With this command a network drive can be created by entering the drive to which the map is to be assigned in the Edit map settings tab. This may be the First available drive name, a Preselected drive name or no drive name at all.

Then specify the UNC path that is to be assigned as a network drive. Optionally, the connection can be configured as a Map persistent. Otherwise, the network drive is connected only for the current session.

The assigned drive letter can be saved in a variable to be specified.

In the User settings tab, you can specify if this connection is to be established with the data of the user who executes the Client Command. Otherwise, enter the data for a specific user.

With this command you can edit a network drive by editing the netword drive letter representing the network drive in the Network drive settings. You can now remove the remove the map persistent and/or cancel the connection.

With this command you can create a share on a computer. In the Directory or share name tab you can specify manually or with the Browse button a directory you want to share. In addition, you can specify the share name and a comment. With this information, it is later easily possible to identify a share. In addition, you can set a user limit, which limits the number of connections to this share.

In the Access rights tab, you can define users and matching rights. This will allow the users to be displayed in the upper section. If a user is selected, its rights are displayed in the bottom section, which can be edited by highlighting the corresponding right.

Four buttons are located between these fields, with which users can be added,  removed or selected. In the same way, the list can be updated. To add users, you can enter the user name, including any existing domain, in the small input field (e.g., domain\username), and click Add. However, the registered name will not be verified, and is therefore displayed alongside a question mark in a yellow circle.

To select a user, click the appropriate button. In the drop-down menu, you can select an existing domain, after which a list of all available users is displayed on the left side. Mark the users you want to add, and copy them with the arrow buttons in the middle to the right list. As soon as you click OK, all users in the right list will be added as users.

With this command you can delete a share again. You can specify the share to be deleted with its name (share name) or a path in the Details tab. The path can be specified manually or with the Browse button.

In addition, an error can be generated if the share does not exist or if connections exist.

With this command, created shares can be edited. Identify the relevant share by the assigned share name (see Create share). You can change the comment and the user limit by removing the checkmarks which prevent modification.

If you do not want to change the access rights, set a checkmark in the appropriate checkbox. Otherwise, specify whether the permissions are to be overwritten or changed. Difference between changing and overwriting access rights: If access rights are changed, the new rights of a user are merely added to existing rights. Rights already assigned are not affected and remain in place. Overwriting of rights changes all rights; this means that rights already assigned can be withdrawn unless they are also set in this task.

In the Access rights tab, you can define users and matching rights. This will allow the users to be displayed in the upper section. If a user is selected, the rights of this user are displayed in the bottom section, which can be edited by selecting or unselecting the corresponding right.

Four buttons are located between these fields, with which users can be added,  removed or selected. In the same way, the list can be updated. To add users, you can enter the user name, including any existing domain, in the input field (e.g., domainusername), and click Add. However, the registered name will not be verified, and is therefore displayed alongside a question mark in a yellow circle. To select a user, click the appropriate button. In the drop-down menu, you can select an existing domain, after which a list of all available users is displayed on the left side. Highlight the users whom you want to add and copy this selection with the arrow buttons in the middle into the right list. As soon as you click OK, all users in the right list will be added as users.

With this command you can send a message to a computer with the net send command by entering the host and the message text in the Details tab. The host can be selected manually or with two buttons. The first button searches the entire network for workstations and lists these, while the second button displays a list of all computers inventoried in the ACMP.

With this command you can run through a range of IP addresses. This will done in the form of a loop, where all subordinate commands for each IP address in the specified range are executed once.

Enter the start and end range, as well as the net address and net mask in IPv4 format, in the Details tab. The current IP address will be stored in a variable (see Variables) while iterating through the range. Optionally, you can also include the network address and the broadcast address in the iteration.

With this command you can iterate through the IP addresses of the entire network. This will done in the form of a loop, where all subordinate commands for each IP address in the specified range are executed once. Specify in the Details tab if you want to include the network address and the broadcast address in the iteration. With the + button or - button, you can then exclude certain networks from the iteration. The current IP address of an iteration is stored in a variable (see Variables) to be specified.

With this command, the data of individual network elements can be read off via SNMP (Simple Network Management Protocol) by entering the node address of the corresponding elements in IPv4 format in the Details tab. The community describes access rights, where 'public' means read access, and 'private' means read and write access. Most often 'public' is used.

The individual values ​​of a network element are stored variables that are saved to the so-called object identifiers and can be queried via these identifiers.

Now select the appropriate object identifiers. You can then specify a timeout in milliseconds. If this time has elapsed, the command is terminated. You can also specify the number of repetitions, which states how often an attempt shall be made to obtain the information. By checkmarking the appropriate box, you can also have the MIB (Management Information Base) included, which contains the object identifiers supported by the network element.

In the variable (see Variables) to be specified, the value of the indicated object identifier is stored.

With this command, you can automatically boot a computer if it has shut down. You can do this by entering the MAC address or the ACMP client address in the Details tab. This can be done manually or via the Browse button. All clients known to the ACMP will then be listed. After having been selected, the data of the corresponding client will be inserted.

In the Send "magic packet" to this IP section, you can enter individual IP addresses or the broadcast address, where the IP is normally detected automatically on the basis of the MAC address and the ACMP database if the specified computer has been inventoried.

However, the magic packet can only be transmitted to MAC address or by broadcast. However, as some routers may prohibit broadcasts, you also have the option to specify an individual IP address. However, if a router has 'forgotten' the IP address of a switched off computer  it is still possible to work with the MAC address. Hence this command is secured additionally against network problems.

The default port is 2050 and can be changed if necessary.

The magic packet is sent from the computer, from which the command is issued. Hence you may not be able to wake a client in another network  if the two networks are not connected with a router.

The magic packet is sent from the ACMP via UDP. If you do not allow this protocol, this command can not perform its function.