doc2fax api 3.6.1
doc2fax api 3.6.1
Doc2Fax API 3.6.1 offers you a configurable Programming Interface for your own Fax application. Obviously it is quite complicated and inelegant to first print a digital document and then to have the fax device re-digitalize the printed paper again before finally sending it to the addressee.
Hardware components like Fritz Card, ISDN Card and such overcome this problem by virtually establishing a short circuit between computer and telephone line - and along with them a huge market for Fax Software arized, which drives these hardware components in order to send data through them.
Now if you as a software developer intend to offer your clients a tailor-made Fax Software, by which the end user can print his digital documents without fax device, virtually directly into the telephone line, then you encounter two basic problems:
How is my software supposed to know when the user requests the print process, or fax process, respectively ?
How is my software supposed to get access to the graphical data and the text of the digital document destined to be printed, or faxed, respectively ?
The only solution:
A printer driver, which writes the graphical data and the text of the digital document destined to be printed, or faxed, respectively, into files, and notifies your software about all print processes, print events and filenames, so that your software can react to it – and all that is done by Doc2Fax printer driver.
When user requests a digital document (for example *.doc., *.ppt, *.xls, *.html, ...) to be printed, the Doc2Fax printer driver
- puts out one black-and-white-image in bitmap format (*.bmp) containing the graphic information for each page of the document to be printed (alternatively on demand a multipage TIFF-F aka Fax Group 3)
- puts out one txt-file containing the text information for each page of the document to be printed. This later on allows keyword search, especially in large fax documents.
- on print events starts the program or application, which you as software developer have scheduled for this case in configuration file
Requirements:
- At least 64 MB RAM
- 400 MB memory available on hard disk
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Obviously it is quite complicated and inelegant to first print a digital document and then to have the fax device re-digitalize the printed paper again before finally sending it to the addressee. Hardware components like Fritz Card, ISDN Card and such overcome this problem by virtually establishing a short circuit between computer and telephone line - and along with them a huge market for Fax Software arised, which drives these hardware components in order to send data through them...
Doc2Fax API v3.5.0 release is New Release.
Doc2Fax API 3.7.0 is designed as a professional program that includes many rich features.
Obviously it is quite complicated and inelegant to first print a digital document and then to have the fax device re-digitalize the printed paper again before finally sending it to the addressee.
Hardware components like Fritz Card, ISDN Card and such overcome this problem by virtually establishing a short circuit between computer and telephone line - and along with them a huge market for Fax Software arised, which drives these hardware components in order to send data through them.
Now if you as a software developer intend to offer your clients a tailor-made Fax Software, by which the end user can print his digital documents without fax device, virtually directly into the telephone line, then you encounter two basic problems:
How is my software supposed to know when the user requests the print process, or fax process, respectively ?
How is my software supposed to get access to the graphical data and the text of the digital document destined to be printed, or faxed, respectively ?
The only solution:
A printer driver, which writes the graphical data and the text of the digital document destined to be printed, or faxed, respectively, into files, and notifies your software about all print processes, print events and filenames, so that your software can react to it ? and all that is done by Doc2Fax printer driver.
When user requests a digital document (for example *.doc., *.ppt, *.xls, *.html, ?) to be printed, the Doc2Fax printer driver
- puts out one black-and-white-image in bitmap format (*.bmp) containing the graphic information for each page of the document to be printed (alternatively on demand a multipage TIFF-F aka Fax Group 3)
- puts out one txt-file containing the text information for each page of the document to be printed. This later on allows keyword search, especially in large fax documents.
- on print events starts the program or application, which you as software developer have scheduled for this case in configuration file
Requirements: At least 64 MB RAM and 400 MB memory available on hard disk
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Build an EXE from your Java Application. Run your Java EXE as a Windows Service with API controls. Classes and resources can be embedded in the exe as well as compressed and encrypted. The system JRE can be detected.
Callback File System provides a kernel-mode driver, which calls your application when it needs to perform some file system operation, and a user-mode API for use by your application. And your application can expose generic data as a file system to third-party processes.
Such approach lets you offer the remotely stored information for system-wide access.
File System driver creates a virtual device with application-provided file system and emulates a physical storage.
The driver works on the system level and turns a storage into a "real" disk device with it's own file system. The "real disk device" is accessible in read-only and/or read-write mode by any application which uses system file management API.
The driver lets you make the mounted disk visible to the user or hide it from the user.
Unlike CallbackDisk, the driver of Callback File System provides a functionality to create not just your virtual disks, but your own file systems. The driver provides a callback mechanism, which lets you keep your files and file systems wherever you want (i.e. on remote computer, in memory or database tables etc.).
User-mode API is simple and introduces about ten functions, specific to driver management and storage mounting operations. Also the API includes about 20 callback functions (events) which your application must handle to effectively represent a full-featured file system.
The API is needed only for driver and storage manipulation. All file operations can be performed using system file management API or framework-specific classes.
User-mode API is provided as a .NET component for .NET Framework development, a static library with one class for use in C++ and a VCL component for use in Delphi.
Major security Features
- Expose the virtual disk to the user by assigning it a drive letter/ you can keep the virtual disk hidden from user's eye (when no drive letter is assigned).
- Callback File System lets you control what applications or users access the data.
- You can support NTFS security functions for files and directories stored within Callback File System.
Improvements of this version:
- Itanium support Delphi 2009
- C++Builder 2009 support
AudioLab is a set of Visual C++ components for fast audio processing. They allow audio capture, processing and playback with zero lines of program code.
AudioLab supports both the old fashion Wave Win32 API, Audio ACM, and the latest DirectX Media Objects (DMO) and DirectShow, and even allows if needed any mixture of them. The developer can choose to go with any of them, to use all, or can switch from the one to the other at any moment. The components hide the complexity of both approaches, and make them look almost identical from the users prospective.
Free for non-commercial use.
Requirements: Visual C++
- 9 software fonts where each font provides 6 alphabets. Hardware fonts for PostScript printers, X11 fonts for X11 displays and TrueType fonts for Windows 95/98/NT displays and WMF files can also be used. The different aphabets contain Roman, Greek, Russian, mathematical and special European characters. Plotting of mathematical formulas with TeX instructions.
- Plotting of two- and three-dimensional axis systems. Axes can be linearly or logarithmically scaled and labeled with linear, logarithmic, date, time, map and user-defined formats.
- Plotting of curves. Several curves can appear in one axis system and can be differentiated by colour, line style and pattern. Multiple axis systems can be displayed on a page.
- Plotting of legends.
- Elementary plot routines for lines, vectors and outlined or filled regions such as rectangles, circles, arcs, ellipses and polygons.
- Shielded regions can be defined.
- Business graphics.
- 3-D colour graphics.
- 3-D graphics.
- Elementary image routines.
- Geographical projections and plotting of maps.
- Contouring.
- Graphical user interface (GUI) routines based on Motif and Windows API functions.
- English manuals in PostScript, PDF and HTML format are available.
- 9 software fonts where each font provides 6 alphabets. Hardware fonts for PostScript printers, X11 fonts for X11 displays and TrueType fonts for Windows 95/98/NT displays and WMF files can also be used. The different aphabets contain Roman, Greek, Russian, mathematical and special European characters. Plotting of mathematical formulas with TeX instructions.
- Plotting of two- and three-dimensional axis systems. Axes can be linearly or logarithmically scaled and labeled with linear, logarithmic, date, time, map and user-defined formats.
- Plotting of curves. Several curves can appear in one axis system and can be differentiated by colour, line style and pattern. Multiple axis systems can be displayed on a page.
- Plotting of legends.
- Elementary plot routines for lines, vectors and outlined or filled regions such as rectangles, circles, arcs, ellipses and polygons.
- Shielded regions can be defined.
- Business graphics.
- 3-D colour graphics.
- 3-D graphics.
- Elementary image routines.
- Geographical projections and plotting of maps.
- Contouring.
- Graphical user interface (GUI) routines based on Motif and Windows API functions.
- English manuals in PostScript, PDF and HTML format are available.
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.
F-IN-BOX, Delphi Edition 3.4 is a Delphi / Builder / VCL component to enhance Macromedia Flash Player ActiveX features. It does not use its own engine to display movies but provide a wrapper around official swflash.ocx/flash.ocx code instead. Thus it is possible to avoid certain Macromedia Flash Player ActiveX limitations.
Delphi 3, 4, 5, 6, 7, 2005, 2006, 2007, 2008, 2009 and Builder 3, 4, 5, 6, 2005, 2006, 2007, 2008, 2009 are supported. Macromedia Flash Player ActiveX 3, 4, 5, 6, 7, 8, 9, 10 are supported.
Major Features:
- Load flash movies directly from any source (no temporary files!). Protect your flash movie: Using the component you can load any flash movie from any stream object. Just use the LoadMovieFromStream and PutMovieFromStream methods. No temporary files! Load any flash movie on-the-fly from any supported source. For example, you can put one or more flash movies in the resource section of your application and then load it from the exe! That's the portability and power of F-IN-BOX!
- Create flash-enabled applications which are ready to work even when the Macromedia Flash Player ActiveX is not installed!
- Transparency is fully supported!Use TTransparentFlashPlayerControl Component to work with transparency.
- Please note that form transparency is supported only under Win2k (or higher), 16 / 32 bpp display mode. To check if the transparency is supported use global function
- Ability to play Flash Video (FLV) from stream
- Enable/disable flash sounds: Using the component you can turn on/off all sounds in all loaded flash movies.
- Use global procedure SetAudioEnabled to enable/disable the sounds.
- Use GetAudioEnabled to get current status of sounds enabling.
- Adjust audio volume: You can set sound volume. Use the global procedure FlashPlayerControl.SetAudioVolume with a value 0 - 100 to set audio volume. Use FlashPlayerControl.GetAudioVolume to get current audio volume.
- Get a snap image of the current flash movie frame: You can get a bitmap image from the current frame of a flash movie. It means you are able create applications that can coverts Flash movies to a series of bitmaps, JPEGs and others. Also you can build generated images to make an AVI video for example.
- Write code which is compatible with any version of Macromedia Flash Player ActiveX (3, 4, 5, 6, 7, 8, 9, 10).
- Flash External API: FlashPlayerControl supports External API. You can call functions of a movie and a movie is able to get data from an application synchronously (instead of fscommand).
- Streaming: Streaming is an ability to load the content in the asynchronous mode. If you load a movie using LoadMovieFromStream, the movie is loaded into LoadMovieFromStream. If your movie is large, it may take some time. Another example: you have encoded an SWF/FLV file and want to load it into the player. If you use LoadMovieFromStream, the player will play the file only after all of the data is decoded .
Zee WebDock Docking Window for ASP.NET 2.0 offers you First ASP.NET server control that creates Visual Studio style docking panels. Can auto-hide/slide-open/maximize / pintabbed-panels. Panel groups for complex layout. Live refresh of contents while resizing. Constraints on sizes: min/max/step. Appearance customizable via CSS & Themes. Works with MS ASP.NET AJAX. Panel states persist across postbacks. Client API. Dynamic panel. Supports all major browsers, quirks/strict modes.
Major Features:
1. Layout
- DIV-based panels
- Panels dockable to any of the four edges of the container
- Panel groups for complex layout
- Multiple dock panels/groups in a container or a panel group
- Multiple tabbed panels in a dock panel
- Container resizes with browser window
2. Behaviors
- Panels can be autohidden, pinned, maximized or hidden
- Live refresh of contents while resizing
- Constraints on panel sizes: min/max/step sizes
- Oversized thumbs allow users to grab thin splitters easily
- Show splitter buttons only on mouse-over
- Panel states, active tab index, positions of splitter bars and scrollbars persist across postbacks
3. Appearances
- Customizable via CSS, Themes, and object properties
- Customizable splitter bar thickness, thumb image, mouse-over cursor, etc.
- Customizable tabs and action buttons appearances
- ASP.NET 2.0 Themes support
4. ASP.NET AJAX
- Works with Microsoft ASP.NET AJAX
- Customized UpdatePanel for better programmatic access and design-time support
- Panel state and size updatable via AJAX postback, even panel is not an UpdatePanel
5. Client API
- Selected panel properties accessible with JavaScript
6. Dynamic Panels
- Dock panels, tabbed panels and their contents can be created dynamically at run-time
- Panel sequence can be rearranged at run-time
7. Design Time
- Excellent design-time support for Visual Studio 2005 / 2008
- You can work comfortably in both Design and Source Views
- In Design View, server controls can be drag-and-dropped to panels, and contents can be visually edited in the same way as the default .NET Panel class
- In Source View, the code structure is natural and highly intuitive
8. Browser Support
- Supports all major browsers, and various modes (quirks/strict)
- No more browser-hacks
- Consistent box-model
Requirements:
1. Design-Time
ZettaCube ZeeControls works with the design-time environment of Visual Studio 2005 / 2008 or Visual Web Developer 2008 Express. .NET Framework 2.0 or above is required.
If AJAX-enabled version of ZeeControls is used, then Microsoft ASP.NET AJAX Extensions 1.0 or .NET Framework 3.5 is required.
64-bit Windows OS is supported.
2. Run-Time
On the server side, ASP.NET 2.0 or above is required. If AJAX-enabled version of ZeeControls is used, then Microsoft ASP.NET AJAX Extensions 1.0 or .NET Framework 3.5 is required.
64-bit Windows OS is supported.
On the client side, modern browsers with JavaScript enabled are supported:
- Internet Explorer 6, 7, 8
- Firefox 2, 3
- Opera 9
- Safari 3
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
GS1 DataBar Fontware 1.0 is a font-based solution to print GS1 DataBar symbols. DataBar, formerly known as Reduced Space Symbology (RSS), is a GS1-endorsed solution to encode 14-digit GTIN numbers alongside other complementary information, such as sell by date and price.
There are seven types of DataBar formats - GS1 DataBar, GS1 DataBar Truncated, GS1 DataBar Limited, GS1 DataBar Stacked and GS1 DataBar Stacked Omnidirectional. Morovia DataBar Fontware supports all of them. It also supports creating Code128 and EAN-128 (also referred as GS-128) barcodes.
Major Features:
- Two true type fonts targeting 300/600 dpi laser printers as well as 203-dpi barcode printers/fax machines - mrvdatabar-13x.ttf and mrvdatabar-34x.ttf.
- Two true type fonts targeting screen resolution: mrvdatabar-13x-96dpi.ttf and mrvdatabar-34x-96dpi.ttf.
- A special designed true type font, mrvdatabar-em.ttf to be used to create stacked symbols in some software that does not handle font height properly.
- The user reference manual, in both PDF and HTML format.
- The PCL package includes two PCL scalable fonts, mrvdatabar-13x.sft and mrvdatabar-34x.sft, as well as test file to work on Windows and Linux.
- DataBar Encoder GUI, a GUI program to create barcode strings based on data entered.
- A Windows native DLL that provides standard API that provides encoding functions to Microsoft Office programs, as well as programming environments that support calling DLL.
- A Crystal Reports extension DLL that adds DataBar printing functionality to Crystal Reports.
- All files are packaged in a single zip file. The root directory contains the installer for Windows operating system. The PCL directory contains the font files and test files for work on PCL printers.
Requirements: Windows
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UML StateWizard Pro 1.6 is your right choice for UML StateWizard provides a UML state machine programming mechanism in portable standard C/C++ for cross-platform program development including Win32/WinCE and embedded systems developing and simulating. After embedded systems simulation and debugging in IDE, developer can move program to a destination working environment (such as VxWorks, embedded Linux, etc) with little or no extra investment of effort.
Major Features:
- Hierachical state machines
- Support large scale state machines with hundreds of states through separating a state tree definitions to several C/C++ files.
- State history information and history transitions
- Guarded transitions on event handling
- Conditional pseudo-states
- Join pseudo-states
- Orthogonal states
- Built-in state timers. On state entry, starts the built-in timer automatically, stops it on state exit.
- Cross-platform event loop and OS-related API library for Linux/Win32 .
Enhancements:
- StateChart Improvement.
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- Remove State Transition. Select a state transition, a pop-up menu will be available. User could go to the state transition handler or remove the state transition.
- Remove State. Remove state definitions, state variables, related event handlers as well.
- Support Large-scale Application Development.
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- When a project is open, the whole state tree will not fully loaded, until user expands the state machine item.
- Provide a new command Expand State Items in the State Tree to show a full hierarchical composite state
Requirements:
- Windows95
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