printf("WDT_IRQn        : %s\r\n", NVIC_GetActive(WDT_IRQn) ? "ACTIVE" : "not active");
printf("TIMER0_IRQn     : %s\r\n", NVIC_GetActive(TIMER0_IRQn) ? "ACTIVE" : "not active");
printf("TIMER1_IRQn     : %s\r\n", NVIC_GetActive(TIMER1_IRQn) ? "ACTIVE" : "not active");
printf("TIMER2_IRQn     : %s\r\n", NVIC_GetActive(TIMER2_IRQn) ? "ACTIVE" : "not active");
printf("TIMER3_IRQn     : %s\r\n", NVIC_GetActive(TIMER3_IRQn) ? "ACTIVE" : "not active");
printf("UART0_IRQn      : %s\r\n", NVIC_GetActive(UART0_IRQn) ? "ACTIVE" : "not active");
printf("UART1_IRQn      : %s\r\n", NVIC_GetActive(UART1_IRQn) ? "ACTIVE" : "not active");
printf("UART2_IRQn      : %s\r\n", NVIC_GetActive(UART2_IRQn) ? "ACTIVE" : "not active");
printf("UART3_IRQn      : %s\r\n", NVIC_GetActive(UART3_IRQn) ? "ACTIVE" : "not active");
printf("PWM1_IRQn       : %s\r\n", NVIC_GetActive(PWM1_IRQn) ? "ACTIVE" : "not active");
printf("I2C0_IRQn       : %s\r\n", NVIC_GetActive(I2C0_IRQn) ? "ACTIVE" : "not active");
printf("I2C1_IRQn       : %s\r\n", NVIC_GetActive(I2C1_IRQn) ? "ACTIVE" : "not active");
printf("I2C2_IRQn       : %s\r\n", NVIC_GetActive(I2C2_IRQn) ? "ACTIVE" : "not active");
printf("SPI_IRQn        : %s\r\n", NVIC_GetActive(SPI_IRQn) ? "ACTIVE" : "not active");
printf("SSP0_IRQn       : %s\r\n", NVIC_GetActive(SSP0_IRQn) ? "ACTIVE" : "not active");
printf("SSP1_IRQn       : %s\r\n", NVIC_GetActive(SSP1_IRQn) ? "ACTIVE" : "not active");
printf("PLL0_IRQn       : %s\r\n", NVIC_GetActive(PLL0_IRQn) ? "ACTIVE" : "not active");
printf("RTC_IRQn        : %s\r\n", NVIC_GetActive(RTC_IRQn) ? "ACTIVE" : "not active");
printf("EINT0_IRQn      : %s\r\n", NVIC_GetActive(EINT0_IRQn) ? "ACTIVE" : "not active");
printf("EINT1_IRQn      : %s\r\n", NVIC_GetActive(EINT1_IRQn) ? "ACTIVE" : "not active");
printf("EINT2_IRQn      : %s\r\n", NVIC_GetActive(EINT2_IRQn) ? "ACTIVE" : "not active");
printf("EINT3_IRQn      : %s\r\n", NVIC_GetActive(EINT3_IRQn) ? "ACTIVE" : "not active");
printf("ADC_IRQn        : %s\r\n", NVIC_GetActive(ADC_IRQn) ? "ACTIVE" : "not active");
printf("BOD_IRQn        : %s\r\n", NVIC_GetActive(BOD_IRQn) ? "ACTIVE" : "not active");
printf("USB_IRQn        : %s\r\n", NVIC_GetActive(USB_IRQn) ? "ACTIVE" : "not active");
printf("CAN_IRQn        : %s\r\n", NVIC_GetActive(CAN_IRQn) ? "ACTIVE" : "not active");
printf("DMA_IRQn        : %s\r\n", NVIC_GetActive(DMA_IRQn) ? "ACTIVE" : "not active");
printf("I2S_IRQn        : %s\r\n", NVIC_GetActive(I2S_IRQn) ? "ACTIVE" : "not active");
printf("ENET_IRQn       : %s\r\n", NVIC_GetActive(ENET_IRQn) ? "ACTIVE" : "not active");
printf("RIT_IRQn        : %s\r\n", NVIC_GetActive(RIT_IRQn) ? "ACTIVE" : "not active");
printf("MCPWM_IRQn      : %s\r\n", NVIC_GetActive(MCPWM_IRQn) ? "ACTIVE" : "not active");
printf("QEI_IRQn        : %s\r\n", NVIC_GetActive(QEI_IRQn) ? "ACTIVE" : "not active");
printf("PLL1_IRQn       : %s\r\n", NVIC_GetActive(PLL1_IRQn) ? "ACTIVE" : "not active");
printf("USBActivity_IRQn: %s\r\n", NVIC_GetActive(USBActivity_IRQn) ? "ACTIVE" : "not active");
printf("CANActivity_IRQn: %s\r\n", NVIC_GetActive(CANActivity_IRQn) ? "ACTIVE" : "not active");