void sipXNetworkPage::setData()
{
char szBuffer[32];
SETTING_STR(mpProxy, getProxyServer);
SETTING_STR(mpStunServer, getStunServer);
SETTING_STR(mpTurnServer, getTurnServer);
SETTING_BOOL(mpIce, getIceEnabled);
SETTING_BOOL(mpRport, getUseRport);
SETTING_BOOL(mpShortNames, getShortNamesEnabled);
sprintf(szBuffer, "%d", sipXezPhoneSettings::getInstance().getStunServerPort());
mpStunPort->SetValue(szBuffer);
sprintf(szBuffer, "%d", sipXezPhoneSettings::getInstance().getTurnServerPort());
mpTurnPort->SetValue(szBuffer);
int iSipPort, iRtpPort;
sipXezPhoneSettings::getInstance().getDefaultPorts(iSipPort, iRtpPort);
sprintf(szBuffer, "%d", iSipPort);
mpSipPort->SetValue(szBuffer);
sprintf(szBuffer, "%d", iRtpPort);
mpRtpPort->SetValue(szBuffer);
sprintf(szBuffer, "%d", sipXezPhoneSettings::getInstance().getConnectionIdleTimeout());
mpIdle->SetValue(szBuffer);
mbInitialized = true;
}
void sipXIdentityPage::setData()
{
SETTING_STR(mpIdentity, getIdentity);
SETTING_STR(mpRealm, getRealm);
SETTING_STR(mpUser, getUsername);
SETTING_STR(mpPassword, getPassword);
SETTING_STR(mpLocation, getLocationHeader);
SETTING_BOOL(mpAnswer, getAutoAnswer);
mbInitialized = true;
}
static void vServiceTask( void *pvParameters )
{
int last_backlight = -1;
int last_contrast = -1;
char last_repeater_mode = 0;
char last_parrot_mode = 0;
char dcs_boot_timer = 8;
// bool update = true;
bool last_rmu_enabled = false;
for (;;)
{
vTaskDelay(500);
// gpio_toggle_pin(AVR32_PIN_PB28);
//gpio_toggle_pin(AVR32_PIN_PB18);
// x_counter ++;
// rtclock_disp_xy(84, 0, x_counter & 0x02, 1);
rtclock_disp_xy(84, 0, 2, 1);
vdisp_i2s( tmp_buf, 5, 10, 0, voltage);
tmp_buf[3] = tmp_buf[2];
tmp_buf[2] = '.';
tmp_buf[4] = 'V';
tmp_buf[5] = 0;
vdisp_prints_xy( 55, 0, VDISP_FONT_4x6, 0, tmp_buf );
// vdisp_i2s( tmp_buf, 5, 10, 0, serial_rx_error );
// vd_prints_xy(VDISP_DEBUG_LAYER, 108, 28, VDISP_FONT_4x6, 0, tmp_buf );
vdisp_i2s( tmp_buf, 5, 10, 0, serial_rx_ok );
vd_prints_xy(VDISP_DEBUG_LAYER, 108, 34, VDISP_FONT_4x6, 0, tmp_buf );
// vdisp_i2s( tmp_buf, 5, 10, 0, serial_timeout_error );
vdisp_i2s( tmp_buf, 5, 10, 0, dstar_pos_not_correct );
vd_prints_xy(VDISP_DEBUG_LAYER, 108, 40, VDISP_FONT_4x6, 0, tmp_buf );
vdisp_i2s( tmp_buf, 5, 10, 0, serial_putc_q_full );
vd_prints_xy(VDISP_DEBUG_LAYER, 108, 46, VDISP_FONT_4x6, 0, tmp_buf );
vdisp_i2s( tmp_buf, 5, 10, 0, initialHeapSize );
vd_prints_xy(VDISP_DEBUG_LAYER, 108, 52, VDISP_FONT_4x6, 0, tmp_buf );
vdisp_i2s( tmp_buf, 5, 10, 0, xPortGetFreeHeapSize() );
vd_prints_xy(VDISP_DEBUG_LAYER, 108, 58, VDISP_FONT_4x6, 0, tmp_buf );
int v = 0;
switch (eth_autoneg_state)
{
case 0:
if (SETTING_BOOL(B_ONLY_TEN_MBIT))
{
AVR32_MACB.man = 0x50920061; // write register 0x04, advertise only 10MBit/s for autoneg
}
eth_autoneg_state = 1;
break;
case 1:
AVR32_MACB.man = 0x50821200; // write register 0x00, power on, autoneg, restart autoneg
eth_autoneg_state = 2;
break;
case 2:
AVR32_MACB.man = 0x60C20000; // read register 0x10
eth_autoneg_state = 3;
break;
case 3:
v = AVR32_MACB.MAN.data; // read data from previously read register 0x10
AVR32_MACB.man = 0x60C20000; // read register 0x10
break;
}
dvset();
nodeinfo_print();
if (last_rmu_enabled != rmu_enabled)
{
rmuset_print();
last_rmu_enabled = rmu_enabled;
}
const char * net_status = " ";
dhcp_set_link_state( v & 1 );
if (v & 1) // Ethernet link is active
{
v = ((v >> 1) & 0x03) ^ 0x01;
switch (v)
{
case 0:
net_status = " 10HD";
break;
case 1:
net_status = "100HD";
break;
case 2:
net_status = " 10FD";
break;
case 3:
net_status = "100FD";
break;
}
AVR32_MACB.ncfgr = 0x00000800 | v; // SPD, FD, CLK = MCK / 32 -> 1.875 MHz
vdisp_prints_xy( 28, 0, VDISP_FONT_4x6,
(dhcp_is_ready() != 0) ? 0 : 1, net_status );
}
else
{
int snmp_get_setting_bool (int32_t arg, uint8_t * res, int * res_len, int maxlen)
{
*res = SETTING_BOOL(arg);
*res_len = 1;
return 0;
}
