1.Question 1What is the main benefit of using PaaS, such as IBM Cloud Code Engine, to deploy your microservices?1 pointScales your microservices manually based on predefined rules and configurationsProvides fully managed deployment services to help your deployment process with minimal effortsProvides a design to run a single type of workloadEnables handling of the full deployment process by a single user2.Question 2What are the three deployment modes of IBM Cloud Code Engine?1 point(1) Build and deploy applications from source code. (2) Deploy container image-based applications, and (3) Run Jobs(1) SCP. (2) TCP, and (3) HTTP(1) Run REST APIs, (2) Build and Run Source Code, and (3) Run Jobs(1) Build and deploy applications from source code. (2) Deploy container image-based applications and (3) REST APIs3.Question 3Which of the following statement is correct about Code Engine project and application?1 pointA project can only contain one application.You can have two applications sharing the same name in the same project.A project in IBM Cloud Code Engine acts like a namespace so that you can create and deploy multiple applications even with the same name across projects.A project in IBM Cloud Code Engine acts like a namespace so that you can only create one project under your account.4.Question 4What are the two main application-building methods supported in IBM Cloud Code Engine?1 pointBuilding container image with Dockerfile and Buildpack.Building container image with Dockerpack and Buildpack.Building container image with DockerHub and Buildpack.Building container image with Github Action and DockerHuB:5.Question 5What is the role of docker in container technology?1 pointA software platform for building and running applications as containersA container orchestration platformA cloud tool to scan your container images for security vulnerabilitiesAn application development and testing IDE6.Question 6What is normally the first command of a Dockerfile?1 pointFROMCOPYEXPOSECMD7.Question 7What is a container registry?1 pointA container repository where your pushed container images are curatedA cloud IDE to develop containerA software platform to build a container imageA cloud platform to deploy container images.8.Question 8Once your microservice or web application is deployed, how can you test it?1 pointIBM Cloud Code Engine will provide a container image reference for you to test your application.IBM Cloud Code Engine will provide a URL for you to run or test your service or application.IBM Cloud Code Engine will provide a URL to download your microservice, and then you can unzip and run it.You can only verify your application’s running status via log files.9.Question 9What is the correct IBM Cloud CLI command to create and deploy an application?1 point“ibmcloud ce app create –image us.icr.io/mynamespace/hello_repo --registry-secret myregistry.”“ ibmcloud ce createapp --n helloworldapp --i us.icr.io/mynamespace/hello_repo”“app create --name helloworldapp --image us.icr.io/mynamespace/hello_repo --registry-secret myregistry”“ibmcloud ce app create --name helloworldapp --image us.icr.io/mynamespace/hello_repo --registry-secret myregistry”10.Question 10Which method is used by the IBM Cloud Code Engine to access your container image?1 pointFrom the Private container registry onlyFrom both public and private container registryFrom the public container registry onlyFrom the source code
Question
1.Question 1What is the main benefit of using PaaS, such as IBM Cloud Code Engine, to deploy your microservices?1 pointScales your microservices manually based on predefined rules and configurationsProvides fully managed deployment services to help your deployment process with minimal effortsProvides a design to run a single type of workloadEnables handling of the full deployment process by a single user2.Question 2What are the three deployment modes of IBM Cloud Code Engine?1 point(1) Build and deploy applications from source code. (2) Deploy container image-based applications, and (3) Run Jobs(1) SCP. (2) TCP, and (3) HTTP(1) Run REST APIs, (2) Build and Run Source Code, and (3) Run Jobs(1) Build and deploy applications from source code. (2) Deploy container image-based applications and (3) REST APIs3.Question 3Which of the following statement is correct about Code Engine project and application?1 pointA project can only contain one application.You can have two applications sharing the same name in the same project.A project in IBM Cloud Code Engine acts like a namespace so that you can create and deploy multiple applications even with the same name across projects.A project in IBM Cloud Code Engine acts like a namespace so that you can only create one project under your account.4.Question 4What are the two main application-building methods supported in IBM Cloud Code Engine?1 pointBuilding container image with Dockerfile and Buildpack.Building container image with Dockerpack and Buildpack.Building container image with DockerHub and Buildpack.Building container image with Github Action and DockerHuB:5.Question 5What is the role of docker in container technology?1 pointA software platform for building and running applications as containersA container orchestration platformA cloud tool to scan your container images for security vulnerabilitiesAn application development and testing IDE6.Question 6What is normally the first command of a Dockerfile?1 pointFROMCOPYEXPOSECMD7.Question 7What is a container registry?1 pointA container repository where your pushed container images are curatedA cloud IDE to develop containerA software platform to build a container imageA cloud platform to deploy container images.8.Question 8Once your microservice or web application is deployed, how can you test it?1 pointIBM Cloud Code Engine will provide a container image reference for you to test your application.IBM Cloud Code Engine will provide a URL for you to run or test your service or application.IBM Cloud Code Engine will provide a URL to download your microservice, and then you can unzip and run it.You can only verify your application’s running status via log files.9.Question 9What is the correct IBM Cloud CLI command to create and deploy an application?1 point“ibmcloud ce app create –image us.icr.io/mynamespace/hello_repo --registry-secret myregistry.”“ ibmcloud ce createapp --n helloworldapp --i us.icr.io/mynamespace/hello_repo”“app create --name helloworldapp --image us.icr.io/mynamespace/hello_repo --registry-secret myregistry”“ibmcloud ce app create --name helloworldapp --image us.icr.io/mynamespace/hello_repo --registry-secret myregistry”10.Question 10Which method is used by the IBM Cloud Code Engine to access your container image?1 pointFrom the Private container registry onlyFrom both public and private container registryFrom the public container registry onlyFrom the source code
Solution
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The main benefit of using PaaS, such as IBM Cloud Code Engine, to deploy your microservices is that it provides fully managed deployment services to help your deployment process with minimal efforts.
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The three deployment modes of IBM Cloud Code Engine are: (1) Build and deploy applications from source code. (2) Deploy container image-based applications, and (3) Run Jobs.
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The correct statement about Code Engine project and application is that a project in IBM Cloud Code Engine acts like a namespace so that you can create and deploy multiple applications even with the same name across projects.
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The two main application-building methods supported in IBM Cloud Code Engine are building container image with Dockerfile and Buildpack.
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The role of docker in container technology is a software platform for building and running applications as containers.
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Normally, the first command of a Dockerfile is FROM.
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A container registry is a container repository where your pushed container images are curated.
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Once your microservice or web application is deployed, you can test it because IBM Cloud Code Engine will provide a URL for you to run or test your service or application.
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The correct IBM Cloud CLI command to create and deploy an application is “ibmcloud ce app create --name helloworldapp --image us.icr.io/mynamespace/hello_repo --registry-secret myregistry”.
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The IBM Cloud Code Engine accesses your container image from both public and private container registry.
Similar Questions
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