Coin function ( final int arg0 , final int arg1 ) { checkArgument ( arg1 < 100 ) ; checkArgument ( arg1 >= 0 ) ; checkArgument ( arg0 >= 0 ) ; final Coin loc0 = COIN . multiply ( arg0 ) . add ( CENT . multiply ( arg1 ) ) ; checkArgument ( loc0 . compareTo ( NetworkParameters . MAX_MONEY ) <= 0 ) ; return loc0 ; }
convert an amount expressed in the way humans are used to into satoshis . concode_field_sep Coin MICROCOIN concode_elem_sep int SMALLEST_UNIT_EXPONENT concode_elem_sep long COIN_VALUE concode_elem_sep Coin SATOSHI concode_elem_sep MonetaryFormat FRIENDLY_FORMAT concode_elem_sep Coin COIN concode_elem_sep Coin CENT concode_elem_sep Coin FIFTY_COINS concode_elem_sep Coin NEGATIVE_SATOSHI concode_elem_sep Coin MILLICOIN concode_elem_sep long MAX_SATOSHIS concode_elem_sep Coin ZERO concode_elem_sep long value concode_elem_sep MonetaryFormat PLAIN_FORMAT concode_field_sep Coin add concode_elem_sep int signum concode_elem_sep boolean isNegative concode_elem_sep boolean isLessThan concode_elem_sep Coin subtract concode_elem_sep boolean isGreaterThan concode_elem_sep boolean isPositive concode_elem_sep String toPlainString concode_elem_sep int smallestUnitExponent concode_elem_sep int compareTo concode_elem_sep long longValue concode_elem_sep Coin parseCoin concode_elem_sep String toFriendlyString concode_elem_sep long getValue concode_elem_sep Coin shiftLeft concode_elem_sep Coin shiftRight concode_elem_sep Coin[] divideAndRemainder concode_elem_sep int hashCode concode_elem_sep Coin negate concode_elem_sep boolean equals concode_elem_sep boolean isZero concode_elem_sep Coin divide concode_elem_sep long divide concode_elem_sep String toString concode_elem_sep Coin multiply