Examples of using User program in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
Opening the user program.
User program space: 1G.
And up to 16K bytes of user program memory.
Record user program, editing and execute command.
After execution, control is returned to the user program.
The user program deals with logical addresses.
FLASH memory contents canbe changed only in case where user program is being changed.
User program application in multi-tasking environment.
Jumping to the proper location in the user program to restart the program. .
The user program deals with logical addresses it.
After these few instructions have been executed, control returns to the user program.
The user program never sees the real physical addresses.
This I/O operationis conducted concurrently with the execution of instructions in the user program.
A user program will terminate with an error message.
There must be enough memory to hold the OS(resident monitor)and one user program.
Record the user program, editing instructions, teach execution.
Other parts of memory are used tostore variable contents for variables used in user program.
Record user program, editing commands, taught to perform.
Aside from this operating system it also contains a user program translated from a ladder diagram to a binary form.
The user program views memory as one single space, containing only this one program. .
Basically, a microcomputer executes a user program which is loaded in its program memory.
A user program may leave protected mode only by triggering an interrupt, causing control to be passed back to the kernel.
Aside from this operating system it also contains a user program translated from a ladder diagram to a binary form.
A user program may leave protected mode only by triggering an interrupt, causing control to be passed back to the kernel.
Executes the instructions in the user program until it encounters an ending or error condition.
A daemon, being a user program, can in turn access the local hardware resources of that computer by passing requests to the operating system kernel.
Less I/O would be needed to load or swap each user program into memory, so each user program would run faster.
It not only achieves user program switch but also timely displays operating status of the system and fault information.
Soon after the I/O is started,control is returned to the user program without waiting for the I/O to complete-- this is called[asynchronous] I/O.
General-purpose operating systems usually do not allow user programs to mask(disable)interrupts, because the user program could control the CPU for as long as it wishes.