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The System Configuration Collector application was designed to collect configuration data of systems in snapshots. The structure of the snapshot allows SCC to compare a snapshot with the previous one and to detect changes in the configuration.
Upon detecting changes, SCC adds the differences to a logbook. The snapshot and the logbook are converted to HTML for local inspection. Optionally, the SCC-files can be send to a system running the SCC server software. On the server, summaries of the SCC-data are generated and search/compare operations on the snapshots and logbooks are available via a web-interface.
The logbook is a starting point in case a system “suddenly” does not work correctly and the administrator is wondering what he/she has changed in the last weeks or months.
As most of us know by experience, configuration changes can have accidental side-effects on (other) systems. By examining the entries in the logbooks and considering the consequences, the cause of an actual problem might be found more easily than by just trying to remember the changes that were performed.
The snapshots can be used to compare the configuration of two systems. Imagine systems, that are supposed to be identical, but behave differently. Comparing parts of the snapshots of the two systems can indicate the cause of the difference in behaviour. All collected snapshots of a site can be analyzed when conducting a due diligence investigation.







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During the SCC development, it was decided to base the SCC-application on the Configuration Manager database structure. This structure was originally developed for an application known as SEH-Configurator and was in use since 1996 at the Fraunhofer Institute for Pure and Applied Electronics (IPA).
The SCC-application is flexible enough to use different Database server types and to connect to several databases.
Furthermore, it is possible to mix snapshot data of different sites.
The SCC-software is able to collect system configuration data and to run a web-based user interface with a web browser. It has the capability to compare two snapshots and to show differences in html.
It is possible to export the collected data to the SCC database, where these data can be further accessed.
Some examples on how SCC can be used are given below.
1. Due Diligence
This application was designed for use in due diligence investigations. It is possible to display snapshots of systems for comparison and to analyze the collected data when conducting a test of two (or more) systems.
In the majority of cases the results will be similar to the results that can be obtained by trial and error or with other means. However, by comparing the systems before and after changes in their configuration (e.g. an installation of a particular software) it is possible to detect changes that are not obvious to the administrator. The following example is based on the Fraunhofer IPA test system. An example is given for each step of the SCC-process.
1.1. Configuration Database Reset
A database snapshot is taken. Typically, an uptime of all systems in the system is provided.
1.2. System Snapshots
System snapshots are collected by connecting to the system via an interface cable. Systems that are not able to show their configuration information will not be included in the snapshot.
1.3. Collected Snapshots
The collected snapshots are compared with the snapshot taken in step 1.1.
1.4. Change Log
The logbook entries are updated with the results of the comparison
1.5. Report
A report is generated with the collected data. The report is generated in HTML. It can be displayed on a browser or saved as a file.
2. Maintenance
The system log file gives information on the actions to be performed on the system. For example, the message “database backup” is logged if a backup of the Configuration database is to be taken

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One of the main focuses is the comparison of a snapshot with the previous one to detect changes in the configuration. The system configuration is recorded in a centralized logbook in a textual format and encrypted with the user-id and the personal password of the user. When comparing two versions of the logbook a linear search through the logbook would not be fast enough to find all changes. SCC uses a binary search of the logbook to find a match which allows to find changes in a logbook in very short time.
Upon detecting changes, the user is prompted to take note of the detected change in the current system. The user is also allowed to request more informations about the change. As a default, the minimal set of information to find the reason for the change is displayed. If the user wishes to see more information, the user can enter a description in the change-window that will be displayed on the left side of the window. The change-window is displayed in a different window (also in a tabbed-window). The window contains a list of all registered changes to the system. Each entry contains a timestamp, a description of the change and a URL to a page that contains more information about the change.
On a different site it could be that the output of the logbook is not so important. Consider the scenario of using SCC for automated monitoring of servers. If SCC finds differences in the configuration it sends the SCC-files to the system running the SCC server software for detailed analysis. This allows for more efficient usage of the system resources on the server.
The logbook is a starting point in case a system “suddenly” does not work correctly and the administrator is wondering what he/she has changed in the last weeks or months. The logbook can be used for analysis. This allows for finding bugs or simply for identifying changes that where made to a system. The logbook is used by most network monitoring products for basic analysis.
Comparing the configuration of two systems is the most common use of System Configuration Collector Cracked Version. The function is also used to compare two configurations within the same software. As a default, SCC computes a fingerprint of the configuration and compares it. If the fingerprint of the first configuration matches the fingerprint of the second, no changes were detected. For finding changes between two configurations, it is recommended to use the binary-search mode.
Prior Art:
Most administrators work on centralized logbooks for configuring a site. As long as one or several sites are

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Multiple components of a system are tightly coupled. Changes in one component will affect many other components. The System Configuration Collector (SCC) is a tool to record configuration data of two or more systems and compare them. Due to this close coupling of components, configuration data of a system can be used to identify changes in other systems.
The SCC-Data Container is a collection of data that is gathered by SCC, typically from an Apache or IIS system. The components of the collected data can either be configured parameters, like system paths, or physical hardware items. Configured parameters are typically found in the following places:
The collected data is stored in simple key/value pairs. The format of the data container is described in the data format specification.
The data is supplemented with technical information about the collected data. This includes the system name, the collection date and time, the software and hardware specifications, the

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The SCC-Collector is a stand-alone system, which can collect snapshot and logbook data at any point in time. It continuously scans for all configuration files, their content and their creation dates.
Takes snapshot:
As soon as SCC comes into contact with a system configuration file, a snapshot is generated. Depending on the snapshot generation mode, the snapshot can be generated on demand (default) or at a fixed time (time-driven).
Takes a snapshot every:
A snapshot can be configured to be taken every 1, 5 or 10 minutes. Optionally, the user can specify a list of configuration file names and the “Wake-up time” in seconds for each. If for any reason no configuration file is found, the process will sleep for the given number of seconds. The timeout can be set to 0 for unlimited attempt.
Collects logbooks:
As soon as SCC encounters a logbook it knows to collect, SCC adds the logbook to a logbook-directory. It uses a naming convention as specified in the configuration file.
Sends logbooks to server:
If the server argument is provided, the logbook data will be downloaded and converted to html-format.
The SCC-Collector uses Apache-httpd to create the web-interface. When run via the command line, SCC-Collector needs the configuration files: SCC-WORK.cfg and SCC-Data.cfg. The file SCC-Data.cfg contains all the configuration arguments, including the logging and naming conventions for the logbooks. SCC-WORK.cfg contains the snapshot-frequency and time-driven-collection arguments.
SCC-Collector Data Storage:
The collector stores snapshots on a local harddrive and uses database’s to store logbook data. When collecting logbooks, SCC stores the logbook-data into a temporary folder that is deleted after a successful upload.
SCC-Collector Logbook Functionality:
There are two modes of logging:
Every X minutes, SCC checks for logbooks.
The X can be 0 to disable.
This is a convenient way to extract snapshots from a system as a logbook.
When a logbook is generated, SCC writes it to a local log folder.
When the X hours have passed, the logbook is moved to a backupscripted storage location.
After the snapshot and

System Requirements:

Windows 10, 8.1, 8, 7 SP1, Vista SP2 or XP SP3
1.2 GHz Intel Core 2 Duo (E8600) or higher
Video Card:
1024×768 display or higher
Game Card:
Microsoft DirectX 9
Sound Card:
Screen Resolution:
1920×1080 or higher
Additional Notes:

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