Add another example for AST parsing

code_compiler/source/ast/ast.cpp

@@ -4,26 +4,3 @@
 #include "ast.hpp"
 #include <cstdlib>
 
-
-blitz::ast::value_expression::value_expression(blitz::token token) : expression(token) {}
-
-blitz::ast::integer_expression::integer_expression(blitz::token token) : value_expression(token), _value(0)
-{
-	if (_token.text.length() > 0) {
-		_value = atol(_token.text.c_str());
-	}
-}
-
-blitz::ast::real_expression::real_expression(blitz::token token) : value_expression(token), _value(0.0f)
-{
-	if (_token.text.length() > 0) {
-		_value = atof(_token.text.c_str());
-	}
-}
-
-blitz::ast::string_expression::string_expression(blitz::token token) : value_expression(token), _value()
-{
-	_value = _token.text;
-}
-
-blitz::ast::variable_expression::variable_expression(blitz::token token) : expression(token) {}

tests/003.bb

@@ -0,0 +1,152 @@
+Local iValue = 1, iValue2 = 1.2, iValue3 = "Hello World"
+; iValue should be 1
+; iValue2 should be 1, and print a warning
+; iValue3 should be 0 (converted from string), and print a warning
+Local fValue# = 1, fValue2# = 1.2, fValue3# = "Hello World"
+; fValue should be 1.0
+; fValue2 should be 1.2
+; fValue3 should be 0.0 (converted from string), and print a warning
+Local sValue$ = 1, sValue2$ = 1.2, sValue3$ = "Hello World"
+; sValue = "1", print warning
+; sValue2 = "1.2", print warning
+; sValue3 = "Hello World"
+
+Function iFunction()
+	Return 1
+End Function
+Function iFunction2()
+	Return 1.2
+End Function
+Function iFunction3()
+	Return "Hello World"
+End Function
+; iFunction returns 1
+; iFunction2 returns 1, prints warning
+; iFunction3 returns 0, prints warning
+
+Function fFunction#()
+	Return 1
+End Function
+Function fFunction2#()
+	Return 1.2
+End Function
+Function fFunction3#()
+	Return "Hello World"
+End Function
+; fFunction returns 1.0
+; fFunction2 returns 1.2
+; fFunction3 returns 0, prints warning
+
+Function sFunction$()
+	Return 1
+End Function
+Function sFunction2$()
+	Return 1.2
+End Function
+Function sFunction3$()
+	Return "Hello World"
+End Function
+; sFunction returns "1", prints warning
+; sFunction2 returns "1.2", prints warning
+; sFunction3 returns "Hello World"
+
+;-- AST Representation
+;LocalVariables{
+;  Variable{Int32, iValue, toInt32(Int32(1))},
+;  Variable{Int32, iValue2, toInt32(Real32(1.2))},
+;  Variable{Int32, iValue3, toInt32(String(Hello World))},
+;}
+;LocalVariables{
+;  Variable{Real32, fValue, toReal32(Int32(1))},
+;  Variable{Real32, fValue2, toReal32(Real32(1.2))},
+;  Variable{Real32, fValue3, toReal32(String(Hello World))},
+;}
+;LocalVariables{
+;  Variable{String, sValue, toString(Int32(1))},
+;  Variable{String, sValue2, toString(Real32(1.2))},
+;  Variable{String, sValue3, toString("Hello World")},
+;}
+; 
+;Function{
+;  Text(iFunction),
+;  Int32,
+;  Parameters{
+;  },
+;  Content{
+;    Return(Int32(1))
+;  }
+;}
+;Function{
+;  Text(iFunction2),
+;  Int32,
+;  Parameters{
+;  },
+;  Content{
+;    Return(Real32(1.2))
+;  }
+;}
+;Function{
+;  Text(iFunction3),
+;  Int32,
+;  Parameters{
+;  },
+;  Content{
+;    Return(String("Hello World"))
+;  }
+;}
+; 
+;Function{
+;  Text(fFunction),
+;  Real32,
+;  Parameters{
+;  },
+;  Content{
+;    Return(Int32(1))
+;  }
+;}
+;Function{
+;  Text(fFunction2),
+;  Real32,
+;  Parameters{
+;  },
+;  Content{
+;    Return(Real32(1.2))
+;  }
+;}
+;Function{
+;  Text(fFunction3),
+;  Real32,
+;  Parameters{
+;  },
+;  Content{
+;    Return(String("Hello World"))
+;  }
+;}
+; 
+;Function{
+;  Text(sFunction),
+;  String,
+;  Parameters{
+;  },
+;  Content{
+;    Return(Int32(1))
+;  }
+;}
+;Function{
+;  Text(sFunction2),
+;  String,
+;  Parameters{
+;  },
+;  Content{
+;    Return(Real32(1.2))
+;  }
+;}
+;Function{
+;  Text(sFunction3),
+;  String,
+;  Parameters{
+;  },
+;  Content{
+;    Return(String("Hello World"))
+;  }
+;}