At present, the web cloud function does not give a separate custom runtime. Here we use the Go1 environment for deployment. In theory, we can use any environment This method is also applicable to other compilation languages

The deployment is mainly divided into two steps

1. Build deployment file
2. Deploy applications through yml

Here we demonstrate through an existing project Identity digital control platform

https://github.com/VineFiner/ciam-hello.git

Create deployment file

The overall meaning here is to get the binary file to be deployed

You can write your own deployment language to build Dockerfile

boot.sh

# Build,# Build image
docker build -t scf_app . -f ./SCF/CustomRuntime/Dockerfile.build
# Create, extract container
docker create --name extract scf_app
# Copy, in container, content
docker cp extract:/staging ./install
# Delete, extract container
docker rm -f extract
# delete mirror
# docker image rm scf_app

Here we use Docker to build the deployment file

• First, build the image.

docker build -t scf_app . -f ./SCF/CustomRuntime/Dockerfile.build

Specify the mirror name scf_app, specify the Dockerfile file path

• Create container

docker create --name extract scf_app

Specify the container name extract

• Copy the constructed files in the container to the local install directory

docker cp extract:/staging ./install

• see file

cd install

[vine@VM-8-15-centos install]$ ls
libBlocksRuntime.so    libicuucswift.so.65      Public
libdispatch.so         libswift_Concurrency.so  Resources
libFoundation.so       libswiftCore.so          Run
libicudataswift.so.65  libswiftDispatch.so  
libicui18nswift.so.65  libswiftGlibc.so
[vine@VM-8-15-centos install]$ 

Deployment through Serverless Framework

• install Serverless Framework

Now let's deploy the content built in the previous step to the cloud function

######### Function deployment ###############
# Create startup file
touch ./install/scf_bootstrap && chmod +x ./install/scf_bootstrap

# Write startup content
cat > ./install/scf_bootstrap<<EOF
#!/usr/bin/env bash
# export LD_LIBRARY_PATH=/opt/swift/usr/lib:${LD_LIBRARY_PATH}
./Run serve --env production --hostname 0.0.0.0 --port 9000
EOF

# Compressed folder
# zip --symlinks -r app-0.0.1.zip ./install/*

# Delete yaml file
rm -rf serverless.yml

# Create yaml file
slsplus parse --output --auto-create --sls-options='{"component":"scf","name":"${env:INSTANCE_NAME}","org":"${env:TENCENT_APP_ID}","app":"${env:APP_NAME}","inputs":{"name":"${env:APP_NAME}","region":"${env:REGION}","runtime":"${env:RUNTIME}","type":"web","src":{"src":"./install","exclude":[".env"]},"memorySize":64,"environment":{"variables":{"CIAM_CLIENTID":"${env:CIAM_CLIENTID}","CIAM_CLIENTSECRET":"${env:CIAM_CLIENTSECRET}","CIAM_USERDOMAMIN":"${env:CIAM_USERDOMAMIN}","CIAM_REDIRECTURI":"${env:CIAM_REDIRECTURI}","CAIM_LOGOUTREDIRECTURL":"${env:CAIM_LOGOUTREDIRECTURL}"}},"events":[{"apigw":{"parameters":{"serviceName":"ciam_hello_serverless","description":"ciam hello","endpoints":[{"function":{"isIntegratedResponse":true},"method":"ANY","path":"/"}],"protocols":["http","https"],"environment":"release"}}}]}}' && cat serverless.yml

# Add environment variable
# cp SCF/Template/env .env

# deploy
sls deploy --force --debug

# END

First, we need to create a startup file

# Create startup file
touch ./install/scf_bootstrap && chmod +x ./install/scf_bootstrap

# Write startup content
cat > ./install/scf_bootstrap<<EOF
#!/usr/bin/env bash
# export LD_LIBRARY_PATH=/opt/swift/usr/lib:${LD_LIBRARY_PATH}
./Run serve --env production --hostname 0.0.0.0 --port 9000
EOF

View the file as follows

[vine@VM-8-15-centos install]$ ls
libBlocksRuntime.so    libicuucswift.so.65      Public
libdispatch.so         libswift_Concurrency.so  Resources
libFoundation.so       libswiftCore.so          Run
libicudataswift.so.65  libswiftDispatch.so      scf_bootstrap
libicui18nswift.so.65  libswiftGlibc.so
[vine@VM-8-15-centos install]$ 

Then create the yml file

For yml file configuration information, we can view

https://github.com/serverless-components/tencent-scf/blob/master/docs/configure.md

• Install serverless environment

pnpm install -g serverless

Because Xcode is not very friendly to yml editing, the format of the created yml file is wrong. This caused the deployment to fail Here we use slsplus for creation I personally recommend that you use this method to create, and there will be no inexplicable errors

• The installation method is as follows:

npm install -g @slsplus/cli

• The comparison between json and yml is shown below

• Create using slsplus

# Create yaml file
slsplus parse --output --auto-create --sls-options='{"component":"scf","name":"${env:INSTANCE_NAME}","org":"${env:TENCENT_APP_ID}","app":"${env:APP_NAME}","inputs":{"name":"${env:APP_NAME}","region":"${env:REGION}","runtime":"${env:RUNTIME}","type":"web","src":{"src":"./install","exclude":[".env"]},"memorySize":64,"environment":{"variables":{"CIAM_CLIENTID":"${env:CIAM_CLIENTID}","CIAM_CLIENTSECRET":"${env:CIAM_CLIENTSECRET}","CIAM_USERDOMAMIN":"${env:CIAM_USERDOMAMIN}","CIAM_REDIRECTURI":"${env:CIAM_REDIRECTURI}","CAIM_LOGOUTREDIRECTURL":"${env:CAIM_LOGOUTREDIRECTURL}"}},"events":[{"apigw":{"parameters":{"serviceName":"ciam_hello_serverless","description":"ciam hello","endpoints":[{"function":{"isIntegratedResponse":true},"method":"ANY","path":"/"}],"protocols":["http","https"],"environment":"release"}}}]}}' && cat serverless.yml

When finished, we can see the serverless YML file

Finally, deploy

# Add environment variable
# cp SCF/Template/env .env

# deploy
sls deploy --force --debug

# END

• Because some of our yml files need to be configured, we use env for configuration here

cp SCF/Template/env .env

• For folder deployment, permissions will be lost when there is time. Here we add the parameter force

# deploy
sls deploy --force --debug

Finally, we can successfully deploy the code scanning authorization.