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Up to 40% of support calls are related to forgotten passwords and locked logins. Recover or reset Windows system passwords easily and automatically! There is no need to format the disk or reinstall Windows. Just boot from the CD and unlock your system in a matter of minutes! Elcomsoft System Recovery can reset account passwords instantly, while supporting full-scale attacks to recover the original passwords. Elcomsoft System Recovery unlocks locked and disabled user and administrative accounts in Windows 7, Windows Vista, Windows XP, Windows 2000, Windows NT as well as in Windows Server 2008 and Windows Server 2003. Both 32-bit and 64-bit systems are supported.
- Ready to boot with Windows PE (Preinstallation Environment) licensed from Microsoft
- Recovers or resets user and administrative passwords
- Original password recovery may be possible to provide automatic access to EFS-encrypted files
- Unlocks and enables user and administrative accounts
- Assigns administrative privileges to any user account
- Resets or disables password expiry options
- Broad hardware compatibility and genuinely native FAT and NTFS support
- Genuine Windows GUI for convenient operation
- Supports Windows Windows Server 2003 and Windows Server 2008
- Supports Windows 7, Windows Vista, Windows XP, Windows 2000 and Windows NT
- Supports US and localised versions of Windows and multilingual user names and passwords
- Detects all Windows installations automatically
- An option to dump hashed passwords from SAM/SYSTEM files or Active Directory database for further analysis and off-line password recovery
ElevateDB - Features
ElevateDB is an embedded SQL database engine that can be compiled directly into your application* and offers local single and multi-user access (file-sharing) and client-server access with the provided ElevateDB server. ElevateDB can switch between these modes of operation quickly, requiring just a few application changes. ElevateDB adheres to a subset of the SQL 2003 standard (ANSI/ISO 9075). Any deviations from the standard are detailed in the SQL reference material provided with the product.
* When using Win32 VCL or .NET VCL.NET compilers. The ODBC driver and ADO.NET data provider cannot be compiled directly into your application.
Some of the standard features in ElevateDB include:
|Transparent local and client-server access||Local and client-server access is identical in operation, requiring only a few property modifications to switch between the two|
|Small footprint||Client access code added to a compiled application is minimal, and the ElevateDB server is less than 2 Mb in size|
|Multi-threaded||Both local and client-server sessions can be multi-threaded in an application|
|Customization||File signatures, file names, and file extensions, licensed session counts, and encryption passwords in ElevateDB can all be customized|
|ANSI/Unicode||ElevateDB is available in ANSI (8-bit encoding using the Windows ANSI code pages) or Unicode (16-bit UTF-16 encoding) flavors under Windows|
|100% .NET managed code||ElevateDB does not use any direct pointer access or memory manipulation under .NET, making it 100% managed code|
|Source code||ElevateDB was written using Delphi's Object Pascal language, and the source code for ElevateDB is available for purchase as an extra charge|
|Excellent performance||All SQL queries are optimized using available indexes and expression reduction, and query plans can be generated to show how a query will be executed|
|Collations||All standard Windows locales and collations supported on a per-column and per-indexed column basis, including options for case-insensitivity, accent-insensitivity, Kana-insensitivity, and width-insensitivity|
|In-memory databases||Databases can be created entirely in-memory and can be accessed from multiple threads|
|Security||User security is standard, but optional, and includes users, roles, and administrative access|
|Online backup||Databases can be backed up while they are being used|
|Serialized transactions||Transactions are always serialized and can be isolated to specific tables|
|Row locking||Both pessimistic and optimistic row locking supported, with options for detecting row changes|
|Constraints||Check, primary key, unique, and foreign key constraints|
|Stored procedures and functions||Full SQL/PSM support for stored procedures and functions, including dynamic and DDL statements, structured exception handling, and rich cursor handling|
|Triggers||Before and after insert, update, and delete triggers with full SQL/PSM support in trigger definitions and conditional execution|
|Views||Updateable views and constrained views (WITH CHECK OPTION) supported|
|Jobs||Jobs can be defined and scheduled to run on an ElevateDB server, and servers can be tasked to execute specific job categories|
|Data types||All standard SQL data types are supported, including date/time intervals|
|Full text indexing||Any CHAR, VARCHAR, or CLOB column can be indexed by word and searched using CONTAINS operator, and text to be indexed can be filtered according to another type column in the table|
|NULL handling||Standard SQL NULL behaviors for all data types and operators|
|Generated columns||Columns can be defined as expressions, and can be indexed and handled like any other column|
|BLOB columns||Complete BLOB support with per-column compression and configurable block sizes per table|
|Text import/export||Tables can be imported or exported from delimited text files with options for the formatting of dates, times, numerics, and boolean values as well as the delimiter|
Included with ElevateDB:ElevateDB Manager
- It can be used for interactive access to any ElevateDB database(s).
- For users moving to ElevateDB from DBISAM, the Borland Database Engine (BDE), or any ActiveX Data Objects. (ADO) data source, there is an easy-to-use migration tool built into the ElevateDB Manager.
- Existing databases can be easily reverse-engineered into their source SQL.
- Database tables can easily be created, altered, browsed, filtered, and searched
- Stored procedures and functions can be easily defined.
- Multi-threaded database server that can service any remote ElevateDB session across any TCP/IP network, including the Internet.
- It can be run as a Windows service or as a normal application, and comes in interactive and command-line versions.
- It can be configured to bind only to a specifc IP address and port, as well as accepting only encrypted connections or connections from specific IP addresses.
ElevateDB is can be used with the following development environments with the access methods indicated:
Borland Delphi 5, 6, 7
Borland C++Builder 5,6
Borland Developer Studio 2005
Borland Developer Studio 2006
CodeGear RAD Studio 2007
Microsoft Visual Studio 6
ODBC driver (via ODBCDirect)
Microsoft Visual Studio .NET 2002
ODBC.NET data provider (via ODBC driver)
Microsoft Visual Studio .NET 2003
ODBC.NET data provider (via ODBC driver)
Microsoft Visual Studio .NET 2005
ODBC.NET data provider (via ODBC driver)
Microsoft Visual Studio .NET 2008
ODBC.NET data provider (via ODBC driver)
As of version 2.02, Delphi 2009 for Win32 support is included for both the ANSI and Unicode versions of ElevateDB.
New 2.02 SQL Features
There is a new ServerSessionStatistics table in the system Configuration database. This table reflects the table buffer manager statistics for all of the sessions that are present on the ElevateDB server that the current session is logged in to. This information is useful in determining how efficient the ElevateDB Server is with respect to I/O, and also how much I/O is actually taking place. For example, a large number of reads for the row buffer manager for a table may indicate that you have an un-optimized query or filter present in your application that is causing an inordinate number of row reads.
New 2.02 ElevateDB Manager Improvements
As of version 2.02, the following improvements have been implemented in the ElevateDB Manager
- The manager settings have been moved from the ElevateDB Manager Edit Options task link to a Preferences menu option under the Explorer main menu item. The ElevateDB Manager Edit Options task link can still be used to set the temporary tables folder for the engine.
- There is new option in the new Preferences dialog for specifying whether the state of the ElevateDB Manager should be saved during shutdown and restored when it is launched.
- You can now specify the default sort order of all objects in the explorer via the new Preferences dialog. The two sort options are By Creation Order or By Name.
- You can change the sort order of any specific objects folder by clicking on the desired object in the explorer and clicking on the desired explorer menu sort order button at the top of the explorer. You can also change the order by simply clicking on the Name column in the properties window list view where the objects contained within the folder are listed.
- The script debugger is complete, and now includes an option to specify whether you wish the debugger to pause when it encounters an exception. By default, this option is checked. You will find this check box on the left-hand side of each script window under the Options task panel.
- You can now drag and drop columns and parameters in any of the object creation/alteration dialogs in the ElevateDB Manager. This allows you to quickly re-organize columns and parameters without having to move each one individually with the Move Up or Move Down buttons.
- There is a new Server Session Statistics task link for any remote session. Clicking on this link will open the new ServerSessionStatistics table on the ElevateDB Server. This table includes I/O performance statistics for each session on the ElevateDB Server, and is useful for determining whether queries need to be optimized further by adding more indexes to the existing tables.
- There is now a new REFRESH SQL/PSM statement for use with sensitive cursors.
- You can now define an ERROR trigger that can be used to define error handlers for insert, update, and delete operations. Please see the CREATE TRIGGER topic for more information.
- There is a new LIST aggregate function.
- There is a new CURRENT DATABASE function.
- Index names are now present in statement execution plans so that it is easy to see exactly which index was used to optimize a particular condition or set of conditions.
- The SQL editor keystroke handling has been improved and the following keystrokes have been added or changed: Ctrl+I inserts a tab character now instead of indenting a block selection Ctrl+U no longer un-indents a block selection Ctrl+T deletes a word Ctrl+Y deletes a line Ctrl+Shift+I indents a block selection Ctrl+Shift+U un-indents a block selection Ctrl+Shift+Y deletes to the end of a line Ctrl+Left Arrow moves one word left Ctrl+Right Arrow moves one word right Ctrl+Backspace deletes the word to the right of the cursor Ctrl+Up Arrow scrolls up one line Ctrl+Down Arrow scrolls down one line Shift+Backspace deletes the character to the left of the cursor Ctrl+Shift+Left Arrow selects the word to the left of the cursor Ctrl+Shift+Right Arrow selects the word to the right of the cursor
- General keystroke handling has also been improved and the following keystrokes have been added or changed: Ctrl+Tab moves to the next tab sheet Ctrl+Shift+Tab moves to the prior tab sheet Ctrl+N opens a new SQL statement window Ctrl+O opens an existing SQL statement or script Ctrl+S saves the currently-selected SQL statement or script Ctrl+N no longer NULLs a column value Ctrl+B NULLs a column value now
- The ElevateDB Manager now saves the current state of the left-hand explorer as well as any open SQL or table windows when the application closes, and automatically restores this state when the application is restarted.
- The left-hand explorer in the ElevateDB Manager now uses incremental node population. This means that the treeview nodes are not actually populated until they are expanded. The result is that load performance of sessions is much better, especially with remote sessions. However, there are two changes to the behavior of the treeview:
1) A plus sign may be shown next to nodes that don't actually have any children. This is due to the fact that the ElevateDB Manager does not try to load the children until the node is expanded. Once the node is expanded, you can see if there are any children.
2) Double-clicking on a table, view, or stored procedure node no longer opens the table automatically. Right-clicking on the table and selecting the Open option is the proper way to open a table, view, or stored procedure now. The reason for this change was to bring consistency to the behavior of the treeview, namely that double-clicking a node expands that node, and a node object is only opened if it is necessary to do so in order to display any child nodes under it, such as is the case with a session or database. Because tables, views, and stored procedures don't require the table to be open in order to display their child nodes, these objects aren't automatically opened when the node is expanded.
- The ElevateDB Manager now auto-detects scripts vs. normal SQL statements when opening an .SQL file. This saves having to select which type of file that you wish to open prior to opening any .SQL file.
- There were quite a few minor fixes to close/save behaviors and some improvements to the painting and refreshing of controls in order to make the UI more responsive and reduce flicker.
The following are the new features:
- ElevateDB 2.0 supports replication. Please see the Replication topic for more information.
- ElevateDB 2.0 introduces the concept of stores for file management. Please see the Stores topic for more information.
- ElevateDB 2.0 supports derived tables in SELECT statements. Derived tables are essentially the ability to use a SELECT statement as a virtual table in the FROM clause of a SELECT statement. Derived tables can be nested as deep as memory and performance permits in ElevateDB.
- ElevateDB 2.0 allows you to send progress, status message, and log message updates from scripts and procedures via the SET PROGRESS, SET STATUS MESSAGE, and SET LOG MESSAGE statements.
Version 2.0 Breaking Changes
The following are the breaking changes in version 2.0:
- Executing the FETCH statement without specifying a fetch direction previously erroneously resulted in a FETCH NEXT in ElevateDB 1.x. In 2.x, this has been changed to correctly perform a fetch on the current row instead.
- The BACKUP DATABASE, RESTORE DATABASE, IMPORT TABLE, and EXPORT TABLE statements now use stores instead of path names for their input and output. Please see the Stores topic for more information.
- The TEDBEngine ConfigPath property now defaults to blank ('') and a design-time property editor now exists in the Object Inspector for selecting the configuration path.
ElevateDB - System Requirements
Can be used with the following development environments
- Borland Delphi 5, 6, 7 and 2009
- Borland C++Builder 5,6
- Borland Developer Studio 2005
- Borland Developer Studio 2006
- Borland RAD Studio 2007
- Microsoft Visual Studio 6
- Microsoft Visual Studio .NET 2002
- Microsoft Visual Studio .NET 2003
- Microsoft Visual Studio .NET 2005
- Microsoft Visual Studio .NET 2008