BAnd()
Calculates the result of a bitwise AND operation.
BAnd( <nVa1>, <nVal2>, [<nVal3>,...] ) -> nBitwiseAnd
Bin2f()
Converts a 64 bit IEEE floating point number to a numeric value.
Bin2f( <cFloat64> ) --> nNumeric
Bin2l()
Converts a 32 bit signed integer (long) to a numeric value.
Bin2l( <cSignedInt> ) --> nSignedInt
Bin2u()
Converts a 32 bit unsigned integer to a numeric value.
Bin2u( <cUnsignedInt> ) --> nUnsignedInt
Bin2w()
Converts a 16 bit unsigned integer to a numeric value.
Bin2w( <cUnsignedInt> ) --> nUnsignedInt
BOr()
Calculates the result of a bitwise OR operation.
BOr( <nVa1>, <nVal2>, [<nVal3>,...] ) -> nBitwiseOr
BXOr()
Calculates the result of a bitwise XOR operation.
BXOr( <nVa1>, <nVal2>, [<nVal3>,...] ) -> nBitwiseXOr
F2Bin()
Converts a numeric value to a 64 bit IEEE floating point number.
F2bin( <nNumeric> ) --> cBinary
Max()
Determines the larger of two numeric or two date values.
Max( <ndExpression1>, <ndExpression2> ) --> ndMax
Min()
Determines the smaller of two numeric or two date values.
Min( <ndExpression1>, <ndExpression2> ) --> ndMin
Mod()
Determines the modulus of two numbers in the same manner as dBASE III PLUS.
Mod( <nDividend>, <nDivisor> ) --> nRest
Round()
Rounds a numeric value to a specific number of decimal places.
Round( <nValue>, <nDecimals>) --> nRoundedValue