Abstract: A cross system secure logon in a target system by using a first authentication system and a second authentication system. A correct password may be valid on the first authentication system and the second authentication system. An aspect includes receiving an input password, generating a first hash key by using the first authentication system, and/or generating a second hash key by using the second authentication system, wherein each authentication system uses a system unique non-collision free hash algorithm. Further, in one aspect, comparing the first hash key with a first predefined hash key of the correct password stored in the first authentication system, and/or comparing the second hash key with a second predefined hash key of the correct password stored in the second authentication system. Furthermore, granting access to the target system based on at least one of the comparisons.

Abstract: A method is provided for automatically displaying context information to an information fragment with no user interaction. The method includes: displaying the fragment in a first window, wherein the window and fragment each relate to a source process; pointing with a cursor to a part of the fragment displayed in the first window; generating an event object comprising coordinates of the cursor and part of the information fragment; broadcasting the event object to the source process, wherein the only information exchange between the target process and the source process is based on the event object; interpreting the event object by the target process and generating a response by the target process; and displaying the response of the target process in a second window, wherein the second window is related to the coordinates of the cursor.

Abstract: A computer implemented method and system is provided for managing emails within an email system or email box. At the creation of a new email at the email system, an identification of its content (CID) is calculated, the result of that calculation being stored in a header of that email to be forwarded together with the new email. It is checked at the email system when receiving an email to determine whether the email includes a CID identifying the content of that email. If this is not the case, then a CID of the content of the received email is calculated, the resulting CID being stored in the header of that email together with the email. A comparison between the received email and the already stored emails at the email system is performed by comparing the corresponding CID of the received email with the CID of the stored emails. The email system is reorganized by superseding duplicate emails having the same CID.

Abstract: A method is provided for automatically displaying context information to an information fragment with no user interaction. The method includes: displaying the fragment in a first window, wherein the window and fragment each relate to a source process; pointing with a cursor to a part of the fragment displayed in the first window; generating an event object comprising coordinates of the cursor and part of the information fragment; broadcasting the event object to the source process, wherein the only information exchange between the target process and the source process is based on the event object; interpreting the event object by the target process and generating a response by the target process; and displaying the response of the target process in a second window, wherein the second window is related to the coordinates of the cursor.

Abstract: A computer implemented method and system is provided for managing emails within an email system or email box. At the creation of a new email at the email system, an identification of its content (CID) is calculated, the result of that calculation being stored in a header of that email to be forwarded together with the new email. It is checked at the email system when receiving an email to determine whether the email includes a CID identifying the content of that email. If this is not the case, then a CID of the content of the received email is calculated, the resulting CID being stored in the header of that email together with the email. A comparison between the received email and the already stored emails at the email system is performed by comparing the corresponding CID of the received email with the CID of the stored emails. The email system is reorganized by superseding duplicate emails having the same CID.