摘要
本文提出了在单机上实现Ada语言的多任务的单栈存储组织的新方法。同一个任务一个栈的存储组织的方法比较,大大节省了存储空间,提高了任务环境的转接速度。
A new approach to implement Ada multi-tasking facilities with all tasks in a program sharing a single stack in run-time environment is presented. Compared with the approach of implementing a 'cactus' stack for Ada run-time storage allocation in which each task has its own stack, the new one saves run-time storage space and. increases the switch speed between tasks in the running environment.
出处
《计算机学报》
EI
CSCD
北大核心
1990年第12期934-939,共6页
Chinese Journal of Computers
