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To return to a previous page to update any values, click the appropriate tab in the left panel or click Back.To cancel your configuration details, click Cancel.Chapter 3 Invoke Child Resources Page 3-94 Implement Common Patterns Using the Oracle CX Sales and B2B Service Adapter You can use the Oracle CX Sales and B2B Service Adapter to implement common patterns.Topics: Invoke an Endpoint Dynamically Add Multiple Users to an Exclusion List Note: Oracle Integration offers a number of prebuilt integrations, known as recipes , that provide you with a head start in building your integrations.You can start with a recipe, and then customize it to fit your needs and requirements.Depending upon the solution provided, a variety of adapters are configured in the prebuilt integrations.See the Recipes and Accelerators page on the Oracle Help Center.Invoke an Endpoint Dynamically You can dynamically invoke a REST endpoint/URL at runtime without configuring additional invoke connection or REST outbound details.As long as the Oracle CX Sales and B2B Service REST APIs return a response with HATEOS links, you can use this feature by mapping the HATEOS link to the invoke connection.This feature is useful in situations that require invoking a REST endpoint dynamically or when the endpoint is not known at design time.This feature is also useful in situations that require invoking multiple REST services, all of which accept the same input payload and return the same response payload as configured for the outbound 4-1endpoint.For these cases, this feature eliminates the need to create multiple connections to invoke each REST endpoint.Note: Note the following restrictions.The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL. |
To cancel your configuration details, click Cancel.Chapter 3 Invoke Child Resources Page 3-94 Implement Common Patterns Using the Oracle CX Sales and B2B Service Adapter You can use the Oracle CX Sales and B2B Service Adapter to implement common patterns.Topics: Invoke an Endpoint Dynamically Add Multiple Users to an Exclusion List Note: Oracle Integration offers a number of prebuilt integrations, known as recipes , that provide you with a head start in building your integrations.You can start with a recipe, and then customize it to fit your needs and requirements.Depending upon the solution provided, a variety of adapters are configured in the prebuilt integrations.See the Recipes and Accelerators page on the Oracle Help Center.Invoke an Endpoint Dynamically You can dynamically invoke a REST endpoint/URL at runtime without configuring additional invoke connection or REST outbound details.As long as the Oracle CX Sales and B2B Service REST APIs return a response with HATEOS links, you can use this feature by mapping the HATEOS link to the invoke connection.This feature is useful in situations that require invoking a REST endpoint dynamically or when the endpoint is not known at design time.This feature is also useful in situations that require invoking multiple REST services, all of which accept the same input payload and return the same response payload as configured for the outbound 4-1endpoint.For these cases, this feature eliminates the need to create multiple connections to invoke each REST endpoint.Note: Note the following restrictions.The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime. |
Topics: Invoke an Endpoint Dynamically Add Multiple Users to an Exclusion List Note: Oracle Integration offers a number of prebuilt integrations, known as recipes , that provide you with a head start in building your integrations.You can start with a recipe, and then customize it to fit your needs and requirements.Depending upon the solution provided, a variety of adapters are configured in the prebuilt integrations.See the Recipes and Accelerators page on the Oracle Help Center.Invoke an Endpoint Dynamically You can dynamically invoke a REST endpoint/URL at runtime without configuring additional invoke connection or REST outbound details.As long as the Oracle CX Sales and B2B Service REST APIs return a response with HATEOS links, you can use this feature by mapping the HATEOS link to the invoke connection.This feature is useful in situations that require invoking a REST endpoint dynamically or when the endpoint is not known at design time.This feature is also useful in situations that require invoking multiple REST services, all of which accept the same input payload and return the same response payload as configured for the outbound 4-1endpoint.For these cases, this feature eliminates the need to create multiple connections to invoke each REST endpoint.Note: Note the following restrictions.The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL. |
You can start with a recipe, and then customize it to fit your needs and requirements.Depending upon the solution provided, a variety of adapters are configured in the prebuilt integrations.See the Recipes and Accelerators page on the Oracle Help Center.Invoke an Endpoint Dynamically You can dynamically invoke a REST endpoint/URL at runtime without configuring additional invoke connection or REST outbound details.As long as the Oracle CX Sales and B2B Service REST APIs return a response with HATEOS links, you can use this feature by mapping the HATEOS link to the invoke connection.This feature is useful in situations that require invoking a REST endpoint dynamically or when the endpoint is not known at design time.This feature is also useful in situations that require invoking multiple REST services, all of which accept the same input payload and return the same response payload as configured for the outbound 4-1endpoint.For these cases, this feature eliminates the need to create multiple connections to invoke each REST endpoint.Note: Note the following restrictions.The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header. |
Depending upon the solution provided, a variety of adapters are configured in the prebuilt integrations.See the Recipes and Accelerators page on the Oracle Help Center.Invoke an Endpoint Dynamically You can dynamically invoke a REST endpoint/URL at runtime without configuring additional invoke connection or REST outbound details.As long as the Oracle CX Sales and B2B Service REST APIs return a response with HATEOS links, you can use this feature by mapping the HATEOS link to the invoke connection.This feature is useful in situations that require invoking a REST endpoint dynamically or when the endpoint is not known at design time.This feature is also useful in situations that require invoking multiple REST services, all of which accept the same input payload and return the same response payload as configured for the outbound 4-1endpoint.For these cases, this feature eliminates the need to create multiple connections to invoke each REST endpoint.Note: Note the following restrictions.The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints. |
See the Recipes and Accelerators page on the Oracle Help Center.Invoke an Endpoint Dynamically You can dynamically invoke a REST endpoint/URL at runtime without configuring additional invoke connection or REST outbound details.As long as the Oracle CX Sales and B2B Service REST APIs return a response with HATEOS links, you can use this feature by mapping the HATEOS link to the invoke connection.This feature is useful in situations that require invoking a REST endpoint dynamically or when the endpoint is not known at design time.This feature is also useful in situations that require invoking multiple REST services, all of which accept the same input payload and return the same response payload as configured for the outbound 4-1endpoint.For these cases, this feature eliminates the need to create multiple connections to invoke each REST endpoint.Note: Note the following restrictions.The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object). |
Invoke an Endpoint Dynamically You can dynamically invoke a REST endpoint/URL at runtime without configuring additional invoke connection or REST outbound details.As long as the Oracle CX Sales and B2B Service REST APIs return a response with HATEOS links, you can use this feature by mapping the HATEOS link to the invoke connection.This feature is useful in situations that require invoking a REST endpoint dynamically or when the endpoint is not known at design time.This feature is also useful in situations that require invoking multiple REST services, all of which accept the same input payload and return the same response payload as configured for the outbound 4-1endpoint.For these cases, this feature eliminates the need to create multiple connections to invoke each REST endpoint.Note: Note the following restrictions.The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows. |
As long as the Oracle CX Sales and B2B Service REST APIs return a response with HATEOS links, you can use this feature by mapping the HATEOS link to the invoke connection.This feature is useful in situations that require invoking a REST endpoint dynamically or when the endpoint is not known at design time.This feature is also useful in situations that require invoking multiple REST services, all of which accept the same input payload and return the same response payload as configured for the outbound 4-1endpoint.For these cases, this feature eliminates the need to create multiple connections to invoke each REST endpoint.Note: Note the following restrictions.The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API. |
This feature is useful in situations that require invoking a REST endpoint dynamically or when the endpoint is not known at design time.This feature is also useful in situations that require invoking multiple REST services, all of which accept the same input payload and return the same response payload as configured for the outbound 4-1endpoint.For these cases, this feature eliminates the need to create multiple connections to invoke each REST endpoint.Note: Note the following restrictions.The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects. |
This feature is also useful in situations that require invoking multiple REST services, all of which accept the same input payload and return the same response payload as configured for the outbound 4-1endpoint.For these cases, this feature eliminates the need to create multiple connections to invoke each REST endpoint.Note: Note the following restrictions.The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object). |
For these cases, this feature eliminates the need to create multiple connections to invoke each REST endpoint.Note: Note the following restrictions.The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support. |
Note: Note the following restrictions.The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element. |
The request and response schema must be the same as provided during endpoint configuration.Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration. |
Template parameters are not supported while mapping these properties.The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter). |
The HTTP verb cannot be changed for the endpoint URL.For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard. |
For example, if the endpoint is configured to use POST, the outgoing request uses POST even if the endpoint URI changes at runtime.Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource). |
Because the endpoint URL is determined at runtime, there is no facility to test whether the security credentials provided during connection configuration also work with the new endpoint URL.If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements. |
If you think the endpoint URL determined at runtime requires a different authorization header then the original URL, you may need to provide a mapping for the authorization standard header.This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element. |
This use case provides a high level overview of one way to design an integration that uses dynamic endpoints.You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links. |
You retrieve child objects using the REST API (for example, Primary Address is a child object of the Account parent object).The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object. |
The integration is designed as follows.An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object. |
An initial invoke is configured to get the Account object by using the REST API.The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource). |
The response of this REST API does not provide the child objects.Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support. |
Instead, there are HATEOS links to the child objects (that is, the Primary Address object).A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links. |
A second invoke uses the HATEOS links from the earlier response to make another invoke connection to the REST endpoint to fetch the child Primary Address object using dynamic REST endpoint support.To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links. |
To change the endpoint configuration at runtime, you map one or more of the various properties under the ConnectivityProperties target element.1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section. |
1.Create an orchestrated integration.2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties . |
2.Drag an adapter into the integration canvas as an trigger connection (it can be any adapter).3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints. |
3.Configure the adapter in the Adapter Endpoint Configuration Wizard.4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link. |
4.Drag an initial Oracle CX Sales and B2B Service Adapter into the integration canvas as an invoke connection and configure it to use the crmRestApp service application and the Account object (business resource).5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter. |
5.In the mapper between the trigger adapter connection and the Oracle CX Sales and B2B Service Adapter invoke connection, map source elements to target elements.For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties . |
For this example, a PartyNumber source element is passed to an id target element.Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request. |
Chapter 4 Invoke an Endpoint Dynamically 4-26.Add a for-each action to iterate between the HATEOS links.The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions. |
The value in the Repeating Element field is from the response object.7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes. |
7.Add a switch action to get the HATEOS link corresponding to the Primary Address object.8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored. |
8.Drag the Oracle CX Sales and B2B Service Adapter into the switch action as the second invoke connection and configure it to use the crmRestApp service application and the Primary Address object (business resource).This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element. |
This object uses dynamic REST endpoint support.The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties . |
The Primary Address is a collection of links.The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration. |
The getAll operation is selected for getting all the HATEOS links.9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element. |
9.In the mapper immediately before the second Oracle CX Sales and B2B Service Adapter invoke connection, expand RestApi under ConnectivityProperties in the target section.10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value. |
10.From the source section, map href to AbsoluteEndpointURI under ConnectivityProperties .The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?. |
The ConnectivityProperties schema element supports dynamic REST endpoints.The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value. |
The href element points to the Primary Address object link.The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /. |
The href element is invoked by the Oracle CX Sales and B2B Service Adapter.Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL. |
Chapter 4 Invoke an Endpoint Dynamically 4-3 11.If necessary, map other nodes under ConnectivityProperties .The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL. |
The runtime values provided by these mappings dynamically configure the request.You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS. |
You can also hover the cursor over these properties for brief descriptions.Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL. |
Element Description AbsoluteEndpointURI Represents the absolute endpoint URL that the REST Adapter invokes.Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL. |
Empty values are ignored.To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?. |
To route the request to an endpoint URL determined at runtime, provide a mapping for this element.AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL. |
AbsoluteEndpointURI takes first precedence among other URL-related properties under ConnectivityProperties .BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?. |
BaseUri The equivalent of the base URL provided during connection configuration.To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL. |
To substitute only the base URI and retain the rest of the URL, provide a mapping for this element.The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters. |
The mapping is ignored if AbsoluteEndpointURI has a nonempty runtime value.RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false. |
RelativeUri Forms the part of the endpoint URI between BaseUri and ?.The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters. |
The mapping has no effect if BaseUri has an empty runtime value or AbsoluteEndpointURI has a nonempty runtime value.The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true. |
The runtime value must start with a /.Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false. |
Uri Use the various elements under this node to substitute runtime values for the specific parts of an endpoint URL.Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded . |
Scheme Provide a mapping to change only the scheme of the endpoint URL.Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set. |
Supported values are HTTP and HTTPS.Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server. |
Host Provide a mapping to change only the Host portion of the endpoint URLChapter 4 Invoke an Endpoint Dynamically 4-4Element Description Port Provide a mapping to change only the port of the endpoint URL.Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details. |
Query Provide a mapping to change only the query portion of the endpoint URL.A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration. |
A query portion follows the ?.Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime. |
Path Provide a mapping to change only the path portion of the endpoint URL.A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference. |
A Path is the part of a URI between the hostname and ?.Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls. |
Plugin The various properties under this node impact the way the REST Adapter invokes the endpoint URL.PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards. |
PostQueryString When the runtime value is true and the HTTP verb is POST, the query string parameters are sent using POST as form parameters.The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression . |
The default is false.UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case. |
UseFormUrlEncoding When the runtime value is false, the REST Adapter uses RFC 3986-compliant encoding to encode the query parameters.The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression. |
The default is true.This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions. |
This is the equivalent of setting the custom header x-ics-use-x-www-form-urlencoded to false.See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed. |
See section RFC 3986 Support for Encoding Query Parameters for more information on x-ics-use-x-www-form- urlencoded .x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid. |
x-ics-use-x-www-form- urlencoded takes precedence when both are set.12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter. |
12.Drag an FTP Adapter to the switch action for writing the Primary Address object response to a file on an FTP server.13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided. |
13.In the mapper between the Oracle CX Sales and B2B Service Adapter and the FTP Adapter, map the Primary Address object details.Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center. |
Chapter 4 Invoke an Endpoint Dynamically 4-514.When complete, integration design looks as follows: 15.Activate and invoke the integration.The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription. |
The Oracle CX Sales and B2B Service Adapter invokes the endpoint URI determined at runtime.Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated. |
Adaptive Search Queries The Sales and Fusion Service REST API supports the Adaptive Search, which provides a faster and more organized search, and lets you save searches for future reference.You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours. |
You can manage the Adaptive Search using REST calls.The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server . |
The Adaptive Search supports multiple operators that adhere to cross-domain identity management (SCIM) standards.See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault. |
See Adaptive Search Queries: Query Expression .You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler. |
You can use the Adaptive Search to identify all the eligible operations in your use case.For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler. |
For example: Chapter 4 Invoke an Endpoint Dynamically 4-6 Add Multiple Users to an Exclusion List When configuring the Oracle CX Sales and B2B Service Adapter as a trigger connection to consume Oracle Fusion Applications events, the Request page provides a field for specifying an event condition filter expression.This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates. |
This example describes how to create a filter expression that adds multiple users to an exclusion list through use of or and contains conditions.When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws. |
When building this type of expression, ensure that you add parentheses around the content for both contains conditions: (contains content ) or (contains content ) For example: <xpathExpr xmlns:ns_1='http://xmlns.oracle.com/apps/crmCommon/salesParties/ accountService/types/' xmlns:ns_0='http://xmlns.oracle.com/adf/svc/types/' xmlns:ns_5='http:// xmlns.oracle.com/apps/crmCommon/salesParties/accountService/'> not(contains( $eventPayload/ns_1:result/ns_0:Value/ ns_5:LastUpdatedBy,'NO_EHF' ) or (contains( $eventPayload/ns_1:result/ ns_0:Value/ns_5:LastUpdatedBy,'_MIGR')) ) </xpathExpr> Before an XPath expression is validated, spaces are removed.Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means. |
Without the parentheses, the expression is invalid.For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited. |
For example, or contains without the parenthesis becomes orcontains .Chapter 4 Add Multiple Users to an Exclusion List 4-75 Troubleshoot the Oracle CX Sales and B2B Service Adapter Review the following topics to learn about troubleshooting issues with the Oracle CX Sales and B2B Service Adapter.Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free. |
Topics: Deactivate an Integration with Business Events Application Exception Not Routed to the Exception Handler Defined in the Integration Additional integration troubleshooting information is provided.See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing. |
See Troubleshoot Oracle Integration in Using Integrations in Oracle Integration Generation 2 and the Oracle Integration Troubleshooting page on the Oracle Help Center.Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing.If this is software, software documentation, data (as defined in the Federal Acquisition Regulation), or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable: U.S. GOVERNMENT END USERS: Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs) and Oracle computer documentation or other Oracle data delivered to or accessed by U.S. Government end users are "commercial computer software," "commercial computer software documentation," or "limited rights data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations. |
Deactivate an Integration with Business Events If the integration to deactivate contains a business event subscription, a message is displayed asking if you want to delete the event subscription.If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing.If this is software, software documentation, data (as defined in the Federal Acquisition Regulation), or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable: U.S. GOVERNMENT END USERS: Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs) and Oracle computer documentation or other Oracle data delivered to or accessed by U.S. Government end users are "commercial computer software," "commercial computer software documentation," or "limited rights data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations.As such, the use, reproduction, duplication, release, display, disclosure, modification, preparation of derivative works, and/or adaptation of i) Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs), ii) Oracle computer documentation and/or iii) other Oracle data, is subject to the rights and limitations specified in the license contained in the applicable contract. |
If you select to delete the event subscription, the integration does not receive any events after it is reactivated.If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing.If this is software, software documentation, data (as defined in the Federal Acquisition Regulation), or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable: U.S. GOVERNMENT END USERS: Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs) and Oracle computer documentation or other Oracle data delivered to or accessed by U.S. Government end users are "commercial computer software," "commercial computer software documentation," or "limited rights data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations.As such, the use, reproduction, duplication, release, display, disclosure, modification, preparation of derivative works, and/or adaptation of i) Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs), ii) Oracle computer documentation and/or iii) other Oracle data, is subject to the rights and limitations specified in the license contained in the applicable contract.The terms governing the U.S. Government's use of Oracle cloud services are defined by the applicable contract for such services. |
If you do not want to delete the event subscription, the events in this integration are resent if the integration is activated within six hours.Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing.If this is software, software documentation, data (as defined in the Federal Acquisition Regulation), or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable: U.S. GOVERNMENT END USERS: Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs) and Oracle computer documentation or other Oracle data delivered to or accessed by U.S. Government end users are "commercial computer software," "commercial computer software documentation," or "limited rights data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations.As such, the use, reproduction, duplication, release, display, disclosure, modification, preparation of derivative works, and/or adaptation of i) Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs), ii) Oracle computer documentation and/or iii) other Oracle data, is subject to the rights and limitations specified in the license contained in the applicable contract.The terms governing the U.S. Government's use of Oracle cloud services are defined by the applicable contract for such services.No other rights are granted to the U.S. Government. |
Application Exception Not Routed to the Exception Handler Defined in the Integration If the exception coming from Oracle Fusion Applications is not routed to the appropriate exception handler that you defined in the integration, this is because the Oracle Fusion Applications web service returned the fault code in the reply SOAP message as env:Server .This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing.If this is software, software documentation, data (as defined in the Federal Acquisition Regulation), or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable: U.S. GOVERNMENT END USERS: Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs) and Oracle computer documentation or other Oracle data delivered to or accessed by U.S. Government end users are "commercial computer software," "commercial computer software documentation," or "limited rights data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations.As such, the use, reproduction, duplication, release, display, disclosure, modification, preparation of derivative works, and/or adaptation of i) Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs), ii) Oracle computer documentation and/or iii) other Oracle data, is subject to the rights and limitations specified in the license contained in the applicable contract.The terms governing the U.S. Government's use of Oracle cloud services are defined by the applicable contract for such services.No other rights are granted to the U.S. Government.This software or hardware is developed for general use in a variety of information management applications. |
This means it was returned as a generic SOAP exception and not as a business fault.For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing.If this is software, software documentation, data (as defined in the Federal Acquisition Regulation), or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable: U.S. GOVERNMENT END USERS: Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs) and Oracle computer documentation or other Oracle data delivered to or accessed by U.S. Government end users are "commercial computer software," "commercial computer software documentation," or "limited rights data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations.As such, the use, reproduction, duplication, release, display, disclosure, modification, preparation of derivative works, and/or adaptation of i) Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs), ii) Oracle computer documentation and/or iii) other Oracle data, is subject to the rights and limitations specified in the license contained in the applicable contract.The terms governing the U.S. Government's use of Oracle cloud services are defined by the applicable contract for such services.No other rights are granted to the U.S. Government.This software or hardware is developed for general use in a variety of information management applications.It is not developed or intended for use in any inherently dangerous applications, including applications that may create a risk of personal injury. |
For this reason, the exception is not caught by the exception handler.When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing.If this is software, software documentation, data (as defined in the Federal Acquisition Regulation), or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable: U.S. GOVERNMENT END USERS: Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs) and Oracle computer documentation or other Oracle data delivered to or accessed by U.S. Government end users are "commercial computer software," "commercial computer software documentation," or "limited rights data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations.As such, the use, reproduction, duplication, release, display, disclosure, modification, preparation of derivative works, and/or adaptation of i) Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs), ii) Oracle computer documentation and/or iii) other Oracle data, is subject to the rights and limitations specified in the license contained in the applicable contract.The terms governing the U.S. Government's use of Oracle cloud services are defined by the applicable contract for such services.No other rights are granted to the U.S. Government.This software or hardware is developed for general use in a variety of information management applications.It is not developed or intended for use in any inherently dangerous applications, including applications that may create a risk of personal injury.If you use this software or hardware in dangerous applications, then you shall be responsible to take all appropriate fail-safe, backup, redundancy, and other measures to ensure its safe use. |
When you receive the fault code under the SOAP message as env:Server , this is expected behavior and the message is not routed to the specific exception handler.5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing.If this is software, software documentation, data (as defined in the Federal Acquisition Regulation), or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable: U.S. GOVERNMENT END USERS: Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs) and Oracle computer documentation or other Oracle data delivered to or accessed by U.S. Government end users are "commercial computer software," "commercial computer software documentation," or "limited rights data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations.As such, the use, reproduction, duplication, release, display, disclosure, modification, preparation of derivative works, and/or adaptation of i) Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs), ii) Oracle computer documentation and/or iii) other Oracle data, is subject to the rights and limitations specified in the license contained in the applicable contract.The terms governing the U.S. Government's use of Oracle cloud services are defined by the applicable contract for such services.No other rights are granted to the U.S. Government.This software or hardware is developed for general use in a variety of information management applications.It is not developed or intended for use in any inherently dangerous applications, including applications that may create a risk of personal injury.If you use this software or hardware in dangerous applications, then you shall be responsible to take all appropriate fail-safe, backup, redundancy, and other measures to ensure its safe use.Oracle Corporation and its affiliates disclaim any liability for any damages caused by use of this software or hardware in dangerous applications. |
5-1Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2 F14818-07 December 2022 Oracle Cloud Using the Automation Anywhere Adapter with Oracle Integration Generation 2, F14818-07 Copyright 2019, 2022, Oracle and/or its affiliates.Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing.If this is software, software documentation, data (as defined in the Federal Acquisition Regulation), or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable: U.S. GOVERNMENT END USERS: Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs) and Oracle computer documentation or other Oracle data delivered to or accessed by U.S. Government end users are "commercial computer software," "commercial computer software documentation," or "limited rights data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations.As such, the use, reproduction, duplication, release, display, disclosure, modification, preparation of derivative works, and/or adaptation of i) Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs), ii) Oracle computer documentation and/or iii) other Oracle data, is subject to the rights and limitations specified in the license contained in the applicable contract.The terms governing the U.S. Government's use of Oracle cloud services are defined by the applicable contract for such services.No other rights are granted to the U.S. Government.This software or hardware is developed for general use in a variety of information management applications.It is not developed or intended for use in any inherently dangerous applications, including applications that may create a risk of personal injury.If you use this software or hardware in dangerous applications, then you shall be responsible to take all appropriate fail-safe, backup, redundancy, and other measures to ensure its safe use.Oracle Corporation and its affiliates disclaim any liability for any damages caused by use of this software or hardware in dangerous applications.Oracle, Java, and MySQL are registered trademarks of Oracle and/or its affiliates. |
Primary Author: Oracle Corporation This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws.Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing.If this is software, software documentation, data (as defined in the Federal Acquisition Regulation), or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable: U.S. GOVERNMENT END USERS: Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs) and Oracle computer documentation or other Oracle data delivered to or accessed by U.S. Government end users are "commercial computer software," "commercial computer software documentation," or "limited rights data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations.As such, the use, reproduction, duplication, release, display, disclosure, modification, preparation of derivative works, and/or adaptation of i) Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs), ii) Oracle computer documentation and/or iii) other Oracle data, is subject to the rights and limitations specified in the license contained in the applicable contract.The terms governing the U.S. Government's use of Oracle cloud services are defined by the applicable contract for such services.No other rights are granted to the U.S. Government.This software or hardware is developed for general use in a variety of information management applications.It is not developed or intended for use in any inherently dangerous applications, including applications that may create a risk of personal injury.If you use this software or hardware in dangerous applications, then you shall be responsible to take all appropriate fail-safe, backup, redundancy, and other measures to ensure its safe use.Oracle Corporation and its affiliates disclaim any liability for any damages caused by use of this software or hardware in dangerous applications.Oracle, Java, and MySQL are registered trademarks of Oracle and/or its affiliates.Other names may be trademarks of their respective owners. |
Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish, or display any part, in any form, or by any means.Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing.If this is software, software documentation, data (as defined in the Federal Acquisition Regulation), or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable: U.S. GOVERNMENT END USERS: Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs) and Oracle computer documentation or other Oracle data delivered to or accessed by U.S. Government end users are "commercial computer software," "commercial computer software documentation," or "limited rights data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations.As such, the use, reproduction, duplication, release, display, disclosure, modification, preparation of derivative works, and/or adaptation of i) Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs), ii) Oracle computer documentation and/or iii) other Oracle data, is subject to the rights and limitations specified in the license contained in the applicable contract.The terms governing the U.S. Government's use of Oracle cloud services are defined by the applicable contract for such services.No other rights are granted to the U.S. Government.This software or hardware is developed for general use in a variety of information management applications.It is not developed or intended for use in any inherently dangerous applications, including applications that may create a risk of personal injury.If you use this software or hardware in dangerous applications, then you shall be responsible to take all appropriate fail-safe, backup, redundancy, and other measures to ensure its safe use.Oracle Corporation and its affiliates disclaim any liability for any damages caused by use of this software or hardware in dangerous applications.Oracle, Java, and MySQL are registered trademarks of Oracle and/or its affiliates.Other names may be trademarks of their respective owners.Intel and Intel Inside are trademarks or registered trademarks of Intel Corporation. |
Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free.If you find any errors, please report them to us in writing.If this is software, software documentation, data (as defined in the Federal Acquisition Regulation), or related documentation that is delivered to the U.S. Government or anyone licensing it on behalf of the U.S. Government, then the following notice is applicable: U.S. GOVERNMENT END USERS: Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs) and Oracle computer documentation or other Oracle data delivered to or accessed by U.S. Government end users are "commercial computer software," "commercial computer software documentation," or "limited rights data" pursuant to the applicable Federal Acquisition Regulation and agency-specific supplemental regulations.As such, the use, reproduction, duplication, release, display, disclosure, modification, preparation of derivative works, and/or adaptation of i) Oracle programs (including any operating system, integrated software, any programs embedded, installed, or activated on delivered hardware, and modifications of such programs), ii) Oracle computer documentation and/or iii) other Oracle data, is subject to the rights and limitations specified in the license contained in the applicable contract.The terms governing the U.S. Government's use of Oracle cloud services are defined by the applicable contract for such services.No other rights are granted to the U.S. Government.This software or hardware is developed for general use in a variety of information management applications.It is not developed or intended for use in any inherently dangerous applications, including applications that may create a risk of personal injury.If you use this software or hardware in dangerous applications, then you shall be responsible to take all appropriate fail-safe, backup, redundancy, and other measures to ensure its safe use.Oracle Corporation and its affiliates disclaim any liability for any damages caused by use of this software or hardware in dangerous applications.Oracle, Java, and MySQL are registered trademarks of Oracle and/or its affiliates.Other names may be trademarks of their respective owners.Intel and Intel Inside are trademarks or registered trademarks of Intel Corporation.All SPARC trademarks are used under license and are trademarks or registered trademarks of SPARC International, Inc. AMD, Epyc, and the AMD logo are trademarks or registered trademarks of Advanced Micro Devices. |
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