Examples of using Shared memory in English and their translations into Hindi
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
Shared memory.
Image is too big for the shared memory segment.
Shared memory.
Could not reserve shared memory segment of requested size.
Calling them"threads" would imply that they have shared memory.
Use shared memory.
If allowed, then itdoes what it needs to do to the file, puts it in shared memory or updates it.
The amount of shared memory used for WAL data that has not yet been written to disk.
The typical difference is that threads(of the same process) run in a shared memory space, while processes run in separate memory spaces.
Sum of the shared memory that is used for the WAL data and has not been written to disk yet.
In terms of hardware, specifically microprocessors, shared memory is a large block of RAM used by multiple processors.
With shared memory, one program writes to the shared memory any data it needs another program to receive.
One application saves the data in shared memory, while another application may use it when found.
For a shared memory machine, the memory consistency model defines the architecturally visible behavior of its memory system.
However, it may be useful for debugging, when the pg_dynshmem directory is stored on a RAM disk,or when other shared memory facilities are not available.
A thread runs in a shared memory space, but a process runs in a separate memory space.
The comfort of the beauty of the poet's wordsis a welcome bridge that we can keep as a shared memory in the process of going with the drift of things toward fare well.
Using a designated area of shared memory, the data can be made directly accessible to both processes without having to use the system services.
This means that each plugin is an independent program, and instead of communicating via shared memory, the main process communicates with the plugin process over HTTP.
Shared memory consistency models, however, concern the loads and stores of multiple threads and usually allow many correct executions while disallowing many(more) incorrect ones.
Normally, user-mode code cannot do this(with good reason),although it can request shared memory from the kernel, which could be read or written by more than one process.
Shared memory consistency models, however, concern the loads and stores of multiple threads and usually allow many correct executions while disallowing many(more) incorrect ones.
For example, if Program A wants to give a list to Program B,it saves the data in shared memory and marks it with a semaphore or other flagging system to signal that it is ready to be read by Program B.
In this case, the shared memory is explicitly requested from the kernel through a secure mechanism and both processes have to explicitly attach to it in order to use it.
As graphical user interfaces developed, the file model proved inadequate to the task of handling asynchronous events such as those generated by a mouse, and in the 1980s non-blocking I/O andthe set of inter-process communication mechanisms was augmented(sockets, shared memory, message queues, semaphores), and functionalities such as network protocols were moved out of the kernel.
In computer programming, shared memory is a method by which program processes can exchange data more quickly than by reading and writing using the regular operating system services.
Shared memory for software is a type of memory that can be shared by multiple applications or processes with the intent of providing inter-application communication or avoid redundant data copies.
It no longer stands, but in its 30-year existence it was so much a part of my childhood,so much a shared memory with my father that to this day I find myself becoming weak-kneed in the presence of any decent Tex-Mex, despite my acquired knowledge of other, supposedly more sophisticated, cuisines.
Riding around with my old friends and sharing memories.
Write a list of 6 or so of your favorite, most stellar shared memories and retell the events and why they are significant for you.