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17 package net.sf.plausj.bank.german.strategy;
18
19 import net.sf.plausj.bank.german.AccountCode;
20 import net.sf.plausj.bank.german.BankCode;
21 import net.sf.plausj.bank.german.CheckDigit;
22 import net.sf.plausj.bank.german.strategy.util.Strategy06AlikeHelper;
23
24 /**
25 * @author ninan
26 *
27 */
28 public class Strategy95 implements Strategy {
29
30 private static final int[] multiplicators = new int[] { 4, 3, 2, 7, 6, 5,
31 4, 3, 2 };
32
33 /**
34 * @see net.sf.plausj.bank.german.strategy.Strategy#calculateCheckDigit(net.sf.plausj.bank.german.BankCode,
35 * net.sf.plausj.bank.german.AccountCode)
36 */
37 public CheckDigit calculateCheckDigit(final BankCode bankCode,
38 final AccountCode accountCode) {
39
40 long acl = accountCode.getAsLong();
41 if ((acl >= 1 && acl <= 1999999) || (acl >= 9000000 && acl <= 25999999)
42 || (acl >= 396000000 && acl <= 499999999)
43 || (acl >= 70000000 && acl <= 799999999)) {
44 return new CheckDigit(CheckDigit.ALWAYS_VALID, 0);
45 }
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47 int sum = Strategy06AlikeHelper.calculateSum(accountCode,
48 multiplicators);
49 int cd = Strategy06AlikeHelper.getCheckDigitFromSum(sum);
50
51 return new CheckDigit(9, cd);
52
53 }
54 }