Programming language Generation Schedule

A statistic of 256 programming languages, of course, only a few of these languages are common or practical.

• 1951–regional Assembly Language
• 1952–autocode
• 1954–IPL (The ancestor of the Lisp language)
• 1955–flow-matic (the ancestor of the COBOL language)
• 1957–fortran (first compiled language)
• 1957–comtran (the ancestor of the COBOL language)
• 1958–lisp
• 1958–algol 58
• 1959–fact (the ancestor of the COBOL language)
• 1959–cobol
• 1959–rpg
• 1962–apl
• 1962–simula
• 1962–snobol
• 1963–cpl (ancestor of C language)
• 1964–basic
• 1964–pl/i
• 1966–joss
• 1967–bcpl (ancestor of C language)
• 1968–logo
• 1969–b (ancestor of C language)
• 1970–pascal
• 1970–forth
• 1972–c
• 1972–smalltalk
• 1972–prolog
• 1973–ml
• 1975–scheme
• 1978–sql
• 1980–c++ (C language of existing class, renamed in July 1983)
• 1983–ada
• 1984–common Lisp
• 1984–matlab
• 1985–eiffel
• 1986–objective-c
• 1986–erlang
• 1987–perl
• 1988–tcl
• 1988–mathematica
• 1989–fl
• 1990–haskell
• 1991–python
• 1991–visual Basic
• 1993–ruby
• 1993–lua
• 1994–clos (part of the ANSI Common Lisp)
• 1995–java
• 1995–delphi (Object Pascal)
• 1995–javascript
• 1995–php
• 1996–webdna
• 1997–rebol
• 1999–d
• 2000–actionscript
• 2001–c#
• 2001–visual Basic. NET
• 2002–f#
• 2003–groovy
• 2003–scala
• 2007–clojure
• 2009–go
• 2011–dart

Since 1951, 256 programming languages have been invented by humans, and each language has some new features. The programming language is constantly innovating, and soon there will be new programming languages beyond that list.

Programming language Generation Schedule