Upload app.py

app.py

@@ -106,7 +106,7 @@ st.sidebar.title("Section 1: Plan Info")
 plan_name = st.sidebar.text_input("Plan Name", help="Enter the name of the plan")
 plan_description = st.sidebar.text_area("Plan Description", max_chars=250, help="Describe the plan")
 plan_start_date = st.sidebar.date_input("Plan Start Date", value=datetime.now(), help="Select the start date of the plan")
-a1 = ["GoFynd", "Uniket", "B2B", "Marketplaces", "StoreOS", "Website", "ONDC", "OMS", "TMS", "WMS", "GMC", "Catalog Cloud"]
+a1 = ["GoFynd", "Uniket", "B2B", "Marketplaces", "StoreOS", "Website", "ONDC", "OMS", "TMS", "WMS", "GMC", "Catalog Cloud", "FCP"]
 ordering_channels = st.sidebar.selectbox("Product lines", ["--please select--"]+a1, help="Select the ordering channels")
 
 # Section 2: Company Info
@@ -120,11 +120,11 @@ if "TMS" in ordering_channels or "GMC" in ordering_channels or "Catalog Cloud" i
     application_id = None
 else:
     abc = ["Store", "Warehouse"]
-    fulfilling_location = st.sidebar.selectbox("Fulfilling Location", abc, help="Select the fulfilling location")
+    fulfilling_location = st.sidebar.selectbox("Fulfilling Location",["--please select--"] +  abc, help="Select the fulfilling location")
     application_id = st.sidebar.text_input("Application ID", key="application_id_input", help="Enter the application ID")
 
 # Section 3: Defining products for each dropdown
-product_options = ["B2B", "Marketplaces", "StoreOS", "Website", "ONDC", "OMS", "TMS", "WMS", "GMC", "Catalog Cloud"]
+product_options = ["B2B", "Marketplaces", "StoreOS", "Website", "ONDC", "OMS", "TMS", "WMS", "GMC", "Catalog Cloud", "FCP"], 
 fee_type_options = ["Development", "Subscription", "Maintenance", "Transaction", "Minimum Guarantee", "Logistics", "Packaging", "SLA", "Licensing"]
 fee_nature_options = ["Fixed %", "Flat currency", "Slab based"]
 variable_options = ["Bag", "Order", "Shipment", "Application", "Extension", "Integration", "Store", "User"]
@@ -158,7 +158,7 @@ fee_config = {
 var_config = {
     'variable_type_mapping': {
         "Development": ["Application", "Extension", "Integration"],
-        "Subscription": ["Application", "Extension", "Integration"],
+        "Subscription": ["Application", "Extension", "Integration", "Platform"],
         "Maintenance": ["Application", "Extension", "Integration"],
         "Licensing": ["Store", "User"],
         "Transaction": ["Bag", "Order", "Shipment"],
@@ -173,13 +173,14 @@ var_config = {
 char_config = {
     'chargeable_on_mapping' :{
         "Application": ["Developed", "Installed"],
-        "Extension": ["Developed", "Installed"],
+        "Extension": ["Developed", "Installed", "Subscribed"],
         "Integration": ["Developed", "Installed"],
         "Store": ["Added", "Active"],
         "User": ["Added", "Active"],
         "Bag": ["Placed", "Invoiced", "Delivered", "Return window", "Cancel", "RTO", "DTO"],
         "Order": ["Placed", "Invoiced", "Delivered", "Return window", "Cancel", "RTO", "DTO"],
-        "Shipment":["Placed", "Invoiced", "Delivered", "Return window", "All", "Picked", "RTO", "DTO","Packed", "Cancel"]
+        "Shipment":["Placed", "Invoiced", "Delivered", "Return window", "All", "Picked", "RTO", "DTO","Packed", "Cancel"],
+        "Platform": ["Subscribed"],
     }
 }
 
@@ -198,31 +199,19 @@ selected_chargeable_on = st.selectbox("Chargeable on", ["--please select--"] + c
 # Create an empty DataFrame with the desired column names
 slabs_df = pd.DataFrame(columns=["Slab", "Max_value", "Commercial_value", "Usage","Capping/Min_Guarantee_value", "Threshold"])
 
-selected_fee_nature = st.selectbox("Fee Nature:", ["Fixed %", "Flat currency", "Slab based"], key="fee_nature_select")
+ttt = ["Fixed %", "Flat currency", "Slab based"]
+selected_fee_nature = st.selectbox("Fee Nature:",["--please select--"]+ ttt, key="fee_nature_select")
 
 if selected_fee_nature == "Slab based":
     st.write("Enter values for Slab based fee structure:")
 
-    # Input fields for user data
-    col1, col2 = st.columns([2, 2])
-
-    with col1:
-        slab = st.selectbox("Slab:", [1, 2, 3], key="slab_select")
-    with col2:
-        max_value = st.text_input("Max value:", key="max_value_input")
-    with col1:
-        user_input = st.text_input("Commercial Value:", key="user_input")
-    with col2:
-        Usage = st.text_input("Usage:", key="Usage_input")
-    with col1:
-        Capping_or_Minimum_Guarantee= st.text_input("Capping/Min_Guarantee:", key="Capping_or_Minimum_Guarantee_input")
-    with col2:
-        threshold = st.text_input("Threshold:", key="threshold_input")
-
+# Function to add data to DataFrame
 
+    # Initialize an empty list to store data rows
+    global_new_row = []
 
-# Function to add data to DataFrame
     def add_data(slab, max_value, user_input, Usage, Capping_or_Minimum_Guarantee, threshold):
+    # Convert values to int if not None
         max_value = int(max_value) if max_value else None
         user_input = int(user_input) if user_input else None
         Usage = int(Usage) if Usage else None
@@ -235,72 +224,45 @@ if selected_fee_nature == "Slab based":
             "Usage": Usage,
             "Capping/Min_Guarantee_value": Capping_or_Minimum_Guarantee,
             "Threshold": threshold
-                }
-        slabs_df.loc[len(slabs_df)] = new_row
-
-    if st.button("Add Data", key="add_data_button"):
-        add_data(slab, max_value, user_input, Usage, Capping_or_Minimum_Guarantee, threshold)
-        st.success(f"Data for Slab '{slab}' added successfully!")
-
-    if st.button("Add Slab", key="add_slab_button"):
-    # Clear previous inputs (optional)
-        slab = ""
-        max_value = ""
-        user_input = ""
-        Usage = ""
-        Capping_or_Minimum_Guarantee = ""
-        threshold = ""
-
-    # Display a message or perform other actions when starting a new slab
-        st.info("Enter details for a new slab below.")
-
-# Display the slab data in reverse order (most recent on top)
-    if not slabs_df.empty:
-        st.write("Slab Data:")
-        st.table(slabs_df[::-1].reset_index(drop=True))
-    else:
-        st.info("No slab data available.")
-
-
-    selected_plan_validity = st.selectbox("Plan Validity", ["--please select--"] + plan_validity_options, help="Select the plan validity")
-    selected_payment_method = st.selectbox("Payment Method", ["--please select--"] + payment_method_options, help="Select the payment method")
-
-# Submit button
-    if st.button("Submit"):
-    # Save user data
-        user_data = {
-        "Plan Name": plan_name,
-        "Plan Description": plan_description,
-        "Plan Start Date": plan_start_date,
-        "Ordering Channels": ordering_channels,
-        "Company ID": company_id,
-        "Company Name": company_name,
-        "Fulfilling Location": fulfilling_location,
-        "Application ID": application_id,
-        "Fee Type": selected_fee_type,
-        "Variable": selected_variable_type,
-        "Chargeable on": selected_chargeable_on,
-        "Fee Nature": selected_fee_nature,
-        "Commercial value": user_input,
-        "Usage limit": Usage,
-        "Minimum/Capping value": Capping_or_Minimum_Guarantee,
-        "Threshold option": threshold,
-        "Plan Validity": selected_plan_validity,
-        "Payment Method": selected_payment_method,
         }
 
-        global_user_data.append(user_data)
-        
+    # Append new_row to global list
+        global_new_row.append(new_row)
 
-    # Generate PM_id and add it to user_data
-        pm_id = generate_pm_id(user_data)
-        user_data['PM_id'] = pm_id
-
-        save_user_data(user_name, user_data)  # Save user data after submission
-
-        # Display saved records
-        display_saved_records()
+# Streamlit UI code
+    def main():
+        st.title("Slab Data Management")
 
+    # Inputs for adding data
+    # Input fields for user data
+        col1, col2 = st.columns([2, 2])
+
+        with col1:
+            slab = st.selectbox("Slab:", [1, 2, 3], key="slab_select")
+        with col2:
+            max_value = st.text_input("Max value:", key="max_value_input")
+        with col1:
+            user_input = st.text_input("Commercial Value:", key="user_input")
+        with col2:
+            Usage = st.text_input("Usage:", key="Usage_input")
+        with col1:
+            Capping_or_Minimum_Guarantee= st.text_input("Capping/Min_Guarantee:", key="Capping_or_Minimum_Guarantee_input")
+        with col2:
+            threshold = st.text_input("Threshold:", key="threshold_input")
+
+    # Button to add data
+        if st.button("Add Data", key="add_data_button"):
+            add_data(slab, max_value, user_input, Usage, Capping_or_Minimum_Guarantee, threshold)
+            st.success(f"Data for Slab '{slab}' added successfully!")
+
+    # Display global_new_row in a table
+        if global_new_row:
+            st.subheader("Added Slabs")
+            st.table(global_new_row)
+
+    if __name__ == "__main__":
+        main()
+    
 
 elif selected_fee_nature in ["Fixed %", "Flat currency"]:
     user_input = st.number_input("Please enter Commercial value:", min_value=0.0, help="Enter a valid number")
@@ -324,11 +286,11 @@ elif selected_fee_nature in ["Fixed %", "Flat currency"]:
 
     st.write(f"Expected Billing: {expected_billing}")
 
-    selected_plan_validity = st.selectbox("Plan Validity", ["--please select--"] + plan_validity_options, help="Select the plan validity")
-    selected_payment_method = st.selectbox("Payment Method", ["--please select--"] + payment_method_options, help="Select the payment method")
+selected_plan_validity = st.selectbox("Plan Validity", ["--please select--"] + plan_validity_options, help="Select the plan validity", key = "plan_vd_2")
+selected_payment_method = st.selectbox("Payment Method", ["--please select--"] + payment_method_options, help="Select the payment method", key = "py_vd_2")
 
 # Submit button
-    if st.button("Submit"):
+if st.button("Submit"):
     # Save user data
         user_data = {
         "Plan Name": plan_name,