Difference between revisions of "Thread (computing)"
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* Threads: <code>[[ps -efL]]</code> or <code>[[pstree]] -p PID</code> | * Threads: <code>[[ps -efL]]</code> or <code>[[pstree]] -p PID</code> | ||
* <code>[[xz -T0]]</code> (<code>-T0</code> use all threads) | * <code>[[xz -T0]]</code> (<code>-T0</code> use all threads) | ||
| + | |||
| + | * [[macOS]]: <code>[[ps -M]]</code> Print the threads corresponding to each task. | ||
== Application architecture == | == Application architecture == | ||
Revision as of 18:16, 18 August 2024
This article is a Draft. Help us to complete it.
Application architecture
Related terms
Pthreads- 2020 AWS outage in AWS Kinesis
rclone- vCPU, oCPU
- Slack threads
- Javascript is a single thread language
- gorutines
- Hyper-threading in Xeon processors
See also
- OS/360
process, thread, NLWP, context switchsar -w, Multitasking, Native POSIX Thread Library (NPTL), POSIX Threads, Grand Central Dispatch (GCD or libdispatch),mutex, futex- Process, zombie process, fork, thread:
ps,tree,pstree,ps axf,proc,pwdx,which,watch,sar -q,tload,uptime, Interrupts,pgrep,tasklist(Windows), Zombie process,pstack,docker ps,docker-compose ps,jobs,acct,process mrelease,pidstat, IPC,pidof - CPU, GPU, NPU, TPU, DPU, Groq, Proliant, thread (
Pthreads), processor, CPU socket, core, ARM , CPU Virtualization, Intel, AMD,nm,lscpu, AVX-512, Passthrough, CPU intensive, Graviton processor, Branch predictor, vCPU, SSE, Power
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