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https://github.com/voidsec/ida-helpers

Collection of IDA helpers
https://github.com/voidsec/ida-helpers

ida ida-plugin ida-pro idapro idapython idapython-plugin reverse-engineering

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Collection of IDA helpers

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# ida-helpers
Collection of IDA helpers

## Heap Viewer

Heap viewer will parse an "IDA Segment Export" data `heap_base.txt` and will produce a table with the following details:
+ segment n.
+ segment start address
+ segment end address
+ segment size
+ space between two segments

Usage:
```
heap_viewer.py -f heap_base.txt -o output.md --segment
-f IDA Segment Export input file
-o Output File
--segment Hide space between two segment information
```

This will be the output file format:
```
-----------------------------------------------------------------------------------------------
| seg n. | start | end | size
-----------------------------------------------------------------------------------------------
| 0 | 0xea180000 | 0xea300000 | 0x180000
-----------------------------------------------------------------------------------------------[130547712]
| 1 | 0xe2480000 | 0xe2500000 | 0x80000
-----------------------------------------------------------------------------------------------[2621440]
| 2 | 0xe2180000 | 0xe2200000 | 0x80000
-----------------------------------------------------------------------------------------------[23592960]
| 3 | 0xe0a80000 | 0xe0b00000 | 0x80000
-----------------------------------------------------------------------------------------------[18874368]
```

## Segment Dumper
To use in conjunction with `Heap Viewer`, copy and paste the output address list and size from `Heap Viewer` inside `Segment Dumper` and load it into IDA, it will dump the relative segment from the memory saving it as a .bin file in the hardcoded folder.

## Base Address

Replace the path of the desired library, insert function names in `f_name` and respective offset in `f_addr`. The script will pull library base address from IDA and calculate the final addresses for every listed functions, setting a software breakpoint to the respective address.

```
eg.

library base address = C7180000
function address = C718FF90

offset(base addr - function addr)= FF90

func addr = (offset + base addr)
```
## P/P/R
Find pop pop ret gadgets

## Func Complexity
Print out an ordererd list of functions, from the least complex to the most one (based on the number of basic blocks)