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import_excel.py

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+import re
+import shutil
+import pandas as pd
+from openpyxl import load_workbook
+
+
+def extract_coord(url, param):
+    match = re.search(rf'[?&]{param}=([-\d.]+)', str(url))
+    return match.group(1) if match else None
+
+
+def process_data(source_file_path, destination_template_path, output_path):
+    # Read source CSV (semicolon-delimited)
+    src = pd.read_csv(source_file_path, sep=';')
+    src.columns = src.columns.str.strip()
+
+    def build_address(row):
+        parts = []
+        if pd.notna(row.get('civique')):
+            parts.append(str(int(row['civique'])))
+        if pd.notna(row.get('appartement')):
+            parts.append(f"App. {row['appartement']}")
+        if pd.notna(row.get('rue')):
+            parts.append(str(row['rue']).strip())
+        return ' '.join(parts)
+
+    # Copy the template so we preserve its formatting/styles
+    shutil.copy(destination_template_path, output_path)
+    wb = load_workbook(output_path)
+    ws = wb.active
+
+    # Map column names to their Excel column index (based on header row 1)
+    header = {cell.value: cell.column for cell in ws[1]}
+
+    # Write each row starting at row 2
+    for i, row in src.iterrows():
+        excel_row = i + 2  # row 1 is the header
+
+        ws.cell(excel_row, header['ID de Ligne'])          .value = (i + 1) * 100
+        ws.cell(excel_row, header['Province'])              .value = 'PQ'
+        ws.cell(excel_row, header['Code barre'])            .value = str(row['codeBar']).strip()
+        ws.cell(excel_row, header['Latitude'])              .value = extract_coord(row['lien map targo'], 'y')
+        ws.cell(excel_row, header['Longitude'])             .value = extract_coord(row['lien map targo'], 'x')
+        ws.cell(excel_row, header['Numéro Électrique'])     .value = str(row['tagHydro']).strip()
+        ws.cell(excel_row, header['Adresse'])               .value = build_address(row)
+        ws.cell(excel_row, header['Ville'])                 .value = str(row['ville']).strip()
+        ws.cell(excel_row, header['Traitement de poteau'])  .value = 'non traitée'
+
+    wb.save(output_path)
+    print(f"Done! {len(src)} row(s) written into {output_path}")
+
+
+if __name__ == "__main__":
+    SOURCE_FILE   = r"C:\Users\Antoine\PycharmProjects\excel_import\selectionElements.csv"
+    TEMPLATE_FILE = r"C:\Users\Antoine\PycharmProjects\excel_import\CAPermitPoteauxImportation_Gabarit_fr-CA.xlsx"
+    OUTPUT_FILE   = r"C:\Users\Antoine\PycharmProjects\excel_import\CAPermit_Final_Output.xlsx"
+
+    process_data(SOURCE_FILE, TEMPLATE_FILE, OUTPUT_FILE)

selectionElements.csv

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+ id appart; idGouvQc; nom; civique; appartement; rue; ville; lien map targo;tagHydro;codeBar
+;;PHD206+1 rue Principale;206;;Rue Principale;Saint-Stanislas-de-Kostka;https://map.targointernet.com/infrastructure/map.php?zoom=20&y=45.177910&x=-74.130135;R6M9K;5NBAZC
+;;PHO182-1 rue Centrale;182;;Rue Centrale;Saint-Stanislas-de-Kostka;https://map.targointernet.com/infrastructure/map.php?zoom=20&y=45.177700&x=-74.129883;Z5RL9;6J1AQZ

selectionElementsMap150.csv

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+poteaux
+id placemark; id appart; idGouvQc; nom; civique; appartement; rue; ville; code postal; lien googlemap; lien map targo;commentaire;;tagHydro;codeBar;poteaux_positions_id;poteaux_compagnies_proprios_id;poteauConjoint;decalage;isolateurDommage;etatMT;etatBT;ligneViseeOk;ecartBtOk;fissure;fissureAttache;pourriture;dommage;inclinaison;miseATerre;classe;hauteur;toronArriere
+68560;;;PHD206+1 rue Principale;206;;Rue Principale;Saint-Stanislas-de-Kostka;J0S1W0;https://www.google.com/maps?t=k&q=loc:45.177910+-74.130135&z=19;https://map.targointernet.com/infrastructure/map.php?zoom=20&y=45.177910&x=-74.130135;;R6M9K;5NBAZC;1;1;1;1
+68628;;;PHO182-1 rue Centrale;182;;Rue Centrale;Saint-Stanislas-de-Kostka;J0S1W0;https://www.google.com/maps?t=k&q=loc:45.177700+-74.129883&z=19;https://map.targointernet.com/infrastructure/map.php?zoom=20&y=45.177700&x=-74.129883;;Z5RL9;6J1AQZ;2;1;1;-1