n) , .background =0 ,.mode =0, .color =0, .is_support_run_in_background=1, .mutex_type=MUTEX_TYPE_NO_MUTEX, .is_need_diag=0}  #define item_b_m(i, n, m) { .id = (i), .name = (n) , .background =0 ,.mode =0, .color =0, .is_support_run_in_background=1, .mutex_type=m, .is_need_diag=0}  #define item_b_need_diag(i, n) { .id = (i), .name = (n) , .background =0 ,.mode =0, .color =0, .is_support_run_in_background=1, .mutex_type=MUTEX_TYPE_NO_MUTEX, .is_need_diag=1}  #define item_b_m_need_diag(i, n, m) { .id = (i), .name = (n) , .background =0 ,.mode =0, .color =0, .is_support_run_in_background=1, .mutex_type=m, .is_need_diag=1} #else #define item(i, n) { .id = (i), .name = (n) , .background =0 ,.mode =0 , .color =0} #endif struct touch_area{ int x; int x_end; int y; int y_end; }; extern struct touch_area ftm_get_touch_area(  ); extern int ftm_get_touch_menu_select(); extern int ftm_match_touch(struct touch_area a_input, const struct touch_area a_reference); // 0:match -1: not match extern int ftm_match_touch_pass();// 0:match -1: not match extern int ftm_match_touch_back();// 0:match -1: not match extern int ftm_match_touch_fail();// 0:match -1: not match extern int ftm_match_touch_result();// FTM_TEST_UNKNOWN / FTM_TEST_PASS / FTM_TEST_FAIL typedef struct {     int         id;     const char *name;     color_t     background; int mode;     color_t     color; #ifdef USE_FACTORY_EX     bool is_support_run_in_background;     //get_items_mutex_type(id);会更安全点     //请尽量使用mod->mutex_type,这里的mutex_type有可能并没有设置     //目前只在ftm_test_items有设置mutex_type     MUTEX_TYPE mutex_type;     bool is_need_diag; #endif } item_t; struct itemview {     char menu[MAX_ROWS][MAX_COLS*2];     char text[MAX_ROWS][MAX_COLS*2];     int  text_col;     int  text_row;     int  text_top;     int  menu_top;     int  menu_from;     int  menu_items;     int  menu_sel;     int  m_redraw;     text_t *m_title;     item_t *m_items;     text_t *m_text;     item_t *m_left_btn;     item_t *m_right_btn;     item_t *m_center_btn; #ifdef USE_FACTORY_EX     int    m_id; // whitch TESTITEM id i belong to     int m_is_support_run_in_background;     int m_is_need_diag;     int (*get_gid)();     int (*set_gid)(int);     int (*set_redraw_config)(struct itemview *iv, int item_id, bool background, bool diag); #endif     int m_selected;     int page_index;     int round_flag;     int (*set_title)(struct itemview *iv, text_t *title);      int (*set_text)(struct itemview *iv, text_t *text);     int (*set_items)(struct itemview *iv, item_t *items, int selected);     int (*set_btn)(struct itemview *tv, item_t *left, item_t *center, item_t *right);     int (*run)(struct itemview *iv, bool *exit);     int (*redraw)(struct itemview *iv);     int (*exit)(struct itemview *iv);     void (*start_menu)(struct itemview *iv, int item_sel); }; struct textview {     int  m_redraw;     int  m_exit;     void *m_priv;     char **m_pstr;     khandler m_khandler;     text_t *m_title;     text_t *m_text;     text_t *m_left_btn;     text_t *m_right_btn;     text_t *m_center_btn;     ctext_t *m_ctexts;     int  m_nr_ctexts;     int  m_nr_lines;     int  m_start;     int  m_end; #ifdef USE_FACTORY_EX     int    m_id;     bool m_is_support_run_in_background;     bool m_is_need_diag;     int (*get_gid)();     int (*set_gid)(int);     int (*set_redraw_config)(struct textview *tv, int item_id, bool background, bool diag); #endif     int (*set_title)(struct textview *tv, text_t *title);     int (*set_text)(struct textview *tv, text_t *text);     int (*set_ctext)(struct textview *tv, ctext_t *ctexts, int nr_ctext);     int (*set_btn)(struct textview *tv, text_t *left, text_t *center, text_t *right);     int (*run)(struct textview *tv);     int (*redraw)(struct textview *tv);     int (*exit)(struct textview *tv); }; struct imageview {     int m_redraw;     int  m_exit;     void *m_priv;     khandler m_khandler;     image_t m_image;     color_t m_background;     text_t *m_title;     text_t *m_left_btn;     text_t *m_right_btn;     text_t *m_center_btn; #ifdef USE_FACTORY_EX     int    m_id;     bool m_is_support_run_in_background;     bool m_is_need_diag;     int (*get_gid)();     int (*set_gid)(int);     int (*set_redraw_config)(struct imageview *iv, int item_id, bool background, bool diag); #endif     int (*set_title)(struct imageview *imv, text_t *title);     int (*set_image)(struct imageview *imv, char *filename, int x, int y);     int (*set_background)(struct imageview *imv, color_t background);     int (*set_btn)(struct imageview *imv, text_t *left, text_t *center, text_t *right);     int (*redraw)(struct imageview *imv);     int (*run)(struct imageview *imv);     int (*exit)(struct imageview *imv); }; struct paintview {     int        m_redraw;     int        m_exit;     void        *m_priv;     text_t      *m_title;         khandler    m_khandler;          text_t      *m_left_btn;     text_t      *m_right_btn;     text_t      *m_center_btn;     point_t     *m_points;     line_t      *m_lines;     circle_t    *m_circles;     int         m_nr_points;         int         m_nr_lines;     int         m_nr_circles;     image_t *m_img;  #ifdef USE_FACTORY_EX     int    m_id;     bool m_is_support_run_in_background;     bool m_is_need_diag;     int (*get_gid)();     int (*set_gid)(int);     int (*set_redraw_config)(struct paintview *pv, int item_id, bool background, bool diag); #endif     int (*set_title)(struct paintview *pv, text_t *title);     int (*set_btn)(struct paintview *pv, text_t *left, text_t *center, text_t *right);     int (*set_point)(struct paintview *pv, point_t *my_point, int nr_points);     int (*set_line)(struct paintview *pv, line_t *my_line, int nr_lines);     int (*set_circle)(struct paintview *pv, circle_t *my_circle, int nr_circles);         int (*set_img) (struct paintview *pv, image_t *my_img);     int (*run)(struct paintview *pv);     int (*redraw)(struct paintview *pv);     int (*drawpoint)(struct paintview *pv);     int (*drawline)(struct paintview *pv);     int (*drawcircle)(struct paintview *pv);             int (*drawimg)(struct paintview *pv);     int (*flip)(void);     int (*exit)(struct paintview *pv); }; extern int ui_wait_all_key(); // for ui #ifdef USE_FACTORY_EX extern int set_redraw_config_textview(struct textview *tv, int item_id, bool background, bool diag); extern int set_redraw_config_itemview(struct itemview *iv, int item_id, bool background, bool diag); extern int set_redraw_config_imageview(struct imageview *iv, int item_id, bool background, bool diag); extern int set_redraw_config_paintview(struct paintview *pv, int item_id, bool background, bool diag); #endif 8.6 vendor/mediatek/proprietary/factory/inc/uistrings_chn.h #define uistr_autotest_report "测试报告(自动测试)" #define uistr_test_report_diag "测试报告(主控盒)" #define uistr_ps_far            "距离传感器远离" #define uistr_ps_far_tips       "请远离距离传感器" #define uistr_ps_near           "距离传感器接近" #define uistr_ps_near_tips      "请遮挡距离传感器" #define uistr_info_audio_loopback_phone_submic_speaker "手机副麦克扬声器回路" #define uistr_info_audio_loopback_phone_submic_receiver               "副麦听筒回路" #define uistr_info_cd_gpio_status "热插拔中断脚检测" #define uistr_info_cd_gpio_unset "项目支持热插拔但是驱动未配置支持热插拔" #define uistr_info_cd_gpio_unsupport "不支持热插拔" #define uistr_info_wifi_rssi_fail   "指定的热点信号强度不足" #define uistr_info_otg_status_host "主机（已经连接OTG）" #define uistr_info_otg_total_size  "容量:" #define uistr_info_otg_pass "OTG存储设备已连接，测试通过" #define uistr_info_otg_waitting "OTG等待设备连接" #define uistr_info_otg_no_storage "OTG线已连接，未插U盘" #define uistr_info_g_sensor_tips                                              "测试时请水平放置,如果测试不通过请尝试加速度传感器校准" #define uistr_info_back                     "返回" #define uistr_info_retry                    "重试" #define uistr_fingerprint_test "指纹" #define uistr_fingerprint "指纹测试" /*Thermal Sensors*/ #define uistr_info_thermal "温度传感器" 8.7 vendor/mediatek/proprietary/factory/inc/uistrings_eng.h #define uistr_autotest_report         "Test Report(Autotest)" #define uistr_test_report_diag        "Test Report(diag)" #define uistr_info_audio_loopback_phone_submic_speaker                "Loopback-PhoneSubMic_SpeakerLR"  #define uistr_info_audio_loopback_phone_submic_receiver               "Loopback-PhoneSubMic_ReceiverLR" #define uistr_ps                "PS" #define uistr_ps_far            "PS FAR" #define uistr_ps_far_tips       "Please move away" #define uistr_ps_near           "PS NEAR" #define uistr_ps_near_tips      "Please close to ps" #define uistr_info_cd_gpio_status "Card detection" #define uistr_info_cd_gpio_unset "project support memory card hotplug, but driver have not set hotplug support!" #define uistr_info_cd_gpio_unsupport "Unsupport hotplug" #define uistr_info_wifi_rssi_fail   "Signal shortage" #define uistr_info_otg_total_size  "Total Size:" #define uistr_info_otg_pass "OTG devices plugged in PASS" #define uistr_info_otg_waitting "OTG Waitting" #define uistr_info_otg_no_storage "OTG cable plugged in, but no storage" #define uistr_info_g_sensor_tips                                              "Horizontal placement when testing, if failed try G-Sensor cali." #define uistr_info_back                    "Back" #define uistr_info_retry                    "Retry" #define uistr_fingerprint_test "Fingerprint" #define uistr_fingerprint "Fingerprint test" /*Thermal Sensors*/ #define uistr_info_thermal "Thermal Sensors" 8.8 vendor/mediatek/proprietary/factory/inc/utils.h #define BUFSZ           4096  int readFile(const char * path, char * outString, int outStringLen);  bool is_efuse_enabled();  int64_t get_curr_time_ms(void); 8.9自动测试代码 vendor/mediatek/proprietary/factory/src/diag.cpp 8.10 vendor/mediatek/proprietary/factory/src/factory.cpp #ifdef USE_FACTORY_EX #undef LOG_TAG #define LOG_TAG "FTM" #endif #ifdef USE_FACTORY_EX extern pthread_mutex_t auto_test_mutex_array[MUTEX_TYPE_NO_MUTEX] = {PTHREAD_MUTEX_INITIALIZER}; extern sp_ata_data return_data; class CFunctionTracer { public: CFunctionTracer(const char * fun) { memset(m_info, 0, ARRAY_SIZE(m_info) ); if(fun){ strncpy(m_info, fun, strlen(fun) < 1024 ? strlen(fun) : 1024); }else{ LOGE(m_info, "%s", "unknown function"); } LOGD(TAG"%s %s <---Enter\n", m_info, __FUNCTION__); } ~CFunctionTracer() { LOGD(TAG"%s %s --->Exit\n", m_info, __FUNCTION__); } private: char m_info[1024]; CFunctionTracer(); CFunctionTracer(const CFunctionTracer & other); CFunctionTracer & operator = (const CFunctionTracer & other); }; #endif extern int maxrows; char test_report[32] = "/data/testreport.log"; char ftm_cust_file1[32] = "/sdcard/factory.ini"; char ftm_cust_file2[32] = "/vendor/etc/factory.ini"; static item_t ftm_menu_items[] = { #ifdef USE_FACTORY_EX     item(ITEM_REPORT,    uistr_test_report_diag),                    //"测试报告(主控盒)"     item(ITEM_AUTOTEST_REPORT, uistr_autotest_report),      //"测试报告(自动测试)" #else     item(ITEM_REPORT,    uistr_test_report),                           //"测试报告" #endif }; #ifdef USE_FACTORY_EX extern "C" int restore_test_report_eng() #else int restore_test_report_eng() #endif {     int item_id;     struct ftm_module *mod;     uint16_t flags[64];     char *auto_flags = (char *)flags;     if (get_manual_test_flags((char *)flags, sizeof(flags))) {         if (flags[0] != 0) {             for (int i = 0; (i < ARRAY_SIZE(flags)) && (flags[i] != 0); i++) {                 item_id = (flags[i] >> 2) & 0x3FFF;                 mod = ftm_get_module(item_id);                 if (mod && mod->visible) {                     switch (flags[i] & 0x3) {                     case 0:                     case 1:                         mod->test_result = FTM_TEST_UNKNOWN;                         break;                     case 2:                         mod->test_result = FTM_TEST_FAIL;                         break;                     case 3:                         mod->test_result = FTM_TEST_PASS;                         break;                     }                 }             }             return 1;         }     }     if (get_auto_test_flags((char *)flags, sizeof(flags))) {         if (auto_flags[0] == 'P') {             for (int i = 0; i < sizeof(flags) && i < ARRAY_SIZE(auto_test_item_ids); i++) {                 item_id = auto_test_item_ids[i];                 if (item_id == -1)                     continue;                 mod = ftm_get_module(item_id);                 if (mod && mod->visible) {                     switch (auto_flags[i]) {                     case 'P':                         mod->test_result = FTM_TEST_PASS;                         break;                     case 'F':                         mod->test_result = FTM_TEST_FAIL;                         break;                     default:                         mod->test_result = FTM_TEST_UNKNOWN;                         break;                     }                 }             }             item_id = ITEM_BACKLIGHT;             mod = ftm_get_module(item_id);             if (mod && mod->visible) {                 if (auto_flags[1] == 'F' || auto_flags[27] == 'F') {                     mod->test_result = FTM_TEST_FAIL;                 } else if (auto_flags[1] == 'U' && auto_flags[27] == 'U') {                     mod->test_result = FTM_TEST_UNKNOWN;                 } else {                     mod->test_result = FTM_TEST_PASS;                 }             }             item_id = ITEM_HEADSET;             mod = ftm_get_module(item_id);             if (mod && mod->visible) {                 if (auto_flags[3] == 'P' && auto_flags[10] == 'P') {                     mod->test_result = FTM_TEST_PASS;                 } else if (auto_flags[3] == 'F' || auto_flags[10] == 'F') {                     mod->test_result = FTM_TEST_FAIL;                 } else {                     mod->test_result = FTM_TEST_UNKNOWN;                 }             }             item_id = ITEM_ALS;     mod = ftm_get_module(item_id);             if (mod && mod->visible)              { if (auto_flags[23] == 'P') mod->test_result = FTM_TEST_PASS; else if (auto_flags[23] == 'F') mod->test_result = FTM_TEST_FAIL; else mod->test_result = FTM_TEST_UNKNOWN;             }             item_id = ITEM_PS;             mod = ftm_get_module(item_id);             if (mod && mod->visible)              { if (auto_flags[23] == 'P') mod->test_result = FTM_TEST_PASS; else if (auto_flags[23] == 'F') mod->test_result = FTM_TEST_FAIL; else mod->test_result = FTM_TEST_UNKNOWN;             }             #ifdef MTK_SUBALS     item_id = ITEM_SUBALS;     mod = ftm_get_module(item_id);     if (mod && mod->visible)              { if (auto_flags[23] == 'P') mod->test_result = FTM_TEST_PASS; else if (auto_flags[23] == 'F') mod->test_result = FTM_TEST_FAIL; else mod->test_result = FTM_TEST_UNKNOWN;             }             #endif             //add for bug 22261             #ifdef CONFIG_BREATH_LIGHT             item_id = ITEM_LED;  // in the Autotest_TP test check led i2c     mod = ftm_get_module(item_id);     if (mod && mod->visible)              { if (auto_flags[4] == 'P') mod->test_result = FTM_TEST_PASS; else if (auto_flags[4] == 'F') mod->test_result = FTM_TEST_FAIL; else mod->test_result = FTM_TEST_UNKNOWN;             }     #endif               item_id = ITEM_GS_CALI;     mod = ftm_get_module(item_id);     if (mod && mod->visible)              { if (auto_flags[21] == 'P') mod->test_result = FTM_TEST_PASS; else if (auto_flags[21] == 'F') mod->test_result = FTM_TEST_FAIL; else mod->test_result = FTM_TEST_UNKNOWN;             }               item_id = ITEM_THERMAL;     mod = ftm_get_module(item_id);     if (mod && mod->visible)              { if (auto_flags[0] == 'P') mod->test_result = FTM_TEST_PASS; else if (auto_flags[0] == 'F') mod->test_result = FTM_TEST_FAIL; else mod->test_result = FTM_TEST_UNKNOWN;             }     item_id = ITEM_SIM;     mod = ftm_get_module(item_id);     if (mod && mod->visible)              {             #if defined(GEMINI) || defined(MTK_GEMINI_3SIM_SUPPORT)|| defined(EVDO_DT_VIA_SUPPORT) || defined(EVDO_DT_SUPPORT) || defined(MTK_C2K_SUPPORT) || defined(FTM_SIM_USE_USIMSMT) if(auto_flags[26] == 'P' && auto_flags[48] == 'P') mod->test_result = FTM_TEST_PASS; else if (auto_flags[26] == 'F' || auto_flags[48] == 'F') mod->test_result = FTM_TEST_FAIL; else mod->test_result = FTM_TEST_UNKNOWN;     #else if (auto_flags[26] == 'P') mod->test_result = FTM_TEST_PASS; else if (auto_flags[26] == 'F') mod->test_result = FTM_TEST_FAIL; else mod->test_result = FTM_TEST_UNKNOWN;     #endif             }               return 1;         }     }     return 0; } int create_report(item_t *item, item_t *rpt_items, int maxitems, char *buf, int size) { #ifdef USE_FACTORY_EX     item_t * itemtemp = item;      int iend = 0; #endif #ifdef USE_FACTORY_EX     //sort the test result     while (i < maxitems && item->name)      {         mod = ftm_get_module(item->id);         if (mod && mod->visible && len < size && mod->test_result != FTM_TEST_PASS)          {             ptr = buf + len;             len += sprintf(ptr, "[%c] %s",                 (mod->test_result >= FTM_TEST_MAX) ?                 result[FTM_TEST_UNKNOWN] : result[mod->test_result], item->name);             ptr[len++] = '\0';             rpt_items[i].id = mod->id;             rpt_items[i].name = ptr;             rpt_items[i].color = (mod->test_result >= FTM_TEST_MAX) ?                 0 : bgc[mod->test_result];             if (i < ARRAY_SIZE(flags)) {                 switch (mod->test_result) {                 case FTM_TEST_PASS:                     flags[i] = (mod->id << 2) | 0x3;                     break;                 case FTM_TEST_FAIL:                     flags[i] = (mod->id << 2) | 0x2;                     break;                 default:                     flags[i] = (mod->id << 2) | 0x1;                     break;                 }             }             i++;         }         item++;     }      item = itemtemp;     iend = i;     i = 0;     while (i < maxitems && item->name)      {         mod = ftm_get_module(item->id);         if (mod && mod->visible && len < size && mod->test_result == FTM_TEST_PASS)          {             ptr = buf + len;             len += sprintf(ptr, "[%c] %s",                 (mod->test_result >= FTM_TEST_MAX) ?                 result[FTM_TEST_UNKNOWN] : result[mod->test_result], item->name);             ptr[len++] = '\0';             rpt_items[iend].id = mod->id;             rpt_items[iend].name = ptr;             rpt_items[iend].color = (mod->test_result >= FTM_TEST_MAX) ?                 0 : bgc[mod->test_result];             if (iend < ARRAY_SIZE(flags)) {                 switch (mod->test_result) {                 case FTM_TEST_PASS:                     flags[iend] = (mod->id << 2) | 0x3;                     break;                 case FTM_TEST_FAIL:                     flags[iend] = (mod->id << 2) | 0x2;                     break;                 default:                     flags[iend] = (mod->id << 2) | 0x1;                     break;                 }             }             i++;     iend++;         }         item++;     }  #else     while (i < maxitems && item->name)      {         mod = ftm_get_module(item->id);         if (mod && mod->visible && len < size)          {             ptr = buf + len;             len += sprintf(ptr, "[%c] %s",                 (mod->test_result >= FTM_TEST_MAX) ?                 result[FTM_TEST_UNKNOWN] : result[mod->test_result], item->name);             ptr[len++] = '\0';             rpt_items[i].id = mod->id;             rpt_items[i].name = ptr;             rpt_items[i].color = (mod->test_result >= FTM_TEST_MAX) ?                 0 : bgc[mod->test_result];             if (i < ARRAY_SIZE(flags)) {                 switch (mod->test_result) {                 case FTM_TEST_PASS:                     flags[i] = (mod->id << 2) | 0x3;                     break;                 case FTM_TEST_FAIL:                     flags[i] = (mod->id << 2) | 0x2;                     break;                 default:                     flags[i] = (mod->id << 2) | 0x1;                     break;                 }             }             i++;         }         item++;     } #endif #ifdef USE_FACTORY_EX     set_manual_test_flags((char *)flags, sizeof(flags)); #else     //add for saving test report     fp = open_file(test_report); if(fp == NULL) {    LOGD(TAG "TEST_REPORT_SAVE_FILE is null"); } else {    LOGD(TAG "TEST_REPORT_SAVE_FILE is not null");         write_test_report(rpt_items, fp); fclose(fp);         fp = NULL; } #endif #ifdef USE_FACTORY_EX     if (iend < maxitems - 1) {         rpt_items[iend].id   = ITEM_MAX_IDS;          rpt_items[iend].name = uistr_info_test_report_back;     }         return ++iend; #else #ifndef FEATURE_FTM_TOUCH_MODE     if (i < maxitems - 1)     {         rpt_items[i].id   = ITEM_MAX_IDS;         rpt_items[i].name = uistr_info_test_report_back;     }     #endif     return ++i; #endif } #ifdef USE_FACTORY_EX extern "C" int my_item_test_report(item_t *items, const char *title, char *buf, int bufsz) #else static int my_item_test_report(item_t *items, const char *title, char *buf, int bufsz) #endif static int item_test_report(item_t *items, char *buf, int bufsz) { #ifdef USE_FACTORY_EX     return my_item_test_report(items, uistr_test_report_diag, buf, bufsz); #else     return my_item_test_report(items, uistr_test_report, buf, bufsz); #endif } #ifdef USE_FACTORY_EX extern "C" bool check_autodiag_mode(void); static void *auto_test_thread(void *priv) {     int i= (int)(long)(priv);     item_t *items;     static bool bHaveGetPara = false;     static int nThreadLimit = 0;     char *pThreadLimit;     struct ftm_module *mod;     struct ftm_param param;     items=get_auto_item_list();     mod= ftm_get_module(items[i].id);     char temp[1024] = {0};     sprintf(temp, "%s name=%s id=%d background=%s diag=%s\n", __FUNCTION__, items[i].name, items[i].id, mod->is_support_run_in_background?"true":"false", mod->is_need_diag?"true":"false");     CFunctionTracer tracer(temp);     if(0 == nThreadLimit)     {            pThreadLimit = ftm_get_prop("FTM.THREADLIMIT");    if(pThreadLimit)    {        nThreadLimit = atoi(pThreadLimit); if(nThreadLimit<=0)        { nThreadLimit = 1000;        }    }    else    { nThreadLimit = 1000;    }    LOGD("FTM.THREADLIMIT=%s\n", pThreadLimit);     }          while(ftm_view_controller_get_theradCount()>= nThreadLimit)     {            LOGD(TAG"nThreadCount(%d) >= nThreadLimit(%d) waitting other thread exit!\n", ftm_view_controller_get_theradCount() , nThreadLimit);        usleep(1000*1000);     }          if (mod && mod->visible) {         param.name = items[i].name; param.test_type = get_item_test_type(items, param.name); //test order: CFT SIM GPS begin if(ITEM_GPS == items[i].id || ITEM_SIM == items[i].id){ int j = 0; int tick = 0; int timeout = 30; struct ftm_module *modcft = NULL; struct ftm_module *modsim = NULL; while(items[j].name){ if(ITEM_CFT == items[j].id){ modcft = ftm_get_module(items[j].id); } else if(ITEM_SIM == items[j].id){ modsim = ftm_get_module(items[j].id); } if(modcft && modsim){ break; } j++; } while(modcft && (modcft->test_result == FTM_TEST_UNKNOWN) && (tick<timeout)){ LOGD(TAG"%s waitting for CFT\n", __FUNCTION__); usleep(1000*1000); tick++; }               if(ITEM_GPS == items[i].id){ while(modsim && (modsim->test_result == FTM_TEST_UNKNOWN) && (tick<timeout)){ LOGD(TAG"%s waitting for SIM\n", __FUNCTION__); usleep(1000*1000); tick++; }               } } //test order: CFT SIM GPS end   if(mod->mutex_type != MUTEX_TYPE_NO_MUTEX){ LOGD(TAG"%s lock %p type=%d\n", __FUNCTION__, &auto_test_mutex_array[mod->mutex_type], mod->mutex_type); pthread_mutex_lock(&auto_test_mutex_array[mod->mutex_type]); LOGD(TAG "AUTOTEST Start ---> %s pthread_mutex_lock(mutex type=%d)\n", param.name, mod->mutex_type); } mod->is_auto_test = true;         ftm_entry(items[i].id, &param);  mod->is_auto_test = false; if(mod->mutex_type != MUTEX_TYPE_NO_MUTEX){ LOGD(TAG "AUTOTEST Exit <--- %s pthread_mutex_unlock(mutex type=%d)\n", param.name, mod->mutex_type); LOGD(TAG"%s unlock %p type=%d\n", __FUNCTION__, &auto_test_mutex_array[mod->mutex_type], mod->mutex_type); pthread_mutex_unlock(&auto_test_mutex_array[mod->mutex_type]); }     }     LOGD(TAG"%s exit thread items[%02d] id=%2d name=%s test_result=%s\n",  param.name, i, items[i].id, param.name, (mod->test_result==FTM_TEST_PASS)?"PASS":"FAIL");     pthread_exit(NULL);     return NULL; } static int auto_test_mode(char *buf, int bufsz)