Regex LogViewer is a quick, advanced and multi-platform tool for rapid log analysis with multiple logline formats including SQL queries, Unix/Linux/Mac OS and Windows formats. It can be considered as a single- or multi-platform application, depending on the number of your logs.
We strongly recommend this software if you need to parse the following log file types: FTP Logs, Web Server Logs, DNS Logs, MySQL logs, SQL Server logs, Oracle logs, Perl or Tcl Logs, SQLite logs, Vim Logs, Apache logs, Sun or HP-UX or AIX logs and others.
Moreover, this application is also well suited for use in a wide variety of production environments where high logging levels are required. This helps you to analyze the logs for all of your customers at once.
Regex LogViewer Key Features:
Multi-platform: This log parsing tool is fully cross-platform compatible, supporting all major OS and platforms like Windows, Linux, Mac OS and Solaris.
Supports all major log file formats: In addition to UNIX/Linux/Mac OS logs, you can easily import and parse log lines from SQL Server, MySQL, Oracle, SQLite, Unix/Linux/Mac OS file formats and more.
Support for self-generated XML logs: Regex LogViewer can be configured to automatically load your log files into the application's interface. You can associate specific log files with the application and apply logic for logfile selection. This option enables you to analyze multiple log lines and generate relevant reports in a single operation.
Generate useful reports for log analysis: Generate summaries of log files or perform easy CSV export. With the data, you can easily sort the statistics, analyze them or generate logical reports for important error alerts.
Regular Expressions enable you to easily parse logs and perform complex log parsing tasks. This helps you filter out errors, spots the errors and makes them easy to identify for your users.
Open source: Open source code for Regex LogViewer is fully available under the GNU General Public License. It is totally free and open source software that you can use, customize or make your own, as you like.
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Please let me know. solidDB for MySQL is a MySQL version 5.6+ plugin that uses a recently introduced Storage Engine, the Key-Protected Storage Engine (KSE), to provide the following benefits for MySQL databases:
Key Recovery: One or more database keys can be stored in a secure, encrypted block or file.
Key Access: Query operations can utilize encrypted key data to speed access to table data.
Key Backup/Restore: Backup or restore a set of keys and restore a previously backed-up set of keys.
Key Recovery Example:
The data for an arbitrary number of records are encrypted by a master key. Data is stored in a MySQL table. The table is encrypted with the master key by default. Key Recovery Example:
1. Create a MySQL table named keys with a schema as follows:
CREATE TABLE keys (
key_id INT AUTO_INCREMENT PRIMARY KEY,
data BLOB NOT NULL,
UNIQUE KEY (data),
FOREIGN KEY (data) REFERENCES data(data)
) ENGINE=InnoDB;
2. Save key data for the table records as follows:
INSERT INTO keys(data) VALUES('ABCDEFGHIJKLMNO');
INSERT INTO keys(data) VALUES('ABCDEFGHIJKLMNO');
INSERT INTO keys(data) VALUES('ABCDEFGHIJKLMNO');
INSERT INTO keys(data) VALUES('ABCDEFGHIJKLMNO');
3. Decrypt data for a specified row with the master key as follows:
SELECT data FROM keys WHERE key_id = 1;
The above query returns the following:
DATA
ABCDEFGHIJKLMNO
4. Store the encrypted data for an arbitrary number of rows as follows:
INSERT INTO keys(data) VALUES('EFGHIJKLMNO');
INSERT INTO keys(data) VALUES('DEFGHIJKLMNO');
INSERT INTO keys(data) VALUES('EFGHIJKLMNO');
The above query stores the encrypted data in the data column for a record with key_id=2, 3, and 4. To decrypt data for a specified row, the following query can be used:
SELECT data FROM keys WHERE key_id = 4;
The above query. KEYMACRO is a Windows utility that allows you to create unique key combinations which can be used as shortcut keys to open programs, websites, folders or files, or that can be stored in the registry or exported to a text file or XML file.
The program allows you to create special shortcut keys that can be used in the Windows operating system, and which can be later stored in a text file or XML file.
KEYMACRO gives you the option to record the name, location, description, and tags for the shortcuts.
KEYMACRO is available for Windows XP/Vista/7/8/10 and includes a detailed help file.
Supports:
Windows XP/Vista/7/8/10
Mac OS X
Pros:
Allows you to create shortcuts that open URLs, programs, folders, files or entries in the Registry.
Very easy to use.
Works seamlessly with Windows.
Allows you to create up to five shortcuts.
The program can be easily customized and can be exported to a text file or XML file.
Cons:
Slow and sometimes unstable.
The program doesn't have an option to create a text file or XML file.
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Adobe Photoshop CC 2017 - Essential Training Course
There is no doubt that Adobe Photoshop is one of the world’s most popular image editing software for both professionals and amateurs. This Essential Training Course provides you with a foundation of all you need to know about this program, and how to get the most from it. The course includes over 40 lectures, covering the basics to advanced Photoshop editing techniques.
You will learn about:
? Photoshop’s tools, including how to use the Brushes and Layers features
? Effects and how to use the Adjustments panel
? How to manipulate and create textures in Photoshop
? How to work with layers and masks
? How to correct color and exposure
? Editing the canvas size and scaling
? Using the Layer Panel
? Working with type and graphics
? Building a photomanipulation
? Working with adjustment layers
? Masks and transparency
? Working with presets 70238732e0 demjav
https://wakelet.com/wake/Qjtcg-BhPLxrsKpENxtiDhttps://wakelet.com/wake/6BNs516sOxeILYABLJm-vhttps://wakelet.com/wake/OFZxRIRRhXrutN2MW4G-Whttps://wakelet.com/wake/KB4YukC2syZ46AvWu0AYthttps://wakelet.com/wake/OqHAEi_evIzH2BpWmnJEnhttps://wakelet.com/wake/7Q1cboGv4f2ThmMK1gUGzhttps://wakelet.com/wake/0TlGbvczt2boJl8MEVEuMhttps://wakelet.com/wake/XAtS32NSmKVYtiItpTX0qhttps://wakelet.com/wake/ltIFQllT6sBtutZSwtft1https://wakelet.com/wake/rGQWlU9jXlljRgjhVpbF8This application is designed to analyze optical disk experiment results. It records the experiment results, and displays a graphic interface. Users can adjust the parameters of the experiment by typing values. The results obtained by the experiment are presented graphically. The main usage of this application is for optical disk experiment and numerical simulation of the wave.
TABLE 1Explanation of each parameterParameterDescriptionSample numberThe number of the experiment sample point.The number of points used to calculate the resistance.sample areaThe area where data are read.The area of experiment.The experiment area.0.1The range of sweep speed.The sweep speed range.0.2Maximum number of the experiment.The maximum number of experiment.
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We develop a program about optical disk experiment application, which is easy to use and powerful. We design a very simple and easy-to-use graphical user interface for easy to handle the optical disk experiment, then the users can operate the experimental data and graphic interface. User can adjust the speed and the number of experiment as required. The result is saved as figure, which can be used for reference. Through the graphical interface, users can find the anisotropy of the optical disk experiment data. The user can set the sweep range and the maximum number of experiment as required.
The target of this experiment is to find anisotropy. The device and the method are both different from the "Anisotropy Optical Disk Experiment Analyzer" developed by He Ling and Ming-Chen Yang, which is about how to find the anisotropy of optical disk experiment. This application is to find the anisotropy of optical disk experiment data, the sweep range can be adjusted as required, then the user can find the anisotropy by setting the speed and the maximum number of experiment.
[TECHNICAL DETAIL]
In this application, we use the C language to program. The main program, which is executed by the main function is the main program. The main program is the main part of the experiment. The user can control the experiment by the main program and can record experiment data. The experiment data is obtained by the experiment module, which is divided into four parts: the speed module, the sweep module, the number module, and the anisotropy module. The speed module is used to adjust the speed in the experiment data. The sweep module is used to set the range in the experiment data. The number module is used to adjust the maximum number of
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