Group: database
Group: information retrieval
Group: object-oriented programming
Group: program module
Topic: CADES structural modeling with holons
Topic: compiling pseudocode designs
Topic: descriptive languages
Topic: design pattern
Topic: domain specific language
Topic: program module as encapsulation
Topic: extensible languages
Topic: function library
Topic: functional programming
Topic: hypertext as external memory
Topic: hypertext nodes
Topic: identifying program modules
Topic: object code linkers and loaders
Topic: object-oriented databases
Topic: predefined program units
Topic: reusable programming
Topic: running programs in a workspace or environment
Topic: semantic grammar
Topic: software components
Topic: symbol table
Topic: Thesa as a database of modules
Topic: user-defined languages
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Subtopic: small vs. large modules
Quote: many programming constructs, may be better than one or two general-purpose constructions [»greeTR_1980]
| Quote: it is better to split up functions into smaller pieces which may be useful for other purposes; abstraction [»wileDS11_1973, OK]
| Subtopic: browsing
Quote: a programmer needs to maneuver through a space of descriptions to view the interconnections
| Quote: a partially completed program consists of many, interrelated, small components; need to keep track of them [»hendP9_1975]
| Subtopic: assemble code from parts
Quote: a well-structured program can always be written as a short text that names other programs that are themselves short [»parnDL12_1994]
| Quote: application developers should assemble or reuse code; without using a facility to write code [»mariB5_1996]
| Quote: since programs can only be understood in small chunks, they should always be presented in complete, small pieces [»parnDL12_1994]
| Quote: use customization of existing parts to create software systems in Smalltalk; through composition and refinement [»goldA10_1995]
| Quote: every system part in Smalltalk has the same power as the whole
| Quote: Self emphasizes concreteness, uniformity, and flexibility: program by copy-and-modify, uniform objects and messages, flexible slot structure [»smitRB10_1995]
| Quote: construct modular routines that solve anticipated problems, and integrate these routines into an operating system [»bailGV8_1977]
| Subtopic: fragments
Quote: reuse traits in Larch to standardize notation, save time, and avoid errors [»guttJV9_1985]
| Quote: a rubble program, or proto-program, is a loosely related collection of program fragments; includes one for each program output
| Quote: AUTOPASS commands by prestored templates which the task planner turns into a program [»leeCS_1986]
| Subtopic: composition or configuration language
Quote: Piccola is a composition language for expressing configuration, connectors, coordination, and glue abstractions [»acheF9_2000]
| Quote: a Configuration Description Language describes configuration options for eCos in a hierarchical, tree-like fashion; ConfigTool checks consistency and dependencies [»thomG1_2000]
| Quote: BACO is a user interface that supplies a framework for linking software modules for applications [»vanmJ1_1977]
| Quote: in BACO, install a new command by adding an entry to the symbol table and linking the required routines [»vanmJ1_1977]
| Quote: BACO looks up command for A+B as $R+R where R stands for real [»vanmJ1_1977]
| Quote: BACO calls print routine for PRINT X; since X is a real, its symbol is $$RA (the code for real-to-string conversion) [»vanmJ1_1977]
| Subtopic: database
Quote: can base software languages on operators and operands in a database and data dictionary, e.g., some report generators; great potential [»joneTC4_1979a]
| Quote: AIM: database of statements with arguments represented by descriptive names [»shimBE4_1987]
| Quote: each task-level statement calls a routine with arguments from the appropriate databases [»shimBE4_1987]
| Quote: CADES generates code from a formal holon description and a design information system database [»pearDJ7_1973]
| Quote: CLU uses a database of descriptive units; built incrementally; shows abstractions, parameters, operations, clusters, cross references [»liskBH2_1976, OK]
| Quote: Consul can incorporate new tools into its database
| Quote: Gibbs chapters are stored in a database for reuse by others
| Quote: Gibbs describes a program by a set of specifications called chapters [»bergD12_1985]
| Quote: Gibbs chapters document FORTRAN programs and could generate them [»bergD12_1985]
| Quote: a MicroTool program is a database of organized, cross-referenced data [»elshJL1_1991]
| Quote: Scribe has a database of definitions for producing a document type on a printing device [»reidBK_1980]
| Quote: TOPD stores fragments of design notations and their interrelationships in a database; can represent any stage of development [»hendP9_1975]
| Quote: everyone liked TOPD's database; allowed retrieval of logical program structure using a logical index [»hendP9_1975]
| Subtopic: environment
Quote: a programming language defines the fixed and given things; in ML this is the environment [»spooCR4_1986]
| Quote: in most programming languages can parse programs independent of environment; cannot in ML [»spooCR4_1986]
| Quote: Napier88 uses a persistent store for program fragments packaged as environments; allows control of namespace and compilation [»dearA4_1993]
| Subtopic: module or component
Quote: want a dialogue style of programming with a modular distribution of knowledge and clean communication between pieces of knowledge [»atkiR_1977]
| Quote: a programming system should provide a uniform framework for information that now appears in documentation, declarations, and assertions [»winoT7_1979]
| Quote: the major design goal for Eiffel was mass-produced software components [»meyeB9_1990]
| Quote: Modeler describes software as a single unit of text; like a card deck for a bare computer [»lampBW6_1983]
| Subtopic: module registry or assembly
Quote: MJ module component registry with import/export lists, access control, and initialization code [»corwJ10_2003]
| Quote: Modula-2 interpreter represents modules by data and code frame; access procedures by their index; dynamic linking [»debaEH_1990]
| Quote: store strong-named assemblies in a global cache verified through digital signatures [»meijE10_2002]
| Subtopic: module naming
Quote: software components should have strong names; includes a simple, readable name, a GUID, version, owner, language, cultural region, processor and platform constraints [»meijE10_2002]
| Quote: people can cope with many programming constructs as long as they can easily discriminate them
| Subtopic: library
Quote: construct programs from specified units, reuse units written by others, any program may become a unit in the library [»perlAJ1_1986]
| Quote: the experienced user often attaches so much importance to the available libraries that the language itself is considered of secondary importance [»stroB_1987]
| Quote: build applications from a library of building blocks
| Quote: use parameters with library subroutines; creates a large, multi-address order code [»wheeDJ6_1949]
| Quote: a programming system should use a library of subroutines as its base [»wilkMV_1985]
| Quote: to use a GP library, need a catalogue of written descriptions for each routine [»randS_1957]
| Quote: since a GP library changes rapidly, need to be able to read as well as write routine descriptions [»randS_1957]
| QuoteRef: shawCJ_1963 ;;54 Jovial's compool (central communication pool) is a data description library and system library
| QuoteRef: coheS4_1974 ;;118 Speakeasy is a simple processor with extensive libraries and associated help documentation
| Subtopic: functional
Quote: AST systems can retrieve the whole state, retrieve the definition of a function, or compute the new state [»backJ8_1978a]
| Quote: in FQL, have a database of functions and a set of functionals that can operate on functions; e.g., extension and restriction [»buneP1_1981]
| Quote: in FQL, a function can create a function; user can build a database of functions [»buneP1_1981]
| Subtopic: scripting
Quote: scripting in Balsa was originally for demos but became important for developing worked-out examples, visualizations, and dynamic modes [»browMH1_1985]
| Subtopic: language fragments
Quote: a general purpose compiler can translate special notations by combining packages of library information; e.g., expressions and function calls [»holtAW5_1958]
| Quote: AED compilation produces merbes by merging merbes and vocabulary merbes; merbes have a parameter header and code with parameter substitution; can create new vocabulary merbe [»rossDT5_1964]
| Quote: the semantics of an IST command is defined by a template of file system types [»osteLJ11_1983]
| Quote: with a user tool for adding a tool fragment, IST will become a flexible, extensible system that will grow and adapt to the needs of a community [»osteLJ11_1983]
| Quote: given the appropriate tool, a user's specifications for a tool fragment can be incorporated with the IST file system
| Quote: Dylan uses definitions instead of files; each object, or source record, can be directly manipulated or edited [»dumaJ6_1995]
| Quote: source records in Dylan contained code fragments, variables, etc. linked via a database and user-defined source container groups [»dumaJ6_1995]
| Subtopic: dictionary
Quote: an extendable dictionary of words that connote actions is similar to subroutine packages [»tuckA1_1975]
| Quote: compile statements by symbol pairs invoking a generator; context not needed [»perlAJ4_1957]
| QuoteRef: bennRK6_1968 ;;3-6 maintains a dictionary [Build]
| Quote: CONTROL is in production; steadily adding (named) sets for scheduling, order tracking, data collection, etc. [»ruhlRC11_1976]
| Quote: a Forth word is identified by length and first three characters
| Subtopic: Programmers Assistant
Quote: Programmers_Assistant library is different from normal libraries in that it contains program fragments in the form of plans instead of code [»wateRC1_1982]
| Quote: Programmers_Assistant library will need to contain several thousand program fragments [»wateRC1_1982]
| Quote: the library in Programmers_Assistant defines a vocabulary, i.e., names for common algorithms and named parts for those algorithms [»wateRC1_1982]
| Quote: Programmers_Assistant editor has commands for building a program by combining prototypes from the library; e.g., 'implement' an unfilled role [»wateRC1_1982]
| Quote: the name of a stereotypical program plan is an explicit label for a structure that will be used repeatedly
| Quote: a Programmers_Assistant programmer uses 'the' to reference a specific part of a plan [»wateRC1_1982]
| Quote: a Programmers_Assistant programmer uses 'a' to create an instance of a plan [»wateRC1_1982]
| Quote: a Programmers_Assistant plan is a flow chart with arcs showing data flow between segment ports and control flow between segments [»wateRC1_1982]
| Quote: Programmers Assistant's plan building methods use structured programming constructs and composed loops which process streams of values [»wateRC1_1982]
| Quote: Programmers_Assistant maintains a program and a plan; the programmer can edit either and the analyzer or coder respectively updates the other [»wateRC1_1982]
| Quote: Programmers_Assistant analyzer performs segmentation to group segments which interact heavily [»wateRC1_1982]
| Quote: Programmers_Assistant surface analyzer constructs a surface plan from the program's intermediate form; primitive operations with data and control flow [»wateRC1_1982]
| Quote: Programmers_Assistant shows code instead of plan because code is concise, unambiguous, and familiar [»wateRC1_1982]
| Subtopic: programming plans and cliches
Quote: plans for programming can be sequenced, nested, merged or tailored [»soloE9_1986]
| Quote: plans for programming are difficult to merge effectively; novices almost always make mistakes [»soloE9_1986]
| Quote: the basic building blocks for programming include stereotypical goals and plans; like pseudocode [»soloE9_1986]
| Quote: programmers think in terms of cliched combinations of elements instead of assignments and tests
| Quote: with cliched combinations, programmers can work by inspection instead of reasoning from first principles [»richC8_1988]
| Quote: a programming cliche is a skeleton which doesn't change, a set of roles which do change, and constraints on what can fill the roles [»richC8_1988]
| Quote: the central feature of inspection methods of programming is the use of cliches
| Quote: the benefits of automatic programming are from the reuse of knowledge about cliches [»richC8_1988]
| Quote: usage cliches should be given first class syntactic status in programming languages, databases, and knowledge representation [»ridjD6_1983]
| Subtopic: programming without discrete components
Quote: with traditional software, a system is not made of discrete components; and if discrete components exist, they are not used elsewhere [»stroB_1991]
| Subtopic: problem with scale
Quote: the Symbolics LISP machine has 30,000 functions, 3300 classes (flavors) and 4400 pages of documentation; is this too complex to use [»morcAI4_1990]
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Related Topics
Group: database (27 topics, 665 quotes)
Group: information retrieval (25 topics, 674 quotes)
Group: object-oriented programming (26 topics, 822 quotes)
Group: program module (10 topics, 336 quotes)
Topic: CADES structural modeling with holons (24 items)
Topic: compiling pseudocode designs (8 items)
Topic: descriptive languages (22 items)
Topic: design pattern (17 items)
Topic: domain specific language (8 items)
Topic: program module as encapsulation (28 items)
Topic: extensible languages (71 items)
Topic: function library (50 items)
Topic: functional programming (45 items)
Topic: hypertext as external memory (24 items)
Topic: hypertext nodes (19 items)
Topic: identifying program modules (26 items)
Topic: object code linkers and loaders (31 items)
Topic: object-oriented databases (15 items)
Topic: predefined program units (6 items)
Topic: reusable programming (77 items)
Topic: running programs in a workspace or environment (14 items)
Topic: semantic grammar (23 items)
Topic: software components (11 items)
Topic: symbol table (4 items)
Topic: Thesa as a database of modules (23 items)
Topic: user-defined languages (42 items)
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