fix: updated references to IDE

Author: JanssenBrm

instantiation/catalog.qmd

@@ -32,7 +32,7 @@ The product catalogue serves several beneficial scenarios for projects:
   and processing platforms such as openEO and OGC Application Packages. This ensures seamless integration of datasets
   from various providers, supporting comprehensive analysis and decision-making. This interoperability extends to other
   APEx tools such as the [Geospatial Explorer](geospatial_explorer.md),
-  [Interactive Development Environments](ide.md), [User Workspaces](user_workspace.md)….
+  [Code Server IDE](app_code_server.md), [JupyterLab IDE](app_jupyterlab.md), ….
 
 * **Efficient Search and Discovery**\
   Users can efficiently search and discover datasets based on specific criteria such as time, location, and data type.

instantiation/usecases.qmd

@@ -89,10 +89,11 @@ help, share knowledge, and collaborate on EO applications.
   solutions.
 * [**Documentation Portal**](documentation.qmd)\
   Comprehensive documentation and tutorial materials to assist users in navigating and utilising the services.
-* [**User Workspace**](user_workspace.md)\
+* **User Workspace**\
   Secure and personalised environments allow users to store, share, and manage their data and work.
-* [**Interactive Development Environment (IDE)**](ide.md)\
-  Leveraging VS Code Server, these environments are tailored for EO tasks and provide development tools.
+* **Interactive Development Environment (IDE)**\
+  Leveraging [Code Server](./app_code_server.md) or [JupyterLab](./app_jupyterlab.md) IDEs, these environments are tailored
+  for EO tasks and provide development tools.
 
 ```{mermaid}
 %%| label: fig-tools-usecase2
@@ -110,8 +111,7 @@ flowchart TD ""
     click A href "./project_portal.html" _blank
     click C href "./documentation.html" _blank
     click D href "./forum.html" _blank
-    click UW href "./user_workspace.html" _blank
-    click IDE href "./ide.html" _blank
+    click IDE href "./app_jupyterlab.html" _blank
 ```
 
 ### Expected Benefits
@@ -167,10 +167,10 @@ providing powerful tools and environments for data processing and statistical an
 
 ### Key Components
 
-* [**Interactive Development Environment (IDE)**](ide.md)\
+* **Interactive Development Environment (IDE)**\
   Equipped with tools for data analysis, statistical computation, and machine learning, leveraging the capabilities of
-  VS Code Server.
-* [**User Workspace**](user_workspace.md)\
+  [Code Server](./app_code_server.md) or [JupyterLab](./app_jupyterlab.md).
+* **User Workspace**\
   Secure and scalable environments for conducting extensive data analysis.
 * [**Project Portal**](project_portal.md)\
   Integration of visualisations into project portals to showcase data insights.
@@ -198,8 +198,7 @@ flowchart TD ""
     click A href "./project_portal.html" _blank
     click B href "./geospatial_explorer.html" _blank
     click C href "./catalog.html" _blank
-    click UW href "./user_workspace.html" _blank
-    click IDE href "./ide.html" _blank
+    click IDE href "./app_jupyterlab.html" _blank
 ```
 
 ### Expected Benefits
@@ -218,10 +217,11 @@ effectively.
 
 ### Key Components
 
-* [**User Workspace**](user_workspace.md)\
+* **User Workspace**\
 Providing secure environments for executing data processing tasks on existing cloud-based processing platforms.
-* [**Interactive Development Environment (IDE)**](ide.md)\
-Supporting data processing scripts and workflows, including pre-configured tools for EO tasks.
+* **Interactive Development Environment (IDE)**\
+Leveraging the capabilities of [Code Server](./app_code_server.md) or [JupyterLab](./app_jupyterlab.md) IDS to support
+data processing scripts and workflows, including pre-configured tools for EO tasks.
 * [**Project Portal**](project_portal.md)\
   Integration of visualisations into project portals to showcase data insights.
 * [**Product Catalogue**](catalog.qmd)\
@@ -248,8 +248,7 @@ flowchart TD ""
     click A href "./project_portal.html" _blank
     click B href "./geospatial_explorer.html" _blank
     click C href "./catalog.html" _blank
-    click UW href "./user_workspace.html" _blank
-    click IDE href "./ide.html" _blank
+    click IDE href "./app_jupyterlab.html" _blank
 ```
 
 ### Expected Benefits

propagation/ondemandservices.qmd

@@ -1,17 +1,21 @@
-  ---
+---
+
 title: On-Demand EO Services
 ---
 
 ## What is an on-demand service?
 
-On-demand services are scalable, cloud-based algorithms delivered as-a-Service, that users can trigger with their user-specific parametrisation.
+On-demand services are scalable, cloud-based algorithms delivered as-a-Service, that users can trigger with their
+user-specific parametrisation.
 
 Therefore, currently APEx-compliant on-demand services should either adopt an openEO User Defined Process (UDP) or an
-EOAP Process implementation. This ensures that the algorithm can be hosted on one of the APEx-compliant algorithm hosting platforms and executed 
-as an OGC API Process or through the openEO API.  There are additional 
+EOAP Process implementation. This ensures that the algorithm can be hosted on one of the APEx-compliant algorithm hosting
+platforms and executed
+as an OGC API Process or through the openEO API.  There are additional
 [APEx compliance and interoperability guidelines](../interoperability/algohosting.md) which help ensuring FAIR compliance.
 
-Also, the resulting on-demand services should be compliant to the FAIR data principles (Findable, Accessible, Interoperable and Reusable).
+Also, the resulting on-demand services should be compliant to the FAIR data principles (Findable, Accessible, Interoperable
+and Reusable).
 
 ## How to build an on-demand service?
 
@@ -52,6 +56,7 @@ For further guidance on creating and using UDPs, you can explore the following r
 * [Official openEO specification](https://api.openeo.org/#tag/User-Defined-Processes)
 
 #### Development and Testing Environments
+
 While an openEO UDP can be developed on any supported environment using the
 existing [openEO tools](https://openeo.org/documentation/1.0/), we recommend testing the UDP on an APEx-compliant
 hosting platform. This ensures platform compatibility and facilitates the deployment of your UDP as an on-demand
@@ -62,14 +67,20 @@ to [this page](./platforms.md).
 
 ### Building an EOAP Process based service
 
-Another option is to package your software using Docker containers. This approach, based on the OGC Best Practice for Earth Observation Application Packaging (EOAP), is very generic and is particularly relevant if you have an existing piece of complex software that you want to make available as a service.
+Another option is to package your software using Docker containers. This approach, based on the OGC Best Practice for Earth
+Observation Application Packaging (EOAP), is very generic and is particularly relevant if you have an existing piece of
+complex software that you want to make available as a service.
 
-This APEx-compliant, cloud service implementation option, consists in containerizing your software (using Docker technologies) along with CWL wrappers (Common Workflow Language)[@cwl], together forming a reusable, scalable Earth Observation Application Package (EOAP) [@ap]. APEx can provide the guidance and support you need to efficiently translate your algorithm into an EOAP implementation.
+This APEx-compliant, cloud service implementation option, consists in containerizing your software (using Docker technologies)
+along with CWL wrappers [Common Workflow Language](@cwl), together forming a reusable, scalable Earth Observation Application
+Package (EOAP) [@ap]. APEx can provide the guidance and support you need to efficiently translate your algorithm into an
+EOAP implementation.
 
 After your EOAP is created, it can be registered in
 the [APEx Algorithm Services Catalogue](../propagation/onboarding.md#apex-algorithm-services-catalogue) and associated
 with one or more backends or platforms capable of running it. As APEx continues to evolve, additional tools will become
-available that aid this process, including functionality to check if your service remains in operational state, when it has been deployed onto an APEx-compliant algorithm hosting platform.
+available that aid this process, including functionality to check if your service remains in operational state, when it
+has been deployed onto an APEx-compliant algorithm hosting platform.
 
 [This tutorial](https://terradue.github.io/ogc-eo-application-package-hands-on/) explains more about this option.
 
@@ -79,9 +90,10 @@ To develop and test an OGC Application Package, you can use one of the following
 necessary tools and basic infrastructure to support the development process:
 
 * [ELLIP](https://ellip.terradue.com)
-* APEx Instantiation Services
-  * [Workspace](../instantiation/user_workspace.md) and [IDE](../instantiation/ide.md)
-  
+* APEx Project Environments
+  * [Code Server IDE](../instantiation/app_code_server.md)
+  * [JupyterLab IDE](../instantiation/app_jupyterlab.md)
+
 For a comprehensive overview of currently APEx-compliant hosting platforms, please refer
 to [this page](./platforms.md).