MTK serial drive part-3

/*************************************** **************************************
* Copyright statement:
*--------------------
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/*************************************** **************************************
*
* Filename:
*---------
* Bl_uart_sw.h
*
* Project:
*--------
* NFB-bootloader
*
* Description:
*------------
* This file is intends for UART driver.
*
* Author:
*-------
*-------
*
* ===================================================== ============================================
* History
* Below this line, this part is controlled by PVCs VM. Do not modify !!
*------------------------------------------------------------------------------
* Removed!
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*
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*------------------------------------------------------------------------------
* Upper this line, this part is controlled by PVCs VM. Do not modify !!
* ===================================================== ============================================
**************************************** ************************************/
 
# Ifndef _ bootloader_uart_sw_h
# DEFINE _ bootloader_uart_sw_h

# Include <bl_uart_h1_h>

/*
* Baud rates.
*/
Typedef Enum {
Uart_baud_75,
Uart_baud_150,
Uart_baud_300,
Uart_baud_600,
Uart_baud_1200,
Uart_baud_2400,
Uart_baud_4800,
Uart_baud_7200,
Uart_baud_9600,
Uart_baud_14400,
Uart_baud_19200,
Uart_baud_28800,
Uart_baud_38400,
Uart_baud_57600,
Uart_baud_115200
} T_baudrate;

/*
* Bits per character.
*/
Typedef Enum {
Wls_5,
Wls_6,
Wls_7,
Wls_8
} T_bitspercharacter;

/*
* Stop bits.
*/
Typedef Enum {
SB_1,
SB_2,
Sb_00005
} T_stopbits;

/*
* Parity.
*/
Typedef Enum {
Pa_none,
Pa_even,
Pa_odd,
Pa_space,
Pa_mark
} T_parity;

/*
* Flow control mode.
*/
Typedef Enum {
Fc_none,
Fc_rts,
Fc_dtr,
Fc_xoff
} T_flowctrlmode;

/*
* Interrupt.
*/
Typedef Enum {
Int_ms,
Int_rls,
Int_thr,
Int_rda
} T_interrupt;

Void uart_init (void );
Void uart_putbytes (kal_uint8 *, kal_uint16, kal_uint16 *);
Void uart_getbytes (kal_uint8 *, kal_uint16, kal_uint16 *);
Void getuartbyte_nonloop (kal_uint8 *, kal_uint16 *);
Void putuartbyte (kal_uint8 data );
Kal_uint8 getuartbyte (void );
Void uart_writereg (kal_uint32 ADDR, kal_uint16 data );
Kal_uint16 uart_readreg (kal_uint32 ADDR );

Void uart2_init (void );
Void uart2_lisr (void );

# Define uart2_rx_buffer_size 1024
# Define uart2_tx_buffer_size 1024

Extern kal_uint8 uart2_rx_buffer [uart2_rx_buffer_size];
Extern kal_uint8 uart2_tx_buffer [uart2_tx_buffer_size];
Extern kal_uint16 uart2_tx_buffer_count;
Extern kal_uint16 uart2_rx_buffer_head;
Extern kal_uint16 uart2_rx_buffer_tail;
Extern kal_uint16 uart2_tx_buffer_head;
Extern kal_uint16 uart2_tx_buffer_tail;

Extern kal_uint32 uart2_tx_size;
Extern kal_uint32 uart2_tx_offset;
Extern kal_uint32 uart2_rx_size;
Extern kal_uint32 uart2_rx_offset;
Extern kal_uint32 uart2_tx_file_base_address;
Extern kal_uint8 uart2_rx_check_sum;
Extern kal_uint8 uart2_tx_check_sum;

Kal_uint16 uart2_get_byte (void );

# Endif