程序线的英文

• program line

• 程序    procedure
• 线    thread; string; wire
• 键盘处理程序线程    keyboard handler thread
• 有序线    ordus
• 时序线路    sequence circuit; sequential circuit
• 顺序线性表    sequential linear lists
• 格序线性空间    lattice-ordered linearspace
• 有序线性空间    ordered linear space
• 模半序线性空间    modular semi-ordered linear spaces
• 程序    1.(进行次序) order; procedure; course; sequence; schedule; ground rule; routing process 程序问题 point of order; 工作程序 working procedure; 改变程序 alter [vary] the procedure; 将通常的程序颠倒过来 reverse the ususal procedure2.[自动化] program(me); software; routine
• 程序；程序    program
• 程序，阿奇程序    archie archie
• 程序；程序规划    program(p)(pgm)(prog)
• 程序次程序    procedure subprogram
• 程序库程序    library program; library routine
• cleveland程序    cleveland procedure
• eiti程序    eiti process
• fortran程序    fortran program
• java程序    applet
• sparks程序    sparks program
• telnet程序    telnet program
• 编程序    programming; programing
• 变程序    var-program
• 标程序    tender procedure
• 长程序    long-range order

• The following driver threading scenarios are valid
  下列驱动程序线程方案是有效的：
• A breakpoint causes the execution of a program thread to suspend at the location where the breakpoint is set
  断点会导致程序线程的执行在设置断点的地方中止。
• This guarantees that application threads are no longer using resource - adapter objects and that all transactions have completed
  这可保证程序线程不再使用资源适配器对象，并且所有事务都已完成。
• Cause : various program threads are stuck waiting for input from a thread that exited after an uncaught exception was thrown
  致因：多个程序线程一直等待来自某个线程的输入，而该线程在抛出一个未被捕捉的异常后就退出了。
• It is easy to " forget " this rule , especially when reading - but doing so creates numerous risks for the thread - safety of your program
  很容易“忘记”这个规则，特别是在读取时但是这么做可以造成很多有关程序线程安全的风险。
• The 2gb private area contains most of the memory the jvm needs in order to execute your program : the java heap , the c heap for the jvm itself , stacks for program threads , memory for holding bytecode and jitted methods , memory that native methods allocate , and more
  这2 gb的私有空间部分包含了jvm执行程序所需要的多数内存： java堆、 jvm本身的c堆、用于程序线程的栈、保存字节码和即时编译方法的内存、本机方法所分配的内存等等。
• Because most garbage collection algorithms stop the world for some period of time , a single - threaded garbage collector can quickly become a scalability bottleneck , because all but one processor are idle while the garbage collector has suspended the user program threads
  因为大多数垃圾收集算法会在一段时间里使系统停止，单线程的收集器很快会成为伸缩性瓶颈，因为在垃圾收集器将用户程序线程挂起时，除了一个处理器之外，其他的处理器都是空闲的。