Talk:Wishlist Base

From openSUSE

I'm not good with editing Wikis. Can somebody add the opera package to that table? It's the free Opera browser. Thanks.

Additional Requests for Functional Change - Package Unspecific

Network Printing - Server - 1 singular Module for both KDE and Gnome

Current Network Printing Server uses the current modules in KDE - Yast Hardware>Yast Samba Server>CUPS>Kcontrol Printing Module>Kcontrol File Share>Kcontrol Samba All of which have the potential to be in conflict with each other OR are not dependent but can overrule if configured (I.E CUPS>Kcontrol in any module of above) Can we please make this one place for the Hardware Que config !Period! Unknown Server config in Gnome The current situation is nothing short of a nightmare where the client can over-rule the server??????? The Server only needs to provide a physical link from a printer to a Queue.

== Network Printing - Client - 1 singular Module for both KDE and Gnome Current Client Printing uses the current modules in KDE - Yast Hardware>Yast Hardware Client Settings>CUPS>Kcontrol Printing Module>Kcontrol File Share>Application Specific Settings - All of which have the potential to be in conflict with each other OR are not dependent but can overrule if configured (I.E CUPS>Yast ?>Yast ?>)(CUPS>Kcontrol ?> Kcontrol ?) Can we please make this one place for the Hardware Que config and then Application Specific. Unknown Server config in Gnome The current situation is nothing short of a nightmare where the Server can over-rule the Client in either conflict or contradiction. The client should only prepare the print job and link this to an advertised queue.

Fortunately HP have designed and continue to update their Application that is an HP Universal Printer Application that does all of the above and more.

If you have ANY HP Printer/Scanner/Multifunction please go to Yast>Software Management then search for the application HPLIP. Install the required programs from Software Management and under NO circumstances install HPLIP from ANY HP web site redirection as you will only download an obsolete version is every circumstance.

HPLIP is updated to conform with every new version of opensuse. It can search and connect and provide FULL driver functionality and connection to ANY Local/Network/etc "any interface" HP Printer, Scanner or Multifunction. The version of HPLIP in 11.1 of opensuse is nothing but a dream and the version in 11.2 should be considered every HP user delight in connecting to ANY HP Peripheral no matter how it is connected.

HPLIP provides Full Functional Support to every HP Print/Scanner/Multifunction Product in a quick easy interface, that is child's play. Opensuse could do very well to even try to match this program in functionality and ease of use.

If you have an HP Peripheral ANYTHING, connected by ANY Means, this program will find, configure and provide Full software control over every aspect of the device from Enhanced Resolution Function, to Colour Laserjet Coloursphere Technology for ALL their devices NEW and 15 years old and you need not touch the OpenSuse Printer/Scanner native Interface - ever again.

Last entry ever from --zczc2311 07:01, 8 November 2009 (UTC)

My Wish for a New Easier than C or Basic Compiler

There is a way. The Algebra of Sets, Logic Gates, and Logic Simulators, like Verilog, CEDAR, simulate digital circuits. Where no real computer language allows for tracing of data and functions due to the simple fact you are using the Digital Simulator window and logic gates in a simulate before compile fashion. In Assembly Language I have tested bits of code meant to represent and AND gate. An If Statement Produces a 1 or 0, and is used for an input for what could be an array of logic gates, and acts as an input. The simplest part of the code once it is reduced in Assembly is inc, and a trio of conditional jumps. Clear the counter, and Either I got to read the inputs again, or if the simple value = 2 jump to the next input of another gate/address. This system of logic gates makes nested if statements look ineffective. It just takes allot of processing time out of long strings by reducing them to a form of nodal logic typically used with transistors and logic gates and converting them to addresses instead of nodes. I want this to be a front end for Fortran, designed for applications. The Assembly Language Macros would be pre-assembled into a section of code handled by C to pass variables and strings to it for math functions. When you look at the graphic window, if a variable or string is placed there, you still just draw a line that looks like it just represents another node. The computer knows that it's a variable, and treats much differently. It's not going into a 1 or a 0, it will have it's place. It is a place where the Algebra of sets comes into play, there are Data Sets, Instruction Sets and Binary sets of information stored that has to be moved as a single unit, like any file. Drawing that line puts the code in that we are typically working our bottoms off reserving variables, strings space, making them global, static, instead it's just the flow of information and the output that decides. I also want decompiler for every compiler or source code to come with every compiled package. If the system can be certain that it's not running anything from a foreign compiler, it can be fairly certain it's not a virus. Unless, you want to write the whole operating system to operate around this language, it's unlike that you'll be able manage a virus free operating system. Because, if it refuses to run anything from another compiler, it can always use signal tracing to figure out what a program does. Any gate is really a group of Assembly Language Instructions, and Nodal Logic allows for signal tracing, they do that with digital simulators all of the time. The difference is that you can see if there is a GUI out there, and when everything is written this compiler, including drivers, it can track information right to the hardware, keyboard, screen, etc. In that you can find User Interfaces, and without them, I would think there be something wrong. In the end a truth table, can resolve if a program is a virus or not. This is the hybredization of digital logic simulators for the sake of having these tools available and a graphic language over a written one until equations and file formats are the issue.

Wish for Artificially Intelligent Help File System.

While I was in College, I figured out how to write an AI, that seemed intelligent but wasn't. It was a Spell Checker bound with a Parsed Lexicon File, and a Thesaurus. I used both the rules of grammar in English and conversation to derive a subject file. It's a collection of nouns and user labeled verbs as the topic of conversation. Here's how it worked systematically as a program. When a user writes a sentence, it uses the spell checker to make sure every word is spelled correctly. Then the lexicon generator, maps out the parts of speech and creates an entry in a database. If there is already an existing map that matches the parts of speech, then an entry is made on the counter side and the value of times used is incremented by 1. Then the computer may ask if the noun and verbs adverbs and other parts of speech do not directly associate the noun to the topic of speech. Very simply 2 nouns make that determination a user known issue. Bill hit Mary, and Bill's the subject. Bill and Mary, both are the subject. Bill looked at Mary, and Mary could be the topic of discussion and Bill a new character in the second, third or Fourth sentence concerning Mary. The computer at certain point ask, what is the topic of discussion? Sports as a topic can make running, a verb a topic of discussion and none of that follows the rules of grammar. So, there are a series of databases important to making the machine seem smart, and hold a conversation. Subject, Nouns, and resolve all known parts of speech. The databases that include nouns and subjects have associations. Every time you use a verb, adverb it adds 2 entries, 1 the word used in association with the noun or subject, and the first count of it's use. Every time it is used in association with the noun or subject after that, the counter is incremented. The scores of usage are based upon the assumption that the users are always honest with the machine about everything. In responding to a user the computer first randomly draws on word tree created as a parts of speech lexicon only file. It takes the scores of all of the lexicon files and adds them together, to draw a random number between 1 and the maximum sum of scores. As you subtract one score from the sum of scores. So, if you added 1000 to 100 to 10 and 1, you would wind up with 1111. If the random number equals 1110 or 1111, then the entry used only once will be drawn, subtract 10 from 1110, and anything from 1109-1100 will draw the word tree with only 10 entries, and that continues. The same system is used in conjunction with the User Selected Subject of conversation. A Soul File is used with the thesaurus to prevent learning of the dirty words, destructive words, and of course racially or religiously biased words. Linked to the live help in so much as to learn from it, not user's conversations, and adopted to include linking to help files on an individual system allows for natural language queries, and natural language results. Most of it is really simple and really is just checking for nouns associated to hardware, or software and is much much easier than writing actual help files. If those links are included as a lexicon, a suggestion box can be used to produce the top 3 or 5 answers that result in a solution. Being trained by live help, would make a live interactive AI on your home machine. As long as they are factual, there isn't a problem it just scores, and operates by scores. As a rule there is a statistical possibility to answer you with an answer that's not correct, but the top ten rule and continued queries should result in a solution. The scores can be weighted based upon your hardware and software configurations.