public async Task PullConfigAsync()
{
var response = await readValueTask.Execute("Did not receive sensor fusion config within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)SENSOR_FUSION, Util.setRead(MODE) }));
mode = (Mode)response[2];
}
public async Task <BleAdvertisementConfig> ReadBleAdConfigAsync()
{
var response = await readAdConfigTask.Execute("Did not received device name within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)SETTINGS, Util.setRead(DEVICE_NAME) }));
var deviceName = Encoding.ASCII.GetString(response, 2, response.Length - 2);
ushort interval;
byte timeout;
response = await readAdConfigTask.Execute("Did not received ad interval within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)SETTINGS, Util.setRead(AD_INTERVAL) }));
if (bridge.lookupModuleInfo(SETTINGS).revision >= CONN_PARAMS_REVISION)
{
interval = (ushort)(BitConverter.ToUInt16(response, 2) * AD_INTERVAL_STEP);
timeout = response[4];
}
else
{
interval = BitConverter.ToUInt16(response, 2);
timeout = response[4];
}
response = await readAdConfigTask.Execute("Did not received scan response within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)SETTINGS, Util.setRead(SCAN_RESPONSE) }));
var scanResponse = new byte[response.Length - 2];
Array.Copy(response, 2, scanResponse, 0, scanResponse.Length);
return(new BleAdvertisementConfig(deviceName, interval, timeout, scanResponse));
}
public async Task PullConfigAsync()
{
byte[] response = await readConfigTask.Execute("Did not receive gyro config within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)GYRO, Util.setRead(CONFIG) }));
Array.Copy(response, 2, gyrDataConfig, 0, gyrDataConfig.Length);
}
public async override Task PullConfigAsync()
{
byte[] response = await readConfigTask.Execute("Did not receive accelerometer config within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)ACCELEROMETER, Util.setRead(DATA_CONFIG) }));
Array.Copy(response, 2, accDataConfig, 0, accDataConfig.Length);
}
internal async Task <Queue <byte> > queueEvents(Queue <Tuple <DataTypeBase, Action> > eventCodeBlocks)
{
var successfulEvents = new Queue <byte>();
try {
while (eventCodeBlocks.Count != 0)
{
ActiveDataType = eventCodeBlocks.Peek().Item1;
recordedCommands = new Queue <byte[]>();
eventCodeBlocks.Peek().Item2();
ActiveDataType = null;
while (recordedCommands.Count != 0)
{
var id = await createEventTask.Execute("Programming command timed out after {0}ms", bridge.TimeForResponse * 2, () => {
bridge.sendCommand(recordedCommands.Dequeue());
bridge.sendCommand(recordedCommands.Dequeue());
});
successfulEvents.Enqueue(id);
}
eventCodeBlocks.Dequeue();
}
} catch (TimeoutException e) {
foreach (byte id in successfulEvents)
{
remove(id);
}
throw e;
}
return(successfulEvents);
}
public async Task <int> ReadTmpValueAsync()
{
var result = await readTmpValueTask.Execute("Did not received response from tmp register within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)DEBUG, Util.setRead(TMP_VALUE) }));
return(Util.bytesLeToInt(result, 2));
}
public async Task <T> ReadAsync()
{
var cmd = dataTypeBase.createReadStateCmd();
return(await readTask.Execute("Did not receive a response for command " + Util.ArrayToHexString(cmd) + " within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(cmd)));
}
internal async Task QueryTimeAsync()
{
///remove
return;
queryTimeTask = new TimedTask <bool>();
await queryTimeTask.Execute("Failed to receive current time tick within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)LOGGING, Util.setRead(TIME) }));
}
internal async Task <Stack <ProcessorEntry> > pullChainAsync(byte id)
{
var entries = new Stack <ProcessorEntry>();
var terminate = false;
var readId = id;
while (!terminate)
{
if (activeProcessors.TryGetValue(readId, out var processor))
{
var entry = new ProcessorEntry {
id = readId,
config = processor.Item2.config
};
entries.Push(entry);
if (processor.Item2.source.eventConfig[0] == (byte)DATA_PROCESSOR)
{
readId = processor.Item2.source.eventConfig[2];
}
else
{
terminate = true;
}
}
else
{
var config = await pullProcessorConfigTask.Execute("Did not receive data processor config within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)DATA_PROCESSOR, Util.setRead(ADD), readId }));
var entry = new ProcessorEntry {
id = readId,
offset = (byte)(config[5] & 0x1f),
length = (byte)(((config[5] >> 5) & 0x7) + 1),
source = new byte[3],
config = new byte[config.Length - 6]
};
Array.Copy(config, 2, entry.source, 0, entry.source.Length);
Array.Copy(config, 6, entry.config, 0, entry.config.Length);
entries.Push(entry);
if (config[2] == (byte)DATA_PROCESSOR)
{
readId = config[4];
}
else
{
terminate = true;
}
}
}
return(entries);
}
internal async Task <Queue <byte> > queueDataProcessors(LinkedList <Tuple <DataTypeBase, EditorImplBase> > pendingProcessors)
{
var successfulProcessors = new Queue <byte>();
try {
while (pendingProcessors.Count != 0)
{
Tuple <DataTypeBase, EditorImplBase> current = pendingProcessors.First.Value;
DataTypeBase input = current.Item2.source.input;
if (current.Item2.configObj is DataProcessorConfig.FuserConfig)
{
(current.Item2.configObj as DataProcessorConfig.FuserConfig).SyncFilterIds(this);
}
byte[] filterConfig = new byte[input.eventConfig.Length + 1 + current.Item2.config.Length];
filterConfig[input.eventConfig.Length] = (byte)(((input.attributes.length() - 1) << 5) | input.attributes.offset);
Array.Copy(input.eventConfig, 0, filterConfig, 0, input.eventConfig.Length);
Array.Copy(current.Item2.config, 0, filterConfig, input.eventConfig.Length + 1, current.Item2.config.Length);
var id = await createProcessorTask.Execute("Did not receive data processor id within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(DATA_PROCESSOR, ADD, filterConfig));
pendingProcessors.RemoveFirst();
current.Item2.source.eventConfig[2] = id;
if (current.Item2.source.components != null)
{
foreach (var c in current.Item2.source.components)
{
c.eventConfig[2] = id;
}
}
if (current.Item1 != null)
{
current.Item1.eventConfig[2] = id;
}
activeProcessors[id] = current;
successfulProcessors.Enqueue(id);
}
} catch (TimeoutException e) {
foreach (byte it in successfulProcessors)
{
removeProcessor(true, it);
}
throw e;
}
return(successfulProcessors);
}
internal async Task <DataTypeBase> create(uint period, ushort repititions, bool delay)
{
byte[] cmd = new byte[9];
cmd[0] = (byte)TIMER;
cmd[1] = TIMER_ENTRY;
cmd[8] = (byte)(delay ? 0 : 1);
Array.Copy(Util.uintToBytesLe(period), 0, cmd, 2, 4);
Array.Copy(Util.ushortToBytesLe(repititions), 0, cmd, 6, 2);
var id = await createTimerTask.Execute("Did not receive timer ID within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(cmd));
return(new IntegralDataType(TIMER, NOTIFY, id, new DataAttributes(new byte[] { }, 0, 0, false)));
}
internal async Task <Queue <LoggedDataConsumer> > CreateLoggersAsync(Queue <DataTypeBase> producers)
{
LoggedDataConsumer nextLogger = null;
var result = new Queue <LoggedDataConsumer>();
try {
while (producers.Count != 0)
{
nextLogger = new LoggedDataConsumer(producers.Dequeue());
byte[] eventConfig = nextLogger.source.eventConfig;
var nReqLogIds = (byte)((nextLogger.source.attributes.length() - 1) / LOG_ENTRY_SIZE + 1);
int remainder = nextLogger.source.attributes.length();
for (byte i = 0; i < nReqLogIds; i++, remainder -= LOG_ENTRY_SIZE)
{
int entrySize = Math.Min(remainder, LOG_ENTRY_SIZE), entryOffset = LOG_ENTRY_SIZE * i + nextLogger.source.attributes.offset;
byte[] command = new byte[6];
command[0] = (byte)LOGGING;
command[1] = TRIGGER;
command[2 + eventConfig.Length] = (byte)(((entrySize - 1) << 5) | entryOffset);
Array.Copy(eventConfig, 0, command, 2, eventConfig.Length);
var id = await createLoggerTask.Execute("Did not receive logger id within {0}ms", bridge.TimeForResponse, () => bridge.sendCommand(command));
nextLogger.addId(id);
}
nextLogger.register(dataLoggers);
result.Enqueue(nextLogger);
}
return(result);
} catch (TimeoutException e) {
while (result.Count != 0)
{
result.Dequeue().remove(bridge, true);
}
nextLogger?.remove(bridge, true);
throw e;
}
}
public async Task <byte> EndRecordAsync()
{
isRecording = false;
await Task.Delay(WRITE_MACRO_DELAY);
var id = await beginMacroTask.Execute("Did not receive macro id within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)MACRO, BEGIN, (byte)(execOnBoot ? 1 : 0) }));
foreach (var it in commands)
{
foreach (var cmd in convertToMacroCommand(it))
{
bridge.sendCommand(cmd);
}
}
bridge.sendCommand(new byte[] { (byte)MACRO, END });
return(id);
}
public async Task <byte[]> ReadSPIAsync(byte length, byte slaveSelectPin, byte clockPin, byte mosiPin, byte misoPin, byte mode, SpiFrequency frequency,
byte[] data = null, bool lsbFirst = true, bool useNativePins = true)
{
SpiParameterBuilder builder = new SpiParameterBuilder((byte)((length - 1) | (DIRECT_SPI_READ_ID << 4)));
builder.slaveSelectPin(slaveSelectPin)
.clockPin(clockPin)
.mosiPin(mosiPin)
.misoPin(misoPin)
.mode(mode)
.frequency(frequency);
if (lsbFirst)
{
builder.lsbFirst();
}
if (useNativePins)
{
builder.useNativePins();
}
if (data != null)
{
builder.data(data);
}
var response = await spiReadTask.Execute("Did not received SPI data within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(SERIAL_PASSTHROUGH, Util.setRead(SPI_RW), builder.build()));
if (response.Length > 3)
{
byte[] dataInner = new byte[response.Length - 3];
Array.Copy(response, 3, dataInner, 0, dataInner.Length);
return(dataInner);
}
else
{
throw new InvalidOperationException("Error reading SPI data from device or register address. Response: " + Util.arrayToHexString(response));
}
}
public async Task <Configuration> ReadConfigAsync()
{
var response = await readConfigTask.Execute("Did not receive ibeacon ad UUID within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)IBEACON, Util.setRead(AD_UUID) }));
byte[] copy = new byte[response.Length - 2];
Array.Copy(response, 2, copy, 0, copy.Length);
Array.Reverse(copy);
Array.Reverse(copy, 0, 4);
Array.Reverse(copy, 4, 2);
Array.Reverse(copy, 6, 2);
var adUuid = new Guid(copy);
response = await readConfigTask.Execute("Did not receive ibeacon major ID within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)IBEACON, Util.setRead(MAJOR) }));
var major = BitConverter.ToUInt16(response, 2);
response = await readConfigTask.Execute("Did not receive ibeacon minor ID within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)IBEACON, Util.setRead(MINOR) }));
var minor = BitConverter.ToUInt16(response, 2);
response = await readConfigTask.Execute("Did not receive ibeacon rx power within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)IBEACON, Util.setRead(RX) }));
var rxPower = (sbyte)response[2];
response = await readConfigTask.Execute("Did not receive ibeacon tx power within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)IBEACON, Util.setRead(TX) }));
var txPower = (sbyte)response[2];
response = await readConfigTask.Execute("Did not receive ibeacon ad period within {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)IBEACON, Util.setRead(PERIOD) }));
var period = BitConverter.ToUInt16(response, 2);
return(new Configuration(adUuid, major, minor, period, rxPower, txPower));
}
internal async Task <ICollection <LoggedDataConsumer> > queryActiveLoggersAsync()
{
dataLoggers.Clear();
var nRemainingLoggers = new Dictionary <DataTypeBase, byte>();
var placeholder = new Dictionary <Tuple <byte, byte, byte>, byte>();
ICollection <DataTypeBase> producers = bridge.aggregateDataSources();
DataTypeBase guessLogSource(Tuple <byte, byte, byte> key, byte offset, byte length)
{
List <DataTypeBase> possible = new List <DataTypeBase>();
foreach (DataTypeBase it in producers)
{
if (it.eventConfig[0] == key.Item1 && it.eventConfig[1] == key.Item2 && it.eventConfig[2] == key.Item3)
{
possible.Add(it);
if (it.components != null)
{
possible.AddRange(it.components);
}
}
}
DataTypeBase original = null;
bool multipleEntries = false;
foreach (DataTypeBase it in possible)
{
if (it.attributes.length() > 4)
{
original = it;
multipleEntries = true;
}
}
if (multipleEntries)
{
if (offset == 0 && length > LOG_ENTRY_SIZE)
{
return(original);
}
if (!placeholder.ContainsKey(key))
{
if (length == LOG_ENTRY_SIZE)
{
placeholder.Add(key, length);
return(original);
}
}
else
{
placeholder[key] += length;
if (placeholder[key] == original.attributes.length())
{
placeholder.Remove(key);
}
return(original);
}
}
foreach (DataTypeBase it in possible)
{
if (it.attributes.offset == offset && it.attributes.length() == length)
{
return(it);
}
}
return(null);
}
for (byte i = 0; i < bridge.lookupModuleInfo(LOGGING).extra[0]; i++)
{
var response = await queryLogConfigTask.Execute("Querying log configuration (id = " + i + ") timed out after {0}ms", bridge.TimeForResponse,
() => bridge.sendCommand(new byte[] { (byte)LOGGING, Util.setRead(TRIGGER), i }));
if (response.Length > 2)
{
byte offset = (byte)(response[5] & 0x1f), length = (byte)(((response[5] >> 5) & 0x3) + 1);
var source = guessLogSource(Tuple.Create(response[2], response[3], response[4]), offset, length);
var dataprocessor = bridge.GetModule <IDataProcessor>() as DataProcessor;
var state = Util.clearRead(response[3]) == DataProcessor.STATE;
if (response[2] == (byte)DATA_PROCESSOR && (response[3] == DataProcessor.NOTIFY || state))
{
var chain = await dataprocessor.pullChainAsync(response[4]);
var first = chain.First();
var type = first.source != null?
guessLogSource(Tuple.Create(first.source[0], first.source[1], first.source[2]), first.offset, first.length) :
dataprocessor.activeProcessors[first.id].Item2.source;
while (chain.Count() != 0)
{
var current = chain.Pop();
var currentConfigObj = DataProcessorConfig.from(bridge.getFirmware(), bridge.lookupModuleInfo(DATA_PROCESSOR).revision, current.config);
var next = type.transform(currentConfigObj);
next.Item1.eventConfig[2] = current.id;
if (next.Item2 != null)
{
next.Item2.eventConfig[2] = current.id;
}
if (!dataprocessor.activeProcessors.ContainsKey(current.id))
{
dataprocessor.activeProcessors.Add(current.id, Tuple.Create(next.Item2, new NullEditor(currentConfigObj, type, bridge) as EditorImplBase));
}
type = next.Item1;
}
source = state ? dataprocessor.lookupProcessor(response[4]).Item1 : type;
}
if (!nRemainingLoggers.ContainsKey(source) && source.attributes.length() > LOG_ENTRY_SIZE)
{
nRemainingLoggers.Add(source, (byte)Math.Ceiling((float)(source.attributes.length() / LOG_ENTRY_SIZE)));
}
LoggedDataConsumer logger = null;
foreach (LoggedDataConsumer it in dataLoggers.Values)
{
if (it.source.eventConfig.SequenceEqual(source.eventConfig) && it.source.attributes.Equals(source.attributes))
{
logger = it;
break;
}
}
if (logger == null || (offset != 0 && !nRemainingLoggers.ContainsKey(source)))
{
logger = new LoggedDataConsumer(source);
}
logger.addId(i);
dataLoggers.Add(i, logger);
if (nRemainingLoggers.TryGetValue(source, out var count))
{
byte remaining = (byte)(count - 1);
nRemainingLoggers[source] = remaining;
if (remaining < 0)
{
nRemainingLoggers.Remove(source);
}
}
}
}
List <LoggedDataConsumer> orderedLoggers = new List <LoggedDataConsumer>();
foreach (var k in dataLoggers.Keys.OrderBy(d => d))
{
if (!orderedLoggers.Contains(dataLoggers[k]))
{
orderedLoggers.Add(dataLoggers[k]);
}
}
return(orderedLoggers);
}
