International Business Machines Corporation

Sukadev Bhattiprolu

Malahal R Naineni

Chandra Seetharaman

Narasimha Nageshrao Sharoff

Haren Myneni

Badari Pulavarty

Venkateswararao Jujjuri

Matthew Lee Helsley

Jujjuri Venkateswararao

Methods may perform unattended software installation. The method may include receiving a user's selection of one or more software installation files, and reading at least a portion of the one or more user-selected software installation files. The method may additionally include extracting, from the read one or more software installation files, questions that a user will be asked to answer during execution of the one or more user-selected software installation files, and compiling the extracted questions. The method may further include prompting a user to provide answers to the compiled questions, and receiving answers to one or more questions of the compiled questions prior to execution of the one or more user-selected software installation files. The method may additionally include storing the received answers, and providing the stored answers when requested during execution of the one or more user-selected software installation files.

Performing unattended software installation

Systems and computer program products may perform unattended software installation. The systems and computer program products may include receiving a user's selection of one or more software installation files, and reading at least a portion of the one or more user-selected software installation files. The systems and computer program products may additionally include extracting, from the read one or more software installation files, questions that a user will be asked to answer during execution of the one or more user-selected software installation files, and compiling the extracted questions. The systems and computer program products may further include prompting a user to provide answers to the compiled questions, and receiving answers to one or more questions of the compiled questions prior to execution of the one or more user-selected software installation files. The systems and computer program products may additionally include storing the received answers, and providing the stored answers when requested during execution of the one or more user-selected software installation files.

A method, system, and article for management of email communication content across a computer system network. An archive of email communications is retained on storage media in communication with the network. In addition, email communication is retained on storage media in communication with a client machine in the network. To mitigate duplication of email communications, duplicate communications are replaced with a hyperlink to the archive communication. This replacement supports removal of the duplicate communication from the storage media in communication with the client machine.

Method and system for management of electronic mail communication

Embodiments of the invention relate to password management of one or more data storage devices. A set of passwords are employed to manage access to the storage devices, with authentication of both passwords enabling access to the subject storage device(s) for read and/or write operation privileges. The first password is known by the user and is used as an initial input string. The second password is not known by the user and is authenticated with the subject storage device(s) through BIOS and without input from the user.

Managing access to storage media

The method includes identifying a first executing process using a second executing process. The first executing process may include a file descriptor and the first executing process may be independent of the second executing process. The method includes disassociating the file descriptor from a first data stream using the second executing process without involvement of the first executing process. The method includes associating the file descriptor with a second data stream using the second executing process without involvement of the first executing process in response to disassociating the file descriptor from the first data stream.

Dynamically redirecting a file descriptor of an executing process by another process by optionally suspending the executing process

An apparatus for dynamically redirecting a file descriptor includes an identification module, a disassociation module, and an association module. The identification module identifies a first executing process using a second executing process. The first executing process may include a file descriptor and the first executing process may be independent of the second executing process. The disassociation module disassociates the file descriptor from a first data stream using the second executing process without involvement of the first executing process. The association module associates the file descriptor with a second data stream using the second executing process without involvement of the first executing process in response to the disassociation module disassociating the file descriptor from the first data stream.

A target phone number previously associated with a first user is presently associated with a second user such that the target phone number is not presently associated with the first user. A caller uses a calling phone number to initiate a phone call to the target phone number. In response, it is determined whether the calling phone number is on a list of phone numbers associated with the first user. If the calling phone number is on the list of phone numbers associated with the first user, then the caller is notified that the target phone number is no longer associated with the first user. It is determined whether the caller wants to continue with the phone call, and if not, the phone call is terminated before it reaches the second user.

Phone call screening

A method of displaying tab titles in a computer user interface receives a request to display a new tab in a tab area having a length. The new tab has a width and the new tab has a title having a length. The method determines a number of tabs to be displayed in the area and determines if the number of tabs to be displayed multiplied by the tab width is greater than the length of the tab area. If so, the method sets the tab width equal to the length of the tab area divided by the number of tabs. The method determines if the length of the title is greater than the tab width. If so, the method determines if the title has any words in common with any other titles of tabs. If so, the method deletes the common words from the titles, and displays the titles with the deleted common words in the tabs. The method may set a maximum number of tabs to be displayed in the tab area. The maximum number of tabs may be determined by the length of the tab area and a minimum tab width. If the number of tabs is greater than the maximum number of tabs is to be displayed, the method collapses some of the tabs in to a tab of tabs.

Method of displaying tab titles

A method for automatically merging e-mail replies containing reviewer comments to open source software code is disclosed. Individual reply messages may be identified for merger and evaluated for comments for each line of code. Comments, context information, and reviewer information may then be extracted and incorporated into a merged reply message where each line of code commented on contains comments associated with that line of code. The merged reply message may then be transmitted back to the sender with the incorporated comments.

Method to automatically merge e-mail replies

Methods and systems for using radio frequency identification ('RFID') to automatically lock and unlock a mobile computing device. An RFID transceiver is installed in connection with a locking device. The locking device can secure the mobile computing device to a cable, which is securable to a physical structure. An RFID transmitter is configured to detect a signal from the RFID transceiver within a predetermined distance range and send a response signal to the RFID transceiver. If the RFID transmitter is within the range, the RFID transceiver detects the response signal from the RFID transmitter and issues an unlocking signal to change the position of the locking device to an unlocked position. If the RFID transmitter is outside of the range, the RFID transceiver does not detect a response signal from the RFID transmitter, and issues a locking signal to change the locking device position to a locked position.

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Beaverton, OR, United States of America

Sukadev Bhattiprolu