The following are libraries available to C to support special features of the controllers: (features in BLUE have been added for ARMmite ARMexpLITE and PRO family):

Coridium C Hardware Library
AD (pin)	Do a 12/10 bit A/D conversion on pin
int COUNT (pin, milliseconds)	= COUNT() transitions on pin for milliseconds
int DIR (<expr>)	Get current direction of pin <expr>
FREQOUT (pin, milliseconds, freq1 ,freq2)	Generate PWM freq1 on pin for milliseconds
HIGH (<expr>)	Set pin <expr> to 3.3V
HWPWM (cycle,duty1, duty2, ... duty8)	Generate upto 8 channel PWM using hardware
I2CIN (pin, slaveADDR, out1, out2... out5, cnt, *List)	Read InputList via I2C device
int I2COUT (pin, slaveADDR, cnt, *List )	Write OutputList to I2C device
int IN (<expr>)	Get current value on pin <expr>
INPUT (<expr>)	Set pin <expr> as an input
LOW (<expr>)	Set pin <expr> to 0V
OUTPUT (<expr>)	Set pin <expr> to an output
OWIN (pin, Output1, Output2, ... Output6, cnt, *List )	Input data on pin using 1-Wire protocol
int OWOUT (pin, cnt, *List)	Output data on pin using 1-Wire protocol
int PULSIN (pin, level)	variable = microseconds pin is at level
PULSOUT (pin, microseconds)	Change pin to opposite value for microseconds
PWM (pin, duty, milliseconds)	modulate pin for duty/256 for milliseconds
int RCTIME (pin, level)	variable = microseconds pin stays at level
SERIN (pin, baudrate, posTrue, cnt, *List)	receive data-list on pin at baudrate
SEROUT (pin, baudrate, posTrue, cnt, *List)	transmit data-list on pin at baudrate
SHIFTIN (Dpin, Cpin, Mode, cnt, *List, bitlength)	variable = data shifted in on Dpin using Cpin clock
SHIFTOUT (Dpin, Cpin, Mode, cnt, *List, bitlength)	shift data out on Dpin using Cpin clock
SPIIN (CSpin, inpin, clockpin, out1, out2,...,cnt, *List)	read data from SPI device
SPIOUT (CSpin, outpin, clockpin, cnt, *List)	write data to an SPI device
WAIT (milliseconds)	pause the program for a number of milliseconds