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Tencent Cloud API SDK for Java
/*
* Copyright (c) 2017-2018 THL A29 Limited, a Tencent company. All Rights Reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package com.tencentcloudapi.apigateway.v20180808.models;
import com.tencentcloudapi.common.AbstractModel;
import com.tencentcloudapi.common.SSEResponseModel;
import com.google.gson.annotations.SerializedName;
import com.google.gson.annotations.Expose;
import java.util.HashMap;
public class CreateApiRequest extends AbstractModel {
/**
* Unique service ID of API.
*/
@SerializedName("ServiceId")
@Expose
private String ServiceId;
/**
* API backend service type. Valid values: HTTP, MOCK, TSF, SCF, WEBSOCKET, TARGET (in beta test).
*/
@SerializedName("ServiceType")
@Expose
private String ServiceType;
/**
* API backend service timeout period in seconds.
*/
@SerializedName("ServiceTimeout")
@Expose
private Long ServiceTimeout;
/**
* API frontend request protocol. Valid values: HTTPS, WEBSOCKET.
*/
@SerializedName("Protocol")
@Expose
private String Protocol;
/**
* Request frontend configuration.
*/
@SerializedName("RequestConfig")
@Expose
private ApiRequestConfig RequestConfig;
/**
* Custom API name.
*/
@SerializedName("ApiName")
@Expose
private String ApiName;
/**
* Custom API description.
*/
@SerializedName("ApiDesc")
@Expose
private String ApiDesc;
/**
* API type. Valid values: NORMAL (general API), TSF (microservice API). Default value: NORMAL.
*/
@SerializedName("ApiType")
@Expose
private String ApiType;
/**
* API authentication type. Valid values: SECRET (key pair authentication), NONE (no authentication), OAUTH, APP (application authentication). Default value: NONE.
*/
@SerializedName("AuthType")
@Expose
private String AuthType;
/**
* Whether to enable CORS.
*/
@SerializedName("EnableCORS")
@Expose
private Boolean EnableCORS;
/**
* Constant parameter.
*/
@SerializedName("ConstantParameters")
@Expose
private ConstantParameter [] ConstantParameters;
/**
* Frontend request parameter.
*/
@SerializedName("RequestParameters")
@Expose
private RequestParameter [] RequestParameters;
/**
* This field is valid if `AuthType` is `OAUTH`. NORMAL: business API; OAUTH: authorization API.
*/
@SerializedName("ApiBusinessType")
@Expose
private String ApiBusinessType;
/**
* Returned message of API backend Mock, which is required if `ServiceType` is `Mock`.
*/
@SerializedName("ServiceMockReturnMessage")
@Expose
private String ServiceMockReturnMessage;
/**
* List of microservices bound to API.
*/
@SerializedName("MicroServices")
@Expose
private MicroServiceReq [] MicroServices;
/**
* Load balancing configuration of microservice.
*/
@SerializedName("ServiceTsfLoadBalanceConf")
@Expose
private TsfLoadBalanceConfResp ServiceTsfLoadBalanceConf;
/**
* Health check configuration of microservice.
*/
@SerializedName("ServiceTsfHealthCheckConf")
@Expose
private HealthCheckConf ServiceTsfHealthCheckConf;
/**
* `target` type backend resource information (in beta test).
*/
@SerializedName("TargetServices")
@Expose
private TargetServicesReq [] TargetServices;
/**
* `target` type load balancing configuration (in beta test).
*/
@SerializedName("TargetServicesLoadBalanceConf")
@Expose
private Long TargetServicesLoadBalanceConf;
/**
* `target` health check configuration (in beta test).
*/
@SerializedName("TargetServicesHealthCheckConf")
@Expose
private HealthCheckConf TargetServicesHealthCheckConf;
/**
* SCF function name, which takes effect if the backend type is `SCF`.
*/
@SerializedName("ServiceScfFunctionName")
@Expose
private String ServiceScfFunctionName;
/**
* SCF WebSocket registration function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
@SerializedName("ServiceWebsocketRegisterFunctionName")
@Expose
private String ServiceWebsocketRegisterFunctionName;
/**
* SCF WebSocket cleanup function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
@SerializedName("ServiceWebsocketCleanupFunctionName")
@Expose
private String ServiceWebsocketCleanupFunctionName;
/**
* SCF WebSocket transfer function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
@SerializedName("ServiceWebsocketTransportFunctionName")
@Expose
private String ServiceWebsocketTransportFunctionName;
/**
* SCF function namespace, which takes effect if the backend type is `SCF`.
*/
@SerializedName("ServiceScfFunctionNamespace")
@Expose
private String ServiceScfFunctionNamespace;
/**
* SCF function version, which takes effect if the backend type is `SCF`.
*/
@SerializedName("ServiceScfFunctionQualifier")
@Expose
private String ServiceScfFunctionQualifier;
/**
* SCF WebSocket registration function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
@SerializedName("ServiceWebsocketRegisterFunctionNamespace")
@Expose
private String ServiceWebsocketRegisterFunctionNamespace;
/**
* SCF WebSocket transfer function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
@SerializedName("ServiceWebsocketRegisterFunctionQualifier")
@Expose
private String ServiceWebsocketRegisterFunctionQualifier;
/**
* SCF WebSocket transfer function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
@SerializedName("ServiceWebsocketTransportFunctionNamespace")
@Expose
private String ServiceWebsocketTransportFunctionNamespace;
/**
* SCF WebSocket transfer function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
@SerializedName("ServiceWebsocketTransportFunctionQualifier")
@Expose
private String ServiceWebsocketTransportFunctionQualifier;
/**
* SCF WebSocket cleanup function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
@SerializedName("ServiceWebsocketCleanupFunctionNamespace")
@Expose
private String ServiceWebsocketCleanupFunctionNamespace;
/**
* SCF WebSocket cleanup function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
@SerializedName("ServiceWebsocketCleanupFunctionQualifier")
@Expose
private String ServiceWebsocketCleanupFunctionQualifier;
/**
* Whether to enable response integration, which takes effect if the backend type is `SCF`.
*/
@SerializedName("ServiceScfIsIntegratedResponse")
@Expose
private Boolean ServiceScfIsIntegratedResponse;
/**
* Billing after debugging starts (reserved field for marketplace).
*/
@SerializedName("IsDebugAfterCharge")
@Expose
private Boolean IsDebugAfterCharge;
/**
* Whether to delete the error codes for custom response configuration. If the value is left empty or `False`, the error codes will not be deleted. If the value is `True`, all custom response configuration error codes of the API will be deleted.
*/
@SerializedName("IsDeleteResponseErrorCodes")
@Expose
private Boolean IsDeleteResponseErrorCodes;
/**
* Return type.
*/
@SerializedName("ResponseType")
@Expose
private String ResponseType;
/**
* Sample response for successful custom response configuration.
*/
@SerializedName("ResponseSuccessExample")
@Expose
private String ResponseSuccessExample;
/**
* Sample response for failed custom response configuration.
*/
@SerializedName("ResponseFailExample")
@Expose
private String ResponseFailExample;
/**
* API backend service configuration.
*/
@SerializedName("ServiceConfig")
@Expose
private ServiceConfig ServiceConfig;
/**
* Unique ID of associated authorization API, which takes effect only if `AuthType` is `OAUTH` and `ApiBusinessType` is `NORMAL`. It is the unique ID of the OAuth 2.0 authorization API bound to the business API.
*/
@SerializedName("AuthRelationApiId")
@Expose
private String AuthRelationApiId;
/**
* API backend service parameter.
*/
@SerializedName("ServiceParameters")
@Expose
private ServiceParameter [] ServiceParameters;
/**
* OAuth configuration, which takes effect if `AuthType` is `OAUTH`.
*/
@SerializedName("OauthConfig")
@Expose
private OauthConfig OauthConfig;
/**
* Custom error code configuration.
*/
@SerializedName("ResponseErrorCodes")
@Expose
private ResponseErrorCodeReq [] ResponseErrorCodes;
/**
* TSF Serverless namespace ID (in beta test).
*/
@SerializedName("TargetNamespaceId")
@Expose
private String TargetNamespaceId;
/**
* User type.
*/
@SerializedName("UserType")
@Expose
private String UserType;
/**
* Whether to enable Base64 encoding. This parameter takes effect only when the backend is SCF.
*/
@SerializedName("IsBase64Encoded")
@Expose
private Boolean IsBase64Encoded;
/**
* Event bus ID.
*/
@SerializedName("EventBusId")
@Expose
private String EventBusId;
/**
* SCF function type, which takes effect if the backend type is `SCF`. Valid values: `EVENT` and `HTTP`.
*/
@SerializedName("ServiceScfFunctionType")
@Expose
private String ServiceScfFunctionType;
/**
* EIAM application type.
*/
@SerializedName("EIAMAppType")
@Expose
private String EIAMAppType;
/**
* EIAM application authentication type. Valid values: `AuthenticationOnly`, `Authentication`, `Authorization`.
*/
@SerializedName("EIAMAuthType")
@Expose
private String EIAMAuthType;
/**
* Validity of the EIAM application token. Unit: second. Default value: `7200`.
*/
@SerializedName("TokenTimeout")
@Expose
private Long TokenTimeout;
/**
* EIAM application ID.
*/
@SerializedName("EIAMAppId")
@Expose
private String EIAMAppId;
/**
* Owner of the resource
*/
@SerializedName("Owner")
@Expose
private String Owner;
/**
* Get Unique service ID of API.
* @return ServiceId Unique service ID of API.
*/
public String getServiceId() {
return this.ServiceId;
}
/**
* Set Unique service ID of API.
* @param ServiceId Unique service ID of API.
*/
public void setServiceId(String ServiceId) {
this.ServiceId = ServiceId;
}
/**
* Get API backend service type. Valid values: HTTP, MOCK, TSF, SCF, WEBSOCKET, TARGET (in beta test).
* @return ServiceType API backend service type. Valid values: HTTP, MOCK, TSF, SCF, WEBSOCKET, TARGET (in beta test).
*/
public String getServiceType() {
return this.ServiceType;
}
/**
* Set API backend service type. Valid values: HTTP, MOCK, TSF, SCF, WEBSOCKET, TARGET (in beta test).
* @param ServiceType API backend service type. Valid values: HTTP, MOCK, TSF, SCF, WEBSOCKET, TARGET (in beta test).
*/
public void setServiceType(String ServiceType) {
this.ServiceType = ServiceType;
}
/**
* Get API backend service timeout period in seconds.
* @return ServiceTimeout API backend service timeout period in seconds.
*/
public Long getServiceTimeout() {
return this.ServiceTimeout;
}
/**
* Set API backend service timeout period in seconds.
* @param ServiceTimeout API backend service timeout period in seconds.
*/
public void setServiceTimeout(Long ServiceTimeout) {
this.ServiceTimeout = ServiceTimeout;
}
/**
* Get API frontend request protocol. Valid values: HTTPS, WEBSOCKET.
* @return Protocol API frontend request protocol. Valid values: HTTPS, WEBSOCKET.
*/
public String getProtocol() {
return this.Protocol;
}
/**
* Set API frontend request protocol. Valid values: HTTPS, WEBSOCKET.
* @param Protocol API frontend request protocol. Valid values: HTTPS, WEBSOCKET.
*/
public void setProtocol(String Protocol) {
this.Protocol = Protocol;
}
/**
* Get Request frontend configuration.
* @return RequestConfig Request frontend configuration.
*/
public ApiRequestConfig getRequestConfig() {
return this.RequestConfig;
}
/**
* Set Request frontend configuration.
* @param RequestConfig Request frontend configuration.
*/
public void setRequestConfig(ApiRequestConfig RequestConfig) {
this.RequestConfig = RequestConfig;
}
/**
* Get Custom API name.
* @return ApiName Custom API name.
*/
public String getApiName() {
return this.ApiName;
}
/**
* Set Custom API name.
* @param ApiName Custom API name.
*/
public void setApiName(String ApiName) {
this.ApiName = ApiName;
}
/**
* Get Custom API description.
* @return ApiDesc Custom API description.
*/
public String getApiDesc() {
return this.ApiDesc;
}
/**
* Set Custom API description.
* @param ApiDesc Custom API description.
*/
public void setApiDesc(String ApiDesc) {
this.ApiDesc = ApiDesc;
}
/**
* Get API type. Valid values: NORMAL (general API), TSF (microservice API). Default value: NORMAL.
* @return ApiType API type. Valid values: NORMAL (general API), TSF (microservice API). Default value: NORMAL.
*/
public String getApiType() {
return this.ApiType;
}
/**
* Set API type. Valid values: NORMAL (general API), TSF (microservice API). Default value: NORMAL.
* @param ApiType API type. Valid values: NORMAL (general API), TSF (microservice API). Default value: NORMAL.
*/
public void setApiType(String ApiType) {
this.ApiType = ApiType;
}
/**
* Get API authentication type. Valid values: SECRET (key pair authentication), NONE (no authentication), OAUTH, APP (application authentication). Default value: NONE.
* @return AuthType API authentication type. Valid values: SECRET (key pair authentication), NONE (no authentication), OAUTH, APP (application authentication). Default value: NONE.
*/
public String getAuthType() {
return this.AuthType;
}
/**
* Set API authentication type. Valid values: SECRET (key pair authentication), NONE (no authentication), OAUTH, APP (application authentication). Default value: NONE.
* @param AuthType API authentication type. Valid values: SECRET (key pair authentication), NONE (no authentication), OAUTH, APP (application authentication). Default value: NONE.
*/
public void setAuthType(String AuthType) {
this.AuthType = AuthType;
}
/**
* Get Whether to enable CORS.
* @return EnableCORS Whether to enable CORS.
*/
public Boolean getEnableCORS() {
return this.EnableCORS;
}
/**
* Set Whether to enable CORS.
* @param EnableCORS Whether to enable CORS.
*/
public void setEnableCORS(Boolean EnableCORS) {
this.EnableCORS = EnableCORS;
}
/**
* Get Constant parameter.
* @return ConstantParameters Constant parameter.
*/
public ConstantParameter [] getConstantParameters() {
return this.ConstantParameters;
}
/**
* Set Constant parameter.
* @param ConstantParameters Constant parameter.
*/
public void setConstantParameters(ConstantParameter [] ConstantParameters) {
this.ConstantParameters = ConstantParameters;
}
/**
* Get Frontend request parameter.
* @return RequestParameters Frontend request parameter.
*/
public RequestParameter [] getRequestParameters() {
return this.RequestParameters;
}
/**
* Set Frontend request parameter.
* @param RequestParameters Frontend request parameter.
*/
public void setRequestParameters(RequestParameter [] RequestParameters) {
this.RequestParameters = RequestParameters;
}
/**
* Get This field is valid if `AuthType` is `OAUTH`. NORMAL: business API; OAUTH: authorization API.
* @return ApiBusinessType This field is valid if `AuthType` is `OAUTH`. NORMAL: business API; OAUTH: authorization API.
*/
public String getApiBusinessType() {
return this.ApiBusinessType;
}
/**
* Set This field is valid if `AuthType` is `OAUTH`. NORMAL: business API; OAUTH: authorization API.
* @param ApiBusinessType This field is valid if `AuthType` is `OAUTH`. NORMAL: business API; OAUTH: authorization API.
*/
public void setApiBusinessType(String ApiBusinessType) {
this.ApiBusinessType = ApiBusinessType;
}
/**
* Get Returned message of API backend Mock, which is required if `ServiceType` is `Mock`.
* @return ServiceMockReturnMessage Returned message of API backend Mock, which is required if `ServiceType` is `Mock`.
*/
public String getServiceMockReturnMessage() {
return this.ServiceMockReturnMessage;
}
/**
* Set Returned message of API backend Mock, which is required if `ServiceType` is `Mock`.
* @param ServiceMockReturnMessage Returned message of API backend Mock, which is required if `ServiceType` is `Mock`.
*/
public void setServiceMockReturnMessage(String ServiceMockReturnMessage) {
this.ServiceMockReturnMessage = ServiceMockReturnMessage;
}
/**
* Get List of microservices bound to API.
* @return MicroServices List of microservices bound to API.
*/
public MicroServiceReq [] getMicroServices() {
return this.MicroServices;
}
/**
* Set List of microservices bound to API.
* @param MicroServices List of microservices bound to API.
*/
public void setMicroServices(MicroServiceReq [] MicroServices) {
this.MicroServices = MicroServices;
}
/**
* Get Load balancing configuration of microservice.
* @return ServiceTsfLoadBalanceConf Load balancing configuration of microservice.
*/
public TsfLoadBalanceConfResp getServiceTsfLoadBalanceConf() {
return this.ServiceTsfLoadBalanceConf;
}
/**
* Set Load balancing configuration of microservice.
* @param ServiceTsfLoadBalanceConf Load balancing configuration of microservice.
*/
public void setServiceTsfLoadBalanceConf(TsfLoadBalanceConfResp ServiceTsfLoadBalanceConf) {
this.ServiceTsfLoadBalanceConf = ServiceTsfLoadBalanceConf;
}
/**
* Get Health check configuration of microservice.
* @return ServiceTsfHealthCheckConf Health check configuration of microservice.
*/
public HealthCheckConf getServiceTsfHealthCheckConf() {
return this.ServiceTsfHealthCheckConf;
}
/**
* Set Health check configuration of microservice.
* @param ServiceTsfHealthCheckConf Health check configuration of microservice.
*/
public void setServiceTsfHealthCheckConf(HealthCheckConf ServiceTsfHealthCheckConf) {
this.ServiceTsfHealthCheckConf = ServiceTsfHealthCheckConf;
}
/**
* Get `target` type backend resource information (in beta test).
* @return TargetServices `target` type backend resource information (in beta test).
*/
public TargetServicesReq [] getTargetServices() {
return this.TargetServices;
}
/**
* Set `target` type backend resource information (in beta test).
* @param TargetServices `target` type backend resource information (in beta test).
*/
public void setTargetServices(TargetServicesReq [] TargetServices) {
this.TargetServices = TargetServices;
}
/**
* Get `target` type load balancing configuration (in beta test).
* @return TargetServicesLoadBalanceConf `target` type load balancing configuration (in beta test).
*/
public Long getTargetServicesLoadBalanceConf() {
return this.TargetServicesLoadBalanceConf;
}
/**
* Set `target` type load balancing configuration (in beta test).
* @param TargetServicesLoadBalanceConf `target` type load balancing configuration (in beta test).
*/
public void setTargetServicesLoadBalanceConf(Long TargetServicesLoadBalanceConf) {
this.TargetServicesLoadBalanceConf = TargetServicesLoadBalanceConf;
}
/**
* Get `target` health check configuration (in beta test).
* @return TargetServicesHealthCheckConf `target` health check configuration (in beta test).
*/
public HealthCheckConf getTargetServicesHealthCheckConf() {
return this.TargetServicesHealthCheckConf;
}
/**
* Set `target` health check configuration (in beta test).
* @param TargetServicesHealthCheckConf `target` health check configuration (in beta test).
*/
public void setTargetServicesHealthCheckConf(HealthCheckConf TargetServicesHealthCheckConf) {
this.TargetServicesHealthCheckConf = TargetServicesHealthCheckConf;
}
/**
* Get SCF function name, which takes effect if the backend type is `SCF`.
* @return ServiceScfFunctionName SCF function name, which takes effect if the backend type is `SCF`.
*/
public String getServiceScfFunctionName() {
return this.ServiceScfFunctionName;
}
/**
* Set SCF function name, which takes effect if the backend type is `SCF`.
* @param ServiceScfFunctionName SCF function name, which takes effect if the backend type is `SCF`.
*/
public void setServiceScfFunctionName(String ServiceScfFunctionName) {
this.ServiceScfFunctionName = ServiceScfFunctionName;
}
/**
* Get SCF WebSocket registration function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @return ServiceWebsocketRegisterFunctionName SCF WebSocket registration function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public String getServiceWebsocketRegisterFunctionName() {
return this.ServiceWebsocketRegisterFunctionName;
}
/**
* Set SCF WebSocket registration function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @param ServiceWebsocketRegisterFunctionName SCF WebSocket registration function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public void setServiceWebsocketRegisterFunctionName(String ServiceWebsocketRegisterFunctionName) {
this.ServiceWebsocketRegisterFunctionName = ServiceWebsocketRegisterFunctionName;
}
/**
* Get SCF WebSocket cleanup function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @return ServiceWebsocketCleanupFunctionName SCF WebSocket cleanup function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public String getServiceWebsocketCleanupFunctionName() {
return this.ServiceWebsocketCleanupFunctionName;
}
/**
* Set SCF WebSocket cleanup function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @param ServiceWebsocketCleanupFunctionName SCF WebSocket cleanup function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public void setServiceWebsocketCleanupFunctionName(String ServiceWebsocketCleanupFunctionName) {
this.ServiceWebsocketCleanupFunctionName = ServiceWebsocketCleanupFunctionName;
}
/**
* Get SCF WebSocket transfer function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @return ServiceWebsocketTransportFunctionName SCF WebSocket transfer function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public String getServiceWebsocketTransportFunctionName() {
return this.ServiceWebsocketTransportFunctionName;
}
/**
* Set SCF WebSocket transfer function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @param ServiceWebsocketTransportFunctionName SCF WebSocket transfer function, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public void setServiceWebsocketTransportFunctionName(String ServiceWebsocketTransportFunctionName) {
this.ServiceWebsocketTransportFunctionName = ServiceWebsocketTransportFunctionName;
}
/**
* Get SCF function namespace, which takes effect if the backend type is `SCF`.
* @return ServiceScfFunctionNamespace SCF function namespace, which takes effect if the backend type is `SCF`.
*/
public String getServiceScfFunctionNamespace() {
return this.ServiceScfFunctionNamespace;
}
/**
* Set SCF function namespace, which takes effect if the backend type is `SCF`.
* @param ServiceScfFunctionNamespace SCF function namespace, which takes effect if the backend type is `SCF`.
*/
public void setServiceScfFunctionNamespace(String ServiceScfFunctionNamespace) {
this.ServiceScfFunctionNamespace = ServiceScfFunctionNamespace;
}
/**
* Get SCF function version, which takes effect if the backend type is `SCF`.
* @return ServiceScfFunctionQualifier SCF function version, which takes effect if the backend type is `SCF`.
*/
public String getServiceScfFunctionQualifier() {
return this.ServiceScfFunctionQualifier;
}
/**
* Set SCF function version, which takes effect if the backend type is `SCF`.
* @param ServiceScfFunctionQualifier SCF function version, which takes effect if the backend type is `SCF`.
*/
public void setServiceScfFunctionQualifier(String ServiceScfFunctionQualifier) {
this.ServiceScfFunctionQualifier = ServiceScfFunctionQualifier;
}
/**
* Get SCF WebSocket registration function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @return ServiceWebsocketRegisterFunctionNamespace SCF WebSocket registration function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public String getServiceWebsocketRegisterFunctionNamespace() {
return this.ServiceWebsocketRegisterFunctionNamespace;
}
/**
* Set SCF WebSocket registration function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @param ServiceWebsocketRegisterFunctionNamespace SCF WebSocket registration function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public void setServiceWebsocketRegisterFunctionNamespace(String ServiceWebsocketRegisterFunctionNamespace) {
this.ServiceWebsocketRegisterFunctionNamespace = ServiceWebsocketRegisterFunctionNamespace;
}
/**
* Get SCF WebSocket transfer function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @return ServiceWebsocketRegisterFunctionQualifier SCF WebSocket transfer function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public String getServiceWebsocketRegisterFunctionQualifier() {
return this.ServiceWebsocketRegisterFunctionQualifier;
}
/**
* Set SCF WebSocket transfer function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @param ServiceWebsocketRegisterFunctionQualifier SCF WebSocket transfer function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public void setServiceWebsocketRegisterFunctionQualifier(String ServiceWebsocketRegisterFunctionQualifier) {
this.ServiceWebsocketRegisterFunctionQualifier = ServiceWebsocketRegisterFunctionQualifier;
}
/**
* Get SCF WebSocket transfer function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @return ServiceWebsocketTransportFunctionNamespace SCF WebSocket transfer function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public String getServiceWebsocketTransportFunctionNamespace() {
return this.ServiceWebsocketTransportFunctionNamespace;
}
/**
* Set SCF WebSocket transfer function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @param ServiceWebsocketTransportFunctionNamespace SCF WebSocket transfer function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public void setServiceWebsocketTransportFunctionNamespace(String ServiceWebsocketTransportFunctionNamespace) {
this.ServiceWebsocketTransportFunctionNamespace = ServiceWebsocketTransportFunctionNamespace;
}
/**
* Get SCF WebSocket transfer function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @return ServiceWebsocketTransportFunctionQualifier SCF WebSocket transfer function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public String getServiceWebsocketTransportFunctionQualifier() {
return this.ServiceWebsocketTransportFunctionQualifier;
}
/**
* Set SCF WebSocket transfer function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @param ServiceWebsocketTransportFunctionQualifier SCF WebSocket transfer function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public void setServiceWebsocketTransportFunctionQualifier(String ServiceWebsocketTransportFunctionQualifier) {
this.ServiceWebsocketTransportFunctionQualifier = ServiceWebsocketTransportFunctionQualifier;
}
/**
* Get SCF WebSocket cleanup function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @return ServiceWebsocketCleanupFunctionNamespace SCF WebSocket cleanup function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public String getServiceWebsocketCleanupFunctionNamespace() {
return this.ServiceWebsocketCleanupFunctionNamespace;
}
/**
* Set SCF WebSocket cleanup function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @param ServiceWebsocketCleanupFunctionNamespace SCF WebSocket cleanup function namespace, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public void setServiceWebsocketCleanupFunctionNamespace(String ServiceWebsocketCleanupFunctionNamespace) {
this.ServiceWebsocketCleanupFunctionNamespace = ServiceWebsocketCleanupFunctionNamespace;
}
/**
* Get SCF WebSocket cleanup function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @return ServiceWebsocketCleanupFunctionQualifier SCF WebSocket cleanup function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public String getServiceWebsocketCleanupFunctionQualifier() {
return this.ServiceWebsocketCleanupFunctionQualifier;
}
/**
* Set SCF WebSocket cleanup function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
* @param ServiceWebsocketCleanupFunctionQualifier SCF WebSocket cleanup function version, which takes effect if the frontend type is `WEBSOCKET` and the backend type is `SCF`.
*/
public void setServiceWebsocketCleanupFunctionQualifier(String ServiceWebsocketCleanupFunctionQualifier) {
this.ServiceWebsocketCleanupFunctionQualifier = ServiceWebsocketCleanupFunctionQualifier;
}
/**
* Get Whether to enable response integration, which takes effect if the backend type is `SCF`.
* @return ServiceScfIsIntegratedResponse Whether to enable response integration, which takes effect if the backend type is `SCF`.
*/
public Boolean getServiceScfIsIntegratedResponse() {
return this.ServiceScfIsIntegratedResponse;
}
/**
* Set Whether to enable response integration, which takes effect if the backend type is `SCF`.
* @param ServiceScfIsIntegratedResponse Whether to enable response integration, which takes effect if the backend type is `SCF`.
*/
public void setServiceScfIsIntegratedResponse(Boolean ServiceScfIsIntegratedResponse) {
this.ServiceScfIsIntegratedResponse = ServiceScfIsIntegratedResponse;
}
/**
* Get Billing after debugging starts (reserved field for marketplace).
* @return IsDebugAfterCharge Billing after debugging starts (reserved field for marketplace).
*/
public Boolean getIsDebugAfterCharge() {
return this.IsDebugAfterCharge;
}
/**
* Set Billing after debugging starts (reserved field for marketplace).
* @param IsDebugAfterCharge Billing after debugging starts (reserved field for marketplace).
*/
public void setIsDebugAfterCharge(Boolean IsDebugAfterCharge) {
this.IsDebugAfterCharge = IsDebugAfterCharge;
}
/**
* Get Whether to delete the error codes for custom response configuration. If the value is left empty or `False`, the error codes will not be deleted. If the value is `True`, all custom response configuration error codes of the API will be deleted.
* @return IsDeleteResponseErrorCodes Whether to delete the error codes for custom response configuration. If the value is left empty or `False`, the error codes will not be deleted. If the value is `True`, all custom response configuration error codes of the API will be deleted.
*/
public Boolean getIsDeleteResponseErrorCodes() {
return this.IsDeleteResponseErrorCodes;
}
/**
* Set Whether to delete the error codes for custom response configuration. If the value is left empty or `False`, the error codes will not be deleted. If the value is `True`, all custom response configuration error codes of the API will be deleted.
* @param IsDeleteResponseErrorCodes Whether to delete the error codes for custom response configuration. If the value is left empty or `False`, the error codes will not be deleted. If the value is `True`, all custom response configuration error codes of the API will be deleted.
*/
public void setIsDeleteResponseErrorCodes(Boolean IsDeleteResponseErrorCodes) {
this.IsDeleteResponseErrorCodes = IsDeleteResponseErrorCodes;
}
/**
* Get Return type.
* @return ResponseType Return type.
*/
public String getResponseType() {
return this.ResponseType;
}
/**
* Set Return type.
* @param ResponseType Return type.
*/
public void setResponseType(String ResponseType) {
this.ResponseType = ResponseType;
}
/**
* Get Sample response for successful custom response configuration.
* @return ResponseSuccessExample Sample response for successful custom response configuration.
*/
public String getResponseSuccessExample() {
return this.ResponseSuccessExample;
}
/**
* Set Sample response for successful custom response configuration.
* @param ResponseSuccessExample Sample response for successful custom response configuration.
*/
public void setResponseSuccessExample(String ResponseSuccessExample) {
this.ResponseSuccessExample = ResponseSuccessExample;
}
/**
* Get Sample response for failed custom response configuration.
* @return ResponseFailExample Sample response for failed custom response configuration.
*/
public String getResponseFailExample() {
return this.ResponseFailExample;
}
/**
* Set Sample response for failed custom response configuration.
* @param ResponseFailExample Sample response for failed custom response configuration.
*/
public void setResponseFailExample(String ResponseFailExample) {
this.ResponseFailExample = ResponseFailExample;
}
/**
* Get API backend service configuration.
* @return ServiceConfig API backend service configuration.
*/
public ServiceConfig getServiceConfig() {
return this.ServiceConfig;
}
/**
* Set API backend service configuration.
* @param ServiceConfig API backend service configuration.
*/
public void setServiceConfig(ServiceConfig ServiceConfig) {
this.ServiceConfig = ServiceConfig;
}
/**
* Get Unique ID of associated authorization API, which takes effect only if `AuthType` is `OAUTH` and `ApiBusinessType` is `NORMAL`. It is the unique ID of the OAuth 2.0 authorization API bound to the business API.
* @return AuthRelationApiId Unique ID of associated authorization API, which takes effect only if `AuthType` is `OAUTH` and `ApiBusinessType` is `NORMAL`. It is the unique ID of the OAuth 2.0 authorization API bound to the business API.
*/
public String getAuthRelationApiId() {
return this.AuthRelationApiId;
}
/**
* Set Unique ID of associated authorization API, which takes effect only if `AuthType` is `OAUTH` and `ApiBusinessType` is `NORMAL`. It is the unique ID of the OAuth 2.0 authorization API bound to the business API.
* @param AuthRelationApiId Unique ID of associated authorization API, which takes effect only if `AuthType` is `OAUTH` and `ApiBusinessType` is `NORMAL`. It is the unique ID of the OAuth 2.0 authorization API bound to the business API.
*/
public void setAuthRelationApiId(String AuthRelationApiId) {
this.AuthRelationApiId = AuthRelationApiId;
}
/**
* Get API backend service parameter.
* @return ServiceParameters API backend service parameter.
*/
public ServiceParameter [] getServiceParameters() {
return this.ServiceParameters;
}
/**
* Set API backend service parameter.
* @param ServiceParameters API backend service parameter.
*/
public void setServiceParameters(ServiceParameter [] ServiceParameters) {
this.ServiceParameters = ServiceParameters;
}
/**
* Get OAuth configuration, which takes effect if `AuthType` is `OAUTH`.
* @return OauthConfig OAuth configuration, which takes effect if `AuthType` is `OAUTH`.
*/
public OauthConfig getOauthConfig() {
return this.OauthConfig;
}
/**
* Set OAuth configuration, which takes effect if `AuthType` is `OAUTH`.
* @param OauthConfig OAuth configuration, which takes effect if `AuthType` is `OAUTH`.
*/
public void setOauthConfig(OauthConfig OauthConfig) {
this.OauthConfig = OauthConfig;
}
/**
* Get Custom error code configuration.
* @return ResponseErrorCodes Custom error code configuration.
*/
public ResponseErrorCodeReq [] getResponseErrorCodes() {
return this.ResponseErrorCodes;
}
/**
* Set Custom error code configuration.
* @param ResponseErrorCodes Custom error code configuration.
*/
public void setResponseErrorCodes(ResponseErrorCodeReq [] ResponseErrorCodes) {
this.ResponseErrorCodes = ResponseErrorCodes;
}
/**
* Get TSF Serverless namespace ID (in beta test).
* @return TargetNamespaceId TSF Serverless namespace ID (in beta test).
*/
public String getTargetNamespaceId() {
return this.TargetNamespaceId;
}
/**
* Set TSF Serverless namespace ID (in beta test).
* @param TargetNamespaceId TSF Serverless namespace ID (in beta test).
*/
public void setTargetNamespaceId(String TargetNamespaceId) {
this.TargetNamespaceId = TargetNamespaceId;
}
/**
* Get User type.
* @return UserType User type.
*/
public String getUserType() {
return this.UserType;
}
/**
* Set User type.
* @param UserType User type.
*/
public void setUserType(String UserType) {
this.UserType = UserType;
}
/**
* Get Whether to enable Base64 encoding. This parameter takes effect only when the backend is SCF.
* @return IsBase64Encoded Whether to enable Base64 encoding. This parameter takes effect only when the backend is SCF.
*/
public Boolean getIsBase64Encoded() {
return this.IsBase64Encoded;
}
/**
* Set Whether to enable Base64 encoding. This parameter takes effect only when the backend is SCF.
* @param IsBase64Encoded Whether to enable Base64 encoding. This parameter takes effect only when the backend is SCF.
*/
public void setIsBase64Encoded(Boolean IsBase64Encoded) {
this.IsBase64Encoded = IsBase64Encoded;
}
/**
* Get Event bus ID.
* @return EventBusId Event bus ID.
*/
public String getEventBusId() {
return this.EventBusId;
}
/**
* Set Event bus ID.
* @param EventBusId Event bus ID.
*/
public void setEventBusId(String EventBusId) {
this.EventBusId = EventBusId;
}
/**
* Get SCF function type, which takes effect if the backend type is `SCF`. Valid values: `EVENT` and `HTTP`.
* @return ServiceScfFunctionType SCF function type, which takes effect if the backend type is `SCF`. Valid values: `EVENT` and `HTTP`.
*/
public String getServiceScfFunctionType() {
return this.ServiceScfFunctionType;
}
/**
* Set SCF function type, which takes effect if the backend type is `SCF`. Valid values: `EVENT` and `HTTP`.
* @param ServiceScfFunctionType SCF function type, which takes effect if the backend type is `SCF`. Valid values: `EVENT` and `HTTP`.
*/
public void setServiceScfFunctionType(String ServiceScfFunctionType) {
this.ServiceScfFunctionType = ServiceScfFunctionType;
}
/**
* Get EIAM application type.
* @return EIAMAppType EIAM application type.
*/
public String getEIAMAppType() {
return this.EIAMAppType;
}
/**
* Set EIAM application type.
* @param EIAMAppType EIAM application type.
*/
public void setEIAMAppType(String EIAMAppType) {
this.EIAMAppType = EIAMAppType;
}
/**
* Get EIAM application authentication type. Valid values: `AuthenticationOnly`, `Authentication`, `Authorization`.
* @return EIAMAuthType EIAM application authentication type. Valid values: `AuthenticationOnly`, `Authentication`, `Authorization`.
*/
public String getEIAMAuthType() {
return this.EIAMAuthType;
}
/**
* Set EIAM application authentication type. Valid values: `AuthenticationOnly`, `Authentication`, `Authorization`.
* @param EIAMAuthType EIAM application authentication type. Valid values: `AuthenticationOnly`, `Authentication`, `Authorization`.
*/
public void setEIAMAuthType(String EIAMAuthType) {
this.EIAMAuthType = EIAMAuthType;
}
/**
* Get Validity of the EIAM application token. Unit: second. Default value: `7200`.
* @return TokenTimeout Validity of the EIAM application token. Unit: second. Default value: `7200`.
*/
public Long getTokenTimeout() {
return this.TokenTimeout;
}
/**
* Set Validity of the EIAM application token. Unit: second. Default value: `7200`.
* @param TokenTimeout Validity of the EIAM application token. Unit: second. Default value: `7200`.
*/
public void setTokenTimeout(Long TokenTimeout) {
this.TokenTimeout = TokenTimeout;
}
/**
* Get EIAM application ID.
* @return EIAMAppId EIAM application ID.
*/
public String getEIAMAppId() {
return this.EIAMAppId;
}
/**
* Set EIAM application ID.
* @param EIAMAppId EIAM application ID.
*/
public void setEIAMAppId(String EIAMAppId) {
this.EIAMAppId = EIAMAppId;
}
/**
* Get Owner of the resource
* @return Owner Owner of the resource
*/
public String getOwner() {
return this.Owner;
}
/**
* Set Owner of the resource
* @param Owner Owner of the resource
*/
public void setOwner(String Owner) {
this.Owner = Owner;
}
public CreateApiRequest() {
}
/**
* NOTE: Any ambiguous key set via .set("AnyKey", "value") will be a shallow copy,
* and any explicit key, i.e Foo, set via .setFoo("value") will be a deep copy.
*/
public CreateApiRequest(CreateApiRequest source) {
if (source.ServiceId != null) {
this.ServiceId = new String(source.ServiceId);
}
if (source.ServiceType != null) {
this.ServiceType = new String(source.ServiceType);
}
if (source.ServiceTimeout != null) {
this.ServiceTimeout = new Long(source.ServiceTimeout);
}
if (source.Protocol != null) {
this.Protocol = new String(source.Protocol);
}
if (source.RequestConfig != null) {
this.RequestConfig = new ApiRequestConfig(source.RequestConfig);
}
if (source.ApiName != null) {
this.ApiName = new String(source.ApiName);
}
if (source.ApiDesc != null) {
this.ApiDesc = new String(source.ApiDesc);
}
if (source.ApiType != null) {
this.ApiType = new String(source.ApiType);
}
if (source.AuthType != null) {
this.AuthType = new String(source.AuthType);
}
if (source.EnableCORS != null) {
this.EnableCORS = new Boolean(source.EnableCORS);
}
if (source.ConstantParameters != null) {
this.ConstantParameters = new ConstantParameter[source.ConstantParameters.length];
for (int i = 0; i < source.ConstantParameters.length; i++) {
this.ConstantParameters[i] = new ConstantParameter(source.ConstantParameters[i]);
}
}
if (source.RequestParameters != null) {
this.RequestParameters = new RequestParameter[source.RequestParameters.length];
for (int i = 0; i < source.RequestParameters.length; i++) {
this.RequestParameters[i] = new RequestParameter(source.RequestParameters[i]);
}
}
if (source.ApiBusinessType != null) {
this.ApiBusinessType = new String(source.ApiBusinessType);
}
if (source.ServiceMockReturnMessage != null) {
this.ServiceMockReturnMessage = new String(source.ServiceMockReturnMessage);
}
if (source.MicroServices != null) {
this.MicroServices = new MicroServiceReq[source.MicroServices.length];
for (int i = 0; i < source.MicroServices.length; i++) {
this.MicroServices[i] = new MicroServiceReq(source.MicroServices[i]);
}
}
if (source.ServiceTsfLoadBalanceConf != null) {
this.ServiceTsfLoadBalanceConf = new TsfLoadBalanceConfResp(source.ServiceTsfLoadBalanceConf);
}
if (source.ServiceTsfHealthCheckConf != null) {
this.ServiceTsfHealthCheckConf = new HealthCheckConf(source.ServiceTsfHealthCheckConf);
}
if (source.TargetServices != null) {
this.TargetServices = new TargetServicesReq[source.TargetServices.length];
for (int i = 0; i < source.TargetServices.length; i++) {
this.TargetServices[i] = new TargetServicesReq(source.TargetServices[i]);
}
}
if (source.TargetServicesLoadBalanceConf != null) {
this.TargetServicesLoadBalanceConf = new Long(source.TargetServicesLoadBalanceConf);
}
if (source.TargetServicesHealthCheckConf != null) {
this.TargetServicesHealthCheckConf = new HealthCheckConf(source.TargetServicesHealthCheckConf);
}
if (source.ServiceScfFunctionName != null) {
this.ServiceScfFunctionName = new String(source.ServiceScfFunctionName);
}
if (source.ServiceWebsocketRegisterFunctionName != null) {
this.ServiceWebsocketRegisterFunctionName = new String(source.ServiceWebsocketRegisterFunctionName);
}
if (source.ServiceWebsocketCleanupFunctionName != null) {
this.ServiceWebsocketCleanupFunctionName = new String(source.ServiceWebsocketCleanupFunctionName);
}
if (source.ServiceWebsocketTransportFunctionName != null) {
this.ServiceWebsocketTransportFunctionName = new String(source.ServiceWebsocketTransportFunctionName);
}
if (source.ServiceScfFunctionNamespace != null) {
this.ServiceScfFunctionNamespace = new String(source.ServiceScfFunctionNamespace);
}
if (source.ServiceScfFunctionQualifier != null) {
this.ServiceScfFunctionQualifier = new String(source.ServiceScfFunctionQualifier);
}
if (source.ServiceWebsocketRegisterFunctionNamespace != null) {
this.ServiceWebsocketRegisterFunctionNamespace = new String(source.ServiceWebsocketRegisterFunctionNamespace);
}
if (source.ServiceWebsocketRegisterFunctionQualifier != null) {
this.ServiceWebsocketRegisterFunctionQualifier = new String(source.ServiceWebsocketRegisterFunctionQualifier);
}
if (source.ServiceWebsocketTransportFunctionNamespace != null) {
this.ServiceWebsocketTransportFunctionNamespace = new String(source.ServiceWebsocketTransportFunctionNamespace);
}
if (source.ServiceWebsocketTransportFunctionQualifier != null) {
this.ServiceWebsocketTransportFunctionQualifier = new String(source.ServiceWebsocketTransportFunctionQualifier);
}
if (source.ServiceWebsocketCleanupFunctionNamespace != null) {
this.ServiceWebsocketCleanupFunctionNamespace = new String(source.ServiceWebsocketCleanupFunctionNamespace);
}
if (source.ServiceWebsocketCleanupFunctionQualifier != null) {
this.ServiceWebsocketCleanupFunctionQualifier = new String(source.ServiceWebsocketCleanupFunctionQualifier);
}
if (source.ServiceScfIsIntegratedResponse != null) {
this.ServiceScfIsIntegratedResponse = new Boolean(source.ServiceScfIsIntegratedResponse);
}
if (source.IsDebugAfterCharge != null) {
this.IsDebugAfterCharge = new Boolean(source.IsDebugAfterCharge);
}
if (source.IsDeleteResponseErrorCodes != null) {
this.IsDeleteResponseErrorCodes = new Boolean(source.IsDeleteResponseErrorCodes);
}
if (source.ResponseType != null) {
this.ResponseType = new String(source.ResponseType);
}
if (source.ResponseSuccessExample != null) {
this.ResponseSuccessExample = new String(source.ResponseSuccessExample);
}
if (source.ResponseFailExample != null) {
this.ResponseFailExample = new String(source.ResponseFailExample);
}
if (source.ServiceConfig != null) {
this.ServiceConfig = new ServiceConfig(source.ServiceConfig);
}
if (source.AuthRelationApiId != null) {
this.AuthRelationApiId = new String(source.AuthRelationApiId);
}
if (source.ServiceParameters != null) {
this.ServiceParameters = new ServiceParameter[source.ServiceParameters.length];
for (int i = 0; i < source.ServiceParameters.length; i++) {
this.ServiceParameters[i] = new ServiceParameter(source.ServiceParameters[i]);
}
}
if (source.OauthConfig != null) {
this.OauthConfig = new OauthConfig(source.OauthConfig);
}
if (source.ResponseErrorCodes != null) {
this.ResponseErrorCodes = new ResponseErrorCodeReq[source.ResponseErrorCodes.length];
for (int i = 0; i < source.ResponseErrorCodes.length; i++) {
this.ResponseErrorCodes[i] = new ResponseErrorCodeReq(source.ResponseErrorCodes[i]);
}
}
if (source.TargetNamespaceId != null) {
this.TargetNamespaceId = new String(source.TargetNamespaceId);
}
if (source.UserType != null) {
this.UserType = new String(source.UserType);
}
if (source.IsBase64Encoded != null) {
this.IsBase64Encoded = new Boolean(source.IsBase64Encoded);
}
if (source.EventBusId != null) {
this.EventBusId = new String(source.EventBusId);
}
if (source.ServiceScfFunctionType != null) {
this.ServiceScfFunctionType = new String(source.ServiceScfFunctionType);
}
if (source.EIAMAppType != null) {
this.EIAMAppType = new String(source.EIAMAppType);
}
if (source.EIAMAuthType != null) {
this.EIAMAuthType = new String(source.EIAMAuthType);
}
if (source.TokenTimeout != null) {
this.TokenTimeout = new Long(source.TokenTimeout);
}
if (source.EIAMAppId != null) {
this.EIAMAppId = new String(source.EIAMAppId);
}
if (source.Owner != null) {
this.Owner = new String(source.Owner);
}
}
/**
* Internal implementation, normal users should not use it.
*/
public void toMap(HashMap map, String prefix) {
this.setParamSimple(map, prefix + "ServiceId", this.ServiceId);
this.setParamSimple(map, prefix + "ServiceType", this.ServiceType);
this.setParamSimple(map, prefix + "ServiceTimeout", this.ServiceTimeout);
this.setParamSimple(map, prefix + "Protocol", this.Protocol);
this.setParamObj(map, prefix + "RequestConfig.", this.RequestConfig);
this.setParamSimple(map, prefix + "ApiName", this.ApiName);
this.setParamSimple(map, prefix + "ApiDesc", this.ApiDesc);
this.setParamSimple(map, prefix + "ApiType", this.ApiType);
this.setParamSimple(map, prefix + "AuthType", this.AuthType);
this.setParamSimple(map, prefix + "EnableCORS", this.EnableCORS);
this.setParamArrayObj(map, prefix + "ConstantParameters.", this.ConstantParameters);
this.setParamArrayObj(map, prefix + "RequestParameters.", this.RequestParameters);
this.setParamSimple(map, prefix + "ApiBusinessType", this.ApiBusinessType);
this.setParamSimple(map, prefix + "ServiceMockReturnMessage", this.ServiceMockReturnMessage);
this.setParamArrayObj(map, prefix + "MicroServices.", this.MicroServices);
this.setParamObj(map, prefix + "ServiceTsfLoadBalanceConf.", this.ServiceTsfLoadBalanceConf);
this.setParamObj(map, prefix + "ServiceTsfHealthCheckConf.", this.ServiceTsfHealthCheckConf);
this.setParamArrayObj(map, prefix + "TargetServices.", this.TargetServices);
this.setParamSimple(map, prefix + "TargetServicesLoadBalanceConf", this.TargetServicesLoadBalanceConf);
this.setParamObj(map, prefix + "TargetServicesHealthCheckConf.", this.TargetServicesHealthCheckConf);
this.setParamSimple(map, prefix + "ServiceScfFunctionName", this.ServiceScfFunctionName);
this.setParamSimple(map, prefix + "ServiceWebsocketRegisterFunctionName", this.ServiceWebsocketRegisterFunctionName);
this.setParamSimple(map, prefix + "ServiceWebsocketCleanupFunctionName", this.ServiceWebsocketCleanupFunctionName);
this.setParamSimple(map, prefix + "ServiceWebsocketTransportFunctionName", this.ServiceWebsocketTransportFunctionName);
this.setParamSimple(map, prefix + "ServiceScfFunctionNamespace", this.ServiceScfFunctionNamespace);
this.setParamSimple(map, prefix + "ServiceScfFunctionQualifier", this.ServiceScfFunctionQualifier);
this.setParamSimple(map, prefix + "ServiceWebsocketRegisterFunctionNamespace", this.ServiceWebsocketRegisterFunctionNamespace);
this.setParamSimple(map, prefix + "ServiceWebsocketRegisterFunctionQualifier", this.ServiceWebsocketRegisterFunctionQualifier);
this.setParamSimple(map, prefix + "ServiceWebsocketTransportFunctionNamespace", this.ServiceWebsocketTransportFunctionNamespace);
this.setParamSimple(map, prefix + "ServiceWebsocketTransportFunctionQualifier", this.ServiceWebsocketTransportFunctionQualifier);
this.setParamSimple(map, prefix + "ServiceWebsocketCleanupFunctionNamespace", this.ServiceWebsocketCleanupFunctionNamespace);
this.setParamSimple(map, prefix + "ServiceWebsocketCleanupFunctionQualifier", this.ServiceWebsocketCleanupFunctionQualifier);
this.setParamSimple(map, prefix + "ServiceScfIsIntegratedResponse", this.ServiceScfIsIntegratedResponse);
this.setParamSimple(map, prefix + "IsDebugAfterCharge", this.IsDebugAfterCharge);
this.setParamSimple(map, prefix + "IsDeleteResponseErrorCodes", this.IsDeleteResponseErrorCodes);
this.setParamSimple(map, prefix + "ResponseType", this.ResponseType);
this.setParamSimple(map, prefix + "ResponseSuccessExample", this.ResponseSuccessExample);
this.setParamSimple(map, prefix + "ResponseFailExample", this.ResponseFailExample);
this.setParamObj(map, prefix + "ServiceConfig.", this.ServiceConfig);
this.setParamSimple(map, prefix + "AuthRelationApiId", this.AuthRelationApiId);
this.setParamArrayObj(map, prefix + "ServiceParameters.", this.ServiceParameters);
this.setParamObj(map, prefix + "OauthConfig.", this.OauthConfig);
this.setParamArrayObj(map, prefix + "ResponseErrorCodes.", this.ResponseErrorCodes);
this.setParamSimple(map, prefix + "TargetNamespaceId", this.TargetNamespaceId);
this.setParamSimple(map, prefix + "UserType", this.UserType);
this.setParamSimple(map, prefix + "IsBase64Encoded", this.IsBase64Encoded);
this.setParamSimple(map, prefix + "EventBusId", this.EventBusId);
this.setParamSimple(map, prefix + "ServiceScfFunctionType", this.ServiceScfFunctionType);
this.setParamSimple(map, prefix + "EIAMAppType", this.EIAMAppType);
this.setParamSimple(map, prefix + "EIAMAuthType", this.EIAMAuthType);
this.setParamSimple(map, prefix + "TokenTimeout", this.TokenTimeout);
this.setParamSimple(map, prefix + "EIAMAppId", this.EIAMAppId);
this.setParamSimple(map, prefix + "Owner", this.Owner);
}
}
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