这里是一个链接到芯片皮尔逊的网站.这是我去每当我需要程序的东西，影响或使用的VBE.有2节，你可能会感兴趣.一个将列出项目中的所有模块.另一个将列出模块中的所有程序.希望这有帮助.
http://www.cpearson.com/excel/vbe.aspx
来自网站的代码（请务必访问网站，以获取有关添加VBIDE对象库引用的说明：
这段代码将列出Module1中的所有过程，从单元格A1开始。

Sub ListProcedures()
    Dim VBProj As VBIDE.VBProject
    Dim VBComp As VBIDE.VBComponent
    Dim CodeMod As VBIDE.CodeModule
    Dim LineNum As Long
    Dim NumLines As Long
    Dim WS As Worksheet
    Dim Rng As Range
    Dim ProcName As String
    Dim ProcKind As VBIDE.vbext_ProcKind

    Set VBProj = ActiveWorkbook.VBProject
    Set VBComp = VBProj.VBComponents("Module1")
    Set CodeMod = VBComp.CodeModule

    Set WS = ActiveWorkbook.Worksheets("Sheet1")
    Set Rng = WS.Range("A1")
    With CodeMod
        LineNum = .CountOfDeclarationLines + 1
        Do Until LineNum >= .CountOfLines
            ProcName = .ProcOfLine(LineNum, ProcKind)
            Rng.Value = ProcName
            Rng(1, 2).Value = ProcKindString(ProcKind)
            LineNum = .ProcStartLine(ProcName, ProcKind) + _
                    .ProcCountLines(ProcName, ProcKind) + 1
            Set Rng = Rng(2, 1)
        Loop
    End With

End Sub

Function ProcKindString(ProcKind As VBIDE.vbext_ProcKind) As String
    Select Case ProcKind
        Case vbext_pk_Get
            ProcKindString = "Property Get"
        Case vbext_pk_Let
            ProcKindString = "Property Let"
        Case vbext_pk_Set
            ProcKindString = "Property Set"
        Case vbext_pk_Proc
            ProcKindString = "Sub Or Function"
        Case Else
            ProcKindString = "Unknown Type: " & CStr(ProcKind)
    End Select
End Function

还有一个免费的工具叫“MZ-Tools”.安装它作为一个插件，它编号你的代码行，生成标准错误管理代码，检查未使用的变量，命令你的函数和子和...文档你的代码，通过自动生成一个列表，你的过程与参数，注解等....一个伟大的工具！

对于那些寻找返回字符串集合的函数的人，这里有一些代码改编自guitarthrower的答案：

'Collection of Strings of Sub names in that module
Private Function getAllProcNames(module As VBIDE.CodeModule) As Collection
    Dim lineNum As Integer
    Dim procName As String
    Dim coll As New Collection
    Dim ProcKind As VBIDE.vbext_ProcKind
    With module
        lineNum = .CountOfDeclarationLines + 1
        Do Until lineNum >= .CountOfLines
            procName = .ProcOfLine(lineNum, ProcKind)
            lineNum = .ProcStartLine(procName, ProcKind) + _
                    .ProcCountLines(procName, ProcKind) + 1
            coll.Add Item:=procName
        Loop
    End With
    Set getAllProcNames = coll
End Function

ProcKind变量只是被丢弃了--这只给出了名称。

' a bit more info for those who like me looking for help
' without Chip Pearson and many others my programming would still be at
' x=x+4

    Option Explicit
'
' to list or sort procedure names
'
'
' on a spare sheet
'
Private Sub CommandButton1_Click()

   Dim URA$, RaSort As Range, ModName$, VBC As VBComponent

   Dim RangeStartAddress$: RangeStartAddress = "H11" ' any spare region

   Set RaSort = Range(RangeStartAddress)

   ' sort and display needs 5 un-bordered columns so best done from spare worksheet

   RaSort(0, 0).Resize(UsedRange.Rows.Count, 7).Clear
   URA = UsedRange.Address                 ' tidy of used range

   ModName = [c6]

   ' from cell C4 ... or whatever is needed name is needed

   ' OR ... to do all modules ... Skipping workbook try something like
   '
   'For Each VBC In ActiveWorkbook.VBProject.VBComponents

     ' Range("G11:N" & UsedRange.Rows.Count).Clear

     ' URA = UsedRange.Address

     'Set RaSort = Range("h11")

      'If Not (VBC.Name Like "Workbook") Then

       ' SortSUBLGFUN VBC.Name, RaSort

      'End If

  ' Next VBC

   SortSUBLGFUN ModName, RaSort

End Sub
'
' in a module
'
' sort the procedure names  for a module

' Reference to VBE  ..    Microsoft Visual Basic for Applications Extensibility

' RaSort as some spare Range CurrentRegion
'
Sub SortSUBLGFUN(ComponentName$, RaSort As Range)

   Dim LineI%, PBLI&, RowI&, RowOut&, LineStr$

   Dim PLSG As vbext_ProcKind              '  0 Fun or Sub 1 Let 2 Set 3 Get
   Dim ProcName$
   Dim StartLineI&, CountLinesI&, LinesOfProc$

   With ActiveWorkbook.VBProject.VBComponents(ComponentName).CodeModule

      LineI = .CountOfDeclarationLines + 1

      While LineI < .CountOfLines
         PLSG = 0
         While PLSG < 3 And LineI < .CountOfLines ' look for all types

            On Error GoTo LookMore         ' msny may not exist

            ProcName = .ProcOfLine(LineI, PLSG)
            CountLinesI = .ProcCountLines(ProcName, PLSG)
            StartLineI = .ProcStartLine(ProcName, PLSG)

            RowOut = RowOut + 1
            RaSort(RowOut, 1) = ProcName
            RaSort(RowOut, 2) = PLSG
            RaSort(RowOut, 3) = StartLineI
            RaSort(RowOut, 4) = CountLinesI

            ' the procedure can have blanks or comment lines at the top
            ' so start line is not always the Procedure body line
            ' the  ProcBodyLine may be extended for over  about 20 lines
            ' using the  line-continuation char  " _"
            ' so it looks a bit complex to find the actual line

            PBLI = .ProcBodyLine(ProcName, PLSG)
            LineStr = .Lines(PBLI, 1)
            While Right(LineStr, 2) = " _" ' if extended get the other lines
               PBLI = PBLI + 1
               LineStr = Left(LineStr, Len(LineStr) - 2) & " " & .Lines(PBLI, 1)
            Wend

            RaSort(RowOut, 5) = LineStr

            LineI = StartLineI + CountLinesI + 1
            If LineI > .CountOfLines Then PLSG = 14 ' > 3
LookMore:

            On Error GoTo 0
            PLSG = PLSG + 1
         Wend

         LineI = LineI + 1
      Wend
      Set RaSort = RaSort.CurrentRegion
      RaSort.Sort RaSort(1, 1), xlAscending
      '
      'bring each to the top  from Z to A results in  sorted alphabetically
      '
      For RowI = RaSort.Rows.Count To 1 Step -1

         ProcName = RaSort(RowI, 1)
         PLSG = RaSort(RowI, 2)
         '
         ' since they have moved need to refind them before moving to top
         '
         CountLinesI = .ProcCountLines(ProcName, PLSG)
         StartLineI = .ProcStartLine(ProcName, PLSG)

         LinesOfProc = .Lines(StartLineI, CountLinesI)
         .DeleteLines StartLineI, CountLinesI
         .InsertLines .CountOfDeclarationLines + 1, LinesOfProc
      Next RowI
   End With

End Sub

'
' you may find the two below of interest
'
Sub TabsAscending()

   Dim I&, J&

   For I = 1 To Application.Sheets.Count

      For J = 1 To Application.Sheets.Count - 1

         If UCase$(Application.Sheets(J).Name) > UCase$(Application.Sheets(J + 1).Name) then
            Sheets(J).Move after:=Sheets(J + 1)
         End If
      Next J
   Next I
End Sub

Sub ResetCodeNames(WkWb As Workbook)

  'Changes the codename conventional name  gets rid of Sheet3 Sheet7 where they have been given a name

   Dim VarItem  As VBIDE.VBComponent

   For Each VarItem In WkWb.VBProject.VBComponents

   'Type 100 is a worksheet

   If VarItem.Type = 100 And VarItem.Name <> "ThisWorkbook" Then

       VarItem.Name = VarItem.Properties("Name").Value

    End If

 Next

End Sub

' hope it helps others