Register definitions: get rid of some macro magic that doesn't help much
Instead of e.g. GPIO.DATA.GPIO_08, you now use GPIO->DATA.GPIO_08.
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@ -218,8 +218,7 @@ struct CRM_struct {
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uint32_t reserved6;
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uint32_t reserved6;
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};
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};
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static volatile struct CRM_struct * const _CRM = (void *) (CRM_BASE);
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static volatile struct CRM_struct * const CRM = (void *) (CRM_BASE);
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#define CRM (*_CRM)
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/* Old register definitions, for compatibility */
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/* Old register definitions, for compatibility */
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@ -39,13 +39,13 @@
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/* Structure-based GPIO access
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/* Structure-based GPIO access
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Example usage:
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Example usage:
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GPIO.FUNC_SEL0 |= 0x00008000; // set a whole register
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GPIO->FUNC_SEL0 |= 0x00008000; // set a whole register
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GPIO.FUNC_SEL_08 = 2; // set just one pin
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GPIO->FUNC_SEL_08 = 2; // set just one pin
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#define MY_PIN GPIO_08
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#define MY_PIN GPIO_08
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GPIO.FUNC_SEL.MY_PIN = 2; // same, to allow #define for pin names
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GPIO->FUNC_SEL.MY_PIN = 2; // same, to allow #define for pin names
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GPIO.DATA.MY_PIN = 1;
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GPIO->DATA.MY_PIN = 1;
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*/
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*/
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#define _V(x,n,i) uint32_t x##_##i : n;
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#define _V(x,n,i) uint32_t x##_##i : n;
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@ -87,8 +87,7 @@ struct GPIO_struct {
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#undef _REP
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#undef _REP
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#undef _V
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#undef _V
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static volatile struct GPIO_struct * const _GPIO = (void *) (0x80000000);
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static volatile struct GPIO_struct * const GPIO = (void *) (0x80000000);
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#define GPIO (*_GPIO)
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/* Old register definitions, for compatibility */
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/* Old register definitions, for compatibility */
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@ -83,8 +83,7 @@ struct ITC_struct {
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};
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};
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#undef __INTERRUPT_union
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#undef __INTERRUPT_union
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static volatile struct ITC_struct * const _ITC = (void *) (INTBASE);
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static volatile struct ITC_struct * const ITC = (void *) (INTBASE);
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#define ITC (*_ITC)
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/* Old register definitions, for compatibility */
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/* Old register definitions, for compatibility */
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@ -48,12 +48,12 @@
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/* Structure-based register definitions */
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/* Structure-based register definitions */
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/* Example use:
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/* Example use:
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TMR2.CTRL = 0x1234;
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TMR2->CTRL = 0x1234;
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TMR2.CTRLbits = (struct TMR_CTRL) {
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TMR2->CTRLbits = (struct TMR_CTRL) {
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.DIR = 1,
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.DIR = 1,
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.OUTPUT_MODE = 2,
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.OUTPUT_MODE = 2,
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};
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};
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TMR2.CTRLbits.PRIMARY_CNT_SOURCE = 3;
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TMR2->CTRLbits.PRIMARY_CNT_SOURCE = 3;
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*/
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*/
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struct TMR_struct {
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struct TMR_struct {
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@ -134,21 +134,16 @@ struct TMR_struct {
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};
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};
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};
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};
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static volatile struct TMR_struct * const _TMR0 = (void *) (TMR0_BASE);
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static volatile struct TMR_struct * const TMR0 = (void *) (TMR0_BASE);
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static volatile struct TMR_struct * const _TMR1 = (void *) (TMR1_BASE);
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static volatile struct TMR_struct * const TMR1 = (void *) (TMR1_BASE);
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static volatile struct TMR_struct * const _TMR2 = (void *) (TMR2_BASE);
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static volatile struct TMR_struct * const TMR2 = (void *) (TMR2_BASE);
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static volatile struct TMR_struct * const _TMR3 = (void *) (TMR3_BASE);
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static volatile struct TMR_struct * const TMR3 = (void *) (TMR3_BASE);
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#define TMR0 (*_TMR0)
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#define TMR1 (*_TMR1)
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#define TMR2 (*_TMR2)
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#define TMR3 (*_TMR3)
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/* Used to compute which enable bit to set for a particular timer, e.g.
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/* Used to compute which enable bit to set for a particular timer, e.g.
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TMR0.ENBL |= TMR_ENABLE_BIT(TMR2);
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TMR0.ENBL |= TMR_ENABLE_BIT(TMR2);
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Helpful when you're using macros to define timers
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Helpful when you're using macros to define timers
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*/
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*/
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#define TMR_ENABLE_BIT(x) ((&(x) == &(TMR0)) ? 1 : (&(x) == &(TMR1)) ? 2 : (&(x) == &(TMR2)) ? 4 : (&(x) == &(TMR3)) ? 8 : 0)
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#define TMR_ENABLE_BIT(x) (((x) == TMR0) ? 1 : ((x) == TMR1) ? 2 : ((x) == TMR2) ? 4 : ((x) == TMR3) ? 8 : 0)
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#define TMR0_PIN GPIO_08
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#define TMR0_PIN GPIO_08
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#define TMR1_PIN GPIO_09
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#define TMR1_PIN GPIO_09
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#define TMR2_PIN GPIO_10
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#define TMR2_PIN GPIO_10
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@ -66,9 +66,9 @@ void irq(void)
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if(kbi_evnt(6) && (kbi6_isr != 0)) { kbi6_isr(); }
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if(kbi_evnt(6) && (kbi6_isr != 0)) { kbi6_isr(); }
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if(kbi_evnt(7) && (kbi7_isr != 0)) { kbi7_isr(); }
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if(kbi_evnt(7) && (kbi7_isr != 0)) { kbi7_isr(); }
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if (CRM.STATUSbits.CAL_DONE && CRM.CAL_CNTLbits.CAL_IEN && cal_isr)
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if (CRM->STATUSbits.CAL_DONE && CRM->CAL_CNTLbits.CAL_IEN && cal_isr)
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{
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{
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CRM.STATUSbits.CAL_DONE = 0;
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CRM->STATUSbits.CAL_DONE = 0;
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cal_isr();
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cal_isr();
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}
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}
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}
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}
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