A.Jenkins core.

B.Build tool installers.

C.Open source plugins.

D.Custom-developed plugins.

A.Specifies the set of features, feature versions, and feature dependencies that are either verified or trusted, depending on the degree of testing they have received.

B.Specifies the set of apps, app versions, and app dependencies that are either verified or trusted, depending on the degree of testing they have received.

C.Tests all installed plugins to ensure that they are compatible with all other the CloudBees Core or Jenkins release you are running.

D.Runs security metrics toots on the duster to ensure that no installed plugins have security vulnerabilities.

E.Specifies the set of plugins, plugin versions, and plugin dependencies that are ether verified or trusted, depending on the degree of testing they have received.

A.Users will not notice anything because participating Master nodes share workloads together; we have an active-active HA setup.

B.Users will not notice anything because the sessions are shared between participating Client Masters and the $JE NKINS HOME directory of the failed Client Master Is copied to resume the failed master's work; we have an active passive setup.

C.Users will notice that builds in progress on the failed node are lost but they will not notice any downtime on the service because the sessions and workload are shared between participating Client Master nodes; we have an active-active HA setup.

D.Users will experience a brief downtime, comparable to the time required to reboot a Jenkins master in a non-HA setup. Freestyle builds that were in progress are lost, but Pipeline builds will resume when the secondary master is online; we have an active passive setup.

A.You cannot. Each team must use a separate master.

B.You do not need to do anything. Job editing is restricted to team members by default.

C.Define team-specific views and set the initial view to the team-specific view.

D.Define team specific folders and restrict edit access to team members.

A.Scripted Pipelines usually execute significantly faster than the comparable Declarative Pipeline.

B.Declarative Pipelines usually use the "agent" section to define the node where the code should execute but the "node" parameter can be used instead and allows for additional options such as
"customWorkspace''.

C.You can use the Declarative Directive Generator to help structure statements for Declarative Pipelines and use the Snippet Generator to help structure statements for Scripted Pipelines.

D.Scripted Pipelines can implement some functionality that Declarative Pipeline syntax does not support, although small bits of scripted syntax can be included In a Declarative Pipeline by using the "script" step.

E.Scripted Pipelines require extensive knowledge of the Apache Groovy syntax wher ease Declarative Pipelines can be implemented with minimal understanding of Groovy and so have a lower risk of syntax errors than Scripted Pipelines.