正在編輯 ITTS:ITTS Scrip:Change Format

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[http://intretech-tw.synology.me/ITTS/Scrip_Command/ScripCommand/Change_Format.htm Change_Format]

Change Format
 
Similar with smart format
 
support 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
* Example:
* s:str=["c:\dll_list.txt"] = c:\dll_list.txt
* ['&STR_VAR:s':MD5_File([all])] = D6EC13B6106DE6EB3CECA2DDAEE967E0
* 
 
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
 
 
['Keylist':S(['&var:i']['&var:j'])]
['Keylist':S([2]['&var:j'])]
['Keylist':S([2:3210]['&var:j'])]
['Keylist':S(['&var:j':3210])]
['Keylist':S(['&MACHINEID'])]
 
 
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'])]
 
if there is brace "{}" inside the process string please refer to Brace process