public void RepeatExtensionWithComplexIfOption()
{
var x = new BxlParser().Parse(@"
e
was-excluded ${mycode} xi-repeat=data xi-where=!include xi-expand
not-complete ${mycode} ${myname} xi-repeat=data xi-where='!(mycode & myname)' xi-expand
more-than-2 ${mycode} ${myname} xi-repeat=data xi-where='mycode > 2' xi-expand
", options: BxlParserOptions.NoLexData | BxlParserOptions.ExtractSingle);
_xi = new XmlInterpolation {
UseExtensions = true
};
var ctx = new
{
data = new object[] {
new { mycode = 2, myname = "Two", include = true },
new { mycode = 3, myname = "Three", include = false },
new { mycode = 0, myname = "Four", include = true },
new { mycode = 5, myname = "", include = false }
}
};
var cfg = new Scope(ctx.ToDict());
x = _xi.Interpolate(x, cfg);
Console.WriteLine(x.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<e>
<was-excluded code='3' id='3' />
<was-excluded code='5' id='5' />
<not-complete code='0' id='0' name='Four' />
<not-complete code='5' id='5' name='' />
<more-than-2 code='3' id='3' name='Three' />
<more-than-2 code='5' id='5' name='' />
</e>".Simplify(SimplifyOptions.Full), x.ToString().Simplify(SimplifyOptions.Full));
}
public void RepeatExtensionWithIfOption()
{
var x = new BxlParser().Parse(@"
e b=true
x xi-repeat=data xi-body xi-where=include xi-if=!b xi-expand
x-code ${mycode} x=1 xi-if=mycode
x-name ${myname} x=1 xi-if=myname
x xi-repeat=data xi-body xi-where=include xi-if=b xi-expand
x-code ${mycode} x=2 xi-if=mycode
x-name ${myname} x=2 xi-if=myname
", options: BxlParserOptions.NoLexData | BxlParserOptions.ExtractSingle);
_xi = new XmlInterpolation {
UseExtensions = true
};
var ctx = new { data = new object[] {
new { mycode = 2, myname = "Two", include = true },
new { mycode = 3, myname = "Three", include = false },
new { mycode = 0, myname = "Four", include = true },
new { mycode = 5, myname = "", include = true }
} };
var cfg = new Scope(ctx.ToDict());
x = _xi.Interpolate(x, cfg);
Console.WriteLine(x.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<e b='true'>
<x-code code='2' id='2' x='2' />
<x-name code='Two' id='Two' x='2' />
<x-name code='Four' id='Four' x='2' />
<x-code code='5' id='5' x='2' />
</e>".Simplify(SimplifyOptions.Full), x.ToString().Simplify(SimplifyOptions.Full));
}
public void PreventNameAnonymAfterAnyNamed(){
var code = @"
e c x=1 n
";
var b = new BxlParser().Parse(code,"",BxlParserOptions.NoLexData);
Console.WriteLine(b.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<root>
<e code='c' id='c' x='1' n='1' />
</root>", b.ToString().Replace("\"", "'"));
}
public void UsesNamespacesInAttributeNames()
{
var res = new BxlParser().Parse(@"
ns = 'http://myns'
ns::test ns::attr=2");
Console.WriteLine(res.ToString());
Assert.AreEqual(@"<root xmlns:ns=""http://myns"" _file=""code.bxl"">
<ns:test _file=""code.bxl"" _line=""3"" ns:attr=""2"" />
</root>".LfOnly(), res.ToString().LfOnly());
}
public void GeneratesNamespaceDeclarations()
{
var res = new BxlParser().Parse(@"
ns = 'http://myns'
test");
Console.WriteLine(res.ToString());
Assert.AreEqual(@"<root xmlns:ns=""http://myns"" _file=""code.bxl"">
<test _file=""code.bxl"" _line=""3"" />
</root>".LfOnly(), res.ToString().LfOnly());
}
public void PreventNameAnonymAfterAnyNamedWithoutCode()
{
var code = @"
e x=1 n
";
var b = new BxlParser().Parse(code, "", BxlParserOptions.NoLexData);
Console.WriteLine(b.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<root>
<e x='1' n='1' />
</root>", b.ToString().Replace("\"", "'"));
}
public void Implicit_Namespace_Generation()
{
var res = new BxlParser().Parse(@"
a::e1
b::e1", "myfile", BxlParserOptions.NoLexData);
Console.WriteLine(res.ToString());
Assert.AreEqual(@"<root xmlns:a=""namespace::myfile_X"" xmlns:b=""namespace::myfile_XX"">
<a:e1 />
<b:e1 />
</root>".LfOnly(), res.ToString().LfOnly());
}
public void NotOverrideId()
{
var code = @"
e id=1 c n x=1
";
var b = new BxlParser().Parse(code, "", BxlParserOptions.NoLexData);
Console.WriteLine(b.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<root>
<e id='1' code='c' name='n' x='1' />
</root>", b.ToString().Replace("\"", "'"));
}
public void NameAnonymAfterNoAnyNamed()
{
var code = @"
e c n x=1
";
var b = new BxlParser().Parse(code, "", BxlParserOptions.NoLexData);
Console.WriteLine(b.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<root>
<e code='c' id='c' name='n' x='1' />
</root>", b.ToString().Replace("\"", "'"));
}
public void CanInterpolateDuringParse()
{
var res = new BxlParser().Parse(@"
test x='1' y=3
test2 x='${.x}${y}2'
test3 y='${x}${.y}'
" , "", BxlParserOptions.PerformInterpolation);
Console.WriteLine(res.ToString());
Assert.AreEqual(@"<root _file=""code.bxl"">
<test _file=""code.bxl"" _line=""2"" x=""1"" y=""3"">
<test2 _file=""code.bxl"" _line=""3"" x=""132"">
<test3 _file=""code.bxl"" _line=""4"" y=""1323"" />
</test2>
</test>
</root>", res.ToString());
}
public void RepeatExtensionWithBodyOption()
{
var x = new BxlParser().Parse(@"
e
x xi-repeat=data xi-body xi-expand
x-code ${mycode}
x-name ${myname}
", options: BxlParserOptions.NoLexData | BxlParserOptions.ExtractSingle);
var ctx = new { data = new object[] { new { mycode = 2, myname = "Two" }, new { mycode = 3, myname = "Three" } } };
x = x.Interpolate(ctx);
Console.WriteLine(x.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<e>
<x-code code='2' id='2' />
<x-name code='Two' id='Two' />
<x-code code='3' id='3' />
<x-name code='Three' id='Three' />
</e>".Simplify(SimplifyOptions.Full), x.ToString().Simplify(SimplifyOptions.Full));
}
public void CanParseAttribuesAfterElements()
{
var res = new BxlParser().Parse(@"
test
test2
y=3
test3
x=2" );
Console.WriteLine(res.ToString());
}
public void RepeatWithScopeExtension()
{
var x = new BxlParser().Parse(@"
e mycode=1 myname=2
x ${x.mycode} ${x.myname} mc=${mycode} mn=${myname} xi-repeat=data xi-scope=x
", options: BxlParserOptions.NoLexData | BxlParserOptions.ExtractSingle);
_xi = new XmlInterpolation {
UseExtensions = true
};
var ctx = new { data = new object[] { new { mycode = 2, myname = "Two" }, new { mycode = 3, myname = "Three" } } };
var cfg = new Scope(ctx.ToDict());
x = _xi.Interpolate(x, cfg);
Console.WriteLine(x.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<e mycode='1' myname='2'>
<x code='2' id='2' name='Two' mc='1' mn='2' />
<x code='3' id='3' name='Three' mc='1' mn='2' />
</e>".Simplify(SimplifyOptions.Full), x.ToString().Simplify(SimplifyOptions.Full));
}
public void RepeatLocalSetExtension()
{
var x = new BxlParser().Parse(@"
xi-dataset x
x x=${mycode} y=${myname} xi-repeat=data xi-expand
e u=33
i ${x}${x} ${y}${y} z=${u} xi-repeat=$x xi-expand
", options: BxlParserOptions.NoLexData | BxlParserOptions.ExtractSingle);
var ctx = new { data = new object[] { new { mycode = 2, myname = "Two" }, new { mycode = 3, myname = "Three" } } };
x = x.Interpolate(ctx);
Console.WriteLine(x.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<root>
<xi-dataset code='x' id='x'>
<x x='2' y='Two' />
<x x='3' y='Three' />
</xi-dataset>
<e u='33'>
<i code='22' id='22' name='TwoTwo' z='33' />
<i code='33' id='33' name='ThreeThree' z='33' />
</e>
</root>".Simplify(SimplifyOptions.Full), x.ToString().Simplify(SimplifyOptions.Full));
}
public void ValidlyParsesEmptyStrings()
{
var code = @"
x x='' y="""" z="""""""""""" : """"
a = """"
y a=1
";
var b = new BxlParser().Parse(code, "", BxlParserOptions.NoLexData);
Console.WriteLine(b.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<root>
<x x='' y='' z='' a=''></x>
<y a='1' />
</root>", b.ToSqlString().Replace("\"", "'"));
}
public void ValidlyParsesEmptyStringsBasis()
{
var code = @"
n g
f s ""X""
i c a=b
p = """"
i c a=b
p = """"
";
var b = new BxlParser().Parse(code, "", BxlParserOptions.NoLexData);
Console.WriteLine(b.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<root>
<n code='g' id='g'>
<f code='s' id='s' name='X'>
<i code='c' id='c' a='b' p='' />
<i code='c' id='c' a='b' p='' />
</f>
</n>
</root>", b.ToSqlString().Replace("\"", "'"));
}
public void RepeatExtensionWithComplexIfOption()
{
var x = new BxlParser().Parse(@"
e
was-excluded ${mycode} xi-repeat=data xi-where=!include xi-expand
not-complete ${mycode} ${myname} xi-repeat=data xi-where='!(mycode & myname)' xi-expand
more-than-2 ${mycode} ${myname} xi-repeat=data xi-where='mycode > 2' xi-expand
", options: BxlParserOptions.NoLexData | BxlParserOptions.ExtractSingle);
_xi = new XmlInterpolation { UseExtensions = true };
var ctx = new
{
data = new object[] {
new { mycode = 2, myname = "Two", include=true },
new { mycode = 3, myname = "Three", include=false },
new { mycode = 0, myname = "Four", include=true },
new { mycode = 5, myname = "", include=false }
}
};
var cfg = new Scope(ctx.ToDict());
x = _xi.Interpolate(x, cfg);
Console.WriteLine(x.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<e>
<was-excluded code='3' id='3' />
<was-excluded code='5' id='5' />
<not-complete code='0' id='0' name='Four' />
<not-complete code='5' id='5' name='' />
<more-than-2 code='3' id='3' name='Three' />
<more-than-2 code='5' id='5' name='' />
</e>".Simplify(SimplifyOptions.Full), x.ToString().Simplify(SimplifyOptions.Full));
}
public void RepeatExtensionWithIfOption()
{
var x = new BxlParser().Parse(@"
e b=true
x xi-repeat=data xi-body xi-where=include xi-if=!b xi-expand
x-code ${mycode} x=1 xi-if=mycode
x-name ${myname} x=1 xi-if=myname
x xi-repeat=data xi-body xi-where=include xi-if=b xi-expand
x-code ${mycode} x=2 xi-if=mycode
x-name ${myname} x=2 xi-if=myname
", options: BxlParserOptions.NoLexData | BxlParserOptions.ExtractSingle);
_xi = new XmlInterpolation { UseExtensions = true };
var ctx = new { data = new object[] {
new { mycode = 2, myname = "Two", include=true },
new { mycode = 3, myname = "Three", include=false },
new { mycode = 0, myname = "Four", include=true },
new { mycode = 5, myname = "", include=true }
} };
var cfg = new Scope(ctx.ToDict());
x = _xi.Interpolate(x, cfg);
Console.WriteLine(x.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<e b='true'>
<x-code code='2' id='2' x='2' />
<x-name code='Two' id='Two' x='2' />
<x-name code='Four' id='Four' x='2' />
<x-code code='5' id='5' x='2' />
</e>".Simplify(SimplifyOptions.Full), x.ToString().Simplify(SimplifyOptions.Full));
}
public void RepeatExtensionWithBodyOption()
{
var x = new BxlParser().Parse(@"
e
x xi-repeat=data xi-body xi-expand
x-code ${mycode}
x-name ${myname}
", options: BxlParserOptions.NoLexData | BxlParserOptions.ExtractSingle);
var ctx = new { data = new object[] { new { mycode = 2, myname = "Two" }, new { mycode = 3, myname = "Three" } } };
x = x.Interpolate(ctx);
Console.WriteLine(x.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<e>
<x-code code='2' id='2' />
<x-name code='Two' id='Two' />
<x-code code='3' id='3' />
<x-name code='Three' id='Three' />
</e>".Simplify(SimplifyOptions.Full), x.ToString().Simplify(SimplifyOptions.Full));
}
public void RepeatLocalSetExtension()
{
var x = new BxlParser().Parse(@"
xi-dataset x
x x=${mycode} y=${myname} xi-repeat=data xi-expand
e u=33
i ${x}${x} ${y}${y} z=${u} xi-repeat=$x xi-expand
", options: BxlParserOptions.NoLexData | BxlParserOptions.ExtractSingle);
var ctx = new { data = new object[] { new { mycode = 2, myname = "Two" }, new { mycode = 3, myname = "Three" } } };
x = x.Interpolate(ctx);
Console.WriteLine(x.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<root>
<xi-dataset code='x' id='x'>
<x x='2' y='Two' />
<x x='3' y='Three' />
</xi-dataset>
<e u='33'>
<i code='22' id='22' name='TwoTwo' z='33' />
<i code='33' id='33' name='ThreeThree' z='33' />
</e>
</root>".Simplify(SimplifyOptions.Full), x.ToString().Simplify(SimplifyOptions.Full));
}
public void RepeatWithScopeExtensionAndFunctionCall()
{
var x = new BxlParser().Parse(@"
e mycode=1 myname=aa
x ${x.mycode} ${x.myname} mf=${upper(myname)} mc=${mycode} mn=${myname} xi-repeat=data xi-scope=x
", options: BxlParserOptions.NoLexData | BxlParserOptions.ExtractSingle);
_xi = new XmlInterpolation { UseExtensions = true };
var ctx = new { data = new object[] { new { mycode = 2, myname = "Two" }, new { mycode = 3, myname = "Three" } } };
var cfg = new Scope(ctx.ToDict());
cfg["upper"] = (Func<string, string>) (s => s.ToUpper());
x = _xi.Interpolate(x, cfg);
Console.WriteLine(x.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<e mycode='1' myname='aa'>
<x code='2' id='2' name='Two' mf='AA' mc='1' mn='aa' />
<x code='3' id='3' name='Three' mf='AA' mc='1' mn='aa' />
</e>".Simplify(SimplifyOptions.Full), x.ToString().Simplify(SimplifyOptions.Full));
}
public void RepeatExtension() {
var x = new BxlParser().Parse(@"
e u=33
x ${mycode} ${myname} z=${u} xi-repeat=data xi-expand
",options:BxlParserOptions.NoLexData|BxlParserOptions.ExtractSingle);
_xi = new XmlInterpolation {UseExtensions = true};
var ctx = new {data = new object[] {new {mycode = 2, myname = "Two"}, new {mycode = 3, myname = "Three"}}};
var cfg = new Scope(ctx.ToDict());
x = _xi.Interpolate(x, cfg);
Console.WriteLine(x.ToString().Replace("\"","'"));
Assert.AreEqual(@"<e u='33'>
<x code='2' id='2' name='Two' z='33' />
<x code='3' id='3' name='Three' z='33' />
</e>".Simplify(SimplifyOptions.Full), x.ToString().Simplify(SimplifyOptions.Full));
}
public void ValidlyParsesEmptyStringsBasis()
{
var code = @"
n g
f s ""X""
i c a=b
p = """"
i c a=b
p = """"
";
var b = new BxlParser().Parse(code, "", BxlParserOptions.NoLexData);
Console.WriteLine(b.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<root>
<n code='g' id='g'>
<f code='s' id='s' name='X'>
<i code='c' id='c' a='b' p='' />
<i code='c' id='c' a='b' p='' />
</f>
</n>
</root>", b.ToSqlString().Replace("\"", "'"));
}
public void SupportBracesInLiteral()
{
var res = new BxlParser().Parse("test val(1)");
Console.WriteLine(res.ToString());
}
public void NotOverrideId()
{
var code = @"
e id=1 c n x=1
";
var b = new BxlParser().Parse(code, "", BxlParserOptions.NoLexData);
Console.WriteLine(b.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<root>
<e id='1' code='c' name='n' x='1' />
</root>", b.ToString().Replace("\"", "'"));
}
public void ValidlyParsesEmptyStrings(){
var code = @"
x x='' y="""" z="""""""""""" : """"
a = """"
y a=1
";
var b = new BxlParser().Parse(code, "", BxlParserOptions.NoLexData);
Console.WriteLine(b.ToString().Replace("\"", "'"));
Assert.AreEqual(@"<root>
<x x='' y='' z='' a=''></x>
<y a='1' />
</root>",b.ToSqlString().Replace("\"","'"));
}
