public void Write__KeyValuePairCollection__KeysAreAligned()
{
var ow = new StringObjectWriter();
var kvpc = new KeyValuePairCollection();
kvpc.Add(new KeyValuePair("1", " "));
kvpc.Add(new KeyValuePair("12", " "));
kvpc.Add(new KeyValuePair("1234", " "));
kvpc.Add(new KeyValuePair("12345", " "));
kvpc.Add(new KeyValuePair("1234567890", " "));
kvpc.Add(new KeyValuePair("123456789012345678901", " "));
var r = ow.Write(kvpc);
var expected =
"1\t\t\t\t\t\t:\t "
+ Environment.NewLine
+ "12\t\t\t\t\t\t:\t "
+ Environment.NewLine
+"1234\t\t\t\t\t:\t "
+ Environment.NewLine
+ "12345\t\t\t\t\t:\t "
+ Environment.NewLine
+ "1234567890\t\t\t\t:\t "
+ Environment.NewLine
+ "123456789012345678901\t:\t ";
Assert.AreEqual(expected, r);
}
public void Write__DateTime__ISO8601_WithoutTimeZone_WithoutT()
{
var ow = new StringObjectWriter();
var r = ow.Write(DateTime.Parse("2013-12-30T23:24:25.1234567Z"));
Assert.AreEqual("2013-12-30 23:24:25.1234567", r);
}
public void Write__EmptyString__ReturnsStringRepresentingEmptyString()
{
var ow = new StringObjectWriter();
var r = ow.Write("");
Assert.AreEqual("[EMPTY]", r);
r = ow.Write("", emptyValue: "123");
Assert.AreEqual("123", r);
}
public PatternFormatter()
{
Pattern = "{Event.Message}";
TextTemplateProcessingServce = new TemplateProcessingService();
TextTemplateProcessingServce.InternalContext.Functions.AddFunction(
new Function(
"dump",
(originalValue, input, parameters) =>
{
return input.DumpToString();
}));
TextTemplateProcessingServce.InternalContext.Functions.AddFunction(
new Function(
"dumpHtml",
(originalValue, input, parameters) =>
{
return input.DumpToHtml();
}));
TextTemplateProcessingServce.InternalContext.Functions.AddFunction(
new Function(
"dumpWithHeader",
(originalValue, input, parameters) =>
{
//# first describe the input
var inputKvpc = TypeDescriptors.Describe(input);
//# add KVP with header as key and input as value
var kvp = new KeyValuePair(parameters.First().ToString().Trim(new char[] { '\'' }), inputKvpc);
var result = new StringObjectWriter().Write(kvp);
return result;
}));
}
public void Write__KeyValuePairCollection__MultiLineValuesAreHandled()
{
var ow = new StringObjectWriter();
var kvpc = new KeyValuePairCollection();
kvpc.Add(new KeyValuePair("key", "_line1_" + Environment.NewLine + "_line2_"));
kvpc.Add(new KeyValuePair("key_0123456", " "));
var r = ow.Write(kvpc);
var expected =
"key\t\t\t:"
+ Environment.NewLine
+ "-------------"
+ Environment.NewLine
+ "\t_line1_"
+ Environment.NewLine
+ "\t_line2_"
+ Environment.NewLine
+ "key_0123456\t:\t ";
Assert.AreEqual(expected, r);
}
public void Write__Null__ReturnsStringRepresentingNullValue()
{
var ow = new StringObjectWriter();
var r = ow.Write(null);
Assert.AreEqual("[NULL]", r);
r = ow.Write(null, "123");
Assert.AreEqual("123", r);
}
public void Write__KeyValuePair_ValueMultiLineString()
{
var ow = new StringObjectWriter();
var kvp = new KeyValuePair("_key_", "_line1_" + Environment.NewLine + "_line2_");
var r = ow.Write(kvp);
var expected =
"_key_\t:"
+ Environment.NewLine
+ "---------"
+ Environment.NewLine
+ "\t_line1_"
+ Environment.NewLine
+ "\t_line2_";
Assert.AreEqual(expected, r);
}
public void Write__KeyValuePair_ValueIsSingleLineString()
{
var ow = new StringObjectWriter();
var kvp = new KeyValuePair("_key_", "_value_");
var r = ow.Write(kvp);
Assert.AreEqual("_key_\t:\t_value_", r);
}
public void Write__KeyValuePairCollection__ValueIsKeyValuePairCollection()
{
var ow = new StringObjectWriter();
var kvpc = new KeyValuePairCollection();
var value = new KeyValuePairCollection();
value.Add(new KeyValuePair("key_1", "value_1"));
value.Add(new KeyValuePair("key_2", "value_2"));
kvpc.Add("item", value);
var r = ow.Write(kvpc);
var expected =
"item\t:"
+ Environment.NewLine
+ "---------"
+ Environment.NewLine
+ "\tkey_1\t:\tvalue_1"
+ Environment.NewLine
+ "\tkey_2\t:\tvalue_2";
Assert.AreEqual(expected, r);
}
