tsmart_xbee_868.h

#ifndef TSMART_XBEE_868_H_
#define TSMART_XBEE_868_H_


#include "ts_xbee_if.h"


#define PR_TSMART_XBEE_868_MAX_API_PAYLOAD      237 
#define PR_TSMART_XBEE_868_MAX_SECURITY_KEY     16  
#define TSMART_XBEE_868_FAULT_CODE_1            -1   
#define TSMART_XBEE_868_FAULT_CODE_2            -2   
#define TSMART_XBEE_868_FAULT_CODE_3            -3   
#define TSMART_XBEE_868_FAULT_CODE_4            -4   
#define TSMART_XBEE_868_FAULT_CODE_5            -5   
#define TSMART_XBEE_868_FAULT_CODE_6            -6   
#define TSMART_XBEE_868_FAULT_CODE_7            -7   
#define TSMART_XBEE_868_FAULT_CODE_8            -8   
#define TSMART_XBEE_868_FAULT_CODE_9            -9   
#define TSMART_XBEE_868_FAULT_CODE_10           -10  
#define TSMART_XBEE_868_FAULT_CODE_11           -11  
#define TSMART_XBEE_868_FAULT_CODE_12           -12  
#define TSMART_XBEE_868_FAULT_CODE_13           -13  
#define TSMART_XBEE_868_FAULT_CODE_14           -14  
#define TSMART_XBEE_868_FAULT_CODE_15           -15  
#define TSMART_XBEE_868_FAULT_CODE_16           -16  
typedef enum{
    TSMART_XBEE_868_FC_NONE    = USART_HardwareFlowControl_None,    
    TSMART_XBEE_868_FC_RTS     = USART_HardwareFlowControl_RTS,     
    TSMART_XBEE_868_FC_CTS     = USART_HardwareFlowControl_CTS,     
    TSMART_XBEE_868_FC_RTS_CTS = USART_HardwareFlowControl_RTS_CTS  
}tsmart_xbee_868_fc_t;


typedef struct{
    uint32_t high_addr_source;                          
    uint32_t low_addr_source;                           
    uint8_t  receive_options;                           
    uint8_t  data[PR_TSMART_XBEE_868_MAX_API_PAYLOAD];  
}tsmart_xbee_868_data_received_t;


typedef struct{
    uint8_t                         frame_id;                                   
    uint32_t                        high_addr_dest;                             
    uint32_t                        low_addr_dest;                              
    uint8_t                         broadcast_radius;                           
    uint8_t                         transmit_options;                           
    uint8_t                         payload[PR_TSMART_XBEE_868_MAX_API_PAYLOAD];
    uint32_t                        payload_size;                               
}tsmart_xbee_868_data_to_send_t;


typedef enum{
    TSMART_XBEE_868_PACKET_LOST,    
    TSMART_XBEE_868_OK              
}tsmart_xbee_868_report_t;


typedef enum {
    TSMART_XBEE_868_DISABLE,    
    TSMART_XBEE_868_ENABLE,     
} tsmart_xbee_868_flag_t;


typedef struct{
    uint8_t multiple_transmissions;                             
    uint8_t power_level;                                        
    uint8_t mac_retries;                                        
    tsmart_xbee_868_flag_t api_mode;                            
    tsmart_xbee_868_fc_t flow_control;                          
    uint16_t vid;                                               
    tsmart_xbee_868_flag_t security;                            
    uint8_t security_key[PR_TSMART_XBEE_868_MAX_SECURITY_KEY]; 
    uint32_t dest_addr_high;                                    
    uint32_t dest_addr_low;                                     
}tsmart_xbee_868_config_device_t;


typedef struct {
    uint32_t baud_rate;                 
    tsmart_xbee_868_fc_t flow_control;  
    uint8_t priority;                   
} tsmart_xbee_868_config_t;


typedef struct {
    ts_xbee_if_t             *xbee_if;          
    uint8_t                  *rx_buf;           
    uint32_t                 rx_buf_sz;         
    tsmart_xbee_868_report_t packet_lost;       
    uint8_t                  n_packet_lost;     
    uint8_t                  api_enable;        
    xQueueHandle             data_queue;        
    xQueueHandle             command_queue;     
    xQueueHandle             status_queue;      
    xQueueHandle             mode_queue;        
    xSemaphoreHandle         bitmap_protection; 
    xTaskHandle              reception_task;    
} tsmart_xbee_868_t;
extern tsmart_xbee_868_t tsmart_xbee_868;   
int8_t  TSMART_XBEE_868_Init(tsmart_xbee_868_t *TSMART_XBEE_868, tsmart_xbee_868_config_t *TSMART_XBEE_868_config);
void    TSMART_XBEE_868_InitStruct(tsmart_xbee_868_config_device_t *TSMART_XBEE_868_config_device);
int8_t  TSMART_XBEE_868_Config(tsmart_xbee_868_t *TSMART_XBEE_868, tsmart_xbee_868_config_device_t *TSMART_XBEE_868_config_device);
int8_t  TSMART_XBEE_868_TransparentMode(tsmart_xbee_868_t *TSMART_XBEE_868, tsmart_xbee_868_flag_t TSMART_XBEE_868_flag);
int8_t  TSMART_XBEE_868_AtCommandMode(tsmart_xbee_868_t *TSMART_XBEE_868, tsmart_xbee_868_flag_t TSMART_XBEE_868_flag);
int32_t TSMART_XBEE_868_Send(tsmart_xbee_868_t *TSMART_XBEE_868, uint8_t *TSMART_XBEE_868_buf, uint32_t TSMART_XBEE_868_nbytes, portTickType TSMART_XBEE_868_xticks);
int32_t TSMART_XBEE_868_Receive(tsmart_xbee_868_t *TSMART_XBEE_868, uint8_t *TSMART_XBEE_868_buf, uint32_t TSMART_XBEE_868_nbytes, portTickType TSMART_XBEE_868_xticks);
int16_t TSMART_XBEE_868_ReceiveApiFrame(tsmart_xbee_868_t *TSMART_XBEE_868, tsmart_xbee_868_data_received_t *TSMART_XBEE_868_data, portTickType TSMART_XBEE_868_xticks);
int8_t  TSMART_XBEE_868_SendApiFrame(tsmart_xbee_868_t *TSMART_XBEE_868, tsmart_xbee_868_data_to_send_t *TSMART_XBEE_868_data, portTickType TSMART_XBEE_868_xticks);
int8_t  TSMART_XBEE_868_PowerSignalReceived(tsmart_xbee_868_t *TSMART_XBEE_868);
int8_t  TSMART_XBEE_868_ReadSatus(tsmart_xbee_868_t *TSMART_XBEE_868, portTickType TSMART_XBEE_868_timeout);
int32_t TSMART_XBEE_868_ReadLowAddress(tsmart_xbee_868_t *TSMART_XBEE_868);
int32_t TSMART_XBEE_868_ReadHighAddress(tsmart_xbee_868_t *TSMART_XBEE_868);
int8_t  TSMART_XBEE_868_ChangePowerLevel(tsmart_xbee_868_t *TSMART_XBEE_868, uint8_t TSMART_XBEE_868_power_level);

//#endif

#endif /* TSMART_XBEE_868_H_ */