import x.json2 as json

enum JobTitle {
    manager
    executive
    worker
}

struct Employee {
pub mut:
    name   string
    age    int
    salary f32
    title  JobTitle
}

fn test_fast_raw_decode() {
    s := '{"name":"Peter","age":28,"salary":95000.5,"title":2}'
    o := json.decode[json.Any](s) or {
        assert false
        json.Any('')
    }
    str := o.str()
    assert str == '{"name":"Peter","age":28,"salary":95000.5,"title":2}'
}

struct StructType[T] {
mut:
    val T
}

fn test_struct_with_bool_to_map() {
    array_of_struct := [StructType[bool]{
        val: true
    }, StructType[bool]{
        val: false
    }]

    mut array_of_map := []json.Any{}

    for variable in array_of_struct {
        array_of_map << json.map_from(variable)
    }

    assert array_of_map.str() == '[{"val":true},{"val":false}]'
}

fn test_struct_with_string_to_map() {
    array_of_struct := [StructType[string]{
        val: 'true'
    }, StructType[string]{
        val: 'false'
    }]

    mut array_of_map := []json.Any{}

    for variable in array_of_struct {
        array_of_map << json.map_from(variable)
    }

    assert array_of_map.str() == '[{"val":"true"},{"val":"false"}]'
}

fn test_struct_with_array_to_map() {
    array_of_struct := [StructType[[]bool]{
        val: [false, true]
    }, StructType[[]bool]{
        val: [true, false]
    }]

    mut array_of_map := []json.Any{}

    for variable in array_of_struct {
        array_of_map << json.map_from(variable)
    }

    assert array_of_map.str() == '[{"val":[false,true]},{"val":[true,false]}]'
}

fn test_struct_with_array_of_arrays_to_map() {
    array_of_struct := [
        StructType[[][]bool]{
            val: [[true, false], [true, false]]
        },
        StructType[[][]bool]{
            val: [[false, true], [false, true]]
        },
    ]
    mut array_of_map := []json.Any{}
    for variable in array_of_struct {
        array_of_map << json.map_from(variable)
    }
    assert array_of_map.str() == '[{"val":[[true,false],[true,false]]},{"val":[[false,true],[false,true]]}]'

    array_of_struct_int := [
        StructType[[][]int]{
            val: [[1, 0], [1, 0]]
        },
        StructType[[][]int]{
            val: [[0, 1], [0, 1]]
        },
    ]
    mut array_of_map_int := []json.Any{}
    for variable in array_of_struct_int {
        array_of_map_int << json.map_from(variable)
    }
    assert array_of_map_int.str() == '[{"val":[[1,0],[1,0]]},{"val":[[0,1],[0,1]]}]'
}

fn test_struct_with_number_to_map() {
    assert json.map_from(StructType[string]{'3'}).str() == '{"val":"3"}'
    assert json.map_from(StructType[bool]{true}).str() == '{"val":true}'
    assert json.map_from(StructType[i8]{3}).str() == '{"val":3}'
    assert json.map_from(StructType[i16]{3}).str() == '{"val":3}'
    assert json.map_from(StructType[int]{3}).str() == '{"val":3}'
    assert json.map_from(StructType[i64]{3}).str() == '{"val":3}'
    assert json.map_from(StructType[i8]{-3}).str() == '{"val":-3}'
    assert json.map_from(StructType[i16]{i16(-3)}).str() == '{"val":-3}'
    assert json.map_from(StructType[int]{-3}).str() == '{"val":-3}'
    assert json.map_from(StructType[i64]{-3}).str() == '{"val":-3}'
    assert json.map_from(StructType[f32]{3.0}).str() == '{"val":3}'
    assert json.map_from(StructType[f64]{3.0}).str() == '{"val":3}'
    assert json.map_from(StructType[u8]{3}).str() == '{"val":3}'
    assert json.map_from(StructType[u16]{3}).str() == '{"val":3}'
    assert json.map_from(StructType[u32]{3}).str() == '{"val":3}'
    assert json.map_from(StructType[u64]{3}).str() == '{"val":3}'
}

fn test_struct_with_struct_to_map() {
    assert json.map_from(StructType[StructType[string]]{StructType[string]{'3'}}).str() == '{"val":{"val":"3"}}'
    assert json.map_from(StructType[StructType[int]]{StructType[int]{3}}).str() == '{"val":{"val":3}}'
}

fn test_maps() {
    assert json.decode[map[string]string]('{"test":"abc"}')! == {
        'test': 'abc'
    }

    assert json.decode[map[string]StructType[bool]]('{"test":{"val":true}}')! == {
        'test': StructType[bool]{true}
    }
}