engine ccp

source/quickstart/01.2_engine_ccp.md

@@ -1,10 +1,10 @@
 # Cloud Computing Platform (CCP) Page
 
-The **Cloud Computing Platform (CCP)** page allows users to execute predefined methods and monitor their execution within a cloud-based infrastructure.
+The **Cloud Computing Platform (CCP)** page allows users to execute the methods defined for the current environment and monitor their execution within the cloud-based infrastructure.
 
 The page is composed of:
 
-- **Methods List** section on the left, displaying all available methods (see [Methods List](./07_methods_list.md)).
+- **Methods List** section on the left, displaying all available methods (see [Methods List](./01.1_methods_list.md)).
 - **Method Execution form** section, used to configure and start the execution of a selected method.
 - **Execution Monitor** section, which tracks scheduled, pending, and finished executions.
 
@@ -19,29 +19,43 @@ When the **Cloud Computing Platform (CCP)** page is first opened, the execution
 - Clicking the **Play** button ( ![play button](./imgs/method_button_play.png) ) next to a method to load it into the execution form.
 - Dragging the method from the list and dropping it into the execution form.
 
-Each method has its own predefined inputs, runtime, and parameters, which are configured during the method's creation. The *runtime* environment is defined by the `ccpimage` input, which specifies the Docker image to be used. This runtime is **usually immutable**, meaning users typically cannot modify it during execution, but in certain cases, flexibility may be allowed depending on the method's configuration.
 
 ---
 
 ## **Method Execution form** Section
 
-Once a method is selected, the **Method Execution form** is populated with the inputs and options specific to the selected method. These parameters and inputs depend entirely on how the method was defined when it was integrated into CCP.
+Once a method is selected, the **Method Execution form** is populated with the inputs and options specific to the selected method. 
+
+Each method has its own predefined inputs, runtime, and parameters, which are defined during the method's configuration.
+
+The *runtime* environment is defined by the `ccpimage` input, which specifies the Docker image to be used. This runtime is **usually immutable**, meaning users typically cannot modify it during execution, but in certain cases, flexibility may be allowed depending on the method's configuration.
 
 ### **Input Parameters**
 
 The input parameters required for execution vary based on the method's definition. Common types of inputs include:
 
-- **Runtime (`ccpimage`)**: Specifies the Docker image or environment in which the method will run. This is predefined via the `ccpimage` input and is **usually immutable**.
+- **`ccpimage` (Runtime)**: Specifies the Docker image or environment in which the method will run. This is predefined via the `ccpimage` input and is *usually immutable*.
 - **Input Files/URLs**: Paths to input files or URLs, such as CSV files or other required data formats, depending on the method's needs.
-- **Parameters**: These include specific configuration values such as probabilities, number of iterations, or other settings required by the algorithm.
+- **Input Parameters**: These include specific configuration values such as probabilities, number of iterations, or other settings required by the algorithm.
 - **Annotations**: Metadata or tags associated with the execution, which can also appear in the output results, providing traceability across executions.
 
 ### **Options**
 
-Depending on the method, additional options may be available:
+In the **Options** section, users can select the automatic archiving behavior for their execution results. The following options are available:
 
-- **Provenance Tracking**: Users can opt to automatically archive the execution details, including the provenance of the inputs, parameters, and results. This helps in keeping track of the execution history for reproducibility.
-- **Error Handling**: Users can choose to report and log any errors or warnings encountered during the execution.
+- **Automatically archive whole execution provenance**: This option will add to the archive the entire execution context, including inputs, parameters, and results.
+- **Automatically archive uncompressed outputs only**: This option will archive only the final outputs in an uncompressed format, without including additional details.
+- **Do not archive anything automatically**: No automatic archiving of the execution results will be done.
+
+### **Outputs**
+
+You can configure what type of logs to capture during the method execution:
+
+- **Standard output**: Enable this option to capture all normal output messages generated by the method.
+- **Standard error**: Enable this option to capture any error or warning messages encountered during execution.
+
+
+![options](./imgs/cpp_execution_options.png)
 
 ---
 
@@ -49,37 +63,45 @@ Depending on the method, additional options may be available:
 
 Once the method is selected and configured, you can execute it by clicking the **Execute** button. Here's how the execution process works:
 
-1. **Start of Execution**: After clicking *Execute*, CCP will begin by pulling the necessary Docker image (as specified by `ccpimage`), installing any dependencies, and running the method.
-2. **Monitoring Progress**: The execution can be monitored in real time via the **Execution Monitor** (described below), where status updates and logs will be displayed.
-3. **Outputs**: When the method completes, a link to download the output files, such as processed data, logs, or visualizations, will be provided. If provenance tracking is enabled, all execution details will be saved automatically.
+1. **Scheduling of execution**: After clicking *Execute*, CCP will process the method and parameters and scheduel an execution
+
+2. **Start of Execution**:  begin by pulling the necessary Docker image (as specified by `ccpimage`), installing any dependencies, and running the method.
+
+3. **Monitoring Progress**: The execution can be monitored in real time via the **Execution Monitor** (described below), where status updates and logs will be displayed.
+
+4. **Outputs**: When the method completes, a link to download the output files, such as processed data, logs, or visualizations, will be provided. If provenance tracking is enabled, all execution details will be saved automatically.
 
 ---
-
 ## **Execution Monitor** Section
 
-The **Execution Monitor** tracks the status of both active and past method executions. It provides two primary views:
+The **Execution Monitor** provides a detailed view of method executions, tracking their status from the moment they are initiated until they complete. It is composed of two main sections: **Live Executions** and **Archived Executions**.
+
+![Execution Monitor](./imgs/ccp_execution_monitor.png)
 
 ### **Live Executions**
 
-This tab displays the current status of running or recently finished executions. Key details include:
+This tab displays the current status of running or recently finished executions. Each running execution shows:
 
 - **Method Name and Version**: Identifies the method being executed.
-- **Status**: Indicates the execution's current phase (e.g., pending, running, successful, failed).
-- **Timestamp**: Shows when the execution started and when the last update was received.
-- **Annotations**: Metadata and tags associated with the execution, which can be used to trace and organize multiple executions.
+- **Status**: The execution's current phase, which may include:
+  - Accepted: The method has been accepted and is queued for execution.
+  - Running: The method is currently being executed.
+  - Successful: The execution has completed successfully.
+  - Failed: An error occurred during execution.
+- **Timestamp**: Indicates the time the execution was accepted and the time of the last update.
+- **Infrastructure**: The infrastructure used to run the method (e.g., D4Science Production Infrastructure).
+- **Runtime**: The Docker image used (e.g., python:3.9.19).
   
-Actions available in this tab include:
+Additional features in this tab include:
 
-- **Cancel Execution**: Stop a running execution.
-- **View Logs**: Access live logs to monitor the installation of dependencies, execution progress, warnings, and errors.
-- **Resubmit**: Restart a previously executed method with the same configuration.
+- **Output Files**: When the execution completes, a link (`outputs/output.zip`) will appear, allowing users to download the execution results.
+- **Generate Code for...**: Generates a file in the selected programming language (e.g., Python, R, Julia) that authenticates the user and programmatically starts the execution.
+- **Direct Link**: Provides a direct link that opens the CCP page directly to the specific execution instance.
+- **Logs**: Real-time logs showing progress and any warnings or errors.
+- **Cancel Execution**: Allows you to stop an ongoing execution if needed.
+- **Re-submit**: Restarts a previously executed method with the same configuration.
+- **Delete button**: To delete the current execution from the list of executions
 
 ### **Archived Executions**
 
-This tab contains the history of all completed executions, whether successful or failed. Each execution includes:
-
-- **Execution Name**: The name of the method.
-- **Status**: The final result of the execution.
-- **Details**: Includes inputs, outputs, annotations, and logs.
-
-Users can download the outputs for further analysis or re-execute the method with modified parameters. This history is useful for troubleshooting,
+From the **Live Executions panel**, you can archive completed executions. Once archived, the execution will be moved to the **Archived Executions panel**, where you can review the history of past executions.