public void TestAllTypes()
{
string tsonText = @"
r0: null, # null
s1: abc, # string
s2: ""abc"", # quoted string
s3: """", # empty string
n1: 123, # number
n2: -123, # neg. number
n3: 123.456, # decimal
n4: 123e10, # float with mantissa
n5: 123E-5, # float with neg. mantissa
b1: true, # boolean
b2: false, # boolean
a1: [], # array
o1: {} # object
";
string expectedText = @"{r0:null,s1:abc,s2:""abc"",s3:"""",n1:123,n2:-123,n3:123.456,n4:1.23E+12,n5:0.00123,b1:true,b2:false,a1:[],o1:{}}";
TsonNode node = new TsonParser().Parse(tsonText);
Assert.IsInstanceOf<TsonObjectNode>(node);
Assert.AreEqual(expectedText, new CompactNodeVisitor(node).ToTson());
new CallbackTsonNodeVisitor((n) =>
{
Assert.NotNull(n.Token);
Assert.Greater(n.Token.Location.Offset, 0);
Assert.Greater(n.Token.Location.Line, 0);
Assert.Greater(n.Token.Location.Column, 0);
}).VisitAll(node);
}
public void TestEmpty()
{
string tsonText = "";
string expectedText = "{}";
TsonNode node = new TsonParser().Parse(tsonText);
Assert.IsInstanceOf<TsonObjectNode>(node);
Assert.AreEqual(expectedText, new CompactNodeVisitor(node).ToTson());
Assert.NotNull(node.Token);
Assert.AreEqual(0, node.Token.Location.Offset);
}
public void TsetRootObjectBraces()
{
string tsonText = @"# A comment
{
a: 123,
b: 456
}";
string expectedText = "{a:123,b:456}";
TsonNode node = new TsonParser().Parse(tsonText);
Assert.IsInstanceOf<TsonObjectNode>(node);
Assert.AreEqual(expectedText, new CompactNodeVisitor(node).ToTson());
Assert.NotNull(node.Token);
Assert.AreEqual(12, node.Token.Location.Offset);
}
public void TestNestedObjectsAndArrays()
{
string tsonText = @"
{
m: { 1:a, 2:b, 3:c},
n: [ 5, { a:1, b:[q, p, r], c:3}, [ ""x"", ""y"", ""z""] ]
}";
string expectedText = @"{m:{1:a,2:b,3:c},n:[5,{a:1,b:[q,p,r],c:3},[""x"",""y"",""z""]]}";
TsonNode node = new TsonParser().Parse(tsonText);
Assert.IsInstanceOf<TsonObjectNode>(node);
Assert.AreEqual(expectedText, new CompactNodeVisitor(node).ToTson());
Assert.NotNull(node.Token);
Assert.AreEqual(1, node.Token.Location.Offset);
}
