Similar with smart formatsupport other's DLL call,
DLL can sent original string and now
format formula to ITTS. ITTS will process those and send
back to DLL
For example:
Original string
="1234567890abcdWXYZ"
format formula =S([1][2][3][4][5][6][7][8][9][10])
Process
result::"1234567890"
format formula =S([ALL])
Process
result::"1234567890abcdWXYZ"
format formula =S([1..5])
Process
result::"12345"
format formula =S([1..-1]) //from 1 until last 1
Process
result::"12345"
format formula =S([1..-6]) //from 1 until last 6
Process
result::"1234567890abc"
format formula =S([-6..-1]) //from last 6 until last 1
Process
result::"cdWXYZ"
format formula =S([1][2][3][4][5]);S([1][2][3][4][5])
Process
result::"12345;12345"
format formula =S([1][2][3][4][5];[1][2][3][4][5])
Process
result::"12345;12345"
format formula =S([11][12][13][14])
Process
result::"abcd"
format formula =U([11][12][13][14])// upper case
Process
result::"ABCD"
format formula =S([15][16][17][18])
Process
result::"WXYZ"
format formula =L([15][16][17][18])//lower case
Process
result::"wxyz"
format formula =LEN([all])//length of string
Process
result::"18"
format formula =V10([1][2]) //decimal
Process
result::"12"
format formula =V16([1][2]) //hex
Process result::"18"//1*16^1
+2*16^0
format formula =V2([1][2])
//binary
Process
result::"4"
//1*2^1 +2*2^0
format formula =X1610([1][2]) //16 base to 10 base
Process
result::"18"
format formula =X1608([1][2]) //16 base to 8
base
Process
result::"22"
format formula =X1602([1][2]) //16 base to 2 base
Process
result::"00010010"
format formula =X1016([1][2]):4 //10 base to 16 base fill with 4
digit
Process
result::"000C"
format formula =A10([1][2][3]) //Change String to ASC Code No.
1=ASC 49
Process
result::"495051"
format formula =A16([1][2][3]) //Change String to ASC Code No.
1=ASC =0x30
Process
result::"313233"
format formula =C16([3][1]) //Change ASC Code No. to String
= ASC code 0x31 ="1"
Process
result::"1"
format formula =C10([6][5][6][6][6][7]) //Change ASC Code
No. to String = ASC code 65 ="A"
Process
result::"ABC"
format formula =CRC([1][2] [3][4]) // Calculate the CRC 16
bit
format formula =CRC16([1][2] [3][4]) // Calculate the CRC 16
bit
Process
result::"0EC9"
format formula =CRC8([1][2] [3][4]) // Calculate the CRC 8
bit
Process
result::"57"
CRC calculation
describe in : FWS-762967-0000
page 19: 16 bit CRC
page 21: 8 bit CRC
New CRC for all 8 and 16
format formula =CRC_8_FF_00_1D_1_1([all])
= CRC8([all])
| | | | +- reverse result bool
|
| | +----Reverse_data Bool
|
| +-----Polynom
|
+------Final xor
+--------- ini
value
format formula
=CRC_16_FFFF_0000_1021_0_0([all]) =CRC16([all])
| | | |
+- reverse result bool
|
| | +----Reverse_data
Bool
|
| +-----------Polynom
|
+------Final xor
+--------- ini
value
format formula =CRC_16_FFFF_0000_1021_0_0([all])
(CRC16/CCITT)
format formula =LRC([1][2] [3][4]) // Calculate check sum
checksum
Process result:
"BA"
format formula =MD5_Str([1][2][3][4]) // Calculate MD5 of string
you giving
Process result:
81DC9BDB52D04DC20036DBD8313ED055
format formula =MD5_File(full_path_filename) //
Calculate MD5 of file you giving
format formula =File_VARSION(full_path_filename) // feedback file
version (EXE or DLL version) // since ITTS
3.1.1.27
format formula =M2(#h[1][2],) // extract 2 character form original
string, mask and repeat until string empty
Process
result::"#h12,#h34,#h56,#h78,#h90,#hab,#hcd,#hWX,#hYZ,"
Separator change 1:
Original string
="123,456,789,0abc,dWXYZ"
as T44([ALL]) ASC (44)=
','
then T44([ALL]) return
'123;456;789;0abc;dWXYZ;'
Separator change 2:
Original string ="123 456 789"
as T32([ALL]) ASC (32)=
' '
then T32([ALL]) return '123;456;789;'
'R': remove specific character form
result 123_456_789, R95([ALL]) ==> 123456789;
This
function is for converting the integer to the ASCII code
such
as R44([ALL]) ASC (44)= ','
such
as R32([ALL]) ASC (32)= ' '
such
as R95([ALL]) ASC (95)= '_'
Example:
if
[ALL]= '123,456,789,' then R44([ALL]) return
'123456789;'
if
[ALL]= '123 456 789,' then R32([ALL]) return
'123456789;'
Bit Select:
Example:
Original String: "AB" (10101011
)
S([2:3210][1:3210]) ==>
"10111010"
S([2:0123][1:3210]) ==>
"11011010"
S([2:10][1:32]) ==> "1110"
X0216([2:3210][1:3210]) ==> "BA"
X0210([2:3210][1:3210]) ==>186
FLOAT_TO_HEX //
transfer float value to hex value // since
ITTS 3.1.1.27
SINGLE_TO_HEX // transfer
float value to hex value 8byte (same as flaot_to_Hex) // since ITTS 3.1.1.27
DOUBLE_TO_HEX // transfer float value to hex
value 16byte (same as flaot_to_Hex) // since ITTS
3.1.1.27
HEX_TO_SINGLE // transfer
hex value to float value 8byte // since
ITTS 3.1.1.27
HEX_TO_DOUBLE // transfer
hex value to float value 16byte // since
ITTS 3.1.1.27
Original string
="1.234E18"
format formula =SINGLE_TO_HEX([all])
Process
result:"5D890064"
DOUBLE_TO_HEX
format formula =DOUBLE_TO_HEX([all])
Process
result:"43B1200C7644D500"
HEX_TO_SINGLE
Original string
="5D890064"
format formula =HEX_TO_SINGLE([all])
Process result:"1.23400004179486E18"
HEX_TO_DOUBLE
Original string ="43B1200C7644D500"
format formula =HEX_TO_DOUBLE([all])
Process result:"1.234E18"
Original string
="1234567890abcdWXYZ"
format formula =S([1][2][3][4][5][6][7][8][9][10])
Process
result::"1234567890"
Example:
a0,a1,a2 are the FieldName.
['&Str_var:MapTable':s(['a2']['a1']['a0'])]
Str_Var CryptoSelectString =
["S([151][152][154][155])"]
Str_Var KBCryptoKey =
['KBDataBuffer':'&Str_Var:CryptoSelectString']
['&STR_VAR:SA':V10(['f2']['f1'])]
['&STR_VAR:S':X1610(['f3']['f2']['f1'])]
['Test3':s(['f3']['f2']['f1'])]
['Keylist':S(['&var:i']['&var:j'])]
['Keylist':S([2]['&var:j'])]
['Keylist':S([2:3210]['&var:j'])]
['Keylist':S(['&var:j':3210])]
If there is brace "{}" inside the process string please refer to
Brace process
