than of their loadsize, because otherwise if they are e.g. part of a record
they would occupy more space than allowed
o adapted llvm code to deal with the fact that bitpacked arrays are now
always arrays of bytes rather than arrays of integers with the same size
as their loadsize -- this also fixes several type inconsistencies
detected by llvm
git-svn-id: trunk@34125 -
as bytes in the LLVM type, so typecast them to the correct type (which is
the size that will be used by hlcg.a_load*subsetref*)
git-svn-id: trunk@32565 -
thlcgobj.g_set_addr_nonbitpacked_field_ref() and adjusted it so that
it also works for objects/classes (if the incoming reference points
to the start of the class contents)
o factored out the related code from tllvmsubscriptnode
git-svn-id: trunk@32411 -
index of the corresponding llvm fieldvar, as this index is a member
of the fieldvarsym that only gets initialised once the llvm shadow
symtable gets built, which in turn is triggered by trying to access
it for the first time -> if fieldvarsym.llvmfieldnr got loaded by
the compiler before evaluating the llvmst expression and if the
llvmst hadn't been built yet, this llvmfieldnr was not yet initialized
git-svn-id: trunk@31060 -
for llvm in order to ensure that it doesn't allocate the ABI-specified
size, we have to convert the resulting pointer to an array of 10 bytes
into a pointer to extended when we subscript the record (like is already
done for arrays)
git-svn-id: trunk@30720 -
bitpacked arrays:
o separate the element size from the index when constructing the memory
references, so we can easily use the llvm getelementptr instruction
o handle conversion of s80real values from their array declaration
as array elements to floating point values when loading them
git-svn-id: branches/hlcgllvm@26050 -
