-The KEYMACRO backup utility is a simple and straightforward backup tool. It allows users to select files and folders for backup, create backup plans and backup plans with a few mouse clicks and store them in the specified directory.
-The program does not require installation, thus you can keep it on a USB flash drive along with all your backups in order to restore them on any computer.
-You can add an online backup repository to the program.
-A scheduled backup plan can be set up in the program. You can save the backup plan and restore it anytime you wish to.
-The program can be run from the USB flash drive.
-You can select a system administrator to add his/her account to the backup plans.
-You can select backup files in the directory specified by the administrator.
-You can restore files from the backup plans.

After install:
-Keep the file named keymacro.exe as a read-only system file.
-Keep the file named keymacro_setup.exe as a read-only system file.
-You can run the program from a USB flash drive to save disk space.
-You can copy the program files to a flash drive as backup.

The “Scheduled Backup” function allows you to specify a time of the day and a time interval to make a backup, meaning that you will have a backup plan once per day. The program allows you to choose which drives and folders will be backed up.Q:

Keep parameters constant when using fork and execvp

I have a function that is able to execute some programs using fork, execvp, and waitpid
It takes 4 parameters.
1) The first parameter is a file to execute
2) The second parameter is an exec function to be used to execute the given program
3) The third parameter is the pid of the child process, which we will wait for
4) The fourth parameter is a pid_t return value, that we will return from the function after the execve of the file.
Here’s my function signature:
int exec_file_with_params(const char* file, int (*exec_func)(const char *arg, void *params), pid_t *pid_return_val)

and an example of how I call it:
int child_pid = fork();
if (child_pid == -1)
{ 384a16bd22

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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

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