managed to implement working .csv handling

app.py

@@ -67,33 +67,33 @@ with gr.Blocks() as demo:
             updated_values[8] = csv_data.get('project_name', '')  # publisher_projectName (8)
             
             # ========== SYSTEM ==========
-            updated_values[53] = csv_data.get('os', '')  # os (index 53)
-            updated_values[54] = ""  # distribution (54)
-            updated_values[55] = ""  # distributionVersion (55)
+            updated_values[54] = csv_data.get('os', '')  # os (index 53)
+            updated_values[55] = ""  # distribution (54)
+            updated_values[56] = ""  # distributionVersion (55)
             
             # ========== MEASURES ==========
-            updated_values[39] = csv_data.get('tracking_mode', '')  # measurementMethod (39)
-            updated_values[47] = "kWh"  # unit (47)
-            updated_values[50] = csv_data.get('energy_consumed', '')  # powerConsumption (50)
+            updated_values[40] = csv_data.get('tracking_mode', '')  # measurementMethod (39)
+            updated_values[48] = "kWh"  # unit (47)
+            updated_values[51] = csv_data.get('energy_consumed', '')  # powerConsumption (50)
             
             # Duration conversion (hours → seconds)
             if 'duration' in csv_data:
                 try:
                     hours = float(csv_data['duration'])
-                    updated_values[51] = str(round(hours * 3600, 2))  # measurementDuration (51)
+                    updated_values[52] = str(round(hours * 3600, 2))  # measurementDuration (51)
                 except:
-                    updated_values[51] = ""
+                    updated_values[52] = ""
             
-            updated_values[52] = ""  # measurementDateTime (52)
+            updated_values[53] = csv_data.get('timestamp', '')  # measurementDateTime (52)
             
             # ========== SOFTWARE ==========
-            updated_values[56] = "Python"  # language (56)
-            updated_values[57] = csv_data.get('python_version', '')  # version_software (57)
+            updated_values[57] = "Python"  # language (56)
+            updated_values[58] = csv_data.get('python_version', '')  # version_software (57)
             
             # ========== INFRASTRUCTURE ==========
             # infraType (58) - Dropdown
             on_cloud = str(csv_data.get('on_cloud', 'No')).lower().strip()
-            updated_values[58] = "publicCloud" if on_cloud == "yes" else "onPremise"
+            updated_values[59] = "publicCloud" if on_cloud == "yes" else "onPremise"
             
             # Cloud fields (59-60)
             updated_values[59] = csv_data.get('cloud_provider', '') if on_cloud == "yes" else ""
@@ -104,11 +104,11 @@ with gr.Blocks() as demo:
             cpu_count = int(csv_data.get('cpu_count', 0))
             
             if gpu_count > 0:
-                updated_values[61] = "GPU"  # componentName (61)
+                
                 updated_values[62] = str(gpu_count)  # nbComponent (62)
                 model = csv_data.get('gpu_model', '')
             elif cpu_count > 0:
-                updated_values[61] = "CPU"  # componentName (61)
+                u
                 updated_values[62] = str(cpu_count)  # nbComponent (62)
                 model = csv_data.get('cpu_model', '')
             else:
@@ -121,19 +121,19 @@ with gr.Blocks() as demo:
             # Split model into manufacturer/family/series (64-66)
             if model:
                 parts = model.replace("(R)", "").replace("(TM)", "").split()
-                updated_values[64] = parts[0] if parts else ""  # manufacturer_infra (64)
-                updated_values[65] = " ".join(parts[1:3]) if len(parts) >= 3 else ""  # family (65)
-                updated_values[66] = " ".join(parts[3:]) if len(parts) > 3 else ""  # series (66)
+                updated_values[65] = parts[0] if parts else ""  # manufacturer_infra (64)
+                updated_values[66] = " ".join(parts[1:3]) if len(parts) >= 3 else ""  # family (65)
+                updated_values[67] = " ".join(parts[3:]) if len(parts) > 3 else ""  # series (66)
             else:
-                updated_values[64] = updated_values[65] = updated_values[66] = ""
+                updated_values[65] = updated_values[66] = updated_values[67] = ""
             
             updated_values[67] = ""  # share (67)
             
             # ========== ENVIRONMENT ==========
-            updated_values[68] = csv_data.get('country_name', '')  # country (68)
-            updated_values[69] = csv_data.get('latitude', '')  # latitude (69)
-            updated_values[70] = csv_data.get('longitude', '')  # longitude (70)
-            updated_values[71] = csv_data.get('region', '')  # location (71)
+            updated_values[69] = csv_data.get('country_name', '')  # country (68)
+            updated_values[70] = csv_data.get('latitude', '')  # latitude (69)
+            updated_values[71] = csv_data.get('longitude', '')  # longitude (70)
+            updated_values[72] = csv_data.get('region', '')  # location (71)
             
         except Exception as e:
             print(f"CSV Processing Error: {str(e)}")
@@ -174,9 +174,11 @@ with gr.Blocks() as demo:
         outputs=output
     )
 
-
+print(all_form_components)
+print(len(all_form_components))
 
 if __name__ == "__main__":
     demo.launch()
+    print(all_form_components)
 
 

ui/form_components.py

@@ -273,11 +273,12 @@ def create_software_tab():
 def create_infrastructure_tab():
     """Create the infrastructure tab components."""
     with gr.Tab("Infrastructure"):
-        infraType = gr.Dropdown(value=None,
-            label="Infrastructure Type",
-            choices=INFRA_TYPES,
-            info="Required field<br>(the type of infrastructure used)"
-        )
+        infraType = gr.Dropdown(
+                value=INFRA_TYPES[2],  # Default to "onPremise"
+                label="Infrastructure Type",
+                choices=INFRA_TYPES,
+                info="Required field<br>(the type of infrastructure used)"
+            )
         cloudProvider = gr.Textbox(label="Cloud Provider", info="(name of your cloud provider)")
         cloudInstance = gr.Textbox(label="Cloud Instance", info="(name of your cloud instance)")
         with gr.Accordion("Components"):