In computing, a data segment (often denoted .data) is a portion of an object file or the corresponding virtual address space of a program that contains initialized static variables, that is, global variables and static local variables. The size of this segment is determined by the size of the values in the program's source code, and does not change at run time.
The data segment is read-write, since the values of variables can be altered at run time. This is in contrast to the read-only data segment (rodata segment or .rodata), which contains static constants rather than variables; it also contrasts to the code segment, also known as the text segment, which is read-only on many architectures. Uninitialized data, both variables and constants, is instead in the BSS segment.
Historically, to be able to support memory address spaces larger than the native size of the internal address register would allow, early CPUs implemented a system of segmentation whereby they would store a small set of indexes to use as offsets to certain areas. The Intel 8086 family of CPUs provided four segments: the code segment, the data segment, the stack segment and the extra segment. Each segment was placed at a specific location in memory by the software being executed and all instructions that operated on the data within those segments were performed relative to the start of that segment. This allowed a 16-bit address register, which would normally provide 64KiB (65536 bytes) of memory space, to access a 1MiB (1048576 bytes) address space.
The word data has generated considerable controversy on if it is a singular, uncountable noun, or should be treated as the plural of the now-rarely-used datum.
In one sense, data is the plural form of datum. Datum actually can also be a count noun with the plural datums (see usage in datum article) that can be used with cardinal numbers (e.g. "80 datums"); data (originally a Latin plural) is not used like a normal count noun with cardinal numbers and can be plural with such plural determiners as these and many or as a singular abstract mass noun with a verb in the singular form. Even when a very small quantity of data is referenced (one number, for example) the phrase piece of data is often used, as opposed to datum. The debate over appropriate usage continues, but "data" as a singular form is far more common.
In English, the word datum is still used in the general sense of "an item given". In cartography, geography, nuclear magnetic resonance and technical drawing it is often used to refer to a single specific reference datum from which distances to all other data are measured. Any measurement or result is a datum, though data point is now far more common.
Data is a genus of moths of the Noctuidae family.
Slowly is a 1993 album by Ghost.
Slowly is a 1954 song by Webb Pierce, written by Pierce and Nashville songwriter Tommy Hill (brother of singer Goldie Hill). The song was one of Pierce's more successful singles, spending seventeen weeks at the top of the Country and Western Best Sellers lists and a total of thirty-six weeks in the chart.
Beyond its success as a song, "Slowly" was hugely influential in the history of country music, in that it was among the first (and certainly the most successful to date) songs to feature a pedal steel guitar. The song's iconic intro, played by Bud Isaacs, was said to have sent legions of lap steel guitar players scurrying to their closets for wire coat hangers, with which they attempted to modify their existing instruments to get the pitch shifting effect achieved by Isaacs.
Is a lucky ting I never get swell headed
Is a lucky ting I never get swell headed
And started to run run run, I will never run away
And started to run run run, I will never run away
Do you hear?
I never run away;
I never run, never run, never run away.
Deh an dem doth hate I, deh woulda feel so nice, so
nice.
Deh an dem doth fight against I, you should see dem
rejoice,
and tell I to run, to run run run, I will never run
away,
run run run, I will never run away.
Do you hear?
I never run away; I never run, never run, never run
away.
I and I will never run away!
My black brother call me, call me, and he reason with
Everything he tells me, tells me. oh yes it's true.
That's why I will never, run run run,
I will never run away.
Do you hear?
I never run away; I never run, never run, never run
away.
I never run, never run, never run away.
I will never, will never, could never, will never.
I and I will never run away!
I and I will never run away!
Never run, never run, I will never, will never, will
never, could never,
never run, never run---I and I will never run away!