static TestPerfAgent()
{
VFT_SETTING.addField("<" + VF_SETTING_FLOAT + "><F><D=Float Field>");
VFT_STATISTICS.addField("<" + VF_STATS_COUNT + "><L><D=Update Count>");
VFT_STATISTICS.addField("<" + VF_STATS_RATE + "><L><D=Updates per Second>");
}
public void EventDatatableEncoding()
{
TableFormat tf = new TableFormat(1, 1);
tf.addField(FieldFormat.FLOAT_FIELD, "value");
tf.addField(FieldFormat.INTEGER_FIELD, "quality");
DataTable nested = new DataTable(tf, 12345.67f, 123);
ClassicEncodingSettings ces = new ClassicEncodingSettings(false);
DataTable table = new DataTable(AbstractContext.EF_UPDATED, "test", nested, null);
string encodedTable = table.encode(ces);
// .encode(this.createClassicEncodingSettings(true));
//string expected = "<F=<<variable><S><A=>><<value><T><A=<F=>>><<user><S><F=N><A=<NULL>>>"
// + "<M=1><X=1>><R=<test>"
// + "<<F=<<value><F><A=0>>"
// + "<<quality><I><A=0>><M=1><X=1>>"
// + "<R=<12345.67><123>>><<NULL>>>";
string expected = "\\u001c\\u0046\\u001e\\u001c\\u001c\\u0076\\u0061\\u0072\\u0069\\u0061\\u0062\\u006c\\u0065\\u001d\\u001c\\u0053\\u001d\\u001c\\u0041\\u001e\\u001d\\u001d\\u001c\\u001c\\u0076\\u0061\\u006c\\u0075\\u0065\\u001d\\u001c\\u0054\\u001d\\u001c\\u0041\\u001e\\u001c\\u0046\\u001e\\u001d\\u001d\\u001d\\u001c\\u001c\\u0075\\u0073\\u0065\\u0072\\u001d\\u001c\\u0053\\u001d\\u001c\\u0046\\u001e\\u004e\\u001d\\u001c\\u0041\\u001e\\u001a\\u001d\\u001d\\u001c\\u004d\\u001e\\u0031\\u001d\\u001c\\u0058\\u001e\\u0031\\u001d\\u001d\\u001c\\u0052\\u001e\\u001c\\u0074\\u0065\\u0073\\u0074\\u001d\\u001c\\u001c\\u0046\\u001e\\u001c\\u001c\\u0076\\u0061\\u006c\\u0075\\u0065\\u001d\\u001c\\u0046\\u001d\\u001c\\u0041\\u001e\\u0030\\u001d\\u001d\\u001c\\u001c\\u0071\\u0075\\u0061\\u006c\\u0069\\u0074\\u0079\\u001d\\u001c\\u0049\\u001d\\u001c\\u0041\\u001e\\u0030\\u001d\\u001d\\u001c\\u004d\\u001e\\u0031\\u001d\\u001c\\u0058\\u001e\\u0031\\u001d\\u001d\\u001c\\u0052\\u001e\\u001c\\u0031\\u0032\\u0033\\u0034\\u0035\\u002e\\u0036\\u0037\\u001d\\u001c\\u0031\\u0032\\u0033\\u001d\\u001d\\u001d\\u001c\\u001a\\u001d\\u001d";
StringBuilder sb = new StringBuilder();
foreach (char c in encodedTable)
{
sb.Append("\\u");
sb.Append(string.Format("{0:x4}", (int)c));
}
Assert.AreEqual(expected, sb.ToString());
}
static DataFieldFormat()
{
var modeF = create(MODE_FIELD, STRING_FIELD);
modeF.setNullable(true);
var edF = create(EXTENSIONS_DESCR_FIELD, STRING_FIELD);
edF.setNullable(true);
// Default value for 'extensions' field
var extF = create(EXTENSION_FIELD, STRING_FIELD);
EXTENSIONS_FORMAT.addField(extF);
var dt = new DataTable(EXTENSIONS_FORMAT);
FieldFormat extsF = create(EXTENSIONS_FIELD, DATATABLE_FIELD);
extsF.setDefault(dt);
extsF.setNullable(true);
var folderF = create(FOLDER_FIELD, STRING_FIELD);
folderF.setNullable(true);
DATA_EDITOR_OPTIONS_FORMAT.addField(modeF);
DATA_EDITOR_OPTIONS_FORMAT.addField(edF);
DATA_EDITOR_OPTIONS_FORMAT.addField(extsF);
DATA_EDITOR_OPTIONS_FORMAT.addField(folderF);
}
static AgentContext()
{
FOFT_LOGIN.addField("<" + FOF_LOGIN_OWNER + "><S>");
FOFT_LOGIN.addField("<" + FOF_LOGIN_NAME + "><S>");
FOFT_LOGIN.addField("<" + FOF_LOGIN_RESPONSE + "><S>");
FOFT_GET_HISTORY.addField("<" + FOF_GET_HISTORY_VARIABLE + "><S>");
FOFT_GET_HISTORY.addField("<" + FOF_GET_HISTORY_TIMESTAMP + "><D>");
FOFT_GET_HISTORY.addField("<" + FOF_GET_HISTORY_VALUE + "><T>");
FIFT_ACKNOWLEDGE_EVENT.addField("<" + FIF_ACKNOWLEDGE_EVENT_ID + "><L><F=N>");
FIFT_ACKNOWLEDGE_EVENT.addField("<" + FIF_ACKNOWLEDGE_EVENT_DATE + "><D>");
FIFT_ACKNOWLEDGE_EVENT.addField("<" + FIF_ACKNOWLEDGE_EVENT_AUTHOR + "><S><F=N>");
FIFT_ACKNOWLEDGE_EVENT.addField("<" + FIF_ACKNOWLEDGE_EVENT_ACKNOWLEDGEMENT + "><S>");
FIFT_ACKNOWLEDGE_EVENT.addField("<" + FIF_ACKNOWLEDGE_EVENT_EVENT_DATA + "><T>");
FOFT_ASSET.addField("<" + FIELD_ID + "><S><F=HRK>");
FOFT_ASSET.addField("<" + FIELD_DESCRIPTION + "><S><F=R><D=" + Cres.get().getString("description") + ">");
FOFT_ASSET.addField("<" + FIELD_ENABLED + "><B><A=1><D=" + Cres.get().getString("enabled") + ">");
FOFT_ASSET.addField(FieldFormat.create("<" + FIELD_CHILDREN + "><T><F=N><D=" + Cres.get().getString("devNestedAssets") + ">"));
FOFT_ASSET.setNamingExpression(AGGREGATE + "({}, \"{env/previous} + ({" + FIELD_ENABLED + "} ? 1 : 0)\", 0) + '/' + {#" + RECORDS + "}");
String reff = FIELD_CHILDREN + "#" + PROPERTY_ENABLED;
String exp = "{" + FIELD_ENABLED + "}";
FOFT_ASSET.addBinding(reff, exp);
}
public void TestFirstEncoding()
{
TableFormat tf = new TableFormat(1, 1);
tf.addField(FieldFormat.FLOAT_FIELD, "value");
tf.addField(FieldFormat.INTEGER_FIELD, "quality");
DataTable nested = new DataTable(tf, 12345.67f, 123);
ClassicEncodingSettings ces = new ClassicEncodingSettings(true);
ces.setFormatCache(new FormatCache());
ces.setKnownFormatCollector(new KnownFormatCollector());
DataTable table = new DataTable(AbstractContext.EF_UPDATED, "test", nested, null);
String encodedTable = table.encode(ces);
String actual = "<F=<<variable><S><A=>><<value><T><A=<F=>>><<user><S><F=N><A=<NULL>>>"
+ "<M=1><X=1>><D=0><R=<test>"
+ "<<F=<<value><F><A=0>>"
+ "<<quality><I><A=0>><M=1><X=1>><D=1>"
+ "<R=<12345.67><123>>><<NULL>>>";
Assert.AreEqual(encodedTable, actual);
}
private static TableFormat ModificationTimeRecordFormat()
{
var format = new TableFormat(1, 100);
format.addField("<" + VF_MODTIME_VARIABLE + "><S><D=Variable Name>");
format.addField("<" + VF_MODTIME_MODTIME + "><D><D=Modification Time>");
return(format);
}
static Acknowledgement()
{
FORMAT.addField("<author><S>");
FORMAT.addField("<time><D>");
FORMAT.addField("<text><S>");
DataTableUtils.registerFormatConverter(new DefaultFormatConverter(typeof(Acknowledgement), FORMAT));
}
static UpdateManager()
{
VFT_TEST_VARIABLE = new TableFormat(1, 1);
VFT_TEST_VARIABLE.addField("<" + VF_TEST_VARIABLE_VALUE + ">" + "<E>" + "<D=Value>" + "<A=1>");
VFT_TEST_VARIABLE.addField("<" + VF_TEST_VARIABLE_TIMESTAMP + ">" + "<D>" + "<D=Timestamp>" +
"<A=2000-02-01 12:00:00.000>");
VFT_TEST_VARIABLE.addField("<" + VF_TEST_VARIABLE_QUALITY + ">" + "<I>" + "<D=Quality>" + "<A=0>");
}
static EventUtils()
{
IntFieldFormat ff = (IntFieldFormat)FieldFormat.create("<" + FIELD_SEVERITY_STATS_LEVEL + "><I><D=" +
Cres.get().getString(FIELD_SEVERITY_STATS_LEVEL) + ">");
ff.setSelectionValues(EventLevel.getSelectionValues());
SEVERITY_STATS_FORMAT.addField(ff);
SEVERITY_STATS_FORMAT.addField(
FieldFormat.create("<" + FIELD_SEVERITY_STATS_NUMBER + "><I><D=" + Cres.get().getString("efEventCount") + ">"));
SEVERITY_STATS_FORMAT.addField(FieldFormat.create("<" + FIELD_SEVERITY_STATS_COLOR + "><C><F=H>"));
}
protected TableFormat createTestTableFormat()
{
TableFormat format = new TableFormat(1, 1);
FieldFormat ff = FieldFormat.create("name", FieldFormat.STRING_FIELD, "name", "default name");
ff.addValidator(NAME_SYNTAX_VALIDATOR);
format.addField(ff);
format.addField(FieldFormat.create("dt", FieldFormat.DATATABLE_FIELD, "dt", new DataTable()));
format.addField(FieldFormat.create("float", FieldFormat.FLOAT_FIELD, "float", 1.5f));
format.setReorderable(true);
return(format);
}
static PerformanceTestingAgent()
{
VFT_PERFORMANCE_TESTING = new TableFormat(1, 1);
VFT_PERFORMANCE_TESTING.addField(
"<" + VF_PERFORMANCE_TESTING_VARIABLE_COUNT + ">" +
"<I>" +
"<D=" + "Variable Count>" +
"<A=" + DEFAULT_VARIABLE_COUNT + ">");
VFT_PERFORMANCE_TESTING.addField(
"<" + VF_PERFORMANCE_TESTING_PERIOD + ">" +
"<L>" +
"<D=" + "Update Period" + ">" +
"<E=" + LongFieldFormat.EDITOR_PERIOD + ">" +
"<O=" + LongFieldFormat.encodePeriodEditorOptions(0 /*TimeHelper.MILLISECOND*/, 2 /*TimeHelper.MINUTE*/) +
">" +
"<A=" + DEFAULT_PERIOD + ">");
}
static LoraAgent()
{
VTF_USERS.addField(ff_login);
VTF_USERS.addField(ff_devacc);
VTF_DEVICES.addField(ff_devEui);
VTF_DEVICES.addField(ff_devName);
VTF_DEVICES.addField(ff_devType);
VTF_DEVICES.addField(ff_devData);
VTF_DATADEVICES.addField(ff_dataType);
VTF_DATADEVICES.addField(ff_dataCharge);
VTF_DATADEVICES.addField(ff_dataDateTime);
VTF_DATADEVICES.addField(ff_dataTemperature);
VTF_DATADEVICES.addField(ff_dataInput1);
VTF_DATADEVICES.addField(ff_dataInput2);
VTF_DATADEVICES.addField(ff_dataInput3);
VTF_DATADEVICES.addField(ff_dataInput4);
//EFT_EVENT.addField(ff_typeEvent);
//EFT_EVENT.addField(ff_dataEvent);
}
public void TestCachedEncoding()
{
TableFormat tf = new TableFormat(1, 1);
tf.addField(FieldFormat.FLOAT_FIELD, "value");
tf.addField(FieldFormat.INTEGER_FIELD, "quality");
DataTable nested = new DataTable(tf, 12345.67f, 123);
ClassicEncodingSettings ces = new ClassicEncodingSettings(true);
ces.setFormatCache(new FormatCache());
ces.setKnownFormatCollector(new KnownFormatCollector());
DataTable table = new DataTable(AbstractContext.EF_UPDATED, "test", nested, null);
table.encode(ces);
String encodedTable = table.encode(ces);
String actual = "<D=0><R=<test><<D=0><R=<12345.67><123>>><<NULL>>>";
Assert.AreEqual(encodedTable, actual);
}
public void TestNestedTableEncoding()
{
string strdata = "test % %% %%% test";
TableFormat tf = new TableFormat();
FieldFormat ff = FieldFormat.create("strfield", FieldFormat.STRING_FIELD);
ff.setDefault(strdata);
tf.addField(ff);
DataTable table = new DataTable(tf, strdata + "value");
DataTable wrapped = table;
for (int i = 0; i < 2; i++)
{
TableFormat wtf = new TableFormat();
FieldFormat wff = FieldFormat.create("dtfield" + i, FieldFormat.DATATABLE_FIELD);
wff.setDefault(wrapped);
wtf.addField(wff);
wrapped = new DataTable(wtf, wrapped);
}
string encoded = wrapped.encode(false);
DataTable restored = new DataTable(encoded, new ClassicEncodingSettings(false), true);
Assert.AreEqual(wrapped, restored);
}
static StringFieldFormat()
{
ADDITIONAL_REFERENCES_FORMAT.addField("<reference><S>");
ADDITIONAL_REFERENCES_FORMAT.addField("<description><S>");
}
static void Main()
{
try
{
Log.start();
TableFormat tf = new TableFormat(1, 1);
tf.addField(FieldFormat.DATE_FIELD, "date");
tf.addField(FieldFormat.FLOAT_FIELD, "value");
tf.addField(FieldFormat.INTEGER_FIELD, "quality");
DataTable nested = new DataTable(tf, DateTime.Now, 12345.67890f, 123);
ClassicEncodingSettings ces = new ClassicEncodingSettings(false);
ces.setFormatCache(new FormatCache());
//ces.setKnownFormatCollector(new KnownFormatCollector());
ces.setKnownFormatCollector(new KnownFormatCollector());
DataTable table = new DataTable(AbstractContext.EF_UPDATED, "test", nested, null);
int tablesPerTask = 10000;
// Encoding
//System.Threading.WaitCallback etask = new System.Threading.WaitCallback()
Action etask = () =>
{
for (int i = 0; i < tablesPerTask; i++)
{
table.encode(ces);
}
};
execute(tablesPerTask, etask);
// Decoding
// table.encode(ces); // First time format will be encoded into table, and we'd like to test decoding tables without format
//
// final String encoded = table.encode(ces);
//
// Callable dtask = new Callable()
// {
// @Override
// public Object call() throws Exception
// {
// try
// {
// for (int i = 0; i < tablesPerTask; i++)
// {
// new DataTable(encoded, ces, true);
// }
// }
// catch (Exception ex)
// {
// ex.printStackTrace();
// }
// return null;
// }
// };
//
// execute(tablesPerTask, dtask);
Console.ReadLine();
}
catch (Exception ex)
{
Console.WriteLine(ex.StackTrace);
}
}
static RootContextConstants()
{
FIFT_LOGIN.addField("<" + FIF_LOGIN_USERNAME + "><S>");
FIFT_LOGIN.addField("<" + FIF_LOGIN_PASSWORD + "><S>");
}