static void
finish_setup (CEPageDcb *self, gpointer user_data)
{
CEPage *parent = CE_PAGE (self);
CEPageDcbPrivate *priv = CE_PAGE_DCB_GET_PRIVATE (self);
NMSettingDcb *s_dcb = nm_connection_get_setting_dcb (parent->connection);
guint i;
gtk_toggle_button_set_active (priv->enabled, priv->initial_have_dcb);
g_signal_connect (priv->enabled, "toggled", G_CALLBACK (enable_toggled), self);
gtk_widget_set_sensitive (GTK_WIDGET (priv->box), priv->initial_have_dcb);
for (i = 0; i < G_N_ELEMENTS (features); i++)
feature_setup (self, s_dcb, &features[i]);
}
void cNRF24L01::init(HAL *_hal, dir_t dir, uint8_t addr, uint8_t channel, hal_spi_c *_SPI)
{
hal = _hal;
address_width_t addr_width = RF24_ADDR_5_BYTES;
this->channel = channel;
this->addr_size = addr_width + 2;
this->addr = BASE_ADDR + addr;
this->payload_size = 10;
this->dynamic_payload = 1;
this->dir = dir;
/*PWR_.init(&hw_conf.pwr);
IRQ.init(&hw_conf.irq);
CE.init(&hw_conf.ce);*/
hal->gpio->init(SPI1_PINS_RCC, SPI1_PINS_PORT, SPI1_PWR, GPIO_Mode_OUT);
hal->gpio->init(SPI1_CE_PIN_RCC, SPI1_CE_PIN_PORT, SPI1_CE, GPIO_Mode_OUT);
hal->gpio->init(SPI1_PINS_RCC, SPI1_PINS_PORT, SPI1_IRQ, GPIO_Mode_IN);
init_registers(_SPI);
// Turn on RF24 - defaults, standby-I mode
hal->gpio->set(SPI1_PINS_PORT, SPI1_PWR, PIN_HIGH);
hal->gpio->set(SPI1_CE_PIN_PORT, SPI1_CE, PIN_LOW);
//PWR_.set(PIN_HIGH);
//CE.set(PIN_LOW);
// XXX fixme delay(5, msec_1);
power_mode_set(RF24_PWR_DOWN, RF24_DIR_TX);
//#define RF_DEBUG_INIT
#ifdef RF_DEBUG_INIT
volatile uint64_t tmp = 0;
#endif
// Enable CRC
CRC_len_set(RF24_CRC_16);
#ifdef RF_DEBUG_INIT
tmp = config.read();// CONFIG = 0x0C
#endif
// Answer if msg recieved on P0 addr
auto_ack_enable(RF24_AUTO_ACK_P0);
#ifdef RF_DEBUG_INIT
tmp = en_aa.read(); // EN_AA = 0x01
#endif
// Enable P0 addr for RX
enable_rx_address(RF24_AUTO_ACK_P0);
#ifdef RF_DEBUG_INIT
tmp = en_rxaddr.read(); //RX_ADDR = 0x01
#endif
// Addressing width 4 bytes
address_width_set(addr_width);
#ifdef RF_DEBUG_INIT
tmp = setup_aw.read(); //SETUP_AW = 0x02 - 4 bytes
#endif
// Set retries
retry_mode_set(RF24_RETR_COUNT_5, RF24_RETR_DELAY_500);
#ifdef RF_DEBUG_INIT
tmp = setup_retr.read(); //SETUP_RETR = 0x2A
#endif
// Default channel #2, set 1 !!!
channel_set((rf_channel_t)this->channel);
#ifdef RF_DEBUG_INIT
tmp = rf_ch.read(); // 0x02
#endif
rf_setup_set(RF24_1MBPS, RF24_PA_MAX);
#ifdef RF_DEBUG_INIT
tmp = rf_setup.read(); // RF_SETUP = 0x07
#endif
tx_addr_set(addr);
#ifdef RF_DEBUG_INIT
tx_addr.read((uint8_t*)(&tmp), this->addr_size);
#endif
rx_addr_set(addr, RF24_AUTO_ACK_P0);
#ifdef RF_DEBUG_INIT
rx_addr_p0.read((uint8_t*)(&tmp), this->addr_size);
#endif
payload_size_set(this->payload_size);
#ifdef RF_DEBUG_INIT
tmp = rx_pw_p0.read();
#endif
if (!this->dynamic_payload)
{
dyn_pd.write(0);
feature.write(0);
}
else
{
feature_setup();
}
// Reset current IRQ status
irq_status_reset();
// Flush buffers
config.flush(RX_BUFF);
config.flush(TX_BUFF);
}
