Abstract: In some examples, an electronic device records, in an entry of a time-state data structure that includes a plurality of entries to store respective times, a time in response to invocation of a time-lapse process that lasts a predefined time duration independently of a time clock of the electronic device. The electronic device determines whether times in successive entries of the plurality of entries of the time-state data structure are within a threshold of one another, the threshold based on the predefined time duration. Based on the determining, the electronic device sets a parameter representing a quality of the time clock.

Abstract: In some examples, an electronic device records, in an entry of a time-state data structure that includes a plurality of entries to store respective times, a time in response to invocation of a time-lapse process that lasts a predefined time duration independently of a time clock of the electronic device. The electronic device determines whether times in successive entries of the plurality of entries of the time-state data structure are within a threshold of one another, the threshold based on the predefined time duration. Based on the determining, the electronic device sets a parameter representing a quality of the time clock.

Abstract: Example implementations relate to providing a web service. For example, an implementation includes a gateway to receive client certificate information from the client computing device and to determine a trust state of the client computing device based on the client certificate information. The gateway is also to receive a service request from the client computing device and to modify the service request. The implementation also includes a web service logic layer to receive the modified service request including the trust state and to determine a level of service associated with the client computing device based on the modified service request.

Abstract: Examples include volume and snapshot replication. In some examples, a user-initiated snapshot of a volume at a source array may be created, wherein the user-initiated snapshot has a pending status and the volume is a member of a set of volumes in a replication group. A synchronization snapshot may be created of the volume at a periodic synchronization time. The synchronization snapshot may have a pending status. Each snapshot of the volume may be stored at the source array and each snapshot may be recorded via a representative entry in an original snapshot list. The volume may be incrementally replicated to a target array such that the target array has a replica of the volume at the source array via a replication engine.

Abstract: Examples include volume and snapshot replication. In some examples, a user-initiated snapshot of a volume at a source array may be created, wherein the user-initiated snapshot has a pending status and the volume is a member of a set of volumes in a replication group. A synchronization snapshot may be created of the volume at a periodic synchronization time. The synchronization snapshot may have a pending status. Each snapshot of the volume may be stored at the source array and each snapshot may be recorded via a representative entry in an original snapshot list. The volume may be incrementally replicated to a target array such that the target array has a replica of the volume at the source array via a replication engine.

Abstract: Example implementations relate to providing a web service. For example, an implementation includes a gateway to receive client certificate information from the client computing device and to determine a trust state of the client computing device based on the client certificate information. The gateway is also to receive a service request from the client computing device and to modify the service request. The implementation also includes a web service logic layer to receive the modified service request including the trust state and to determine a level of service associated with the client computing device based on the modified service request.

Abstract: Methods and apparatus for connecting a client on a first operating system to a server on a second operating system using LDAPI communication includes establishing privacy between the first and second operating systems, identifying the client to the server, identifying the server to the client to establish a trust by the client of the server, and sending LDAPI messages between the client and the server.

Abstract: Methods and apparatus for connecting a client on a first operating system to a server on a second operating system using LDAPI communication includes establishing privacy between the first and second operating systems, identifying the client to the server, identifying the server to the client to establish a trust by the client of the server, and sending LDAPI messages between the client and the server.