A tool for extracting information from IDA databases.
idbtool
knows how to handle databases from all IDA versions since v2.0, both i64
and idb
files.
You can also use idbtool
to recover information from unclosed databases.
idbtool
works without change with IDA v7.0.
With idbtool you can search thousands of .idb files in seconds.
More precisely: on my laptop it takes:
- 1.5 seonds to extract 143 idc scripts from 119 idb and i64 files.
- 3.8 seonds to print idb info for 441 files.
- 5.6 seconds to extract 281 enums containing 4726 members from 35 files.
- 67.8 seconds to extract 5942 structs containing 33672 members from 265 files.
Loading an approximately 5 Gbyte idb file in IDA, takes about 45 minutes. While idb3.h takes basically no time at all, no more than a few milliseconds.
Two versions of this tool exist:
One written in python
One written in C++
Both repositories contain a library which can be used for reading .idb
or .i64
files.
An IDA Pro plugin making use of idb3.h
can be found here:
This is a plugin making it easy to copy scripts, structs or enums from recent ida databases.
Usage:
idbtool [options] [database file(s)] [-- address-list]
-
-n
or--names
will list all named values in the database. -
-s
or--scripts
will list all scripts stored in the database. -
-u
or--structs
will list all structs stored in the database. -
-e
or--enums
will list all enums stored in the database. -
-i
or--info
will print some general info about the database. -
-a
list all names, including ..todo.. -
-d
dump btree page tree contents. -
--inc
,--dec
list all records in ascending / descending order. -
-q
or--query
search specific records in the database. -
-m
or--limit
limit the number of results returned by-q
.
All addresses after --
will be printed as symbol+offset
.
Queries need to be specified last on the command line.
Example:
idbtool [database file(s)] --query "Root Node;V"
Will list the source binary for all the databases specified on the command line.
A query is a string with the following format:
- [==,<=,>=,<,>] - optional relation, default: ==
- a base node key:
- a DOT followed by the numeric value of the nodeid.
- a HASH followed by the numeric value of the system-nodeid.
- a QUESTION followed by the name of the node. -> a 'N'ame node
- the name of the node. -> the name is resolved, results in a '.'Dot node
- an optional tag ( A for Alt, S for Supval, etc )
- an optional index value
Example queries:
Root Node;V
-> prints record containing the source binary name?Root Node
-> prints the Name record pointing to the root>Root Node
-> prints the first 10 records starting with the root node id.<Root Node
-> prints the 10 records startng with the records before the root node..0xff000001;N
-> prints the root node name entry.#1;N
-> prints the root node name entry.
List the highest node and following record in the database in two different ways,
the first: starting at the first record below ffc00000
, and listing the next.
The second: starting at the first record after ffc00000
, and listing the previous:
--query "<#0xc00000" --limit 2 --inc -v
--query ">#0xc00000" --limit 2 --dec -v
Note that this should be the nodeid in the $ MAX NODE
record.
List the last two records:
--limit 2 --dec -v
List the first two records, the $ MAX LINK
and $ MAX NODE
records:
--limit 2 --inc -v
Several methods exist for printing all records in the database. This may be useful if you want to investigate more of IDA''s internals. But can also be useful in recovering data from corrupted databases.
--inc
,--dec
can be used to enumerate all b-tree records in either forward, or backward direction.--id0
walks the page tree, instead of the b-tree, printing the contents of each page
The header file idb3.h
contains a library for reading from IDA Pro databases.
Class for accessing sections of an .idb
or .i64
file.
Constructor Parameters:
std::shared_ptr<std::istream>
( typedefed tostream_ptr
)
Methods:
stream_ptr getsection(int)
Constructor Parameters:
IDBFile& idb
stream_ptr
Constant
INDEX
- the argument foridb.getsection
Methods
-
Cursor find(relation_t, nodeid, ...)
...
can be:- tag, index
- tag, hash
- tag
-
Cursor find(relation_t, std::string key)
-
std::string blob(nodeid, tag, ...)
-
uint64_t node(std::string name)
-
bool is64bit()
true
for.i64
files.
-
uint64_t nodebase()
- return
0xFF000000(00000000)
for 32/64 bit databases.
- return
-
void enumlist(uint64_t nodeid, char tag, CB cb)
- call
cb
for each value in the list.
- call
Convenience Methods
std::string getdata(ARGS...args)
std::string getstr(ARGS...args)
uint64_t getuint(ARGS...args)
uint64_t getuint(BtreeBase::Cursor& c)
std::string getname(uint64_t node)
Methods
uint32_t GetFlags(uint64_t ea)
Methods
uint64_t findname(uint64_t ea)
Methods
void next()
- move cursor to the next btree record
void prev()
- move cursor to the previous btree record
bool eof()
- did we reach the start/end of the btree?
std::string
getkey()`- return the key pointed to by the cursor
std::string
getval()`- return the value pointed to by the cursor
- add option to list all comments stored in the database
- support compressed sections
- add option to list flags for a list of addresses.
Willem Hengeveld itsme@xs4all.nl