#include <iostream>

/*
TODO
1. getopt -> --spslr=<dir>, --bin=<file>
2. Recursively gather all spslr CU files
3. Loop over all symbols of the binary
	-> associate blocks via CU uid symbol
	-> find __spslr_program symbol (spslr vaddr pivot)
4. Find virtual address and file address for all pins
5. Calculate target randomization order
6. Emit patcher program into final executable and set __spslr_program
*/

/*
<sourcefile>.spslr:

SPSLR <CU filename> <CU uid symbol>
target <name> <local uid> <size> <field count>
f <offset> <size> <flags>
f <offset> <size> <flags>
...
ipin <label> <target uid> <field offset>
ipin <label> <target uid> <field offset>
ipin <label> <target uid> <field offset>
...
dpin <local/global> <symbol> <offset> <level> <target uid>
dpin <local/global> <symbol> <offset> <level> <target uid>
...



Datapins for same var/symbol are randomized in order of their level, from bottom of nest to top
The CU uid symbol helps differentiating between e.g. "file.c" and "sub/file.c" (symbtab has no idea)
Between CUs, types with the same name HAVE TO HAVE the same layout -> randomized together
To begin with, anonymous types are not allowed for randomization (later solved with hash(type) instead of name)!

Note -> field alignment should probably be gathered by pinpoint plugin!

*/

int main(int argc, char** argv) {
	std::cout << "Hello World!" << std::endl;
}