Constants Namespace Reference

Detailed Description

Constants useful for this system.

Note: Register constant names are preserved from the MC9S12C128V1 reference manual provided by Motorola/FreeScale. While the names of the registers are fairly cryptic mnemonics, they are included this way to facilitate easy reference to the manual. Where possible, the doxygen comment above the description fully defines what the register does, and the meaning of each bit within the register.


Enumerations

enum  {
  TOTAL_TASKS = 5,
  TOTAL_FEATURES = 30,
  MODULE_BASE = 0x0000
}

Variables

volatile char *const PEAR = (volatile char *)MODULE_BASE+0x0A
 PEAR register.
volatile char *const MODE = (volatile char *)MODULE_BASE+0x0B
 MODE register.
volatile char *const PUCR = (volatile char *)MODULE_BASE+0x0C
 Pullup control register.
volatile char *const RDRIV = (volatile char *)MODULE_BASE+0x0D
 RDRIV Register.
volatile char *const EBICTL = (volatile char *)MODULE_BASE+0x0E
 EBICTL Register.
volatile char *const INITRM = (volatile char *)MODULE_BASE+0x10
 INITRM Register.
volatile char *const INITRG = (volatile char *)MODULE_BASE+0x11
 INITRG Register.
volatile char *const INITEE = (volatile char *)MODULE_BASE+0x12
 INITEE Register.
volatile char *const MISC = (volatile char *)MODULE_BASE+0x13
 MISC Register.
volatile char *const MEMSIZ0 = (volatile char *)MODULE_BASE+0x1C
 MEMSIZ0 Register.
volatile char *const MEMSIZ1 = (volatile char *)MODULE_BASE+0x1D
 MEMSIZ1 Register.
volatile char *const PAGE = (volatile char *)MODULE_BASE+0x30
 Page control register.
volatile char *const ITCR = (volatile char *)MODULE_BASE+0x15
 ITCR Register.
volatile char *const ITEST = (volatile char *)MODULE_BASE+0x16
 ITEST Register.
volatile char *const INTCR = (volatile char *)MODULE_BASE+0x1E
 INTCR Register.
volatile char *const HIPRO = (volatile char *)MODULE_BASE+0x1F
 HIPRO Register.
volatile char *const VREGCTL = (volatile char *)MODULE_BASE+0x19
 Voltage regulation control 3.3V.
volatile char *const SYNR = (volatile char *)MODULE_BASE+0x34
 SYNR Register.
volatile char *const REFDV = (volatile char *)MODULE_BASE+0x35
 REFDV Register.
volatile char *const CRGFLG = (volatile char *)MODULE_BASE+0x37
 CRGFLG Register.
volatile char *const CRGINT = (volatile char *)MODULE_BASE+0x38
 CRGINT Register.
volatile char *const CLKSEL = (volatile char *)MODULE_BASE+0x39
 CLKSEL Register.
volatile char *const PLLCTL = (volatile char *)MODULE_BASE+0x3A
 PLLCTL Register.
volatile char *const RTICTL = (volatile char *)MODULE_BASE+0x3B
 RTICTL Register.
volatile char *const COPCTL = (volatile char *)MODULE_BASE+0x3C
 COPCTL Register.
volatile char *const ARMCOP = (volatile char *)MODULE_BASE+0x3F
 ARMCOP Register.
volatile char *const PARTIDH = (volatile char *)MODULE_BASE+0x1A
 PARTIDH register.
volatile char *const PARTIDL = (volatile char *)MODULE_BASE+0x1B
 PARTIDL register.
volatile char *const ATDCTL0 = (volatile char *)MODULE_BASE+0x80
 A to D Control Register 0.
volatile char *const ATDCTL1 = (volatile char *)MODULE_BASE+0x81
 A to D Control Register 1.
volatile char *const ATDCTL2 = (volatile char *)MODULE_BASE+0x82
 A to D Control Register 2.
volatile char *const ATDCTL3 = (volatile char *)MODULE_BASE+0x83
 A to D Control Register 3.
volatile char *const ATDCTL4 = (volatile char *)MODULE_BASE+0x84
 A to D Control Register 4.
volatile char *const ATDCTL5 = (volatile char *)MODULE_BASE+0x85
 A to D Control Register 5.
volatile char *const ATDSTAT0 = (volatile char *)MODULE_BASE+0x86
 A to D Status Register 0.
volatile char *const ATDTEST0 = (volatile char *)MODULE_BASE+0x88
 A to D Test Register 0.
volatile char *const ATDTEST1 = (volatile char *)MODULE_BASE+0x89
 A to D Test Register 1.
volatile char *const ATDSTAT1 = (volatile char *)MODULE_BASE+0x8B
 A to D Status Register 1.
volatile char *const ATDDIEN = (volatile char *)MODULE_BASE+0x8D
 A to D Interrupt control register.
volatile char *const PORTAD = (volatile char *)MODULE_BASE+0x8F
 A to D Port register.
volatile char *const ATDR0H = (volatile char *)MODULE_BASE+0x90
 A to D Read register 0 High.
volatile char *const ATDR0L = (volatile char *)MODULE_BASE+0x91
 A to D Read register 0 Low.
volatile char *const ATDR1H = (volatile char *)MODULE_BASE+0x92
 A to D Read register 1 High.
volatile char *const ATDR1L = (volatile char *)MODULE_BASE+0x93
 A to D Read register 1 Low.
volatile char *const ATDR2H = (volatile char *)MODULE_BASE+0x94
 A to D Read register 2 High.
volatile char *const ATDR2L = (volatile char *)MODULE_BASE+0x95
 A to D Read register 2 Low.
volatile char *const ATDR3H = (volatile char *)MODULE_BASE+0x96
 A to D Read register 3 High.
volatile char *const ATDR3L = (volatile char *)MODULE_BASE+0x97
 A to D Read register 3 Low.
volatile char *const ATDR4H = (volatile char *)MODULE_BASE+0x98
 A to D Read register 4 High.
volatile char *const ATDR4L = (volatile char *)MODULE_BASE+0x99
 A to D Read register 4 Low.
volatile char *const ATDR5H = (volatile char *)MODULE_BASE+0x9A
 A to D Read register 5 High.
volatile char *const ATDR5L = (volatile char *)MODULE_BASE+0x9B
 A to D Read register 5 Low.
volatile char *const ATDR6H = (volatile char *)MODULE_BASE+0x9C
 A to D Read register 6 High.
volatile char *const ATDR6L = (volatile char *)MODULE_BASE+0x9D
 A to D Read register 6 Low.
volatile char *const ATDR7H = (volatile char *)MODULE_BASE+0x9E
 A to D Read register 7 High.
volatile char *const ATDR7L = (volatile char *)MODULE_BASE+0x9F
 A to D Read register 7 Low.
volatile char *const SCIBDH = (volatile char *)MODULE_BASE+0xC8
 Serial Comms High Baud Divisor.
volatile char *const SCIBDL = (volatile char *)MODULE_BASE+0xC9
 Serial Comms low baud divisor,.
volatile char *const SCICR1 = (volatile char *)MODULE_BASE+0xCA
 Serial Comms Control register 1.
volatile char *const SCICR2 = (volatile char *)MODULE_BASE+0xCB
 SCI Control Register 2.
volatile char *const SCISR1 = (volatile char *)MODULE_BASE+0xCC
 SCI Status Register 1.
volatile char *const SCISR2 = (volatile char *)MODULE_BASE+0xCD
 SCI Status Register 2.
volatile char *const SCIDRH = (volatile char *)MODULE_BASE+0xCE
 SCI Data High Register.
volatile char *const SCIDRL = (volatile char *)MODULE_BASE+0xCF
 SCI Data Low Register.
volatile char *const PORTA = (volatile char *)MODULE_BASE
 Data register General Purpose I/O Port A.
volatile char *const PORTB = (volatile char *)MODULE_BASE+1
 Data register General Purpose I/O Port B.
volatile char *const DDRA = (volatile char *)MODULE_BASE+2
 Direction control register Port A.
volatile char *const DDRB = (volatile char *)MODULE_BASE+3
 Direction control register Port B.
volatile char *const PORTE = (volatile char *)MODULE_BASE+8
 Data register General Purpose I/O Port E.
volatile char *const DDRE = (volatile char *)MODULE_BASE+9
 Direction control register Port E.
volatile char *const PORTK = (volatile char *)MODULE_BASE+32
 Data register General Purpose I/O Port K.
volatile char *const DDRK = (volatile char *)MODULE_BASE+33
 Direction control register Port K.

Enumeration Type Documentation

anonymous enum
 

Enumerator:
TOTAL_TASKS  Number of tasks in the system.
TOTAL_FEATURES  Number of Features in a task.
MODULE_BASE  Module base address.

Variable Documentation

volatile char* const Constants::ARMCOP = (volatile char *)MODULE_BASE+0x3F
 

ARMCOP Register.

volatile char* const Constants::ATDCTL0 = (volatile char *)MODULE_BASE+0x80
 

A to D Control Register 0.

volatile char* const Constants::ATDCTL1 = (volatile char *)MODULE_BASE+0x81
 

A to D Control Register 1.

volatile char* const Constants::ATDCTL2 = (volatile char *)MODULE_BASE+0x82
 

A to D Control Register 2.

volatile char* const Constants::ATDCTL3 = (volatile char *)MODULE_BASE+0x83
 

A to D Control Register 3.

volatile char* const Constants::ATDCTL4 = (volatile char *)MODULE_BASE+0x84
 

A to D Control Register 4.

volatile char* const Constants::ATDCTL5 = (volatile char *)MODULE_BASE+0x85
 

A to D Control Register 5.

volatile char* const Constants::ATDDIEN = (volatile char *)MODULE_BASE+0x8D
 

A to D Interrupt control register.

volatile char* const Constants::ATDR0H = (volatile char *)MODULE_BASE+0x90
 

A to D Read register 0 High.

volatile char* const Constants::ATDR0L = (volatile char *)MODULE_BASE+0x91
 

A to D Read register 0 Low.

volatile char* const Constants::ATDR1H = (volatile char *)MODULE_BASE+0x92
 

A to D Read register 1 High.

volatile char* const Constants::ATDR1L = (volatile char *)MODULE_BASE+0x93
 

A to D Read register 1 Low.

volatile char* const Constants::ATDR2H = (volatile char *)MODULE_BASE+0x94
 

A to D Read register 2 High.

volatile char* const Constants::ATDR2L = (volatile char *)MODULE_BASE+0x95
 

A to D Read register 2 Low.

volatile char* const Constants::ATDR3H = (volatile char *)MODULE_BASE+0x96
 

A to D Read register 3 High.

volatile char* const Constants::ATDR3L = (volatile char *)MODULE_BASE+0x97
 

A to D Read register 3 Low.

volatile char* const Constants::ATDR4H = (volatile char *)MODULE_BASE+0x98
 

A to D Read register 4 High.

volatile char* const Constants::ATDR4L = (volatile char *)MODULE_BASE+0x99
 

A to D Read register 4 Low.

volatile char* const Constants::ATDR5H = (volatile char *)MODULE_BASE+0x9A
 

A to D Read register 5 High.

volatile char* const Constants::ATDR5L = (volatile char *)MODULE_BASE+0x9B
 

A to D Read register 5 Low.

volatile char* const Constants::ATDR6H = (volatile char *)MODULE_BASE+0x9C
 

A to D Read register 6 High.

volatile char* const Constants::ATDR6L = (volatile char *)MODULE_BASE+0x9D
 

A to D Read register 6 Low.

volatile char* const Constants::ATDR7H = (volatile char *)MODULE_BASE+0x9E
 

A to D Read register 7 High.

volatile char* const Constants::ATDR7L = (volatile char *)MODULE_BASE+0x9F
 

A to D Read register 7 Low.

volatile char* const Constants::ATDSTAT0 = (volatile char *)MODULE_BASE+0x86
 

A to D Status Register 0.

volatile char* const Constants::ATDSTAT1 = (volatile char *)MODULE_BASE+0x8B
 

A to D Status Register 1.

volatile char* const Constants::ATDTEST0 = (volatile char *)MODULE_BASE+0x88
 

A to D Test Register 0.

volatile char* const Constants::ATDTEST1 = (volatile char *)MODULE_BASE+0x89
 

A to D Test Register 1.

volatile char* const Constants::CLKSEL = (volatile char *)MODULE_BASE+0x39
 

CLKSEL Register.

volatile char* const Constants::COPCTL = (volatile char *)MODULE_BASE+0x3C
 

COPCTL Register.

volatile char* const Constants::CRGFLG = (volatile char *)MODULE_BASE+0x37
 

CRGFLG Register.

volatile char* const Constants::CRGINT = (volatile char *)MODULE_BASE+0x38
 

CRGINT Register.

volatile char* const Constants::DDRA = (volatile char *)MODULE_BASE+2
 

Direction control register Port A.

bit value of 0 sets it to input bit value of 1 sets it to output

volatile char* const Constants::DDRB = (volatile char *)MODULE_BASE+3
 

Direction control register Port B.

bit value of 0 sets it to input bit value of 1 sets it to output

volatile char* const Constants::DDRE = (volatile char *)MODULE_BASE+9
 

Direction control register Port E.

bit value of 0 sets it to input bit value of 1 sets it to output

volatile char* const Constants::DDRK = (volatile char *)MODULE_BASE+33
 

Direction control register Port K.

bit value of 0 sets it to input bit value of 1 sets it to output

volatile char* const Constants::EBICTL = (volatile char *)MODULE_BASE+0x0E
 

EBICTL Register.

volatile char* const Constants::HIPRO = (volatile char *)MODULE_BASE+0x1F
 

HIPRO Register.

volatile char* const Constants::INITEE = (volatile char *)MODULE_BASE+0x12
 

INITEE Register.

volatile char* const Constants::INITRG = (volatile char *)MODULE_BASE+0x11
 

INITRG Register.

volatile char* const Constants::INITRM = (volatile char *)MODULE_BASE+0x10
 

INITRM Register.

volatile char* const Constants::INTCR = (volatile char *)MODULE_BASE+0x1E
 

INTCR Register.

volatile char* const Constants::ITCR = (volatile char *)MODULE_BASE+0x15
 

ITCR Register.

volatile char* const Constants::ITEST = (volatile char *)MODULE_BASE+0x16
 

ITEST Register.

volatile char* const Constants::MEMSIZ0 = (volatile char *)MODULE_BASE+0x1C
 

MEMSIZ0 Register.

volatile char* const Constants::MEMSIZ1 = (volatile char *)MODULE_BASE+0x1D
 

MEMSIZ1 Register.

volatile char* const Constants::MISC = (volatile char *)MODULE_BASE+0x13
 

MISC Register.

volatile char* const Constants::MODE = (volatile char *)MODULE_BASE+0x0B
 

MODE register.

volatile char* const Constants::PAGE = (volatile char *)MODULE_BASE+0x30
 

Page control register.

volatile char* const Constants::PARTIDH = (volatile char *)MODULE_BASE+0x1A
 

PARTIDH register.

volatile char* const Constants::PARTIDL = (volatile char *)MODULE_BASE+0x1B
 

PARTIDL register.

volatile char* const Constants::PEAR = (volatile char *)MODULE_BASE+0x0A
 

PEAR register.

volatile char* const Constants::PLLCTL = (volatile char *)MODULE_BASE+0x3A
 

PLLCTL Register.

volatile char* const Constants::PORTA = (volatile char *)MODULE_BASE
 

Data register General Purpose I/O Port A.

volatile char* const Constants::PORTAD = (volatile char *)MODULE_BASE+0x8F
 

A to D Port register.

volatile char* const Constants::PORTB = (volatile char *)MODULE_BASE+1
 

Data register General Purpose I/O Port B.

volatile char* const Constants::PORTE = (volatile char *)MODULE_BASE+8
 

Data register General Purpose I/O Port E.

volatile char* const Constants::PORTK = (volatile char *)MODULE_BASE+32
 

Data register General Purpose I/O Port K.

volatile char* const Constants::PUCR = (volatile char *)MODULE_BASE+0x0C
 

Pullup control register.

(bit 7 {MSB}) - Enable pullup resistors port K

(bit 4) - Enable pullup resistors port E.

(bit 1) - Enable pullup resistors Port B.

(bit 0 {LSB}) - Enable pullup resistors Port A.

Other bits are unused and should be set to 0.

Setting enable to 0 disables internal pullups for corresponding inputs, setting it to 1 enables internal pullups.

Only applies to input configured pins, does not enable pullups for output pins.

volatile char* const Constants::RDRIV = (volatile char *)MODULE_BASE+0x0D
 

RDRIV Register.

volatile char* const Constants::REFDV = (volatile char *)MODULE_BASE+0x35
 

REFDV Register.

volatile char* const Constants::RTICTL = (volatile char *)MODULE_BASE+0x3B
 

RTICTL Register.

volatile char* const Constants::SCIBDH = (volatile char *)MODULE_BASE+0xC8
 

Serial Comms High Baud Divisor.

Baud rate is a function of the SCI Module clock. The module clock gets divided by 16 times the value programmed into this register. The 5 Least Significant Bits of the high register are combined with the 8 bits from the low register, providing a baud divisor of between 1 and 8191.

SCI Baud Rate = SCI Module Clock / (16 x Baud Divisor).

Baud Divisor = ((SCIBDH & 0x1F) << 8) | SCIBDL

Note: You must write both the high and low bytes for the register to accept the data (in that order). If you write only the high byte, the baud rate won't be updated until you write the low byte. During this period readbacks will not function correctly.

Note2: The baud rate generator is disabled when a 0 is written, or before either RE or TE bits are set in SCICR2.

volatile char* const Constants::SCIBDL = (volatile char *)MODULE_BASE+0xC9
 

Serial Comms low baud divisor,.

See also:
SCIBDH for details.

volatile char* const Constants::SCICR1 = (volatile char *)MODULE_BASE+0xCA
 

Serial Comms Control register 1.

Bit 7 - Loop Select Bit: enables loop operation. In loop operation, the RXD pin is disconnected from the SCI and the transmitter output is internally connected to the receiver input. Both the transmitter and the receiver must be enabled to use the loop function. 0 Normal operation enabled, 1 Loop operation enabled Note: The receiver input is determined by the RSRC bit.

bit 6 - SCI Stop in Wait Mode Bit: disables the SCI in wait mode. 0 SCI enabled in wait mode, 1 SCI disabled in wait mode

bit 5 - Receiver Source Bit. When in Loop mode,the RSRC bit determines the source for the receiver shift register. 0 Receiver input internally connected to transmitter output, 1 Receiver input connected externally to transmitter

bit 4 - Data Format Mode Bit: determines whether data characters are eight or nine bits long. 0 One start bit, eight data bits, one stop bit; 1 One start bit, nine data bits, one stop bit

bit 3 - Wakeup Condition Bit: determines which condition wakes up the SCI: a logic 1 (address mark) in the 3 most signi?cant bit position of a received data character or an idle condition on the RXD. 0 Idle line wakeup, 1 Address mark wakeup.

bit 2 - Idle Line Type Bit: determines when the receiver starts counting logic 1s as idle character bits. The counting begins either after the start bit or after the stop bit. If the count begins after the start bit, then a string of logic 1s preceding the stop bit may cause false recognition of an idle character. Beginning the count after the stop bit avoids false idle character recognition, but requires properly synchronized transmissions. 0 Idle character bit count begins after start bit, 1 Idle character bit count begins after stop bit.

bit 1 - Parity Enable Bit: enables the parity function. When enabled, the parity function inserts a parity bit in the most significant bit position. 0 Parity function disabled, 1 Parity function enabled

bit 0 - Parity Type Bit: determines whether the SCI generates and checks for even parity or odd parity. With even parity, an even number of 1s clears the parity bit and an odd number of 1s sets the parity bit. With odd parity, an odd number of 1s clears the parity bit and an even number of 1s sets the parity bit. 0 Even parity, 1 Odd parity

volatile char* const Constants::SCICR2 = (volatile char *)MODULE_BASE+0xCB
 

SCI Control Register 2.

volatile char* const Constants::SCIDRH = (volatile char *)MODULE_BASE+0xCE
 

SCI Data High Register.

volatile char* const Constants::SCIDRL = (volatile char *)MODULE_BASE+0xCF
 

SCI Data Low Register.

volatile char* const Constants::SCISR1 = (volatile char *)MODULE_BASE+0xCC
 

SCI Status Register 1.

volatile char* const Constants::SCISR2 = (volatile char *)MODULE_BASE+0xCD
 

SCI Status Register 2.

volatile char* const Constants::SYNR = (volatile char *)MODULE_BASE+0x34
 

SYNR Register.

volatile char* const Constants::VREGCTL = (volatile char *)MODULE_BASE+0x19
 

Voltage regulation control 3.3V.

Generated on Tue Sep 19 14:04:54 2006 for MegaPlusPlus by  doxygen 1.4.6