Abstract: A method for dynamic presentations management of electronic presentations including multiple slides, wherein each slide has at least one presentation constraint parameter assigned thereto, and wherein a presentation software is used for generating and displaying the presentation can include gathering metadata regarding the presentation by the presentation software, evaluating the metadata regarding the presentation and determining at least one presentation constraint parameter by the presentation software, and automatically arranging and/or selecting slides and/or modifying a content of slides according to the determined at least one presentation constraint parameter to be presented by use of the presentation software.

Abstract: A method for dynamic presentations management of electronic presentations including multiple slides, wherein each slide has at least one presentation constraint parameter assigned thereto, and wherein a presentation software is used for generating and displaying the presentation can include gathering metadata regarding the presentation by the presentation software, evaluating the metadata regarding the presentation and determining at least one presentation constraint parameter by the presentation software, and automatically arranging and/or selecting slides and/or modifying a content of slides according to the determined at least one presentation constraint parameter to be presented by use of the presentation software.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: Controlling a peripheral device by receiving data from a ring device that indicates that a user touched their thumb to a region of their finger. Both the thumb and the finger are one hand of the user. Identifying a command that is associated with the region of the finger that was touched. Wirelessly passing the command to a peripheral device. The command controls a function of the peripheral device.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: An install request including a hierarchy of a complex computer environment is received, wherein the hierarchy comprises a first component needed on the first computer and one or more other components needed in the complex computer environment. One or more other computers on which to install the one or more components is determined. Responsive to determining the one or more other computer on which to install the one or more other components, installation of the one or more other components on the one or more other computers is initiated.

Abstract: An install request including a hierarchy of a complex computer environment is received, wherein the hierarchy comprises a first component needed on the first computer and one or more other components needed in the complex computer environment. One or more other computers on which to install the one or more components is determined. Responsive to determining the one or more other computer on which to install the one or more other components, installation of the one or more other components on the one or more other computers is initiated.

Abstract: A method, executed by a computer, for context-dependent message management, includes receiving proxy recipient information from a target recipient, detecting that a message is being drafted to the target recipient while the target recipient is unavailable, and suggesting a proxy recipient in place of the target recipient. The proxy recipient information may identify multiple proxy recipients organized according to message topic. The proxy recipient information may also describe one or more topics for which a target recipient is available and/or suitable. Proxy recipient information may be determined automatically or may be provided by a user. Furthermore, the proxy recipient information may include availability information. In one embodiment, a user approves of the proxy recipient prior to transmitting the message. In another embodiment, the target recipient is able to preemptively receive the message. A computer system and computer program product corresponding to the above method are also disclosed herein.

Abstract: A method, executed by a computer, for context-dependent message management, includes receiving proxy recipient information from a target recipient, detecting that a message is being drafted to the target recipient while the target recipient is unavailable, and suggesting a proxy recipient in place of the target recipient. The proxy recipient information may identify multiple proxy recipients organized according to message topic. The proxy recipient information may also describe one or more topics for which a target recipient is available and/or suitable. Proxy recipient information may be determined automatically or may be provided by a user. Furthermore, the proxy recipient information may include availability information. In one embodiment, a user approves of the proxy recipient prior to transmitting the message. In another embodiment, the target recipient is able to preemptively receive the message. A computer system and computer program product corresponding to the above method are also disclosed herein.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: An install request including a hierarchy of a complex computer environment is received, wherein the hierarchy comprises a first component needed on the first computer and one or more other components needed in the complex computer environment. One or more other computers on which to install the one or mother components is determined. Responsive to determining the one or more other computer on which to install the one or more other components, installation of the one or more other components on the one or mother other computers is initiated.

Abstract: An install request including a hierarchy of a complex computer environment is received, wherein the hierarchy comprises a first component needed on the first computer and one or more other components needed in the complex computer environment. One or more other computers on which to install the one or mother components is determined. Responsive to determining the one or more other computer on which to install the one or more other components, installation of the one or more other components on the one or mother other computers is initiated.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: Dynamic pool reallocation performed by the following steps: (i) defining a plurality of resource pools including a first pool and a second pool, where each resource pool has a plurality of assigned resources; (ii) receiving a plurality of jobs to be executed; (iii) for each job of the plurality of jobs, assigning a respective resource pool, of the plurality of resource pools, to be used in completing the job; (iv) determining a preliminary schedule for executing the jobs on their respective resource pools; (v) determining whether the preliminary schedule will cause any jobs to miss service level agreement (SLA) deadlines corresponding to the job; (vi) executing the plurality of jobs on their respectively assigned resource pools; and (vii) re-assigning first resource from the second pool to the first pool during at least some of the time of the execution of the first job by the first resource pool.

Abstract: Maintaining a plurality of software instances of a software program in a computing environment. An updating request is received for an updating process of the software instances from an old level to a new level. An attempt is made to update each software instance to the new level according to at least one updating policy. Responsive to a failure of the updating of each failed instance of the software instances, an exchanging instance is searched among the other software instances according to at least one searching policy, the exchanging instance being adapted to be exchanged with the failed instance for continuing the updating process according to at least one optimization criterion of the computing environment. The failed instance and the exchanging instance are exchanged in response to a positive result of the searching. The updating process corresponding to the failed instance is resumed.

Abstract: Assisting a user in developing a software program. A program code of the software program being under development is monitored to identify each code portion of the program code matching a matched one of a plurality of code patterns. A search request is submitted for searching, among a plurality of available services provided by corresponding service providers for the code patterns, each eligible service for the matched code pattern. An indication of at least one eligible service being found is received when a result of the search is positive, prompting the user to select a replacement service among the at least one eligible service in response to the positive result of the search. The code portion is replaced with an invocation of the replacement service on the corresponding service provider.

Abstract: Localizing a software product is improved. A plurality of attributes of a plurality of interface elements according to a specified type of user interface are retrieved. Responsive to user input, one or more countries in which the software product is to be localized are specified. An interface element for the user interface is selected. From the attributes of the selected interface element, it is determined whether the interface element is consistent with the specified countries. If not, an alert on a computer display is displayed, in the event the selected interface element is not consistent with the countries specified by the user. The invention also calculates a cost of localizing the selected interface element, wherein the projected cost of localizing the user interface is incremented with the cost of localizing the selected interface element. An alert for the projected cost of localizing the user interface is displayed on the computer display.

Abstract: An install request including a hierarchy of a complex computer environment is received, wherein the hierarchy comprises a first component needed on the first computer and one or more other components needed in the complex computer environment. One or more other computers on which to install the one or mother components is determined. Responsive to determining the one or more other computer on which to install the one or more other components, installation of the one or more other components on the one or mother other computers is initiated.

Abstract: An install request including a hierarchy of a complex computer environment is received, wherein the hierarchy comprises a first component needed on the first computer and one or more other components needed in the complex computer environment. One or more other computers on which to install the one or mother components is determined. Responsive to determining the one or more other computer on which to install the one or more other components, installation of the one or more other components on the one or mother other computers is initiated.