Analysis of information sources in references of the Wikipedia article "OCaml" in Chinese language version.
Our main reason for developing Caml was to use it for sofware development inside Formel. Indeed, it was used for developing the Coq system ……. We were reluctant to adopt a standard that could later prevent us from adapting the language to our programming needs. ……We did incorporate into Caml most of the improvements brought by Standard ML over Edinburgh ML. ……The first implementation of Caml appeared in 1987 and was further developed until 1992. It was created mainly by Ascander Suarez. ……
In 1990 and 1991, Xavier Leroy designed a completely new implementation of Caml, based on a bytecode interpreter written in C. Damien Doligez provided an excellent memory management system. ……In 1995, Xavier Leroy released Caml Special Light, which improved over Caml Light in several ways. In 1995, Xavier Leroy released Caml Special Light, which improved over Caml Light in several ways. First, an optimizing native-code compiler was added to the bytecode compiler. ……Second, Caml Special Light offered a high-level module system, designed by Xavier Leroy and inspired by the module system of Standard ML. ……Didier Rémy, later joined by Jérôme Vouillon, designed an elegant and highly expressive type system for objects and classes. This design was integrated and implemented within Caml Special Light, leading to the Objective Caml language and implementation, first released in 1996 and renamed to OCaml in 2011.
This handbook is a revised edition of Section 2 of ‘Edinburgh LCF’, by M. Gordon, R. Milner, and C. Wadsworth, published in 1979 as Springer Verlag Lecture Notes in Computer Science no 78. ……The language is somewhere in between the original ML from LCF and standard ML, since Guy Cousineau added the constructors and call by patterns. This is a LISP based implementation, compatible for Maclisp on Multics, Franzlisp on VAX under Unix, Zetalisp on Symbolics 3600, and Le Lisp on 68000, VAX, Multics, Perkin-Elmer, etc... Video interfaces have been implemented by Philippe Le Chenadec on Multics, and by Maurice Migeon on Symbolics 3600. The ML system is maintained and distributed jointly by INRIA and the University of Cambridge.
Our main reason for developing Caml was to use it for sofware development inside Formel. Indeed, it was used for developing the Coq system ……. We were reluctant to adopt a standard that could later prevent us from adapting the language to our programming needs. ……We did incorporate into Caml most of the improvements brought by Standard ML over Edinburgh ML. ……The first implementation of Caml appeared in 1987 and was further developed until 1992. It was created mainly by Ascander Suarez. ……
In 1990 and 1991, Xavier Leroy designed a completely new implementation of Caml, based on a bytecode interpreter written in C. Damien Doligez provided an excellent memory management system. ……In 1995, Xavier Leroy released Caml Special Light, which improved over Caml Light in several ways. In 1995, Xavier Leroy released Caml Special Light, which improved over Caml Light in several ways. First, an optimizing native-code compiler was added to the bytecode compiler. ……Second, Caml Special Light offered a high-level module system, designed by Xavier Leroy and inspired by the module system of Standard ML. ……Didier Rémy, later joined by Jérôme Vouillon, designed an elegant and highly expressive type system for objects and classes. This design was integrated and implemented within Caml Special Light, leading to the Objective Caml language and implementation, first released in 1996 and renamed to OCaml in 2011.
This handbook is a revised edition of Section 2 of ‘Edinburgh LCF’, by M. Gordon, R. Milner, and C. Wadsworth, published in 1979 as Springer Verlag Lecture Notes in Computer Science no 78. ……The language is somewhere in between the original ML from LCF and standard ML, since Guy Cousineau added the constructors and call by patterns. This is a LISP based implementation, compatible for Maclisp on Multics, Franzlisp on VAX under Unix, Zetalisp on Symbolics 3600, and Le Lisp on 68000, VAX, Multics, Perkin-Elmer, etc... Video interfaces have been implemented by Philippe Le Chenadec on Multics, and by Maurice Migeon on Symbolics 3600. The ML system is maintained and distributed jointly by INRIA and the University of Cambridge.
