You can use the @malagu/scf-adapter
component to deploy applications in SCF. Based on the principle of convention over configuration, the component can be used out of the box with zero configuration required.
The adapter component has a default deployment rule, which can be overwritten. When running a deployment task, it will use the SDK provided by the platform to create the required cloud resource according to the deployment rule. If it finds that the cloud resource already exists, it will update the resource differentially. It always creates or updates cloud resources in the most secure way possible; for example, if a custom domain name is configured, it will attempt to create or update the custom domain name resource.
The adapter component deploys an application into a function, which means that one application corresponds to one function. If the application is large, it should be split into small microapplications or microservices. Just like the principle of granularity breakdown in the microservice architecture, reasonable granularity breakdown enables better application management. The framework will guarantee the execution performance of one application in one function.
Malagu provides the stage
configuration attribute to represent the environment. In the deployment rule agreed by the @malagu/scf-adapter
component, the mode
attribute is used to map the stage
attribute. Three environments are provided by default: testing, prerelease, and production. The expression rule is as follows:
stage: "${'test' in mode ? 'test' : 'pre' in mode ? 'pre' : 'prod' in mode ? 'prod' : cliContext.prod ? 'prod' : 'test'}" # test, pre, prod
The stage
value rule is as follows:
mode
attribute contains the test
mode, or mode
does not contain test
, pre
, and prod
and the command line parameter -p,--prod
is not specified.mode
attribute contains the pre
mode.mode
attribute contains the prod
mode, or the command line parameter -p,--prod
is specified.You can choose different deployment environments by specifying mode
:
# Deploy to the test environment
malagu deploy -m test # Or use `malagu deploy`
# Deploy to the prerelease environment. You can also skip deploying to the prerelease environment and deploy directly to the production environment
malagu deploy -m pre
# Deploy to the production environment
malagu deploy -m prod
The isolation level of environments can be controlled. You can use accounts to isolate environments by using different configuration files for different environments and configuring different accounts for different configuration files. Similarly, you can also use regions and service aliases to isolate environments. The framework isolates environments by service alias by default. The isolation methods can be used together.
Association of the stage
attribute value with the service alias (the following is the default rule and does not need to be configured):
malagu:
faas-adapter:
alias:
name: ${stage}
Association with the API Gateway environment (the following is the default rule and does not need to be configured):
malagu:
faas-adapter:
apiGateway:
release:
environmentName: "${stage == 'pre' ? 'prepub' : stage == 'prod' ? 'release' : stage}"
The adapter component defines the deployment mode through the mode
attribute. Supported deployment modes include:
mode:
- http
You can overwrite the default deployment rule with a custom rule of the same name.
The default rule is defined in the malagu-remote.yml
configuration file of the @malagu/scf-adapter
component.
mode:
- htpp # Valid values: http, timer, api-gateway. Default value: http
malagu:
faas-adapter:
namespace:
name: xxxx # The default value is `default`
Note:Other namespace attributes can be configured in a similar way.
malagu:
faas-adapter:
function:
name: xxxx # The default value is `${pkg.name}`
Note:Other function attributes can be configured in a similar way.
malagu:
faas-adapter:
type:
namespace:
description:
function:
name: ''
namespace:
handler:
publish:
l5Enable:
type:
codeSource:
description:
memorySize:
timeout:
runtime:
role:
clsLogsetId:
ClsTopicId:
env:
vpcConfig:
vpcId:
subnetId:
layers:
name:
version:
deadLetterConfig:
type:
name:
filterType:
publicNetConfig:
PublicNetStatus:
eipConfig:
eipStatus:
alias:
name:
functionName:
namespace:
description:
routingConfig:
additionalVersionWeights:
version:
weight:
addtionVersionMatchs:
version:
key:
method:
expression:
apiGateway:
usagePlan:
name:
environment:
desc:
maxRequestNum:
maxRequestNumPreSec:
strategy:
name:
environmentName:
strategy:
api:
name:
serviceTimeout:
protocol:
desc:
authType:
enableCORS:
businessType:
serviceScfFunctionName:
serviceWebsocketTransportFunctionName:
serviceScfFunctionNamespace:
serviceScfFunctionQualifier:
serviceWebsocketTransportFunctionNamespace:
serviceWebsocketTransportFunctionQualifier:
isDebugAfterCharge:
serviceScfIsIntegratedResponse:
isDeleteResponseErrorCodes:
responseSuccessExample:
responseFailExample:
authRelationApiId:
userType:
oauthConfig:
publicKey:
tokenLocation:
loginRedirectUrl:
responseErrorCodes:
code:
msg:
desc:
convertedCode:
needConvert:
requestConfig:
ApiRequestConfig:
path:
method:
requestParameters:
name:
desc:
position:
type:
defaultValue:
required:
RequestParameter:
service:
exclusiveSetName:
name:
protocol:
description:
netTypes:
ipVersion:
setServerName:
appIdType:
release:
environmentName:
desc:
customDomain:
name:
isDefaultMapping:
certificateId:
protocol:
netType:
pathMappingSet:
path:
Environment:
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