serial_config.bak

the UART control demo source for the NEC mcu

#include "csi.h"
#include "iic.h"
#include "uart.h"



////////////////////////////////////////////
///          CSI selection               ///
////////////////////////////////////////////

#define CSI_Timing_Mode 		CSI_Timing_Mode1 		// can select mode 2~4
#define CSI_Select_Clk			CSI_Select_Clk1  		// can select clk 2~8
#define CSI_First_Bit			CSI_First_Bit_LSB   		// can select  CSI_First_Bit_MSB
#define CSI_Communication_Mode		CSI_Transmit_And_Receive_Mode 	// can select  CSI_Receive_Mode
#define CSI11_SSI11_Pin_Select		CSI11_SSI11_Pin_Unused  	// can select  CSI11_SSI11_Pin_Used

#define CSI10_ReceiveSize          	0x01 
#define CSI10_SendSize          	0x01 
#define CSI11_ReceiveSize           	0x01 
#define CSI11_SendSize          	0x01
   
 unsigned char CSI10_SendDataBuf[CSI10_SendSize]={0x55};
 unsigned char CSI10_ReceiveDataBuf[CSI10_ReceiveSize]={0x55};

 unsigned char CSI11_SendDataBuf[CSI11_SendSize]={0x55};
 unsigned char CSI11_ReceiveDataBuf[CSI11_ReceiveSize]={0x55};

unsigned char *CSI10_SendBuf = CSI10_SendDataBuf;
unsigned char *CSI10_ReceiveBuf = CSI10_ReceiveDataBuf;
unsigned char *CSI11_SendBuf = CSI11_SendDataBuf;
unsigned char *CSI11_ReceiveBuf = CSI11_ReceiveDataBuf;

unsigned char CSI10_ReceiveCount = CSI10_ReceiveSize;       	 
unsigned char CSI10_SendCount = CSI10_SendSize;       	 
unsigned char CSI11_ReceiveCount = CSI11_ReceiveSize;          	 
unsigned char CSI11_SendCount = CSI11_SendSize; 
 

////////////////////////////////////////////
///          IIC selection               ///
////////////////////////////////////////////

#define IIC_Clk_Select()		IIC_Clk_Select_Standard_1() //

#define IIC_StopCondition_Interrupt	IIC_StopCondition_Interrupt_Enable     // 

#define IIC_Interrupt_Clock_Number	IIC_Interrupt_8clock_FallingEdge       // 

#define IIC_Start_Condition		IIC_Generate_Start_Condition  //

#define IIC_Local_Address		0x00     // can be changed

#define IIC_Slave_Address		0x00     // can be changed

#define IIC_Master_Mode			0x00     // send, if want to receive, change value to 0x01

#define IIC_Master_ReceiveSize          0x01 
#define IIC_Master_SendSize          	0x01 
#define IIC_Slave_ReceiveSize           0x01 
#define IIC_Slave_SendSize          	0x01
   
 unsigned char IIC_Master_SendDataBuf[IIC_Master_SendSize]={0x55};
 unsigned char IIC_Master_ReceiveDataBuf[IIC_Master_ReceiveSize]={0x55};

 unsigned char IIC_Slave_SendDataBuf[IIC_Slave_SendSize]={0x55};
 unsigned char IIC_Slave_ReceiveDataBuf[IIC_Slave_ReceiveSize]={0x55};
 


unsigned char *IIC_Master_SendBuf = IIC_Master_SendDataBuf;
unsigned char *IIC_Master_ReceiveBuf = IIC_Master_ReceiveDataBuf;
unsigned char *IIC_Slave_SendBuf = IIC_Slave_SendDataBuf;
unsigned char *IIC_Slave_ReceiveBuf = IIC_Slave_ReceiveDataBuf;

unsigned char IIC_Master_ReceiveCount = IIC_Master_ReceiveSize;       	 
unsigned char IIC_Master_SendCount = IIC_Master_SendSize;       	 
unsigned char IIC_Slave_ReceiveCount = IIC_Slave_ReceiveSize;          	 
unsigned char IIC_Slave_SendCount = IIC_Slave_SendSize; 
 
 
////////////////////////////////////////////
///          UART selection               ///
////////////////////////////////////////////

#define Uart_Parity			Uart_Not_Parity  // can slect other:
                                                            // Uart_Zero_Parity 			
                                                            // Uart_Odd_Parity 			
                                                            // Uart_Even_Parity
#define Uart_Data_Bit			Uart_Data_Bit_8  // can select 7bit
#define Uart_Stop_Bit			Uart_Stop_Bit_2  // can select 1bit
#define Uart6_Reception_Error_Interrupt Uart6_Reception_Error_Interrupt_is_INTSRE6 // can select INTSR6
#define Uart6_First			Uart6_First_LSB  // can select MSB
#define Uart6_TxD6_Output_Level		Uart6_TxD6_Output_Normal  // can select Interval

#define Uart0_BaseClk			Uart0_BaseClk_2  // can select:
                                                         //Uart0_BaseClk_1//fxclk0 = TM50 output
                                                         //Uart0_BaseClk_2// fxclk0 = fprs/2
                                                         //Uart0_BaseClk_3// fxclk0 = fprs/8
                                                         //Uart0_BaseClk_4// fxclk0 = fprs/32	
#define Uart0_CounterClk		8          // = fxclk0/8, can select from 8 to 31

// Format of Clock Selection Register 6 (CKSR6).  only for UART6. Pls refer to page358 in manual
#define Uart6_BaseClk_1			0          // fxclk6 = fprs/(2^n), can select n from 0 to 10
#define Uart6_BaseClk_2			11         // fxclk6 = TM50 output
#define Uart6_BaseClk			Uart6_BaseClk_1  // can select Uart6_BaseClk_2

//Format of Baud Rate Generator Control Register 6 (BRGC6). only for UART6. Pls refer to page359 in manual
#define Uart6_CounterClk		8          // = fxclk0/8, can select from 8 to 255

#define Uart0_Transmit_Operation()		Uart0_Transmit_Enable() // can select Disable
#define Uart0_Receive_Operation()		Uart0_Receive_Enable() // can select Disable
#define Uart6_Transmit_Operation()		Uart6_Transmit_Enable() // can select Disable
#define Uart6_Receive_Operation()		Uart6_Receive_Enable() // can select Disable

#define Uart0_ReceiveSize          	0x01 
#define Uart0_SendSize          	0x01 
#define Uart6_ReceiveSize           	0x01 
#define Uart6_SendSize          	0x01
   
 unsigned char Uart0_SendDataBuf[Uart0_SendSize]={0x55};
 unsigned char Uart0_ReceiveDataBuf[Uart0_ReceiveSize]={0x55};

 unsigned char Uart6_SendDataBuf[Uart6_SendSize]={0x55};
 unsigned char Uart6_ReceiveDataBuf[Uart6_ReceiveSize]={0x55};
 
unsigned char *Uart0_SendBuf = Uart0_SendDataBuf;
unsigned char *Uart0_ReceiveBuf = Uart0_ReceiveDataBuf;
unsigned char *Uart6_SendBuf = Uart6_SendDataBuf;
unsigned char *Uart6_ReceiveBuf = Uart6_ReceiveDataBuf;


unsigned char Uart0_ReceiveCount = Uart0_ReceiveSize;       	 
unsigned char Uart0_SendCount = Uart0_SendSize;       	 
unsigned char Uart6_ReceiveCount = Uart6_ReceiveSize;          	 
unsigned char Uart6_SendCount = Uart6_SendSize;