The Jargon File by Eric S. Raymond (ebook reader android 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 major [47]TWENEX site, at one point operating more than a dozen TOPS-20 systems; but by the mid-1980s most of the interesting software work was being
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recipients. Others are filtered by humans or programs of varying
degrees of sophistication; lists filtered by humans are said to be
`moderated'. 2. The people who receive your email when you send it to
such an address.
Mailing lists are one of the primary forms of hacker interaction,
along with [8435]Usenet. They predate Usenet, having originated with
the first UUCP and ARPANET connections. They are often used for
private information-sharing on topics that would be too specialized
for or inappropriate to public Usenet groups. Though some of these
maintain almost purely technical content (such as the Internet
Engineering Task Force mailing list), others (like the `sf-lovers'
list maintained for many years by Saul Jaffe) are recreational, and
many are purely social. Perhaps the most infamous of the social lists
was the eccentric bandykin distribution; its latter-day progeny,
lectroids and tanstaafl, still include a number of the oddest and most
interesting people in hackerdom.
Mailing lists are easy to create and (unlike Usenet) don't tie up a
significant amount of machine resources (until they get very large, at
which point they can become interesting torture tests for mail
software). Thus, they are often created temporarily by working groups,
the members of which can then collaborate on a project without ever
needing to meet face-to-face. Much of the material in this lexicon was
criticized and polished on just such a mailing list (called
`jargon-friends'), which included all the co-authors of Steele-1983.
Node:main loop, Next:[8436]mainframe, Previous:[8437]mailing list,
Up:[8438]= M =
main loop n.
The top-level control flow construct in an input- or event-driven
program, the one which receives and acts or dispatches on the
program's input. See also [8439]driver.
Node:mainframe, Next:[8440]management, Previous:[8441]main loop,
Up:[8442]= M =
mainframe n.
Term originally referring to the cabinet containing the central
processor unit or `main frame' of a room-filling [8443]Stone Age batch
machine. After the emergence of smaller `minicomputer' designs in the
early 1970s, the traditional [8444]big iron machines were described as
`mainframe computers' and eventually just as mainframes. The term
carries the connotation of a machine designed for batch rather than
interactive use, though possibly with an interactive timesharing
operating system retrofitted onto it; it is especially used of
machines built by IBM, Unisys, and the other great [8445]dinosaurs
surviving from computing's [8446]Stone Age.
It has been common wisdom among hackers since the late 1980s that the
mainframe architectural tradition is essentially dead (outside of the
tiny market for [8447]number-crunching supercomputers (see
[8448]cray)), having been swamped by the recent huge advances in IC
technology and low-cost personal computing. The wave of failures,
takeovers, and mergers among traditional mainframe makers in the early
1990s bore this out. The biggest mainframer of all, IBM, was compelled
to re-invent itself as a huge systems-consulting house. (See
[8449]dinosaurs mating and [8450]killer micro).
Node:management, Next:[8451]mandelbug, Previous:[8452]mainframe,
Up:[8453]= M =
management n.
Corporate power elites distinguished primarily by their distancefrom actual productive work and their chronic failure to manage (see
also [8454]suit). Spoken derisively, as in "Management decided that
...". 2. Mythically, a vast bureaucracy responsible for all the
world's minor irritations. Hackers' satirical public notices are often
signed `The Mgt'; this derives from the "Illuminatus" novels (see the
[8455]Bibliography in Appendix C).
Node:mandelbug, Next:[8456]manged, Previous:[8457]management,
Up:[8458]= M =
mandelbug /man'del-buhg/ n.
[from the Mandelbrot set] A bug whose underlying causes are so complex
and obscure as to make its behavior appear chaotic or even
non-deterministic. This term implies that the speaker thinks it is a
[8459]Bohr bug, rather than a [8460]heisenbug. See also
[8461]schroedinbug.
Node:manged, Next:[8462]mangle, Previous:[8463]mandelbug, Up:[8464]= M
=
manged /mahnjd/ n.
[probably from the French manger' or Italianmangiare', to eat;
perhaps influenced by English mange',mangy'] adj. Refers to
anything that is mangled or damaged, usually beyond repair. "The disk
was manged after the electrical storm." Compare [8465]mung.
Node:mangle, Next:[8466]mangled name, Previous:[8467]manged,
Up:[8468]= M =
mangle vt.
Used similarly to [8469]mung or [8470]scribble, but more violent inits connotations; something that is mangled has been irreversibly and
totally trashed. 2. To produce the [8471]mangled name corresponding to
a C++ declaration.
Node:mangled name, Next:[8472]mangler, Previous:[8473]mangle,
Up:[8474]= M =
mangled name n.
A name, appearing in a C++ object file, that is a coded representation
of the object declaration as it appears in the source. Mangled names
are used because C++ allows multiple objects to have the same name, as
long as they are distinguishable in some other way, such as by having
different parameter types. Thus, the internal name must have that
additional information embedded in it, using the limited character set
allowed by most linkers. For instance, one popular compiler encodes
the standard library function declaration "memchr(const
void*,int,unsigned int)" as "@memchr$qpxviui".
Node:mangler, Next:[8475]manularity, Previous:[8476]mangled name,
Up:[8477]= M =
mangler n.
[DEC] A manager. Compare [8478]management. Note that [8479]system
mangler is somewhat different in connotation.
Node:manularity, Next:[8480]marbles, Previous:[8481]mangler,
Up:[8482]= M =
manularity /man`yoo-la'ri-tee/ n.
[prob. fr. techspeak manual' +granularity'] A notional measure of
the manual labor required for some task, particularly one of the sort
that automation is supposed to eliminate. "Composing English on paper
has much higher manularity than using a text editor, especially in the
revising stage." Hackers tend to consider manularity a symptom of
primitive methods; in fact, a true hacker confronted with an apparent
requirement to do a computing task [8483]by hand will inevitably seize
the opportunity to build another tool (see [8484]toolsmith).
Node:marbles, Next:[8485]marginal, Previous:[8486]manularity,
Up:[8487]= M =
marbles pl.n.
[from mainstream "lost all his/her marbles"] The minimum needed to
build your way further up some hierarchy of tools or abstractions.
After a bad system crash, you need to determine if the machine has
enough marbles to come up on its own, or enough marbles to allow a
rebuild from backups, or if you need to rebuild from scratch. "This
compiler doesn't even have enough marbles to compile [8488]hello
world."
Node:marginal, Next:[8489]Marginal Hacks, Previous:[8490]marbles,
Up:[8491]= M =
marginal adj.
[common] 1. [techspeak] An extremely small change. "A marginal
increase in [8492]core can decrease [8493]GC time drastically." In
everyday terms, this means that it is a lot easier to clean off your
desk if you have a spare place to put some of the junk while you sort
through it. 2. Of little merit. "This proposed new feature seems
rather marginal to me." 3. Of extremely small probability of
[8494]winning. "The power supply was rather marginal anyway; no wonder
it fried."
Node:Marginal Hacks, Next:[8495]marginally, Previous:[8496]marginal,
Up:[8497]= M =
Marginal Hacks n.
Margaret Jacks Hall, a building into which the Stanford AI Lab was
moved near the beginning of the 1980s (from the [8498]D. C. Power
Lab).
Node:marginally, Next:[8499]marketroid, Previous:[8500]Marginal Hacks,
Up:[8501]= M =
marginally adv.
Slightly. "The ravs here are only marginally better than at Small
Eating Place." See [8502]epsilon.
Node:marketroid, Next:[8503]Mars, Previous:[8504]marginally,
Up:[8505]= M =
marketroid /mar'k*-troyd/ n.
alt. marketing slime',marketeer', marketing droid',marketdroid'.
A member of a company's marketing department, esp. one who promises
users that the next version of a product will have features that are
not actually scheduled for inclusion, are extremely difficult to
implement, and/or are in violation of the laws of physics; and/or one
who describes existing features (and misfeatures) in ebullient,
buzzword-laden adspeak. Derogatory. Compare [8506]droid.
Node:Mars, Next:[8507]martian, Previous:[8508]marketroid, Up:[8509]= M
=
Mars n.
A legendary tragic failure, the archetypal Hacker Dream Gone Wrong.
Mars was the code name for a family of PDP-10 compatible computers
built by Systems Concepts (now, The SC Group): the multi-processor
SC-30M, the small uniprocessor SC-25M, and the never-built
superprocessor SC-40M. These machines were marvels of engineering
design; although not much slower than the unique [8510]Foonly F-1,
they were physically smaller and consumed less power than the much
slower [8511]DEC KS10 or Foonly F-2, F-3, or F-4 machines. They were
also completely compatible with the DEC KL10, and ran all KL10
binaries (including the operating system) with no modifications at
about 2-3 times faster than a KL10.
When DEC cancelled the Jupiter project in 1983, Systems Concepts
should have made a bundle selling their machine into shops with a lot
of software investment in PDP-10s, and in fact their spring 1984
announcement generated a great deal of excitement in the PDP-10 world.
TOPS-10 was running on the Mars by the summer of 1984, and TOPS-20 by
early fall. Unfortunately, the hackers running Systems Concepts were
much better at designing machines than at mass producing or selling
them; the company allowed itself to be sidetracked by a bout of
perfectionism into continually improving the design, and lost
credibility as delivery dates continued to slip. They also overpriced
the product ridiculously; they believed they were competing with the
KL10 and VAX 8600 and failed to reckon with the likes of Sun
Microsystems and other hungry startups building workstations with
power comparable to the KL10 at a fraction of the price. By the time
SC shipped the first SC-30M to Stanford in late 1985, most customers
had already made the traumatic decision to abandon the PDP-10, usually
for VMS or Unix boxes. Most of the Mars computers built ended up being
purchased by CompuServe.
This tale and the related saga of [8512]Foonly hold a lesson for
hackers: if you want to play in the [8513]Real World, you need to
learn Real World moves.
Node:martian, Next:[8514]massage, Previous:[8515]Mars, Up:[8516]= M =
martian n.
A packet sent on a TCP/IP network with a source address of the test
loopback interface [127.0.0.1]. This means that it will come back
labeled with a source address that is clearly not of this earth. "The
domain server is getting lots of packets from Mars. Does that gateway
have a martian filter?" Compare [8517]Christmas tree packet,
[8518]Godzillagram.
Node:massage, Next:[8519]math-out, Previous:[8520]martian, Up:[8521]=
M =
massage vt.
[common] Vague term used to describe `smooth' transformations of a
data set into a different form, esp. transformations that do not lose
information. Connotes less pain than [8522]munch or [8523]crunch. "He
wrote a program that massages X bitmap files into GIF format." Compare
[8524]slurp.
Node:math-out, Next:[8525]Matrix, Previous:[8526]massage, Up:[8527]= M
=
math-out n.
[poss. from `white-out' (the blizzard variety)] A paper or
presentation so encrusted with mathematical or other formal notation
as to be incomprehensible. This may be a device for concealing the
fact that it is actually [8528]content-free. See also [8529]numbers,
[8530]social science number.
Node:Matrix, Next:[8531]maximum Maytag mode, Previous:[8532]math-out,
Up:[8533]= M =
Matrix n.
[FidoNet] 1. What the Opus BBS software and sysops call [8534]FidoNet.
Fanciful term for a [8535]cyberspace expected to emerge fromcurrent networking experiments (see [8536]the network). The name of
the rather good 1999 [8537]cypherpunk movie "The Matrix" played on
this sense, which however had been established for years before. 3.
The totality of present-day computer networks (popularized in this
sense by John Quarterman; rare outside academic literature).
Node:maximum Maytag mode, Next:[8538]meatspace, Previous:[8539]Matrix,
Up:[8540]= M =
maximum Maytag mode n.
What a [8541]washing machine or, by extension, any disk drive is in
when it's being used so heavily that it's shaking like an old Maytag
with an unbalanced load. If prolonged for any length of time, can lead
to disks becoming [8542]walking drives. In 1999 it's been some years
since hard disks were large enough to do this, but the same phenomenon
has recently been reported with 24X CD-ROM drives.
Node:meatspace, Next:[8543]meatware, Previous:[8544]maximum Maytag
mode, Up:[8545]= M =
meatspace /meet'spays/ n.
The physical world, where the meat lives - as opposed to
[8546]cyberspace. Hackers are actually more willing to use this term
than `cyberspace', because it's not speculative - we already have a
running meatspace implementation (the universe). Compare [8547]RL.
Node:meatware, Next:[8548]meeces, Previous:[8549]meatspace, Up:[8550]=
M =
meatware n.
Synonym for [8551]wetware. Less common.
Node:meeces, Next:[8552]meg, Previous:[8553]meatware, Up:[8554]= M =
meeces /mees'*z/ n.
[TMRC] Occasional furry visitors who are not [8555]urchins. [That is,
mice. This may no longer be in live use; it clearly derives from the
refrain of the early-1960s cartoon character Mr. Jinx: "I hate meeces
to pieces!" --
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