Files
addr2line
adler
aho_corasick
ansi_term
arraydeque
as_slice
atty
backtrace
base64
bincode_core
bitflags
byteorder
bytes
buf
fmt
capnp
capnp_futures
capnp_rpc
cfg_if
chrono
format
naive
offset
sys
clap
app
args
completions
ctrlc
derivative
dlib
downcast_rs
enumflags2
enumflags2_derive
evdev_rs
evdev_sys
failure
failure_derive
flexi_logger
writers
file_log_writer
futures
futures_channel
futures_core
futures_executor
futures_io
futures_macro
futures_sink
futures_task
futures_util
async_await
future
future
try_future
io
allow_std.rsbuf_reader.rsbuf_writer.rschain.rsclose.rscopy.rscopy_buf.rscursor.rsempty.rsfill_buf.rsflush.rsinto_sink.rslines.rsmod.rsread.rsread_exact.rsread_line.rsread_to_end.rsread_to_string.rsread_until.rsread_vectored.rsrepeat.rsseek.rssink.rssplit.rstake.rswindow.rswrite.rswrite_all.rswrite_vectored.rs
lock
sink
stream
futures_unordered
stream
buffer_unordered.rsbuffered.rscatch_unwind.rschain.rschunks.rscollect.rsconcat.rscycle.rsenumerate.rsfilter.rsfilter_map.rsflatten.rsfold.rsfor_each.rsfor_each_concurrent.rsforward.rsfuse.rsinto_future.rsmap.rsmod.rsnext.rspeek.rsready_chunks.rsscan.rsselect_next_some.rsskip.rsskip_while.rssplit.rstake.rstake_until.rstake_while.rsthen.rsunzip.rszip.rs
try_stream
task
generic_array
getrandom
gimli
read
glob
hash32
heapless
hid_io_core
api
device
module
hid_io_protocol
hidapi
install_service
lazy_static
libc
unix
libloading
libudev_sys
log
memchr
memmap
miniz_oxide
mio
event
net
sys
nanoid
nix
net
sys
num_cpus
num_enum
num_enum_derive
num_integer
num_traits
object
read
coff
elf
macho
pe
once_cell
open
pem
pin_project_lite
pin_utils
ppv_lite86
proc_macro2
proc_macro_hack
proc_macro_nested
quote
rand
distributions
weighted
rngs
seq
rand_chacha
rand_core
rcgen
regex
regex_syntax
ast
hir
unicode_tables
remove_dir_all
ring
aead
gcm
arithmetic
digest
ec
curve25519
suite_b
io
rsa
rustc_demangle
rustls
client
manual
msgs
server
scoped_tls
sct
serde
de
private
ser
serde_derive
slab
smallvec
spin
stable_deref_trait
strsim
syn
attr.rsawait.rsbigint.rsbuffer.rscustom_keyword.rscustom_punctuation.rsdata.rsderive.rsdiscouraged.rserror.rsexport.rsexpr.rsext.rsfile.rsgenerics.rsgroup.rsident.rsitem.rslib.rslifetime.rslit.rslookahead.rsmac.rsmacros.rsop.rsparse.rsparse_macro_input.rsparse_quote.rspat.rspath.rsprint.rspunctuated.rsreserved.rssealed.rsspan.rsspanned.rsstmt.rsthread.rstoken.rstt.rsty.rsverbatim.rswhitespace.rs
synstructure
sys_info
tempfile
textwrap
thiserror
thiserror_impl
time
tokio
future
io
loom
std
macros
net
tcp
udp
unix
park
runtime
blocking
task
thread_pool
stream
sync
task
time
util
tokio_macros
tokio_rustls
tokio_util
typenum
udev
uhid_virt
uhidrs_sys
unicode_width
unicode_xid
untrusted
vec_map
wayland_client
wayland_commons
wayland_sys
webpki
which
x11
xcb
xkbcommon
yansi
yasna
deserializer
models
reader
serializer
tags
writer
zwp_virtual_keyboard
>
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80
use core::convert::TryFrom; use core::fmt; use super::BitFlags; use super::RawBitFlags; // Coherence doesn't let us use a generic type here. Work around by implementing // for each integer type manually. macro_rules! impl_try_from { ($($ty:ty),*) => { $( impl<T> TryFrom<$ty> for BitFlags<T> where T: RawBitFlags<Type=$ty>, { type Error = FromBitsError<T>; fn try_from(bits: T::Type) -> Result<Self, Self::Error> { Self::from_bits(bits) } } )* }; } impl_try_from! { u8, u16, u32, u64, usize } /// The error struct used by [`BitFlags::from_bits`] /// and the [`TryFrom`] implementation` /// for invalid values. /// /// ``` /// # use std::convert::TryInto; /// # use enumflags2::BitFlags; /// #[derive(Clone, Copy, Debug, BitFlags)] /// #[repr(u8)] /// enum MyFlags { /// A = 0b0001, /// B = 0b0010, /// C = 0b0100, /// D = 0b1000, /// } /// /// let result: Result<BitFlags<MyFlags>, _> = 0b10101u8.try_into(); /// assert!(result.is_err()); /// let error = result.unwrap_err(); /// assert_eq!(error.truncate(), MyFlags::C | MyFlags::A); /// assert_eq!(error.invalid_bits(), 0b10000); /// ``` #[derive(Debug, Copy, Clone)] pub struct FromBitsError<T: RawBitFlags> { pub(crate) flags: BitFlags<T>, pub(crate) invalid: T::Type, } impl<T: RawBitFlags> FromBitsError<T> { /// Return the truncated result of the conversion. pub fn truncate(self) -> BitFlags<T> { self.flags } /// Return the bits that didn't correspond to any flags. pub fn invalid_bits(self) -> T::Type { self.invalid } } impl<T: RawBitFlags + fmt::Debug> fmt::Display for FromBitsError<T> { fn fmt(&self, fmt: &mut fmt::Formatter<'_>) -> fmt::Result { write!(fmt, "Invalid bits for {:?}: {:#b}", self.flags, self.invalid) } } #[cfg(feature = "std")] impl<T: RawBitFlags + fmt::Debug> std::error::Error for FromBitsError<T> { fn description(&self) -> &str { "invalid bitflags representation" } }