Search Results for "use case"

...Whatever your use case, step-ca is easy to use and hard to misuse.

...Pow is built to be modular, and easy to configure. The configuration is passed to function calls as well as plug options, and they will take priority over any environment configuration. It's ideal in case you got an umbrella app with multiple separate user domains. The easiest way to use Pow with Phoenix is to use a :otp_app in function calls and set the app environment configuration. It will keep a persistent fallback configuration that you configure in one place. Pow ships with a session plug module. You can easily switch it out with a different one. ...

headsort sorts files by line and fields. Options can pick field order and etc. In general headsort can sort in 1/2 the time sort(1) (mergesort) does in situations involving either pipes or mult column selection; less than 1/2 with both. Best case was about opposite that of sort(1)*. NEW* hsort main algorithm speed improvement (applies to all; 27,29,31). Now faster than sort(1) (in all cases tested). Using triangulation, hsort begins piped sorted output when 1st bin is done. ...

Tria O.S. detects hard & soft specs of the PC where you run it, you can load this info or specify it manually to let the program inform you what would be the best operating system for a specific PC, with the specified hardware, and then see the difference by adding RAM, a SSD hard drive, changing the graphics card ... etc. REQUIREMENTS: For Linux, you need GAMBAS 3.3 or later, so you will have to install the gambas3 package before installing. 90's EDITION needs 160 MB (192 MB on...

...Cables that run from one point to another (connected to NIC's in devices) and as such cross certain rooms (or not), unused cables (available or lost?) Keep everything in a MySQL compatible database, so that you have full access to your data in any case. GitinCLI (Gambas interpreted) for cases where no full desktop is available, e.g. over a terminal ssh session (maybe when you need these data the most). Work starts at basic use, hope to change the description once to: Have a NICE desktop program. I am able to: - drag 'n drop device to room, cable plugs to device's NIC - list all free or used ip addresses - pull cables to rooms they run through I want to: - calculate the value of (selection of) devices for insurance of bookkeeping - sum the invested amount in IT devices over time - print reports

gdeptrace sorts an input dependancy list or table and prints it, and can do other actions. It's default operation is to act like tsort (1) except that it sorts by pure pkg / make dependancy (tsort sorts by grapical topology: see notes about differences). EXAMPLE: $ echo -e "b e\ne\nc b" | sort -k1,1 | gdeptrace [opts] e b c (b depends on e, c depends on b, e has no depends) (also: e has more items depending on it and is below anything it depends on; in this case...

The primary part of the casefix project is a small c library of case editing functions, the heart of which is 7 streaming case editors. Also, there are 3 functions that interface char arrays and strings to the streaming editors. So the library can modify the casing of any character, character block (word), any character string, character array, or any character stream. Currently, libcasefix only handles 7 or 8 bit character sets with some support for UTF-8.

Diffdev (DIFFerential block DEVice) provides a transaction capable block device, being able to get back your old datas in case of data loss. Intended for human errors recovering, its use is transparent to filesystems and may be implemented easily