1280 720 False pokemem True False 8 True False vertical True True Address... False True 0 True False True True Display this many entries in the memory view 3 100 number False True 0 True False items False True 1 False True 1 True False Refresh True True True Refresh memory view False True 0 Auto-refresh True True False Refresh the memory view every frame True False True 1 False True 2 True True in True True True True natural memory 0 multiple True # 0 True Address True True 1 True Value True True 2 True True 3 True False True True Enter a value... False True 0 Set all True True True Set each of the addresses below to this value. False True 1 False True 4 0 0 True False False vertical True False (No process selected) False True 0 True False True False The Process ID (PID) is a unique number assigned to each process. You can find the PID of a process with a task manager. Process ID: False True 0 True True True The Process ID (PID) is a unique number assigned to each process. You can find the PID of a process with a task manager. number False True 1 Go True True True False True 2 False True 1 True False vertical True False How to interpret the process' memory. start Data type: False True 0 8-bit unsigned integer u8 True True False True True False True 1 8-bit signed integer s8 True True False True type-u8 False True 2 16-bit unsigned integer u16 True True False True True type-u8 False True 3 16-bit signed integer s16 True True False True type-u8 False True 4 32-bit unsigned integer u32 True True False True type-u8 False True 5 32-bit signed integer s32 True True False True type-u8 False True 6 64-bit unsigned integer u64 True True False True type-u8 False True 7 64-bit signed integer s64 True True False True type-u8 False True 8 32-bit floating-point f32 True True False True type-u8 False True 9 64-bit floating-point f64 True True False True type-u8 False True 10 ASCII text ascii True True False True type-u8 False True 11 UTF-16 text utf16 True True False True True type-u8 False True 12 UTF-32 text utf32 True True False True type-u8 False True 13 False True 16 False True vertical True False Search for a value False True 0 True False vertical True False Search type: False True 0 Enter a value enter-value True True False At every step in the search, enter the current value of what you're looking for (or an approximate value for floating-point numbers). True True False True 1 Same/different same-different True True False At every step in the search, enter whether or not the value has changed since the last step. This will use quite a bit of disk space, to record all the process' memory. True True enter-value False True 2 True False True False Memory required (approx): False True 0 True False N/A False True 1 False True 3 True False True False Disk space required (approx): False True 0 True False N/A False True 1 False True 4 Begin search True True True Start searching for a value in memory. Make sure the value is stored somewhere in memory before you start. False True 5 False True 1 False True True False Current value: False True 0 True True The current value in memory. For floating-point numbers, you don't need to get all the decimals, as long as you're within 10% of the actual value, you'll be fine. False True 1 False True 2 False True Same same True True False 5 True True False True 0 Different different True True False True True same False True 1 Not sure not-sure True True False Just update the current value, don't worry about what it was before. True True same False True 2 False True 3 False True vertical True False True False 0 False True 0 True False steps completed False True 1 False True 0 True False Number of possible places where this value could be True False 0 False True 0 True False candidates left False True 1 False True 1 True False Update True True True True False True 0 Stop True True True Stop the current search. False True 1 False True 2 False True 4 False True 18 1 0 True False True vertical Stop process while accessing memory True True False True True False True 0 True False True False Memory protection: False True 0 True True What protection the memory you're interested in has (the second column of /proc/PID/maps)--if you don't know what this does, just leave it set to the default. 4 rw-p False True 1 False True 1 True False Save search candidates True True True Save current values of all search candidates to a file, so they can be loaded back later. 0 4 Save all memory to file True True True This probably won't work the way you think it will. I would recommend against using it. 0 3 True True /tmp/save.mem 1 1 Load memory from file True True True Load whatever's in the saved memory file. 0 2 True False Memory file: 0 1 True False Memory files 0 0 False True 2 2 0