public void CamelizeTest()
{
var jsp = new JsonParser() { CamelizeProperties = true };
var res = jsp.Parse(Properties.Resources.json_camelize);
Assert.AreEqual("JP", res.UserName);
Assert.AreEqual(100.0, res.FollowerCount);
Assert.AreEqual("no_way", res.Something);
Assert.AreEqual("ok", res["Don'tDoIt"]);
}
static void Main(string[] args)
{
//Encoder tests
Console.WriteLine("Encoder tests");
string text = System.IO.File.ReadAllText("config/0.txt");
var jsonParser = new JsonParser() { CamelizeProperties = false };
dynamic config = jsonParser.Parse(System.IO.File.ReadAllText("config\\0.txt"));
ReceiverSlice.Encoder enc = new ReceiverSlice.Encoder("111111.2#33", config);
Console.Write("Build INFO command: ");
}
public void Parse2Test()
{
var jsp = new JsonParser();
dynamic res = jsp.Parse(Properties.Resources.json_example2);
Assert.AreEqual("file", res.menu.id);
Assert.AreEqual("File", res.menu.value);
Assert.AreEqual("New", res.menu.popup.menuitems[0].value);
Assert.AreEqual("Open", res.menu.popup.menuitems[1].value);
Assert.AreEqual("Close", res.menu.popup.menuitems[2].value);
Assert.AreEqual("CreateNewDoc()", res.menu.popup.menuitems[0].onclick);
Assert.AreEqual("OpenDoc()", res.menu.popup.menuitems[1].onclick);
Assert.AreEqual("CloseDoc()", res.menu.popup.menuitems[2].onclick);
}
static void testDecoder(Decoder decoder)
{
var jsonParser = new JsonParser() { CamelizeProperties = false };
dynamic config = jsonParser.Parse(System.IO.File.ReadAllText("config.txt"));
Console.WriteLine("-----------------Decoder Test-----------------");
//printDecodedMessage(decoder.Decode(new UnparsedMessage("*450052.0#16[0099],2012-10-02 21:14:45,STS,DC=0,PC=0,LV=0.0,BV=3.2,BU=3.6,I=5.3,T=23.9,DU=0.0,RU=0.0,STORAGE,OK,#E3", null, null, null, null, config)));
//printDecodedMessage(decoder.Decode(new UnparsedMessage("*450052.0#16[0014],INVALID,#07", null, null, null, null, config)));
//printDecodedMessage(decoder.Decode(new UnparsedMessage("*450052.0#16[0009],OK,#9A", null, null, null, null, config)));
//printDecodedMessage(decoder.Decode(new UnparsedMessage("450052,000,2012-10-02 21:19:19,STS,DC=0,PC=0,LV=0.0,BV=3.2,BU=3.6,I=2.7,T=23.7,DU=0.0,RU=0.0,XYZ=-0.06:-0.22:0.94,#8C", null, null, null, null, config)));
//printDecodedMessage(decoder.Decode(new UnparsedMessage("450052,001,2012-10-02 21:20:01,A69-9001,30444,#B3", null, null, null, null, config)));
//printDecodedMessage(decoder.Decode(new UnparsedMessage("450052,032,2012-10-02 21:40:42,A69-1303,48823,#C5", null, null, null, null, config)));
//printDecodedMessage(decoder.Decode(new UnparsedMessage("450052,039,2012-10-02 21:42:17,A69-9001,30,444,#CA", null, null, null, null, config)));
//printDecodedMessage(decoder.Decode(new UnparsedMessage("*450052.0#16[0099],VR2C-69:450052,'VEMCO',MAP-113 [ 1105 1303 9001/9002 1420 1430 1601 1602 ],FW=0.0.25,HW=3,OK,#57", null, null, null, null, config)));
//printDecodedMessage(decoder.Decode(new UnparsedMessage("*450052.0#16[0125],2012-10-02 21:47:06,STS,DC=108,PC=1199,LV=0.0,BV=3.2,BU=3.6,I=5.3,T=23.1,DU=0.0,RU=0.1,XYZ=-0.06:-0.22:0.94,STOPPED,OK,#89", null, null, null, null, config)));
//printDecodedMessage(decoder.Decode(new UnparsedMessage("*450052.0#16[0053],232,SI=60,BL=U,BI=1,MA=U,FMT=SER SEQ UTC CS,OK,#8A", null, null, null, null, config)));
}
public void CamelizeTest()
{
GetJsonFile("json_camelize.json", (j) => { _json = j; _finished = true; });
EnqueueConditional(() => _finished);
EnqueueCallback(() => {
var jsp = new JsonParser() { CamelizeProperties = true };
dynamic res = jsp.Parse(_json);
Assert.AreEqual("JP", res.UserName);
Assert.AreEqual(100.0, res.FollowerCount);
Assert.AreEqual("no_way", res.Something);
Assert.AreEqual("ok", res["Don'tDoIt"]);
});
EnqueueTestComplete();
}
public void Parse1Test()
{
var jsp = new JsonParser();
dynamic res = jsp.Parse(Properties.Resources.json_example1);
Assert.AreEqual(res.glossary.title, "example glossary");
Assert.AreEqual(res.glossary.GlossDiv.title, "S");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.ID, "SGML");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.SortAs, "SGML");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.GlossTerm, "Standard Generalized Markup Language");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.Abbrev, "ISO 8879:1986");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.GlossDef.para, "A meta-markup language, used to create markup languages such as DocBook.");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.GlossDef.GlossSeeAlso[0], "GML");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.GlossDef.GlossSeeAlso[1], "XML");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.GlossSee, "markup");
}
static void Main(string[] args)
{
var jsonParser = new JsonParser() { CamelizeProperties = false };
dynamic config = jsonParser.Parse(System.IO.File.ReadAllText("config.txt"));
Dispatcher dispatcher = new Dispatcher();
Database database = new Database(dispatcher, config);
Decoder decoder = new Decoder(dispatcher);
Receiver receiver = new Receiver("450052", "VR2C-69", dispatcher);
Encoder encoder = new Encoder("*450052.0#16,", config);
ConsoleLogger consoleLogger = new ConsoleLogger(dispatcher);
dispatcher.addModule(database);
dispatcher.addModule(decoder);
dispatcher.addModule(consoleLogger);
dispatcher.run();
testUnparsedMessages(dispatcher, receiver, config);
//testEncoder(encoder);
//testDecoder(decoder);
//testDatabase(database);
}
public void Parse1Test()
{
GetJsonFile("json_example1.json", (j) => { _json = j; _finished = true; });
EnqueueConditional(() => _finished);
EnqueueCallback(() => {
var jsp = new JsonParser();
dynamic res = jsp.Parse(_json);
Assert.AreEqual(res.glossary.title, "example glossary");
Assert.AreEqual(res.glossary.GlossDiv.title, "S");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.ID, "SGML");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.SortAs, "SGML");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.GlossTerm, "Standard Generalized Markup Language");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.Abbrev, "ISO 8879:1986");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.GlossDef.para, "A meta-markup language, used to create markup languages such as DocBook.");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.GlossDef.GlossSeeAlso[0], "GML");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.GlossDef.GlossSeeAlso[1], "XML");
Assert.AreEqual(res.glossary.GlossDiv.GlossList.GlossEntry.GlossSee, "markup");
});
EnqueueTestComplete();
}
/// <summary>
/// The constructor for the Database module.
/// </summary>
/// <param name="dispatcher">The Dispatcher this object will receive messages from.</param>
public Database(Dispatcher dispatcher)
: base(dispatcher)
{
var jsonParser = new JsonParser() { CamelizeProperties = false };
this.config = jsonParser.Parse(System.IO.File.ReadAllText(DATABASE_CONFIG_FILE));
if (config.database.use == "true")
{
host = config.database.host;
db = config.database.name;
user = config.database.user;
pass = config.database.pass;
}
connectionString = "Server=" + host + ";Database=" + db + ";Uid=" + user + ";Pwd=" + pass + ";";
updateSensorCalibrations(config);
insertions = new List<string>();
try
{
logWriter = new System.IO.StreamWriter(config.log_file, false);
}
catch (Exception e)
{ }
}
public void Parse5Test()
{
GetJsonFile("json_example5.json", (j) => { _json = j; _finished = true; });
EnqueueConditional(() => _finished);
EnqueueCallback(() => {
var jsp = new JsonParser();
dynamic res = jsp.Parse(_json);
Assert.AreEqual(8, res.Count);
Assert.AreEqual("Open", res[0].id);
Assert.AreEqual("OpenNew", res[1].id); Assert.AreEqual("Open New", res[1]["true"]);
Assert.AreEqual(null, res[2]);
Assert.AreEqual(false, res[3].id);
Assert.AreEqual(true, res[4].label);
Assert.AreEqual(true, res[5]);
Assert.AreEqual("Mute", res[6].id);
Assert.AreEqual(null, res[7]);
});
EnqueueTestComplete();
}
public void Parse3Test()
{
var jsp = new JsonParser();
dynamic res = jsp.Parse(Properties.Resources.json_example3);
Assert.AreEqual("on", res.widget.debug);
Assert.AreEqual("Sample Konfabulator Widget", res.widget.window.title);
Assert.AreEqual(500.0, res.widget.window.width);
Assert.AreEqual(600, res.widget.window.height);
}
public void SpecialCharsParseStringsTest()
{
GetJsonFile("json_strings.json", (j) => { _json = j; _finished = true; });
EnqueueConditional(() => _finished);
EnqueueCallback(() => {
var jsp = new JsonParser();
dynamic obj = jsp.Parse(_json);
Assert.AreEqual("you are a \"silly\" person.", obj.a);
Assert.AreEqual("my name is 'JP'", obj.b);
Assert.AreEqual("testing a new \n line.", obj.c);
});
EnqueueTestComplete();
}
public void SimpleUnicodeParseTest()
{
GetJsonFile("json_unicode.json", (j) => { _json = j; _finished = true; });
EnqueueConditional(() => _finished);
EnqueueCallback(() => {
var jsp = new JsonParser();
dynamic res = jsp.Parse(_json);
Assert.AreEqual("÷", res.div);
Assert.AreEqual("Σ", res.sigma);
Assert.AreEqual("လ", res.inf);
});
EnqueueTestComplete();
}
public void SimpleUnicodeParseTest()
{
var jsp = new JsonParser();
var res = jsp.Parse(Properties.Resources.json_unicode);
Assert.AreEqual("÷", res.div);
Assert.AreEqual("Σ", res.sigma);
Assert.AreEqual("လ", res.inf);
}
public void SpecialCharsParseStringsTest()
{
var json = Properties.Resources.json_strings;
var jsp = new JsonParser();
dynamic obj = jsp.Parse(json);
Assert.AreEqual("you are a \"silly\" person.", obj.a);
Assert.AreEqual("my name is 'JP'", obj.b);
Assert.AreEqual("testing a new \n line.", obj.c);
}
public void SimpleNumbersParseTest()
{
var jsp = new JsonParser();
//dynamic n = jsp.Parse("[\"1.0\"]");
Assert.AreEqual(1.0, jsp.Parse("1.0"));
Assert.AreEqual(-1.0, jsp.Parse("-1.0"));
Assert.AreEqual(1.0, jsp.Parse("1"));
Assert.AreEqual(-1.0, jsp.Parse("-1"));
Assert.AreEqual(4.5e10, jsp.Parse("4.5e10"));
Assert.AreEqual(-4.5e10, jsp.Parse("-4.5e10"));
Assert.AreEqual(99.0e-10, jsp.Parse("99.0e-10"));
Assert.AreEqual(-1.343424e-10, jsp.Parse("-1.343424e-10"));
Assert.AreEqual(4.5e10, jsp.Parse("4.5E10"));
Assert.AreEqual(-4.5e10, jsp.Parse("-4.5E10"));
Assert.AreEqual(99.0e-10, jsp.Parse("99.0E-10"));
Assert.AreEqual(4.5e10, jsp.Parse("4.5e+10"));
Assert.AreEqual(-4.5e10, jsp.Parse("-4.5e+10"));
}
/// <summary>
/// Called by the constructor to determine whether a VEMCO receiver is attached (vs another kind of
/// serial device), what the firmware is and which configuration file should be used.
/// </summary>
/// <remarks>
/// Because one of the goals of this method is to determine the firmware (and corresponding configuration file),
/// for the most part we must try both "default" commands and all those available in the configuration files.
/// One assumption here is that future changes to protocol's INFO and discovery methods will not interfere with
/// the operation of prior receivers. And although we can take some care to provide as much flexibility for
/// changes in the protocol, there are clearly some limits. For example, we cannot anticipate a change to
/// a binary format.
///
/// The init() method first attempts to "discover" the connected receiver. Generally a receiver will not respond
/// to commands that are not prefaced by the serial number, etc. Since we do not have the serial number prior to
/// running this method, we must use the VEMCO's broadcast and discover commands.
///
/// Next the method issues INFO commands in order to scrape out the firmware version. We assume here that the
/// manufacturer's protocol will remain stable within a firmware version. Also note that so long as the protocol
/// itself does not change, there is no need for additional configuration files.
///
/// Assuming that these two tasks are completed without bailing, then init() command completes and returns
/// control to the constructor.
/// </remarks>
/// <exception cref="ReceiverExceptions">Thrown when either the discovery
/// or info phase is not able to acquire the needed information</exception>
public void init()
{
Dictionary<Double, List<dynamic>> discoveryMethods = new Dictionary<Double, List<dynamic>>();
Dictionary<Double, String> infoMethods = new Dictionary<Double, String>();
String discoveryReturns = "";
var jsonParser = new JsonParser() { CamelizeProperties = false };
foreach (string filename in System.IO.Directory.GetFiles(VR2C_COMMAND_FOLDER))
{
dynamic config = jsonParser.Parse(System.IO.File.ReadAllText(filename));
var dc = config.discovery_commands;
var fwver = config.firmware_version;
try
{
infoMethods.Add(fwver, (string)config.encoder["INFO"]);
}
catch(Exception e)
{
ReceiverExceptions re = new ReceiverExceptions(this, "INFO command not found in " +
"configuration file: " + filename + ". This is normally not fatal on its own but " +
"indicates a serious problem with the format/content of the config file.",
false,e);
dispatcher.enqueueEvent(new RealTimeEvents.ExcepReceiver(re.fatal, re.ToString(),
this, this.portName, null, null, null));
}
try
{
discoveryMethods.Add(((int)fwver), dc);
}
catch (Exception e)
{
ReceiverExceptions re = new ReceiverExceptions(this, "Discovery commands not found in " +
"configuration file: " + filename + ". This is normally not fatal on its own but " +
"indicates a serious problem with the format/content of the config file.",
false, e);
dispatcher.enqueueEvent(new RealTimeEvents.ExcepReceiver(re.fatal, re.text,
this, this.portName, null, null, null));
}
}
List<dynamic> default_discovery = new List<dynamic>();
default_discovery.Add("*BROADC.A#ST,QUIT");
default_discovery.Add("*BROADC.A#ST,DISCOVERY");
default_discovery.Add("*DISCOV.E#RY,DISCOVERY");
discoveryMethods.Add(-1, default_discovery);
int discovery_attempts = 0;
serialPort.ReadExisting();
while (serialPort.BytesToRead <= 0 && discovery_attempts < 5)
{
write_wait = (discovery_attempts + 1) * 100;
foreach (List<dynamic> l in discoveryMethods.Values)
{
foreach(var command in l) {
_write(command);
}
}
discovery_attempts++;
}
if (discovery_attempts >= 5)
{
ReceiverExceptions re = new ReceiverExceptions(this, "Not able to discover VEMCO receiver attached on this port.", true);
dispatcher.enqueueEvent(new RealTimeEvents.ExcepReceiver(re,re.fatal,
this, this.portName, null,null, null));
serialPort.Close();
throw re;
}
while (serialPort.BytesToRead > 0)
{
discoveryReturns = serialPort.ReadExisting();
}
string commandPreamble = discoveryReturns.Substring(0, 12) + ",";
this.VEMCO_SerialNumber = discoveryReturns.Substring(1,6);
dispatcher.enqueueEvent(new RealTimeEvents.NoteReceiver("command preamble: " + discoveryReturns.Substring(0,12) + ",",
this, this.portName, this.VEMCO_SerialNumber, null, null));
dispatcher.enqueueEvent(new RealTimeEvents.NoteReceiver("read: " + discoveryReturns,
this, this.portName, this.VEMCO_SerialNumber, null, null));
infoMethods.Add(-1, commandPreamble + "INFO");
int info_attempts = 0;
serialPort.ReadExisting();
Boolean gotINFO = false;
String infoReturns = "";
int read_attempts = 0;
while (!gotINFO && read_attempts < 5)
{
info_attempts = 0;
serialPort.ReadExisting();
while (serialPort.BytesToRead <= 0 && info_attempts < 5)
{
foreach (String infoc in infoMethods.Values)
{
dispatcher.enqueueEvent(new RealTimeEvents.NoteReceiver("(receiver note) attempting INFO command with " + infoc,
this, this.portName, this.VEMCO_SerialNumber, null, null));
_write(infoc);
Thread.Sleep(500);
}
info_attempts++;
}
while (serialPort.BytesToRead > 0 && !(infoReturns.Contains(crlf[0]) || infoReturns.Contains(crlf[1])))
{
infoReturns = serialPort.ReadExisting();
foreach (string filename in System.IO.Directory.GetFiles(VR2C_COMMAND_FOLDER))
{
dynamic config = jsonParser.Parse(System.IO.File.ReadAllText(filename));
if (Regex.IsMatch(infoReturns, config.decoder.sentences["info_response"].format))
{
gotINFO = true;
}
}
}
read_attempts++;
}
if (read_attempts >= 5)
{
ReceiverExceptions re = new ReceiverExceptions(this, "(FATAL) Not able to get INFO from the VEMCO receiver attached on this port.", true);
dispatcher.enqueueEvent(new RealTimeEvents.ExcepReceiver(re, re.fatal,
this, this.portName, this.VEMCO_SerialNumber, null, null));
serialPort.Close();
throw re;
}
int RECEIVER_FW_VERSION = -1;
if (infoReturns != "")
{
int fw_start = infoReturns.IndexOf("FW=");
int fw_end = infoReturns.IndexOf(",", fw_start);
string fw_ver = infoReturns.Substring((fw_start + 3), (fw_end - fw_start - 3));
int fw_ver_firstperiod = fw_ver.IndexOf(".");
int fw_ver_secondperiod = fw_ver.IndexOf(".", fw_ver_firstperiod + 1);
string major = fw_ver.Substring(0, fw_ver_firstperiod);
string minor = fw_ver.Substring(fw_ver_firstperiod + 1, (fw_ver_secondperiod - fw_ver_firstperiod - 1));
string release = fw_ver.Substring(fw_ver_secondperiod + 1, (fw_ver.Length - fw_ver_secondperiod - 1));
RECEIVER_FW_VERSION = (Int32.Parse(major) * 10000) + (Int32.Parse(minor) * 100) + (Int32.Parse(release));
}
dispatcher.enqueueEvent(new RealTimeEvents.NoteReceiver("Detected firmware version: " + RECEIVER_FW_VERSION,
this, this.portName, this.VEMCO_SerialNumber, this.VEMCO_Model, null));
if (RECEIVER_FW_VERSION >= 0)
{
int fw_use = -1;
foreach (string filename in System.IO.Directory.GetFiles(VR2C_COMMAND_FOLDER))
{
string text = System.IO.File.ReadAllText(filename);
dynamic config = jsonParser.Parse(System.IO.File.ReadAllText(filename));
if (config.firmware_version >= fw_use && config.firmware_version <= RECEIVER_FW_VERSION)
{
fw_use = (Int32)config.firmware_version;
encoder = new Encoder(commandPreamble, config);
}
}
if (fw_use < 0 || encoder == null)
{
ReceiverExceptions re = new ReceiverExceptions(this, "(FATAL) Unable to parse out FW version from return from INFO command.", true);
dispatcher.enqueueEvent(new RealTimeEvents.ExcepReceiver(re, re.fatal,
this, this.portName, this.VEMCO_SerialNumber, null, null));
serialPort.Close();
throw re;
}
}
else
{
ReceiverExceptions re = new ReceiverExceptions(this, "(FATAL) Unable to parse out FW version from return from INFO command.", true);
dispatcher.enqueueEvent(new RealTimeEvents.ExcepReceiver(re,re.fatal,
this, this.portName, this.VEMCO_SerialNumber, null, null));
serialPort.Close();
throw re;
}
Match matches = Regex.Match(infoReturns, encoder.encoderConfig.decoder.words["receiver_model"]);
VEMCO_Model = matches.Groups[1].ToString();
dispatcher.enqueueEvent(new RealTimeEvents.NoteReceiver("(receiver note) Successfully configured encoder with fw version = " + encoder.encoderConfig.firmware_version,
this, this.portName, this.VEMCO_SerialNumber, this.VEMCO_Model, this.encoder.encoderConfig));
}
public void SimpleArrayParseTest()
{
var jsp = new JsonParser();
dynamic arr = jsp.Parse("[\"a\", \"b\", \"c\"]");
Assert.AreEqual(3, arr.Count);
Assert.AreEqual("a", arr[0]);
Assert.AreEqual("b", arr[1]);
Assert.AreEqual("c", arr[2]);
arr = jsp.Parse("[\"a\"]");
Assert.AreEqual(1, arr.Count);
Assert.AreEqual("a", arr[0]);
arr = jsp.Parse(" \t\n[\"a \", \"b\", \t\"c\"]\t");
Assert.AreEqual(3, arr.Count);
Assert.AreEqual("a ", arr[0]);
Assert.AreEqual("b", arr[1]);
arr = jsp.Parse("\t\n\r [ \r\n\t\t ] \n\t");
Assert.AreEqual(0, arr.Count);
}
public void SimpleBooleanNullParseTest()
{
var jsp = new JsonParser();
Assert.IsTrue(jsp.Parse("true"));
Assert.IsFalse(jsp.Parse("false"));
Assert.IsNull(jsp.Parse("null"));
}
public void Parse3Test()
{
GetJsonFile("json_example3.json", (j) => { _json = j; _finished = true; });
EnqueueConditional(() => _finished);
EnqueueCallback(() => {
var jsp = new JsonParser();
dynamic res = jsp.Parse(_json);
Assert.AreEqual("on", res.widget.debug);
Assert.AreEqual("Sample Konfabulator Widget", res.widget.window.title);
Assert.AreEqual(500.0, res.widget.window.width);
Assert.AreEqual(600, res.widget.window.height);
});
EnqueueTestComplete();
}
public void Parse4Test()
{
var jsp = new JsonParser();
dynamic res = jsp.Parse(Properties.Resources.json_example4);
Assert.AreEqual("org.cofax.cds.CDSServlet", res["web-app"].servlet[0]["servlet-class"]);
Assert.AreEqual("*****@*****.**", res["web-app"].servlet[0]["init-param"]["configGlossary:adminEmail"]);
Assert.AreEqual(500.0, res["web-app"].servlet[0]["init-param"].maxUrlLength);
Assert.AreEqual("/WEB-INF/tlds/cofax.tld", res["web-app"].taglib["taglib-location"]);
}
public void Parse2Test()
{
GetJsonFile("json_example2.json", (j) => { _json = j; _finished = true; });
EnqueueConditional(() => _finished);
EnqueueCallback(() => {
var jsp = new JsonParser();
dynamic res = jsp.Parse(_json);
Assert.AreEqual("file", res.menu.id);
Assert.AreEqual("File", res.menu.value);
Assert.AreEqual("New", res.menu.popup.menuitems[0].value);
Assert.AreEqual("Open", res.menu.popup.menuitems[1].value);
Assert.AreEqual("Close", res.menu.popup.menuitems[2].value);
Assert.AreEqual("CreateNewDoc()", res.menu.popup.menuitems[0].onclick);
Assert.AreEqual("OpenDoc()", res.menu.popup.menuitems[1].onclick);
Assert.AreEqual("CloseDoc()", res.menu.popup.menuitems[2].onclick);
});
EnqueueTestComplete();
}
public void Parse4Test()
{
GetJsonFile("json_example4.json", (j) => { _json = j; _finished = true; });
EnqueueConditional(() => _finished);
EnqueueCallback(() => {
var jsp = new JsonParser();
dynamic res = jsp.Parse(_json);
Assert.AreEqual("org.cofax.cds.CDSServlet", res["web-app"].servlet[0]["servlet-class"]);
Assert.AreEqual("*****@*****.**", res["web-app"].servlet[0]["init-param"]["configGlossary:adminEmail"]);
Assert.AreEqual(500.0, res["web-app"].servlet[0]["init-param"].maxUrlLength);
Assert.AreEqual("/WEB-INF/tlds/cofax.tld", res["web-app"].taglib["taglib-location"]);
});
EnqueueTestComplete();
}
public void SimpleObjectParseTest()
{
var jsp = new JsonParser();
dynamic obj = jsp.Parse("{\"name\": \"JP\"}");
Assert.AreEqual("JP", obj.name);
obj = jsp.Parse("{\"name\":\"Jon Paul\"}");
Assert.AreEqual("Jon Paul", obj.name);
obj = jsp.Parse("{\"msg\":\"My name is \\\"JP\\\" ok?\"}");
Assert.AreEqual("My name is \"JP\" ok?", obj.msg);
Assert.IsFalse(obj.IsEmpty);
obj = jsp.Parse(" { \r\n }\t");
Assert.IsTrue(obj.IsEmpty);
}
public void Parse5Test()
{
var jsp = new JsonParser();
dynamic res = jsp.Parse(Properties.Resources.json_example5);
Assert.AreEqual(8, res.Count);
Assert.AreEqual("Open", res[0].id);
Assert.AreEqual("OpenNew", res[1].id); Assert.AreEqual("Open New", res[1]["true"]);
Assert.AreEqual(null, res[2]);
Assert.AreEqual(false, res[3].id);
Assert.AreEqual(true, res[4].label);
Assert.AreEqual(true, res[5]);
Assert.AreEqual("Mute", res[6].id);
Assert.AreEqual(null, res[7]);
}
/// <summary>
/// Called by the constructor to determine whether a VEMCO receiver is attached (vs another kind of
/// serial device), what the firmware is and which configuration file should be used.
/// </summary>
/// <remarks>
/// Because one of the goals of this method is to determine the firmware (and corresponding configuration file),
/// for the most part we must try both "default" commands and all those available in the configuration files.
/// One assumption here is that future changes to protocol's INFO and discovery methods will not interfere with
/// the operation of prior receivers. And although we can take some care to provide as much flexibility for
/// changes in the protocol, there are clearly some limits. For example, we cannot anticipate a change to
/// a binary format.
///
/// The init() method first attempts to "discover" the connected receiver. Generally a receiver will not respond
/// to commands that are not prefaced by the serial number, etc. Since we do not have the serial number prior to
/// running this method, we must use the VEMCO's broadcast and discover commands.
///
/// Next the method issues INFO commands in order to scrape out the firmware version. We assume here that the
/// manufacturer's protocol will remain stable within a firmware version. Also note that so long as the protocol
/// itself does not change, there is no need for additional configuration files.
///
/// Assuming that these two tasks are completed without bailing, then init() command completes and returns
/// control to the constructor.
/// </remarks>
/// <exception cref="ReceiverExceptions">Thrown when either the discovery
/// or info phase is not able to acquire the needed information</exception>
public void init()
{
Dictionary<Int32, List<dynamic>> discoveryMethods = new Dictionary<Int32, List<dynamic>>();
Dictionary<Int32, String> infoMethods = new Dictionary<Int32, String>();
String discoveryReturns = "";
var jsonParser = new JsonParser() { CamelizeProperties = false };
//foreach (string filename in System.IO.Directory.GetFiles(VR2C_COMMAND_FOLDER))
//{
// dynamic config = jsonParser.Parse(System.IO.File.ReadAllText(filename));
// var dc = config.discovery_commands;
// var fwver = config.firmware_version;
// try
// {
// infoMethods.Add(fwver, (string)config.encoder["INFO"]);
// }
// catch(Exception e)
// {
// ReceiverExceptions re = new ReceiverExceptions(this, "INFO command not found in " +
// "configuration file: " + filename + ". This is normally not fatal on its own but " +
// "indicates a serious problem with the format/content of the config file.",
// false,e);
// dispatcher.enqueueEvent(new ExcepReceiver(re.fatal, re.ToString(),
// this, this.portName, null, null, null));
// }
// try
// {
// discoveryMethods.Add(((int)fwver), dc);
// }
// catch (Exception e)
// {
// ReceiverExceptions re = new ReceiverExceptions(this, "Discovery commands not found in " +
// "configuration file: " + filename + ". This is normally not fatal on its own but " +
// "indicates a serious problem with the format/content of the config file.",
// false, e);
// dispatcher.enqueueEvent(new ExcepReceiver(re.fatal, re.text,
// this, this.portName, null, null, null));
// }
//}
List<dynamic> default_discovery = new List<dynamic>();
default_discovery.Add("*BROADC.A#ST,QUIT");
default_discovery.Add("*BROADC.A#ST,DISCOVERY");
default_discovery.Add("*DISCOV.E#RY,DISCOVERY");
discoveryMethods.Add(-1, default_discovery);
int discovery_attempts = 0;
//serialPort.ReadExisting();
//while (serialPort.BytesToRead <= 0 && discovery_attempts < 5)
//{
// write_wait = (discovery_attempts + 1) * 100;
// foreach (List<dynamic> l in discoveryMethods.Values)
// {
// foreach(var command in l) {
// _write(command);
// }
// }
// discovery_attempts++;
//}
//if (discovery_attempts >= 5)
//{
// ReceiverExceptions re = new ReceiverExceptions(this, "Not able to discover VEMCO receiver attached on this port.", true);
// dispatcher.enqueueEvent(new ExcepReceiver(re,re.fatal,
// this, this.portName, null,null, null));
// serialPort.Close();
// throw re;
//}
//while (serialPort.BytesToRead > 0)
//{
// discoveryReturns = serialPort.ReadExisting();
//}
//string commandPreamble = discoveryReturns.Substring(0, 12) + ",";
//this.VEMCO_SerialNumber = discoveryReturns.Substring(1,6);
//dispatcher.enqueueEvent(new NoteReceiver("command preamble: " + discoveryReturns.Substring(0,12) + ",",
// this, this.portName, this.VEMCO_SerialNumber, null, null));
//dispatcher.enqueueEvent(new NoteReceiver("read: " + discoveryReturns,
// this, this.portName, this.VEMCO_SerialNumber, null, null));
//infoMethods.Add(-1, commandPreamble + "INFO");
//int info_attempts = 0;
//serialPort.ReadExisting();
//Boolean gotINFO = false;
//String infoReturns = "";
//int read_attempts = 0;
//while (!gotINFO && read_attempts < 5)
//{
// info_attempts = 0;
// serialPort.ReadExisting();
// while (serialPort.BytesToRead <= 0 && info_attempts < 5)
// {
// foreach (String infoc in infoMethods.Values)
// {
// dispatcher.enqueueEvent(new NoteReceiver("(receiver note) attempting INFO command with " + infoc,
// this, this.portName, this.VEMCO_SerialNumber, null, null));
// _write(infoc);
// Thread.Sleep(500);
// }
// info_attempts++;
// }
// while (serialPort.BytesToRead > 0)
// {
// infoReturns = serialPort.ReadExisting();
// foreach (string filename in System.IO.Directory.GetFiles(VR2C_COMMAND_FOLDER))
// {
// List<String> wordExpansions = new List<String>();
// dynamic config = jsonParser.Parse(System.IO.File.ReadAllText(filename));
// foreach (Object o in config.decoder.sentences["info_response"].word_order)
// {
// wordExpansions.Add(config.decoder.words[((String)o)]);
// }
// if (Regex.IsMatch(infoReturns, String.Format(config.decoder.sentences["info_response"].format, wordExpansions.ToArray<String>())))
// {
// gotINFO = true;
// }
// }
// }
// read_attempts++;
//}
//if (read_attempts >= 5)
//{
// ReceiverExceptions re = new ReceiverExceptions(this, "(FATAL) Not able to get INFO from the VEMCO receiver attached on this port.", true);
// dispatcher.enqueueEvent(new ExcepReceiver(re, re.fatal,
// this, this.portName, this.VEMCO_SerialNumber, null, null));
// serialPort.Close();
// throw re;
//}
//int RECEIVER_FW_VERSION = -1;
//if (infoReturns != "")
//{
// //!!! Need a method to read the model.
// this.VEMCO_Model = null;
// int fw_start = infoReturns.IndexOf("FW=");
// int fw_end = infoReturns.IndexOf(",", fw_start);
// string fw_ver = infoReturns.Substring((fw_start + 3), (fw_end - fw_start - 3));
// int fw_ver_firstperiod = fw_ver.IndexOf(".");
// int fw_ver_secondperiod = fw_ver.IndexOf(".", fw_ver_firstperiod + 1);
// string major = fw_ver.Substring(0, fw_ver_firstperiod);
// string minor = fw_ver.Substring(fw_ver_firstperiod + 1, (fw_ver_secondperiod - fw_ver_firstperiod - 1));
// string release = fw_ver.Substring(fw_ver_secondperiod + 1, (fw_ver.Length - fw_ver_secondperiod - 1));
// RECEIVER_FW_VERSION = (Int32.Parse(major) * 10000) + (Int32.Parse(minor) * 100) + (Int32.Parse(release));
//}
//dispatcher.enqueueEvent(new NoteReceiver("Detected firmware version: " + RECEIVER_FW_VERSION,
// this, this.portName, this.VEMCO_SerialNumber, this.VEMCO_Model, null));
//if (RECEIVER_FW_VERSION >= 0)
//{
// int fw_use = -1;
// foreach (string filename in System.IO.Directory.GetFiles(VR2C_COMMAND_FOLDER))
// {
// string text = System.IO.File.ReadAllText(filename);
// dynamic config = jsonParser.Parse(System.IO.File.ReadAllText(filename));
// if (config.firmware_version >= fw_use && config.firmware_version <= RECEIVER_FW_VERSION)
// {
// fw_use = (Int32)config.firmware_version;
// encoder = new Encoder(commandPreamble, config);
// }
// }
// if (fw_use < 0 || encoder == null)
// {
// ReceiverExceptions re = new ReceiverExceptions(this, "(FATAL) Unable to parse out FW version from return from INFO command.", true);
// dispatcher.enqueueEvent(new ExcepReceiver(re, re.fatal,
// this, this.portName, this.VEMCO_SerialNumber, null, null));
// serialPort.Close();
// throw re;
// }
//}
//else
//{
// ReceiverExceptions re = new ReceiverExceptions(this, "(FATAL) Unable to parse out FW version from return from INFO command.", true);
// dispatcher.enqueueEvent(new ExcepReceiver(re,re.fatal,
// this, this.portName, this.VEMCO_SerialNumber, null, null));
// serialPort.Close();
// throw re;
//}
//dispatcher.enqueueEvent(new NoteReceiver("(receiver note) Successfully configured encoder with fw version = " + encoder.encoderConfig.firmware_version,
// this, this.portName, this.VEMCO_SerialNumber, this.VEMCO_Model, this.encoder.encoderConfig));
}