public UnconfirmedTextMessageRequest(ObjectIdentifier textMessageSourceDevice, MessagePriority messagePriority,
CharacterString message)
{
this.textMessageSourceDevice = textMessageSourceDevice;
this.messagePriority = messagePriority;
this.message = message;
}
public void MultipleCharacterStrings()
{
int endOffset = 0;
byte[] content = Helper.ReadFixture("CharacterString", "www.google.com-string");
IList <CharacterString> characterStrings = CharacterString.GetAllFromArray(content, 0, out endOffset);
Assert.Equal(3, characterStrings.Count);
Assert.Equal(15, endOffset);
CharacterString characterString = characterStrings[0];
Assert.Equal("www", characterString.ToString());
Assert.Equal(4, characterString.Size);
characterString = characterStrings[1];
Assert.Equal("google", characterString.ToString());
Assert.Equal(7, characterString.Size);
characterString = characterStrings[2];
Assert.Equal("com", characterString.ToString());
Assert.Equal(4, characterString.Size);
}
public UnconfirmedTextMessageRequest(ObjectIdentifier textMessageSourceDevice, UnsignedInteger messageClass,
MessagePriority messagePriority, CharacterString message)
{
this.textMessageSourceDevice = textMessageSourceDevice;
this.messageClass = new Choice(0, messageClass);
this.messagePriority = messagePriority;
this.message = message;
}
public void CharacterStringFromLongString()
{
var result = CharacterString.FromString(new string('a', 512));
Assert.Equal(3, result.Count);
Assert.Equal(new [] { 256, 256, 3 }, result.Select(x => x.Size));
Assert.Equal(new [] { 255, 255, 2 }, result.Select(x => (int)x.ToArray()[0]));
}
public void EmptyCharacterString()
{
CharacterString characterString = new CharacterString(new byte[0]);
byte[] content = Helper.ReadFixture("CharacterString", "empty-string");
Assert.Equal(content, characterString.ToArray());
Assert.Equal("", characterString.ToString());
}
public void CharacterStringWithWrongLengthUnder()
{
var fixture = new byte[] { 0x01, (byte)'f', (byte)'o' };
var result = CharacterString.FromArray(fixture, 0, out var endOffset);
Assert.Equal(2, result.Size);
Assert.Equal("f", result.ToString());
Assert.Equal(2, endOffset);
}
public void SimpleCharacterString()
{
CharacterString characterString = new CharacterString("www");
byte[] content = Helper.ReadFixture("CharacterString", "www-string");
Assert.Equal(content, characterString.ToArray());
Assert.Equal("www", characterString.ToString());
}
UnconfirmedTextMessageRequest(ByteStream queue)
{
textMessageSourceDevice = (ObjectIdentifier)read(queue, typeof(ObjectIdentifier), 0);
if (readStart(queue) == 1)
{
messageClass = new Choice(queue, classes);
}
messagePriority = (MessagePriority)read(queue, typeof(MessagePriority), 2);
message = (CharacterString)read(queue, typeof(CharacterString), 3);
}
public void EmptyCharacterString()
{
int endOffset = 0;
byte[] content = Helper.ReadFixture("CharacterString", "empty-string");
CharacterString characterString = CharacterString.FromArray(content, 0, out endOffset);
Assert.Equal("", characterString.ToString());
Assert.Equal(1, characterString.Size);
Assert.Equal(1, endOffset);
}
public void SimpleCharacterString()
{
int endOffset = 0;
byte[] content = Helper.ReadFixture("CharacterString", "www-string");
CharacterString characterString = CharacterString.FromArray(content, 0, out endOffset);
Assert.Equal("www", characterString.ToString());
Assert.Equal(4, characterString.Size);
Assert.Equal(4, endOffset);
}
public void CharacterStringFromSimpleString()
{
var result = CharacterString.FromString("www");
Assert.Equal(1, result.Count);
var characterString = result.First();
Assert.Equal("www", characterString.ToString());
Assert.Equal(4, characterString.Size);
}
public Task <IResponse> Resolve(IRequest request, CancellationToken cancellationToken = new CancellationToken())
{
IResponse response = Response.FromRequest(request);
foreach (var question in response.Questions)
{
if (!question.Name.ToString().EndsWith(_dnsSuffix))
{
continue;
}
var query = question.Name.ToString().Replace(_dnsSuffix, string.Empty);
var responseItem = Search(query, question.Type);
if (responseItem == null)
{
continue;
}
switch (question.Type)
{
case RecordType.A:
case RecordType.AAAA:
_logger.LogInformation($"A/AAAA response: {responseItem.Result}");
response.AnswerRecords.Add(new IPAddressResourceRecord(question.Name, responseItem.Result));
break;
case RecordType.TXT:
var txtResponse = responseItem.RblMessage ?? $"Blocked by {responseItem.Rbl}";
_logger.LogInformation($"TXT response: {txtResponse}");
response.AnswerRecords.Add(new TextResourceRecord(question.Name,
CharacterString.FromString(txtResponse)));
break;
default:
response.ResponseCode = ResponseCode.Refused;
break;
}
}
if (!response.AnswerRecords.Any())
{
_logger.LogInformation("No matches found");
response.ResponseCode = ResponseCode.NameError;
}
return(Task.FromResult(response));
}
public CharacterString returnCharID(string ID)
{
CharacterString retVal = null;
for (int i = 0; i < characterList.Count; i++)
{
if (string.Equals(characterList[i].charId, ID))
{
retVal = characterList[i];
break;
}
}
return(retVal);
}
internal UnconfirmedEventNotificationRequest(ByteStream queue)
{
processIdentifier = (UnsignedInteger)read(queue, typeof(UnsignedInteger), 0);
initiatingDeviceIdentifier = (ObjectIdentifier)read(queue, typeof(ObjectIdentifier), 1);
eventObjectIdentifier = (ObjectIdentifier)read(queue, typeof(ObjectIdentifier), 2);
timeStamp = (TimeStamp)read(queue, typeof(TimeStamp), 3);
notificationClass = (UnsignedInteger)read(queue, typeof(UnsignedInteger), 4);
priority = (UnsignedInteger)read(queue, typeof(UnsignedInteger), 5);
eventType = (EventType)read(queue, typeof(EventType), 6);
messageText = (CharacterString)readOptional(queue, typeof(CharacterString), 7);
notifyType = (NotifyType)read(queue, typeof(NotifyType), 8);
ackRequired = (BBoolean)readOptional(queue, typeof(BBoolean), 9);
fromState = (EventState)readOptional(queue, typeof(EventState), 10);
toState = (EventState)read(queue, typeof(EventState), 11);
eventValues = NotificationParameters.createNotificationParametersOptional(queue, 12);
}
protected override void OnPaint(ITerminal terminal)
{
terminal.Clear();
Monster monster = mThing as Monster;
if (monster != null)
{
// draw the object
terminal.Write(GameArt.Get(monster));
// draw its name
terminal[2, 0].Write(monster.NounText);
// draw its health if alive
if (monster.Health.Current > 0)
{
for (int i = 0; i < 10; i++)
{
if (monster.Health.Current * 10 / monster.Health.Max >= i)
{
terminal[-10 + i, 0][TermColor.DarkRed].Write(Glyph.Solid);
}
else
{
terminal[-10 + i, 0][TermColor.DarkGray].Write(Glyph.Gray);
}
}
}
// draw its description
CharacterString text = new CharacterString(monster.GetDescription(mHero), TermColor.LightGray, TermColor.Black);
int y = 1;
foreach (CharacterString line in text.WordWrap(terminal.Size.X))
{
// bail if we run out of room
if (y >= terminal.Size.Y)
{
break;
}
terminal[0, y++].Write(line);
}
}
}
private readonly NotificationParameters eventValues; // 12 optional
public UnconfirmedEventNotificationRequest(UnsignedInteger processIdentifier,
ObjectIdentifier initiatingDeviceIdentifier, ObjectIdentifier eventObjectIdentifier, TimeStamp timeStamp,
UnsignedInteger notificationClass, UnsignedInteger priority, EventType eventType,
CharacterString messageText, NotifyType notifyType, BBoolean ackRequired, EventState fromState,
EventState toState, NotificationParameters eventValues)
{
this.processIdentifier = processIdentifier;
this.initiatingDeviceIdentifier = initiatingDeviceIdentifier;
this.eventObjectIdentifier = eventObjectIdentifier;
this.timeStamp = timeStamp;
this.notificationClass = notificationClass;
this.priority = priority;
this.eventType = eventType;
this.messageText = messageText;
this.notifyType = notifyType;
this.ackRequired = ackRequired;
this.fromState = fromState;
this.toState = toState;
this.eventValues = eventValues;
}
public SequencingInteractionActivityDefinition TestValidInit()
{
var sequence = new CharacterString(new List <string>
{
"tim",
"mike",
"ells",
"ben",
});
var choices = new List <IInteractionComponent>
{
new InteractionComponent("tim", LanguageMap.EnglishUS("Tim")),
new InteractionComponent("ben", LanguageMap.EnglishUS("Ben")),
new InteractionComponent("ells", LanguageMap.EnglishUS("Ells")),
new InteractionComponent("mike", LanguageMap.EnglishUS("Mike")),
};
var def1 = new SequencingInteractionActivityDefinition(
new ResponsePattern(sequence),
choices,
LanguageMap.EnglishUS("Appendix C"),
LanguageMap.EnglishUS("Order players by their pong ladder position:"));
var def2 = new SequencingInteractionActivityDefinition(
new ResponsePattern(sequence),
choices,
LanguageMap.EnglishUS("Appendix C"),
LanguageMap.EnglishUS("Order players by their pong ladder position:"),
new Uri("http://example.com/more"));
return(new SequencingInteractionActivityDefinition(
new ResponsePattern(sequence),
choices,
LanguageMap.EnglishUS("Appendix C"),
LanguageMap.EnglishUS("Order players by their pong ladder position:"),
new Uri("http://example.com/more"),
new Dictionary <Uri, object> {
{ new Uri("http://example.com/ext"), "ext" }
}));
}
void InitBacnetDictionary()
{
uint deviceId;
if (UInt32.TryParse(BacnetDeviceId, out deviceId) == false)
{
deviceId = 12345; // default value
}
device = new DeviceObject(deviceId, "Weather2 to Bacnet ", "Weather2 data", false);
if ((UserAccessKey != null) && (Latitude != null) && (Longitude != null))
{
Temp = new AnalogInput <float>
(
0,
"Temperature",
"Temperature",
0,
BacnetUnitsId.UNITS_DEGREES_CELSIUS
);
// 24h trendlog
TrendTemp = new TrendLog(0, "Temperature Trend", "Temperature Trend", 6 * 24, BacnetTrendLogValueType.TL_TYPE_SIGN);
Windspeed = new AnalogInput <float>
(
1,
"Windspeed",
"Wind speed",
0,
BacnetUnitsId.UNITS_KILOMETERS_PER_HOUR
);
Humidity = new AnalogInput <float>
(
2,
"Humidity",
"Humidity",
0,
BacnetUnitsId.UNITS_PERCENT
);
Pressure = new AnalogInput <float>
(
3,
"Pressure",
"Pressure",
0,
BacnetUnitsId.UNITS_HECTOPASCALS
);
DewPoint = new AnalogInput <float>
(
4,
"DewPoint",
"Dew Point",
0,
BacnetUnitsId.UNITS_DEGREES_CELSIUS
);
VaporPressure = new AnalogInput <float>
(
5,
"VaporPressure",
"Equilibrium Vapor Pressure",
0,
BacnetUnitsId.UNITS_HECTOPASCALS
);
Windsdir = new CharacterString
(0, "Winddir", "Wind Direction", "Not available", false);
WeatherDescr = new CharacterString
(1, "WeatherDescr", "Weather Description", "Not available", false);
SunRise = new BacnetDateTime(0, "Sunrise", "Sun up time");
SunSet = new BacnetDateTime(1, "Sunset", "Sun down time");
Updatetime = new BacnetDateTime(2, "Updatetime", "Date & Time of the current values");
NextUpdatetime = new BacnetDateTime(3, "NextUpdatetime", "Date & Time of the next request");
device.AddBacnetObject(Temp);
device.AddBacnetObject(TrendTemp);
device.AddBacnetObject(Windspeed);
device.AddBacnetObject(Humidity);
device.AddBacnetObject(Pressure);
device.AddBacnetObject(DewPoint);
device.AddBacnetObject(VaporPressure);
device.AddBacnetObject(Windsdir);
device.AddBacnetObject(WeatherDescr);
device.AddBacnetObject(SunRise);
device.AddBacnetObject(SunSet);
device.AddBacnetObject(Updatetime);
device.AddBacnetObject(NextUpdatetime);
device.AddBacnetObject(new NotificationClass(0, "Notification", "Notification"));
}
else
{
device.m_PROP_SYSTEM_STATUS = BacnetDeviceStatus.NON_OPERATIONAL;
}
// Force the JIT compiler to make some job before network access
device.Cli2Native();
BacnetActivity.StartActivity(device);
}
private static IList <CharacterString> FormatAttributeNameValue(string attributeName, string attributeValue)
{
return(CharacterString.FromString($"{Escape(attributeName)}={attributeValue}"));
}
public TextResourceRecord(IResourceRecord record) :
base(record)
{
TextData = CharacterString.GetAllFromArray(Data, 0);
}
public TextResourceRecord(IResourceRecord record, byte[] message, int dataOffset) :
base(record)
{
TextData = CharacterString.GetAllFromArray(message, dataOffset);
}
public void CharacterStringConstructorTest()
{
CharacterStringTypes type = new CharacterStringTypes(); // TODO: Initialize to an appropriate value
CharacterString target = new CharacterString(type);
Assert.Inconclusive("TODO: Implement code to verify target");
}
public void CharacterStringWithWrongOffset()
{
var fixture = new byte[] { 0x03, (byte)'f', (byte)'o', (byte)'o' };
Assert.Throws <IndexOutOfRangeException>(() => CharacterString.FromArray(fixture, 4));
}
public void CharacterStringWithWrongLengthOver()
{
var fixture = new byte[] { 0x03, (byte)'f', (byte)'o' };
Assert.Throws <ArgumentException>(() => CharacterString.FromArray(fixture, 0));
}
public void CharacterStringWithEmptyData()
{
var fixture = new byte[] {};
Assert.Throws <ArgumentException>(() => CharacterString.FromArray(fixture, 0));
}
public IHaveRequest(ByteStream queue)
{
deviceIdentifier = (ObjectIdentifier)read(queue, typeof(ObjectIdentifier));
objectIdentifier = (ObjectIdentifier)read(queue, typeof(ObjectIdentifier));
objectName = (CharacterString)read(queue, typeof(CharacterString));
}
public IHaveRequest(ObjectIdentifier deviceIdentifier, ObjectIdentifier objectIdentifier, CharacterString objectName)
{
this.deviceIdentifier = deviceIdentifier;
this.objectIdentifier = objectIdentifier;
this.objectName = objectName;
}
public WhoHasRequest(Limits limits, CharacterString name)
{
this.limits = limits;
@object = new Choice(3, name);
}
public void CharacterStringFromEmptyString()
{
var result = CharacterString.FromString("");
Assert.Empty(result);
}