Procedures

Compare two strings with the assumption that both strings are valid decimal integers.

Compare two strings with the assumption that both strings are valid integers of any radix between 2 and 36.

Check the input string to see if it holds an even value with the assumption that the string is a valid decimal integer string.

Check the input string to see if it holds an odd value with the assumption that the string is a valid decimal integer string.

Compare two strings as binary string by parsing them to int128 values first.

Compare two strings as binary strings by parsing them to int32 values first.

Compare two strings as binary strings by parsing them to int64 values first.

Compare two strings bases on the content of the strings reference to int128 values. If the strings are valid binary strings that can be parsed to int128 values then they will be compared base on their int128 values. Otherwise, the strings will be compared base on the priority ranking order below.

Compare two strings bases on the content of the strings reference to int32 values. If the strings are valid binary strings that can be parsed to int32 values then they will be compared base on their int32 values. Otherwise, the strings will be compared base on the priority ranking order below.

Compare two strings bases on the content of the strings reference to int64 values. If the strings are valid binary strings that can be parsed to int64 values then they will be compared base on their int64 values. Otherwise, the strings will be compared base on the priority ranking order below.

Parse the input string as bits represented by binary digits to an int128 value.

Parse the input string as bits represented by binary digits to an int128 value.

Parse the input string as bits represented by binary digits to an int32 value.

Parse the input string as bits represented by binary digits to an int32 value.

Parse the input string as bits represented by binary digits to an int64 value.

Parse the input string as bits represented by binary digits to an int64 value.

Compare two strings as signed decimal integer strings by parsing them to int128 values first.

Compare two strings as signed decimal integer strings by parsing them to int32 values first.

Compare two strings as signed decimal integer strings by parsing them to int64 values first.

Compare two strings bases on the content of the strings reference to int128 values. If the strings are valid signed decimal integer strings that can be parsed to int128 values then they will be compared base on their int128 values. Otherwise, the strings will be compared base on the priority ranking order below.

Compare two strings bases on the content of the strings reference to int32 values. If the strings are valid signed decimal integer strings that can be parsed to int32 values then they will be compared base on their int32 values. Otherwise, the strings will be compared base on the priority ranking order below.

Compare two strings bases on the content of the strings reference to int64 values. If the strings are valid signed decimal integer strings that can be parsed to int64 values then they will be compared base on their int64 values. Otherwise, the strings will be compared base on the priority ranking order below.

Parse the input string as a signed decimal integer string to an int128 value.

Parse the input string as a signed decimal integer string to an int128 value.

Parse the input string as a signed decimal integer string to an int32 value.

Parse the input string as a signed decimal integer string to an int32 value.

Parse the input string as a signed decimal integer string to an int64 value.

Parse the input string as a signed decimal integer string to an int64 value.

Compare two strings as decimal integers. This subroutine evaluates both, negative and positive values. There isn't a maximum length for the strings. Nonetheless, the strings can't be empty.

Compare two strings as integer strings of a numbering system with the radix that is defined by the value of the argument base. There isn't a maximum length for the strings. Nonetheless, the strings can't be empty.

Compare two strings as hexadecimal string by parsing them to int128 values first.

Compare two strings as hexadecimal strings by parsing them to int32 values first.

Compare two strings as hexadecimal strings by parsing them to int64 values first.

Compare two strings bases on the content of the strings reference to int128 values. If the strings are valid hexadecimal strings that can be parsed to int128 values then they will be compared base on their int128 values. Otherwise, the strings will be compared base on the priority ranking order below.

Compare two strings bases on the content of the strings reference to int32 values. If the strings are valid hexadecimal strings that can be parsed to int32 values then they will be compared base on their int32 values. Otherwise, the strings will be compared base on the priority ranking order below.

Compare two strings bases on the content of the strings reference to int64 values. If the strings are valid hexadecimal strings that can be parsed to int64 values then they will be compared base on their int64 values. Otherwise, the strings will be compared base on the priority ranking order below.

Parse the input string as bits represented by hexadecimal digits to an int128 value.

Parse the input string as bits represented by hexadecimal digits to an int128 value.

Parse the input string as bits represented by hexadecimal digits to an int32 value.

Parse the input string as bits represented by hexadecimal digits to an int32 value.

Parse the input string as bits represented by hexadecimal digits to an int64 value.

Parse the input string as bits represented by hexadecimal digits to an int64 value.

Convert the input of type int128 to a signed binary string.

Convert the input of type int128 to an unsigned binary string as if the bits are unsigned bits.

Convert the input of type int128 to a signed hexadecimal string.

Convert the input of type int128 to an unsigned hexadecimal string as if the bits are unsigned bits.

Convert the input of type int128 to a signed octal string.

Convert the input of type int128 to an unsigned octal string as if the bits are unsigned bits.

Convert the input of type int32 to a signed binary string.

Convert the input of type int32 to an unsigned binary string as if the bits are unsigned bits.

Convert the input of type int32 to a signed hexadecimal string.

Convert the input of type int32 to an unsigned hexadecimal string as if the bits are unsigned bits.

Convert the input of type int32 to a signed octal string.

Convert the input of type int32 to an unsigned octal string as if the bits are unsigned bits.

Convert the input of type int64 to a signed binary string.

Convert the input of type int64 to an unsigned binary string as if the bits are unsigned bits.

Convert the input of type int64 to a signed hexadecimal string.

Convert the input of type int64 to an unsigned hexadecimal string as if the bits are unsigned bits.

Convert the input of type int64 to a signed octal string.

Convert the input of type int64 to an unsigned octal string as if the bits are unsigned bits.

Check if the input string is a valid signed integer string of the numbering system with the radix that is defined by the value of the argument base.

Check if the input string is a valid signed binary integer string.

Check if the input string is a valid signed hexadecimal integer string.

Check if the input string is a valid signed decimal integer string.

Check if the input string is a valid signed octal integer string.

Check if the input string is a valid unsigned integer string of the numbering system with the radix that is defined by the value of the argument base.

Check if the input string is a valid unsigned binary integer string.

Check if the input string is a valid unsigned hexadecimal integer string.

Check if the input string is a valid unsigned decimal integer string.

Check if the input string is a valid unsigned octal integer string.

Compare two strings as octal string by parsing them to int128 values first.

Compare two strings as octal strings by parsing them to int32 values first.

Compare two strings as octal strings by parsing them to int64 values first.

Compare two strings bases on the content of the strings reference to int128 values. If the strings are valid octal strings that can be parsed to int128 values then they will be compared base on their int128 values. Otherwise, the strings will be compared base on the priority ranking order below.

Compare two strings bases on the content of the strings reference to int32 values. If the strings are valid octal strings that can be parsed to int32 values then they will be compared base on their int32 values. Otherwise, the strings will be compared base on the priority ranking order below.

Compare two strings bases on the content of the strings reference to int64 values. If the strings are valid octal strings that can be parsed to int64 values then they will be compared base on their int64 values. Otherwise, the strings will be compared base on the priority ranking order below.

Parse the input string as bits represented by octal digits to an int128 value.

Parse the input string as bits represented by octal digits to an int128 value.

Parse the input string as bits represented by octal digits to an int32 value.

Parse the input string as bits represented by octal digits to an int32 value.

Parse the input string as bits represented by octal digits to an int64 value.

Parse the input string as bits represented by octal digits to an int64 value.