Files
abomonation
abomonation_derive
ansi_term
async_trait
atty
bincode
bitflags
byteorder
bytes
cfg_if
chrono
clap
dirs
dirs_sys
erdos
fixedbitset
fnv
futures
futures_channel
futures_core
futures_executor
futures_io
futures_macro
futures_sink
futures_task
futures_util
async_await
future
io
lock
sink
stream
task
indexmap
iovec
lazy_static
libc
log
memchr
mio
net2
num_cpus
num_integer
num_traits
petgraph
pin_project_lite
pin_utils
proc_macro2
proc_macro_hack
proc_macro_nested
quote
rand
rand_chacha
rand_core
rand_hc
rand_isaac
rand_jitter
rand_os
rand_pcg
rand_xorshift
serde
serde_derive
sha1
slab
slog
slog_term
strsim
syn
synstructure
term
textwrap
thread_local
time
tokio
future
io
loom
macros
net
park
runtime
stream
sync
task
time
util
tokio_macros
tokio_serde
tokio_serde_bincode
tokio_util
unicode_width
unicode_xid
uuid
vec_map
 1
 2
 3
 4
 5
 6
 7
 8
 9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
use crate::runtime::task::{self, Task};

/// `task::Schedule` implementation that does nothing. This is unique to the
/// blocking scheduler as tasks scheduled are not really futures but blocking
/// operations.
///
/// We avoid storing the task by forgetting it in `bind` and re-materializing it
/// in `release.
pub(crate) struct NoopSchedule;

impl task::Schedule for NoopSchedule {
    fn bind(_task: Task<Self>) -> NoopSchedule {
        // Do nothing w/ the task
        NoopSchedule
    }

    fn release(&self, _task: &Task<Self>) -> Option<Task<Self>> {
        None
    }

    fn schedule(&self, _task: task::Notified<Self>) {
        unreachable!();
    }
}