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The Millenium Group
· P r e s e n t s ·
SmallWorlds v2.0 (c) by Information Laboratory
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░ ▐█▌
Cracked by [ StatMan ] ▓▌ Rls Type . [ Keygenerator ] ░
Supplied by [ StatMan ] ▒ Date ..... [ 02-02-2003 ]
░ Tested by . [ StatMan ] ░ OS ....... [ Win9xNT2K ] ░
Packaged by [ StatMan ] Language . [ English ] ▒
░ Protection [ NotEasy ] ░ Disks .... [ 05 ] ▓
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▀█▀ ▀ Url .. [ http://www.thesmallworlds.com ] ▄▀ ░
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▓▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀██▓ ▄ ▄▄▄ ▄▄▄▄ RELEASE ▄▄▄▄▄▄ ▄ ▓██▀▀▀▀▀▀▀▀▀▀▀ ▀▀▓▀ ▀
▄▀▒ ▀■▄ INFO ▄■▀▀ ▒▀ ▄
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Today's computer systems are mission-critical. Failures in software
may bring entire business operations to a halt, leading to the loss
of millions of dollars. Small WorldsÖ helps prevent such failures by
allowing managers, engineers, developers, and testers to gain
critical understanding of stability issues in their systems.A typical
software system starts small and simple, but evolves to be more
complex and interwoven with time. Understanding the structure of the
system, which is created by the dependencies among components, is
crucial to understanding how stable the system is and how easy it
will be to maintain in the future.Small WorldsÖ is a unique tool that
allows companies to save hundreds of thousands of dollars on the
software development process. The tool provides key insights into the
dependencies among software components, the system lifecycle,
stability, and maintenance. Managers, engineers, developers, and
testers all benefit from the innovative, global approach to their
software.
Small WorldsÖ gives users a visual representation of any software
written in Java or C++. It performs a structural analysis of these
applications, evaluates the overall stability, and points out
potentially problematic areas.
* FEATURES :
- Explorer
A picture is worth a thousand words. Navigate through your software
as represented by a web of relationships and see a bird's-eye view of
the system using the Explorer. Take a look at the local and global
neighborhoods of every component and zoom into parts of your system.
Filter all views by relationships, components, dependencies, and
dependents. Gain visual insights into dependencies in your software
by switching to the Dependency Matrix. Use the component and canvas
menu to see the details, statistics, and source code for all
components and relationships. As you navigate, save the pictures in
GIF format.
- Global Dependencies
Assess the overall stability of your software with the Global
Dependencies analyzer. Find out which components cause the most
changes (Global Butterfly) and which components are changed most
often (Global Breakable).Gain immediate understanding of stability
distribution by looking at the Heat Table representation of the data.
Re-run the analysis with or without the components of your choice.
Order and filter the information in a way that is meaningful for you
and save the results in HTML.
- Local Dependencies
Look at the Heat Table of the immediate dependents and dependencies
of every component. Find components that know "too much" or "too
little". Reorder the data to uncover Hubs - components that have many
dependencies and dependents. Save the results in HTML.
- Report
Read a comprehensive report on the state of the system and discover
potentially problematic areas. See overall system statistics,
Tangles, Butterflies, Breakables, and Hubs in convenient HTML format.
Save the results to fix potential problems.
- Navigation Lists
See lists of Breakables, Butterflies, Hubs and Tangles. Filter the
lists by a variety of criteria and save them in HTML format. Use the
lists to navigate through the Explorer, Skeleton, and What-If views.
Double-click on list items to see specific details of components,
relationships, and tangles.
- Skeleton
Improve your understanding of the system by looking at the global
Skeleton view. Consider the system as a building made of components,
with the most independent components on the very bottom. Place
Butterflies, Breakables, Hubs, and Tangles in this view to gain
insights into the specific stability issues in your system. Save the
pictures in GIF format.
- What-If
Use the What-If tab to understand the impact of potential changes.
Chose a component that you are planning to change and gain key
insights by observing the dynamics of the propagation of changes
through your system. Save the list of possibly affected components in
HTML format.
- Group Analysis
Study the group analysis to understand the logical and physical
organization of components in your system. Understand the balance
between abstractness and stability in groups. Learn new systems
faster by reading the automatic classification of groups. See a
report of the cohesiveness for every group and the system as a
whole.
- Details
Look into the details and statistics for every component and
relationship and see why the relationships are formed. Look into
Fields, Methods, Base Class, and Interfaces of every class. Study
dependency statistics of every component.
- Charts and Statistics
Look at local and global dependency distribution charts and compare
them with the typical charts for projects of your size. Save the
charts in GIF format. Look at the global statistics and save them in
HTML format.
- Navigators
Use convenient navigators to find things in your system faster and to
reduce your learning time. Browse the system using the standard tree
representation or search for components by name. Quickly access
groups using the Group Navigator view and go back and forth between
views using History.
- Color
Apply color to components and relationships to gain a better visual
understanding of dependencies and stability issues in your system.
- Metrics and Help
Read comparative metrics to improve comprehension of the report and
stability issues in your system. Access visual help for instant
understanding of how the relationships are created.
- Diagrams
Create diagrams instanteneously with Diagram Plugin. Use Explorer
control panel to select the view you need, then use the camera icon
to define and describe diagram. No need for lengthy creation and
arrangement process, create diagrams based on what you see in Small
Worlds Explorer!- Command Line Mode
Make Small Worlds part of your build process in no time! Run the
Small Worlds in command line mode on any existing project. Browse the
Report and potentially problematic components in HTML.
Small WorldsÖ is radically different from other software development
tools that are available today. It is elegant and simple, yet
powerful. The tool lets managers, software engineers, developers, and
testers see the global view of their system to quickly understand its
robustness and maintainability.
For managers, Small WorldsÖ presents a visual, filtered, and
high-level overview of the current state of the software. This view
highlights potential problems without going into any technical
details. After a quick glance at the system report, managers will
feel more comfortable accepting overall responsibility for the
project.
Software engineers and architects can use the tool to assess the
quality and robustness of their design. The tool outlines the issues
of system stability, flexibility, and maintenance in a simple, yet
comprehensive way.
In fast-paced corporate environments, developers are typically not
thinking about the global impact of their local changes. In the
developer-centric view, Small WorldsÖ offers what-if scenarios, which
let the developer see the possible impact of any change.
Quality Assurance and Testing is crucial for contemporary software.
Our tool provides QA employees with a definitive way to capture all
system components that may be affected as a result of a bug fix or
larger code change.
-> Production Rollout
A technical group released into production a version of software that
contained a minor bug fix. The next day it became clear that there
were problems with this rollout. The system was not functioning in
the expected way and prevented normal business operations.
After several intense hours of debugging, the developers found that
the problems were caused by an older piece of the code that contained
some business rules that had not changed in a while. Recent code was
affecting these rules in an unexpected way.
With Small WorldsÖ the problem would have been avoided. The
developers and testers would have known everything that could
possibly be affected by the new code.
As is often the case, the problems arise from "unexpected" and
"forgotten" places. Our tool prevents these problems by inferring all
possible components that may be affected when a change takes place.
-> Performance/Scalability
A medium-size investment bank contracted Information Laboratory to
analyze its market simulation software. The system was very slow and
could not be used. When we loaded the system into Small WorldsÖ, we
saw that several components had an unusually high number of
dependencies. When we took a closer look, we saw that there was a
simple way to refactor these few components into smaller logical
pieces. The refactoring had a tremendous impact on the performance of
the system.
It is typical that performance problems stem from unnecessary
dependencies, extra components, and type conversions.
-> Technical Management
A former software engineer is promoted to head a technical team. The
engineer has a great grasp on software development and enjoys
programming. He also believes that it is important to control the
complexity of the software by making sure that the code is elegant
and does not contain extraneous classes and concepts.
Without Small WorldsÖ, he will be tempted to peek constantly over the
shoulders of the programmers who report to him. He may at times
sacrifice the time needed to manage the project to get into the code
to see what is going on.
Our tool will allow this manager to have a weekly glance at the code
to make sure that the complexity of the system is tamed. In less than
half an hour, he will find what he is looking for by working with up
to date, high-level snapshot of the system.-> Less Technical
Management
A manager with a background in economics is a managing team of
programmers. He understands issues in software development, but has
never done any serious programming himself. As a manager, however, he
accepts responsibility for the overall success of the project.
Small WorldsÖ gives him a few visual screens that reveal potentially
problematic areas of the code. He doesn't need to know anything about
programming. He gets a picture, a map of the system, in which
problematic areas are clearly highlighted.
With Small WorldsÖ, managers will feel more comfortable accepting
responsibility for their systems.
-> New Team Members
A new software engineer joins a technical infrastructure group. It
would typically take her one to two months to get up to speed and
learn sufficient details about the system before she could start
contributing to the project.
Small WorldsÖ will allow her to learn the system much faster. Unlike
tools such as Rational Rose, which only convey the original design
and often get out of sync with the actual system, our tool reveals
the overall map of the software and the present dependencies among
all components. The tool facilitates simple, visual navigation
through a complex software system, showing the symmetries and design
decisions built into it, helping the new engineer to learn the system
faster.
Employee turnover rates are quite high these days. The learning
process is an obvious corporate expense. Minimizing the learning
curve has always been one of the major objectives in software
development. The faster the new people can master the existing
software, the sooner they can start contributing to the project and
start making money for the company.
Our studies show that with our tool an average programmer will be
able to learn the same system in a third of the time, saving the
company between $5,000 and $10,000.
-> Knowledge Transfer
A programmer decides to leave a company to pursue his career
elsewhere. For two weeks he is required to meet with his peers to
educate them about the parts of the system that he was working on.
The meetings last for hours, and often leave a lot of open
questions.
Small WorldsÖ will allow companies to reduce the amount of money
spent on the knowledge transfer process. The programmers will
communicate more effectively through visual, large-scale views of the
system. Supplementing the verbal explanations and low-level diagrams
with broader, conceptual pictures of the system will speed up and
simplify the knowledge transfer process.
▄
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▀ ██▓ ▀ ▀ ▀▀▀▀▀▀▄▄ INSTALL ▄▄▀▀▀▀▀▀ ▀ ▓█▄▄▄▄▄▄▄▄▄▄▓▄ ▄
▄ ▄▀▒ ▀■▄ INFO ▄■▀▀ ▒█▀ ▀
▄ ░ ▄ ▀ ▀ ░ ▀ ▀
First you'll need j2sdk or jre for this soft to run. Also this keygen
isn't standalone but needs the soft with it to run (as it uses part
of it).
- If you are under Solaris or Linux :
Copy Keygen.jar to the directory where SmallWorlds.jar is
(normally in ./lib dir) then exeute it :
java -classpath .:SmallWorlds.jar:Keygen.jar Keygen
- If you are under Windows :
Copy Keygen.jar and SmallWorlds_kg.bat to the directory where you in-
stalled SmallWorlds (normally "Program Files/SmallWorlds_2_0").
And doubleclick SmallWorlds_kg.bat .
Note : The soft needs mac adress of the pc to generate non trial lic.
But the author does that a crappy way. If the keygen doesn't manage
to grab it, the soft won't manage also. For instance this won't work
on some os with weird languages like frog-language.
The generated license will last 1000 years.Callme back in a Millenium
if you want me to update it :)
And usual hidden notes for your pleasure :
This soft was really interesting to reverse as the jewel tool for
java, jad would fail to decompile correctly some important part of it.
So if you want to discover java opcode (which is useless to know until
you wanna work with sun), try this one.
Once you have done that, and once you understood that, just use author
's code and your keygen will be 2 lines long :)
By the way this is a nice soft and you should really buy it, even if
a license costs 3600 bucks :\
Final word : FUCK OFF BUSH!!!!
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▀ ▀█▓ ▓█▀▀▀▀
▀ ▀ ▒ JOIN TMG ▒▀ ▀
░ ░
Forget it. You don't call us, we won't call you.
▀ ▄▄ ▄
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▄ ▄▄▄▄▄▄▄ ▄ ▄▄▄▄▄▄ ▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀ ▄ ▄▄▄▄▄▄ ▄ ▄▄▄▄▄▄▄ ░
░ ▄▄▄ ▄▄▄▄▄ ▄▄▄▄▓██▀ ▀ ▀▀▀▀▀▀▀ ▀ ▀▀▀▀▀▀▀ ▓███ ▄▄▄▄▄▄▄▄▄
▒ ▓██▄▄▓███ ▓██ ▓███ ▓██▀ ▄▄▄▄ ▓██▀ ▄▄▄▄ ░ ▓███ ▄▄▄▄▄▓███ ░
▄ ▄▓▄▄▄▄▄▄▄▄▄▄▄▄▄▄▄▄▄▄▄ ▀▀▀▀▀▀▀▀▀ ▀▀▀▀▀▀▀▀▀ ▄▄ ▒
▀ ▀██▓ ▀ ▀▄▄ GREETS ▄▄ ▓██▀▀▀▀▀▀▀▀▀▀▀▀▀▀▓▀▀ ▀
▀ ▄ ▀▒ ▀■▄ ▄■▀▀ ▒▀ ▀ ░
░ ▄ ▀ ▀ ░ ▄
░ ░
░ Greetings fly out to ░
PFT ZENiTH DAMN SHOCK FCN UCF ORION ECL
░ Final Words ░
░ TMG is not a company. It's just a small group of non-profit ░
░ oriented people who are interested in computer technology. ░
░ What we do we do for fun only, not for money, not for fame ░
and not to make some jackass software-collectors happy.
░ If you like a certain piece of software, we highly ░
▒ recommend you to buy it to support the author, the company ▒
and further development of the software. ▒
▒
░ ┌───────-Did you know ?-──────┐
▒ │ GGTGTTTTGTTMGMGMTTTMGTTTGTT │
│ TMTMTGGGTGMMTGMTMMMGGGGGMGG │ ▒
▒ │ GGMMMGMMMMMMTGGGGGMGMTTMTTM │
▒ │ TMTTMMTTGTGTTGTMGGTTMGMTT │ ░
└─────────────────────────────┘ ░
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▀█▀ ▀ [ NFO by creepah. Last updated: 04-24-2002 ] ▄▀ ░
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