bcd/src/java/Bcd.java
public Integer asIntLe() {
        if (this.asIntLe != null)
            return this.asIntLe;
        int _tmp = (int) ((digits().get((int) 0) + (numDigits() < 2 ? 0 : ((digits().get((int) 1) * 10) + (numDigits() < 3 ? 0 : ((digits().get((int) 2) * 100) + (numDigits() < 4 ? 0 : ((digits().get((int) 3) * 1000) + (numDigits() < 5 ? 0 : ((digits().get((int) 4) * 10000) + (numDigits() < 6 ? 0 : ((digits().get((int) 5) * 100000) + (numDigits() < 7 ? 0 : ((digits().get((int) 6) * 1000000) + (numDigits() < 8 ? 0 : (digits().get((int) 7) * 10000000))))))))))))))));
        this.asIntLe = _tmp;
        return this.asIntLe;
    }
/**
     * Value of this BCD number as integer (treating digit order as little-endian).
     */
Value of this BCD number as integer (treating digit order as little-endian).
Value of this BCD number as integer ( treating digit order as little - endian ) .
public Integer asIntLe() {
        if (this.asIntLe != null)
            return this.asIntLe;
        int _tmp = (int) ((digits().get((int) 0) + (numDigits() < 2 ? 0 : ((digits().get((int) 1) * 10) + (numDigits() < 3 ? 0 : ((digits().get((int) 2) * 100) + (numDigits() < 4 ? 0 : ((digits().get((int) 3) * 1000) + (numDigits() < 5 ? 0 : ((digits().get((int) 4) * 10000) + (numDigits() < 6 ? 0 : ((digits().get((int) 5) * 100000) + (numDigits() < 7 ? 0 : ((digits().get((int) 6) * 1000000) + (numDigits() < 8 ? 0 : (digits().get((int) 7) * 10000000))))))))))))))));
        this.asIntLe = _tmp;
        return this.asIntLe;
    }
public Integer asIntLe ( ) { if ( this . asIntLe != null ) return this . asIntLe ; int _tmp = ( int ) ( ( digits ( ) . get ( ( int ) 0 ) + ( numDigits ( ) < 2 ? 0 : ( ( digits ( ) . get ( ( int ) 1 ) * 10 ) + ( numDigits ( ) < 3 ? 0 : ( ( digits ( ) . get ( ( int ) 2 ) * 100 ) + ( numDigits ( ) < 4 ? 0 : ( ( digits ( ) . get ( ( int ) 3 ) * 1000 ) + ( numDigits ( ) < 5 ? 0 : ( ( digits ( ) . get ( ( int ) 4 ) * 10000 ) + ( numDigits ( ) < 6 ? 0 : ( ( digits ( ) . get ( ( int ) 5 ) * 100000 ) + ( numDigits ( ) < 7 ? 0 : ( ( digits ( ) . get ( ( int ) 6 ) * 1000000 ) + ( numDigits ( ) < 8 ? 0 : ( digits ( ) . get ( ( int ) 7 ) * 10000000 ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ; this . asIntLe = _tmp ; return this . asIntLe ; }
Value of this BCD number as integer (treating digit order as little-endian).
Value of this BCD number as integer ( treating digit order as little - endian ) .