Object clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait Methods inherited from class java.lang.AVListImpl addPropert圜hangeListener, addPropert圜hangeListener, clearList, copy, firePropert圜hange, firePropert圜hange, getBooleanValue, getBooleanValue, getChangeSupport, getDoubleValue, getDoubleValue, getEntries, getIntegerValue, getIntegerValue, getLongValue, getLongValue, getRestorableStateForAVPair, getStringValue, getStringValue, getStringValue, getValue, getValues, hasKey, removeKey, removePropert圜hangeListener, removePropert圜hangeListener, setValue, setValues AbstractLayer createLayerConfigElements, getDataFileStore, getExpiryTime, getLayerConfigParams, getMaxActiveAltitude, getMa圎ffectiveAltitude, getMinActiveAltitude, getMinEffectiveAltitude, getName, getRestorableState, getScale, getScreenCredit, isAtMaxResolution, isEnabled, isLayerActive, isLayerConfigDocument, isLayerInView, isMultiResolution, isNetworkRetrievalEnabled, isPickEnabled, pick, preRender, render, restoreState, setDataFileStore, setEnabled, setExpiryTime, setMaxActiveAltitude, setMinActiveAltitude, setName, setNetworkRetrievalEnabled, setPickEnabled, setScreenCredit RenderableLayer addRenderable, addRenderable, addRenderables, clearRenderables, dispose, disposeRenderables, doPick, doPick, doPreRender, doPreRender, doRender, getActiveRenderables, getNumRenderables, getOpacity, getRenderables, onMessage, removeAllRenderables, removeRenderable, setOpacity, setRenderables Var ginLambda * ginadapter.Specifies the path and filename of the stars file. "context" "/aws/aws-lambda-go/events" "/aws/aws-lambda-go/lambda" ginadapter "/awslabs/aws-lambda-go-api-proxy/gin" "/gin-gonic/gin" "log" "serverless-golang-api-with-aws/router" We are going to be using go.mod for dependencies, if you are cloning the repo you just need to do go build command in the directory where the main file lives for local entry point it would be go build main/localmain.go if you are following along creating your own project from scratch you can install them by executing the go get command for the different dependencies see below: Let’s create the first endpoint for home and have it return a json response with http status code 200 This is a very simple and direct way to test your lambdas locally. We use gin-gonic for this tutorial but api proxy for AWS Lambda golang also supports Negoni and GorillaMux, unfortunately testing lambdamain.go is not really possible, so you need to have another entry point for local development so you can test it using regular HTTP calls. The reason why you need to entry points one local and one for the AWS lambda is because in order to receive the event request from AWS API Gateway you are going to need to add an API proxy. At the root add a main directory with two files localmain.go and lambdamain.go it should look like this: You have the go language installed in your computerĬreate a new go project, we will call it serverless-golang-api-with-aws.In order to successfully complete this guide, it is assumed you have the following already. Serverless computing is gaining a lot of popularity and golang with its speed and simplicity is a perfect companion. This is a step by step tutorial on how to get you started and deploy your first serverless REST API using golang, AWS lambdas, and AWS API Gateway, all this being powered by Gin-gonic. Using Gin web framework for the routing and HTTP engine
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