/*
Reset EEPROM and input register to factory default. Refer datasheet TABLE 4-2
Input value = 0, Voltage Reference = 1 (internal), Gain = 0, PowerDown = 0
*/
uint8_t mcp4728::eepromReset()
{
_values[0] = _values[1] = _values[2] = _values[3] = 0;
_intVref[0] = _intVref[0] = _intVref[0] = _intVref[0] = 1;
_gain[0] = _gain[1] = _gain[2] = _gain[3] = 0;
_powerDown[0] = _powerDown[0] = _powerDown[0] = _powerDown[0] = 0;
return seqWrite();
}
/*
Write values to each channel using SequencialWrite method.
This will update both input register and EEPROM value
Channel : 0-3, Values : 0-4095
*/
uint8_t mcp4728::eepromWrite(uint16_t value1, uint16_t value2, uint16_t value3, uint16_t value4)
{
_valuesEp[0] = _values[0] = value1;
_valuesEp[1] = _values[1] = value2;
_valuesEp[2] = _values[2] = value3;
_valuesEp[3] = _values[3] = value4;
return seqWrite();
}
void CfgExternalToolModel::initFormats() {
QList<DocumentFormatId> ids = AppContext::getDocumentFormatRegistry()->getRegisteredFormats();
DocumentFormatConstraints commonConstraints;
commonConstraints.addFlagToSupport(DocumentFormatFlag_SupportWriting);
commonConstraints.addFlagToExclude(DocumentFormatFlag_SingleObjectFormat);
commonConstraints.addFlagToExclude(DocumentFormatFlag_CannotBeCreated);
DocumentFormatConstraints seqWrite(commonConstraints);
seqWrite.supportedObjectTypes += GObjectTypes::SEQUENCE;
DocumentFormatConstraints seqRead(commonConstraints);
seqRead.supportedObjectTypes += GObjectTypes::SEQUENCE;
DocumentFormatConstraints msaWrite(commonConstraints);
msaWrite.supportedObjectTypes += GObjectTypes::MULTIPLE_SEQUENCE_ALIGNMENT;
DocumentFormatConstraints msaRead(commonConstraints);
msaRead.supportedObjectTypes += GObjectTypes::MULTIPLE_SEQUENCE_ALIGNMENT;
DocumentFormatConstraints annWrite(commonConstraints);
annWrite.supportedObjectTypes += GObjectTypes::ANNOTATION_TABLE;
DocumentFormatConstraints annRead(commonConstraints);
annRead.supportedObjectTypes += GObjectTypes::ANNOTATION_TABLE;
foreach(const DocumentFormatId& id, ids) {
DocumentFormat* df = AppContext::getDocumentFormatRegistry()->getFormatById(id);
if (df->checkConstraints(seqWrite)) {
seqFormatsW[df->getFormatName()] = df->getFormatId();
}
if (df->checkConstraints(seqRead)) {
seqFormatsR[df->getFormatName()] = df->getFormatId();
}
if (df->checkConstraints(msaWrite)) {
msaFormatsW[df->getFormatName()] = df->getFormatId();
}
if (df->checkConstraints(msaRead)) {
msaFormatsR[df->getFormatName()] = df->getFormatId();
}
if (df->checkConstraints(annWrite)) {
annFormatsW[df->getFormatName()] = df->getFormatId();
}
if (df->checkConstraints(annRead)) {
annFormatsR[df->getFormatName()] = df->getFormatId();
}
}
/*
Write all input resistor values to EEPROM using SequencialWrite method.
This will update both input register and EEPROM value
This will also write current Vref, PowerDown, Gain settings to EEPROM
*/
uint8_t mcp4728::eepromWrite()
{
return seqWrite();
}