[tuxdroid-svn] r561 - in firmware: fuxrf/trunk tuxrf/trunk
Status: Beta
Brought to you by:
ks156
Menu
▾
▴
[tuxdroid-svn] r561 - in firmware: fuxrf/trunk tuxrf/trunk
|
From: jaguarondi <c2m...@c2...> - 2007-10-01 12:02:57
|
Author: jaguarondi
Date: 2007-10-01 14:02:54 +0200 (Mon, 01 Oct 2007)
New Revision: 561
Modified:
firmware/fuxrf/trunk/defines.h
firmware/fuxrf/trunk/device.c
firmware/fuxrf/trunk/init.c
firmware/fuxrf/trunk/misc.c
firmware/fuxrf/trunk/misc.h
firmware/fuxrf/trunk/rf_ctrl.c
firmware/fuxrf/trunk/rf_ctrl.h
firmware/fuxrf/trunk/varis.c
firmware/fuxrf/trunk/varis.h
firmware/tuxrf/trunk/defines.h
firmware/tuxrf/trunk/init.c
firmware/tuxrf/trunk/misc.c
firmware/tuxrf/trunk/misc.h
firmware/tuxrf/trunk/prot.c
firmware/tuxrf/trunk/rf_ctrl.c
firmware/tuxrf/trunk/rf_ctrl.h
firmware/tuxrf/trunk/varis.c
firmware/tuxrf/trunk/varis.h
Log:
* Now using stdint types instead of custom defines.
Modified: firmware/fuxrf/trunk/defines.h
===================================================================
--- firmware/fuxrf/trunk/defines.h 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/fuxrf/trunk/defines.h 2007-10-01 12:02:54 UTC (rev 561)
@@ -15,12 +15,6 @@
#define WIFI
-// Type definition
-#define uc_8 unsigned char
-#define ui_16 unsigned int
-#define sc_8 char
-#define si_16 int
-
//------->rf_status-Defines<-------//
#define WAIT_HOPPING 0x02
#define RXING 0x04
Modified: firmware/fuxrf/trunk/device.c
===================================================================
--- firmware/fuxrf/trunk/device.c 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/fuxrf/trunk/device.c 2007-10-01 12:02:54 UTC (rev 561)
@@ -31,7 +31,7 @@
};
/* Bootloader can be included with the program */
-#define BOOTLOADER 1
+#define BOOTLOADER 1
#if (BOOTLOADER)
#include "bootloader.h"
Modified: firmware/fuxrf/trunk/init.c
===================================================================
--- firmware/fuxrf/trunk/init.c 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/fuxrf/trunk/init.c 2007-10-01 12:02:54 UTC (rev 561)
@@ -56,12 +56,15 @@
output(UBRR0L, 0x05);
//***********init-needed-peripherals***************//
- SPCR = 0x40; // Slave
+ SPCR = 0x40; /* XXX what's this for? */// Slave
SPSR = 0x00;
- // Clear the SPI interrupt flag
- asm volatile /* Clear the SPI interrupt flag */
- ("in __tmp_reg__, %0" "\n\t" "in __tmp_reg__, %1"
- "\n\t"::"I" (_SFR_IO_ADDR(SPSR)), "I"(_SFR_IO_ADDR(SPDR)));
+
+ /* Clear the SPI interrupt flag. XXX is this necessary at startup? */
+ asm volatile
+ ("in __tmp_reg__, %0" "\n\t"
+ "in __tmp_reg__, %1" "\n\t"
+ ::"I" (_SFR_IO_ADDR(SPSR)),
+ "I"(_SFR_IO_ADDR(SPDR)));
}
//*****************************************************************************
@@ -77,15 +80,15 @@
//*****************************************************************************
void init_varis(void)
{
- uc_8 i;
+ uint8_t i;
i = input(SPL);
i ^= 0xFF;
- extern ui_16 __bss_start;
- extern ui_16 __stack;
- uc_8 *ptr = (uc_8 *) & __bss_start;
+ extern uint16_t __bss_start;
+ extern uint16_t __stack;
+ uint8_t *ptr = (uint8_t *) & __bss_start;
- while (ptr < (uc_8 *) & __stack - i)
+ while (ptr < (uint8_t *) & __stack - i)
{ /*sub because of returning of subroutine */
*ptr++ = 0;
} // Reduce 26 bytes
Modified: firmware/fuxrf/trunk/misc.c
===================================================================
--- firmware/fuxrf/trunk/misc.c 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/fuxrf/trunk/misc.c 2007-10-01 12:02:54 UTC (rev 561)
@@ -15,9 +15,9 @@
//* Date: 31.01.06 *
//* Description: Generates a delay. T(delay) = val * 10us *
//*****************************************************************************
-void wait_n_10us(uc_8 val)
+void wait_n_10us(uint8_t val)
{
- uc_8 i, j;
+ uint8_t i, j;
i = val;
for (i = 0; i < val; i++)
@@ -43,9 +43,9 @@
//* Date: 31.01.06 *
//* Description: Random value needed for system setup *
//*****************************************************************************
-uc_8 get_random(void)
+uint8_t get_random(void)
{
- uc_8 i, random;
+ uint8_t i, random;
//init of the global variable random, this is done by using the noise
//output of the RF-Chip when settlet up for receive without having
@@ -87,9 +87,9 @@
//* Date: 10.07.06 *
//* Description: Random channel value needed for frequency hopping *
//*****************************************************************************
-uc_8 get_random_channel(void)
+uint8_t get_random_channel(void)
{
- uc_8 value;
+ uint8_t value;
while (1)
{
@@ -120,8 +120,8 @@
//*****************************************************************************
void calc_checksum(unsigned char *pbuffer)
{
- uc_8 i, tmp;
- uc_8 *ptr;
+ uint8_t i, tmp;
+ uint8_t *ptr;
ptr = pbuffer + 16; // Get address of start of RF frame
if (*(pbuffer + 16) & SMALLFRAME)
Modified: firmware/fuxrf/trunk/misc.h
===================================================================
--- firmware/fuxrf/trunk/misc.h 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/fuxrf/trunk/misc.h 2007-10-01 12:02:54 UTC (rev 561)
@@ -3,9 +3,9 @@
#include "defines.h"
-extern void wait_n_10us(uc_8 val);
-extern uc_8 get_random(void);
-extern uc_8 get_random_channel(void);
+extern void wait_n_10us(uint8_t val);
+extern uint8_t get_random(void);
+extern uint8_t get_random_channel(void);
extern void calc_checksum(unsigned char *pbuffer);
#endif
Modified: firmware/fuxrf/trunk/rf_ctrl.c
===================================================================
--- firmware/fuxrf/trunk/rf_ctrl.c 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/fuxrf/trunk/rf_ctrl.c 2007-10-01 12:02:54 UTC (rev 561)
@@ -272,10 +272,10 @@
//* Description: Programms the ATR2406 to the desired channel and to the *
//* desired mode. *
//*****************************************************************************
-void init_atr2406(uc_8 channel, uc_8 mode)
+void init_atr2406(uint8_t channel, uint8_t mode)
{
- uc_8 i, dat_l, dat_h, tmp;
- ui_16 conf_data;
+ uint8_t i, dat_l, dat_h, tmp;
+ uint16_t conf_data;
set_nole;
clr_data;
@@ -304,9 +304,9 @@
}
}
dat_l |= 0x80;
- conf_data = (uc_8) dat_h;
+ conf_data = (uint8_t) dat_h;
conf_data = conf_data << 8;
- conf_data += (uc_8) dat_l;
+ conf_data += (uint8_t) dat_l;
for (i = 0; i < 16; i++) // Shift out configuration word
{
clr_clock;
@@ -383,8 +383,8 @@
//--------------------------C-Source Code-------------------------------------*
//*SIGNAL (SIG_USART_DATA) *
//*{ *
-//* uc_8 *ptr; *
-//* uc_8 data; *
+//* uint8_t *ptr; *
+//* uint8_t data; *
//* ptr = prf_buffer_tx; *
//* ptr += rf_tx_counter; *
//* rf_tx_counter++; *
@@ -541,8 +541,8 @@
//*---------------------C-Source Code-----------------------------------------*
//*SIGNAL_NAKED (SIG_USART_RECV) *
//*{ *
-//* uc_8 data,tmp; *
-//* uc_8 *ptr; *
+//* uint8_t data,tmp; *
+//* uint8_t *ptr; *
//* if (rf_rx_state == 0x03) // Receive data *
//* { *
//* ptr = prf_buffer_rx + rf_rx_counter *
Modified: firmware/fuxrf/trunk/rf_ctrl.h
===================================================================
--- firmware/fuxrf/trunk/rf_ctrl.h 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/fuxrf/trunk/rf_ctrl.h 2007-10-01 12:02:54 UTC (rev 561)
@@ -46,7 +46,7 @@
#include "defines.h"
-extern void init_atr2406(uc_8 channel, uc_8 mode);
+extern void init_atr2406(uint8_t channel, uint8_t mode);
extern void pwr_up_atr2406(void);
extern void pwr_dwn_atr2406(void);
extern void start_rf_timer(void);
Modified: firmware/fuxrf/trunk/varis.c
===================================================================
--- firmware/fuxrf/trunk/varis.c 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/fuxrf/trunk/varis.c 2007-10-01 12:02:54 UTC (rev 561)
@@ -1,72 +1,72 @@
#include "defines.h"
// RF buffer
-uc_8 rf_buffer_tx1[64] __attribute__ ((section(".buffer_tx1"))); // Buffer for storing the RF TX data
-uc_8 rf_buffer_rx1[51] __attribute__ ((section(".buffer_rx1"))); // Buffer for storing the RF RX data
-uc_8 rf_buffer_tx2[64] __attribute__ ((section(".buffer_tx2"))); // Buffer for storing the RF TX data
-uc_8 rf_buffer_rx2[51] __attribute__ ((section(".buffer_rx2"))); // Buffer for storing the RF RX data
+uint8_t rf_buffer_tx1[64] __attribute__ ((section(".buffer_tx1"))); // Buffer for storing the RF TX data
+uint8_t rf_buffer_rx1[51] __attribute__ ((section(".buffer_rx1"))); // Buffer for storing the RF RX data
+uint8_t rf_buffer_tx2[64] __attribute__ ((section(".buffer_tx2"))); // Buffer for storing the RF TX data
+uint8_t rf_buffer_rx2[51] __attribute__ ((section(".buffer_rx2"))); // Buffer for storing the RF RX data
-uc_8 *prf_buffer_rx __attribute__ ((section(".globals")));
-uc_8 *pspi_buffer_rx __attribute__ ((section(".globals")));
-uc_8 *prf_buffer_tx __attribute__ ((section(".globals")));
-uc_8 *pspi_buffer_tx __attribute__ ((section(".globals")));
+uint8_t *prf_buffer_rx __attribute__ ((section(".globals")));
+uint8_t *pspi_buffer_rx __attribute__ ((section(".globals")));
+uint8_t *prf_buffer_tx __attribute__ ((section(".globals")));
+uint8_t *pspi_buffer_tx __attribute__ ((section(".globals")));
// SOF buffer
-uc_8 sof_ary[3] __attribute__ ((section(".sof"))); // Variable holding the 4 bytes start of frame
+uint8_t sof_ary[3] __attribute__ ((section(".sof"))); // Variable holding the 4 bytes start of frame
-uc_8 rf_header[4] __attribute__ ((section(".globals"))); // Rf header
+uint8_t rf_header[4] __attribute__ ((section(".globals"))); // Rf header
// RF variables
-uc_8 rf_status __attribute__ ((section(".globals"))); // Satus of the RF - Task (Locked or Unlocked)
-volatile uc_8 channel __attribute__ ((section(".globals"))); // Currently used RF - Channel
-uc_8 rfStateCount __attribute__ ((section(".globals"))); // Counter for RF-IRQ-State machine
-uc_8 tx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet TX
-uc_8 rx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet RX
-uc_8 rf_tx_counter __attribute__ ((section(".globals"))); // Counting the TX'ed bytes
-uc_8 rf_rx_counter __attribute__ ((section(".globals"))); // Counting the RX'ed bytes
-uc_8 rf_rx_state __attribute__ ((section(".globals"))); // State of the RX interrupt
-uc_8 checksum __attribute__ ((section(".globals"))); // Checksum => 0x00 => okay
-ui_16 ts __attribute__ ((section(".globals"))); // Timestamp for resynchronisation, if in synchronous mode
-uc_8 rx_buffer_ready __attribute__ ((section(".globals"))); // Correct frame recieve flag
-uc_8 gfilter __attribute__ ((section(".globals"))); // Gaussian filter value
+uint8_t rf_status __attribute__ ((section(".globals"))); // Satus of the RF - Task (Locked or Unlocked)
+volatile uint8_t channel __attribute__ ((section(".globals"))); // Currently used RF - Channel
+uint8_t rfStateCount __attribute__ ((section(".globals"))); // Counter for RF-IRQ-State machine
+uint8_t tx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet TX
+uint8_t rx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet RX
+uint8_t rf_tx_counter __attribute__ ((section(".globals"))); // Counting the TX'ed bytes
+uint8_t rf_rx_counter __attribute__ ((section(".globals"))); // Counting the RX'ed bytes
+uint8_t rf_rx_state __attribute__ ((section(".globals"))); // State of the RX interrupt
+uint8_t checksum __attribute__ ((section(".globals"))); // Checksum => 0x00 => okay
+uint16_t ts __attribute__ ((section(".globals"))); // Timestamp for resynchronisation, if in synchronous mode
+uint8_t rx_buffer_ready __attribute__ ((section(".globals"))); // Correct frame recieve flag
+uint8_t gfilter __attribute__ ((section(".globals"))); // Gaussian filter value
// Adaptive FHSS
-uc_8 frequencyTable[20] __attribute__ ((section(".globals"))); // Table with the scheme of frequency
-uc_8 frequencyIndex __attribute__ ((section(".globals"))); // Pointer for the table of frequency
-uc_8 FHAState __attribute__ ((section(".globals"))); // Status of FHA state machine
-uc_8 frameCmpt __attribute__ ((section(".globals"))); // Counter of RF frame
-uc_8 frequencyStatistic[20] __attribute__ ((section(".globals"))); // Table with statistic for FHA
-ui_16 statisticPointer __attribute__ ((section(".globals"))); // Pointer for the table with statistic for FHA
-uc_8 tempoIndexFreq __attribute__ ((section(".globals"))); // Temporary index
-uc_8 replaceFrequency __attribute__ ((section(".globals"))); // Temporary index
-uc_8 random_numb __attribute__ ((section(".globals"))); // Random number for FHA
+uint8_t frequencyTable[20] __attribute__ ((section(".globals"))); // Table with the scheme of frequency
+uint8_t frequencyIndex __attribute__ ((section(".globals"))); // Pointer for the table of frequency
+uint8_t FHAState __attribute__ ((section(".globals"))); // Status of FHA state machine
+uint8_t frameCmpt __attribute__ ((section(".globals"))); // Counter of RF frame
+uint8_t frequencyStatistic[20] __attribute__ ((section(".globals"))); // Table with statistic for FHA
+uint16_t statisticPointer __attribute__ ((section(".globals"))); // Pointer for the table with statistic for FHA
+uint8_t tempoIndexFreq __attribute__ ((section(".globals"))); // Temporary index
+uint8_t replaceFrequency __attribute__ ((section(".globals"))); // Temporary index
+uint8_t random_numb __attribute__ ((section(".globals"))); // Random number for FHA
// SPI
-uc_8 spi_enable __attribute__ ((section(".globals"))); // Flag to start spi transaction
+uint8_t spi_enable __attribute__ ((section(".globals"))); // Flag to start spi transaction
typedef enum
{ PUT_SOUND_SPI, PUT_COMMAND_SPI, PUT_STATUS_SPI,
END_SPI } STM_SPI_SLAVE_MASTER_TYPE;
STM_SPI_SLAVE_MASTER_TYPE spi_slave __attribute__ ((section(".globals"))); // SPI state machine variable
-uc_8 spi_lenght __attribute__ ((section(".globals"))); // SPI legnht
-uc_8 commandBuffer[4] __attribute__ ((section(".globals"))); // SPI command buffer
-uc_8 spiConfigFrame[7] __attribute__ ((section(".globals"))); // SPI ID
+uint8_t spi_lenght __attribute__ ((section(".globals"))); // SPI legnht
+uint8_t commandBuffer[4] __attribute__ ((section(".globals"))); // SPI command buffer
+uint8_t spiConfigFrame[7] __attribute__ ((section(".globals"))); // SPI ID
// Redundancy variable
-uc_8 errorFrame __attribute__ ((section(".globals"))); // Detect error in transmission
+uint8_t errorFrame __attribute__ ((section(".globals"))); // Detect error in transmission
// Command variables
-uc_8 commandStatus __attribute__ ((section(".globals"))); // Status of the command
-uc_8 commandCmpt __attribute__ ((section(".globals"))); // Counter for resend command
-uc_8 ACKmode __attribute__ ((section(".globals"))); // Wait an ACK
+uint8_t commandStatus __attribute__ ((section(".globals"))); // Status of the command
+uint8_t commandCmpt __attribute__ ((section(".globals"))); // Counter for resend command
+uint8_t ACKmode __attribute__ ((section(".globals"))); // Wait an ACK
// Watchdog variable
-uc_8 watchdog __attribute__ ((section(".globals"))); // Watchdog for auto reset
+uint8_t watchdog __attribute__ ((section(".globals"))); // Watchdog for auto reset
// RF toy ID
-uc_8 toy_id_l __attribute__ ((section(".globals"))); // Toy ID
-uc_8 toy_id_h __attribute__ ((section(".globals")));
+uint8_t toy_id_l __attribute__ ((section(".globals"))); // Toy ID
+uint8_t toy_id_h __attribute__ ((section(".globals")));
-volatile uc_8 Test __attribute__ ((section(".globals")));
+volatile uint8_t Test __attribute__ ((section(".globals")));
// Eeprom variable
unsigned char ee_filter __attribute__ ((section(".eeprom"))) = 7;
Modified: firmware/fuxrf/trunk/varis.h
===================================================================
--- firmware/fuxrf/trunk/varis.h 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/fuxrf/trunk/varis.h 2007-10-01 12:02:54 UTC (rev 561)
@@ -4,72 +4,72 @@
#include "defines.h"
// RF buffer
-extern uc_8 rf_buffer_tx1[64] __attribute__ ((section(".buffer_tx1"))); // Buffer for storing the RF TX data
-extern uc_8 rf_buffer_rx1[51] __attribute__ ((section(".buffer_rx1"))); // Buffer for storing the RF RX data
-extern uc_8 rf_buffer_tx2[64] __attribute__ ((section(".buffer_tx2"))); // Buffer for storing the RF TX data
-extern uc_8 rf_buffer_rx2[51] __attribute__ ((section(".buffer_rx2"))); // Buffer for storing the RF RX data
+extern uint8_t rf_buffer_tx1[64] __attribute__ ((section(".buffer_tx1"))); // Buffer for storing the RF TX data
+extern uint8_t rf_buffer_rx1[51] __attribute__ ((section(".buffer_rx1"))); // Buffer for storing the RF RX data
+extern uint8_t rf_buffer_tx2[64] __attribute__ ((section(".buffer_tx2"))); // Buffer for storing the RF TX data
+extern uint8_t rf_buffer_rx2[51] __attribute__ ((section(".buffer_rx2"))); // Buffer for storing the RF RX data
-extern uc_8 *prf_buffer_rx __attribute__ ((section(".globals")));
-extern uc_8 *pspi_buffer_rx __attribute__ ((section(".globals")));
-extern uc_8 *prf_buffer_tx __attribute__ ((section(".globals")));
-extern uc_8 *pspi_buffer_tx __attribute__ ((section(".globals")));
+extern uint8_t *prf_buffer_rx __attribute__ ((section(".globals")));
+extern uint8_t *pspi_buffer_rx __attribute__ ((section(".globals")));
+extern uint8_t *prf_buffer_tx __attribute__ ((section(".globals")));
+extern uint8_t *pspi_buffer_tx __attribute__ ((section(".globals")));
-extern uc_8 rf_header[4] __attribute__ ((section(".globals"))); // Rf header
+extern uint8_t rf_header[4] __attribute__ ((section(".globals"))); // Rf header
// SOF buffer
-extern uc_8 sof_ary[3] __attribute__ ((section(".sof"))); // Variable holding the 4 bytes start of frame
+extern uint8_t sof_ary[3] __attribute__ ((section(".sof"))); // Variable holding the 4 bytes start of frame
// RF variables
-extern uc_8 rf_status __attribute__ ((section(".globals"))); // Satus of the RF - Task (Locked or Unlocked)
-extern volatile uc_8 channel __attribute__ ((section(".globals"))); // Currently used RF - Channel
-extern uc_8 rfStateCount __attribute__ ((section(".globals"))); // Counter for RF-IRQ-State machine
-extern uc_8 tx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet TX
-extern uc_8 rx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet RX
-extern uc_8 rf_tx_counter __attribute__ ((section(".globals"))); // Counting the TX'ed bytes
-extern uc_8 rf_rx_counter __attribute__ ((section(".globals"))); // Counting the RX'ed bytes
-extern uc_8 rf_rx_state __attribute__ ((section(".globals"))); // State of the RX interrupt
-extern uc_8 checksum __attribute__ ((section(".globals"))); // Checksum => 0x00 => okay
-extern ui_16 ts __attribute__ ((section(".globals"))); // Timestamp for resynchronisation, if in synchronous mode
-extern uc_8 rx_buffer_ready __attribute__ ((section(".globals"))); // Correct frame recieve flag
-extern uc_8 gfilter __attribute__ ((section(".globals"))); // Gaussian filter value
+extern uint8_t rf_status __attribute__ ((section(".globals"))); // Satus of the RF - Task (Locked or Unlocked)
+extern volatile uint8_t channel __attribute__ ((section(".globals"))); // Currently used RF - Channel
+extern uint8_t rfStateCount __attribute__ ((section(".globals"))); // Counter for RF-IRQ-State machine
+extern uint8_t tx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet TX
+extern uint8_t rx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet RX
+extern uint8_t rf_tx_counter __attribute__ ((section(".globals"))); // Counting the TX'ed bytes
+extern uint8_t rf_rx_counter __attribute__ ((section(".globals"))); // Counting the RX'ed bytes
+extern uint8_t rf_rx_state __attribute__ ((section(".globals"))); // State of the RX interrupt
+extern uint8_t checksum __attribute__ ((section(".globals"))); // Checksum => 0x00 => okay
+extern uint16_t ts __attribute__ ((section(".globals"))); // Timestamp for resynchronisation, if in synchronous mode
+extern uint8_t rx_buffer_ready __attribute__ ((section(".globals"))); // Correct frame recieve flag
+extern uint8_t gfilter __attribute__ ((section(".globals"))); // Gaussian filter value
// Adaptive FHSS
-extern uc_8 frequencyTable[20] __attribute__ ((section(".globals"))); // Table with the scheme of frequency
-extern uc_8 frequencyIndex __attribute__ ((section(".globals"))); // Pointer for the table of frequency
-extern uc_8 FHAState __attribute__ ((section(".globals"))); // Status of FHA state machine
-extern uc_8 frameCmpt __attribute__ ((section(".globals"))); // Counter of RF frame
-extern uc_8 frequencyStatistic[20] __attribute__ ((section(".globals"))); // Table with statistic for FHA
-extern ui_16 statisticPointer __attribute__ ((section(".globals"))); // Pointer for the table with statistic for FHA
-extern uc_8 tempoIndexFreq __attribute__ ((section(".globals"))); // Temporary index
-extern uc_8 replaceFrequency __attribute__ ((section(".globals"))); // Temporary frequency
-extern uc_8 random_numb __attribute__ ((section(".globals"))); // Random number for FHA
+extern uint8_t frequencyTable[20] __attribute__ ((section(".globals"))); // Table with the scheme of frequency
+extern uint8_t frequencyIndex __attribute__ ((section(".globals"))); // Pointer for the table of frequency
+extern uint8_t FHAState __attribute__ ((section(".globals"))); // Status of FHA state machine
+extern uint8_t frameCmpt __attribute__ ((section(".globals"))); // Counter of RF frame
+extern uint8_t frequencyStatistic[20] __attribute__ ((section(".globals"))); // Table with statistic for FHA
+extern uint16_t statisticPointer __attribute__ ((section(".globals"))); // Pointer for the table with statistic for FHA
+extern uint8_t tempoIndexFreq __attribute__ ((section(".globals"))); // Temporary index
+extern uint8_t replaceFrequency __attribute__ ((section(".globals"))); // Temporary frequency
+extern uint8_t random_numb __attribute__ ((section(".globals"))); // Random number for FHA
// SPI
-extern uc_8 spi_enable __attribute__ ((section(".globals"))); // Flag to start spi transaction
+extern uint8_t spi_enable __attribute__ ((section(".globals"))); // Flag to start spi transaction
typedef enum
{ PUT_SOUND_SPI, PUT_COMMAND_SPI, PUT_STATUS_SPI,
END_SPI } STM_SPI_SLAVE_MASTER_TYPE;
extern STM_SPI_SLAVE_MASTER_TYPE spi_slave __attribute__ ((section(".globals"))); // SPI state machine variable
-extern uc_8 spi_lenght __attribute__ ((section(".globals"))); // SPI legnht
-extern uc_8 commandBuffer[4] __attribute__ ((section(".globals"))); // SPI legnht
-extern uc_8 spiConfigFrame[7] __attribute__ ((section(".globals"))); // SPI ID
+extern uint8_t spi_lenght __attribute__ ((section(".globals"))); // SPI legnht
+extern uint8_t commandBuffer[4] __attribute__ ((section(".globals"))); // SPI legnht
+extern uint8_t spiConfigFrame[7] __attribute__ ((section(".globals"))); // SPI ID
// Redundancy variable
-extern uc_8 errorFrame __attribute__ ((section(".globals"))); // Detect error in transmission
+extern uint8_t errorFrame __attribute__ ((section(".globals"))); // Detect error in transmission
// Command variables
-extern uc_8 commandStatus __attribute__ ((section(".globals"))); // Status of the command
-extern uc_8 commandCmpt __attribute__ ((section(".globals"))); // Counter for resend command
-extern uc_8 ACKmode __attribute__ ((section(".globals"))); // Wait an ACK
+extern uint8_t commandStatus __attribute__ ((section(".globals"))); // Status of the command
+extern uint8_t commandCmpt __attribute__ ((section(".globals"))); // Counter for resend command
+extern uint8_t ACKmode __attribute__ ((section(".globals"))); // Wait an ACK
// Watchdog variable
-extern uc_8 watchdog __attribute__ ((section(".globals"))); // Watchdog for auto reset
+extern uint8_t watchdog __attribute__ ((section(".globals"))); // Watchdog for auto reset
// RF toy ID
-extern uc_8 toy_id_l __attribute__ ((section(".globals"))); // Toy ID
-extern uc_8 toy_id_h __attribute__ ((section(".globals")));
+extern uint8_t toy_id_l __attribute__ ((section(".globals"))); // Toy ID
+extern uint8_t toy_id_h __attribute__ ((section(".globals")));
-extern volatile uc_8 Test __attribute__ ((section(".globals")));
+extern volatile uint8_t Test __attribute__ ((section(".globals")));
// Eeprom variable
extern unsigned char ee_filter __attribute__ ((section(".eeprom")));
Modified: firmware/tuxrf/trunk/defines.h
===================================================================
--- firmware/tuxrf/trunk/defines.h 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/tuxrf/trunk/defines.h 2007-10-01 12:02:54 UTC (rev 561)
@@ -13,12 +13,6 @@
#define TRX_CHANNEL 90
#define FHA // Use frequency hopping adaptativ
-// Type definition
-#define uc_8 unsigned char
-#define ui_16 unsigned int
-#define sc_8 char
-#define si_16 int
-
//------->rf_status-Defines<-------//
#define WAIT_HOPPING 0x02
#define RXING 0x04
Modified: firmware/tuxrf/trunk/init.c
===================================================================
--- firmware/tuxrf/trunk/init.c 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/tuxrf/trunk/init.c 2007-10-01 12:02:54 UTC (rev 561)
@@ -89,15 +89,15 @@
//*****************************************************************************
void init_varis(void)
{
- uc_8 i;
+ uint8_t i;
i = input(SPL);
i ^= 0xFF;
- extern ui_16 __bss_start;
- extern ui_16 __stack;
- uc_8 *ptr = (uc_8 *) & __bss_start;
+ extern uint16_t __bss_start;
+ extern uint16_t __stack;
+ uint8_t *ptr = (uint8_t *) & __bss_start;
- while (ptr < (uc_8 *) & __stack - i)
+ while (ptr < (uint8_t *) & __stack - i)
{ /*sub because of returning of subroutine */
*ptr++ = 0;
} // Put the RAM to 0
Modified: firmware/tuxrf/trunk/misc.c
===================================================================
--- firmware/tuxrf/trunk/misc.c 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/tuxrf/trunk/misc.c 2007-10-01 12:02:54 UTC (rev 561)
@@ -15,9 +15,9 @@
//* Date: 31.01.06 *
//* Description: Generates a delay. T(delay) = val * 10us *
//*****************************************************************************
-void wait_n_10us(uc_8 val)
+void wait_n_10us(uint8_t val)
{
- uc_8 i, j;
+ uint8_t i, j;
i = val;
for (i = 0; i < val; i++)
@@ -45,8 +45,8 @@
//*****************************************************************************
void calc_checksum(unsigned char *pbuffer)
{
- uc_8 i, tmp;
- uc_8 *ptr;
+ uint8_t i, tmp;
+ uint8_t *ptr;
ptr = pbuffer + 16; // Get address of start of RF frame
if (*(pbuffer + 16) & SMALLFRAME)
Modified: firmware/tuxrf/trunk/misc.h
===================================================================
--- firmware/tuxrf/trunk/misc.h 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/tuxrf/trunk/misc.h 2007-10-01 12:02:54 UTC (rev 561)
@@ -3,7 +3,7 @@
#include "defines.h"
-extern void wait_n_10us(uc_8 val);
+extern void wait_n_10us(uint8_t val);
extern void calc_checksum(unsigned char *pbuffer);
#endif
Modified: firmware/tuxrf/trunk/prot.c
===================================================================
--- firmware/tuxrf/trunk/prot.c 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/tuxrf/trunk/prot.c 2007-10-01 12:02:54 UTC (rev 561)
@@ -22,7 +22,7 @@
{
unsigned char i, out, sleepCmpt;
unsigned char RFinitState; // Init state machine variable
- ui_16 j;
+ uint16_t j;
rf_status |= SLAVE; // Set rf status like slave
out = 0; // Variable to control init loop
Modified: firmware/tuxrf/trunk/rf_ctrl.c
===================================================================
--- firmware/tuxrf/trunk/rf_ctrl.c 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/tuxrf/trunk/rf_ctrl.c 2007-10-01 12:02:54 UTC (rev 561)
@@ -255,10 +255,10 @@
//* Description: Programms the ATR2406 to the desired channel and to the *
//* desired mode. *
//*****************************************************************************
-void init_atr2406(uc_8 channel, uc_8 mode)
+void init_atr2406(uint8_t channel, uint8_t mode)
{
- uc_8 i, dat_l, dat_h, tmp;
- ui_16 conf_data;
+ uint8_t i, dat_l, dat_h, tmp;
+ uint16_t conf_data;
set_nole;
clr_data;
@@ -287,9 +287,9 @@
}
}
dat_l |= 0x80;
- conf_data = (uc_8) dat_h;
+ conf_data = (uint8_t) dat_h;
conf_data = conf_data << 8;
- conf_data += (uc_8) dat_l;
+ conf_data += (uint8_t) dat_l;
for (i = 0; i < 16; i++) // Shift out configuration word
{
clr_clock;
@@ -366,8 +366,8 @@
//--------------------------C-Source Code-------------------------------------*
//*SIGNAL (SIG_USART_DATA) *
//*{ *
-//* uc_8 *ptr; *
-//* uc_8 data; *
+//* uint8_t *ptr; *
+//* uint8_t data; *
//* ptr = prf_buffer_tx; *
//* ptr += rf_tx_counter; *
//* rf_tx_counter++; *
@@ -524,8 +524,8 @@
//*---------------------C-Source Code-----------------------------------------*
//*SIGNAL_NAKED (SIG_USART_RECV) *
//*{ *
-//* uc_8 data,tmp; *
-//* uc_8 *ptr; *
+//* uint8_t data,tmp; *
+//* uint8_t *ptr; *
//* if (rf_rx_state == 0x03) // Receive data *
//* { *
//* ptr = prf_buffer_rx + rf_rx_counter *
Modified: firmware/tuxrf/trunk/rf_ctrl.h
===================================================================
--- firmware/tuxrf/trunk/rf_ctrl.h 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/tuxrf/trunk/rf_ctrl.h 2007-10-01 12:02:54 UTC (rev 561)
@@ -46,7 +46,7 @@
#include "defines.h"
-extern void init_atr2406(uc_8 channel, uc_8 mode);
+extern void init_atr2406(uint8_t channel, uint8_t mode);
extern void pwr_up_atr2406(void);
extern void pwr_dwn_atr2406(void);
extern void start_rf_timer(void);
Modified: firmware/tuxrf/trunk/varis.c
===================================================================
--- firmware/tuxrf/trunk/varis.c 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/tuxrf/trunk/varis.c 2007-10-01 12:02:54 UTC (rev 561)
@@ -1,71 +1,71 @@
#include "defines.h"
// RF buffer
-uc_8 rf_buffer_tx1[64] __attribute__ ((section(".buffer_tx1"))); // Buffer for storing the RF TX data
-uc_8 rf_buffer_rx1[51] __attribute__ ((section(".buffer_rx1"))); // Buffer for storing the RF RX data
-uc_8 rf_buffer_tx2[64] __attribute__ ((section(".buffer_tx2"))); // Buffer for storing the RF TX data
-uc_8 rf_buffer_rx2[51] __attribute__ ((section(".buffer_rx2"))); // Buffer for storing the RF RX data
+uint8_t rf_buffer_tx1[64] __attribute__ ((section(".buffer_tx1"))); // Buffer for storing the RF TX data
+uint8_t rf_buffer_rx1[51] __attribute__ ((section(".buffer_rx1"))); // Buffer for storing the RF RX data
+uint8_t rf_buffer_tx2[64] __attribute__ ((section(".buffer_tx2"))); // Buffer for storing the RF TX data
+uint8_t rf_buffer_rx2[51] __attribute__ ((section(".buffer_rx2"))); // Buffer for storing the RF RX data
-uc_8 *prf_buffer_rx __attribute__ ((section(".globals")));
-uc_8 *pspi_buffer_rx __attribute__ ((section(".globals")));
-uc_8 *prf_buffer_tx __attribute__ ((section(".globals")));
-uc_8 *pspi_buffer_tx __attribute__ ((section(".globals")));
+uint8_t *prf_buffer_rx __attribute__ ((section(".globals")));
+uint8_t *pspi_buffer_rx __attribute__ ((section(".globals")));
+uint8_t *prf_buffer_tx __attribute__ ((section(".globals")));
+uint8_t *pspi_buffer_tx __attribute__ ((section(".globals")));
// SOF buffer
-uc_8 sof_ary[3] __attribute__ ((section(".sof"))); // Variable holding the 4 bytes start of frame
+uint8_t sof_ary[3] __attribute__ ((section(".sof"))); // Variable holding the 4 bytes start of frame
// RF variables
-uc_8 rf_status __attribute__ ((section(".globals"))); // Satus of the RF - Task (Locked or Unlocked)
-volatile uc_8 channel __attribute__ ((section(".globals"))); // Currently used RF - Channel
-uc_8 rfStateCount __attribute__ ((section(".globals"))); // Counter for RF-IRQ-State machine
-uc_8 tx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet TX
-uc_8 rx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet RX
-uc_8 rf_tx_counter __attribute__ ((section(".globals"))); // Counting the TX'ed bytes
-uc_8 rf_rx_counter __attribute__ ((section(".globals"))); // Counting the RX'ed bytes
-uc_8 rf_rx_state __attribute__ ((section(".globals"))); // State of the RX interrupt
-uc_8 checksum __attribute__ ((section(".globals"))); // Checksum => 0x00 => okay
-ui_16 ts __attribute__ ((section(".globals"))); // Timestamp for resynchronisation, if in synchronous mode
-uc_8 rx_buffer_ready __attribute__ ((section(".globals"))); // Correct frame recieve flag
-uc_8 gfilter __attribute__ ((section(".globals"))); // Gaussian filter value
+uint8_t rf_status __attribute__ ((section(".globals"))); // Satus of the RF - Task (Locked or Unlocked)
+volatile uint8_t channel __attribute__ ((section(".globals"))); // Currently used RF - Channel
+uint8_t rfStateCount __attribute__ ((section(".globals"))); // Counter for RF-IRQ-State machine
+uint8_t tx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet TX
+uint8_t rx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet RX
+uint8_t rf_tx_counter __attribute__ ((section(".globals"))); // Counting the TX'ed bytes
+uint8_t rf_rx_counter __attribute__ ((section(".globals"))); // Counting the RX'ed bytes
+uint8_t rf_rx_state __attribute__ ((section(".globals"))); // State of the RX interrupt
+uint8_t checksum __attribute__ ((section(".globals"))); // Checksum => 0x00 => okay
+uint16_t ts __attribute__ ((section(".globals"))); // Timestamp for resynchronisation, if in synchronous mode
+uint8_t rx_buffer_ready __attribute__ ((section(".globals"))); // Correct frame recieve flag
+uint8_t gfilter __attribute__ ((section(".globals"))); // Gaussian filter value
// Adaptive FHSS
-uc_8 frequencyTable[20] __attribute__ ((section(".globals"))); // Table with the scheme of frequency
-uc_8 frequencyIndex __attribute__ ((section(".globals"))); // Pointer for the table of frequency
-uc_8 FHAState __attribute__ ((section(".globals"))); // Status of FHA state machine
-uc_8 frameCmpt __attribute__ ((section(".globals"))); // Counter of RF frame
-uc_8 tempoIndexFreq __attribute__ ((section(".globals"))); // Temporary index
-uc_8 replaceFrequency __attribute__ ((section(".globals"))); // Temporary index
+uint8_t frequencyTable[20] __attribute__ ((section(".globals"))); // Table with the scheme of frequency
+uint8_t frequencyIndex __attribute__ ((section(".globals"))); // Pointer for the table of frequency
+uint8_t FHAState __attribute__ ((section(".globals"))); // Status of FHA state machine
+uint8_t frameCmpt __attribute__ ((section(".globals"))); // Counter of RF frame
+uint8_t tempoIndexFreq __attribute__ ((section(".globals"))); // Temporary index
+uint8_t replaceFrequency __attribute__ ((section(".globals"))); // Temporary index
// SPI
-uc_8 spi_enable __attribute__ ((section(".globals"))); // Flag to start spi transaction
+uint8_t spi_enable __attribute__ ((section(".globals"))); // Flag to start spi transaction
typedef enum
{ PUT_SOUND_SPI, PUT_COMMAND_SPI, PUT_STATUS_SPI,
END_SPI
} STM_SPI_SLAVE_MASTER_TYPE;
STM_SPI_SLAVE_MASTER_TYPE spi_slave __attribute__ ((section(".globals"))); // SPI state machine variable
-uc_8 spi_lenght __attribute__ ((section(".globals"))); // SPI legnht
-uc_8 commandBuffer[4] __attribute__ ((section(".globals"))); // SPI legnht
+uint8_t spi_lenght __attribute__ ((section(".globals"))); // SPI legnht
+uint8_t commandBuffer[4] __attribute__ ((section(".globals"))); // SPI legnht
// Redundancy variable
-uc_8 errorFrame __attribute__ ((section(".globals"))); // Detect error in transmission
+uint8_t errorFrame __attribute__ ((section(".globals"))); // Detect error in transmission
// Command variables
-uc_8 commandStatus __attribute__ ((section(".globals"))); // Status of the command
-uc_8 commandCmpt __attribute__ ((section(".globals"))); // Counter for resend command
-uc_8 ACKmode __attribute__ ((section(".globals"))); // Wait an ACK
+uint8_t commandStatus __attribute__ ((section(".globals"))); // Status of the command
+uint8_t commandCmpt __attribute__ ((section(".globals"))); // Counter for resend command
+uint8_t ACKmode __attribute__ ((section(".globals"))); // Wait an ACK
// Watchdog variable
-uc_8 watchdog __attribute__ ((section(".globals"))); // Watchdog for auto reset
+uint8_t watchdog __attribute__ ((section(".globals"))); // Watchdog for auto reset
// RF toy ID
-uc_8 toy_id_l __attribute__ ((section(".globals"))); // Toy ID
-uc_8 toy_id_h __attribute__ ((section(".globals")));
-uc_8 requestID __attribute__ ((section(".globals")));
-uc_8 changeID __attribute__ ((section(".globals")));
-volatile uc_8 Test __attribute__ ((section(".globals"))); // Test
+uint8_t toy_id_l __attribute__ ((section(".globals"))); // Toy ID
+uint8_t toy_id_h __attribute__ ((section(".globals")));
+uint8_t requestID __attribute__ ((section(".globals")));
+uint8_t changeID __attribute__ ((section(".globals")));
+volatile uint8_t Test __attribute__ ((section(".globals"))); // Test
// Sleep mode
-volatile uc_8 sleepMode __attribute__ ((section(".globals"))); // Sleep mode flag
+volatile uint8_t sleepMode __attribute__ ((section(".globals"))); // Sleep mode flag
// Eeprom variable
unsigned char ee_filter __attribute__ ((section(".eeprom"))) = 5;
Modified: firmware/tuxrf/trunk/varis.h
===================================================================
--- firmware/tuxrf/trunk/varis.h 2007-10-01 10:43:21 UTC (rev 560)
+++ firmware/tuxrf/trunk/varis.h 2007-10-01 12:02:54 UTC (rev 561)
@@ -4,72 +4,72 @@
#include "defines.h"
// RF buffer
-extern uc_8 rf_buffer_tx1[64] __attribute__ ((section(".buffer_tx1"))); // Buffer for storing the RF TX data
-extern uc_8 rf_buffer_rx1[51] __attribute__ ((section(".buffer_rx1"))); // Buffer for storing the RF RX data
-extern uc_8 rf_buffer_tx2[64] __attribute__ ((section(".buffer_tx2"))); // Buffer for storing the RF TX data
-extern uc_8 rf_buffer_rx2[51] __attribute__ ((section(".buffer_rx2"))); // Buffer for storing the RF RX data
+extern uint8_t rf_buffer_tx1[64] __attribute__ ((section(".buffer_tx1"))); // Buffer for storing the RF TX data
+extern uint8_t rf_buffer_rx1[51] __attribute__ ((section(".buffer_rx1"))); // Buffer for storing the RF RX data
+extern uint8_t rf_buffer_tx2[64] __attribute__ ((section(".buffer_tx2"))); // Buffer for storing the RF TX data
+extern uint8_t rf_buffer_rx2[51] __attribute__ ((section(".buffer_rx2"))); // Buffer for storing the RF RX data
-extern uc_8 *prf_buffer_rx __attribute__ ((section(".globals")));
-extern uc_8 *pspi_buffer_rx __attribute__ ((section(".globals")));
-extern uc_8 *prf_buffer_tx __attribute__ ((section(".globals")));
-extern uc_8 *pspi_buffer_tx __attribute__ ((section(".globals")));
+extern uint8_t *prf_buffer_rx __attribute__ ((section(".globals")));
+extern uint8_t *pspi_buffer_rx __attribute__ ((section(".globals")));
+extern uint8_t *prf_buffer_tx __attribute__ ((section(".globals")));
+extern uint8_t *pspi_buffer_tx __attribute__ ((section(".globals")));
// SOF buffer
-extern uc_8 sof_ary[3] __attribute__ ((section(".sof"))); // Variable holding the 4 bytes start of frame
+extern uint8_t sof_ary[3] __attribute__ ((section(".sof"))); // Variable holding the 4 bytes start of frame
// RF variables
-extern uc_8 rf_status __attribute__ ((section(".globals"))); // Satus of the RF - Task (Locked or Unlocked)
-extern volatile uc_8 channel __attribute__ ((section(".globals"))); // Currently used RF - Channel
-extern uc_8 rfStateCount __attribute__ ((section(".globals"))); // Counter for RF-IRQ-State machine
-extern uc_8 tx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet TX
-extern uc_8 rx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet RX
-extern uc_8 rf_tx_counter __attribute__ ((section(".globals"))); // Counting the TX'ed bytes
-extern uc_8 rf_rx_counter __attribute__ ((section(".globals"))); // Counting the RX'ed bytes
-extern uc_8 rf_rx_state __attribute__ ((section(".globals"))); // State of the RX interrupt
-extern uc_8 checksum __attribute__ ((section(".globals"))); // Checksum => 0x00 => okay
-extern ui_16 ts __attribute__ ((section(".globals"))); // Timestamp for resynchronisation, if in synchronous mode
-extern uc_8 rx_buffer_ready __attribute__ ((section(".globals"))); // Correct frame recieve flag
-extern uc_8 gfilter __attribute__ ((section(".globals"))); // Gaussian filter value
+extern uint8_t rf_status __attribute__ ((section(".globals"))); // Satus of the RF - Task (Locked or Unlocked)
+extern volatile uint8_t channel __attribute__ ((section(".globals"))); // Currently used RF - Channel
+extern uint8_t rfStateCount __attribute__ ((section(".globals"))); // Counter for RF-IRQ-State machine
+extern uint8_t tx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet TX
+extern uint8_t rx_pac_len __attribute__ ((section(".globals"))); // Variable containing the length of the current RF - Packet RX
+extern uint8_t rf_tx_counter __attribute__ ((section(".globals"))); // Counting the TX'ed bytes
+extern uint8_t rf_rx_counter __attribute__ ((section(".globals"))); // Counting the RX'ed bytes
+extern uint8_t rf_rx_state __attribute__ ((section(".globals"))); // State of the RX interrupt
+extern uint8_t checksum __attribute__ ((section(".globals"))); // Checksum => 0x00 => okay
+extern uint16_t ts __attribute__ ((section(".globals"))); // Timestamp for resynchronisation, if in synchronous mode
+extern uint8_t rx_buffer_ready __attribute__ ((section(".globals"))); // Correct frame recieve flag
+extern uint8_t gfilter __attribute__ ((section(".globals"))); // Gaussian filter value
// Adaptive FHSS
-extern uc_8 frequencyTable[20] __attribute__ ((section(".globals"))); // Table with the scheme of frequency
-extern uc_8 frequencyIndex __attribute__ ((section(".globals"))); // Pointer for the table of frequency
-extern uc_8 FHAState __attribute__ ((section(".globals"))); // Status of FHA state machine
-extern uc_8 frameCmpt __attribute__ ((section(".globals"))); // Counter of RF frame
-extern uc_8 tempoIndexFreq __attribute__ ((section(".globals"))); // Temporary index
-extern uc_8 replaceFrequency __attribute__ ((section(".globals"))); // Temporary frequency
+extern uint8_t frequencyTable[20] __attribute__ ((section(".globals"))); // Table with the scheme of frequency
+extern uint8_t frequencyIndex __attribute__ ((section(".globals"))); // Pointer for the table of frequency
+extern uint8_t FHAState __attribute__ ((section(".globals"))); // Status of FHA state machine
+extern uint8_t frameCmpt __attribute__ ((section(".globals"))); // Counter of RF frame
+extern uint8_t tempoIndexFreq __attribute__ ((section(".globals"))); // Temporary index
+extern uint8_t replaceFrequency __attribute__ ((section(".globals"))); // Temporary frequency
// SPI
-extern uc_8 spi_enable __attribute__ ((section(".globals"))); // Flag to start spi transaction
+extern uint8_t spi_enable __attribute__ ((section(".globals"))); // Flag to start spi transaction
typedef enum
{ PUT_SOUND_SPI, PUT_COMMAND_SPI, PUT_STATUS_SPI,
END_SPI
} STM_SPI_SLAVE_MASTER_TYPE;
extern STM_SPI_SLAVE_MASTER_TYPE spi_slave __attribute__ ((section(".globals"))); // SPI state machine variable
-extern uc_8 spi_lenght __attribute__ ((section(".globals"))); // SPI legnht
-extern uc_8 commandBuffer[4] __attribute__ ((section(".globals"))); // SPI legnht
+extern uint8_t spi_lenght __attribute__ ((section(".globals"))); // SPI legnht
+extern uint8_t commandBuffer[4] __attribute__ ((section(".globals"))); // SPI legnht
// Redundancy variable
-extern uc_8 errorFrame __attribute__ ((section(".globals"))); // Detect error in transmission
+extern uint8_t errorFrame __attribute__ ((section(".globals"))); // Detect error in transmission
// Command variables
-extern uc_8 commandStatus __attribute__ ((section(".globals"))); // Status of the command
-extern uc_8 commandCmpt __attribute__ ((section(".globals"))); // Counter for resend command
-extern uc_8 ACKmode __attribute__ ((section(".globals"))); // Wait an ACK
+extern uint8_t commandStatus __attribute__ ((section(".globals"))); // Status of the command
+extern uint8_t commandCmpt __attribute__ ((section(".globals"))); // Counter for resend command
+extern uint8_t ACKmode __attribute__ ((section(".globals"))); // Wait an ACK
// Watchdog variable
-extern uc_8 watchdog __attribute__ ((section(".globals"))); // Watchdog for auto reset
+extern uint8_t watchdog __attribute__ ((section(".globals"))); // Watchdog for auto reset
// RF toy ID
-extern uc_8 toy_id_l __attribute__ ((section(".globals"))); // Toy ID
-extern uc_8 toy_id_h __attribute__ ((section(".globals")));
-extern uc_8 requestID __attribute__ ((section(".globals")));
-extern uc_8 changeID __attribute__ ((section(".globals")));
+extern uint8_t toy_id_l __attribute__ ((section(".globals"))); // Toy ID
+extern uint8_t toy_id_h __attribute__ ((section(".globals")));
+extern uint8_t requestID __attribute__ ((section(".globals")));
+extern uint8_t changeID __attribute__ ((section(".globals")));
-extern volatile uc_8 Test __attribute__ ((section(".globals"))); // Test
+extern volatile uint8_t Test __attribute__ ((section(".globals"))); // Test
// Sleep mode
-extern volatile uc_8 sleepMode __attribute__ ((section(".globals"))); // Sleep mode flag
+extern volatile uint8_t sleepMode __attribute__ ((section(".globals"))); // Sleep mode flag
// Eeprom variable
extern unsigned char ee_filter __attribute__ ((section(".eeprom")));
|
