public void Test_That_Reference_TriggerCommand_Can_Be_Parsed_Correctly()
{
// Taken from 'C-Bus Quick Start Guide.pdf' Page 7
var referenceMessageData = "05CA0002250109\r";
Output.WriteLine("Taken from 'C-Bus Quick Start Guide.pdf' Page 7: {0}", referenceMessageData);
var CBusAddressMap = new Protocol.CBusApplicationAddressMap();
CBusAddressMap.AddMapping(Protocol.CBusProtcol.ApplicationTypes.LIGHTING, 0x38);
CBusAddressMap.AddMapping(Protocol.CBusProtcol.ApplicationTypes.TRIGGER, 0xCA);
var cbusProtocol = new Protocol.CBusProtcol(128);
var _state = new Protocol.CBusProtcol.CBusStateMachine();
var data = referenceMessageData.ToCharArray();
int dataIndex = 0;
Assert.True(
cbusProtocol.TryProcessReceivedBytes(
data, data.Length,
ref dataIndex, _state
),
"Failed to parse reference lighting command"
);
}
public void Test_That_Command_Can_Be_Processed_When_Recieved_In_Multiple_Parts_From_The_Network()
{
//string referenceMessageData = "056438007922C4\r\n";
string referenceMessageData1 = "05643800";
string referenceMessageData2 = "7922C4\r\n";
var CBusAddressMap = new Protocol.CBusApplicationAddressMap();
CBusAddressMap.AddMapping(Protocol.CBusProtcol.ApplicationTypes.LIGHTING, 0x38);
CBusAddressMap.AddMapping(Protocol.CBusProtcol.ApplicationTypes.TRIGGER, 0xCA);
var cbusProtocol = new Protocol.CBusProtcol(128);
var state = new Protocol.CBusProtcol.CBusStateMachine();
var data = referenceMessageData1.ToCharArray();
int dataIndex = 0;
Assert.False(
cbusProtocol.TryProcessReceivedBytes(
data, data.Length,
ref dataIndex, state
),
"should not reuturn success when only partial command received"
);
//Process another segment of data
data = referenceMessageData2.ToCharArray();
dataIndex = 0;
Assert.True(
cbusProtocol.TryProcessReceivedBytes(
data, data.Length,
ref dataIndex, state
),
"Failed to parse reference lighting command"
);
var isMonitoredSAL = (state.MessageType == Protocol.CBusProtcol.CBusMessageType.MONITORED_SAL_MESSAGE_RECEIVED);
Protocol.CBusSALCommand cmd;
Assert.True(
CBusAddressMap.TryParseCommand(state.CommandBytes, state.CommandLength, isMonitoredSAL, false, out cmd),
"Failed to interpret reference lighting command"
);
// Expected lighting Command Type
Assert.Equal <Protocol.CBusProtcol.ApplicationTypes>(
Protocol.CBusProtcol.ApplicationTypes.LIGHTING,
cmd.ApplicationType);
Console.WriteLine("Parsed Command:{0}", cmd);
foreach (var c in ((Protocol.CBusLightingCommand)cmd).Commands())
{
Console.WriteLine("Child Command: **{0}**", c);
}
}
public void Test_That_Reference_LightingCommand_Can_Be_Parsed_Correctly()
{
//Take from 'C-Bus Quick Start Guide.pdf' Page 7
//var referenceMessageData = "0538007988C2\r";
var referenceMessageData = "0503380002473D3DFD\r";
var CBusAddressMap = new Protocol.CBusApplicationAddressMap();
CBusAddressMap.AddMapping(Protocol.CBusProtcol.ApplicationTypes.LIGHTING, 0x38);
CBusAddressMap.AddMapping(Protocol.CBusProtcol.ApplicationTypes.TRIGGER, 0xCA);
var cbusProtocol = new Protocol.CBusProtcol(128);
var _state = new Protocol.CBusProtcol.CBusStateMachine();
//int rxDataPointer = 0;
//int rxCommandLength;
//byte[] CommandBytes;
//Protocol.CBusProtcol.CBusMessageType rxMessageType;
var data = referenceMessageData.ToCharArray();
int dataIndex = 0;
Assert.True(
cbusProtocol.TryProcessReceivedBytes(
data, data.Length,
ref dataIndex, _state
),
"Failed to parse reference lighting command"
);
}
public void Test_That_Reference_TriggerCommand_Can_Be_Parsed_And_The_Result_Interpreted_Correctly()
{
//Take from 'C-Bus Quick Start Guide.pdf' Page 7
var referenceMessageData = "05CA0002250109\r";
//var referenceMessageData = "0505CA00020000\r";
var CBusAddressMap = new Protocol.CBusApplicationAddressMap();
CBusAddressMap.AddMapping(Protocol.CBusProtcol.ApplicationTypes.LIGHTING, 0x38);
CBusAddressMap.AddMapping(Protocol.CBusProtcol.ApplicationTypes.TRIGGER, 0xCA);
var cbusProtocol = new Protocol.CBusProtcol(128);
var state = new Protocol.CBusProtcol.CBusStateMachine();
var data = referenceMessageData.ToCharArray();
int dataIndex = 0;
Assert.True(
cbusProtocol.TryProcessReceivedBytes(
data, data.Length,
ref dataIndex, state
),
"Failed to parse reference trigger command"
);
var isMonitoredSAL = (state.MessageType == Protocol.CBusProtcol.CBusMessageType.MONITORED_SAL_MESSAGE_RECEIVED);
Protocol.CBusSALCommand cmd;
Assert.True(
CBusAddressMap.TryParseCommand(state.CommandBytes, state.CommandLength, isMonitoredSAL, true, out cmd),
"Failed to interpret reference trigger command"
);
// Expected Trigger Command Type
Assert.Equal(
Protocol.CBusProtcol.ApplicationTypes.TRIGGER,
cmd.ApplicationType);
Console.WriteLine("Parsed Command:{0}", cmd);
foreach (var c in ((Protocol.CBusTriggerCommand)cmd).Commands())
{
Console.WriteLine("Child Command: **{0}**", c);
}
}
public void Test_That_Reference_LightingCommand_Can_Be_Parsed_And_The_Result_Interpreted_Correctly(string referenceMessageData)
{
//Take from 'C-Bus Quick Start Guide.pdf' Page 7
//var referenceMessageData = "0538007988C2\r";
//05 - Long Form Reply
//03 - Unit/Bridge Address
//38 - Application Address
//00 - Network
//SAL Data (02,47,3D,3D)
//FD - Checksum
//SAL Data
//02 - Ramp Instant (Short Form)
//47 - Group Address
//3D - Level
//var referenceMessageData = "0503380002473D3DFD\r";
var CBusAddressMap = new Protocol.CBusApplicationAddressMap();
CBusAddressMap.AddMapping(Protocol.CBusProtcol.ApplicationTypes.LIGHTING, 0x38);
CBusAddressMap.AddMapping(Protocol.CBusProtcol.ApplicationTypes.TRIGGER, 0xCA);
var cbusProtocol = new Protocol.CBusProtcol(128);
//int rxDataPointer = 0;
//int rxCommandLength;
//byte[] CommandBytes;
//Protocol.CBusProtcol.CBusMessageType rxMessageType;
var state = new Protocol.CBusProtcol.CBusStateMachine();
var data = referenceMessageData.ToCharArray();
int dataIndex = 0;
Assert.True(
cbusProtocol.TryProcessReceivedBytes(
data, data.Length,
ref dataIndex, state
),
"Failed to parse reference lighting command"
);
var isMonitoredSAL = (state.MessageType == Protocol.CBusProtcol.CBusMessageType.MONITORED_SAL_MESSAGE_RECEIVED);
Protocol.CBusSALCommand cmd;
Assert.True(
CBusAddressMap.TryParseCommand(state.CommandBytes, state.CommandLength, isMonitoredSAL, false, out cmd),
"Failed to interpret reference lighting command"
);
// Expected lighting Command Type
Assert.Equal(
Protocol.CBusProtcol.ApplicationTypes.LIGHTING,
cmd.ApplicationType);
Console.WriteLine("Parsed Command:{0}", cmd);
foreach (var c in ((Protocol.CBusLightingCommand)cmd).Commands())
{
Console.WriteLine("Child Command: **{0}**", c);
}
}
