[Savannah-register-public] [task #5079] Submission of cegcc (arm-wince-pe toolchain)
Update of task #5079 (project administration): Status:None = Wait reply Assigned to:None = Beuc ___ Follow-up Comment #1: Hi, If the sources are 500kB, you can attach them to this tracker, else can you mail them at [EMAIL PROTECTED] One of our criteria is to only host products that can run on a completely free OS. Can you explain me a bit more how this cross-compiler works, and whether MS Windows is needed in a any way to run it? Also, would it be better to include your project as part of gcc, instead of developping it independently? ___ Reply to this item at: http://savannah.gnu.org/task/?func=detailitemitem_id=5079 ___ Message sent via/by Savannah http://savannah.gnu.org/
[Savannah-register-public] welcome to HaoVong
Xmas.html Description: Binary data
[Savannah-register-public] [task #5081] Submission of PyPIV
URL: http://savannah.gnu.org/task/?func=detailitemitem_id=5081 Summary: Submission of PyPIV Project: Savannah Administration Submitted by: urapiv Submitted on: Thu 12/29/05 at 18:10 Should Start On: Thu 12/29/05 at 00:00 Should be Finished on: Sun 01/08/06 at 00:00 Category: Project Approval Priority: 5 - Normal Status: None Privacy: Public Assigned to: None Percent Complete: 0% Open/Closed: Open Effort: 0.00 ___ Details: A new project has been registered at Savannah The project account will remain inactive until a site admin approve or discard the registration. # REGISTRATION ADMINISTRATION # While this item will be useful to track the registration process, approving or discarding the registration must be done using the specific Group Administration page, accessible only to site administrators, effectively logged as site administrators (superuser): https://savannah.gnu.org/admin/groupedit.php?group_id=8228 # REGISTRATION DETAILS # Full Name: -- PyPIV System Group Name: - pypiv Type: - non-GNU software documentation License: GNU General Public License V2 or later Description: URAPIV (http://urapiv.tripod.com) is going to be FREE, completely FREE. We are translating it from Matlab (by Mathworks Inc., registered trademark) to Python, providing our users the infinite freedom. Other Software Required: python, matplotlib ___ Reply to this item at: http://savannah.gnu.org/task/?func=detailitemitem_id=5081 ___ Message sent via/by Savannah http://savannah.gnu.org/
[Savannah-register-public] [task #5082] Submission of Hindawi Vernacular Programming System
URL: http://savannah.gnu.org/task/?func=detailitemitem_id=5082 Summary: Submission of Hindawi Vernacular Programming System Project: Savannah Administration Submitted by: hi_pedler Submitted on: Thu 12/29/05 at 23:47 Should Start On: Thu 12/29/05 at 00:00 Should be Finished on: Sun 01/08/06 at 00:00 Category: Project Approval Priority: 5 - Normal Status: None Privacy: Public Assigned to: None Percent Complete: 0% Open/Closed: Open Effort: 0.00 ___ Details: A new project has been registered at Savannah The project account will remain inactive until a site admin approve or discard the registration. # REGISTRATION ADMINISTRATION # While this item will be useful to track the registration process, approving or discarding the registration must be done using the specific Group Administration page, accessible only to site administrators, effectively logged as site administrators (superuser): https://savannah.gnu.org/admin/groupedit.php?group_id=8229 # REGISTRATION DETAILS # Full Name: -- Hindawi Vernacular Programming System System Group Name: - hindawi Type: - non-GNU software documentation License: GNU General Public License V2 or later Description: The first ever complete suite of open-source programming languages for Indian vernaculars. It includes equivalents of C, C++, lex, yacc, assembly etc. in Hindi, Bangla and other vernaculars. Along with this I have also released Hindi and Bangla DOS (GPL'd and based on FreeDOS), including BASIC and Logo for vernaculars. The downloads are currently available at http://www.indicybers.com These projects have won Computer Society of India's Young IT Professional Award (Eastern region) 2005 (Winner) and 2004 (Special mention), two years in a row. I shall be competing at the 2005 national level now. Some of the innovations of this project include a system for displaying Indic scripts in true text-mode. This is done without using any aditional hardware. At no point has any graphical (rasterising) method been used for this. All the required glyphs have been accomodated in the extended ASCII code page, leaving 7-bit ASCII unaltered. This method is applicable to all Brahmi derived composite syllabic Indian scripts. Hindi, Bangla, Assamese and Gujrati scripts have been implemented. Oriya and Punjabi are under development. There are strong suggestions that this may be applicable for South Indian scripts as well. This has made it possible to have BIOS/POST in Indic. Besides, this system being free, it does not add to the procurement cost as compared to commercial products. Another contribution of this project includes a case and diacritic independent, compiler acceptable transliteration system. This is completely invertible and is applicable to all Indian languages. This has direct mapping to the IPA and, hence, may be used to develop programming languages in any human language. It also has bearings on web technology, as it can allow Indic URLs in IPv4 as well. It may be used to encode even static web-pages, such that if someone does not have the required fonts then one may see the Indic web-page in Roman script transliteration, instead of boxes (unicode) or garbage (other encodings), from the same static html. Finally, the task of Indic programming language design has not been trivial either. I have also included support for HP printers. The system uses GCC as back-end and is highly portable. There is both ISCII and UNICODE support for all languages, including Hindi/Bangla DOS and the IDE. Necessary filters have been provided for conversions between ISCII, Romenagri, UNICODE, APCISR, HP-PCL(printing on HP printers) etc. The languages have been developed synchronically and, hence, there is a certain level of homogenity in keyword selection across paradigms. The programs written in Indic programming languages are readily converted to their English equivalents and hence may be delivered internationally. There is also support for translation of variable names and rudimentary literate programming. Unreleased languages include Lisp, Prolog, Ada, Pascal, Fortran etc. in Inian vernaculars. They shall be released soon, after the initial testing and verification of license issues. However the availability of lex and yacc makes the issues of targeting specific lanuages quite trivial, and these are already available for download along with C, C++, assembly, BASIC, logo, and Java in Hindi and Bangla. Technologically, Hindi/Bangla C/C++/assembly has been used for robotics and cluster super-computers. Along with this system, I have also released in public domain the design of a natural-interfaced autonomous robot. The languages have
[Savannah-register-public] [task #5083] Submission of Romenagri Transliteration System
URL: http://savannah.gnu.org/task/?func=detailitemitem_id=5083 Summary: Submission of Romenagri Transliteration System Project: Savannah Administration Submitted by: hi_pedler Submitted on: Fri 12/30/05 at 00:25 Should Start On: Fri 12/30/05 at 00:00 Should be Finished on: Mon 01/09/06 at 00:00 Category: Project Approval Priority: 5 - Normal Status: None Privacy: Public Assigned to: None Percent Complete: 0% Open/Closed: Open Effort: 0.00 ___ Details: A new project has been registered at Savannah The project account will remain inactive until a site admin approve or discard the registration. # REGISTRATION ADMINISTRATION # While this item will be useful to track the registration process, approving or discarding the registration must be done using the specific Group Administration page, accessible only to site administrators, effectively logged as site administrators (superuser): https://savannah.gnu.org/admin/groupedit.php?group_id=8230 # REGISTRATION DETAILS # Full Name: -- Romenagri Transliteration System System Group Name: - romenagri Type: - non-GNU software documentation License: GNU General Public License V2 or later Description: Romenagri is a GPL'd non-ambiguous invertible case and diacritic independent compiler acceptable transliteration system with the associated algorithms implemented using GCC for high portability. It may be used for developing vernacular compilers, besides regular transliteration work. The authors have independently developed it and demonstrated it to be applicable to all languages using the North Indian composite syllabic scripts; viz. Assomiya, Bangla, Devnagri, Gujrati, Oriya and Punjabi. Romenagri utilises syllabic complements in Roman script for the symbols of the North Indian scripts. The mapping for a specific script may be a subset of the complete mapping owing to the absence of certain characters in the specific case, e.g. the wa and ba of Devnagari match a single symbol in Bangla ba. The words are formed by actively concatenating successive syllabic compliments, looked up from a table through an O(n) lookup achieved by using the normalised codes for the Indian script symbols as an array index. The process of active concatenation uses a 'de-voweling' operator carat (^), which forms an equivalent of halanta or hasanta of the Indian scripts and distinguishes the matra of the vowels by preceding the syllabic compliment of their akshara form. The de-voweling operator, however, does not appear in the output. The syllabic compliment looked up from the mapping table is pushed onto a stack. On encountering a carat as part of a looked-up compliment, the last pushed vowel character 'a' is popped out of the stack and discarded. The remaining part of the compliment, after the carat, is then pushed onto the stack. On encountering the end of a word, the content of the stack is popped to obtain the required transliteration, after which the stack is flushed. The process of converting Romenagri back to the Indian script representation is more complex and is achieved by using a recursive descent parser. The authors have designed the syllabic compliment so as to facilitate O(n log n) parsing. The parser operates at 5 levels. The word is submitted at level 1, and the initial syllabic compliments are consumed. Successive levels are entered in case of multiple possibilities with the ultimate level identifying a matra. All other symbols are identified at earlier levels. After each production the parser enters level 1 with the non-consumed part of the input. The only phonetic modifier used in Romenagri is the underscore '_' character, which generally forms a part of the input set of most compilers. This allows rule adherent transliteration for keywords written in Indian scripts. The underscore characters present in the original Indian script text are expanded to two underscore characters. Hence, the inversion parser treats every paired underscore as a character and every nascent underscore as a phonetic modifier. An instance of Romenagri transliteration with corresponding syllabic compliments is given below. ka + ^ra + ^i + ya + ^aa = kriyaa The source code is currently available along with the Hindawi source code, but this project has a seperate standing technically and academically. The sources may be downloaded from http://www.indicybers.com ___ Reply to this item at: http://savannah.gnu.org/task/?func=detailitemitem_id=5083 ___ Message sent via/by Savannah http://savannah.gnu.org/
[Savannah-register-public] [task #5084] Submission of Anamika Press Code for Indian Script Representation
URL: http://savannah.gnu.org/task/?func=detailitemitem_id=5084 Summary: Submission of Anamika Press Code for Indian Script Representation Project: Savannah Administration Submitted by: hi_pedler Submitted on: Fri 12/30/05 at 02:46 Should Start On: Fri 12/30/05 at 00:00 Should be Finished on: Mon 01/09/06 at 00:00 Category: Project Approval Priority: 5 - Normal Status: None Privacy: Public Assigned to: None Percent Complete: 0% Open/Closed: Open Effort: 0.00 ___ Details: A new project has been registered at Savannah The project account will remain inactive until a site admin approve or discard the registration. # REGISTRATION ADMINISTRATION # While this item will be useful to track the registration process, approving or discarding the registration must be done using the specific Group Administration page, accessible only to site administrators, effectively logged as site administrators (superuser): https://savannah.gnu.org/admin/groupedit.php?group_id=8231 # REGISTRATION DETAILS # Full Name: -- Anamika Press Code for Indian Script Representation System Group Name: - apcisr Type: - non-GNU software documentation License: GNU General Public License V2 or later Description: APCISR (Anamika Press Code for Indian Script Representation) is a GPL'd set of representational semantics and assoicated algorithms implemented using GCC for compositional syllabic Indian scripts along with the corresponding set of graphemes, developed independently by the authors, for use with fixed width console (text-mode) applications. This is the 'only' FOSS / GPL'd software that provides this functionality, all other alternatives, such as CDAC's GIST, are commercial. The APCISR uses a 9-grid format to extract the common features of the Brahmi derived Indian scripts. Each feature forms a specific grapheme. The 9-grid consists of three rows, viz. Urdha, Madhya and Nimna, and three columns, viz. Matrik, Lipik and Purak. The Indian script symbols are mapped to their constituent graphemes in one table, with the graphemes being mapped to the corresponding glyphs (character-codes) in another table. Hence, the process of conversion of codes such as ISCII to APCISR is a two-step procedure. The first step (synthesis) consists of combining the grapheme maps of the different Indian symbols, which is algorithmically intensive, while the second step is a straight forward O(n) lookup procedure for obtaining the character values of the corresponding graphemes. The explanation of the synthesis step requires us to distinguish between the look-up map (LM) and the working-map (WM). The LM is a simple 9-grid grapheme map, while WM consists of three rows of three or more columns, with three cursors pointing out the Matrik, Lipik and Purak columns, each of which can move independently with respect to each other. The LM grapheme maps also contain other related properties of the Indian script symbols, such as how the incorporation of the LM in the WM moves the cursors of the WM. This forms a basis for a set of semantic rules for the synthesis step, such as upon encountering a half consonant the Matrik remains constant while the Lipik and Purak are right shifted by 1 place, making the previous Purak the current Lipik and introducing a new column to the right of the WM, which becomes the new Purak. A normal consonant cursor shift consists of the existing Purak becoming the new Matrik, along with the introduction of two new columns to the right of the WM for the new Lipik and Purak. A normal matra causes no cursor shift. The LM grapheme table also consists of mappings for character combinations (sanyuktakshara or juktakshara), which are treated as a single symbol. Once the position of the cursor has been determined, the LM values are logically AND-ed with the corresponding WM values. However, some scripts deviate from generalisations and require the inclusion of specific rules, which are economically accommodated at the end of the synthesis step. The process of APCISR conversion is reversible, however the step of character-code rendering introduces some ambiguity prohibiting proper reconstruction, owing to the fact that more than one grapheme may use the same character code. This issue can be addressed by using larger character pages. However, as our objectives do not require the APCISR to be reversible, as the rendering is done just-in-time, and using the same character-code or glyph for different graphemes allows the extended ASCII code-page to accommodate the glyphs while maintining common graphic symbols such as box and shaded bars, with the 7-bit code page remaining constant. The conversion of the
[Savannah-register-public] [task #5085] Submission of Stribog the attitude sensing platform
URL: http://savannah.gnu.org/task/?func=detailitemitem_id=5085 Summary: Submission of Stribog the attitude sensing platform Project: Savannah Administration Submitted by: ineiev Submitted on: Fri 12/30/05 at 07:10 Should Start On: Fri 12/30/05 at 00:00 Should be Finished on: Mon 01/09/06 at 00:00 Category: Project Approval Priority: 5 - Normal Status: None Privacy: Public Assigned to: None Percent Complete: 0% Open/Closed: Open Effort: 0.00 ___ Details: A new project has been registered at Savannah The project account will remain inactive until a site admin approve or discard the registration. # REGISTRATION ADMINISTRATION # While this item will be useful to track the registration process, approving or discarding the registration must be done using the specific Group Administration page, accessible only to site administrators, effectively logged as site administrators (superuser): https://savannah.gnu.org/admin/groupedit.php?group_id=8232 # REGISTRATION DETAILS # Full Name: -- Stribog the attitude sensing platform System Group Name: - stribog Type: - non-GNU software documentation License: GNU General Public License V2 or later Description: The project will implement a platform for measuring user orientation relative to sides of world: azimuth, pitch and roll. the hardware will include a magnetoresistive compass, tilt sensor based on accelerometer ICs and a microcontroller to manage all. I have not any code to show yet. it will come after the board is designed. The project will consist of hardware and software sections, both under the GPL. The hardware section will include all information needed for reproducing the system, i.e. schematics, boards layout in the form that most board manufacturers accept and so on. this will be implemented using GPLd packages gEDA (http://www.geda.seul.org/) and pcb (https://sourceforge.net/projects/pcb). this section is not software in usual sense, but it quite fits the definition of program given in the GPL. The hardware will be based on Honeywell magnetoresistive sensors, the most precise relatively low-cost magnetic sensors, Analog Devices MMIC accelerometers and probably Analog Devices angular rate sensors. the microcontroller will be a Philips ARM-based LPC2138. all these are expected to show about 1-degree precision. It is also desirable to provide possibility to connect the platform with some GPS sensor. The software will include uC program, which should solve necessary navigation tasks, and utilities to connect GNU/Linux PC host with the board. it possibly will use some port of embedded OS like uCLinux or eCos, but most likely it will run without any OS. it will be written in C and translated with GNU tools (maybe the http://www.gnuarm.com/ distribution). Other Software Required: gnu tools for ARM microcontrollers (http://www.gnuarm.com/) gEDA (http://www.geda.seul.org/) pcb (https://sourceforge.net/projects/pcb) ___ Reply to this item at: http://savannah.gnu.org/task/?func=detailitemitem_id=5085 ___ Message sent via/by Savannah http://savannah.gnu.org/
