develop c component object models
develop c component object models
You can explore and edit every object and its published properties in runtime.
MarshallSoft GPS Component for C/C++ 2.1 is designed as a professional program that can allow you to read and decode industry standard GPS NMEA 183 navigation sentences from the RS232 serial port as well as computes great circle distances and bearings.
Major Features:
- Runs as a background thread unattended
- Works with Bluetooth virtual serial ports
- Works with USB serial ports (with a USB to serial converter)
- The most commonly used NMEA navigation sentence types (GPGGA, GPRMC, GPGLL, GPGSV, and GPVTG) are automatically decoded Includes C, C++, VC.NET, and C# example programs
- Uses the Windows Win32 API for serial port input - no special Windows driver or support libraries are required
- Supports Microsoft Visual C/C++/C# (including .NET), Borland 5.0 and 5.5, Watcom 11.0, and LCC-WIN32
- Can be used with Microsoft Foundation Class MFC and Borland C++ Builder programs Can also be used with Delphi, Visual Basic, VB.NET, VBA application (EXCEL, ACCESS, WORD, etc), Visual FoxPro, Visual dBase, Xbase++, PowerBasic and COBOL
- Can be ordered with or without C source code for the DLL
- Free technical support and updates for one year
- Includes 3 manuals: Programmers Manual, Reference Manual, and Users Manual (Online and printed).
- Runs under Windows 95/98/Me/NT/2000/2003/XP/Vista
- Royalty free distribution with your compiled application.
- Uses the Windows Win32 API for serial port input.
- Works with both real and virtual serial ports.
- Runs as a background thread unattended.
- The most current GPS data is always available on demand.
- Most commonly used NMEA sentence types automatically decoded.
- Does not depend on support DLLs.
- Several latitude/longitude calculation functions included.
- Several example programs are provided, including examples for Microsoft Visual C/C++ (MSVC), Microsoft Foundation Class (MFC), Borland C/C++, Borland C++ Builder (BCB), Watcom C/C++, and LCC-WIN32.
Enhancements: Added suport for GPBOD and GPWPL sentences.
Requirements: Windows 95/98/Me/NT/2000/XP/Vista.
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GPS library C++ toolkit reads and decodes standard GPS NMEA 183 sentences. The MarshallSoft GPS Component C/C++ (MGC4C) library toolkit reads and decodes industry standard GPS NMEA 183 navigation sentences from the RS232 serial port as well as computing great circle distances and bearings.
Here are some key features of "MarshallSoft GPS Component for C c":
The most current GPS data is always available on demand
Runs as a background thread unattended * Works with Bluetooth virtual serial ports
Works with USB serial ports (with a USB to serial converter)
The most commonly used NMEA navigation sentence types (GPGGA, GPRMC , GPGLL, GPGSV, and GPVTG) are automatically decoded
Includes C, C++, VC.NET, and C# example programs
Uses the Windows Win32 API for serial port input - no special Windows driver or support libraries are required
Supports Microsoft Visual C/C++ (including VC.NET), C#, Borland 5.0 and 5.5, Watcom 11.0, and LCC-WIN32
Can be used with Microsoft Foundation Class MFC and Borland C++ Builder programs
Can also be used with Delphi, Visual Basic, VB.NET, VBA application (EXCEL, ACCESS, WORD, etc), Visual FoxPro, Visual dBase, Xbase++, PowerBasic and COBOL
Can be ordered with or without C source code for the DLL
Free technical support and updates for one year
Includes 3 manuals: Programmers Manual, Reference Manual, and Users Manual
Royalty free distribution with your compiled application.
Requirements:
One of these applications is required:
Microsoft Visual C/C++ (MSVC)
Microsoft Foundation Class (MFC)
Borland C/C++
Borland C++ Builder (BCB)
Watcom C/C++
and LCC-WIN32
Limitations:
60 days trial
The evaluation reminder screen is displayed at startup.
Here are some key features of "MarshallSoft GPS Component for C c":
The most current GPS data is always available on demand
Runs as a background thread unattended * Works with Bluetooth virtual serial ports
Works with USB serial ports (with a USB to serial converter)
The most commonly used NMEA navigation sentence types (GPGGA, GPRMC, GPGLL, GPGSV, and GPVTG) are automatically decoded
Includes C, C++, VC.NET, and C# example programs
Uses the Windows Win32 API for serial port input - no special Windows driver or support libraries are required
Supports Microsoft Visual C/C++ (including VC.NET), C#, Borland 5.0 and 5.5, Watcom 11.0, and LCC-WIN32
Can be used with Microsoft Foundation Class MFC and Borland C++ Builder programs
Can also be used with Delphi, Visual Basic, VB.NET, VBA application (EXCEL, ACCESS, WORD, etc), Visual FoxPro, Visual dBase, Xbase++, PowerBasic and COBOL
Can be ordered with or without C source code for the DLL
Free technical support and updates for one year
Includes 3 manuals: Programmers Manual, Reference Manual, and Users Manual
Runs under Windows 95/98/Me/NT/2000/XP
Royalty free distribution with your compiled application.
MarshallSoft GPS Component for C/C++ 2.1 is a useful tool which is designed to allow any C/C++ program to receive and decode standard NMEA 183 sentences from a GPS receiver connected to the RS232 serial port. Using this version of MarshallSoft GPS Component for C/C++ will bring you such helpfulness and convenience.
MarshallSoft GPS Component C/C++ library toolkit (MGC4C) reads and decodes industry standard GPS NMEA 183 navigation sentences from the RS232 serial port as well as computes great circle distances and bearings.
Major Features:
- Runs as a background thread unattended
- Works with Bluetooth virtual serial ports
- Works with USB serial ports (with a USB to serial converter)
- The most commonly used NMEA navigation sentence types (GPGGA, GPRMC, GPGLL, GPGSV, and GPVTG) are automatically decoded
- Includes C, C++, VC.NET, and C# example programs
- Uses the Windows Win32 API for serial port input - no special Windows driver or support libraries are required
- Supports Microsoft Visual C/C++/C# (including .NET), Borland 5.0 and 5.5, Watcom 11.0, and LCC-WIN32
- Can be used with Microsoft Foundation Class MFC and Borland C++ Builder programs
- Can also be used with Delphi, Visual Basic, VB.NET, VBA application (EXCEL, ACCESS, WORD, etc), Visual FoxPro, Visual dBase, Xbase++, PowerBasic and COBOL
- Can be ordered with or without C source code for the DLL
- Free technical support and updates for one year
- Includes 3 manuals: Programmers Manual, Reference Manual, and Users Manual (Online and printed).
- Runs under Windows 95/98/Me/NT/2000/2003/XP/Vista
- Royalty free distribution with your compiled application.
Enhancements:
- Added suport for GPBOD
- Added GPWPL sentences.
Requirements: C/C++/C# compiler.
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Titanium: Atom 1.0 Reader Object Model 1.0 can be a great tool for programmers. It is designed with a Atom 1.0 Object Model. The object model can be referenced in any .Net 3.5 Solution by adding a reference to the "Atom Reader.dll".
The object model can be instantiated by creating an instance of the AtomReader class, which requires the full location of the Atom XML document. The AtomReader can either be used to create a new Atom model or read existing models from a XML DOM or source file.
Requirements: .Net Framework 3.5 SP1
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It includes components of the lexical analyzers: C++, Object Pascal (Delphi), PHP, HTML, CSS1 and the C++ preprocessor, but also contains the full set of base classes, which provides a possibility to create lexers and parsers of any other languages.
These components may be used to build applications, which require the source code analyzing (tools of helps creating; calculators of expessions; designers of source codes; interpreters and compilers and etc.).
The lexical analyzers uses DFAs (Deterministic Finite Automata) to match tokens found on the character input stream. DFAs are defined by the set of regular expressions in a source code and are created at runtime. More than one automaton (lexical class, lexical tree) may be defined. Actions attached to regular expressions (which are executed when that expression has been matched on the input stream) may switch from one lexical class to another. The TLexTree class maintains converting a set of regular expressions into the DFA array.
Source Code Scanners provides also classes, which support a work with command-line options, calculating of constant expressions and etc.
The full source code of Source Code Scanners is available in Professional edition.
XSign ActiveX XML Signature Component 1.0 is professionally designed for secure personal and business transactions. It enables XML digital signatures using certificates over the Internet and intranet. XSign provides excellent data integrity, message and signer authentication and signer verification for all types of data located within the XML document.
As XML becomes a vital component of the emerging electronic business infrastructure, we need trustable, secure XML messages to form the basis of business transactions. One key to enabling secure transactions is the concept of a digital signature, ensuring the integrity and authenticity of origin for business documents. XML Signature is an evolving standard for digital signatures that both addresses the special issues and requirements that XML presents for signing operations and uses XML syntax for capturing the result, simplifying its integration into XML applications. Our XML-based XSign software component has been developed for secure personal and business transactions. It enables XML digital signatures using certificates over the Internet and intranet. XSign provides excellent data integrity, message and signer authentication and signer verification for all types of data located within the XML document.
The most common application area for the XSign component is web based applications. The digital signature is created by the user in a web browser with an ActiveX component, and the signature is verified on a web server.
XML enables production and exchange of structured data. The usefulness of such structured data in business critical applications depends upon our ability to assess its origin and authenticity. XML digital signatures provide integrity, message authentication, and signer authentication services and are essential to the success of Web Services. Digital signatures are created and verified using cryptography, the branch of applied mathematics concerned with transforming messages into seemingly unintelligible forms and then back again. Digital signatures are created by performing an operation on information such that others can confirm both the identity of the signer, and the fidelity of the information. This capability is important to a growing number of XML protocol, publishing and commerce applications. The XSign component is based on the XML-signature standard of the World Wide Web Consortium (W3C) and the Internet Engineering Task Force (IETF).
Major Features:
- XSign is an ActiveX component and can be used in both web based and desktop applications (XPCOM component for use in Fire Fox will be available in XSign Standard edition) .
- Can be used in a Web Browser and on the server,
- Compatible with Microsoft.Net, ASP.Net and many other signature verification libraries
- XSign is implemented on the Win32 platform and uses Microsoft’s standard API functions for cryptographic functions and XML processing
- Stand alone installation. No need for MS XML, CAPICOM and other components
- Compatible with Internet Explorer on all Windows operation system including Windows XP SP2 and Windows Vista
- Implements the XML digital signature standard of the World Wide Web Consortium (W3C) and the Internet Engineering Task Force (IETF)
- API that allows application developer flexible to control the signing process
- Full support of Unicode characters
- X.509 certificates can be used to generate the signatures (passwords can be used only in XSign Standard Edition, available soon)
- Support for user certificate store to find certificates, meaning that all devices including installed certificates on your computer, smart cards, and USB tokens, can bi used to generate signatures
- Utilizes SHA1 digest algorithm, Canonical XML canonicalization and Base64 algorithms
- When creating signatures the signed XML data can easily be made visible for the user for inspection when required
- Easy to use, yet powerful
Template library for properties in C++ like this: widget.color = "red"; to change widget color. In class Widget use: prop::Property color; Supports binding properties together so that the values of several properties of different objects will be automatically synchronized to hold the same value. This library has its own signals (that is Observer Pattern from object oriented methodology) implementation or can be co-worked with the existing signal system. Supports binding properties with a transformation by a functor (e.g. with a C++ function). You can connect properties of different types with optional transformation. Additionally has classes for easy adding properties to object on-the-fly: property(obj, &Class::set, &Class::get). This library is 100% efficient, that is using it does not decrease efficiency compared with direct coding in C++. The library has good API documentation. In short: simplify your work, decrease development time with any kinds of C++ projects, especially GUI projectys. Price includes lifetime free updates. See article http://ex-code.com/articles/binding-properties.html
Requirements: Standard C++
Whats new in this version: Binding properties together etc.
OptiVec contains more than 3500 hand-optimized, Assembler-written functions for all floating-point and integer data types from the following fields:
1. Vectorized form of arithmetic operators and math functions.
2. Matrix operations, e.g.: multiplication, inversion, LU decomposition, singular value decomposition, eigenvalues.
3. Fast Fourier Transform techniques for efficient convolutions, correlation analyses, spectral filtering, etc., both one- and two-dimensional.
4. Curve fitting for a wide range of model functions from simple linear regression to non-linear models with multiple data sets.
5. Statistics.
6. Analysis (derivatives, integrals, extrema, interpolation).
7. Graphical representation of data in Cartesian coordinates.
8. Complex number math, both in cartesian and polar format.
The vectorized implementation in Assembler makes OptiVec functions, on the average, 2-3 times faster than compiled source code of the same functionality. In many instances, the numerical accuracy is improved as well.
The object-oriented interface for C++, "VecObj", offers simplified function calls and increased memory safety.
This version is for the Borland / CodeGear C++ compilers (BC4.0+, Borland C++ Builder, Borland Developer Studio, Turbo C++).
Requirements: Borland C++ (BC++ Builder, Borland Dev. Studio, CodeGear RAD Studio)
This plugin forces Google Desktop Search to index C++ and C files. Includes syntax coloring in the cache.
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