void bp_adc_continuous_probe(void) {
uint16_t measurement;
MSG_ADC_VOLTMETER_MODE;
MSG_ANY_KEY_TO_EXIT_PROMPT;
MSG_ADC_VOLTAGE_PROBE_HEADER;
bp_write_voltage(0);
MSG_VOLTAGE_UNIT;
/* Perform ADC probes until a character is sent to the serial port. */
while (!user_serial_ready_to_read()) {
/* Turn the ADC on. */
AD1CON1bits.ADON = ON;
/* Perform the measurement. */
measurement = bp_read_adc(BP_ADC_PROBE);
/* Turn the ADC off. */
AD1CON1bits.ADON = OFF;
/* Erase previous measurement. */
bp_write_string("\x08\x08\x08\x08\x08");
/* Print new measurement. */
bp_write_voltage(measurement);
MSG_VOLTAGE_UNIT;
}
/* Flush the incoming serial buffer. */
user_serial_read_byte();
bpBR;
}
void bp_adc_probe(void) {
/* Turn the ADC on. */
AD1CON1bits.ADON = ON;
/* Perform the measurement. */
bp_write_voltage(bp_read_adc(BP_ADC_PROBE));
/* Turn the ADC off. */
AD1CON1bits.ADON = OFF;
}
void bp_adc_probe(void) {
/* Turn the ADC on. */
bp_enable_adc();
/* Perform the measurement. */
bp_write_voltage(bp_read_adc(BP_ADC_PROBE));
/* Turn the ADC off. */
bp_disable_adc();
}
void perform_adc_test(unsigned int channel, unsigned int minimum_threshold,
unsigned int maximum_threshold) {
unsigned int measurement;
user_serial_transmit_character('(');
measurement = bp_read_adc(channel);
bp_write_voltage(measurement);
user_serial_transmit_character(')');
check_result(
((measurement > minimum_threshold) && (measurement < maximum_threshold)),
true);
}
