My Notepad++ binhex plugin

chcg

@Costin-Manda See https://github.com/skycc86/npp_binhex_plugin/issues/3. Maybe you want to contribute there.

guy038

Hello, @skycc-lim, @costin-manda, and All

I tested your plugin features and everything works as expected ! Great :-))

Notes :

When you speak of HEX shift and HEX rotate, I think that you should write, strictly, BIN shift and BIN rotate !
To avoid shortcut conflicts, mentioned by @costin-manda, I personally use the < and > symbols, instead. Note, that, on my French keyboard, these two symbols are obtained with the same key, as shown here :

For people, having a key for the < symbol and an other key for the > symbol, on their keyboard, as the US one, for instance, shortcuts would be more simple to create !

On the other hand, to avoid the shortcut conflict with the native Select All Between Matching Braces option of N++, I changed the B with the N letter ( from word biN ) and I also changed the hex2bin shortcut, accordingly !

So, may be, @skycc-lim, it would judicious to, globally, change the BinHex menu, as below :

                   BEFORE                                                      AFTER
                  ¯¯¯¯¯¯                                                      ¯¯¯¯¯
				 
--------------------------------------------                --------------------------------------------
  bin2hex          Ctrl + Shift + H                           bin2Hex          Ctrl + Shift + H
  hex2bin          Ctrl + Shift + B                           hex2biN          Ctrl + Shift + N
  bin_invert       Ctrl + Alt + B                             Hex_invert       Ctrl + Alt + H      <-- Swapped
  hex_invert       Ctrl + Alt + H                             biN_invert       Ctrl + Alt + N      <-- Swapped
  reverse          Ctrl + R                                   Reverse          Ctrl + R
--------------------------------------------                --------------------------------------------
  hex_shift >>     Ctrl + Shift + Right                       bin_shift >>     Ctrl + Shift + <>
  hex_shift <<     Ctrl + Shift + Left                        bin_shift <<     Ctrl + <>
  hex_rotate >>    Ctrl + Alt + Right                         bin_rotate >>    Ctrl + Alt + Shift + <>
  hex_rotate <<    Ctrl + Alt + Left                          bin_rotate <<    Ctrl + Alt + <>
--------------------------------------------                --------------------------------------------
  grouping_2       Ctrl + Alt + 2                             grouping_2       Ctrl + Alt + 2
  grouping_4       Ctrl + Alt + 4                             grouping_4       Ctrl + Alt + 4
  grouping_8       Ctrl + Alt + 8                             grouping_8       Ctrl + Alt + 8
  grouping_16      Ctrl + Alt + 6                             grouping_16      Ctrl + Alt + 6
  ungroup          Ctrl+  Alt + 1                             ungroup          Ctrl+  Alt + 1  
--------------------------------------------                --------------------------------------------
  incremental search                                          incremental search
  move to other view                                          move to other view
--------------------------------------------                --------------------------------------------
  help                                                        help
--------------------------------------------                --------------------------------------------

Just a suggestion, of course ;-))

Now, for people, not acquainted to bits manipulation, here are, below, some explanations, on the different commands of the BinHex plugin :

In this summary, I use, in all the examples, the hexadecimal number f2a58b0437fc5e8223a6bd401cff90a7 ( two Q-words )

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

  ORIGINAL Number N ( 2 Q-words )  =  f2a58b0437fc5e8223a6bd401cff90a7


  Hex2Bin  ( Replace each HEX symbol with its 4-Bits BINARY equivalent )  =>  11110010101001011000101100000100001101111111110001011110100000100010001110100110101111010100000000011100111111111001000010100111

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

  ORIGINAL Number N ( 128 bits )  =  11110010101001011000101100000100001101111111110001011110100000100010001110100110101111010100000000011100111111111001000010100111


  Bin2Hex  ( Replace each group of 4 BIN symbols with its HEX equivalent )  =>  f2a58b0437fc5e8223a6bd401cff90a7

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

  ORIGINAL Number N ( 2 Q-words )  =  f2a58b0437fc5e8223a6bd401cff90a7

  As :

  Bin-Invert of 0 (0000)  =  F  (1111)    Bin-Invert of 4 (0100)  =  B  (1011)    Bin-Invert of 8 (1000)  =  7  (0111)    Bin-Invert of C (1100)  =  3  (0011)
  Bin-Invert of 1 (0001)  =  E  (1110)    Bin-Invert of 5 (0101)  =  A  (1010)    Bin-Invert of 9 (1001)  =  6  (0110)    Bin-Invert of D (1101)  =  2  (0010)
  Bin-Invert of 2 (0010)  =  D  (1101)    Bin-Invert of 6 (0110)  =  9  (1001)    Bin-Invert of A (1010)  =  5  (0101)    Bin-Invert of E (1110)  =  1  (0001)
  Bin-Invert of 3 (0011)  =  C  (1100)    Bin-Invert of 7 (0111)  =  8  (1000)    Bin-Invert of B (1011)  =  4  (0100)    Bin-Invert of F (1111)  =  0  (0000)


  Hex_Invert  =>  0d5a74fbc803a17ddc5942bfe3006f58  —  Strictly,  Bin2Hex (Bin_Invert (Hex2Bin (N)))

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

  ORIGINAL Number N ( 2 Q-words )  =  f2a58b0437fc5e8223a6bd401cff90a7


  Reverse  ( RIGHT to LEFT reading of the HEX string )  =>  7a09ffc104db6a3228e5cf7340b85a2f

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

  Hex2Bin + Grouping_4  =>  1111_0010_1010_0101_1000_1011_0000_0100_0011_0111_1111_1100_0101_1110_1000_0010_0010_0011_1010_0110_1011_1101_0100_0000_0001_1100_1111_1111_1001_0000_1010_0111

  As MSB = Most Significant Bit  and  LSB = Least Significant Bit :


  Bin-Shift >>  ( Add 0 as MSB — Shift OUT the LSB )  =>  7952c5821bfe2f4111d35ea00e7fc853

  =  0111_1001_0101_0010_1100_0101_1000_0010_0001_1011_1111_1110_0010_1111_0100_0001_0001_0001_1101_0011_0101_1110_1010_0000_0000_1110_0111_1111_1100_1000_0101_0011


  Bin-Shift <<  ( Shift OUT the MSB — Add 0 as LSB )  =>  e54b16086ff8bd04474d7a8039ff214e

  =  1110_0101_0100_1011_0001_0110_0000_1000_0110_1111_1111_1000_1011_1101_0000_0100_0100_0111_0100_1101_0111_1010_1000_0000_0011_1001_1111_1111_0010_0001_0100_1110

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

  Hex2Bin + Grouping_4  =>  1111_0010_1010_0101_1000_1011_0000_0100_0011_0111_1111_1100_0101_1110_1000_0010_0010_0011_1010_0110_1011_1101_0100_0000_0001_1100_1111_1111_1001_0000_1010_0111

  As MSB = Most Significant Bit  and  LSB = Least Significant Bit :


  Bin-Rotate >>  ( Move the LSB as the MSB )  =>  f952c5821bfe2f4111d35ea00e7fc853

  =  1111_1001_0101_0010_1100_0101_1000_0010_0001_1011_1111_1110_0010_1111_0100_0001_0001_0001_1101_0011_0101_1110_1010_0000_0000_1110_0111_1111_1100_1000_0101_0011

  Bin-Rotate <<  ( Move the MSB as the LSB )  =>  e54b16086ff8bd04474d7a8039ff214f

  =  1110_0101_0100_1011_0001_0110_0000_1000_0110_1111_1111_1000_1011_1101_0000_0100_0100_0111_0100_1101_0111_1010_1000_0000_0011_1001_1111_1111_0010_0001_0100_1111

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

  ORIGINAL Number N ( 2 Q-words )  =  f2a58b0437fc5e8223a6bd401cff90a7

  Grouping_2   =>  f2_a5_8b_04_37_fc_5e_82_23_a6_bd_40_1c_ff_90_a7  :   16 Bytes   of  8 bits  ( 128 bits )
                                                                     
  Grouping_4   =>  f2a5_8b04_37fc_5e82_23a6_bd40_1cff_90a7          :    8 Words   of 16 bits  ( 128 bits )
                                                                     
  Grouping_8   =>  f2a58b04_37fc5e82_23a6bd40_1cff90a7              :    4 D-Words of 32 bits  ( 128 bits )
                                                                        
  Grouping_16  =>  f2a58b0437fc5e82_23a6bd401cff90a7                :    2 Q-Words of 64 bits  ( 128 bits )

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

Best Regards,

guy038

Skycc Lim

Hi @guy038
Thanks for your suggestions, i will look into it when i have some time.
I am quite busy recently

For the shortcut key mapping,
User can change this anytime to their preference. The shortcut key can be change as below
goto Settings -> Shortcut Mapper
then click on Plugin commands tab on top, then you will see list of plugin and its correspond function and shortcut key
look for binhex.dll, just click on the shortcut key you wish to change then save it

Scott Sumner

@Skycc-Lim

I think the shortcuts problem people keep talking about is that you’ve taken over very common key-combinations in your plugin. Sure, people can remap them, but really, why not supply the plugin without these?

I dislike it when a plugin I’m simply trying out takes over my keycombos assigned to other things. Grr…

IMO plugins should not set default shortcut keycombos at all. Sure, provide mappable commands, but let the end-user map them as desired.

Skycc Lim

hi @Scott Summer

this sounds like a good idea, i have just made an release v2.0.0.1
this removing the default shortcut that clash with npp default shortcut

chcg

updated pluginmanager with v2.0.0.1

Skycc Lim

hi @chcg ,
after i try to update my binhex plugin from v2.0.0.0 to v2.0.0.1, the update run successfully, however, under the updates tab from the plugin manager, its still showing current install version as 2.0 and require update. can you help to take a look ?

binhex plugin is not showing up at the available and installed tab from plugin manager too.

Skycc Lim

Hi @chcg
please ignore my previous post, i have found the issue, i forgot to change the versioning in the dll, i have fix it and made a new release to overwrite previous release, its still same version v2.0.0.1.

however plugin manager show it fail to validate the integrity of binhex.dll, i guess might need to update on the new binhex.dll checksum or some integrity check ? can you help ?

chcg

Done. Updated the md5 sums.

donho

FWIW, just FYI:
The Mistpen malware is a modification of a legitimate plugin for the Notepad++ open-source text and source code editor.
Ref: https://cybersecuritynews.com/hackers-targeting-job-seekers/

Another link: https://therecord.media/north-korea-hackers-energy-aerospace

It seems the malware in question reuses only the ability of binhex, but not uses Notepad++ as loader.