This example demonstrates the Count property with two collections in the Employee database. The property obtains the number of objects in each collection, and sets the upper limit for loops that enumerate these collections. Another way to enumerate these collections without using the Count property would be to use For Each...Next statements.
'BeginCountVB
'To integrate this code
'replace the data source and initial catalog values
'in the connection string
Public Sub CountX()
' recordset and connection variables
Dim rstEmployees As ADODB.Recordset
Dim Cnxn As ADODB.Connection
Dim strSQLEmployees As String
Dim strCnxn As String
Dim intLoop As Integer
' Open a connection
Set Cnxn = New ADODB.Connection
strCnxn = "Provider=sqloledb;Data Source=MyServer;Initial Catalog=Pubs;User Id=sa;Password=; "
Cnxn.Open strCnxn
' Open recordset with data from Employee table
Set rstEmployees = New ADODB.Recordset
strSQLEmployees = "Employee"
'rstEmployees.Open strSQLEmployee, Cnxn, , , adCmdTable
rstEmployees.Open strSQLEmployees, Cnxn, adOpenForwardOnly, adLockReadOnly, adCmdTable
'the above two lines opening the recordset are identical as
'the default values for CursorType and LockType arguments match those specified
' Print information about Fields collection
Debug.Print rstEmployees.Fields.Count & " Fields in Employee"
For intLoop = 0 To rstEmployees.Fields.Count - 1
Debug.Print " " & rstEmployees.Fields(intLoop).Name
Next intLoop
' Print information about Properties collection
Debug.Print rstEmployees.Properties.Count & " Properties in Employee"
For intLoop = 0 To rstEmployees.Properties.Count - 1
Debug.Print " " & rstEmployees.Properties(intLoop).Name
Next intLoop
' clean up
rstEmployees.Close
Cnxn.Close
Set rstEmployees = Nothing
Set Cnxn = Nothing
End Sub
'EndCountVB
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