/** * Constructor. * @param field The basefield owner of this listener (usually null and set on setOwner()). * @param iTargetFieldSeq The date field sequence in this owner to use to calc the difference. * @param fldOtherDate The other date field to use in calculating the date difference. If null, uses the current time. */ public void init(BaseField field, String targetFieldName, NumberField fldTimeField) { m_fldTimeField = fldTimeField; super.init(field, targetFieldName, null); } /**
/** * Constructor. * @param fldTarget The target field to recompute on field change. */ public ReComputeFieldHandler(BaseField fldTarget) { this(); this.init(null, null, fldTarget); } /**
/** * Initialize class fields. */ public void init(BaseField field) { super.init(field); m_bInitMove = false; // Only respond to screen m_bReadMove = false; } /**
/** * Constructor. * @param field The basefield owner of this listener (usually null and set on setOwner()). * @param iTargetFieldSeq The date field sequence in this owner to use to calc the difference. * @param fldOtherDate The other date field to use in calculating the date difference. If null, uses the current time. */ public void init(BaseField field, int iTargetFieldSeq, DateTimeField fldOtherDate) { m_fldOtherDate = fldOtherDate; super.init(field, iTargetFieldSeq, null); } /**
/** * Constructor. * @param iTargetFieldSeq The target field sequence to recompute on field change. */ public ReComputeFieldHandler(int iTargetFieldSeq) { this(); this.init(null, iTargetFieldSeq, null); } /**
/** * Initialize class fields. */ public void init(Record recAcctDetailScreenRecord) { m_recAcctDetailScreenRecord = null; m_recAcctDetailScreenRecord = recAcctDetailScreenRecord; super.init(null, AcctDetailScreenRecord.END_BALANCE, null); } /**
/** * Initialize class fields. */ public void init(int iTargetSign) { super.init(null, null, null); if (iTargetSign != -1) iTargetSign = 1; m_iTargetSign = iTargetSign; } /**
/** * Constructor. * @param field The basefield owner of this listener (usually null and set on setOwner()). * @param iTargetFieldSeq The date field sequence in this owner to use to calc the difference. * @param fldOtherDate The other date field to use in calculating the date difference. If null, uses the current time. */ public void init(BaseField field, String targetFieldName, DateTimeField fldOtherDate) { m_fldOtherDate = fldOtherDate; super.init(field, targetFieldName, null); } /**
/** * Constructor. * @param field The basefield owner of this listener (usually null and set on setOwner()). * @param iTargetFieldSeq The date field sequence in this owner to use to calc the difference. * @param fldOtherDate The other date field to use in calculating the date difference. If null, uses the current time. */ public void init(BaseField field, int iTargetFieldSeq, DateTimeField fldOtherDate) { m_fldOtherDate = fldOtherDate; super.init(field, iTargetFieldSeq, null); } /**
/** * Constructor. * @param fldTarget The target field to recompute on field change. */ public ReComputeFieldHandler(BaseField fldTarget) { this(); this.init(null, -1, fldTarget); } /**
/** * Constructor. * @param iTargetFieldSeq The target field sequence to recompute on field change. */ public ReComputeFieldHandler(String targetFieldName) { this(); this.init(null, targetFieldName, null); } /**
/** * Constructor. * @param field The basefield owner of this listener (usually null and set on setOwner()). * @param iTargetFieldSeq The date field sequence in this owner to use to calc the difference. * @param fldOtherDate The other date field to use in calculating the date difference. If null, uses the current time. */ public void init(BaseField field, int iTargetFieldSeq, NumberField fldTimeField) { m_fldTimeField = fldTimeField; super.init(field, iTargetFieldSeq, null); } /**
/** * Constructor. * @param fldTarget The target field to recompute on field change. */ public ReComputeFieldHandler(BaseField fldTarget) { this(); this.init(null, -1, fldTarget); } /**
/** * Initialize class fields. */ public void init(BaseField field) { super.init(field); m_bInitMove = false; // Only respond to screen m_bReadMove = false; } /**
/** * Initialize class fields. */ public void init(int iTargetSign) { super.init(null, null, null); if (iTargetSign != -1) iTargetSign = 1; m_iTargetSign = iTargetSign; } /**
/** * Constructor. * @param iTargetFieldSeq The target field sequence to recompute on field change. */ public ReComputeFieldHandler(int iTargetFieldSeq) { this(); this.init(null, iTargetFieldSeq, null); } /**
/** * Constructor. * @param field The basefield owner of this listener (usually null and set on setOwner()). * @param iTargetFieldSeq The date field sequence in this owner to use to calc the difference. * @param fldOtherDate The other date field to use in calculating the date difference. If null, uses the current time. */ public void init(BaseField field, int iTargetFieldSeq, NumberField fldTimeField) { m_fldTimeField = fldTimeField; super.init(field, iTargetFieldSeq, null); } /**
/** * Initialize class fields. */ public void init(String iTargetFieldSeq) { m_fldCreditsCleared = null; m_fldCurrentCleared = null; m_fldDepositsCleared = null; super.init(null, iTargetFieldSeq, null); } /**
/** * Initialize class fields. */ public void init(String iTargetFieldSeq) { super.init(null, iTargetFieldSeq, null); this.setDisableTarget(true); // Eliminate the echo back } /**
/** * Initialize class fields. */ public void init(String iTargetFieldSeq) { super.init(null, iTargetFieldSeq, null); this.setDisableTarget(true); // Eliminate the echo back } /**