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#ifndef STARTUP_H
#define STARTUP_H
/*
* Copyright (c) 2018, Shawn D'silva <shawn@shawndsilva.com>
* All rights reserved.
*
* This file is free software: you can redistribute it and/or modify
* it under the terms of the GNU Lesser General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This file is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this library. If not, see <http://www.gnu.org/licenses/>.
*
* File: startup.c
* Author: Shawn D'silva <https://www.shawndsilva.com>.
* Version: 1.0.0.
* Description: startup header for the TM4C Launchpad board,defines the vector table
handlers and ISRS,also declares external variables
*/
// +-----------------------------------------------------------------------------------+
// + Type Definitions and Macros +
// +-----------------------------------------------------------------------------------+
/*
* Defines a macro DEFAULT that aliases the function prototype
* to Default_Handler if the function is not defined
*/
#define DEFAULT __attribute__((weak, alias("Default_Handler")))
/* Defines a type for the ISR's in the vector table */
typedef void (*element_t)(void);
/* Defines a type for the vector table */
typedef union {
element_t isr; //all ISRs use this type
void *stack_top; //pointer to top of the stack
} vector_table_t;
// +-----------------------------------------------------------------------------------+
// + Prototypes of Basic Exception Handlers +
// +-----------------------------------------------------------------------------------+
//Default Handler,does nothing
void Default_Handler(void);
//System Exception Handlers
void Reset_Handler(void);
DEFAULT void NMI_Handler(void);
DEFAULT void SVC_Handler(void);
DEFAULT void DebugMonitor_Handler(void);
DEFAULT void PendSV_Handler(void);
DEFAULT void SysTick_Handler(void);
//Fault Handlers
DEFAULT void HardFault_Handler(void);
DEFAULT void MemManageFault_Handler(void);
DEFAULT void BusFault_Handler(void);
DEFAULT void UsageFault_Handler(void);
// +-----------------------------------------------------------------------------------+
// + Prototypes of Interrupt Service Routines +
// +-----------------------------------------------------------------------------------+
DEFAULT void GPIOPortA_ISR(void);
DEFAULT void GPIOPortB_ISR(void);
DEFAULT void GPIOPortC_ISR(void);
DEFAULT void GPIOPortD_ISR(void);
DEFAULT void GPIOPortE_ISR(void);
DEFAULT void UART0_ISR(void);
DEFAULT void UART1_ISR(void);
DEFAULT void SPI0_ISR(void);
DEFAULT void I2C0_ISR(void);
DEFAULT void PWM0Fault_ISR(void);
DEFAULT void PWM0Generator0_ISR(void);
DEFAULT void PWM0Generator1_ISR(void);
DEFAULT void PWM0Generator2_ISR(void);
DEFAULT void QEI0_ISR(void);
DEFAULT void ADC0Sequence0_ISR(void);
DEFAULT void ADC0Sequence1_ISR(void);
DEFAULT void ADC0Sequence2_ISR(void);
DEFAULT void ADC0Sequence3_ISR(void);
DEFAULT void WatchDogTimer_ISR(void);
DEFAULT void Timer0A_ISR(void);
DEFAULT void Timer0B_ISR(void);
DEFAULT void Timer1A_ISR(void);
DEFAULT void Timer1B_ISR(void);
DEFAULT void Timer2A_ISR(void);
DEFAULT void Timer2B_ISR(void);
DEFAULT void AnalogComparator0_ISR(void);
DEFAULT void AnalogComparator1_ISR(void);
DEFAULT void SystemCtrl_ISR(void);
DEFAULT void FlashCtrl_ISR(void);
DEFAULT void GPIOPortF_ISR(void);
DEFAULT void UART2_ISR(void);
DEFAULT void SPI1_ISR(void);
DEFAULT void Timer3A_ISR(void);
DEFAULT void Timer3B_ISR(void);
DEFAULT void I2C1_ISR(void);
DEFAULT void QEI1_ISR(void);
DEFAULT void CAN0_ISR(void);
DEFAULT void CAN1_ISR(void);
DEFAULT void Hibernation_ISR(void);
DEFAULT void USB0_ISR(void);
DEFAULT void PWM0Generator3_ISR(void);
DEFAULT void UDMASoftware_ISR(void);
DEFAULT void UDMAError_ISR(void);
DEFAULT void ADC1Sequence0_ISR(void);
DEFAULT void ADC1Sequence1_ISR(void);
DEFAULT void ADC1Sequence2_ISR(void);
DEFAULT void ADC1Sequence3_ISR(void);
DEFAULT void SPI2_ISR(void);
DEFAULT void SPI3_ISR(void);
DEFAULT void UART3_ISR(void);
DEFAULT void UART4_ISR(void);
DEFAULT void UART5_ISR(void);
DEFAULT void UART6_ISR(void);
DEFAULT void UART7_ISR(void);
DEFAULT void I2C2_ISR(void);
DEFAULT void I2C3_ISR(void);
DEFAULT void Timer4A_ISR(void);
DEFAULT void Timer4B_ISR(void);
DEFAULT void Timer5A_ISR(void);
DEFAULT void Timer5B_ISR(void);
DEFAULT void WideTimer0A_ISR(void);
DEFAULT void WideTimer0B_ISR(void);
DEFAULT void WideTimer1A_ISR(void);
DEFAULT void WideTimer1B_ISR(void);
DEFAULT void WideTimer2A_ISR(void);
DEFAULT void WideTimer2B_ISR(void);
DEFAULT void WideTimer3A_ISR(void);
DEFAULT void WideTimer3B_ISR(void);
DEFAULT void WideTimer4A_ISR(void);
DEFAULT void WideTimer4B_ISR(void);
DEFAULT void WideTimer5A_ISR(void);
DEFAULT void WideTimer5B_ISR(void);
DEFAULT void SystemException_ISR(void);
DEFAULT void PWM1Generator0_ISR(void);
DEFAULT void PWM1Generator1_ISR(void);
DEFAULT void PWM1Generator2_ISR(void);
DEFAULT void PWM1Generator3_ISR(void);
DEFAULT void PWM1Fault_ISR(void);
// +-----------------------------------------------------------------------------------+
// + External Variables declaration +
// +-----------------------------------------------------------------------------------+
//main() of your program
extern int main(void);
//stack pointer
extern int _stack_ptr;
//.text/code,stored in Flash
extern int _etext;
//.data,copied into RAM on boot
extern int _data;
extern int _edata;
//.bss,unitialized variables
extern int _bss;
extern int _ebss;
/***************************************** END OF FILE *******************************************/
#endif
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