DEC developed and maintained BLISS compilers for the PDP-10, PDP-11, DEC Alpha, DEC PRISM, Intel IA-32, Intel IA-64, and VAX, and used it heavily in-house into the 1980s ; most of the utility programs for the VMS operating system were written in BLISS-32.

Experiments with hardware support in high-level languages in the late 1960s led to such languages as PL / S, BLISS, BCPL, and extended ALGOL for Burroughs large systems being used for low-level programming.

The computer automation system ( BLISS ) made for the use of Bilkent University Library is now being used by many other Turkish university libraries, again by permission of Bilkent University.

T's purpose is to test the thesis developed by Steele and Sussman in their series of papers about Scheme: that Scheme may be used as the basis for a practical programming language of exceptional expressive power, and that implementations of Scheme could perform better than other Lisp systems, and competitively with implementations of programming languages, such as C and BLISS, which are usually considered to be inherently more efficient than Lisp on conventional machine architectures.

Experiments with hardware support in high level languages in the late 1960s led to such languages as PL / S, BLISS, BCPL, and extended ALGOL for Burroughs large systems.

BLISS is a typeless block-structured language based on expressions rather than statements, and includes constructs for exception handling, coroutines, and macros.

BLISS: A Language for Systems Programming.

* " BLISS: A Language for Systems Programming " by W. A.

* Session notes for " Introduction to BLISS " by Matthew D. Madison.

* FreeVMS Portable BLISS for GCC

The first implementation of OPS5 was written in Lisp, and later rewritten in BLISS for speed.

A compiler for ALGOL 68S was available for the PDP-11, written in BLISS.

Nestled in this part are the BLISS projects and to the north, the MAR settlement project, which when completely developed will be a source of livelihood and food supplies for Central Luzon.

* BLISS, system programming language developed at Carnegie Mellon University

BLISS is a system programming language developed at Carnegie Mellon University by W. A. Wulf, D. B. Russell, and A. N. Habermann around 1970.

ANSI C is now supported by almost all the widely used compilers.

Most of the Lisp systems whose designs contributed to Common Lisp — such as ZetaLisp and Franz Lisp — used dynamically scoped variables in their interpreters and lexically scoped variables in their compilers.

Support for compiling programs that do not require the POSIX compatibility layer provided by the Cygwin DLL used to be included in the default gcc, but is now provided by cross compilers contributed by the MinGW-w64 project.

Earley parsers are appealing because they can parse all context-free languages, unlike LR parsers and LL parsers, which are more typically used in compilers but which can only handle restricted classes of languages.

He published a paper that introduced the theory of data-flow analysis used today in optimizing compilers,

Hatfield is mentioned in the Domesday Book as the property of the Abbey of Ely, and unusually, the original census data which compilers of Domesday used still survives, giving us slightly more information than got into the final Domesday record.

ML's strengths are mostly applied in language design and manipulation ( compilers, analyzers, theorem provers ), but it is a general-purpose language also used in bioinformatics, financial systems, and applications including a genealogical database, a peer-to-peer client / server program, etc.

A C header file used in MS-DOS compilers to create text user interfaces.

Newer Pascal compilers exist which are widely used.

In the mid-1970s, researchers ( particularly John Cocke ) at IBM ( and similar projects elsewhere ) demonstrated that the majority of combinations of these orthogonal addressing modes and instructions were not used by most programs generated by compilers available at the time.

RTL is also the name of a specific IR used in the GNU Compiler Collection, and several other compilers, such as Zephyr.

This contrasts with dynamic scoping which was characteristic of early Lisp dialects, because of the processing costs associated with the primitive textual substitution methods used to implement lexical scoping algorithms in compilers and interpreters of the day.

Since then it has been used as the target for several other experimental compilers.

The classic implementation was on the PDP-10 ; it has been used to study compilers, formal grammars, and artificial intelligence, especially machine translation and machine comprehension of natural languages.

In the effort to take obfuscation to its extremes, contestants have produced programs which skirt around the edges of C standards, or result in constructs which trigger rarely used code path combinations in compilers.

As a consequence of early pervasive design decisions taking advantage of the easily used reentrant object code capabilities of the 6809 processor, programs intended for OS-9 are required to be reentrant ; compilers produce reentrant code automatically and assemblers for OS-9 offer considerable support for it.

* Custom compilers and linkers may be used to optimize specialized hardware.

Some programmers consider the " p-code " generated by some Pascal compilers, as well as the bytecodes used by. NET, Java, BASIC and some C compilers to be token-threading.

QuickBASIC continues to be used in some schools, usually as part of an introduction to programming, though it is fast becoming replaced by more popular compilers.

Additionally, programs must be carefully and specially written to take maximum advantage of the architecture, and often special optimizing compilers designed to produce code specifically for this environment must be used.

Some compilers in this category provide special constructs or extensions to allow programmers to directly specify operations to be performed in parallel ( e. g., DO FOR ALL statements in the version of FORTRAN used on the ILLIAC IV, which was a SIMD multiprocessing supercomputer ).

Notice the question mark: this is often ( though by no means always ) used by compilers to indicate this sort of clue is one where you need to interpret the words in a different fashion.

The first compiler-compiler to use that name was written by Tony Brooker in 1960 and was used to create compilers for the Atlas computer at the University of Manchester, including the Atlas Autocode compiler.

The languages used as source code for logic compilers are called hardware description languages, or HDLs.

* Edinburgh University wrote compilers for Algol60 ( later updated for Algol60M ) based on their Atlas Autocode compilers initially bootstrapped from the Atlas to the KDF-9.

The Edinburgh compilers generated code for the ICL1900, the ICL4 / 75 ( an IBM360 clone ), and the ICL2900.

JPI first launched a MS-DOS compiler named JPI Modula-2, that later became TopSpeed Modula-2, and followed up with TopSpeed C, TopSpeed C ++ and TopSpeed Pascal compilers for both the MS-DOS and OS / 2 operating systems.

Originally intended for writing compilers for other languages, BCPL is no longer in common use.

The development of compilers for new programming languages first developed in an existing language but then rewritten in the new language and compiled by itself, is another example of the bootstrapping notion.

The first compilers for COBOL were subsequently implemented in 1960, and on December 6 and 7, essentially the same COBOL program ran on two different computer makes, an RCA computer and a Remington-Rand Univac computer, demonstrating that compatibility could be achieved.

This methodology was observed and adapted later by DoD for the official certification of Ada compilers.

Some software providers also produced compilers for BASIC, and other languages, to produce binary ( or " machine ") code which would run many times faster and make better use of the small system RAM.

The clone's outputted messages can also be customized for a variety of European languages or Japanese and can be compiled with a variety of C compilers.

While most compilers for imperative programming languages detect pure functions, and perform common-subexpression elimination for pure function calls, they cannot always do this for pre-compiled libraries, which generally do not expose this information, thus preventing optimizations that involve those external functions.

Some compilers, such as gcc, add extra keywords for a programmer to explicitly mark external functions as pure, to enable such optimizations.

Later, IBM provided compilers for the newly developed higher-level programming languages Fortran and COBOL.

There are also ahead-of-time compilers that enable developers to precompile class files into native code for particular platforms.

The advent of modern programming languages, notably C, for which compilers are available on virtually all computers, has rendered such an approach superfluous.

The GNU Compiler Collection includes an < tt > MMIX </ tt > back-end for its C / C ++ compilers, contributed by Hans-Peter Nilsson and part of the main GCC distribution since late 2001.

Oberon's feature simplicity leads to considerable space and coding efficiency for its compilers.

Oberon-2 compilers maintained by ETH include versions for Windows, Linux, Solaris, Mac OS X.

Oberon-07 compilers have been developed for use with 32-bit Windows Oberon-07M ( Oberon-07 language revision 2008 ), 32-bit ARM, Cortex-M3 microcontrollers, and a Wirth-designed RISC processor implemented using a Xilinx FPGA Spartan-3 board.