//! Turns off the BDM interface
//!
void bdm_interfaceOff( void ) {
#if (HW_CAPABILITY&CAP_CFVx)
#ifndef SPI1C1
#define SPI1C1 SPIC1
#endif
SPI1C1 = 0; // Disable SPI1
#endif
#if (HW_CAPABILITY&CAP_FLASH)
(void)bdmSetVpp(BDM_TARGET_VPP_OFF);
#endif
#ifdef TA_3STATE
TA_3STATE();
#endif
#ifdef JTAG_DRV_DISABLE
JTAG_DRV_DISABLE();
#endif
#ifdef BKPT_DISABLE
BKPT_DISABLE();
#endif
#ifdef RESET_IN_FINI
RESET_IN_FINI();
#endif
#ifdef RESET_OUT_FINI
RESET_OUT_FINI();
#endif
#ifdef CF_DRV_DISABLE
CF_DRV_DISABLE();
#endif
#ifdef TCLK_DISABLE
TCLK_DISABLE();
#endif
#ifdef DSCLK_DRV_DISABLE
DSCLK_DRV_DISABLE();
#endif
#ifdef TRST_3STATE
TRST_3STATE();
#endif
#ifdef TDI_DISABLE
TDI_DISABLE();
#endif
#ifdef BDM_3STATE
BDM_3STATE();
#endif
#ifdef TCLK_CTL_DISABLE
TCLK_CTL_DISABLE();
#endif
#ifdef SWD_OUT_FINI
SWD_OUT_FINI();
#endif
#ifdef SWCLK_OUT_FINI
SWCLK_OUT_FINI();
#endif
#ifdef SWD_IN_FINI
SWD_IN_FINI();
#endif
// SPIxC1 = SPIxC1_OFF; // Disable SPI (MOSI/MISO pins now GPIO)
}
//! Initialises the CF BDM interface to default state (including speed)
//!
void bdmcf_init(void) {
DSI_OUT_PER = 1;
DSCLK_OUT_PER = 1;
#ifdef DSCLK_DRV_PER
DSCLK_DRV_PER = 1; // Holds DSCLK driver disabled when unused
#endif
BKPT_OUT_PER = 1; // Holds BKPT_OUT inactive when unused
#ifdef TA_OUT_PER
TA_OUT_PER = 1; // Holds TA_OUT inactive when unused
#endif
RESET_IN_PER = 1; // Needed for input level translation to 5V
RESET_OUT_PER = 1; // Holds RESET_OUT inactive when unused
#ifdef ALLPST_IN_PER
ALLPST_IN_PER = 1; // Needed for input level translation to 5V
#endif
#ifdef PST_IN_ENABLE
PST_IN_ENABLE(); // OSBDM boards
#endif
// Set up inputs
DSO_IN_DDR = 0;
RESET_IN_DDR = 0;
#ifdef ALLPST_IN_DDR
ALLPST_IN_DDR = 0;
#endif
DSCLK_DRV_ENABLE(); // DSCLK is driven
#ifdef SPI2C1
SPI2C1 = SPIxC1_OFF; // SPI2 is unused (Port pin is used for BKPT*)
#endif
(void)spi_setSpeed(0);
SPIxC2 = SPIxC2_16; // Initialise SPI1 but leave disabled
bdmcf_interfaceIdle();
#ifdef TCLK_CTL_DISABLE
TCLK_CTL_DISABLE();
#endif
}
