Examples of using Write buffer in English and their translations into Japanese
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Colloquial
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Ecclesiastic
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Computer
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Programming
Write buffer and exit!{not in Vi}.
The state field of each write buffer is read.
The write buffer array and the check array will be safe.
Data is copied to the data field of the write buffer.
The write buffer is updated with an expired status.
When cleanup runs, it will reset the write buffer subsystem, completing the commit operation.
The write buffer array, the check array, and the main array are safe.
The commit function operates as illustrated in Figure 4:The state field of each write buffer is read.
Finally, the use of four write buffers distributes the wear for write cycles.
Word/64-byte write buffer reduces overall programming time for multiple-word updates.
If this is interrupted, the check routine will return interrupted write andcleanup will reinitialize the entire write buffer array.
Between write and commit operations: Only a single write buffer will have occupied status and its CRC will verify.
The write buffer being written still has the available status, and available buffers do not contain valid CRC values.
Its only job is to faithfully transfer the data from the write buffer to the main array, and then to mark the write buffer expired.
Since the main array is not updated following a write operation but only on completion of a commit operation,a rollback needs only to invalidate the write buffer.
The check function will identify the condition of(1) a valid,occupied write buffer, and(2) a corrupted main array page as an interrupted commit.
Writing status for the current write buffer: This operation changes the status field to occupied, sets the CRC, and fills in the page address for the write operation.
In this version, the HTTP request string that was built in__init__()is sent to the server and the write buffer is reduced by the amount successfully sent.
Each buffer consists of four fields: a data field that contains the 32-byte data to be written to the main array at the next commit directive; an address field that identifies the address of the page to which the buffer refers; a state field that identifies the state of the buffer(that is, available, occupied, expired);and a 16-bit CRC field that checks the entire write buffer.
Finally, the vulnerable moments during a rollback are:Update state in write buffer array: Similar to the final state of a commit cycle, this simply resets the occupied state in a write buffer to the expired state.
Memory write access(except for AFI, DSFID, and the corresponding lock bytes)is accomplished through custom commands using a write buffer with readback and copy-to-memory function.
The commit function copies the most recently written buffer to its final position in the memory array, and prepares the buffer structure for the next data set to be written. .