/* MakeResumeCont:
*
* Build the resume fate for a signal or poll event handler.
* This closure contains the address of the resume entry-point and
* the registers from the Lib7 state.
*
* At least 4K avail. heap assumed.
*
* This gets called from MakeHandlerArg() below,
* and also from src/runtime/main/run-runtime.c
*
*/
lib7_val_t MakeResumeCont (lib7_state_t *lib7_state, lib7_val_t resume[])
{
/* Allocate the resumption closure:
*/
LIB7_AllocWrite(lib7_state, 0, MAKE_DESC(10, DTAG_record));
LIB7_AllocWrite(lib7_state, 1, PTR_CtoLib7(resume));
LIB7_AllocWrite(lib7_state, 2, lib7_state->lib7_argument);
LIB7_AllocWrite(lib7_state, 3, lib7_state->lib7_fate);
LIB7_AllocWrite(lib7_state, 4, lib7_state->lib7_closure);
LIB7_AllocWrite(lib7_state, 5, lib7_state->lib7_link_register);
LIB7_AllocWrite(lib7_state, 6, lib7_state->lib7_program_counter);
LIB7_AllocWrite(lib7_state, 7, lib7_state->lib7_exception_fate);
LIB7_AllocWrite(lib7_state, 8, lib7_state->lib7_calleeSave[0]); /* John Reppy says not to do: LIB7_AllocWrite(lib7_state, 8, lib7_state->lib7_current_thread); */
LIB7_AllocWrite(lib7_state, 9, lib7_state->lib7_calleeSave[1]);
LIB7_AllocWrite(lib7_state, 10, lib7_state->lib7_calleeSave[2]);
/**/
return LIB7_Alloc(lib7_state, 10);
}
/* _ml_Date_localtime : Int32.int -> (int * int * int * int * int * int * int * int * int)
*
* Takes a local time value (in seconds), and converts it to a 9-tuple with
* the fields: tm_sec, tm_min, tm_hour, tm_mday, tm_mon, tm_year, tm_wday,
* tm_yday, and tm_isdst.
*/
ml_val_t _ml_Date_localtime (ml_state_t *msp, ml_val_t arg)
{
time_t t = (time_t)INT32_MLtoC(arg);
struct tm *tm;
tm = localtime (&t);
if (tm == NULL) RAISE_SYSERR(msp,0);
ML_AllocWrite(msp, 0, MAKE_DESC(DTAG_record, 9));
ML_AllocWrite(msp, 1, INT_CtoML(tm->tm_sec));
ML_AllocWrite(msp, 2, INT_CtoML(tm->tm_min));
ML_AllocWrite(msp, 3, INT_CtoML(tm->tm_hour));
ML_AllocWrite(msp, 4, INT_CtoML(tm->tm_mday));
ML_AllocWrite(msp, 5, INT_CtoML(tm->tm_mon));
ML_AllocWrite(msp, 6, INT_CtoML(tm->tm_year));
ML_AllocWrite(msp, 7, INT_CtoML(tm->tm_wday));
ML_AllocWrite(msp, 8, INT_CtoML(tm->tm_yday));
ML_AllocWrite(msp, 9, INT_CtoML(tm->tm_isdst));
return ML_Alloc(msp, 9);
} /* end of _ml_Date_localtime */
PVT ml_val_t mkWord32(ml_state_t *msp, Word_t p)
{
ML_AllocWrite(msp, 0, MAKE_DESC(sizeof(Word_t), DTAG_string));
ML_AllocWrite(msp, 1, (ml_val_t)p);
return ML_Alloc(msp, sizeof(Word_t));
}
void allocate_globals (lib7_state_t* lib7_state)
{
lib7_val_t RunVec;
lib7_val_t CStruct;
#ifdef SIZES_C64_LIB732
PatchAddresses ();
#endif
/* Allocate the RunVec: */
#define RUNVEC_SZ 12
LIB7_AllocWrite(lib7_state, 0, MAKE_DESC(RUNVEC_SZ, DTAG_record));
LIB7_AllocWrite(lib7_state, 1, PTR_CtoLib7(array_v+1));
LIB7_AllocWrite(lib7_state, 2, PTR_CtoLib7(bind_cfun_v+1));
LIB7_AllocWrite(lib7_state, 3, PTR_CtoLib7(callc_v+1));
LIB7_AllocWrite(lib7_state, 4, PTR_CtoLib7(create_b_v+1));
LIB7_AllocWrite(lib7_state, 5, PTR_CtoLib7(create_r_v+1));
LIB7_AllocWrite(lib7_state, 6, PTR_CtoLib7(create_s_v+1));
LIB7_AllocWrite(lib7_state, 7, PTR_CtoLib7(create_v_v+1));
LIB7_AllocWrite(lib7_state, 8, PTR_CtoLib7(floor_v+1));
LIB7_AllocWrite(lib7_state, 9, PTR_CtoLib7(logb_v+1));
LIB7_AllocWrite(lib7_state, 10, PTR_CtoLib7(scalb_v+1));
LIB7_AllocWrite(lib7_state, 11, PTR_CtoLib7(try_lock_v+1));
LIB7_AllocWrite(lib7_state, 12, PTR_CtoLib7(unlock_v+1));
RunVec = LIB7_Alloc(lib7_state, RUNVEC_SZ);
/* Allocate the CStruct: */
#define CSTRUCT_SZ 12
LIB7_AllocWrite(lib7_state, 0, MAKE_DESC(CSTRUCT_SZ, DTAG_record));
LIB7_AllocWrite(lib7_state, 1, RunVec);
LIB7_AllocWrite(lib7_state, 2, DivId);
LIB7_AllocWrite(lib7_state, 3, OverflowId);
LIB7_AllocWrite(lib7_state, 4, SysErrId);
LIB7_AllocWrite(lib7_state, 5, ProfCurrent); /* prof_current in src/lib/core/init/runtime-system.api */
LIB7_AllocWrite(lib7_state, 6, PollEvent); /* poll_event in src/lib/core/init/runtime-system.api */
LIB7_AllocWrite(lib7_state, 7, PollFreq); /* poll_freq in src/lib/core/init/runtime-system.api */
LIB7_AllocWrite(lib7_state, 8, Lib7PollHandler); /* poll_handler in src/lib/core/init/runtime-system.api */
LIB7_AllocWrite(lib7_state, 9, ActiveProcs); /* active_procs in src/lib/core/init/runtime-system.api */
LIB7_AllocWrite(lib7_state, 10, PervasiveStruct); /* pstruct in src/lib/core/init/runtime-system.api */
LIB7_AllocWrite(lib7_state, 11, Lib7SignalHandler); /* sighandler in src/lib/core/init/runtime-system.api */
LIB7_AllocWrite(lib7_state, 12, LIB7_vector0); /* vector0 in src/lib/core/init/runtime-system.api */
CStruct = LIB7_Alloc(lib7_state, CSTRUCT_SZ);
/* Allocate 1-elem SRECORD just containing the CStruct: */
REC_ALLOC1(lib7_state, runtimeCompileUnit, CStruct);
#ifdef ASM_MATH
#define MATHVEC_SZ 8
LIB7_AllocWrite(lib7_state, 0, MAKE_DESC(MATHVEC_SZ, DTAG_record));
LIB7_AllocWrite(lib7_state, 1, LnId);
LIB7_AllocWrite(lib7_state, 2, SqrtId);
LIB7_AllocWrite(lib7_state, 3, PTR_CtoLib7(arctan_v+1));
LIB7_AllocWrite(lib7_state, 4, PTR_CtoLib7(cos_v+1));
LIB7_AllocWrite(lib7_state, 5, PTR_CtoLib7(exp_v+1));
LIB7_AllocWrite(lib7_state, 6, PTR_CtoLib7(ln_v+1));
LIB7_AllocWrite(lib7_state, 7, PTR_CtoLib7(sin_v+1));
LIB7_AllocWrite(lib7_state, 8, PTR_CtoLib7(sqrt_v+1));
MathVec = LIB7_Alloc(lib7_state, MATHVEC_SZ);
#endif
} /* allocate_globals */
