public void CtorLinq_SetsBaseFilterStringFromExpr()
{
Expression <Func <Entry, bool> > expr = m => m["123"] == "456";
var expectedStr = new LdapFilterCompiler().Compile(expr);
var inst = new LinqSearchRequest <Entry>("bogusdn", expr, SearchScope.Base);
Assert.Equal(expectedStr, (inst as SearchRequest).Filter);
}
public void Filter_Set_SetsBaseFilterStringFromExpression()
{
Expression <Func <Entry, bool> > expr = m => m["123"] == "456";
var expectedStr = new LdapFilterCompiler().Compile(expr);
var inst = new LinqSearchRequest <Entry>();
inst.Filter = expr;
Assert.Equal(expectedStr, (inst as SearchRequest).Filter);
}
public void Parse_1960CanHandleWhitespace(string input, string expected)
{
var compiler = new LdapFilterCompiler(null, new CompilerOptions()
{
Target = RFCTarget.RFC1960
});
var expr = Parser.Parse <Entry>(input);
var filter = compiler.Compile(expr);
Assert.Equal(expected, filter);
}
public BooleanAlgebraTests()
{
FilterCompiler = new LdapFilterCompiler();
}
public CustomEntryTests()
{
Parser = new LdapFilterParser();
Compiler = new LdapFilterCompiler();
}
public _CallExprToStringTests()
{
FilterCompiler = new LdapFilterCompiler();
}
public ComparisonTests()
{
FilterCompiler = new LdapFilterCompiler();
}
public LdapFilterCompilerTests()
{
FilterCompiler = new LdapFilterCompiler();
Core = new CompilerCore(new CompilerOptions());
}
public ExtensibleMatchesTests()
{
Compiler = new LdapFilterCompiler();
}
public ConstantsTests()
{
FilterCompiler = new LdapFilterCompiler();
}
