Abstract: A terminal on which a device driver for a device is installed, comprising an obtaining section obtaining, from the device, setting method information for a first IP address that is currently set to the device; and a port generating section generating a port corresponding to the device when the device driver is being installed to the terminal. The port generating section generates the port by using the first IP address currently set to the device in a case where the setting method information indicates a first type of setting method where an IP address is set to the device as a result of an user input of the IP address to the device, and generates the port by using a device name currently set to the device in a case where the setting method information indicates a second type of setting method different from the first type of setting method.

Abstract: A network device may be configured to be connected with an external device in a communicable manner via a network. The network device may be provided with a first light emitting element configured to indicate a first type of information concerning a communication of data via the network, and a light emitting element control unit. The network device may be configured to be set in any one of a plurality of performance states including a first performance state and a second performance state. Power consumption in the second performance state may be smaller than power consumption in the first performance state. The light emitting element control unit may allow emission of the first light emitting element in a first case where the network device is set in the first performance state.

Abstract: A computer readable medium may stores a computer program including instructions for ordering a computer mounted on the processing device. The instruction may order the computer to perform acquiring a first IP address assigned to the function performing device, acquiring a unique network device name provided to the function performing device by using the first IP address, attempting to acquire a second IP address by using the network device name, determining whether the second IP address identical to the first IP address has been acquired, and installing the software in which the network device name is set as a destination of the function performing instruction in a case where it is determined that the second IP address which is identical to the first IP address has been acquired.

Abstract: A wireless communication device to be wirelessly connected to a wireless network is provided. The wireless communication device includes a password obtainer to obtain a password designated by a user for connecting the wireless communication device to the wireless network, and a wireless connector to connect the wireless communication device to the wireless network with the use of the obtained password. The wireless connector sequentially selects one set from two or more sets, and sequentially attempts to connect the wireless communication device to the wireless network with the use of the sequentially selected one set. Each set of the two or more sets has an authorization method and an encryption method.

Abstract: A wireless communication device to be wirelessly connected to a wireless network is provided. The wireless communication device includes an encryption examiner to examine as to whether communication in the wireless network is encrypted, a password obtainer to obtain a password designated by a user for connecting the wireless communication device to the wireless network if the encryption examiner determines that the communication in the wireless network is encrypted, and a wireless connector to connect the wireless communication device to the wireless network with the use of the obtained password. The wireless connector sequentially selects one set from a plurality of sets, and sequentially attempts to connect the wireless communication device to the wireless network with the use of the sequentially selected one set. Each set of the plurality of sets has an authorization method and an encryption method.

Abstract: A data transmission device, configured to be connected with terminal devices via a network, includes an image acquiring unit configured to acquire image data, an identifying data acquiring unit configured to acquire user identifying data to identify a user of the data transmission device, a first file creating unit configured to create a first file that includes the image data acquired by the image acquiring unit, a second file creating unit configured to create a second file that includes the user identifying data acquired by the identifying data acquiring unit and data to specify the first file created by the first file creating unit, and a transmission unit configured to transmit the first file and the second file to a destination one of the terminal devices.

Abstract: A scanner includes a scanning unit which scans an object to generate scan data, a scan data storage, a location information transmitting unit configured to transmit location information indicative of a location where the scan data is stored to an external device, a device-location storage stores device-location information including device identifying information used for identifying a device to which the scan data generated by the scanning unit is transmitted and the location identifying information in a associated manner, a reception unit receives combination information representing a combination of the device identifying information and the location identifying information, and a scan data transmitting unit configured to transmit the scan data stored at a location identified by the location identifying information to the device identified by the device identifying information on condition that the combination represented by the combination information received by the reception unit is stored in the device