@@ -15,11 +15,11 @@ When you create a service, you specify which container image to use and which
1515commands to execute inside running containers. You also define options for the
1616service including:
1717
18- * The port where the swarm makes the service available outside the swarm
19- * An overlay network for the service to connect to other services in the swarm
20- * CPU and memory limits and reservations
21- * A rolling update policy
22- * The number of replicas of the image to run in the swarm
18+ - The port where the swarm makes the service available outside the swarm
19+ - An overlay network for the service to connect to other services in the swarm
20+ - CPU and memory limits and reservations
21+ - A rolling update policy
22+ - The number of replicas of the image to run in the swarm
2323
2424## Services, tasks, and containers
2525
@@ -61,8 +61,7 @@ The underlying logic of Docker's Swarm mode is a general purpose scheduler and
6161orchestrator. The service and task abstractions themselves are unaware of the
6262containers they implement. Hypothetically, you could implement other types of
6363tasks such as virtual machine tasks or non-containerized process tasks. The
64- scheduler and orchestrator are agnostic about the type of the task. However, the
65- current version of Docker only supports container tasks.
64+ scheduler and orchestrator are agnostic about the type of the task. However, Docker only supports container tasks.
6665
6766The diagram below shows how Swarm mode accepts service create requests and
6867schedules tasks to worker nodes.
@@ -121,5 +120,5 @@ in black.
121120
122121## Learn more
123122
124- * Read about how Swarm mode [ nodes] ( nodes.md ) work.
125- * Learn how [ PKI] ( pki.md ) works in Swarm mode.
123+ - Read about how Swarm mode [ nodes] ( nodes.md ) work.
124+ - Learn how [ PKI] ( pki.md ) works in Swarm mode.
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