m68k/n68kadd.pas, tn68kadd.second_cmpordinal:
* use the size of the largest operand to select a fiting operand
* ToDo: check whether a sign/zero extend of the value is necessary
git-svn-id: trunk@25628 -
m68k/n68kcnv.pas, tn68kcnv.second_int_to_bool:
* we need to check both the upper and the lower register for a 64-bit value to decide whether it's True or False
git-svn-id: trunk@25625 -
m68k/cgcpu.pas, tcg68k:
* a_load_ref_cgpara: use pashsize instead of paraloc^.size as the latter could be OS_NO and thus a "move" instead of a "move.x" will be generated resulting in a word move when a long or byte move might have been necessary
* a_load_reg_ref: use the smallest size when moving the value to a reference
* a_load_ref_ref: when the size is different always use a temporary register for a ref to ref move
* a_load_ref_ref: when doing a fixed move for Coldfire use the correct ref (that's another embarrasing error...) and size (fixes usage of String[Index] for a const array parameter)
* a_load_ref_reg: use the smallest size when moving the value from a reference
* g_concatcopy: don't use source.alignment as that doesn't contain the correct value and also load the value into the temp register using the correct size (fixes passing of small values as parameters, like chars)
git-svn-id: trunk@25624 -
symdef.pas:
* tobjectdef.find_implemented_interface: use equal_defs to ensure that equal specializations of interfaces are found as well
* getparaencoding: use globals.CP_NONE instead of just CP_NONE, because defcmp contains a cp_none enum as well.
+ added test
git-svn-id: trunk@25609 -
target is now set before the second pass of parsing the command line
arguments. Then during the second pass, it can be overriden.
git-svn-id: trunk@25607 -
m68k/cgcpu.pas, tcg68k.g_flags2reg:
* don't sign extend the flag value which was stored to the register, but instead do a "AND 1" on it to reduce it to 1 bit; afterall Booleans in Pascal are either 0 or 1 and not 0 or $FF
+ added test
git-svn-id: trunk@25598 -
* completely disable the DBRA part for CPUs without DBRA
* replace CMP/BNE with BPL which uses the flags of the SUB instruction
Additional fixes for the other two (still disabled) DBRA alternatives:
* use BPL instead of BMI (which is wrong)
git-svn-id: trunk@25587 -
+ add a define for each of the two orders
* fail if none of the two defines is defined ( => for porting to new systems)
+ use the order as specified by the define
git-svn-id: trunk@25581 -
pgenutil.pas, generate_specializations:
* use splite_generic_name
* use the genericparas list instead of iterating the complete symlist
pgenutil.pas, split_generic_name:
* leave the loop instead of providing an internal error if the right part is not a number
git-svn-id: trunk@25580 -
pgenutil.pas:
+ add new function could_be_generic which checks whether a given symbol name could be a generic (which is determined using the genericdummysyms list for the current module)
pexpr.pas:
* factor: only do a typecheck pass (postfixoperators does one as well) if the found node can not be a generic type
* sub_expr: do a typecheck pass if it isn't a specialization
+ added test
git-svn-id: trunk@25579 -
pgenutil.pas, generate_specialization:
* use "is_generic" instead of "df_generic in defoptions" as nested non generic types will have that flag set as well and thus would be acceptable for the "<...>" notation although no generic version of it exists
ptype.pas, single_type:
* check for nested types after doing a specialization
+ added tests (one for now working case and one for now forbidden case)
git-svn-id: trunk@25578 -
cclasses.pas:
+ TFPHashList & TFPHashObjectList: add WhileEachCall methods that walk the list like ForEachCall does, but uses a while-loop instead of a for-loop
psub.pas, generate_specialization_procs:
* use WhileEachCall instead of ForEachCall as new defs can be added during the specialization that need to be specialized as well
+ added test
git-svn-id: trunk@25577 -
