The NcDialog API (Application Programming Interface) is implemented as a link library which provides console applications written in C++ with easy access to the text-formatting tools and window objects needed to design dialog-based applications which leverage the ncurses (actually ncursesw) C-language library without the need to know anything about the ncurses primitives. The NcDialog API is a class-based design which provides robust, modularized code for quick-and-painless development of console applications which incorporate sophisticated user-interface controls such as Textboxes, Pushbuttons, Radiobuttons, Spinners and a variety of controls for display and selection of scrolled data items. All languages and the full Unicode/UTF-8 character set are supported for both LTR and RTL languages. The NcDialog API is also completely thread safe.
Comprehensive documentation is included, and is designed to be useful both for student programmers and for grizzled code warriors.   (See notes on the transition to ncurses version 6.1)

'gString' is a small, fast and flexible way to seamlessly convert, format and analyze both UTF-8 and wchar_t text.  Conceptually, gString is a C++ class definition similar to std::string or the GTK glib::ustring.  gString is much simpler than these all-purpose classes, but it includes the all the common features with none of the fat.  gString consists of one source module and one header file.  It can be built as a link library or the object file can be linked directly with your application.  gString is an indispensible tool for multi-language support in console applications or in any application that is designed to be lean-and-clean.

‘ctrash’ provides comprehnsive Trashcan management from within a terminal window.
Manage the system Trashcan directly from the command-line, or invoke ‘ctrash’ from any application. ‘ctrash’ provides a safe and reliable replacement for the ‘rm’, ‘rmdir’, ‘unlink’ and other console utilities by provisionally deleting files, rather than deleting them completely. ‘ctrash’ includes many options which allow you to automatically empty the Trashcan when you log out, or to manage the number of items in the Trashcan by removing files older than a specified date — and much more.

FileMangler is a compact, fast and flexible tool for handling all your file management needs including scheduled and ad-hoc file backup and synchronization activities. FileMangler is based on the NcDialog API (see above), and runs as a menu-driven dialog in the GNU/Linux terminal environment. FileMangler provides interactive access to many system tools such as Less, Grep, Find, Diff, Stat, Chmod, Hexdump, Mount, Tar and much more. FileMangler also provides full support for managing the local Trashcan. This makes FileMangler ideal for those who are new to Linux and have not yet mastered the incredibly-powerful, yet endlessly-frustrating world of the Linux command line. At the same time, experienced command-line gurus will appreciate how the integration of these utilities into a single, fluid command structure streamlines even complex system maintenance tasks.
Also, and in all modesty, FileMangler's documentation is vastly superior to that of any other file management application, hobbiest or commercial, for any system, anywhere. (and that's as modest as we ever get :-)

Edit, add or remove text and image metadata (tag data) for audio files.
  1) Supports both MP3 (id2v2.3/4) and OGA (OGG/Vorbis I, 2015) audio formats.
  2) Simultaneous editing of an entire album (up to 99 audio source files).
  3) User interface is multilingual from the ground up, currently implemented in four (4)
      languages: English, Español, Zhōngwén (中文) and Tiếng Việt; with hooks for
      additional languages, both LTR and RTL.
While ‘Taggit’ is primarily a model for students who are creating applications with fully-integrated multilingual user interfaces, Taggit includes one or two interesting features which may be missing from more “mainstream” tag editors.
Because Software Sam has only limited ability with languages, some of the captions and instructions may be poorly translated from the English. Sorry about that – these will be improved as we get more feedback from the community.

The WaylandCB clipboard interface class provides a seamless interface between console applications and the Wayland system clipboards. Wayland is the communications protocol which is replacing X-Windows on most GNU/Linux desktops, including GNOME 3.20+, KDE Plasma 5+ and others. WaylandCB communicates with the system clipboard through Sergey Bugaev's “wl-clipboard” console apps “wl-copy” and “wl-paste”. This provides full independence from GTK, Qt or other toolkits normally needed to create applications which directly communicate with Wayland. The WaylandCB package also includes our gString tool for encoding/decoding and formatting of text data. WaylandCB may be built against the included ‘Wayclip’ reference and demonstration app. Wayclip verifies accurate compilation of the clipboard interface code and demonstrates access to each of WaylandCB's public methods. Full documentation is also included.

CRC (Cyclic Redundancy Check) algorithms are used to verify data integrity in streaming data which may be subject to data loss via single-bit or burst-error corruption. CRC is used to protect data in everything from mobile phone text messages, to streaming video.
‘crcPlus’ provides two fully-configurable CRC Generator reference models:
  1) a direct-calculation model for CRC algorithm verification, and
  2) a table-driven model which uses a dynamically-created hash table for
      performance-oriented CRC generation.
Both of these models are built around the CRC_Gen class definition (C++) which may be “#included” in any application which needs CRC error detection.
‘crcPlus’ is a natural evolution from our C hack, ‘crcmodel’ (see Applets below), which was in turn based on a reference model by Ross Williams (1993).

‘srcprof’ analyzes your source code modules and calculates the “maintainability” of the code. A count of source code lines, comments and whitespace is generated for each source file, and a “maintainability-index” report is created, giving a baseline evaluation of the effectiveness of the source code layout. ‘srcprof’ analyzes high-level languages like C, C++, Java and VB, as well as assembly languages, HTML/CSS markup and scripting languages such as Perl, Python, shell scripts and more.
Become the rock-star developer of your organization. Management types will love these reports because their disorganized little brains will almost be able to comprehend the significance of progress in source code development when presented in this simple way.

A bit of painless style for those of us who create (or are considering creation of) html-formatted documentation using the Texinfo documentation system (makeinfo --html).  As you may know, the raw HTML output from 'makeinfo' is a bit simplistic, but has style hooks for customizing the look of the document.  'infodoc-styles.css' replaces the do-nothing style hooks in these documents with actual, style definitions which may be easily customized to meet your particular needs.  You can see this styling in action by clicking any of the 'View as HTML' buttons on this page.

Important Note

The “Idpp” post-processor has been updated to support ‘makeinfo’ version 6.6 and above.
The Texinfo development group has done a great job cleaning up and organizing the Perl code for ‘texi2any’.     Well done All!
Now that the syntax and layout of the HTML generated by ‘texi2any’ has been stabilized, we have rewritten the post-processor's parsing routines to reflect the new layout. In addition, most of the non-optimal formatting in the raw HTML can now be corrected automatically without user interaction. The command-line options and switches have also been updated to allow a more targeted interaction for formatting decisions which require it.
— Post-processing is also much faster (not that it was slow before).
— List processing has received special attention, and although ‘texi2any’ generally does a good
     job with lists, the HTML5 standard offers a much larger variety of enumeration types
     (approximately 50 types). The post-processor now supports the following in addition to the
     standard alphanumeric types: leading-zero decimal, uppercase and lowercase Roman
     numerals, lowercase Greek, CJK, Katakana, Hebrew and Arabic. A variety of custom bullet-list
     formats (well beyond the three HTML standard types) is also supported. Please review the
     documentation for additional details on this upgrade.
— As a final note, although the Texinfo “@small. . .” block commands are unfortunately no longer
     supported by ‘texi2any’, the ‘idpp’ post-processor now offers both smaller-font AND larger-font
     options for all block commands.

infodoc-styles-0.0.07.tar.bz2

CSS3 style for HTML documents generated by makeinfo/texi2any version 5.x and early 6.0.

'crcmodel' is reference implementation for generating CRC (Cyclic Redundancy Check) error detection.   'crcmodel' is based on an original algorithm designed by Ross Williams (1993), updated with significant code cleanup, the addition of invocation options and other enhancements to assist students and others in integrating CRC into their own projects.   'crcmodel' provides a simple, accurate model for CRC generation based on a set of flexible setup parameters. Both 32-bit and 16-bit CRC are supported, as well as reflected and non-reflected bit manipulation. If, for a given source data stream and setup parameters, your CRC implementation generates the same CRC value as 'crcmodel' then you can be relatively certain that your implementation is correct!

The ‘Salmon’ application is a GNU/Linux console (command-line) utility written in C++ which demonstrates some common examples of spawing an external process from within an application and redirecting the standard I/O streams to avoid resource conflicts. The application demonstrates the use of the ‘execv’, ‘execl’, ‘execlp’, ‘execvp’, ‘fork’, ‘vfork’, ‘waitpid’ and ‘dup2’ functions, among others. Also demonstrated is a procedure for defining and opening a secondary terminal window.