Abstract: Embodiments of the present disclosure relate to a CAPTCHA generation method. According to the method, a request for accessing a resource is received from a handheld touch screen device. A default virtual keyboard type is received from the handheld touch screen device. In response to the request, a CAPTCHA is generated based on the default virtual keyboard type. The CAPTCHA is sent to the handheld touch screen device.

Abstract: Embodiments of the present disclosure relate to a CAPTCHA generation method. According to the method, a request for accessing a resource is received from a handheld touch screen device. A default virtual keyboard type is received from the handheld touch screen device. In response to the request, a CAPTCHA is generated based on the default virtual keyboard type. The CAPTCHA is sent to the handheld touch screen device.

Abstract: A method, computer program product and computer system is provided. A processor receives a read request for a data entry from a client device, where the read request includes a first identifier. A processor retrieves a second identifier from a first storage device, where the second identifier is associated with the data entry as stored in the first storage device. Responsive to the first identifier and the second identifier not matching, a processor updates the data entry of the first storage device with a corresponding data entry from a second storage device.

Abstract: A method, computer program product and computer system is provided. A processor receives a read request for a data entry from a client device, where the read request includes a first identifier. A processor retrieves a second identifier from a first storage device, where the second identifier is associated with the data entry as stored in the first storage device. Responsive to the first identifier and the second identifier not matching, a processor updates the data entry of the first storage device with a corresponding data entry from a second storage device.

Abstract: A method, computer program product and computer system is provided. A processor receives a read request for a data entry from a client device, where the read request includes a first identifier. A processor retrieves a second identifier from a first storage device, where the second identifier is associated with the data entry as stored in the first storage device. Responsive to the first identifier and the second identifier not matching, a processor updates the data entry of the first storage device with a corresponding data entry from a second storage device.

Abstract: Software testing uses a plurality of test cases, where each of the test cases includes a plurality of test tasks. The test cases are analyzed to obtain at least one reusable test task sequence between at least two test cases. The reusable test task sequence includes at least one identical test task. The test cases are divided into at least one test case group according to the reusable test task sequence, where the test cases in each of the test case groups has at least one reusable test task sequence. For each of the test cases of the at least one test case group, an execution script of each test case is generated by using an execution script of a reusable test task, where the execution script of each test case includes at least one of backup or restore for the reusable test task sequence.

Abstract: A method, computer program product and computer system is provided. A processor receives a read request for a data entry from a client device, where the read request includes a first identifier. A processor retrieves a second identifier from a first storage device, where the second identifier is associated with the data entry as stored in the first storage device. Responsive to the first identifier and the second identifier not matching, a processor updates the data entry of the first storage device with a corresponding data entry from a second storage device.

Abstract: Software testing uses a plurality of test cases, where each of the test cases includes a plurality of test tasks. The test cases are analyzed to obtain at least one reusable test task sequence between at least two test cases. The reusable test task sequence includes at least one identical test task. The test cases are divided into at least one test case group according to the reusable test task sequence, where the test cases in each of the test case groups has at least one reusable test task sequence. For each of the test cases of the at least one test case group, an execution script of each test case is generated by using an execution script of a reusable test task, where the execution script of each test case includes at least one of backup or restore for the reusable test task sequence.