|May the source be with you, but remember the KISS principle ;-)|
|Contents||Bulletin||Scripting in shell and Perl||Network troubleshooting||History||Humor|
In the vision of Software Realists programmers like all humans have weaknesses and guided primarily by self-interest and as such can benefit formal organization and incentives (direct or indirect, via professional norms) to act outside the limits defined by their own self-interest. Software Realists see the evils of the software world as given and derived from the limited and unhappy choices available, given the inherent moral and intellectual limitations of human beings and existing hardware. Some of them try to create better software like programmers involved in creation of all BSD flavors but they consider commercial programmers as equals (actually many of them wear two hats) and do not object to reusing the code that they developed pro bono in proprietary software.
In this slightly tragic worldview the software development is a hard and often underappreciated craft that requires special, pretty rare, talent People with this talent like talented sport stars (for example tennis players or ice ballet dancers) risk their health while they are young creating short living but tremendously complex artifacts (large software systems are probably the most complex system even created by humans) and for this reason should be remunerated accordingly. It is important to understand that like in case of artists creating paintings on the sand beach, programmers creation are short-lived and the new wave of hardware often wipes them clean. For example, who now remembers the creators of PL/1 optimizing and debugging compilers, the compilers that were real breakthrough in many areas of complier writing art and in comparison with which some modern compliers still look like junk despite the fact that they were written 30 years ago.
In other words they see that due to immense complexity of those artifacts all software sucks. It is just that some software sucks less. It can be proprietary software, it can be free software -- all depends of the talent of the creators, not so much on a particular ideology (which, by the way, can be completely wrong: Soviets invented quite a few new technologies and managed to launch the first man into space). Thus, in view of Software Realists school the perfection of software is unachievable and old good Unix with its classic codebase might sometimes be preferable to new Turks be it Windows or Linux. That does not mean that Linux or Windows codebase is all crap. That just means that they are just another OSes in a long historical line of such systems. In some areas they might be better then competition, in some worse, but none has the monopoly on innovation (actually Linux is a pretty conservative kernel despite a radical ideology behind it).
Software Realists are unconvinced by claims of linux superiority and want to see hard facts. Furthermore, history guided them that the proper tradeoffs between different subsystems of OSes can be ironed out only via long, expensive and painful process that requires strong, highly paid managers, programmers and testers who are ready to sacrifices their health for the success of their creation. The real art requires sacrifices and it is better when such sacrifices are properly remunerated, although stories of talented artists who died in poverty are nothing new.
Because real talents are rare, good software is a very expensive thing. Software realism school presuppose that modern software is almost always a compromise between the demands of the talent and demands of the marketplace.
Software realists contribute to open source projects not because they see them superior to commercially developed software, but because they consider them an important part of software ecosystem, the part that requires support and nourishment and helps to keep closed source software developers honest. It is a extremely important countervailing force that has value of its own, independently whether particular open source program is superior to similar closed source program or not, the availability of open source codebase make it more suitable for some purposes, for example in education and often compensates for real or perceived shortcomings. They view open source development as a special type of academic research that has similar set of motivations, similar risks and reward structure
The Software Idealist school (both in its Stallmanism and Raymondism incarnations) holds that mankind in general and programmers in particular has not yet achieved their full moral potential, and that they are (at least in principle) perfectible if guided by wonderful new software development ideology. Foolish and immoral choices inherent in the creation of proprietary software explains the all the evils of the existing software world and revolution was needed and actually already came in the form of either free software movement or its less pure form called open source software movement. Both major Software Idealism schools rely on volunteer labor of programmers connected via Internet to produce immortal gems of software wisdom that will crush proprietary software developers like cockroaches.
In Software Idealism worldview, whether purely moral incentive actually work in a long run or not and what will happen when Linus Torvalds will become yet another retired dot-com multimillionaire with his own yacht is irrelevant to the achievement of true software justice, justice for all. This utopian view holds that volunteer programmer potential is immense and can do everything including improving human nature that should get rid of those outdated economic rewards for software development and be satisfied working part time in McDonalds in order to be able to participate in the movement. So the Software Idealism vision promotes pursuit of the high moral ground of software freedom which somehow guarantee the best software solutions. At the end of the day new liberated men should all storm this evil Bastille of software oppression which is of course Microsoft and dance on its ruins. Sometimes in their enthusiasm they can attack other sinful old fashioned proprietary software vendors instead of Microsoft. Until opening Solaris (and even after that) sometimes their target was Sun.
And if the unwashed masses who corrupt their soils by using Windows are slow in catching on, then it is the role of the intellectual vanguard (the keepers of programming craft who in Eastern Europe might be called "programming intelligentsia") to lead them -- even if in the short run, the masses can be unhappy with the results because they might not be able to use full capabilities of their laptops, cameras or scanners. In general Software Idealists think that higher moral considerations should guide us and that those consideration somehow guarantee creation of a better software, the software that is not only better but which is as perfect as it is free.
My research considers open source not only as a programming methodology with some moral overtones, but also as a scientific-ideological entity.
George Orwell remains our contemporary and his writings are as current as writings just published this year despite the fact that he died in 1950. His essay "Politics and the English Language" ought to be read by everybody who is interesting is OSS. "The great enemy of clear language is insincerity," he wrote. "When there is a gap between one's real and one's declared aims, one turns as it were instinctively to long words and exhausted idioms, like a cuttlefish squirting out ink." He also aptly defined inescapability from OSS politics
"In our age, there is no such thing as 'keeping out of politics.' All issues are political issues, and politics itself is a mass of lies, evasions, folly, hatred and schizophrenia,"
Orwell wrote. Earlier in the essay he said,
"In our time, political speech and writing are largely the defense of the indefensible."
That means that even things quite remote from mainstream political issues, such as open source software are still driven by ideology. In my papers I argued for a blurriness of the boundaries between programming topics and political topics of leading open source propagandists such as Richard Stallman (RMS) or Eric Raymond (ESR). I also demonstrated that open source advocacy created a space where programming concepts and terms transformed into political and ideological ones, and vice versa. This is especially visible on the example of GPL (Social Roots, Complexity and Never Ending Process of Interpretation of GPL )
Slightly simplifying there are two contrasting ideologies of programming:
Let's first discuss software realism.
In the vision of Software Realists programmers like all humans have weaknesses and, while can act altruistically, guided primarily by self-interest. And it is actually can be the latte that drives many to contribute instead of pure altruistically motives. Rephrasing Oscar Wilde we can say that motivation to contribute to open source is seldom pure and never simple. Creation of complex software systems, closed and open source can benefit from existence of a formal software development organization and incentives (direct or indirect) as those factors help to prolong the drive beyond the usual limits defined by initial spark of interest and drive to implement some kind of programming vision. That means that naturally open source, at least, at initial stages, is a very lonely sport. Even at mature stages the group of key developers is usually small. Simply because there is no place for "Mongol horde" approach in programming in general and for complex software projects in particular.
Software Realists see the evils of the software world as given and derived from the limited and unhappy choices available, given the inherent moral and intellectual limitations of human beings as well as existing hardware and demands for compatibility with pre-existing environment. That means the switches from altruism to greed and back are not that uncommon among open source software developers. And with growing success of the project the temptation of greed are considerable and can't be discounted. So using academic style norms is important as they can prevent worst excesses, and are polished by thousand year history of academic science.
In this slightly tragic worldview the software development is a hard and often underappreciated labor that requires special, pretty rare, talent. As success requires unique blend of talent, environment and timing only few projects succeed and most are burdened by cost overruns and broken schedules. People with programming talent like talented sport stars (for example tennis players or ice ballet dancers) risk their health while they are young, spending most of their time on creating short living but tremendously complex artifacts (large software systems are probably the most complex system even created by humans) and for this reason should be remunerated accordingly. That's why either as moral obligation or as programming methodology free development is suspect and definitely is not suitable for all types of programs and first of all programs for which the particular programmer cannot be simultaneously a natural user (this is the case fro operating systems, compilers, editors and many other programming tools).
Software realists contribute to open source projects not because they see them superior to commercially developed software, but because they consider them an important part of software ecosystem, the part that requires support and nourishment and helps to keep closed source software developers honest. It is a extremely important countervailing force that has value of its own, independently whether particular open source program is superior to similar closed source program or not, the availability of open source codebase make it more suitable for some purposes, for example in education and often compensates for real or perceived shortcomings. They view open source development as a special type of academic research that has similar set of motivations, similar risks and reward structure.
|Software realists contribute to open source projects not because they see them superior to commercially developed software, but because they consider them an important part of software ecosystem, the part that requires support and nourishment and helps to keep closed source software developers honest. It is a extremely important countervailing force that has value of its own, independently whether particular open source program is superior to similar closed source program or not, the availability of open source codebase make it more suitable for some purposes, for example in education and often compensates for real or perceived shortcomings.|
For me, the tension between private and public domains in open source software development looks very similar to what is happening within the university research. Goals of private companies and universities are radically different. Private companies put profit first and have their first primary goal in maximizing profits through controlling and owning resources that constitute a proprietary advantage allowing to succeed them on the market place. Universities traditionally put first the developing of scientific commons althouth this role recently became less pronounced and more perverted due to excessive stress on commercializing of everything with the university system. The Western adage that the habit does not make the monk is fully applicable to open source developers. Like there are corrupted, dishonest scientists there are corrupt and dishonest open source developers.
Like academic research results real open source development is "pro bono". It is a gift to humanity. Gift is gift and should not have strings attached. Still developers should voluntarily subscribe to academic ethic in which the person reusing somebody else code needs to acknowledge source and this is an important moral obligation imposed by original BSD license, which I consider preferable to GPL.
Crooked Timber points to an interesting speech by Robert Hughes about the Royal Academy, and by extension the idea of a professional society in general. I think in the Unix Renaissance and open source software you can see some similar themes.
I believe it's not just desirable but culturally necessary that England should have a great institution through which the opinions of artists about artistic value can be crystallized and seen, there on the wall, unpressured by market politics: and the best existing candidate for such an institution is a revitalized Royal Academy, which always was dedicated to contemporary art.
Part of the Academy's mission was to teach. It still should be. In that regard, the Academy has to be exemplary: not a kindergarten, but a place that upholds the primacy of difficult and demanding skills that leak from a culture and are lost unless they are incessantly taught to those who want to have them. And those people are always in a minority. Necessarily. Exceptions have to be.
In software realists view open source development is not an ideology but a part of the culture of software development with such prominent figures from academia as Donald Knuth firmly belonging to this tradition. In this sense we can talk about classic Unix culture in the terms similar to Roman and Greek cultures that were the cornerstones of Western civilization. And we can lament, how few contemporary Linux developers understand it ;-).
This analogy suggest that commercialization of open source projects are similar to commercialization of research results and there is nothing uncommon if at some stage the project that started as open source is converted to proprietary model and vise versa, the project that was proprietary, close source model at some stage can be opened to prevent dying of a valuable codebase. So the method of development is not absolute, and whatever help talented people to drive the ball further is good. But hypocrisy when formally open source project became de-facto closed source and is milked as such is bad (MySQL is one example).
The key is software development is level of talent and here using popular American cliché "there is no replacement for displacement. " Talented people are productive in any development model, be it closed source or open source and can mix and match both quite easily (many talented programmers contribute to open source projects; I strongly recommend is as a antidote to detrimental effects of working in stiffing, bureaucratic environment which programmers need to endure in a typical IT environment of a large company; pursuing a graduate degree is another good antidote but it requires more commitment).
The more complex programming system is, the higher role is the role of formal organization and the person who assumed the role of chief architect (in open source project this is always the initial developer who with the success of the project naturally moves to the role of chief architect). Launching a sizable open source project requires strong talent and compete dedication: generally you cannot be "half-pregnant" with complex program that have, say, several thousand lines of source code. At the beginning this is 10*7 job that requires tremendous concentration. All other activities suffer and passionate involvement in such project tends to downgrades the lifestyle to monk-style life with monotonous repeating sequence "computer-bed-computer". For example, long before Linus Torvalds became an attraction on various conferences he spend couple of years almost like a kermit and then half of the decade in frantic pace close to that. And the initial enthusiasm that drives people to create those program evaporates pretty quickly. So, unless remuneration comes with the success, it is better if open source development is just a short initial stage in the career of talented developers. Then you either give up or commercialize the program. This is a valuable possibility to show the world the level of talent you have, to prove yourself. But this is not the only possibility and not always this is the best possibility.
For sizable projects at mature stages the organization and remuneration issues comes to the front. That's why there is nothing wrong with adopting the second license and even converting the project into closed source project (the last open source codebase may, or may not, find new maintainers). Also importance of organization increases as more developers are involved: two-three developers can well work without any formal organization but for larger team this is problematic. Strong egos typical for talented developers create conflicts and drain energy. And what is important to understand an illusive goal on which so much energy and time is/was spent might well be a mirage. In other words becoming full time dedicated open source developer entails substantial risks, especially high if you do not have funds for independent living or have a family to support. Commercial programming career with all its shortcomings provides that. And the level of excitement is some commercial startups can match or exceed the level of excitement of creating you own program. As Jamie Zawinski put it:
There exist counterexamples to this, but in general, great things are accomplished by small groups of people who are driven, who have unity of purpose. The more people involved, the slower and stupider their union is.
And there's another factor involved, which is that you can divide our industry into two kinds of people: those who want to go work for a company to make it successful, and those who want to go work for a successful company.
It is important to understand that, like in case of artists creating paintings on the sand beach, programmers creation are short-lived and the new wave of hardware often wipes them clean. For example, who now remembers the creators of PL/1 optimizing and debugging compilers, the compilers that were real breakthrough in many areas of complier writing art and in comparison with which some modern compliers still look like junk despite the fact that they were written 30 years after IBM's PL/1 compilers. The same is true about very interesting PL/C compiler developed at Cornell University. New technological wave came and magnificent paintings on the sand were wiped clean. Similarly who now remembers contributors to the Linux kernel version 1.x ? Version 2.2? Version 2.4? And who was this guy Alan Cox?
In other words, software realists see that due to immense complexity of those artifacts all software sucks. It is just that some software sucks less. It can be proprietary software, in can be freeware, shareware or free software -- but quality depends of the talent of the creators, not so much on a particular ideology (which, by the way, can be completely wrong: Soviets invented quite a few new technologies and managed to launch the first man into space).
|Software realists see that all software sucks. It is just that some software sucks less. It can be proprietary software, in can be freeware, shareware or free software -- but quality depends of the talent of the creators, not so much on a particular ideology|
Thus, in view of Software Realists school, the perfection of software is unachievable and old good Unix with its classic codebase might sometimes be preferable to new Turks be it Windows or Linux. They actually view Linux as kind of Windows of Unix world: system that achieved popularity more due to "worse is better" principle then to technical superiority of architecture decisions made by Linus Torvalds and his team.
In no way any of them consider OS to be a sacred cow. It is just an instrument like a good compiler or good programming editor, although it exert more influence on the programmer and is a more important factor in determining the success or failure of large programming projects. Sometime Solaris 10 is the way to go, sometimes Windows, sometimes Mac OS, sometimes Linux (Web hosting is a nice example). Each OS has areas where it has advantages over competition and it depends on how important those areas are. If they are extremely important it make sense to switch OSes, otherwise it is often more productive to suffer from shortcomings and still use your primary OS as learning new OS in depth is a long, time-consuming process. For example many software realists use Windows as desktop because it the most popular, reasonably stable and has tremendous quantity of high quality inexpensive software. And you do not need to think about drivers necessary to drive you camera, webcam or scanner. By definition all new gadgets work on Windows. Life is too short to spend it on searching Google for suitable driver or recompiling the kernel.
In other words in no way Linus Torvalds and his distributed kernel development team stand heads above kernel developers for Solaris or FreeBSD, or Windows. Similarly in no way gcc is superior to Intel compiler, or Sun compiler, although it definitely has its strong points (and first of all tremendous portability). Actually as for kernel quality opposite is often true if you look at the technical metrics of Linux kernel and compare it with Windows and/or Solaris kernel without rose glasses of Raymondism or Stallmanism. Operating systems are now so complex and need to cover so many areas that it is just impossible to be No.1 in all areas. So each OS needs to give up some ground. And here no kernel development team structure, no programming methodology, no choice between closed and open source that can provide a magic bullet for the ultimate success. Only talent, dedication, and good timing can. For large project add to this equation an organization and the leader.
In other words Linux codebase is an interesting and welcome development, but Linux is just another "new kid on the block" and the functionality provided by Linux kernel has little new in comparison with old horses in this race like Solaris 10 or FreeBSD. The latter, like Linux, has zero price, so even in price Linux has strong competitors :-). So Linux is just another page in a long, more then half a century history of development of operating systems and will at some point be superseded by new entries in a long historical line of such systems. That means that neither Windows nor Linux can't completely eliminate completion. And their popularity can't be explained strictly by technical merits, it happened not because of their technical superiority but other, mostly social, factors. And in this respect, all writings of Stallman and Raymond about moral or technological superiority of free/open source software are just nice, but very unconvincing, myths. Like there is no replacement for displacement, there is no replacement for talent. And for example the fact that, say, product of Evil Empire called FrontPage compares pretty well any non-commercial alternative or the fact that Windows in certain areas and in certain phases of its development can wipe (and did wiped) the floor with Linux (as happened during, so called, Mindcraft fiasco) is a fact that is difficult to disprove :-).
Stallmanism and Raymondism are nice myths. May be even useful myths, as the popularity of open source really helped developing nations to get a stack of software for which one does not need to pay and which they, at least theoretically, can enhance. But still they are myths. In this respect number of followers of each doctrine means nothing: there is no truth in number and humanity is long known for its ability to provide tremendous following for pretty stupid ideas. Popularity of high demand cults demonstrate this axiom very well.
But while providing free alternatives is a honorable act and in this respect both Free/Net/OpenBSD and Linux are commendable efforts, in no way charging some money for the program is immoral (which is the cornerstone of Stallmanism). And in no way open source software development process always provides technologically superior solutions (which is the cornerstone of Raymondism). Actually in comparison with Solaris 10 on Intel, Linux kernel, while good and finally reasonably stable (after 20 years of development), does not look too impressive (see Solaris vs Linux) . Nobody has the monopoly on development talent, monopoly on technological innovation and monopoly on high stability and suitability for particular domain. There are talents in each camp.
In other words software realists are unconvinced by claims of Linux superiority and want to see hard facts for each particular claim. Furthermore, history guided them that proper tradeoffs between different subsystems of OSes can be ironed out only via long, expensive and painful process that requires strong, highly paid managers, programmers and testers who are ready to sacrifices their health for the success of their creation. The real art requires sacrifices and it is better when such sacrifices are properly remunerated, although stories of talented artists who died in poverty are nothing new. So they are not surprised that some (many?) open source projects are in perma-beta stage. Those project just does not have sufficient resources for development and testing.
Because real talents are rare, good software is a very expensive thing. Software realism school presuppose that modern software is almost always a compromise between the demands of the talent and demands of the marketplace. They understand, although do not approve, why programmers often cut corners in the design of the software, architectural integrity and/or interface. Being first is often very important for grabbing market share and for large projects only substantial market share can sustain further development of the product. This is the devil's pact developers need to sign.
While rejecting open source fairy tales, software realists have deep respect for open source authors, including not only BSD but also Linux programming ecosystem. They see all the warts, but still view it positively. Moreover they consider contribution to open source a useful activity for gifted corporate programmers and sysadmin, especially those who wish to escape for a couple hours a day or a week corporate bullshit and stiffing bureaucracy. In my view contributing under BSD license which requires acknowledgement of the original author for reuse and enhancements is more honest, but any license is acceptable. Nothing wrong with GPL if you like it. In any case, it is not necessary to expect miracles from open source or view it as a high moral ground to provide contribution to this important communal ecosystem that we all can benefit from, independently whether we are lovers or haters of GPL, bazaar model or both ;-)
|It is not necessary to expect miracles from open source or view it as a high moral ground to provide contribution to this important communal ecosystem that we all can benefit from, independently whether we are lovers or haters of GPL, bazaar model or both ;-).|
Even those red eyed open software enthusiasts are a useful part of ecosystem as by chanting "Linux is best, Linux is best" (substitute Linus with the name of you favorite product), they do provide stimulus for commercial programmers do better, revitalize the development process in the companies like Microsoft and sometimes even wipe the floor with competition as a result. Open source serves as an important countervailing force for commercial software development that helps prevent it from stagnation and overconcentration on profit margins ("software racket"). In a way it helps to keep Microsoft, Oracle and other large commercial software development houses honest.
Internet dramatically improved the scope and volume of transfer of programming knowledge making it available even in distant countries. In a way knowledge of programming became so widespread that it can be considered a "new literacy" and the person who does not know any programming language cannot be considered literate in full meaning of this word in XXI century. This process happened independently and in parallel to the growth of popularity of open source development. Availability of eBooks and eBooks libraries signify qualitatively new level of programming "knowledge exchange" infrastructure, a really democratic one. It is unclear what will come next, but now with all major programs existing in both open source and close source equivalents, the key question becomes not availability, but quality.
But in no way this democratization confirms the bazaar metaphor. We should not forget that programming, especially on high levels, is an art that requires special, rare talent. And, like great paintings, great programs can be created only by great artists. Talent, taste and style are more important factors that development model. Ugly program is an ugly program and no programming methodology nothing can change that. Also large and complex ugly open source program is just large ugly program. May be even worse then a similar in quality closed source program as it can seduce re-implementers into using wrong ugly architecture by sheer availability of the codebase.
As Donald Knuth noted in his Turing lecture "Programming can give us both intellectual and emotional satisfaction, because it is a real achievement to master complexity and to establish a system of consistent rules." As in other crafts there is an aesthetic satisfaction in accomplishing something with limited tools. And the value of simplicity, the value of sticking to kiss principle should never be forgotten despite all the temptations of the marketplace. I think that creation of simple, elegant tools is the real essence of open source. As Knuth noted even tools that we are using to create programs should a pleasure to use, instead of providing something we have to fight with. And we need to select the best tools that enable us to write better programs be they open or close source. The tools that enable us to view ourselves as masters of the special craft and create beautiful artifacts as reflected in famous Donald Knuth quote: " A programmer who subconsciously views himself as an artist will enjoy what he does and will do it better."
It is important to note, that other powerful and successful software development camps operate with different, more restricted, approaches. Some withhold source code, but provide the binary program free of charge and maintain it for years (that's how "freeware" camp in Windows OS operates). Some provide code with the expectation of payment in case the user likes the program, but allow to free unrestricted use anyway (that's how "true shareware" camp like famous PKZIP on which gzip was based operates). Some provide a warning screen that the shareware is not still registered (for example, Total Commander and other shareware programs)
The Software Idealist school (which has two schools that we will call Stallmanism and Raymondism, respectively) holds that mankind in general and programmers in particular has not yet achieved their full moral potential, and that they are (at least in principle) perfectible, if guided by wonderful new software development ideology. Foolish and immoral choices inherent in the creation of proprietary software explains all the evils of the existing software world and revolution was needed and actually already came in the form of either free software movement or its less pure form called open source software movement (here your mileage may vary depending on which camp you belong to :-). Both major Software Idealism schools rely on volunteer labor of programmers connected via Internet to produce immortal gems of software wisdom that will crush proprietary software developers like cockroaches.
In Stallmanism worldview proprietary software is immoral. Whether purely moral incentive actually work in a long run or not and what will happen when Linus Torvalds will become yet another retired dot-com multimillionaire with his own yacht is irrelevant to the achievement of true software justice, justice for all. Proprietary software is just reprehensible and sinful. No exceptions.
This utopian view holds that volunteer programmer potential is immense and can do everything including improving human nature that should get rid of those outdated economic rewards for software development and be satisfied working part time in McDonalds in order to be able to participate in the movement. So Stallmanism vision promotes pursuit of the high moral ground of software freedom which somehow guarantee the best software solutions. At the end of the day new liberated men should all storm this evil Bastille of software oppression which is of course Microsoft and dance on its ruins. Sometimes in their enthusiasm they can attack other sinful old fashioned proprietary software vendors. Until opening Solaris (and even after that) one of their favorite targets was Sun with its "Slowlaris." as they often mock it.
And if the unwashed masses who corrupt their soils by using Windows are slow in catching on, then it is the role of the intellectual vanguard (the keepers of programming craft, who in Eastern Europe might be called "programming intelligentsia") to lead them -- even if in the short run, the masses can be unhappy with the results because they might not be able to use full capabilities of their laptops, cameras or scanners. In general Stallmanists think that higher moral considerations should guide us and that those consideration somehow guarantee creation of a better software, the software that is not only better but which is as perfect as it is free.
The main point here is that the idea of sacrificing yourself to save humanity is very seductive to certain types of individuals. Probably instead of saving the world it is often wiser to learn to live in it. The latter is also more difficult.
|...the idea of sacrificing yourself to save humanity is very seductive to certain types of individuals. Probably instead of saving the world it is often wiser to learn to live in it. The latter is also more difficult.|
The term was introduced in my first paper demoted to "software realism vs. software idealism" problem and later expanded in Bad Linux Advocacy FAQ (Raymondism FAQ) (see Why the term Raymondism was introduced). While Stallmanism is preoccupied with software freedom and philosophically can be viewed as a brand of Anarcho Syndicalism, Raymondism preaches commercializing of open source development ("Linus revolution") as a new economically superior way of producing software. As money are involved, this is a more sleazy movement with some honchos and El Lunissmo himself involved in reprehensible behavior during dot-com era, but like in case of members of Politburo, or Catholic priests, they are "above suspicion" ;-).
Despite similarities, there was a sharp split with Richard Stallman (see Open and Shut Interview with Eric Raymond):
While pragmatic Raymondism focuses primarily on marketing the concept of Open Source, idealistic Stallmanism insists that Free Software is an ethical issue; a matter of right versus wrong. By treating the issue as purely a question of efficiency, says Stallman, Raymondism "is not sufficient to give us freedom that is secure". In short, Stallman believes that since Raymondism lacks the conviction that Free Software is an end in itself, it threatens to subvert the aims of the Movement.
And as you can expect no love was lost between two branches of the movement. AS Eric Hoffer aptly noted in his 'The True Believer':
"true believers of various hues ....view each other with mortal hatred and are ready to fly at each other's throat..."
Unlike Stallmanism which preached standard Anarchist tune that "property is theft", Raymondism stressed the economic superiority of open source development which makes is close to Vulgar Marxism. It views the method of development of software based on Internet connectivity and volunteer labor to be a new, better economic paradigm for producing software. The key statement and article of the faith of Raymondism is that this Internet connected "bazaar" software development method is inherently/inevitably superior (more productive) and as such should replace all other known form of development of the software (yes, it's that simple). This claim about "new economic paradigm" of development of software make this doctrine, from purely ideological standpoint, pretty close to Vulgar Marxism. Here is a short introduction to this not very often used in the USA term (see Response to Paolo Pumilia) :
I would like to reiterate that ERS's views on the economic superiority of open source are close to vulgar Marxism with it's economic determinism. Contrary to your impression "vulgar Marxism " is a legitimate scientific term. As Professor Robert M. Young stated in his work "Marxism and the history of science" [see R.C. Olby, G.N. Cantor, J.R.R. Christie and M.J.S. Hodge (editors), Companion to the History of Modern Science. (1996), pp. 77-86.]:
"The defining feature of Marxist approaches to the history of science is that the history of scientific ideas, of research priorities, of concepts of nature and of the parameters of discoveries are all rooted in historical forces which are, in the last instance, socio-economic. There are variations in how literally this is taken and various Marxist-inspired and Marxist-related positions define the interrelations among science and other historical forces more or less loosely. There is a continuum of positions.
The most orthodox provides one-to-one correlations between the socio-economic base and the intellectual superstructure. This is referred to as economism or vulgar Marxism."
This suggested by me analogy with Vulgar Marxism provoked very sharp response by Raymond to my first article in First Monday (as Richard Poynder wrote 'ZDNet columnist John Carroll once characterized engaging with Raymond as akin to taking part in a café debate where Raymond is "the guy at the table trying to take out his opponent's eye with a fork" ' :-). Here is one polite criticism of my work from the esteemed open source guru (Samizdat Stinks on Ice):
Relying on Bezroukov's account was a bad mistake. The man is a crank and an idiot.
When deviating opinions cannot be tolerated and persons who hold them called traitors or cranks or idiots, that suggests that the particular person performs the role of "Mindguard", self-appointed member of the group, who defends the group-approved dogma and shield the group from dissenting opinions [Wikipedia]. Or, if we dig a little bit deeper, demonstrates the typical behavior of cult leaders and psychopaths (those two types of personalities intersect: simplifying cult leader is a psychopath with strong personal charisma and ready-made doctrine ;-). For example, American family foundation lists 14 Characteristics of such organizations ( Cult Characteristics )
- The group is focused on a living leader to whom members seem to display excessively zealous, unquestioning commitment.
- The group is preoccupied with bringing in new members.
- The group is preoccupied with making money.
- Questioning, doubt, and dissent are discouraged or even punished.
- Mind-numbing techniques (such as meditation, chanting, speaking in tongues, denunciation sessions, debilitating work routines) are used to suppress doubts about the group and its leader(s).
- The leadership dictates sometimes in great detail how members should think, act, and feel (for example: members must get permission from leaders to date, change jobs, get married; leaders may prescribe what types of clothes to wear, where to live, how to discipline children, and so forth).
- The group is elitist, claiming a special, exalted status for itself, its leader(s), and members (for example: the leader is considered the Messiah or an avatar; the group and/or the leader has a special mission to save humanity).
- The group has a polarized us-versus-them mentality, which causes conflict with the wider society.
- The group's leader is not accountable to any authorities (as are, for example, military commanders and ministers, priests, monks, and rabbis of mainstream denominations).
- The group teaches or implies that its supposedly exalted ends justify means that members would have considered unethical before joining the group (for example: collecting money for bogus charities).
- The leadership induces guilt feelings in members in order to control them.
- Members' subservience to the group causes them to cut ties with family and friends, and to give up personal goals and activities that were of interest before joining the group.
- Members are expected to devote inordinate amounts of time to the group.
- Members are encouraged or required to live and/or socialize only with other group members.
It is interesting to note that from this list characteristics (1), (2), (3), (4), (7), (8), and to lesser extent (10), (13), and (14) are applicable to Raymondism :-). That might be accidental, but most probably it is not.
There are multiple additional problems with Raymondism as simplistic fairy tale, which I covered elsewhere (see Bad Linux Advocacy FAQ (Raymondism FAQ) ) but one important problem is that as soon as we allow large sums of money into the equation, large open source projects gradually evolve into a form of cooperative development by large firms with more or less closed circle of developers elite (or using less politically correct term, oligarchy). Firms which bankroll the salaries of these elite developers and some useful supplementary figures like Eric Raymond, implicitly provide the direction of development (this is sometimes called hijacking of open source project). In any case, the primary goal implicitly became catching and maintaining market share for "sponsors" (not unlike proprietary evil twins do), not so much about the advancement of the state of the art in academic sense, or free exchange of knowledge. In a way, Raymondism as many "spiritual movements" hides a corpse in their closet -- the orgy of greed of leaders during Linux gold rush which was a part of dot-com boom. Of course, frantic denials and counter accusations by those in charge presently for such statement follows almost automatically. And they are usually accepted in gratitude by devotees, who cannot get over the shock of such revelations. Finances are always a bomb for movements like Raymondism which accept "greed is good" postulate. Human groups always wish to grow. Accountability is often not considered appropriate. Danger arises that members of the inner circle became too greedy.
History of commercializing of open source ("Linus revolution") has shown pretty convincingly that
it is internally contradictive undertaking with strong corrupting influences for leaders of the
movement and shaky, "between two chairs" for the firms who support the movement (IBM, Red Hat, Novell,
etc). The recent twist in Red Hat long history of trying to balance openness with commercial success.
And in this respect Red Hat is better then many other open source software vendors. At least they managed
to produce a leading Linux distribution for more then a decade, unlike "make money fast by IPO"
rip-offs, such as VA Linux were Eric Raymond used to be a PR man, or "make splash, chip, IPO and vanish"
startups like Transmeta where Linus Torvalds served in a very similar role.
Still now they want to withhold kernel patches from clone makers such as CentOS and Oracle. It is logical that a commercial enterprise wants to conceal information that represents competitive advantage and make the competitors life more difficult. But this puts it against the spirit of open source movement. And this is just the most recent example of a long trend. Commercial providers of open source prefer open source in as impenetrable for competitors packaging as they can get away with :-)
|Commercial providers of open source prefer open source in as impenetrable for competitors packaging as they can get away with :-)|
Raymondism promotes the view on "open source" as a marvelous utopia, kind of "bright future of mankind" (not unlike Vulgar Marxism, althouth ESR of course denies the connection). Like all the great utopias, it is free of personality conflicts and everyone freely works for the Common Good, implemented via Red Hat, IBM, Novell and some other players that actually not unlike evil twins of proprietary software world exchange your money for delivered goods. Of course the key difference is that they do it for the benefit of all (but first of all their top management and selected members of Linux elite) under the benevolent dictatorship of El Linusimo. Somebody said that money do not smell.
Paradoxically in "free vs open source discussion" I am on the RMS side (Stalmanism side, if you wish ;-) and I think that RMS is right by saying that he's not sure to what extent the Free Software is compatible with corporate desire for profit.
It's much more straightforward and truthful to say it that way, rather than jump over the head trying to sell open source projects to the highest bidder as Eric Raymond and Linus Torvalds did during dot-com boom. There is one terminological problem: some people (RMS is one example) distinguish free software ("free software"="GPL-based software" in RMS interpretation ;-) from Open Source (umbrella term that includes BSD license, Artistic license and LGPL), some do not. Open source is snappier, clearer, less ambiguous, and close enough to the same thing. As such it's preferable to the 99% of people. I know that RMS disagree, but so be it. And actually if you are semantic fundamentalist you can see the GPL has problems with coercively redefining the word "free" (that's why so much material on GNU site is devoted to it ;-). BSD license is more free that GPL in both "free like in beer" and "free like in freedom" meanings of this word.
But terminology notwithstanding, RMS views are limited too because under the umbrella of software development there are several processes:
The principal advantage of open source means that for simple programs the possibility of adapting program for your needs largely compensates for the shortcomings of this program. Of course you need to be a programmer to use this advantage, but still a shot carefully written and well structure program with sufficient documents is not unlike an article in academic journal. It provides a starting point for others to explore the same area but standing of the shoulders of previous contributor. If we lose adaptability of code, then availability of source code is still valuable as insurance, but not much more then that.
In other words, only reasonably short, well structured and well documented programs are useful for adaptation. But the key precondition here is that they should be able to transfer some useful for recipient knowledge, the property which dissipates as program grows larger and larger. In other words, real open source is about knowledge-transfer. Of course everything is relative and there are such strong and dedicated programmers, who can break the fog of Linux kernel and start participating in the development even with version, say, 2.6.3x. But hose are rare and one robin does not make the string: they do not signify that the transfer of knowledge is possible to mere mortals.
It might be more properly to call huge complex codebases, such as Linux kernel 2.6.3x or Apache 2.x not open, but semi-open program. Because for most members of community they are undistinguishable from closed. In other words the source code is just a part of process of transferring and dissimilating knowledge.
And if you do not wish to transfer knowledge you can "fake" open source: you still can provide open source code, but you remove all the ladders that help to see its internal architecture, the choices made and compromises adopted. As RMS aptly said:
... I would choose a bare-bones unreliable free program rather than ... reliable proprietary program...
But this is also true about large non-documented or poorly documented open source program. Any specialist in in renovation of commercial software can testify that the task of adapting large complex codebase to new purpose is not unlike moving existing commercial programs from one platform to another or rewriting software written in some old, no longer widely used, or platform limited programming language in some more current programming language (for example, Java or Python). And, that far from an easy task. Believe me, companies pay very good money for specialists skilled in such an activity, who are able to port large, complex ancient programs, say, in PL/1 or Cobol to, say, Java (which is nothing but new Cobol with more fancy name :-). .
Again the key property of open source is that "bare-bone" open source program does have additional value that might compensate for its many other real or perceived faults. The windows of opportunity for knowledge transfer is not automatic and to a large extent disappear with the growth of the size of the codebase of the program. So KISS principle is of paramount importance for open source. In other word complexity of codebase is the cancer of open source.
I would like to stress again, that the principal advantage of open source: possibility of adaptation to a different purpose or domain, exists only up to certain amount level of complexity, centrain number of lines in a program. That's why scripting languages are so important and Perl, TCL, PHP and Python, not Linux should be considered the flagships of open source. From this point of view Linux is a just a conservative reimplementation of Unix that introduced almost nothing new into operating system kernel design. And BTW Unix introduced at least seven: C language as system programming language, hierarchical filesystem, pipes and a set of pipes friendly utilities/filters, regular expressions, devices as files, shell as the mother of all modern scripting languages, and first built-in TCP/IP stack). If one compares Linux with BE OS, Inferno or even with OS/2 and Amiga one can see that in major design decisions Linux is an extremely conservative OS. As Rob Pike noted in his "Systems Software Research is Irrelevant&ch is Irrelevant" (http://plan9.bell-labs.com/cm/cs/who/rob/utah2000.pdf) Linux can be considered as a sign that computer science research became irrelevant and he claimed that the whole situation in OS design is generally bad and requires action.
The key point is that you can convert any open source project into an close analogy of a proprietary software development project (or "fake it" using less academic terminology) by just by overcomplicating the code base and removing/witholding the information about architecture. Large software development project is much more the codebase. It includes the tremendous amount of knowledge about the architecture (which often is held by just key developers; that's why replacement of key developers is so disruptive on late stages of the project), build infrastructure, etc. With huge codebase (especially written in C) open source projects gradually start to approximate binary code as the number of people able or willing to look inside the code base approaches zero. At the same time open source development provides competitors with all the necessary information for replication of the project enforcing something like a law of jungles in software development when the largest gorilla rules. A nice example in this regard was Oracle launch of their own distribution cloned from Red Hat.
|You can convert any open source project into a close analogy of a proprietary software development project just by overcomplicating and obscuring the code base and removing/witholding the information about architecture.|
The second tendency is connected with the stratification of developer in any large, successful open source project. As key developers became much closer to "big money" they tend to form elite (which politically incorrectly is called oligarchy) which is difficult or impossible to dismiss. That also gives an impulse to building of cult of personality of a leading developer(s).
I tend to think that this 'Sudden Wealth Syndrome' is applicable not only to children of rich. Behavior of key figures of open source during dot-com book with tits cosmic valuations of unprofitable companies and consolidation frenzy is a nice illustration of the problems that arise when quest for knowledge is mixed with quest for money. The rot among key figures of open source movement, who became a despicable hypocrites in the process was undeniable. Dot-com boom turned them into well-paid promoters of questionable financial products, a real patsies of Wall Street. And that includes Transmeta with Linus Torvalds as a front man for the IPO (see Selling Transmeta (TMTA) ) and VA Linux with Raymond as heavy PR artillery. For example, Raymond was granted 150,000 share options of VA LINUX SYSTEMS INC at a strike price of less than four cents apiece, according to SEC filings, for a total value at IPO prices of about $32 million.
Of course later those companies suffered from "financial irregularities", shady accounting practices to justify astronomic valuations, etc. But money were already made. Some results of those activities resulted not only in rip-off of institutional investors who shown have known better, but a direct rip-off of open source enthusiasts, who decided to support those ventures with their hard earned money. Here is the message that I had found on the Linux Today forum about "absurdly rich" Eric Raymond:
It's really sad, but greed is greed even if it's connected with open source. And while promoting companies before IPO they never commented on subsequent press releases like "The company denied that it expects to find evidence of financial irregularities either in its revenue recognition or expenses" (VA Linux). Accompanied by resignation of CFO, CEO or both. There was almost no criminal prosecutions, neither among Wall Street analysts that promoted those firms, CEOs of those "make money fast" firms, or PR frontends. Everything was swiped under the carpet and authorities pretended that this was not a fraud but just a little bit overstepping of regulations trying to turn a profit :-). Kind of dressed rehearsal for subprime loans boom/bust.
The Me use Linux too IPO open sore Linus open ebiz ASP solutions satire aptly described crazy atmosphere of this gold rush bubble that partially was inspired by Raymondism (See Linus Midas Touch for more information):
The final destruction of what used to be a charming little OS scene arrived today, Monday, December 13, 1999.
Linuxtoday is spewing forth "me-use-linux-too-IPO-open-sore-Linus-open-ebiz-ASP-solutions" press releases from every backwater, buzzless Joe Q. Corp with a hotmail account...
OS figureheads are being courted for interviews with a veracity that is usually reserved only for pathological child molesters and internet CEOs...
Forty thousand "Embedded Internet eSolution Firewall Privacy Biz Remote" solutions are being deeply discounted to the five people who care enough to add one more yeahd00ditssecure.pl script to their boxes...
2-bit players are buying half-bit companies without a dime to their names just to get at the word Linux in their press releases...
Contrast this feeding frenzy with typical behavior expected from academic players. When you become a scientist, you essentially give up the quest for great wealth. Yes, you get a decent (or half-decent) wage. But real scientist usually avoid to capitalize on their discoveries. They just give them away, the way BSD developer do. That's how Donald Knuth behaved with his contributions to open source. Of course there are entrepreneurs in academic closing, but they are more of an exception then the rule and they are usually not respected by colleagues. You are expected to publish honest work reveling what you discovered and that's it. World can take it or ignore it. And you don't get a penny from publishing an important. groundbreaking article in a leading magazine; often you pay to help to offset the typesetting costs.
All in all, I tried to communicate a more objective message that can mobilize developers by giving them a clear sense of what OSS is about, what are major pitfalls and difficulties and how to avoid them or at least lessen their influence on the project. Choices are difficult and for talented programmer jumping into open source in order to prove themselves is just one possibility. Not always the best.
Also level of contribution to open source can and should vary. Some level of contribution is advocated by the authored as pretty effective medicine against dull, bureaucratized and stiffing for innovation atmosphere of IT departments in many large corporations with clueless bosses and complete technological dysfunction (which is not that different from one other dysfunction :-).
Here, not in fairy tales about bazaar models or illusive and coercive freedom via GPL, the author see future of open source and free software development. I see the main valu eof open source as a kind of scientific commons, that should be protected as an important part of knolwedge ecosystem.
Again here the example of Free/Open/NetBSD is an really inspirational as those projects survives and had shown impressive results ( FreeBSD jails, OpenBSD OpenSSH project) without injection of doping from heavyweights like IBM into the community :-).
GPL based programming commons are now becaome increasingly privatized. And with the privatization comes real dangers such as overcomplexity, sucking to big donors like IBM, etc. That's bad for preservation of classic Unix, that halted important avernues of research and could be bad news for both the future progress of programming as an art and for technological progress. The erosion of the programming commons is not easy to stop. Here I want to call the alarm.
A key element of the open source is that outside of commercial ventures the work of programmers is and should be motivated by the search for understanding, not profit. Indeed, excessive influence of large companies on open source projects could kill the goose that lays the golden egg. In the terms used by Polanyi (1967), society should appreciate and protect “The Republic of Open Source”, not so much "Open Source Incorporated".
The most promising part of open source is connected with scripting languages (LAMP is one example; usage of Perl in bioinformatics is another), where it really opened new horizons and beat commercial developers such as IBM and Microsoft. Yes, in this area open source developers did beat Microsoft.
All in all open source development helps to keep developers of proprietary systems honest and I think that in such important products as Office 2003, Windows 2007 and Windows 7 mobile there is an implicit contribution of open source. At least it did help to revitalize and focus Microsoft development.
It's time to discount fairy tales about open source and return to more realistic variant of open source which is exemplified by Free/Open/NetBSD development. As a movement that creates and support an alternative software ecosystem, ecosystem that had its values different from commercial software development, that values KISS and provides open honest exchange of knowledge between participants. My feeling is that knowledge exchange in open source community is in danger, and that the costs of eroding this open exchange of knowledge due such factors as excessive complexity (necessary for competing with proprietary software) and GPL based commercialization (where complexity serves as a barrier of entry much like in commercial software development) are likely to be high.
I wrote five papers and one ebook analyzing this problem from various angles:
Labyrinth of Software Freedom (BSD vs GPL and social aspects of free licensing debate)
Open Source Software (slides by Gerard C. Weatherby)
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