Free use cases software for linux

LinuxCase project is an Case Management Software for Linux. You can Document social cases. It is possible to add delete or edit Users, add delete or edit Projects from Madates. You can make reports and add them to a Mandate.

The Software uses a Mysql-Database to store the Informations. The Software-Bases are QT and KDE.

Another Goal is to Comunicate with other Software how OpenOffice, Korganizer and the Kadressbook. So LinuxCase is a Groupware client to.

CLASS HIERARCHY

Hash::Case
is a Tie::StdHash
is a Tie::Hash

SYNOPSIS

use Hash::Case::Lower;
tie my(%lchash), Hash::Case::Lower;
$lchash{StraNGeKeY} = 3;
print keys %lchash; # strangekey

Hash::Case is the base class for various classes which tie special treatment for the casing of keys. Be aware of the differences in implementation: Lower and Upper are tied native hashes: these hashes have no need for hidden fields or other assisting data structured. A case Preserve hash will actually create three hashes.

The following strategies are implemented:

Hash::Case::Lower (native hash)

Keys are always considered lower case. The internals of this module translate any incoming key to lower case before it is used.

Hash::Case::Upper (native hash)

Like the ::Lower, but then all keys are always translated into upper case. This module can be of use for some databases, which do translate everything to capitals as well. To avoid confusion, you may want to have you own internal Perl hash do this as well.

Hash::Case::Preserve

The actual casing is ignored, but not forgotten.

METHODS

tie HASH, TIE, [VALUES,] OPTIONS

Tie the HASH with the TIE package which extends Hash::Case. The OPTIONS differ per implementation: read the manual page for the package you actually use. The VALUES is a reference to an array containing key-value pairs, or a reference to a hash: they fill the initial hash.

Examples:

my %x;
tie %x, Hash::Case::Lower;
$x{Upper} = 3;
print keys %x; # upper

my @y = (ABC => 3, DeF => 4);
tie %x, Hash::Case::Lower, @y;
print keys %x; # abc def

my %z = (ABC => 3, DeF => 4);
tie %x, Hash::Case::Lower, %z;
addPairs PAIRS

Specify an even length list of alternating key and value to be stored in the hash.

addHashData HASH

Add the data of a hash (passed as reference) to the created tied hash. The existing values in the hash remain, the keys are adapted to the needs of the the casing.

setHash HASH

The functionality differs for native and wrapper hashes. For native hashes, this is the same as first clearing the hash, and then a call to addHashData. Wrapper hashes will use the hash you specify here to store the data, and re-create the mapping hash.

CMFTestCase is a Plone product developed to simplify testing of CMF-based applications and products.
The CMFTestCase package provides::
- The function installProduct to install a Zope product into the test environment.
- The function setupCMFSite to create a CMF portal in the test db.
- The class CMFTestCase of which to derive your test cases.
- The class FunctionalTestCase of which to derive your test cases for functional unit testing.
- The classes Sandboxed and Functional to mix-in with your own test cases.
- The constants portal_name, portal_owner, default_products, default_base_profile, default_extension_profiles, default_user, and default_password.
- The constant CMF15 which evaluates to true for CMF versions >= 1.5.
- The constant CMF16 which evaluates to true for CMF versions >= 1.6.
- The constant CMF20 which evaluates to true for CMF versions >= 2.0.
- The constant CMF21 which evaluates to true for CMF versions >= 2.1.
- The module utils from the ZopeTestCase package.
Enhancements:
- Compatible with CMF versions 1.4, 1.5, 1.6, 2.0, and 2.1.

TOPCASED comes from Toolkit in OPen source for Critical Applications and SystEm Development and is an id s system/software engineering workshop based on Eclipse.

It aims to provide the tools required to go from requirements to the implementation stages. The current version includes several graphical editors: ECORE, UML 2 (class, use cases, sequence diagrams only), structured analysis, and AADL (Architecture Analysis and Design Language).

These editors are partially generated from ECORE models and models can be checked. OCL and EMF checks are supported at this time. External tools can be easily connected to the workshop thanks to a simple communication bus.

Legal Case Management System is a software aimed for use by not-for-profit legal advice centres in order to make better follow-ups of their cases, including client consultations and court events.
Integration into your offices activities
The software can be installed either on one computer or shared over a network. You can then provide a personal access to each member of your organisation. This allows them to chose how they want to work on a case and how the case information should be shared with the other members.
Users can then create new cases (or campaigns) to which they can attach a list of people or organisations involved as well as to add follow-up information.
- Organisations providing advice or consultations will benefit from being able to quickly consult the database for background information on a clients case and evolution, contact information, etc.
- Lawyers can use the software to track the evolution of a case and the resources spent on a particular client, as well as to track the status of a case in court.
- Office managers can generate reports based on the activity for a given period. The variety of reports include: activity overview for each staff members, statistical information on cases or clients, and general overview on how the usage of the organisations resources. Such reports facilitate the reporting on projects and the creation of new budgets.
Software freedom
LCM is a Bulgarian community initiative developed by IRBF, funded by the Open Society Institute and distributed as "free software". The software is being developed for local not-for-profit advice centers, but anyone has the freedom to use it, to redistribute it locally and to adapt it to their own needs.
The software is currently available in English and Bulgarian, but more translations are welcomed and very easy to do with the help of an online translation interface.
Enhancements:
- This release fixes the "sum billed" format error (if the field is active), as well as the "case notes" being lost after edit.

Jumble project is a class level mutation testing tool that works in conjunction with JUnit. The purpose of mutation testing is to provide a measure of the effectiveness of test cases.
A single mutation is performed on the code to be tested, the corresponding test cases are then executed. If the modified code fails the tests, then this increases confidence in the tests. Conversely, if the modified code passes the tests this indicates a testing deficiency.
Example:
Here is some example Jumble output for a Java class called "Foo", which has some JUnit tests in a class called "FooTest".
Jumble starts by running the unit tests (in FooTest.class) on the unmodified Foo class to check that they all pass, and to measure the time taken by each test. Then it will mutate Foo in various ways and run the tests again to see if they detect the mutation. It continues this process until all mutations of Foo have been tried. The output might look like this:
Mutating Foo
Tests: FooTest
Mutation points = 12, unit test time limit 2.02s
..
M FAIL: Foo:31: negated conditional
M FAIL: Foo:33: negated conditional
M FAIL: Foo:34: - -> +
M FAIL: Foo:35: negated conditional
......
Score: 67%
This says that Jumble has tried 12 different mutants of Foo and the unit tests (in FooTest) correctly detected the changed behaviour in 8/12 cases (indicated by a .), but failed to detect the change in the other 4/12 cases. For example, when an if (C) decision on line 31 was mutated to if (!C), the unit tests still passed, so they are probably not testing that if statement thoroughly enough.
Overall, 67% of the mutations were detected by the unit tests, which means that they probably need to be improved.
Enhancements:
- This is the first public release, though Jumble has been used on a daily basis within ReelTwo.com for several years.

Data recovery program for NTFS file systems. Reads each block of the hard disk to and retrieves rebuilds file system tree on another partition.
I wrote this program when one of my friends lost valuable data on an NTFS drive. It been used since then in several cases, but not thoroughly tested, especially not WRT the fact that its a data recovery program.
You should have your partition information stored away in advance. This allows reliable retrieval of file info.
Enhancements:
- Dont exit on error reading source drive
- Fixed core dump when attribute list, but no MFT loaded