READ_TARGET_FUNCNAME(hcs12)
};
VSS_HANDLER(hcs12_help)
{
VSS_CHECK_ARGC(1);
PRINTF("Usage of %s:"LOG_LINE_END, CUR_TARGET_STRING);
PRINTF(" -m, --mode <MODE> set mode<r|p>"LOG_LINE_END);
PRINTF(LOG_LINE_END);
return VSFERR_NONE;
}
const struct vss_cmd_t hcs12_notifier[] =
{
VSS_CMD( "help",
"print help information of current target for internal call",
hcs12_help,
NULL),
VSS_CMD_END
};
#define reset_init() prog->gpio.init(0)
#define reset_fini() prog->gpio.fini(0)
#define reset_output() \
prog->gpio.config(0, SWIM_RST_PIN, SWIM_RST_PIN, 0, 0)
#define reset_input() \
prog->gpio.config(0, SWIM_RST_PIN, 0, SWIM_RST_PIN, SWIM_RST_PIN)
#define reset_set() reset_input()
#define reset_clr() reset_output()
#define bdm_output() \
target_slot[target_slotnum].script_base =
target_slot[target_slotnum].data_base + target_slot[target_slotnum].data_size;
target_slot[target_slotnum].script_size = EVSPROG_SCRIPT_SIZE;
target_slotnum++;
}
#endif
return VSFERR_NONE;
}
VSS_HANDLER(target_data_set_base);
VSS_HANDLER(target_select_slot);
static const struct vss_cmd_t target_data_cmd[] =
{
VSS_CMD( "set_base",
"set base of target data, format: set_base ADDR",
target_data_set_base,
NULL),
VSS_CMD( "select_slot",
"select target slot, format: select_slot INDEX",
target_select_slot,
NULL),
VSS_CMD_END
};
struct vss_cmd_list_t target_data_cmd_list =
VSS_CMD_LIST("target_data", target_data_cmd);
static uint32_t TARGET_DATA_ADDR;
VSS_HANDLER(target_data_set_base)
{
uint32_t temp_addr;
#include "app_type.h"
#include "app_io.h"
#include "app_log.h"
#include "app_err.h"
#include "scripts.h"
#include "strparser.h"
#include "usbapi.h"
VSS_HANDLER(usbapi_param);
static const struct vss_cmd_t usbapi_cmd[] =
{
VSS_CMD( "usb",
"set usb device, format: "
"usb/U [VID_PID_EPIN_EPOUT_INTERFACE|TYPESTRING]SERIALSTRING",
usbapi_param,
NULL),
VSS_CMD( "U",
"set usb device, format: "
"usb/U [VID_PID_EPIN_EPOUT_INTERFACE|TYPESTRING]SERIALSTRING",
usbapi_param,
NULL),
VSS_CMD_END
};
struct vss_cmd_list_t usbapi_cmd_list = VSS_CMD_LIST("usbapi", usbapi_cmd);
VSS_HANDLER(usbapi_param)
{
// vid: 2 bytes
// pid: 2 bytes
VSS_HANDLER(vsprog_mass);
VSS_HANDLER(vsprog_free_all);
VSS_HANDLER(vsprog_init);
VSS_HANDLER(vsprog_select_slot);
VSS_HANDLER(vsprog_info);
VSS_HANDLER(vsprog_program);
VSS_HANDLER(vsprog_auto_program);
VSS_HANDLER(vsprog_wait_key_down);
VSS_HANDLER(vsprog_wait_key_up);
VSS_HANDLER(vsprog_wait_key_press);
static const struct vss_cmd_t vsprog_key_cmd[] =
{
VSS_CMD( "wait_down",
"wait key pushed down, format: key.wait_down",
vsprog_wait_key_down,
NULL),
VSS_CMD( "wait_up",
"wait key released, format: key.wait_up",
vsprog_wait_key_up,
NULL),
VSS_CMD( "wait_press",
"wait key pressed, format: key.wait_press",
vsprog_wait_key_press,
NULL),
VSS_CMD_END
};
static const struct vss_cmd_t vsprog_cmd[] =
{
VSS_CMD( "help",
#if TARGET_COMISP_EN
VSS_HANDLER(stm32f2_extra)
{
char cmd[2];
VSS_CHECK_ARGC(1);
cmd[0] = '0' + COMISP_STM32F2;
cmd[1] = '\0';
return vss_call_notifier(comisp_notifier, "E", cmd);
}
#endif
const struct vss_cmd_t stm32f4_notifier[] =
{
VSS_CMD( "help",
"print help information of current target for internal call",
stm32f4_help,
NULL),
VSS_CMD( "mode",
"set programming mode of target for internal call",
stm32f2_mode,
NULL),
#if TARGET_COMISP_EN
VSS_CMD( "extra",
"print extra information for internal call",
stm32f2_extra,
NULL),
#endif
VSS_CMD_END
};
const struct vss_cmd_t stm32f2_notifier[] =
#include "interfaces.h"
#include "scripts.h"
#include "app_script.h"
#include "strparser.h"
#include "dal/mal/mal.h"
#if HW_HAS_BEEPER
VSS_HANDLER(app_beeper_init);
VSS_HANDLER(app_beeper_on);
VSS_HANDLER(app_beeper_off);
static const struct vss_cmd_t beeper_cmd[] =
{
VSS_CMD( "init",
"initialize beeper, format: beeper.init",
app_beeper_init,
NULL),
VSS_CMD( "on",
"set beeper on, format: beeper on",
app_beeper_on,
NULL),
VSS_CMD( "off",
"set beeper off, format: beeper.off",
app_beeper_off,
NULL),
VSS_CMD_END
};
#endif
#if HW_HAS_7COLOR_LED
VSS_HANDLER(app_led7c_init);
#include "lpcarmisp.h"
#include "comisp_internal.h"
#include "comport.h"
#define CUR_TARGET_STRING COMISP_STRING
VSS_HANDLER(comisp_comm);
VSS_HANDLER(comisp_print_cominfo);
static const struct vss_cmd_t comisp_cmd[] =
{
VSS_CMD( "comport",
"set com port, format: "
"comport/C COM_BAUDRATE_DATALEN_PARITY_STOP_HANDSHAKE_EXTRA",
comisp_comm,
NULL),
VSS_CMD( "C",
"set com port, format: "
"comport/C COM_BAUDRATE_DATALEN_PARITY_STOP_HANDSHAKE_EXTRA",
comisp_comm,
NULL),
VSS_CMD_END
};
struct vss_cmd_list_t comisp_cmd_list = VSS_CMD_LIST("comisp", comisp_cmd);
ENTER_PROGRAM_MODE_HANDLER(comisp);
LEAVE_PROGRAM_MODE_HANDLER(comisp);
struct program_functions_t comisp_program_functions;
#include "versaloon_include.h"
#include "versaloon.h"
#include "versaloon_internal.h"
#include "usbtoxxx/usbtoxxx.h"
#include "usbtoxxx/usbtoxxx_internal.h"
#include "versaloon_libusb.h"
#define VERSALOON_STRING "versaloon"
VSS_HANDLER(versaloon_support);
VSS_HANDLER(versaloon_help);
const struct vss_cmd_t versaloon_notifier[] =
{
VSS_CMD( "support",
"print support information, format: support/S",
versaloon_support,
NULL),
VSS_CMD( "S",
"print support information, format: support/S",
versaloon_support,
NULL),
VSS_CMD( "help",
"print help information, format: help/h",
versaloon_help,
NULL),
VSS_CMD( "h",
"print help information, format: help/h",
versaloon_help,
NULL),
VSS_CMD_END
};
#include "dal/usart_stream/usart_stream.h"
#include "usb_protocol.h"
#include "vsprog/target/target_data.h"
#if HW_HAS_LCM
#include "vsprog_ui.h"
#endif
VSS_HANDLER(appio_set_dummy);
static const struct vss_cmd_t appio_cmd[] =
{
VSS_CMD( "dummy",
"set dummy mode of appio, format: appio.dummy DUMMY",
appio_set_dummy,
NULL),
VSS_CMD_END
};
struct vss_cmd_list_t appio_cmd_list =
VSS_CMD_LIST("appio", appio_cmd);
#if APPIO_DUMMY
static bool appio_dummy = true;
#else
static bool appio_dummy = false;
#endif
VSS_HANDLER(appio_set_dummy)
{
VSS_CHECK_ARGC(2);
{
case EE93CX6_MODE_BYTE:
case EE93CX6_MODE_WORD:
ee93cx6_origination_mode = mode;
break;
default:
return VSFERR_FAIL;
break;
}
return VSFERR_NONE;
}
const struct vss_cmd_t ee93cx6_notifier[] =
{
VSS_CMD( "help",
"print help information of current target for internal call",
ee93cx6_help,
NULL),
VSS_CMD( "mode",
"set programming mode of target for internal call",
ee93cx6_mode,
NULL),
VSS_CMD_END
};
static struct ee93cx6_drv_param_t ee93cx6_drv_param;
static struct ee93cx6_drv_interface_t ee93cx6_drv_ifs;
