Macro de comparaison

Bonjour,

Je souhaite mettre à jour une macro de comparaison qui fait la comparaison entre deux fichiers texte (.txt), sur ces deux fichiers texte nos données sont séparées par les deux points.
Sur le résultat la macro ne me compare pas la deuxième donnée (M6,S1,M8) du fichier text1 avec le fichier text2.

Bonjour,

Pour espérer avoir une réponse il faudrait montrer le code

Bonjour,

Ci-joint le code, ainsi une partie du résultat du compare.

Code:

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Sub Extraire_Harness_Wire_Specification() 'Ajout d'une feuille excel et la nommer "Harness wire specification" Sheets(1).Select Sheets.Add ActiveSheet.Name = "Harness wire specification" ActiveSheet.Tab.ColorIndex = 6   'CAPM Set fs = CreateObject("Scripting.FileSystemObject") Set F = fs.GetFile(ChemCAPM) Set ts = F.OpenAsTextStream(ForReading, TristateUseDefault)     'Definir la ligne de debut de la branche "Harness wire specification" Deb_Wire_Spec_M = 1 While ts.readline <> "% Harness wire specification" Deb_Wire_Spec_M = Deb_Wire_Spec_M + 1 Wend       'Definir la ligne de debut de la branche "Harness wire specification" fin_Wire_Spec_M = Deb_Wire_Spec_M While ts.readline <> "% Harness main node components" fin_Wire_Spec_M = fin_Wire_Spec_M + 1 Wend '*****************************   'Importation de la section "harness wire specification" de CAPM With ActiveSheet.QueryTables.Add(Connection:="TEXT;" & ChemCAPM, Destination:=Sheets("Harness wire specification").Range("A3")) .TextFileStartRow = Deb_Wire_Spec_M + 1 .TextFileParseType = xlDelimited .TextFileOtherDelimiter = ":" .TextFileColumnDataTypes = Array(1, 1) .TextFileTrailingMinusNumbers = True .Refresh BackgroundQuery:=False End With     'Mettre en forme la section en gardant les champs utiles Rows(fin_Wire_Spec_M - Deb_Wire_Spec_M + 3 & ":50000").ClearContents Range("C:C,J:J,N:N,S:T,W:AE").Select Range("W1").Activate Selection.Delete Shift:=xlToLeft       Range(Cells(3, 1), Cells(fin_Wire_Spec_M - Deb_Wire_Spec_M + 2, 17)).Select Selection.Sort Key1:=Range("A3"), Order1:=xlAscending, Header:=xlNo, _ OrderCustom:=1, MatchCase:=False, Orientation:=xlTopToBottom, _ DataOption1:=xlSortNormal         Sheets("Harness wire specification").Range("A1:Q1").Merge Sheets("Harness wire specification").Range("A1").Value = "CAPM" Sheets("Harness wire specification").Range("A2").Value = "WireName" Sheets("Harness wire specification").Range("B2").Value = "WireOption" Sheets("Harness wire specification").Range("C2").Value = "Color" Sheets("Harness wire specification").Range("D2").Value = "WireType" Sheets("Harness wire specification").Range("E2").Value = "T°" Sheets("Harness wire specification").Range("F2").Value = "UserModule" Sheets("Harness wire specification").Range("G2").Value = "MulticoreName" Sheets("Harness wire specification").Range("H2").Value = "End1NodeName" Sheets("Harness wire specification").Range("I2").Value = "End1Cavity" Sheets("Harness wire specification").Range("J2").Value = "End1MaterialCode" Sheets("Harness wire specification").Range("K2").Value = "End2NodeName" Sheets("Harness wire specification").Range("L2").Value = "End2Cavity" Sheets("Harness wire specification").Range("M2").Value = "End2MaterialCode" Sheets("Harness wire specification").Range("N2").Value = "IncludeOnBOM" Sheets("Harness wire specification").Range("O2").Value = "IncludeOnChart" Sheets("Harness wire specification").Range("P2").Value = "Neither" Sheets("Harness wire specification").Range("Q2").Value = "Lg"   'CAPE Set us = CreateObject("Scripting.FileSystemObject") Set E = us.GetFile(ChemCAPE) Set us = E.OpenAsTextStream(ForReading, TristateUseDefault)     'Definir la ligne de debut de la branche "harness wire specification" Deb_Wire_Spec_E = 1 While us.readline <> "% Harness wire specification" Deb_Wire_Spec_E = Deb_Wire_Spec_E + 1 Wend       'Definir la ligne de debut de la branche "harness wire specification" fin_Wire_Spec_E = Deb_Wire_Spec_E While us.readline <> "% Harness main node components" fin_Wire_Spec_E = fin_Wire_Spec_E + 1 Wend     'Importation de la section "harness wire specification" de CAPE With ActiveSheet.QueryTables.Add(Connection:="TEXT;" & ChemCAPE, Destination:=Sheets("Harness wire specification").Range("S3")) .TextFileStartRow = Deb_Wire_Spec_E + 1 .TextFileParseType = xlDelimited .TextFileOtherDelimiter = ":" .TextFileColumnDataTypes = Array(1, 1) .TextFileTrailingMinusNumbers = True .Refresh BackgroundQuery:=False End With   'Mettre en forme la section en gardant les champs utiles Range("S" & fin_Wire_Spec_E - Deb_Wire_Spec_E + 3 & ":AX50000").ClearContents Range("T:U,X:X,AB:AB,AF:AF,AK:AL,AO:AT,Aw:EF").Select Range("AW1").Activate Selection.Delete Shift:=xlToLeft     Range(Cells(3, 19), Cells(fin_Wire_Spec_E - Deb_Wire_Spec_E + 2, 36)).Select Selection.Sort Key1:=Range("S3"), Order1:=xlAscending, Header:=xlNo, _ OrderCustom:=1, MatchCase:=False, Orientation:=xlTopToBottom, _ DataOption1:=xlSortNormal   Columns("V:V").Select Selection.Insert Shift:=xlToRight Columns("AI:AI").Select Selection.Copy Columns("V:V").Select ActiveSheet.Paste Range("U6").Select     Sheets("Harness wire specification").Range("S1:AH1").Merge Sheets("Harness wire specification").Range("S1").Value = "CAPE" Sheets("Harness wire specification").Range("S2").Value = "WireName" Sheets("Harness wire specification").Range("T2").Value = "Color" Sheets("Harness wire specification").Range("U2").Value = "Wire type" Sheets("Harness wire specification").Range("V2").Value = "T°" Sheets("Harness wire specification").Range("W2").Value = "UserModule" Sheets("Harness wire specification").Range("X2").Value = "MulticoreName" Sheets("Harness wire specification").Range("Y2").Value = "End1NodeName" Sheets("Harness wire specification").Range("Z2").Value = "End1Cavity" Sheets("Harness wire specification").Range("AA2").Value = "End1MaterialCode" Sheets("Harness wire specification").Range("AB2").Value = "End2NodeName" Sheets("Harness wire specification").Range("AC2").Value = "End2Cavity" Sheets("Harness wire specification").Range("AD2").Value = "End2MaterialCode" Sheets("Harness wire specification").Range("AE2").Value = "IncludeOnBOM" Sheets("Harness wire specification").Range("AF2").Value = "IncludeOnChart" Sheets("Harness wire specification").Range("AG2").Value = "Neither" Sheets("Harness wire specification").Range("AH2").Value = "Lg" Sheets("Harness wire specification").Range("AJ2").Value = "Diff Longueure "       'Mettre en forme les intitulees des champs utils Sheets("Harness wire specification").Range("A1:AJ2").Font.Bold = True Sheets("Harness wire specification").Range("A1:AI2").HorizontalAlignment = xlCenter Range("AJ2").Select Selection.Font.ColorIndex = 5 Cells.Select Cells.EntireColumn.AutoFit Range("A1:Q1").Select   End Sub   Sub Comparaison_Harness_Wire_Specification()   Position4: ChemMat = Application.GetOpenFilename("Text Files (*.txt), *.txt", , "Ouverture du fichier des corespondances materiel") If ChemMat = False Then toto2 = MsgBox("Vous n'avez pas selectionne Le fichier des corespondances materiel.Desirez vous continuer?", 52, "Erreur") If (toto2 = vbYes) Then GoTo Position4 End If   End If ' --- Si on souhaite annuler If (toto2 = vbNo) Then End End If       Set fs = CreateObject("Scripting.FileSystemObject") Set F = fs.GetFile(ChemMat) Set ts = F.OpenAsTextStream(ForReading, TristateUseDefault)       With ActiveSheet.QueryTables.Add(Connection:="TEXT;" & ChemMat, Destination:=Sheets("Harness wire specification").Range("CA1")) .TextFileStartRow = 2 .TextFileParseType = xlDelimited .TextFileOtherDelimiter = ":" .TextFileColumnDataTypes = Array(1, 1) .TextFileTrailingMinusNumbers = True .Refresh BackgroundQuery:=False End With     ' Sheets("Harness wire specification").Range("AK1:AZ1").Merge ' Sheets("Harness wire specification").Range("AK1").Value = "Comparaison CAPM-CAPE" ' Sheets("Harness wire specification").Range("AK2").Value = "Comp Numero de fil" ' Sheets("Harness wire specification").Range("AL2").Value = "Comp Couleur" ' Sheets("Harness wire specification").Range("AM2").Value = "Comp Section" ' Sheets("Harness wire specification").Range("AN2").Value = "Comp Classe T°" ' Sheets("Harness wire specification").Range("AO2").Value = "Comp User Modul" ' Sheets("Harness wire specification").Range("AP2").Value = "Comp MulticoreName " ' Sheets("Harness wire specification").Range("AQ2").Value = "Comp End1NodeName" ' Sheets("Harness wire specification").Range("AR2").Value = "Comp End1Cavity" ' Sheets("Harness wire specification").Range("AS2").Value = "Comp End1MaterialCode" ' Sheets("Harness wire specification").Range("AT2").Value = "Comp End2NodeName " ' Sheets("Harness wire specification").Range("AU2").Value = "Comp End2Cavity " ' Sheets("Harness wire specification").Range("AV2").Value = "Comp End2MaterialCode" ' Sheets("Harness wire specification").Range("AW2").Value = "Comp BOM " ' Sheets("Harness wire specification").Range("AX2").Value = "Comp Chart " ' Sheets("Harness wire specification").Range("AY2").Value = " Surlongueur" ' Sheets("Harness wire specification").Range("AZ2").Value = "Diff Longueure " ' ' ' Sheets("Harness wire specification").Range("AK1:AZ2").Font.Bold = True ' Sheets("Harness wire specification").Range("AK1:AZ2").HorizontalAlignment = xlCenter ' Cells.Select ' Cells.EntireColumn.AutoFit ' Range("AK1:AZ1").Select   'trie les donnees pour avoir pouvoir comparer les memes lignes i = 3 While Worksheets("Harness wire specification").Cells(i, 1).Text <> Empty Or Worksheets("Harness wire specification").Cells(i, 19).Text <> Empty If Worksheets("Harness wire specification").Cells(i, 1).Text = Worksheets("Harness wire specification").Cells(i, 19).Text Then i = i + 1 ElseIf Worksheets("Harness wire specification").Cells(i, 1).Text <> Worksheets("Harness wire specification").Cells(i, 19).Text Then Worksheets("Harness wire specification").Cells(1, 100) = Worksheets("Harness wire specification").Cells(i, 1) Worksheets("Harness wire specification").Cells(2, 100) = Worksheets("Harness wire specification").Cells(i, 19) Call tri("Harness wire specification")   If Worksheets("Harness wire specification").Cells(1, 100).Text = Worksheets("Harness wire specification").Cells(i, 1).Text Then Range("S" & i & ":AI" & i).Select Selection.Insert Shift:=xlDown Range("S" & i & ":AI" & i).Interior.ColorIndex = 45 Range("A" & i & ":Q" & i).Interior.ColorIndex = 45     ElseIf Worksheets("Harness wire specification").Cells(1, 100).Text = Worksheets("Harness wire specification").Cells(i, 19).Text Then Range("A" & i & ":Q" & i).Select Selection.Insert Shift:=xlDown Range("S" & i & ":AI" & i).Interior.ColorIndex = 45 Range("A" & i & ":Q" & i).Interior.ColorIndex = 45   End If i = i + 1 End If Wend   'remplacer les . par des virgules pour le calcul de la difference de longueure   Range("Q:Q,AH:AH").Select Range("AH2").Activate Selection.Replace What:=".", Replacement:=",", LookAt:=xlPart, _ SearchOrder:=xlByRows, MatchCase:=False, SearchFormat:=False, _ ReplaceFormat:=False Range("S1:AH1").Select   ' Avoir les memes departs-arrivees des boitiers Dim C1, C2, A1, A2, M1, M2, CI, CII, AI, AII, MI, MII As String Dim LineM, LineE As Integer For LineM = 3 To i C1 = Worksheets("Harness wire specification").Cells(LineM, 8) A1 = Worksheets("Harness wire specification").Cells(LineM, 9) M1 = Worksheets("Harness wire specification").Cells(LineM, 10) C2 = Worksheets("Harness wire specification").Cells(LineM, 11) A2 = Worksheets("Harness wire specification").Cells(LineM, 12) M2 = Worksheets("Harness wire specification").Cells(LineM, 13)   Worksheets("Harness wire specification").Cells(1, 100) = C1 Worksheets("Harness wire specification").Cells(2, 100) = C2   Call tri("Harness wire specification") If C1 <> Worksheets("Harness wire specification").Cells(1, 100) Then Worksheets("Harness wire specification").Cells(LineM, 11) = C1 Worksheets("Harness wire specification").Cells(LineM, 12) = A1 Worksheets("Harness wire specification").Cells(LineM, 13) = M1 Worksheets("Harness wire specification").Cells(LineM, 8) = C2 Worksheets("Harness wire specification").Cells(LineM, 9) = A2 Worksheets("Harness wire specification").Cells(LineM, 10) = M2 End If   Next LineM   For LineE = 3 To i CI = Worksheets("Harness wire specification").Cells(LineE, 25) AI = Worksheets("Harness wire specification").Cells(LineE, 26) MI = Worksheets("Harness wire specification").Cells(LineE, 27) CII = Worksheets("Harness wire specification").Cells(LineE, 28) AII = Worksheets("Harness wire specification").Cells(LineE, 29) MII = Worksheets("Harness wire specification").Cells(LineE, 30) Worksheets("Harness wire specification").Cells(1, 100) = CI Worksheets("Harness wire specification").Cells(2, 100) = CII   Call tri("Harness wire specification") If CI <> Worksheets("Harness wire specification").Cells(1, 100) Then Worksheets("Harness wire specification").Cells(LineE, 28) = CI Worksheets("Harness wire specification").Cells(LineE, 29) = AI Worksheets("Harness wire specification").Cells(LineE, 30) = MI Worksheets("Harness wire specification").Cells(LineE, 25) = CII Worksheets("Harness wire specification").Cells(LineE, 26) = AII Worksheets("Harness wire specification").Cells(LineE, 27) = MII End If   Next LineE   Worksheets("Harness wire specification").Cells(1, 1).Select   'Comparaison   Ecart_Wire_Spec = 0 For J = 3 To i - 1 t = 0 If Cells(J, 1).Interior.ColorIndex = 45 Then Range("A" & J & ":Q" & J).Interior.ColorIndex = 45 Else   For K = 1 To 17   Select Case K   Case 2 GoTo Liaison2   'Comparaison des couleurs y inclu les couleurs fonctionnelles Case 3 If Cells(J, K + 17).Value = "ND" Then If Cells(J, K).Value = "NR" Or Cells(J, K).Value = "VJ" Or Cells(J, K).Value = "OR" Then If Cells(J, K + 17).Value = Cells(J, K).Value Then   ' Cells(J, K + 35).Value = "OK" ' Cells(J, K + 35).Interior.ColorIndex = 4 Cells(J, K + 17).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4   Else   ' Cells(J, K + 35).Value = "NOK" ' Cells(J, K + 35).Interior.ColorIndex = 3 Cells(J, K + 17).Interior.ColorIndex = 3 Cells(J, K).Interior.ColorIndex = 3 t = 1   End If Else   ' Cells(J, K + 35).Value = "OK" ' Cells(J, K + 35).Interior.ColorIndex = 4 Cells(J, K + 17).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4 End If   Else If Cells(J, K).Value = Cells(J, K + 17).Value Then ' Cells(J, K + 35).Value = "OK" ' Cells(J, K + 35).Interior.ColorIndex = 4 Cells(J, K + 17).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4 Else ' Cells(J, K + 35).Value = "NOK" ' Cells(J, K + 35).Interior.ColorIndex = 3 Cells(J, K + 17).Interior.ColorIndex = 3 Cells(J, K).Interior.ColorIndex = 3 t = 1 End If   End If   Case 4   If Cells(J, K).Value = Cells(J, K + 17).Value Then ' Cells(J, K + 35).Value = "OK" ' Cells(J, K + 35).Interior.ColorIndex = 4 Cells(J, K + 17).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4 Else ' Cells(J, K + 35).Value = "NOK" ' Cells(J, K + 35).Interior.ColorIndex = 3 Cells(J, K + 17).Interior.ColorIndex = 3 Cells(J, K).Interior.ColorIndex = 3 t = 1 End If   Case 5     Clas_E = Cells(J, K + 17).Value lg = Len(Clas_E) For B = 1 To lg If Mid(Clas_E, B, 1) = "_" Then Exit For Next B Clas_E = Mid(Clas_E, 1, B - 1) M = 1 existE = 0 While Cells(M, 79) <> "" And existE = 0 If Cells(M, 79) = Clas_E Then Clas_M = Cells(M, 80) existE = 1 Else M = M + 1   End If Wend   If existE = 0 Then ' Cells(J, K + 35).Value = "NOK" ' Cells(J, K + 35).Interior.ColorIndex = 3 Cells(J, K + 17).Interior.ColorIndex = 3 Cells(J, K).Interior.ColorIndex = 3 t = 1 Else If Cells(J, K).Value = Clas_M Then ' Cells(J, K + 35).Value = "OK" ' Cells(J, K + 35).Interior.ColorIndex = 4 Cells(J, K + 17).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4 Else ' Cells(J, K + 35).Value = "NOK" ' Cells(J, K + 35).Interior.ColorIndex = 3 Cells(J, K + 17).Interior.ColorIndex = 3 Cells(J, K).Interior.ColorIndex = 3 t = 1 End If End If   Case 6, 8, 9, 11, 12, 14, 15   If Cells(J, K).Value = Cells(J, K + 17).Value Then ' Cells(J, K + 35).Value = "OK" ' Cells(J, K + 35).Interior.ColorIndex = 4 Cells(J, K + 17).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4 Else ' Cells(J, K + 35).Value = "NOK" ' Cells(J, K + 35).Interior.ColorIndex = 3 Cells(J, K + 17).Interior.ColorIndex = 3 Cells(J, K).Interior.ColorIndex = 3 t = 1 End If   Case 7 If Cells(J, K).Value <> "" And Cells(J, K).Value <> "" Then   If (Cells(J, K).Value <> "" And Cells(J, K).Value = "") Or (Cells(J, K).Value = "" And Cells(J, K).Value <> "") Then ' Cells(J, K + 35).Value = "NOK" ' Cells(J, K + 35).Interior.ColorIndex = 3 Cells(J, K + 17).Interior.ColorIndex = 3 Cells(J, K).Interior.ColorIndex = 3 t = 1 Else   Dim MCCAM As String If Mid(Cells(J, K).Value, 1, 2) = "CB" Then MCCAM = Cells(J, K).Value Else Dim s As Integer For s = 1 To Len(Cells(J, K).Value) If IsNumeric(Mid(Right(Cells(J, K).Value, s), 1, 1)) Then Exit For End If Next s   MCCAM = Mid(Cells(J, K).Value, 1, Len(Cells(J, K).Value) - s) & Right(Cells(J, K).Value, s - 1) End If   If Cells(J, 24).Value = MCCAM Then ' Cells(J, K + 35).Value = "OK" ' Cells(J, K + 35).Interior.ColorIndex = 4 Cells(J, K + 17).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4 Else ' Cells(J, K + 35).Value = "NOK" ' Cells(J, K + 35).Interior.ColorIndex = 3 Cells(J, K + 17).Interior.ColorIndex = 3 Cells(J, K).Interior.ColorIndex = 3 t = 1 End If End If End If   Case 10   If Mid(Cells(J, K - 2).Value, 1, 1) = "E" Or Mid(Cells(J, K - 2).Value, 1, 2) = "NE" Then ' Cells(J, K + 35).Value = "OK" ' Cells(J, K + 35).Interior.ColorIndex = 4 Cells(J, K + 17).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4 Else If Cells(J, K).Value = Cells(J, K + 17).Value Then ' Cells(J, K + 35).Value = "OK" ' Cells(J, K + 35).Interior.ColorIndex = 4 Cells(J, K + 17).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4 Else ' Cells(J, K + 35).Value = "NOK" ' Cells(J, K + 35).Interior.ColorIndex = 3 Cells(J, K + 17).Interior.ColorIndex = 3 Cells(J, K).Interior.ColorIndex = 3 t = 1 End If End If Case 13 toto = Mid(Cells(J, K - 2).Value, 1, 1) If Mid(Cells(J, K - 2).Value, 1, 1) = "E" Or Mid(Cells(J, K - 2).Value, 1, 2) = "NE" Then ' Cells(J, K + 35).Value = "OK" ' Cells(J, K + 35).Interior.ColorIndex = 4 Cells(J, K + 17).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4 Else If Cells(J, K).Value = Cells(J, K + 17).Value Then ' Cells(J, K + 35).Value = "OK" ' Cells(J, K + 35).Interior.ColorIndex = 4 Cells(J, K + 17).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4 Else ' Cells(J, K + 35).Value = "NOK" ' Cells(J, K + 35).Interior.ColorIndex = 3 Cells(J, K + 17).Interior.ColorIndex = 3 Cells(J, K).Interior.ColorIndex = 3 t = 1 End If End If   Case 16   If UCase(Cells(J, K).Value) = UCase(Cells(J, K + 17).Value) Then ' Cells(J, K + 35).Value = "OK" ' Cells(J, K + 35).Interior.ColorIndex = 4 Cells(J, K + 17).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4 Else ' Cells(J, K + 35).Value = "NOK" ' Cells(J, K + 35).Interior.ColorIndex = 3 Cells(J, K + 17).Interior.ColorIndex = 3 Cells(J, K).Interior.ColorIndex = 3 End If         Case 17   'Cells(J, K + 19).Value = Abs(Cells(J, K).Value - Cells(J, K + 17).Value)   Case Else   Laison1:   If Cells(J, K).Value = Cells(J, K + 18).Value Then ' Cells(J, K + 36).Value = "OK" ' Cells(J, K + 36).Interior.ColorIndex = 4 Cells(J, K + 18).Interior.ColorIndex = 4 Cells(J, K).Interior.ColorIndex = 4 Else ' Cells(J, K + 36).Value = "NOK" ' Cells(J, K + 36).Interior.ColorIndex = 3 Cells(J, K + 18).Interior.ColorIndex = 3 Cells(J, K).Interior.ColorIndex = 3 t = 1 End If   End Select Liaison2: Next K   If t > 0 Then Ecart_Wire_Spec = Ecart_Wire_Spec + 1 'Nombre d'elements dont une ou plusieures caracteriqtiques sont differentes End If End If Next J   ActiveWindow.Zoom = 85 ActiveWindow.SmallScroll up:=2000   NB_Element_comp_Wire_Spec = i - 3 'Nombre d'elements compares   Cells.Select With Selection .HorizontalAlignment = xlLeft .VerticalAlignment = xlBottom .WrapText = False .Orientation = 0 .AddIndent = False .IndentLevel = 0 .ShrinkToFit = False .ReadingOrder = xlContext End With Range("A1:AJ" & i - 1).Select Selection.Borders(xlDiagonalDown).LineStyle = xlNone Selection.Borders(xlDiagonalUp).LineStyle = xlNone With Selection.Borders(xlEdgeLeft) .LineStyle = xlContinuous .Weight = xlThin .ColorIndex = xlAutomatic End With With Selection.Borders(xlEdgeTop) .LineStyle = xlContinuous .Weight = xlThin .ColorIndex = xlAutomatic End With With Selection.Borders(xlEdgeBottom) .LineStyle = xlContinuous .Weight = xlThin .ColorIndex = xlAutomatic End With With Selection.Borders(xlEdgeRight) .LineStyle = xlContinuous .Weight = xlThin .ColorIndex = xlAutomatic End With With Selection.Borders(xlInsideVertical) .LineStyle = xlContinuous .Weight = xlThin .ColorIndex = xlAutomatic End With With Selection.Borders(xlInsideHorizontal) .LineStyle = xlContinuous .Weight = xlThin .ColorIndex = xlAutomatic End With Selection.Borders(xlDiagonalDown).LineStyle = xlNone Selection.Borders(xlDiagonalUp).LineStyle = xlNone With Selection.Borders(xlEdgeLeft) .LineStyle = xlContinuous .Weight = xlMedium .ColorIndex = xlAutomatic End With With Selection.Borders(xlEdgeTop) .LineStyle = xlContinuous .Weight = xlMedium .ColorIndex = xlAutomatic End With With Selection.Borders(xlEdgeBottom) .LineStyle = xlContinuous .Weight = xlMedium .ColorIndex = xlAutomatic End With With Selection.Borders(xlEdgeRight) .LineStyle = xlContinuous .Weight = xlMedium .ColorIndex = xlAutomatic End With With Selection.Borders(xlInsideVertical) .LineStyle = xlContinuous .Weight = xlThin .ColorIndex = xlAutomatic End With With Selection.Borders(xlInsideHorizontal) .LineStyle = xlContinuous .Weight = xlThin .ColorIndex = xlAutomatic End With Range("A1:Q1,A2:Q2,S1:AJ1,S2:AJ2").Select ' Range("AK2").Activate Selection.Borders(xlDiagonalDown).LineStyle = xlNone Selection.Borders(xlDiagonalUp).LineStyle = xlNone With Selection.Borders(xlEdgeLeft) .LineStyle = xlContinuous .Weight = xlMedium .ColorIndex = xlAutomatic End With With Selection.Borders(xlEdgeTop) .LineStyle = xlContinuous .Weight = xlMedium .ColorIndex = xlAutomatic End With With Selection.Borders(xlEdgeBottom) .LineStyle = xlContinuous .Weight = xlMedium .ColorIndex = xlAutomatic End With With Selection.Borders(xlEdgeRight) .LineStyle = xlContinuous .Weight = xlMedium .ColorIndex = xlAutomatic End With With Selection.Borders(xlInsideVertical) .LineStyle = xlContinuous .Weight = xlThin .ColorIndex = xlAutomatic End With ActiveWindow.ScrollColumn = 28 ActiveWindow.ScrollColumn = 27 ActiveWindow.ScrollColumn = 26 ActiveWindow.ScrollColumn = 22 ActiveWindow.ScrollColumn = 21 ActiveWindow.ScrollColumn = 20 ActiveWindow.ScrollColumn = 17 ActiveWindow.ScrollColumn = 11 ActiveWindow.ScrollColumn = 9 ActiveWindow.ScrollColumn = 1 With Selection .HorizontalAlignment = xlCenter .VerticalAlignment = xlBottom .WrapText = False .Orientation = 0 .AddIndent = False .IndentLevel = 0 .ShrinkToFit = False .ReadingOrder = xlContext End With ActiveWindow.ScrollColumn = 28 ActiveWindow.ScrollColumn = 27 ActiveWindow.ScrollColumn = 20 ActiveWindow.ScrollColumn = 19 ActiveWindow.ScrollColumn = 17 ActiveWindow.ScrollColumn = 15 ActiveWindow.ScrollColumn = 13 ActiveWindow.ScrollColumn = 12 ActiveWindow.ScrollColumn = 10 ActiveWindow.ScrollColumn = 8 ActiveWindow.ScrollColumn = 1 Range("A2:AJ" & i - 1).Select Selection.AutoFilter ActiveWindow.SmallScroll Down:=-9 Rows("3:3").Select ActiveWindow.FreezePanes = True Range("A3").Select   'Afficher les resultats sur la Synthese Sheets("Synthese").Cells(15, 2).Value = NB_Element_comp_Wire_Spec Sheets("Synthese").Cells(16, 2).Value = Ecart_Wire_Spec     End Sub

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Sur le résultat vous trouverez plusieurs colonne qui rassemble les données du fichier text1 comparer par d'autres les données du fichier text2
La comparaison est indiqué par des colleurs:
Vert= les données sont pareils.
Rouge= les données ne sont pas pareils.

La modif souhaitée:
Sur le résultat on a une colonne s'appelle "WireOption" qui existe avec les colonnes qui rassembles les données du fichier text1 mais n'existe pas sur les colonnes qui rassemble les données du fichiers text2.

Merci d'avance pour votre aide

resultat