razzor/ispprog
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Split command handler

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This commit is contained in:
Olaf Rempel 2020-01-09 00:06:29 +01:00
parent 1216082a4f
commit 0dacfd0c7c
1 changed files with 122 additions and 108 deletions
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230
ispprog.c
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@ -263,49 +263,16 @@ static void reset_statemachine_wait(uint8_t events)
} /* reset_statemachine_wait */
static void cmdloop(void) __attribute__ ((noreturn));
static void cmdloop(void)
static void cmd_handler_isp(uint8_t cmd)
{
while (1)
switch (cmd)
{
if (!uart_rx_ready())
{
reset_statemachine(EV_NONE);
continue;
}
#if (USE_DISPLAY)
if (m_state == STATE_RESET_PROGMODE)
{
uint16_t byte_address;
byte_address = (m_address << 1);
display_show_hex(byte_address >> 8, 0);
display_show_hex(byte_address & 0xFF, 1);
display_set_mode(DISPLAY_MODE_STATIC);
}
#endif /* (USE_DISPLAY) */
switch (uart_recv()) {
/* Enter programming mode */
case 'P':
reset_statemachine_wait(EV_PROG_ENTER);
uart_send((m_state == STATE_RESET_PROGMODE) ? '\r' : '!');
break;
/* Autoincrement address */
case 'a':
uart_send('Y');
break;
/* Set address */
case 'A':
m_address = (uart_recv() << 8);
m_address |= uart_recv();
uart_send('\r');
break;
/* Write program memory, low byte */
case 'c':
m_led_mode = LED_FAST;
@ -401,22 +368,6 @@ static void cmdloop(void)
uart_send(isp_mem_read(CMD_READ_FUSE_E_1, CMD_READ_FUSE_E_2 << 8));
break;
/* Leave programming mode */
case 'L':
/* Exit Bootloader */
case 'E':
reset_statemachine_wait(EV_PROG_LEAVE);
uart_send('\r');
break;
/* Select device type */
case 'T': {
uart_recv(); // ignore
uart_send('\r');
break;
}
/* Read signature bytes */
case 's':
uart_send(m_device.sig[2]);
@ -424,59 +375,6 @@ static void cmdloop(void)
uart_send(m_device.sig[0]);
break;
/* Return supported device codes */
case 't':
avrdevice_iterate_devcodes(uart_send);
uart_send(0x00);
break;
/* Return software identifier */
case 'S':
uart_send('A');
uart_send('V');
uart_send('R');
uart_send('-');
uart_send('I');
uart_send('S');
uart_send('P');
break;
/* Return software version */
case 'V':
uart_send('3');
uart_send('8');
break;
/* Return hardware version */
case 'v':
uart_send('1');
uart_send('2');
break;
/* Return programmer type */
case 'p':
uart_send('S');
break;
/* Set LED */
case 'x':
uart_recv();
m_led_mode = LED_ON;
break;
/* Clear LED */
case 'y':
uart_recv();
m_led_mode = LED_OFF;
break;
/* Report Block write Mode */
case 'b':
uart_send('Y');
uart_send(sizeof(m_page_buf) >> 8);
uart_send(sizeof(m_page_buf) & 0xFF);
break;
/* Block Write */
case 'B':
{
@ -589,13 +487,129 @@ static void cmdloop(void)
break;
}
/* ESC */
case 0x1B:
break;
default:
uart_send('?');
break;
}
} /* cmd_handler_isp */
static void cmdloop(void) __attribute__ ((noreturn));
static void cmdloop(void)
{
while (1)
{
uint8_t cmd;
if (!uart_rx_ready())
{
reset_statemachine(EV_NONE);
continue;
}
#if (USE_DISPLAY)
if (m_state == STATE_RESET_PROGMODE)
{
uint16_t byte_address;
byte_address = (m_address << 1);
display_show_hex(byte_address >> 8, 0);
display_show_hex(byte_address & 0xFF, 1);
display_set_mode(DISPLAY_MODE_STATIC);
}
#endif /* (USE_DISPLAY) */
cmd = uart_recv();
switch (cmd)
{
/* Autoincrement address */
case 'a':
uart_send('Y');
break;
/* Set address */
case 'A':
m_address = (uart_recv() << 8);
m_address |= uart_recv();
uart_send('\r');
break;
/* Leave programming mode */
case 'L':
/* Exit Bootloader */
case 'E':
reset_statemachine_wait(EV_PROG_LEAVE);
uart_send('\r');
break;
/* Select device type */
case 'T':
uart_recv(); // ignore
uart_send('\r');
break;
/* Return supported device codes */
case 't':
avrdevice_iterate_devcodes(uart_send);
uart_send(0x00);
break;
/* Return software identifier */
case 'S':
uart_send('A');
uart_send('V');
uart_send('R');
uart_send('-');
uart_send('I');
uart_send('S');
uart_send('P');
break;
/* Return software version */
case 'V':
uart_send('3');
uart_send('8');
break;
/* Return hardware version */
case 'v':
uart_send('1');
uart_send('2');
break;
/* Return programmer type */
case 'p':
uart_send('S');
break;
/* Set LED */
case 'x':
uart_recv();
m_led_mode = LED_ON;
break;
/* Clear LED */
case 'y':
uart_recv();
m_led_mode = LED_OFF;
break;
/* Report Block write Mode */
case 'b':
uart_send('Y');
uart_send(sizeof(m_page_buf) >> 8);
uart_send(sizeof(m_page_buf) & 0xFF);
break;
/* ESC */
case 0x1B:
break;
default:
cmd_handler_isp(cmd);
break;
}
}
} /* cmdloop */