//************************************************************************
public static void contra_Click(object sender, EventArgs e)
//************************************************************************
{
// Sort Bank array reversed
if (Bank._badirection == 0)
{
a[0] = 1;
string msg = "Bank ArrayList Sort Order has been changed to Reverse (Descending)\r\n";
SortArray.SortBankArray(1);
Bank.form1.ShowText(msg, a, 0); //the method defined in Bank
}
}
//************************************************************************
private void Contra_Click_1(object sender, EventArgs e)
//************************************************************************
{
// Sort Bank array reversed
if (Bank._badirection == 0)
{
Bank._badirection = 1;
a[0] = 1;
string msg = "Bank ArrayList Sort Order has been changed to Reverse (Descending)\r\n";
SortArray.SortBankArray(1);
Info.Text = "Reverse ( Descending)";
Info.ForeColor = Color.Red;
Bank.form1.ShowText(msg, a, 0); //the method defined in Bank
Alpha.Enabled = true;
Contra.Enabled = false;
Alpha.Focus( );
}
}
//************************************************************************
//************************************************************************
//THESE ARE THE DIRECT CONTROL FROM SORTARRAY.CS
//************************************************************************
//************************************************************************
//************************************************************************
private void Alpha_Click_1(object sender, EventArgs e)
//************************************************************************
{
// Sort Bank array normal
if (Bank._badirection == 1)
{
Bank._badirection = 0;
a[0] = 0;
string msg = "Bank ArrayList Sort Order has been changed to Normal (Ascending)\r\n";
SortArray.SortBankArray(0);
Info.Text = "Normal ( Ascending)";
Info.ForeColor = Color.Black;
Bank.form1.ShowText(msg, a, 0); //the method defined in Bank
Alpha.Enabled = false;
Contra.Enabled = true;
Contra.Focus( );
}
}
//=========================================================================//
//EXTERNAL
public Int16 LoadArraysFromDisk(out int Bcount, out int Ccount)
//=========================================================================//
{
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// We iterate through all Bank .BNK files cos we can also read the relevant
// Customer # from it, and then load that to the Customer array - Clever eh ?
//////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
Int16 count = 0;
Bcount = 0;
Ccount = 0;
Int32[] custno = new int[100];
int custcount = 0;
bool duplicated = false;
// start with BankAccounts
string dir = BankAccount.ReadBankFilePath();
string dir2 = Customer.GetCustFilePath();
string[] bankfiles = System.IO.Directory.GetFiles(dir, "Bankobject*.bnk");
// initilaize our check array
for (int i = 0; i < 100; i++)
{
custno[i] = 0;
}
// Iterate trhu them and handle as required
foreach (var fi in bankfiles)
{
bool result = fi.Contains("BankObject");
if (result)
{
// Got a bank account object
BankAccount B = (BankAccount)SerializeData.ReadBankAccountFromDisk(fi);
if (B != null)
{
DataArray.ArrayAddBank(B); // Add to bank ArrayList
if (BankAccount.BankDict != null)
{
if (!BankAccount.BankDict.ContainsKey(B.BankAccountNumber))
{
BankAccount.BankDict.Add(B.BankAccountNumber, B);
}
}
Bcount++;
BankAccount.BankAccountsLinkedList.AddLast(B);
Customer C = (Customer)SerializeData.ReadCustomerDiskObject(dir2 + "Custobj" + B.CustAccountNumber + ".cust");
if (C != null)
{
// add to our test array
// check to see if it has been added before ?
for (int i = 0; i < custcount; i++)
{
if (custno[i] == C.CustomerNumber)
{
duplicated = true;
break;
}
}
custno[custcount++] = C.CustomerNumber;
if (!duplicated)
{
DataArray.ArrayAddCust(C); // The one and only Customer ArrayList addition in this Fn()
if (Customer.CustDict != null)
{
if (!Customer.CustDict.ContainsKey(C.CustomerNumber))
{
Customer.CustDict.Add(C.CustomerNumber, C);
}
}
Ccount++;
Customer.CustomersLinkedList.AddLast(C);
}
/* // Handle multiple a/c's held by this customer
* if ( C . accountnums [ 1 ] != 0 )
* {
* BankAccount Bk = ( BankAccount ) SerializeData . ReadBankAccountFromDisk ( dir + "Bankobject" + C . accountnums [ 1 ] + ".bnk" );
* DataArray . ArrayAddBank ( Bk );// Add to bank ArrayList
* Bcount++;
* Bk . Dispose ( );
* }
* if ( C . accountnums [ 2 ] != 0 )
* {
* BankAccount Bk = ( BankAccount ) SerializeData . ReadBankAccountFromDisk ( dir + "Bankobject" + C . accountnums [ 2 ] + ".bnk" );
* DataArray . ArrayAddBank ( Bk );// Add to bank ArrayList
* Bcount++;
* Bk . Dispose ( );
* }
* if ( C . accountnums [ 3 ] != 0 )
* {
* BankAccount Bk = ( BankAccount ) SerializeData . ReadBankAccountFromDisk ( dir + "Bankobject" + C . accountnums [ 3 ] + ".bnk" );
* DataArray . ArrayAddBank ( Bk );// Add to bank ArrayList
* Bcount++;
* Bk . Dispose ( );
* }
*/
// if (C != null)
// C.Dispose();
}
// if (B != null)
// B.Dispose();
}
count++;
}
}
// save our Customer LinkedList to disk as binary and txt files
Lists.SaveAllCustomerListData(Customer.CustomerFilePath + "CustSortedListData.cust");
// sort the arrays in Ascending v0 - 9
SortArray.SortBankArray(0);
return(count);
}