The New Hacker's Dictionary by Eric S. Raymond (romantic novels to read .txt) π
The AI Lab culture had been hit hard in the late 1970s by funding cuts and the resulting administrative decision to use vendor-supported hardware and software instead of homebrew whenever possible. At MIT, most AI work had turned to dedicated LISP Machines. At the same time, the commercialization of AI technology lured some of the AI Lab's best and brightest away to startups along the Route 128 strip in Massachusetts and out West in Silicon Valley. The startups built LISP machines for MIT; the central MIT-AI computer became a [45]TWENEX system rather than a host for the AI hackers' beloved [46]ITS.
The Stanford AI Lab had effectively ceased to exist by 1980, although the SAIL computer continued as a Computer Science Department resource until 1991. Stanford became a majo
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vary from one programmer to another by three orders of magnitude. For
example, one programmer might be able to write an average of 3 lines
of working code in one day, while another, with the proper tools,
might be able to write 3,000. This range is astonishing; it is matched
in very few other areas of human endeavor.) The term `superprogrammer'
is more commonly used within such places as IBM than in the hacker
community. It tends to stress naive measures of productivity and to
underweight creativity, ingenuity, and getting the job done -- and to
sidestep the question of whether the 3,000 lines of code do more or
less useful work than three lines that do the [12846]Right Thing.
Hackers tend to prefer the terms [12847]hacker and [12848]wizard.
Node:superuser, Next:[12849]support, Previous:[12850]superprogrammer,
Up:[12851]= S =
superuser n.
[Unix] Syn. [12852]root, [12853]avatar. This usage has spread to
non-Unix environments; the superuser is any account with all
[12854]wheel bits on. A more specific term than [12855]wheel.
Node:support, Next:[12856]surf, Previous:[12857]superuser, Up:[12858]=
S =
support n.
After-sale handholding; something many software vendors promise but
few deliver. To hackers, most support people are useless -- because by
the time a hacker calls support he or she will usually know the
software and the relevant manuals better than the support people
(sadly, this is not a joke or exaggeration). A hacker's idea of
`support' is a tοΏ½te-οΏ½-tοΏ½te with the software's designer.
Node:surf, Next:[12859]Suzie COBOL, Previous:[12860]support,
Up:[12861]= S =
surf v.
[from the `surf' idiom for rapidly flipping TV channels] To traverse
the Internet in search of interesting stuff, used esp. if one is doing
so with a World Wide Web browser. It is also common to speak of
`surfing in' to a particular resource.
Hackers adopted this term early, but many have stopped using it since
it went completely mainstream around 1995. The passive, couch-potato
connotations that go with TV channel surfing were never pleasant, and
hearing non-hackers wax enthusiastic about "surfing the net" tends to
make hackers feel a bit as though their home is being overrun by
ignorami.
Node:Suzie COBOL, Next:[12862]swab, Previous:[12863]surf, Up:[12864]=
S =
Suzie COBOL /soo'zee koh'bol/
[IBM: prob. from Frank Zappa's `Suzy Creamcheese'] n. A coderstraight out of training school who knows everything except the value
of comments in plain English. Also (fashionable among personkind
wishing to avoid accusations of sexism) `Sammy Cobol' or (in some
non-IBM circles) `Cobol Charlie'. 2. [proposed] Meta-name for any
[12865]code grinder, analogous to [12866]J. Random Hacker.
Node:swab, Next:[12867]swap, Previous:[12868]Suzie COBOL, Up:[12869]=
S =
swab /swob/
[From the mnemonic for the PDP-11 `SWAp Byte' instruction, as
immortalized in the dd(1) option conv=swab (see [12870]dd)] 1. vt. To
solve the [12871]NUXI problem by swapping bytes in a file. 2. n. The
program in V7 Unix used to perform this action, or anything
functionally equivalent to it. See also [12872]big-endian,
[12873]little-endian, [12874]middle-endian, [12875]bytesexual.
Node:swap, Next:[12876]swap space, Previous:[12877]swab, Up:[12878]= S
=
swap vt.
[techspeak] To move information from a fast-access memory to aslow-access memory (swap out'), or vice versa (swap in'). Often
refers specifically to the use of disks as `virtual memory'. As pieces
of data or program are needed, they are swapped into [12879]core for
processing; when they are no longer needed they may be swapped out
again. 2. The jargon use of these terms analogizes people's short-term
memories with core. Cramming for an exam might be spoken of as
swapping in. If you temporarily forget someone's name, but then
remember it, your excuse is that it was swapped out. To `keep
something swapped in' means to keep it fresh in your memory: "I reread
the TECO manual every few months to keep it swapped in." If someone
interrupts you just as you got a good idea, you might say "Wait a
moment while I swap this out", implying that a piece of paper is your
extra-somatic memory and that if you don't swap the idea out by
writing it down it will get overwritten and lost as you talk. Compare
[12880]page in, [12881]page out.
Node:swap space, Next:[12882]swapped in, Previous:[12883]swap,
Up:[12884]= S =
swap space n.
Storage space, especially temporary storage space used during a move
or reconfiguration. "I'm just using that corner of the machine room
for swap space."
Node:swapped in, Next:[12885]swapped out, Previous:[12886]swap space,
Up:[12887]= S =
swapped in n.
See [12888]swap. See also [12889]page in.
Node:swapped out, Next:[12890]swizzle, Previous:[12891]swapped in,
Up:[12892]= S =
swapped out n.
See [12893]swap. See also [12894]page out.
Node:swizzle, Next:[12895]sync, Previous:[12896]swapped out,
Up:[12897]= S =
swizzle v.
To convert external names, array indices, or references within a data
structure into address pointers when the data structure is brought
into main memory from external storage (also called `pointer
swizzling'); this may be done for speed in chasing references or to
simplify code (e.g., by turning lots of name lookups into pointer
dereferences). The converse operation is sometimes termed
`unswizzling'. See also [12898]snap.
Node:sync, Next:[12899]syntactic salt, Previous:[12900]swizzle,
Up:[12901]= S =
sync /sink/ n., vi.
(var. `synch') 1. To synchronize, to bring into synchronization. 2.
[techspeak] To force all pending I/O to the disk; see [12902]flush,
sense 2. 3. More generally, to force a number of competing processes
or agents to a state that would be `safe' if the system were to crash;
thus, to checkpoint (in the database-theory sense).
Node:syntactic salt, Next:[12903]syntactic sugar,
Previous:[12904]sync, Up:[12905]= S =
syntactic salt n.
The opposite of [12906]syntactic sugar, a feature designed to make it
harder to write bad code. Specifically, syntactic salt is a hoop the
programmer must jump through just to prove that he knows what's going
on, rather than to express a program action. Some programmers consider
required type declarations to be syntactic salt. A requirement to
write end if, end while, end do, etc. to terminate the last block
controlled by a control construct (as opposed to just end) would
definitely be syntactic salt. Syntactic salt is like the real thing in
that it tends to raise hackers' blood pressures in an unhealthy way.
Compare [12907]candygrammar.
Node:syntactic sugar, Next:[12908]sys-frog, Previous:[12909]syntactic
salt, Up:[12910]= S =
syntactic sugar n.
[coined by Peter Landin] Features added to a language or other
formalism to make it `sweeter' for humans, features which do not
affect the expressiveness of the formalism (compare [12911]chrome).
Used esp. when there is an obvious and trivial translation of the
`sugar' feature into other constructs already present in the notation.
C's a[i] notation is syntactic sugar for *(a + i). "Syntactic sugar
causes cancer of the semicolon." -- Alan Perlis.
The variants syntactic saccharin' andsyntactic syrup' are also
recorded. These denote something even more gratuitous, in that
syntactic sugar serves a purpose (making something more acceptable to
humans), but syntactic saccharin or syrup serve no purpose at all.
Compare [12912]candygrammar, [12913]syntactic salt.
Node:sys-frog, Next:[12914]sysadmin, Previous:[12915]syntactic sugar,
Up:[12916]= S =
sys-frog /sis'frog/ n.
[the PLATO system] Playful variant of `sysprog', which is in turn
short for `systems programmer'.
Node:sysadmin, Next:[12917]sysape, Previous:[12918]sys-frog,
Up:[12919]= S =
sysadmin /sis'ad-min/ n.
Common contraction of `system admin'; see [12920]admin.
Node:sysape, Next:[12921]sysop, Previous:[12922]sysadmin, Up:[12923]=
S =
sysape /sys'ayp/ n.
A rather derogatory term for a computer operator; a play on
[12924]sysop common at sites that use the banana hierarchy of problem
complexity (see [12925]one-banana problem).
Node:sysop, Next:[12926]system, Previous:[12927]sysape, Up:[12928]= S
=
sysop /sis'op/ n.
[esp. in the BBS world] The operator (and usually the owner) of a
bulletin-board system. A common neophyte mistake on [12929]FidoNet is
to address a message to `sysop' in an international [12930]echo, thus
sending it to hundreds of sysops around the world.
Node:system, Next:[12931]systems jock, Previous:[12932]sysop,
Up:[12933]= S =
system n.
The supervisor program or OS on a computer. 2. The entire computersystem, including input/output devices, the supervisor program or OS,
and possibly other software. 3. Any large-scale program. 4. Any method
or algorithm. 5. `System hacker': one who hacks the system (in senses
1 and 2 only; for sense 3 one mentions the particular program: e.g.,
`LISP hacker')
Node:systems jock, Next:[12934]system mangler, Previous:[12935]system,
Up:[12936]= S =
systems jock n.
See [12937]jock, sense 2.
Node:system mangler, Next:[12938]SysVile, Previous:[12939]systems
jock, Up:[12940]= S =
system mangler n.
Humorous synonym for `system manager', poss. from the fact that one
major IBM OS had a [12941]root account called SYSMANGR. Refers
specifically to a systems programmer in charge of administration,
software maintenance, and updates at some site. Unlike [12942]admin,
this term emphasizes the technical end of the skills involved.
Node:SysVile, Next:[12943]T, Previous:[12944]system mangler,
Up:[12945]= S =
SysVile /sis-vi:l'/ n.
See [12946]Missed'em-five.
Node:= T =, Next:[12947]= U =, Previous:[12948]= S =, Up:[12949]The
Jargon Lexicon
= T =
[12950]T:
[12951]tail recursion:
[12952]talk mode:
[12953]talker system:
[12954]tall card:
[12955]tanked:
[12956]TANSTAAFL:
[12957]tape monkey:
[12958]tar and feather:
[12959]tarball:
[12960]tardegy:
[12961]taste:
[12962]tayste:
[12963]TCB:
[12964]TCP/IP:
[12965]TechRef:
[12966]TECO:
[12967]tee:
[12968]teergrube:
[12969]teledildonics:
[12970]Telerat:
[12971]TELNET:
[12972]ten-finger interface:
[12973]tense:
[12974]tentacle:
[12975]tenured graduate student:
[12976]tera-:
[12977]teraflop club:
[12978]terminak:
[12979]terminal brain death:
[12980]terminal illness:
[12981]terminal junkie:
[12982]terpri:
[12983]test:
[12984]TeX:
[12985]text:
[12986]thanks in advance:
[12987]That's not a bug that's a feature!:
[12988]the literature:
[12989]the network:
[12990]the X that can be Y is not the true X:
[12991]theology:
[12992]theory:
[12993]thinko:
[12994]This can't happen:
[12995]This time for sure!:
[12996]thrash:
[12997]thread:
[12998]three-finger salute:
[12999]throwaway account:
[13000]thud:
[13001]thumb:
[13002]thundering herd problem:
[13003]thunk:
[13004]tick:
[13005]tick-list features:
[13006]tickle a bug:
[13007]tiger team:
[13008]time bomb:
[13009]time sink:
[13010]time T:
[13011]times-or-divided-by:
[13012]TINC:
[13013]Tinkerbell program:
[13014]TINLC:
[13015]tip of the ice-cube:
[13016]tired iron:
[13017]tits on a keyboard:
[13018]TLA:
13019:
[13020]TMRC:
[13021]TMRCie:
[13022]TMTOWTDI:
[13023]to a first approximation:
[13024]to a zeroth approximation:
[13025]toad:
[13026]toast:
[13027]toaster:
[13028]toeprint:
[13029]toggle:
[13030]tool:
[13031]toolsmith:
[13032]toor:
[13033]topic drift:
[13034]topic group:
[13035]TOPS-10:
[13036]TOPS-20:
[13037]tourist:
[13038]tourist information:
[13039]touristic:
[13040]toy:
[13041]toy language:
[13042]toy problem:
[13043]toy program:
[13044]trampoline:
[13045]trap:
[13046]trap door:
[13047]trash:
[13048]trawl:
[13049]tree-killer:
[13050]treeware:
[13051]trit:
[13052]trivial:
[13053]troff:
[13054]troglodyte:
[13055]troglodyte mode:
[13056]Trojan horse:
[13057]troll:
[13058]Troll-O-Meter:
[13059]tron:
[13060]true-hacker:
[13061]tty:
[13062]tube:
[13063]tube time:
[13064]tunafish:
[13065]tune:
[13066]turbo nerd:
[13067]Turing tar-pit:
[13068]turist:
[13069]Tux:
[13070]tweak:
[13071]tweeter:
[13072]TWENEX:
[13073]twiddle:
[13074]twiddle:
[13075]twilight zone:
[13076]twink:
[13077]twirling baton:
[13078]two pi:
[13079]two-to-the-N:
[13080]twonkie:
Node:T, Next:[13081]tail recursion, Previous:[13082]SysVile,
Up:[13083]= T =
T /T/
[from LISP terminology for `true'] Yes. Used in reply to a question(particularly one asked using [13084]The -P convention). In LISP, the
constant T means true', among other things. Some Lisp hackers useT'
and NIL' instead ofYes' and `No' almost reflexively. This sometimes
causes misunderstandings. When a waiter or flight attendant asks
whether a hacker wants coffee, he may absently respond `T', meaning
that he wants coffee; but of course he will be brought a cup of tea
instead. Fortunately, most hackers (particularly those who frequent
Chinese restaurants) like tea at least as well as coffee -- so it is
not that big a problem. 2. See [13085]time T (also [13086]since time T
equals minus infinity). 3. [techspeak] In transaction-processing
circles, an abbreviation for the noun `transaction'. 4. [Purdue]
Alternate spelling of [13087]tee. 5. A dialect of [13088]LISP
developed at Yale. (There is an intended allusion to NIL, "New
Implementation of Lisp", another dialect of Lisp developed for the
[13089]VAX)
Node:tail recursion, Next:[13090]talk mode, Previous:[13091]T,
Up:[13092]= T =
tail recursion n.
If you aren't sick of it already, see [13093]tail recursion.
Node:talk mode, Next:[13094]talker system, Previous:[13095]tail
recursion, Up:[13096]= T =
talk mode n.
A feature
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