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mirror of https://github.com/rcore-os/rCore.git synced 2024-11-27 02:03:29 +04:00
rCore/kernel/src/process/mod.rs
chyyuu 594cc3e16f fix bugs about cpu num config (x86-64)
TODO:
Unfixed bugs: rcore can not identify the hyperthread-mode cpus(i9-9900k) and dead.
2019-04-16 18:13:55 +08:00

97 lines
4.3 KiB
Rust

pub use self::structs::*;
use crate::arch::cpu;
use crate::consts::{MAX_CPU_NUM, MAX_PROCESS_NUM};
use crate::sync::{MutexGuard, SpinNoIrq};
use alloc::{boxed::Box, sync::Arc};
use log::*;
pub use rcore_thread::*;
mod abi;
pub mod structs;
pub fn init() {
// NOTE: max_time_slice <= 5 to ensure 'priority' test pass
let scheduler = scheduler::RRScheduler::new(5);
let manager = Arc::new(ThreadPool::new(scheduler, MAX_PROCESS_NUM));
unsafe {
for cpu_id in 0..MAX_CPU_NUM {
PROCESSORS[cpu_id].init(cpu_id, Thread::new_init(), manager.clone());
}
}
crate::shell::run_user_shell();
info!("process: init end");
}
static PROCESSORS: [Processor; MAX_CPU_NUM] = [
// TODO: More elegant ?
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
// Processor::new(), Processor::new(), Processor::new(), Processor::new(),
];
/// Get current process
pub fn process() -> MutexGuard<'static, Process, SpinNoIrq> {
current_thread().proc.lock()
}
/// Get current process, ignoring its lock
/// Only use this when necessary
pub unsafe fn process_unsafe() -> MutexGuard<'static, Process, SpinNoIrq> {
let thread = current_thread();
thread.proc.force_unlock();
thread.proc.lock()
}
/// Get current thread
///
/// FIXME: It's obviously unsafe to get &mut !
pub fn current_thread() -> &'static mut Thread {
use core::mem::transmute;
let (process, _): (&mut Thread, *const ()) = unsafe { transmute(processor().context()) };
process
}
// Implement dependencies for std::thread
#[no_mangle]
pub fn processor() -> &'static Processor {
&PROCESSORS[cpu::id()]
}
#[no_mangle]
pub fn new_kernel_context(entry: extern "C" fn(usize) -> !, arg: usize) -> Box<Context> {
Thread::new_kernel(entry, arg)
}