Synonyms for tcl_scripting or Related words with tcl_scripting
Examples of "tcl_scripting"
Digital logic simulators often include a
interface for simulating Verilog, VHDL and SystemVerilog hardware languages.
ICB features many standard chat program functions, including channels, private messages, and nickname registration. Most of the common clients support
of commands and functions. Some clients (principally icbm) support scripting in Perl instead.
Tk was developed by John Ousterhout as an extension for the
language. It was first publicly released in 1991. Tk versioning was done separately from Tcl until version 8.0.
Jacl is a self-contained implementation of a Tcl interpreter, written entirely in Java. Jacl also includes features that facilitate communication between a Java interpreter and a Tcl interpreter. Jacl is typically used to incorporate
functionality into an existing Java application, without dealing with the complexities of native code that come with loading Tcl Blend into a Java process.
Sprite was an experimental Unix-like distributed operating system developed at the University of California, Berkeley by John Ousterhout's research group between 1984 and 1992. Its notable features included support for single system image on computer clusters and for the introduction of the log-structured filesystem. The
language also originated in this project.
Vis5D provides options for memory management, so that very large data sets can be visualized at individual time steps without the need to compute graphics over the simulation's entire time sequence, while smaller data sets can be visualized with full animation. Vis5D also provides an API enabling developers of other systems to incorporate Vis5D's functionality. This API is the basis of a
capability so users can write automated scripts for producing animations.
MeVisLab development began in 1993 with the software ILAB1 of the CeVis Institute, written in C++. It allowed to interactively connect algorithms of the Image Vision Library (IL) on Silicon Graphics (SGI) to form image processing networks. In 1995, the newly founded MeVis Research GmbH (which became Fraunhofer MEVIS in 2009) took over the ILAB development and released ILAB2 and ILAB3. OpenInventor and
was integrated but both programs were still running on SGI only.
Expect, an extension to the
language written by Don Libes, is a program to automate interactions with programs that expose a text terminal interface. Expect was originally written in 1990 for Unix systems, but is now also available for Microsoft Windows and other systems. It is used to automate control of interactive applications such as telnet, ftp, passwd, fsck, rlogin, tip, ssh, and others. Expect uses pseudo terminals (Unix) or emulates a console (Windows), starts the target program, and then communicates with it, just as a human would, via the terminal or console interface. Tk, another Tcl extension, can be used to provide a GUI.
John Kenneth Ousterhout (, born October 15, 1954) is the chairman of Electric Cloud, Inc. and a professor of computer science at Stanford University. He founded Electric Cloud with John Graham-Cumming. Ousterhout was a professor of computer science at University of California, Berkeley where he created the
language and the Tk platform-independent widget toolkit, and proposed the idea of coscheduling. Ousterhout also led the research group that designed the experimental Sprite operating system and the first log-structured file system. Ousterhout is the author of the Magic VLSI Computer-aided design program.
The viewer supports both post-mortem viewing of VCD files and interactive viewing of VCD data, known as "partial loading". With this feature, the output of a simulator can be written to a named pipe and then fed to the viewer through a shared memory proxy. The user can then navigate the dump as it is being written to the pipe and watch the simulation output in real time. Coupled with the GtkPlug mechanism, this allows for the viewer to be integrated with other simulators in order to provide an interactive environment all in one window.
and callback capability allow for remote control by other applications. Starting with the 3.3 series, Bluespec Workstation is able to start GTKWave from the workstation, send signals from the workstation to the waveform viewer, and display mnemonics for enumerated types, structured buses, etc.
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