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QuoteRef: goldA10_1995
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ThesaHelp:
references g-h
ThesaHelp:
ACM references f-l
Topic:
user-defined languages
Topic:
extensible systems
Topic:
domain specific language
Topic:
programming environment
Topic:
abstraction in programming
Topic:
programming with a database of modules
Topic:
uniform language systems
Topic:
vivid representation of programs
Topic:
simulation
Topic:
computer as an intelligent agent
Topic:
design for change
Topic:
language flexibility
Topic:
programming language design
Reference
Goldberg, A., "Why Smalltalk?", Communications of the ACM, 38, 10, pp. 105-107, October 1995. Google
105 ;;Quote: Smalltalk provides a simple semantics and syntax for the creation of domain-specific programming systems
105+;;Quote: can change a Smalltalk environment and its applications while the system is executing
105+;;Quote: Smalltalk provides a flexible and enjoyable software development experience
105 ;;Quote: use customization of existing parts to create software systems in Smalltalk; through composition and refinement
105+;;Quote: every system part in Smalltalk has the same power as the whole
106 ;;Quote: Smalltalk's heritage is simulation; the description and simulation of real-world models as computer models
106 ;;Quote: a Smalltalk user should be able to rapidly change the conceptual model of a system without strong technical skills; needed for simulation
106 ;;Quote: Smalltalk is a system for defining systems; it is not a language
106 ;;Quote: can program in Smalltalk anything that the user can do; e.g., create automatic, intelligent editors; came from Lisp
ThesaHelp: references g-h (299 items)
ThesaHelp: ACM references f-l (241 items)
Topic: user-defined languages (38 items)
Topic: extensible systems (22 items)
Topic: domain specific language (8 items)
Topic: programming environment (46 items)
Topic: abstraction in programming (67 items)
Topic: programming with a database of modules (94 items)
Topic: uniform language systems (25 items)
Topic: vivid representation of programs (22 items)
Topic: simulation (35 items)
Topic: computer as an intelligent agent (49 items)
Topic: design for change (75 items)
Topic: language flexibility (34 items)
Topic: programming language design (53 items)