use dust_lang::*; #[test] fn multiply_boolean_left() { let source = "true * 1"; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyType { argument_type: Type::Boolean, position: Span(0, 4) }, source, }) ); } #[test] fn multiply_boolean_right() { let source = "1 * true"; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyType { argument_type: Type::Boolean, position: Span(4, 8) }, source, }) ); } #[test] fn multiply_character_left() { let source = "'a' * 1"; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyType { argument_type: Type::Character, position: Span(0, 3) }, source, }) ); } #[test] fn multiply_character_right() { let source = "1 * 'a'"; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyType { argument_type: Type::Character, position: Span(4, 7) }, source, }) ); } #[test] fn multiply_float_and_character() { let source = "1.0 * 'a'"; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyType { argument_type: Type::Character, position: Span(6, 9) }, source, }) ); } #[test] fn multiply_float_and_integer() { let source = "1.0 * 1"; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyArguments { left_type: Type::Float, right_type: Type::Integer, position: Span(0, 7) }, source, }) ); } #[test] fn multiply_function_left() { let source = "fn(){} * 1"; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyType { argument_type: Type::Function(FunctionType { type_parameters: None, value_parameters: None, return_type: Box::new(Type::None) }), position: Span(0, 6) }, source, }) ); } #[test] fn multiply_function_right() { let source = "1 * fn(){}"; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyType { argument_type: Type::Function(FunctionType { type_parameters: None, value_parameters: None, return_type: Box::new(Type::None) }), position: Span(4, 10) }, source, }) ); } #[test] fn multiply_integer_and_float() { let source = "1 * 1.0"; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyArguments { left_type: Type::Integer, right_type: Type::Float, position: Span(0, 7) }, source, }) ); } #[test] fn multiply_list_left() { let source = "[1, 2] * 1"; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyType { argument_type: Type::List(Box::new(Type::Integer)), position: Span(0, 6) }, source, }) ); } #[test] fn multiply_list_right() { let source = "1 * [1, 2]"; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyType { argument_type: Type::List(Box::new(Type::Integer)), position: Span(4, 10) }, source, }) ); } // #[test] // fn add_range_left() { // todo!("Add ranges") // } // #[test] // fn add_range_right() { // todo!("Add ranges") // } #[test] fn multiply_string_left() { let source = "\"hello\" * 1"; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyType { argument_type: Type::String, position: Span(0, 7) }, source, }) ); } #[test] fn multiply_string_right() { let source = "1 * \"hello\""; assert_eq!( compile(source), Err(CreateReport::Compile { error: CompileError::CannotMultiplyType { argument_type: Type::String, position: Span(4, 11) }, source, }) ); }