bsread 0.1.1

Rust implementation of the BSREAD streaming protocol
Documentation 
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use crate::convert::*;


#[derive(Debug, PartialEq, Clone)]
pub enum Value {
    STR(String),
    BOOL(bool),
    I8(i8),
    U8(u8),
    I16(i16),
    U16(u16),
    I32(i32),
    U32(u32),
    I64(i64),
    U64(u64),
    F32(f32),
    F64(f64),
    ASTR(Vec<String>),
    ABOOL(Vec<bool>),
    AI8(Vec<i8>),
    AU8(Vec<u8>),
    AI16(Vec<i16>),
    AU16(Vec<u16>),
    AI32(Vec<i32>),
    AU32(Vec<u32>),
    AI64(Vec<i64>),
    AU64(Vec<u64>),
    AF32(Vec<f32>),
    AF64(Vec<f64>),
}


impl Value {
    pub fn is_array(&self) -> bool {
        match self {
            Value::ASTR(_) => true,
            Value::ABOOL(_) => true,
            Value::AI8(_) => true,
            Value::AU8(_) => true,
            Value::AI16(_) => true,
            Value::AU16(_) => true,
            Value::AI32(_) => true,
            Value::AU32(_) => true,
            Value::AI64(_) => true,
            Value::AU64(_) => true,
            Value::AF32(_) => true,
            Value::AF64(_) => true,
            _ => false, // Non-array types return None
        }
    }
    pub fn is_scalar(&self) -> bool {
        !self.is_array()
    }
    pub fn get_element_size(&self) -> u32 {
        match self {
            Value::STR(_) | Value::ASTR(_) => { 1 }
            Value::BOOL(_) | Value::ABOOL(_) => { 4 }
            Value::I8(_) | Value::U8(_) | Value::AI8(_) | Value::AU8(_) => { 8 }
            Value::I16(_) | Value::U16(_) | Value::AI16(_) | Value::AU16(_) => { 16 }
            Value::I32(_) | Value::U32(_) | Value::AI32(_) | Value::AU32(_) => { 32 }
            Value::I64(_) | Value::U64(_) | Value::AI64(_) | Value::AU64(_) => { 64 }
            Value::F32(_) | Value::AF32(_) => { 32 }
            Value::F64(_) | Value::AF64(_) => { 64 }
        }
    }

    pub fn is_float(&self) -> bool {
        match self {
            Value::F32(_) | Value::AF32(_) => { true }
            Value::F64(_) | Value::AF64(_) => { true }
            _ => false, // Non-array types return None
        }
    }
    pub fn is_bool(&self) -> bool {
        match self {
            Value::BOOL(_) | Value::ABOOL(_) => { true }
            _ => false, // Non-array types return None
        }
    }

    pub fn is_str(&self) -> bool {
        match self {
            Value::STR(_) | Value::ASTR(_) => { true }
            _ => false, // Non-array types return None
        }
    }
    pub fn is_int(&self) -> bool {
        match self {
            Value::I8(_) | Value::U8(_) | Value::AI8(_) | Value::AU8(_) => { true }
            Value::I16(_) | Value::U16(_) | Value::AI16(_) | Value::AU16(_) => { true }
            Value::I32(_) | Value::U32(_) | Value::AI32(_) | Value::AU32(_) => { true }
            Value::I64(_) | Value::U64(_) | Value::AI64(_) | Value::AU64(_) => { true }
            _ => false, // Non-array types return None
        }
    }
    pub fn get_size(&self) -> usize {
        match self {
            Value::ASTR(data) => data.len(),
            Value::ABOOL(data) => data.len(),
            Value::AI8(data) => data.len(),
            Value::AU8(data) => data.len(),
            Value::AI16(data) => data.len(),
            Value::AU16(data) => data.len(),
            Value::AI32(data) => data.len(),
            Value::AU32(data) => data.len(),
            Value::AI64(data) => data.len(),
            Value::AU64(data) => data.len(),
            Value::AF32(data) => data.len(),
            Value::AF64(data) => data.len(),
            _ => 1, // Non-array types return 1
        }
    }

    pub fn as_num_array<U: num_traits::NumCast>(&self) -> Option<Vec<U>>
    where
        U: num_traits::NumCast,

    {
        match self {
            Value::ABOOL(data) => try_convert_bool_arr::<U>(&data),
            Value::AI8(data) => try_convert_num_arr::<_, U>(&data),
            Value::AU8(data) => try_convert_num_arr::<_, U>(&data),
            Value::AI16(data) => try_convert_num_arr::<_, U>(&data),
            Value::AU16(data) => try_convert_num_arr::<_, U>(&data),
            Value::AI32(data) => try_convert_num_arr::<_, U>(&data),
            Value::AU32(data) => try_convert_num_arr::<_, U>(&data),
            Value::AI64(data) => try_convert_num_arr::<_, U>(&data),
            Value::AU64(data) => try_convert_num_arr::<_, U>(&data),
            Value::AF32(data) => try_convert_num_arr::<_, U>(&data),
            Value::AF64(data) => try_convert_num_arr::<_, U>(&data),
            _ => None, // Handle scalar values or non-array types as needed
        }
    }

    pub fn as_str_array(&self) -> Option<Vec<String>>
    {
        match self {
            Value::ASTR(data) => try_convert_str_arr::<_>(&data),
            Value::ABOOL(data) => try_convert_str_arr::<_>(&data),
            Value::AI8(data) => try_convert_str_arr::<_>(&data),
            Value::AU8(data) => try_convert_str_arr::<_>(&data),
            Value::AI16(data) => try_convert_str_arr::<_>(&data),
            Value::AU16(data) => try_convert_str_arr::<_>(&data),
            Value::AI32(data) => try_convert_str_arr::<_>(&data),
            Value::AU32(data) => try_convert_str_arr::<_>(&data),
            Value::AI64(data) => try_convert_str_arr::<_>(&data),
            Value::AU64(data) => try_convert_str_arr::<_>(&data),
            Value::AF32(data) => try_convert_str_arr::<_>(&data),
            Value::AF64(data) => try_convert_str_arr::<_>(&data),
            _ => None, // Handle scalar values or non-array types as needed
        }
    }

    pub fn as_num<U: num_traits::NumCast>(&self) -> Option<U>
    where
        U: num_traits::NumCast,

    {
        match self {
            Value::BOOL(data) => try_convert_bool(data),
            Value::I8(data) => try_convert_num(data),
            Value::U8(data) => try_convert_num(data),
            Value::I16(data) => try_convert_num(data),
            Value::U16(data) => try_convert_num(data),
            Value::I32(data) => try_convert_num(data),
            Value::U32(data) => try_convert_num(data),
            Value::I64(data) => try_convert_num(data),
            Value::U64(data) => try_convert_num(data),
            Value::F32(data) => try_convert_num(data),
            Value::F64(data) => try_convert_num(data),
            _ => None, // Handle scalar values or non-array types as needed
        }
    }

    pub fn as_str(&self) -> String
    {
        match self {
            Value::STR(data) => { data.to_string() }
            Value::BOOL(data) => { data.to_string() }
            Value::I8(data) => { data.to_string() }
            Value::U8(data) => { data.to_string() }
            Value::I16(data) => { data.to_string() }
            Value::U16(data) => { data.to_string() }
            Value::I32(data) => { data.to_string() }
            Value::U32(data) => { data.to_string() }
            Value::I64(data) => { data.to_string() }
            Value::U64(data) => { data.to_string() }
            Value::F32(data) => { data.to_string() }
            Value::F64(data) => { data.to_string() }
            Value::ASTR(data) => { format!("{:?}", data) }
            Value::ABOOL(data) => { format!("{:?}", data) }
            Value::AI8(data) => { format!("{:?}", data) }
            Value::AU8(data) => { format!("{:?}", data) }
            Value::AI16(data) => { format!("{:?}", data) }
            Value::AU16(data) => { format!("{:?}", data) }
            Value::AI32(data) => { format!("{:?}", data) }
            Value::AU32(data) => { format!("{:?}", data) }
            Value::AI64(data) => { format!("{:?}", data) }
            Value::AU64(data) => { format!("{:?}", data) }
            Value::AF32(data) => { format!("{:?}", data) }
            Value::AF64(data) => { format!("{:?}", data) }
        }
    }
    pub fn get_name(&self) -> &str
    {
        match self {
            Value::STR(_) => {"STR"}
            Value::BOOL(_) => {"BOOL"}
            Value::I8(_) => {"I8"}
            Value::U8(_) => {"U8"}
            Value::I16(_) =>{"I16"}
            Value::U16(_) => {"U16"}
            Value::I32(_) => {"I32"}
            Value::U32(_) => {"U32"}
            Value::I64(_) => {"I64"}
            Value::U64(_) => {"U64"}
            Value::F32(_) => {"F32"}
            Value::F64(_) => {"F64"}
            Value::ASTR(_) => {"ASTR"}
            Value::ABOOL(_) => {"ABOOL"}
            Value::AI8(_) =>{"AI8"}
            Value::AU8(_) => {"AU8"}
            Value::AI16(_) => {"AI16"}
            Value::AU16(_) => {"AU16"}
            Value::AI32(_) => {"AI32"}
            Value::AU32(_) => {"AU32"}
            Value::AI64(_) => {"AI64"}
            Value::AU64(_) => {"AU64"}
            Value::AF32(_) => {"AF32"}
            Value::AF64(_) => {"AF64"}
        }
    }

    pub fn get_type(&self) -> &str {
        match self {
            Value::STR(_) | Value::ASTR(_) => { "string" }
            Value::BOOL(_) | Value::ABOOL(_) => { "bool" }
            Value::I8(_) | Value::AI8(_) => { "int8" }
            Value::U8(_) | Value::AU8(_) => { "uint8" }
            Value::I16(_) | Value::AI16(_) => { "int16" }
            Value::U16(_) | Value::AU16(_) => { "uint16" }
            Value::I32(_) | Value::AI32(_) => { "int32" }
            Value::U32(_) | Value::AU32(_) => { "uint32" }
            Value::I64(_) | Value::AI64(_) => { "int64" }
            Value::U64(_) | Value::AU64(_) => { "uint64" }
            Value::F32(_) | Value::AF32(_) => { "float32" }
            Value::F64(_) | Value::AF64 (_) => {"float64"}
        }
    }
}