numera 0.5.0

numbers
Documentation 
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// numera::number::integer::pz::convert

#[cfg(test)]
mod tests;

use crate::number::{
    integer::{
        macros::{
            for_primitive, from_integer, from_primitive, try_for_primitive, try_from_any,
            try_from_integer, try_from_primitive,
        },
        *,
    },
    traits::Number,
};
#[cfg(feature = "try_from")]
use core::num::{NonZeroI128, NonZeroI16, NonZeroI32, NonZeroI64, NonZeroI8};
use core::num::{NonZeroU128, NonZeroU16, NonZeroU32, NonZeroU64, NonZeroU8};

/* for PositiveInteger */

/* complementary primitive conversions */

// from smaller or equal sized NonZeroU
from_primitive![non0 for: PositiveInteger+8, from: NonZeroU+8];
from_primitive![non0 for: PositiveInteger+16, from: NonZeroU+8,16];
from_primitive![non0 for: PositiveInteger+32, from: NonZeroU+8,16,32];
from_primitive![non0 for: PositiveInteger+64, from: NonZeroU+8,16,32,64];
from_primitive![non0 for: PositiveInteger+128, from: NonZeroU+8,16,32,64,128];
// try_from bigger NonZeroU
try_from_primitive![non0 for: PositiveInteger+8, from: NonZeroU+16,32,64,128];
try_from_primitive![non0 for: PositiveInteger+16, from: NonZeroU+32,64,128];
try_from_primitive![non0 for: PositiveInteger+32, from: NonZeroU+64,128];
try_from_primitive![non0 for: PositiveInteger+64, from: NonZeroU+128];

/* remaining fallible primitive conversions */

// try_from i (only the positive values)
try_from_primitive![int for:PositiveInteger+8, from:i+8,16,32,64,128];
try_from_primitive![int for:PositiveInteger+16, from:i+8,16,32,64,128];
try_from_primitive![int for:PositiveInteger+32, from:i+8,16,32,64,128];
try_from_primitive![int for:PositiveInteger+64, from:i+8,16,32,64,128];
try_from_primitive![int for:PositiveInteger+128, from:i+8,16,32,64,128];

// try_from u (only the positive values)
try_from_primitive![int for:PositiveInteger+8, from:u+8,16,32,64,128];
try_from_primitive![int for:PositiveInteger+16, from:u+8,16,32,64,128];
try_from_primitive![int for:PositiveInteger+32, from:u+8,16,32,64,128];
try_from_primitive![int for:PositiveInteger+64, from:u+8,16,32,64,128];
try_from_primitive![int for:PositiveInteger+128, from:u+8,16,32,64,128];

// try_from NonZeroI (only the positive values)
try_from_primitive![non0 for: PositiveInteger+8, from: NonZeroI+8,16,32,64,128];
try_from_primitive![non0 for: PositiveInteger+16, from: NonZeroI+8,16,32,64,128];
try_from_primitive![non0 for: PositiveInteger+32, from: NonZeroI+8,16,32,64,128];
try_from_primitive![non0 for: PositiveInteger+64, from: NonZeroI+8,16,32,64,128];
try_from_primitive![non0 for: PositiveInteger+128, from: NonZeroI+8,16,32,64,128];

/* complementary Integer conversions */

// from smaller PositiveInteger (Self)
from_integer![non0 for: PositiveInteger+16, from: PositiveInteger+8];
from_integer![non0 for: PositiveInteger+32, from: PositiveInteger+8,16];
from_integer![non0 for: PositiveInteger+64, from: PositiveInteger+8,16,32];
from_integer![non0 for: PositiveInteger+128, from: PositiveInteger+8,16,32,64];
// try_from bigger PositiveInteger (Self)
try_from_integer![non0 for: PositiveInteger+8, from: PositiveInteger+16,32,64,128];
try_from_integer![non0 for: PositiveInteger+16, from: PositiveInteger+32,64,128];
try_from_integer![non0 for: PositiveInteger+32, from: PositiveInteger+64,128];
try_from_integer![non0 for: PositiveInteger+64, from: PositiveInteger+128];

// from smaller or equal sized Prime
from_integer![int_non0 for:PositiveInteger+8, from:Prime+8];
from_integer![int_non0 for:PositiveInteger+16, from:Prime+8,16];
from_integer![int_non0 for:PositiveInteger+32, from:Prime+8,16,32];
from_integer![int_non0 for:PositiveInteger+64, from:Prime+8,16,32,64];
from_integer![int_non0 for:PositiveInteger+128, from:Prime+8,16,32,64,128];
// try_from bigger Prime
try_from_integer![int_non0 for:PositiveInteger+8, from:Prime+16,32,64,128];
try_from_integer![int_non0 for:PositiveInteger+16, from:Prime+32,64,128];
try_from_integer![int_non0 for:PositiveInteger+32, from:Prime+64,128];
try_from_integer![int_non0 for:PositiveInteger+64, from:Prime+128];

/* remaining fallible integer conversions */

// try_from Integer (only the positive values)
try_from_integer![non0_int for: PositiveInteger+8, from: Integer+8,16,32,64,128];
try_from_integer![non0_int for: PositiveInteger+16, from: Integer+8,16,32,64,128];
try_from_integer![non0_int for: PositiveInteger+32, from: Integer+8,16,32,64,128];
try_from_integer![non0_int for: PositiveInteger+64, from: Integer+8,16,32,64,128];
try_from_integer![non0_int for: PositiveInteger+128, from: Integer+8,16,32,64,128];

// try_from NonZeroInteger (only the positive values)
try_from_integer![int for: PositiveInteger+8, from: NonZeroInteger+8,16,32,64,128];
try_from_integer![int for: PositiveInteger+16, from: NonZeroInteger+8,16,32,64,128];
try_from_integer![int for: PositiveInteger+32, from: NonZeroInteger+8,16,32,64,128];
try_from_integer![int for: PositiveInteger+64, from: NonZeroInteger+8,16,32,64,128];
try_from_integer![int for: PositiveInteger+128, from: NonZeroInteger+8,16,32,64,128];

/* impossible conversions */

// try_from NegativeInteger (no valid values)
try_from_any![error for: PositiveInteger+8, from: NegativeInteger+8,16,32,64,128];
try_from_any![error for: PositiveInteger+16, from: NegativeInteger+8,16,32,64,128];
try_from_any![error for: PositiveInteger+32, from: NegativeInteger+8,16,32,64,128];
try_from_any![error for: PositiveInteger+64, from: NegativeInteger+8,16,32,64,128];
try_from_any![error for: PositiveInteger+128, from: NegativeInteger+8,16,32,64,128];

// try_from NonPositiveInteger (no valid values)
try_from_any![error for: PositiveInteger+8, from: NonPositiveInteger+8,16,32,64,128];
try_from_any![error for: PositiveInteger+16, from: NonPositiveInteger+8,16,32,64,128];
try_from_any![error for: PositiveInteger+32, from: NonPositiveInteger+8,16,32,64,128];
try_from_any![error for: PositiveInteger+64, from: NonPositiveInteger+8,16,32,64,128];
try_from_any![error for: PositiveInteger+128, from: NonPositiveInteger+8,16,32,64,128];

/* from PositiveInteger */

// for bigger or equal sized NonZeroU (Self inner representation)
for_primitive![int for:NonZeroU+8, from:PositiveInteger+8];
for_primitive![int for:NonZeroU+16, from:PositiveInteger+8,16];
for_primitive![int for:NonZeroU+32, from:PositiveInteger+8,16,32];
for_primitive![int for:NonZeroU+64, from:PositiveInteger+8,16,32,64];
for_primitive![int for:NonZeroU+128, from:PositiveInteger+8,16,32,64,128];
// try_for smaller NonZeroU (Self inner representation)
try_for_primitive![int for:NonZeroU+8, from:PositiveInteger+16,32,64,128];
try_for_primitive![int for:NonZeroU+16, from:PositiveInteger+32,64,128];
try_for_primitive![int for:NonZeroU+32, from:PositiveInteger+64,128];
try_for_primitive![int for:NonZeroU+64, from:PositiveInteger+128];

// for bigger or equal sized u
for_primitive![non0 for:u+8, from:PositiveInteger+8];
for_primitive![non0 for:u+16, from:PositiveInteger+8,16];
for_primitive![non0 for:u+32, from:PositiveInteger+8,16,32];
for_primitive![non0 for:u+64, from:PositiveInteger+8,16,32,64];
for_primitive![non0 for:u+128, from:PositiveInteger+8,16,32,64,128];
// try_for smaller u
try_for_primitive![non0 for:u+8, from:PositiveInteger+16,32,64,128];
try_for_primitive![non0 for:u+16, from:PositiveInteger+32,64,128];
try_for_primitive![non0 for:u+32, from:PositiveInteger+64,128];
try_for_primitive![non0 for:u+64, from:PositiveInteger+128];

// try_for NonZeroI
try_for_primitive![int for:NonZeroI+8, from:PositiveInteger+8,16,32,64,128];
try_for_primitive![int for:NonZeroI+16, from:PositiveInteger+8,16,32,64,128];
try_for_primitive![int for:NonZeroI+32, from:PositiveInteger+8,16,32,64,128];
try_for_primitive![int for:NonZeroI+64, from:PositiveInteger+8,16,32,64,128];
try_for_primitive![int for:NonZeroI+128, from:PositiveInteger+8,16,32,64,128];

// try_for i
try_for_primitive![non0 for:i+8, from:PositiveInteger+8,16,32,64,128];
try_for_primitive![non0 for:i+16, from:PositiveInteger+8,16,32,64,128];
try_for_primitive![non0 for:i+32, from:PositiveInteger+8,16,32,64,128];
try_for_primitive![non0 for:i+64, from:PositiveInteger+8,16,32,64,128];
try_for_primitive![non0 for:i+128, from:PositiveInteger+8,16,32,64,128];