ASCII2Hex

This rule converts a string in ASCII format (typically from a KM reader) into hex form. The other input is not changed. ASCII format is "^([34][0-9])+([fF]{2})*$"
Syntax:

• ASCII2Hex – convert only a string with a length of 32 signs

• ASCII2Hex(length) – convert a string until a specific length
  Example:

• ASCII2Hex(16)

• 33303730314446383030FFFFFFFFFFFF => 30701DF800

• 30701DF800 => 30701DF800

Bin2Dec

Converts a number from binary format into decimal format.
Syntax:

• Bin2Dec
  Example:

• Bin2Dec

• 101011 => 43

CardNo

Returns original card number. Could be used with operator +.

Syntax:

• CardNo

Examples:

• CardNo + Const(@ysoft.com)

• 12345 => 12345@ysoft.com

Const

Returns a specified string. Could be used with the operator '+'. Similar functionality provides LeftAppend and RightAppend.
Syntax:

• Const(12345)
  Example:

• LeftPadding(0,6) + Const(@domain.com)

• 12345 => 012345@domain.com

• 123 => 000123@domain.com

Dec2Bin

Converts a number from decimal format into binary format.
Syntax:

• Dec2Bin
  Example:

• Dec2Bin

• 43 => 101011

Dec2Hex

Converts a number in decimal format into hexadecimal format
Syntax:

• Dec2Hex
  Example:

• Dex2Hex

• 12345 => 3039

• 123 => 7B

DecimalAdd

Adds a value in decimal format to a current value in decimal format
Syntax:

• DecimalAdd(value)
  Example:

• DecimalAdd(1)

• 12345 => 12346

• 123 => 124

DecimalAnd

Makes binary AND. Mask is in decimal format.
Syntax:

• DecimalAnd(mask)
  Example:

• DecimalAnd(15)

• 7 => 7

• 467825 => 1

DecValue2Hex

Inversion function to Hex2DecValue. Converts each pair of decimal number to a hexadecimal digit. (08 -> 8, 11 -> B). The input must have an even length.

Example:

• 09101112 => 9ABC

• ODD => ODD

Hex2ASCII

This is the inverse function to ASCII2Hex. Converts a hexadecimal string into an ASCII representation. The input string could have a maximum length of 16 signs. Otherwise, the original input is returned.
Syntax:

• Hex2ASCII
  Example:

• Hex2ASCII

• 12AB => 31324142

• JEDNA => JEDNA

DESDecrypt

Decodes a value encrypted by DES in Base64 format.

Example:

• AzRapSymPps= => 1234

DESEncrypt

Encodes a value into DES and Base64 format.

Example:

• 123 => AzRapSymPps=

Hex2ASCII

Converts a hex number to its ASCII representation. It is the inversion function to ASCII2Hex;

Example:

• 30701DF800 => 33303730314446383030

Hex2Dec

Converts a number from hexadecimal format into decimal format.
Syntax:

• Hex2Dec
  Example:

• Hex2Dec

• 12AB => 4779

Hex2DecValue

Converts each hexadecimal digit into a decimal representation (8 – 08, A – 10, B – 11, etc.).
Syntax:

• Hex2DecValue
  Example:

• Hex2DecValue

• 12AB => 01021011

Hex2Oct

Converts a number from hexadecimal format into octal format.
Syntax:

• Hex2Oct
  Example:

• Hex2Oct

• 12AB => 11253

HexAnd

Makes binary AND. Mask is in hexadecimal format. DecimalAnd contains similar functionality.
Syntax:

• HexAnd(mask)
  Example:

• HexAnd(FF)

• 7 => 7

• 7237B => 7B

IsEmbed

Allow next processing only if a card number is from an embedded reader.
Syntax:

• IsEmbed
  Example:

• IsEmbed;RightStrip(F)

• 12345FFFFFFFFF (from embedded terminal) => 12345

• 123F (from profi terminal) => 123F

IsEven

Allow next processing only if a card number length is even.
Syntax:

• IsEven
  Example:

• IsEven;LeftAppend(0)

• 12AB => 012AB

• 12A => 12A

IsEvenEE

Allow processing of next rules only if card number length is even else empty current output and skip to next "+" operator.

Syntax:

• IsEvenEE

Examples:

• IsEvenEE;LeftAppend(0)

• 12AB => 012AB

• 12A => ""

• IsEvenEE;LeftAppend(0) + IsOddEE;LeftAppend(99)

• 12AB => 012AB

• 12A => 9912A

IsLength

Allows next processing only if the card number length is equal to a specified value.
Syntax:

• IsLength(value)
  Example:

• IsLength(10);SwapPair

• 1234567890 => 2143658709

IsLengthEE

Allow processing of next rules only if card number length is equal to specified value else empty current output and skip to next "+" operator.

Syntax:

• IsLengthEE(value)

Example:

• IsLengthEE(10);SwapPair

• 1234567890 => 2143658709

• 123456789 => ""

IsLengthGreater

Allow next processing only if the card number length is greater than a specified value.
Syntax:

• IsLengthGreater(value)
  Example:

• IsLengthGreater(5);Substring(5)

• 12AB => 12AB

• 12345678 => 12345

IsLengthGreaterEE

Allow processing of next rules only if card number length is greater than specified value else empty current output and skip to next "+" operator.
Syntax:

• IsLengthGreaterEE(value)

Examples:

• IsLengthGreaterEE(5);Substring(5)

• 12AB => ""

• 12345678 => 12345

IsLengthNot

Allow next processing only if the card number length is different to a value.
Syntax:

• IsLengthNot(value)
  Example:

• IsLengthNot(9);LeftAppend(0)

• 12456789 => 123456789

• 12345 => 012345

IsLengthNotEE

Allow processing of next rules only if card number length is different from value else empty current output and skip to next "+" operator.
Syntax:

• IsLengthNotEE(value)

Examples:

• IsLengthNotEE(9);LeftAppend(0)

• 123456789 => ""

• 12345 => 012345

IsLengthSmaller

Allow processing of next rules (until operator "+") only if card number length is smaller than the specified value.
Syntax:

• IsLengthSmaller(value)

Examples:

• IsLengthSmaller(5);LeftAppend(0)

• 12AB => 012AB

• 12345678 => 12345678

IsLengthSmallerEE

Allow processing of next rules only if card number length is smaller than specified value else empty current output and skip to next "+" operator.
Syntax:

• IsLengthSmallerEE(value)

Examples:

• IsLengthSmallerEE(5);LeftAppend(0)

• 12AB => 012AB

• 12345678 => ""

IsNotStartWith

Allow next processing only if the card number does not start with a specified string.
Syntax:

• IsNotStartWith(string)
  Example:

• IsNotStartWith(~);LeftPadding(0,8)

• ~1234 => ~1234

• 1234 => 00001234

IsNotStartWithEE

Allow processing of next rules only if card number doesn't start with specified string else empty current output and skip to next "+" operator.
Syntax:

• IsNotStartWithEE(string)

Examples:

• IsNotStartWithEE(~);LeftPadding(0,8)

• ~1234 => ""

• 1234 => 00001234

• IsNotStartWithEE(~);LeftPadding(0,8) + IsStartWithEE(~);LeftCut(~);LeftPadding(0,5)

• ~1234 => 01234

• 1234 => 00001234

IsOdd

Allow processing of next rules (until operator "+") only if card number length is odd.
Syntax:

• IsOdd

Examples:

• IsOdd;LeftAppend(0)

• 12AB => 12AB

• 12A => 012A

IsOddEE

Allow processing of next rules only if card number length is odd else empty current output and skip to next "+" operator.

Syntax:

• IsOddEE

Examples:

• IsOddEE;LeftAppend(0)

• 12AB => ""

• 12A => 012A

• IsOddEE;LeftAppend(0) + IsEvenEE;LeftAppend(99)

• 12AB => 9912AB

• 12A => 012A

IsStartWith

Allow next processing only if the card number starts with a specified string.

Syntax:

• IsStartWith(PIN)

Example:

• IsStartWith(PIN);Substring(3,0)

• PIN1234 => 1234

• 12345 => 12345

IsStartWithEE

Allow processing of next rules only if card number starts with specified string else empty current output and skip to next "+" operator.

Syntax:

• IsStartWithEE(PIN)

Examples:

• IsStartWithEE(PIN);Substring(3,0)

• PIN1234 => 1234

• 12345 => ""

• IsStartWithEE(PIN);Substring(3,0) + IsNotStartWithEE(PIN);Const(CARD) + IsNotStartWithEE(PIN)

• PIN1234 => 1234

• 12345 => CARD12345

LeftAppend

Appends a specified string from the left side. RightAppend has similar functionality.
Syntax:

• LeftAppend(prefix)
  Example:

• LeftAppend(YSOFT-)

• 12AB => YSOFT-12AB

LeftCut

Cuts a specified prefix from left. If the prefix does not match, then do nothing.
Syntax:

• LeftCut(prefix)
  Example:

• LeftCut(~1)

• ~12AB => 2AB

• 12A => 12A

LeftHexShift

Unary bit operation LEFT SHIFT for a specified count of bits. Input and output are in hexadecimal format. This operation is equivalent to multiplying by 2count
Syntax:

• LeftHexShift(count)
  Example:

• LeftHexShift(1)

• 12AB => 2556

• 254 => 4A8

LeftPadding

Pads with a specified sign from left to a specified length.
Syntax:

• LeftPadding(sign,length)
  Example:

• LeftPadding(0,10)

• 1234ABCD => 001234ABCD

LeftShift

Unary bit operation LEFT SHIFT for a specified count of bits. Input and output are in decimal format. LeftHexShift has similar behavior. This operation is equivalent to multiplying by 2count
Syntax:

• LeftShift(count)
  Example:

• LeftShift(1)

• 128 => 256

LeftStrip

Strips a specified sign from left.
Syntax:

• LeftStrip(sign)
  Example:

• LeftStrip(0)

• 000012AB => 12AB

• 00000254 => 254

LowerCase

Convert san alphabetical sign to its lowercase representation.
Syntax:

• LowerCase
  Example:

• LowerCase

• CARD123 => card123

LRC

Computes a Longitudinal Redundancy Check http://en.wikipedia.org/wiki/Longitudinal_redundancy_check and adds it to the end.

Example:

• 01044F24CC => 01044F24CCA2

MD5

Computes an MD5 hash of input.

Example:

• 1234 => 81dc9bdb52d04dc20036dbd8313ed055

Replace

Replaces all occurrences of one sequence with another one.
Syntax:

• Replace(source) – only removes a specified source (replace with an empty string)

• Replace(source,dest) – replaces a specified source with dest
  Example:

• Replace(~,0)

• ~1234~ => 012340

• 12~34 => 12034

Reverse2

Byte reverse – it is useful only for a hexadecimal input because 2 signs represent one byte. Therefore, this operation makes a reverse string by pair. Even the length is necessary.
Syntax:

• Reverse2
  Example:

• Reverse2

• 12345678 => 78563412

Reverse

Reverse of string.
Syntax:

• Reverse
  Example:

• Reverse

• 12345678 => 87654321

RightAppend

This function is similar to LeftAppend. Append a specified string from the right side.
Syntax:

• RightAppend(suffix)
  Example:

• RightAppend(-YSOFT)

• 12AB => 12AB-YSOFT

RightHexShift

Unary bit operation RIGHT SHIFT for a specified count of bits. Input and output are in hexadecimal format. This operation is equivalent to dividing by 2count
Syntax:

• RightHexShift(count)
  Example:

• RightHexShift(1)

• 12AB => 955

• 254 => 12A

RightPadding

Pads with a specified sign from right to a specified length.
Syntax:

• RightPadding(sign,length)
  Example:

• RightPadding(F,10)

• 1234ABCD => 1234ABCDFF

RightShift

Unary bit operation RIGHT SHIFT for a specified count of bits. Input and output are in decimal format. RightHexShift has similar behavior. This operation is equivalent to dividing by 2count
Syntax:

• RightShift(count)
  Example:

• RightShift(1)

• 256 => 128

RightStrip

Strips a specified sign from the right.
Syntax:

• RightStrip(sign)
  Example:

• RightStrip(F)

• 30344142FFFFFFFFFFFFFFFFF => 30344142

SignReverse

This conversion takes every string in hexadecimal format and makes its binary reverse. For example, (5 is represented in binary as 0101, reverse transfer it into 1010 that is A)
Syntax:

• SignReverse
  Example:

• SignReverse

• 0123456789ABCDEF => 084C2A6E195D3B7F

Substring

Selects a substring of the input. If any argument is negative, then it is used from the right side (from the end).
Syntax:

• Substring( n)

• Substring(start,end)
  Example:

• Substring(5)

• 1234567890 => 12345

• Substring(-5)

• 1234567890 => 67890

• Substring(3,0)

• 1234567890 => 4567890

• 123ABCDE => ABCDE

• Substring(2,-2)

• 1234567890 => 345678

• 123ABCDE => 3ABC

• Substring(-7,-2)

• 1234567890 => 45678

• 123ABCDE => 23ABC

Swap12785634

Swap 4th byte with 2nd. It is only useful for hexadecimal format.
Syntax:

• Swap12785634
  Example:

• Swap12785634

• 12345678 => 12785634

SwapPair

Swaps even and odd signs.
Syntax:

• SwapPair
  Example:

• SwapPair

• 123456 => 214365

UpperCase

Converts an alphabetical sign into its uppercase representation.
Syntax:

• UpperCase
  Example:

• UpperCase

• card123 => CARD123