Horrible compiletimes and memory usage while compiling a parser with X3

I am currently implementing expressions and the operator hierarchy for my
DSL, using boost spirit X3. 
I think my parser is semanticaly correct, but when I try to compile it,
while compiling, gcc and clang having HUGE memory footprint, compiles for an
infinite amount of time, and then quits with "g++: internal compiler error:
Killed (program cc1plus)". 
I tried to minimize the code arround the expression parser, but its somehow
not that trivial. 
Here <http://melpon.org/wandbox/permlink/8J3DNGd8xDy2v6Eo>   is an example
of what causes the compiler error. I dont know if this is a bug, or if I
have a semantic bug in my code, or if this is a bug. 

I think the problem is somwhere there: 

    auto const idx = as<ast::Operation>(helper::idxaccess_op > expression >
']'); 
    auto const func = as<ast::Operation>(helper::func_call_op >
expression%',' > ')'); 
    auto const data = as<ast::Operation>(helper::access_op > expression); 

    auto const func_call_expr_def = 
        primary_expr >> *(idx|func|data); 

if I change (idx|func|data) to (idx|func), it also compiles forever and uses
up to 16GB of ram, but gcc is able to compile it, and the parser works how
it should work.

Thanks 
Exagon



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