llvm dev - Mar 2018 - llvm bit code binding use case

Hello,

I have a use case scenario where I need to compare equivalent function
definitions of a common set of code that produced llvm bitcodes in two
separate ways. By compare, I do not mean comparing programs in the most
general sense, as I know that that would be naive and problematic, but I
want to find identical pointer usage of from different expressions. Bruting
the space of all possible combinations for the two after they have been
normalized is a feasible solution, because def use chains tend to be rather
small, and equivalence is either by identical expressions or not. Constant
folding is one way to achieve this, by tagging the ssa value associated
with a particular property.

So my questions are:


Is there a corpora of known source code targets for which I can compile to
both llvm bitcode and executable on linux easily?

Is there an api and tool whereby I can compile a llvm plugin or utility
that will load a bitcode, transform it to the appropriate data structures
and LLVM IR, and feed that IR to my plugin or utility according to some
traversal or simple brute space by command line? As in:

load-bitcode ./myplugin.so -- bitcodefile.bitcode

Is there an easy way to perform constant folding on a given LLVM IR SSA
value?

Is there an existing data structure that allows storing LLVM IR in a Set or
Map type?
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