Work done :
** Made the columns sortable (someone asked for this GH I think)
** Moved the Add to Watch button to under the search parameters, and renamed it.
** Made the selection work on a block level so we can block "add results" and block "Remove Watch" on multiple entries
** Made the description show the raw code - so either 3xxxxxxx, 8xxxxxxx, 9xxxxxxx depending on the Data Size and the memory being under 0x200000. This can be edited still.
** Changed the Watch value field to take a hex number in the form 0xX as well as a decimal number.
** Moved the freeze box to the right column, I originally did this prior to finding out about ContiguousSelection and I think it makes more sense next to the value you want to freeze
** Removed the message about 5000 results limitation (it made searching painful) and added a text box showing it permanently along with the number of results (which you can observe going down as you continue the search)
** Hidden the "Save Watch" & "Load Watch" buttons, they have no functionality (yet) and making them invisible in the mean time makes it less confusing.
Updated Memory Scanner to use sized hexadecimal in results and manual watches.
Enforced Halfword,Word address settings so that it's a valid word or halfword that is being watched.
* Changed debugger "Enter memory address" to accept hex only
The "Enter memory address" prompt by default expects a decimal address unless it's preceded by 0x. Or it expects an number starting with 0 is an octal.
The disassembly address should be hexadecimal regardless as that is how it it displays the address.
Also changed it so that it changes any address entered to be divisible by 4 as there was an observed issue that would cause the disassembly addresses to get locked to a address that was not divisible by 4
* Translation updates for Debugger memory address change
Updated the three translation files that mentioned the original "Invalid address. It should be in hex" string.
* Changed debugger "Enter memory address" to accept hex only
UPDATE TO PR #1316
The "Enter memory address" prompt by default expects a decimal address unless it's preceded by 0x. Or it expects an number starting with 0 is an octal.
The disassembly address should be hexadecimal regardless as that is how it it displays the address.
Also changed it so that it changes any breakpoint or disassembly address entered to be divisible by 4 as there was an observed issue that would cause the disassembly addresses to get locked to a address that was not divisible by 4 and a breakpoint address that is not divisible by 4 would never be hit.
