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Is the Ford STD next?) In regard to the Pontiac GTO, there wasn't any racing series to homologate the LeMans, for in fact there was a GM corporate edict against official involvement in racing. Pontiac does, however, get credit for jump-starting the alphabet-soup trend in domestic vehicle naming. How Many GTOs Did Pontiac Build?Photo: The one-year-only, colonnade-style Pontiac GTO of 1973The official records for Pontiac GTO production cover the years between 1964 and 1970, but the GTO was officially offered continuously through the 1974 model year, then reappeared briefly from 2004 to 2006. Between 1964 and 1970, Pontiac built 486,560 GTOs. As far as how many versions of the GTO were built, that would be five. These include the year ranges 1964 to 1967 (original-flavor A-body), 1968 to 1972 (second-generation A-body), 1973 (colonnade A-body), 1974 (X-body), and 2004 to 2006 (Holden V-body). Related: 10 Weird GM Muscle Cars You've Never Heard OfThe Holden Monaro-Based GTOOnce upon a time not too long ago, GM had a firebrand leader named Bob Lutz. He's since left the building, but in the early years of the millennium, Bob saw Pontiac as a legit potential competitor to BMW as an upscale performance brand. This was just after Chevy killed the Camaro the first time around and many loyal GM performance fans were looking for another GM team to root for. Like the rest of us gearheads who were already familiar with GM's Australian Holden brand, Bob knew about the Monaro and fast-tracked a program to put it on the road for America, thus the 2004-to-2006 Pontiac GTO was born. After a series of LS1 and LS2 powerplants, the GTO's performance role was replaced by the L98-powered G8 GT, another great Pontiac in the GTO tradition, but without the GTO name.Some devices limit the format to specific variations, such as all-capitalized versions on systems that support only capital letters, while some esoteric programming languages may have to print a slightly modified string. For example, the first non-trivial Malbolge program printed "HEllO WORld", this having been determined to be good enough. [8][unreliable source?] Other human languages have been used as the output; for example, a tutorial for the Go programming language outputted both English and Chinese or Japanese characters, demonstrating the programming language's built-in Unicode support. [9] Another notable example is the Rust programming language, whose management system automatically inserts a "Hello, World" program when creating new projects. A "Hello, World!" message being displayed through long-exposure light painting with a moving strip of LEDs Some languages change the functionality of the "Hello, World!" program while maintaining the spirit of demonstrating a simple example. Functional programming languages, such as Lisp, ML, and Haskell, tend to substitute a factorial program for "Hello, World!", as functional programming emphasizes recursive techniques, whereas the original examples emphasize I/O, which violates the spirit of pure functional programming by producing side effects. Languages otherwise capable of printing "Hello, World!" (Assembly, C, VHDL) may also be used in embedded systems, where text output is either difficult (requiring additional components or communication with another computer) or nonexistent. For devices such as microcontrollers, field-programmable gate arrays, and CPLDs, "Hello, World!" may thus be substituted with a blinking LED, which demonstrates timing and interaction between components. [10][11][12][13][14] The Debian and Ubuntu Linux distributions provide the "Hello, World!" program through their software package manager systems, which can be invoked with the command hello. It serves as a sanity check and a simple example of installing a software package. For developers, it provides an example of creating a .
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