VZTECH / Mbed 2 deprecated main_src

Modularizando o src

Dependencies:   EALib EthernetInterface_vz mbed-rtos mbed

Fork of header_main_colinas_V0-20-09-14 by VZTECH

configs.cpp@121:ee02790d00b7, 2015-05-08 (annotated)

Committer:
klauss
Date:
Fri May 08 04:15:23 2015 +0000
Revision:
121:ee02790d00b7
Parent:
119:ee6a53069455
Child:
122:480c44b0e205
compiling

Who changed what in which revision?

UserRevisionLine numberNew contents of line
klauss 121:ee02790d00b7 1 #include "header_app_includes.h"
klauss 26:725cbbedadd5 2
klauss 0:4d17cd9c8f9d 3 //*****************************************************************************
klauss 0:4d17cd9c8f9d 4 // Pins/Modules Config
klauss 0:4d17cd9c8f9d 5 //*****************************************************************************
klauss 0:4d17cd9c8f9d 6
klauss 86:bf7b0d4c3232 7 InterruptIn NextData(p8); // IO 96
klauss 0:4d17cd9c8f9d 8 InterruptIn FrameSync(p17); // GCLK1
klauss 0:4d17cd9c8f9d 9
klauss 0:4d17cd9c8f9d 10 //Ticker ticker; // Timer para Debug
klauss 0:4d17cd9c8f9d 11
klauss 0:4d17cd9c8f9d 12 DigitalOut RST(p29); // Pino de reset para o CPLD
klauss 0:4d17cd9c8f9d 13 DigitalIn PPD(p25); // Pino de conexao com o cristal do CPLD
klauss 0:4d17cd9c8f9d 14
klauss 0:4d17cd9c8f9d 15 DigitalOut ENABLE_F_REG(p18); // Configuracao da Alimentacao do CPLD
klauss 0:4d17cd9c8f9d 16 DigitalOut ENABLE_F_RX(p19);
klauss 0:4d17cd9c8f9d 17 DigitalOut ENABLE_F_TX(p20);
klauss 0:4d17cd9c8f9d 18
klauss 0:4d17cd9c8f9d 19 Serial Uart3(p9,p10); // default baudrate = 9600; Sem paridade, 8bits, 1 stop-bit
klauss 0:4d17cd9c8f9d 20
klauss 119:ee6a53069455 21 int start_cpld( void ) { //CPLD Start
klauss 18:01a93677e40c 22 static uint16_t reset = 10000;
klauss 0:4d17cd9c8f9d 23 ENABLE_F_REG = 1;
klauss 0:4d17cd9c8f9d 24 ENABLE_F_TX = 1;
klauss 0:4d17cd9c8f9d 25 ENABLE_F_RX = 1;
klauss 0:4d17cd9c8f9d 26 DataReady = 0;
klauss 0:4d17cd9c8f9d 27 RST = 1;
klauss 26:725cbbedadd5 28 while( reset-- > 1 ){}
klauss 119:ee6a53069455 29 RST = 0;
klauss 119:ee6a53069455 30 return ( 0 );
klauss 0:4d17cd9c8f9d 31 }
klauss 0:4d17cd9c8f9d 32
klauss 74:81c47fff88a5 33 ///< Configure LPC4088
klauss 119:ee6a53069455 34 int config_lpc( void ){
klauss 119:ee6a53069455 35 // UART3_IRQ configuration
klauss 119:ee6a53069455 36 Uart3.attach(&SerialRecvInterrupt, Uart3.RxIrq);
klauss 119:ee6a53069455 37
klauss 119:ee6a53069455 38 // UART3 mode configuration
klauss 119:ee6a53069455 39 Uart3.format(8,SerialBase::Forced1,1);
klauss 119:ee6a53069455 40
klauss 0:4d17cd9c8f9d 41 Uart3.baud(2000000);
klauss 119:ee6a53069455 42
klauss 119:ee6a53069455 43 NVIC_SetPriority(UART3_IRQn,1);
klauss 119:ee6a53069455 44
klauss 119:ee6a53069455 45 // USART to PC USB USART
klauss 119:ee6a53069455 46 pc.baud(115200);
klauss 119:ee6a53069455 47
klauss 119:ee6a53069455 48 // Extern Pin Interrupt
klauss 119:ee6a53069455 49 NextData.rise(&get2);
klauss 119:ee6a53069455 50
klauss 119:ee6a53069455 51 // FrameSync for RX - Interrupt
klauss 119:ee6a53069455 52 FrameSync.rise(&RXFrameSync);
klauss 119:ee6a53069455 53
klauss 0:4d17cd9c8f9d 54 __enable_irq();
klauss 119:ee6a53069455 55
klauss 119:ee6a53069455 56 // iniciando o pin de controle do arduino
klauss 109:a5b8264ffbbc 57 hw_extern_wdt = 0;
klauss 119:ee6a53069455 58
klauss 119:ee6a53069455 59 return ( 0 );
klauss 0:4d17cd9c8f9d 60 }
klauss 0:4d17cd9c8f9d 61
klauss 0:4d17cd9c8f9d 62 static uint8_t itoh[16];
klauss 0:4d17cd9c8f9d 63 static uint8_t hexbuf[10];
klauss 0:4d17cd9c8f9d 64
klauss 0:4d17cd9c8f9d 65 uint8_t *hextoascii ( uint8_t src ) {
klauss 0:4d17cd9c8f9d 66
klauss 0:4d17cd9c8f9d 67 hexbuf[0] = itoh[(src>>4) & 0x0f];
klauss 0:4d17cd9c8f9d 68 hexbuf[1] = itoh[src & 0x0f];
klauss 0:4d17cd9c8f9d 69 hexbuf[2] = 0;
klauss 0:4d17cd9c8f9d 70 return hexbuf;
klauss 0:4d17cd9c8f9d 71
klauss 0:4d17cd9c8f9d 72 }
klauss 0:4d17cd9c8f9d 73
klauss 0:4d17cd9c8f9d 74 void uart3_puts(uint8_t *src, uint16_t size){ // Print a string in UART3
klauss 0:4d17cd9c8f9d 75 while (size--){
klauss 0:4d17cd9c8f9d 76 while ( !(LPC_UART3->LSR &= (1<<5)) ) {}
klauss 0:4d17cd9c8f9d 77 LPC_UART3->THR = *src++;
klauss 0:4d17cd9c8f9d 78 }
klauss 0:4d17cd9c8f9d 79 }
klauss 0:4d17cd9c8f9d 80
klauss 0:4d17cd9c8f9d 81 void uart0_puts( uint8_t *src) { // Print a string in UART3
klauss 0:4d17cd9c8f9d 82
klauss 0:4d17cd9c8f9d 83 uint16_t size = 300;
klauss 0:4d17cd9c8f9d 84
klauss 0:4d17cd9c8f9d 85 while (size--){
klauss 0:4d17cd9c8f9d 86 while ( !(LPC_UART0->LSR & (1<<5)) ) {}
klauss 0:4d17cd9c8f9d 87 LPC_UART0->THR = *src++;
klauss 0:4d17cd9c8f9d 88 }
klauss 0:4d17cd9c8f9d 89 }
klauss 0:4d17cd9c8f9d 90
klauss 0:4d17cd9c8f9d 91 void uart0_putsx(volatile uint8_t *src ){ // Print a string in UART0
klauss 0:4d17cd9c8f9d 92 uint16_t size = 300;//sizeof( src );
klauss 0:4d17cd9c8f9d 93 uint8_t *buff;
klauss 0:4d17cd9c8f9d 94 while (size--)
klauss 0:4d17cd9c8f9d 95 {
klauss 0:4d17cd9c8f9d 96 buff = hextoascii(*(src++));
klauss 0:4d17cd9c8f9d 97 for ( uint8_t i = 0; i < 3; i++ ){
klauss 0:4d17cd9c8f9d 98 while ( !(LPC_UART0->LSR &= (1<<5)) ) {}
klauss 0:4d17cd9c8f9d 99 LPC_UART0->THR = buff[i]; //*src++;
klauss 0:4d17cd9c8f9d 100 }
klauss 0:4d17cd9c8f9d 101 }
klauss 0:4d17cd9c8f9d 102 }
klauss 0:4d17cd9c8f9d 103
klauss 0:4d17cd9c8f9d 104 void uart0_text( const char* src){ // Print a string of constant in UART0
klauss 0:4d17cd9c8f9d 105 static uint16_t size;
klauss 0:4d17cd9c8f9d 106 size = sizeof (src);
klauss 0:4d17cd9c8f9d 107 while (size--){
klauss 0:4d17cd9c8f9d 108 while ( !(LPC_UART0->LSR &= (1<<5)) ) {}
klauss 0:4d17cd9c8f9d 109 LPC_UART0->THR = *src++;
klauss 0:4d17cd9c8f9d 110 }
klauss 0:4d17cd9c8f9d 111 }