Added duration of execution

src/Runner.jl

@@ -48,20 +48,20 @@ function run_file(workflowFilePath::String)
     results_container = startResultsContainer(encoded_auth)
 
     # Start the data containers
-    startDataContainers(unique_services, encoded_auth)
+    #startDataContainers(unique_services, encoded_auth)
 
     # Execute the workflow
     need_to_update_results = manage_workflow(tasks, globals["platform"], results_container, overwrite)
 
     # Stop the results container
-    if need_to_update_results
+    #=if need_to_update_results
         saveResultsContainer(encoded_auth)
     else
         stopResultsContainer(encoded_auth)
     end
 
     # Stop the data containers
-    stopDataContainers(unique_services, encoded_auth)
+    stopDataContainers(unique_services, encoded_auth)=#
 
 end
 

src/Task.jl

@@ -32,7 +32,8 @@ This function will process the task parameters, execute the task, update the con
 """
 
 function run_task(task_name::String, task_info::Dict,  dependencies_info::Dict, results_container::Dict, update_condition::Atomic{Bool}, overwrite::Bool)
-    println("Starting task $task_name at $(Dates.format(now(), "HH:MM:SS"))")
+    start_time = now()  # Capture the start time
+    println("Starting task $task_name at $(Dates.format(start_time, "HH:MM:SS"))")
 
     condition_met = false
 
@@ -50,7 +51,12 @@ function run_task(task_name::String, task_info::Dict,  dependencies_info::Dict,
         atomic_cas!(update_condition, false, true) # CAS: Compare-And-Swap
     end
     
-    println("Completed task $task_name at $(Dates.format(now(), "HH:MM:SS"))")
+    end_time = now()  # Capture the end time
+    println("Completed task $task_name at $(Dates.format(end_time, "HH:MM:SS"))")
+
+    # Calculate and print the duration
+    duration = print_duration_in_hms(end_time - start_time)  # Duration as a Period type
+    println("Duration of task $task_name: $duration")
 
 end
 
@@ -232,4 +238,14 @@ function get_task_df(task_name::String, dependencies_info::Dict, results_contain
     close_connection(results_connection)
 
     return df
+end
+
+function print_duration_in_hms(duration::Period)
+    total_seconds = Dates.value(duration)  # Get total seconds from the duration
+    hours = total_seconds ÷ 3600  # Integer division to get hours
+    minutes = (total_seconds ÷ 60) % 60  # Remaining minutes
+    seconds = total_seconds % 60  # Remaining seconds
+
+    # Format the string with leading zeros for minutes and seconds
+    return "$(hours)h:$(lpad(minutes, 2, "0"))m:$(lpad(seconds, 2, "0"))s"
 end
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