native compiler
Tcl Dev Kit 4.0.1 HP-UX
The Tcl Dev Kit (TDK) provides essential tools for Tcl programmers, making it easy to create, build and deploy applications. Rapidly deploy Tcl applications to a broad range of platforms, as ready-to- more>>
The Tcl Dev Kit (TDK) provides essential tools for Tcl programmers, making it easy to create, build and deploy applications. Rapidly deploy Tcl applications to a broad range of platforms, as ready-to-run executables starkits or starpacks for Windows, Mac OS X, Linux, Solaris, AIX and HP-UX. Simplify development with tools for finding and fixing bugs, managing complex code bases, and optimizing your programs. Take control and work the way you want with a choice of GUIs or command line interfaces for most tools. Other features include TclApp that easily
creates and deploys self-contained Tcl executables to all major platforms, and complier, which protect your source code and reduce application support.
Requirements: HP-UX PA-RISC architecture only, Minimum HP-UX 11
Whats new in this version: Checker enhancements, TEA package management, Tcl 8.5 code compiler, GUI facelifts, New platforms: Mac OS X and Solaris x86 support.
<<lessTcl Dev Kit 4.0.1 Linux
The Tcl Dev Kit (TDK) provides essential tools for Tcl programmers, making it easy to create, build and deploy applications. Rapidly deploy Tcl applications to a broad range of platforms, as ready-to- more>>
The Tcl Dev Kit (TDK) provides essential tools for Tcl programmers, making it easy to create, build and deploy applications. Rapidly deploy Tcl applications to a broad range of platforms, as ready-to-run executables starkits or starpacks for Windows, Mac OS X, Linux, Solaris, AIX and HP-UX. Simplify development with tools for finding and fixing bugs, managing complex code bases, and optimizing your programs. Take control and work the way you want with a choice of GUIs or command line interfaces for most tools. Other features include TclApp that easily
creates and deploys self-contained Tcl executables to all major platforms, and complier, which protect your source code and reduce application support.
Requirements: Linux x86 architecture only, Minimum 2.4 kernel
Whats new in this version: Checker enhancements, TEA package management, Tcl 8.5 code compiler, GUI facelifts, New platforms: Mac OS X and Solaris x86 support.
<<lessJNIWrapper for Solaris (x64/x86) Std. 3.7.2
JNIWrapper eliminates difficulties in working with native code from Java programs using a standard JNI approach. With JNIWrapper, there is no need to create native libraries to call a function of the operating system API or a function from a library. more>>
JNIWrapper for Solaris (x64/x86) Std. 3.7.2 is such a useful tool which is designed to help users with accessing to native libraries and components from Java code without using JNI.
With JNIWrapper, there is no need for you to create native code libraries to call a function of the operating system API or a function from any dynamic library. You write your code in Java language only, and JNIWrapper does the rest.
JNIWrapper advantages:
- Minimum behind-the-scene operation. Developers can always see what is happening when working with the native-side data.
- High performance. JNIWrapper has been specially tuned for performance, especially in cases where large amounts of data are involved in the interactions.
- Automatic resource management. All resources allocated by JNIWrapper components are released automatically when no longer required.
- Comprehensive support for native function invocation. JNIWrapper supports both stdcall and cdecl calling conventions and all complex C types including structures and unions. Along with WinPack, a free addition to JNIWrapper, there is no need to learn the native Windows API to use it.
- WinPack library abilities:
- Access to Windows Registry;
- Windows Decoration;
- Tray icon for Java application.
- Access to Windows Registry;
Major Features:
- High Performance
JNIWrapper is capable of handling any large amount of data involved in interactions between the Java and native code, requiring no tuning on your side. - Automatic Memory Management
All resources allocated by JNIWrapper are released automatically when no longer needed. You can treat JNIWrapper variables as usual Java objects that can be picked up by the Java garbage collector. Besides, JNIWrapper objects are safe with regard to finalizers: all resources are guaranteed to be available during finalization. - Native Function Invocation
JNIWrapper supports both stdcall and cdecl calling conventions and multiple C/C++ data types including structures, unions, and pointers. Callbacks are fully supported with any parameter and return types and both calling conventions. - Extensible Architecture
You can implement new data types or customize existing ones, taking full control over the parameter behavior. - Code Generation Wizard
Using the Code Generator wizard bundled with JNIWrapper, you can generate Java wrappers for a required set of C types, including structures, unions, and callbacks. - Catching Native Errors
When you call a native function, JNIWrapper makes all native errors ready for debugging on the Java side, putting program execution fully under your control. - Custom Search Mechanism
Apart from a default mechanism to find and load a native library, JNIWrapper provides a way to customize it. Besides, it makes it possible to load native libraries from JAR files. - Thread-safe Concurrent Function Invocation
You can perform all native function calls simultaneously from different Java threads without the need of synchronizing them, just as if invoking simple Java methods.
Enhancements: Not Established
Requirements: JSDK/JRE 1.3.x, 1.4.x and 1.5.x
WareSeeker Editor
JNIWrapper for Linux (ppc32/ppc64) Std. 3.7.2
JNIWrapper eliminates difficulties in working with native code from Java programs using a standard JNI approach. With JNIWrapper, there is no need to create native libraries to call a function of the operating system API or a function from a library. more>> <<less
JNIWrapper for Linux (x86/x64) standard 3.7.2
JNIWrapper eliminates difficulties in working with native code from Java programs using a standard JNI approach. With JNIWrapper, there is no need to create native libraries to call a function of the operating system API or a function from a library. more>> <<less
JNIWrapper for IBM AIX (ppc32) standard 3.7.2
JNIWrapper eliminates difficulties in working with native code from Java programs using a standard JNI approach. With JNIWrapper, there is no need to create native libraries to call a function of the operating system API or a function from a library. more>> <<less
JNIWrapper for Solaris (ultraSPARC) Std. 3.7.2
JNIWrapper eliminates difficulties in working with native code from Java programs using a standard JNI approach. With JNIWrapper, there is no need to create native libraries to call a function of the operating system API or a function from a library. more>>
JNIWrapper for Solaris (ultraSPARC) Std. 3.7.2 is such a useful tool which is designed to help users with accessing to native libraries and components from Java code without using JNI.
With JNIWrapper, there is no need for you to create native code libraries to call a function of the operating system API or a function from any dynamic library. You write your code in Java language only, and JNIWrapper does the rest.
JNIWrapper advantages:
- Minimum behind-the-scene operation. Developers can always see what is happening when working with the native-side data.
- High performance. JNIWrapper has been specially tuned for performance, especially in cases where large amounts of data are involved in the interactions.
- Automatic resource management. All resources allocated by JNIWrapper components are released automatically when no longer required.
- Comprehensive support for native function invocation. JNIWrapper supports both stdcall and cdecl calling conventions and all complex C types including structures and unions. Along with WinPack, a free addition to JNIWrapper, there is no need to learn the native Windows API to use it.
- WinPack library abilities:
- Access to Windows Registry;
- Windows Decoration;
- Tray icon for Java application.
- Access to Windows Registry;
Major Features:
- High Performance
JNIWrapper is capable of handling any large amount of data involved in interactions between the Java and native code, requiring no tuning on your side. - Automatic Memory Management
All resources allocated by JNIWrapper are released automatically when no longer needed. You can treat JNIWrapper variables as usual Java objects that can be picked up by the Java garbage collector. Besides, JNIWrapper objects are safe with regard to finalizers: all resources are guaranteed to be available during finalization. - Native Function Invocation
JNIWrapper supports both stdcall and cdecl calling conventions and multiple C/C++ data types including structures, unions, and pointers. Callbacks are fully supported with any parameter and return types and both calling conventions. - Extensible Architecture
You can implement new data types or customize existing ones, taking full control over the parameter behavior. - Code Generation Wizard
Using the Code Generator wizard bundled with JNIWrapper, you can generate Java wrappers for a required set of C types, including structures, unions, and callbacks. - Catching Native Errors
When you call a native function, JNIWrapper makes all native errors ready for debugging on the Java side, putting program execution fully under your control. - Custom Search Mechanism
Apart from a default mechanism to find and load a native library, JNIWrapper provides a way to customize it. Besides, it makes it possible to load native libraries from JAR files. - Thread-safe Concurrent Function Invocation
You can perform all native function calls simultaneously from different Java threads without the need of synchronizing them, just as if invoking simple Java methods.
Enhancements: Not Established
Requirements: JSDK/JRE 1.3.x, 1.4.x and 1.5.x
WareSeeker Editor
Sketsa SVG Editor 6.0 / 6.1 Beta 1
Sketsa is a vector drawing application based on SVG. more>>
Sketsa SVG Editor 6.0 / 6.1 Beta 1 provides you with a professional and powerful vector drawing application which is based on SVG. Scalable Vector Graphics (SVG) is a graphics format and technology based on XML developed by W3C. With Sketsa, you can create vector graphics that can be scaled and printed at any resolution, without losing detail or clarity. You also get instant visual feedback on what you changed.
Sketsa features various tools for optimizing content creation, giving designers unsurpassed support for creativity. These tools include property palette, DOM editor, source editor, resources editor, SVG specific shape tools, transformation tools, and additional illustration tools.
Major Features:
- SVG Native File Format and produces very clean XML code: Sketsa uses SVG as its native file format. SVG is an open standard language for describing two-dimensional (2D) graphics in XML developed by W3C. As being a XML grammar lets SVG benefit from the various XML tools that make it so easy to manipulate, generate, search and edit SVG files. Sketsa also produces very clean SVG XML code. It is not using any proprietary namespaces.
- Tool Palette, Canvas, and Visual Design Tool: It features various tools for optimizing content creation, giving designers unsurpassed support for creativity. Its visual design tools allows designer to select, draw, and edit objects easily. It support SVG specific shape tools < rect>, < ellipse>, < line>, < polyline>, < polygon>, < text> and support additional illustration tools such as Pencil tool for freeform shape and Pen tool for curve shape. It also support transform type: rotate, skew, scale, and translate. Designer could easily and visually create or edit SVG artwork.
- Object Property: Designer can quickly inspect and change object properties in one centralized location. The Object Properties contains several categories: Geometry, Stroke, Fill, and Filter. In each of the category you can change the value and automatically shown in the canvas. Depending on the object selected, it allow designer to change the geometry, stroke, fill, or filter effect properties such as geometry attributes, color, stroke width, opacity, fill rule, etc
- Resource Editor: The resource editor is a centralized location of resources for the current or selected SVG document. It allows you to create Linear Gradient, Radial Gradient, and Filter. This is the place where object reuse is achieved. For example: Gradient or Filter element which could be applied to other SVG elements.
- Source Editor with syntax highlighting: Although Sketsa allows designer to visually create and edit SVG artwork without worrying about underlying source code, Sketsa provide access to the underlying SVG source code. The integrated XML text editor allows them to view and edit SVG source code for greater control. It has built in SVG validation to ensure source code change are valid SVG Document.
- Export to Raster or Bitmap: Sketsa allows you to export SVG artwork into raster image. It support JPEG and PNG format.
- Plugins Support: Plugins supports allows Sketsa capabilities to be enhanced or extended by various plugins. For example Symbol Library Plugin or Emoticon Symbol.
- Written in Java: Sketsa is a cross platform application that run on all popular operating systems. It runs on any platform which supports Java 1.4.2 eg: Microsoft Windows, Unix or Linux, etc.
Enhancements: This is a major release with many enhancements.
Requirements:
- Java 1.5 or higher
- 1024 x 768, 16-bit (thousands of colors) color display or higher
- Mouse or equivalent pointing device
- Page: 1 of 1
- 1
