| slovo | definícia |
run-time
(encz) | run-time, n: |
run-time
(wn) | run-time
n 1: the time at which a (software or multimedia) program is run
2: (computer science) the length of time it takes to execute a
software program |
| | podobné slovo | definícia |
run-time error
(encz) | run-time error, n: |
run-time error
(wn) | run-time error
n 1: an error in logic or arithmetic that must be detected at
run time [syn: semantic error, run-time error, {runtime
error}] |
java run-time environment
(foldoc) | Java Run-Time Environment
JRE
(JRE) The part of the Java Development Kit
required to run Java programs. The JRE consists of the {Java
Virtual Machine}, the Java platform core classes and
supporting files. It does not include the compiler, debugger
or other tools present in the JDK. The JRE is the smallest
set of executables and files that constitute the standard Java
platform.
(1998-11-30)
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run-time environment
(foldoc) | run-time environment
A collection of subroutines and
environment variables that provide commonly used functions
and data for a program while it is running.
Compare run-time support.
(1995-03-22)
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run-time error
(foldoc) | run-time error
An error in the execution of a program which
occurs at run time, as opposed to a compile-time error.
A good programming language should, among other things, aim to
replace run-time errors by compile-time errors. Language
features such as strong typing help.
A good program should attempt to avoid run-time errors by, for
example, checking that their input data is sensible. Where
this is not possible, the program should attempt to detect the
error and handle it gracefully rather than just exiting via
the language or operating system's default handler. Here
again, a good language will make this easy to do (or at least
possible).
See also abort, core dump, GPF.
(1997-01-13)
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run-time library
(foldoc) | run-time library
A file containing
routines which are linked with a program at run time rather
than at compile-time. The advantage of such {dynamic
linking} is that only one copy of the library needs to be
stored, rather than a copy being included with each
executable that refers to it. This can greatly reduce the
disk space occupied by programs. Furthermore, it means that
all programs immediately benefit from changes (e.g. bug
fixes) to the single copy of the library without requiring
recompilation. Since the library code is normally classified
as read-only to the memory management system, it is possible
for a single copy of the library to be loaded into memory and
shared by all active programs, thus reducing RAM and
virtual memory requirements and program load time.
(1997-07-16)
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run-time support
(foldoc) | run-time system
run-time support
(RTS, run-time support, run-time) Library code
and processes which support software written in a particular
language running on a particular platform. The RTS
typically deals with details of the interface between the
program and the operating system such as system calls,
program start-up and termination, and memory management.
(1999-07-26)
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run-time system
(foldoc) | run-time system
run-time support
(RTS, run-time support, run-time) Library code
and processes which support software written in a particular
language running on a particular platform. The RTS
typically deals with details of the interface between the
program and the operating system such as system calls,
program start-up and termination, and memory management.
(1999-07-26)
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run-time type information
(foldoc) | Run-Time Type Information
(RTTI) Facilities included in C++ compilers to
allow the type of an object to be determined at run time.
This facility, found in good C++ compilers and some other
high level languages, adds type information to memory
resident objects (i.e. type name or unique type-id). This
allows the run-time system to determine if an object is of a
specific type, for example, to ensure that a cast of an
object is valid.
(1996-04-15)
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