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ALIAS:
lkeytop = 1
nkeytop = 2
ikeytop = 3
ukeytop = 4
rkeytop = 128
rlkeytop = 129
rnkeytop = 130
rikeytop = 131
rukeytop = 132
PPCODE:
check_keygen(aTHX_ keygen);
XSRETURN(_keytop(aTHX_ ix, keygen, top, 0, 2, items-2, ax, (GIMME_V == G_ARRAY)));
void
top(IV top, ...)
PROTOTYPE: @
ALIAS:
ltop = 1
ntop = 2
itop = 3
utop = 4
rtop = 128
rltop = 129
rntop = 130
ritop = 131
rutop = 132
PPCODE:
XSRETURN(_keytop(aTHX_ ix, 0, top, 0, MODE_SORT, items-1, ax, (GIMME_V == G_ARRAY)));
void
keypart(SV *keygen, IV top, ...)
PROTOTYPE: &@
ALIAS:
lkeypart = 1
nkeypart = 2
ikeypart = 3
ukeypart = 4
rkeypart = 128
rlkeypart = 129
rnkeypart = 130
rikeypart = 131
rukeypart = 132
PPCODE:
check_keygen(aTHX_ keygen);
XSRETURN(_keytop(aTHX_ ix, keygen, top, MODE_PART, 2, items-2, ax, (GIMME_V == G_ARRAY)));
void
part(IV top, ...)
PROTOTYPE: @
ALIAS:
lpart = 1
npart = 2
ipart = 3
upart = 4
rpart = 128
rlpart = 129
rnpart = 130
ripart = 131
rupart = 132
PPCODE:
XSRETURN(_keytop(aTHX_ ix, 0, top, MODE_PART, 1, items-1, ax, (GIMME_V == G_ARRAY)));
void
keypartref(SV *keygen, IV top, ...)
PROTOTYPE: &@
ALIAS:
lkeypartref = 1
nkeypartref = 2
ikeypartref = 3
ukeypartref = 4
rkeypartref = 128
rlkeypartref = 129
rnkeypartref = 130
rikeypartref = 131
rukeypartref = 132
PPCODE:
check_keygen(aTHX_ keygen);
XSRETURN(_keytop(aTHX_ ix, keygen, top, MODE_PARTREF, 2, items-2, ax, (GIMME_V == G_ARRAY)));
void
partref(IV top, ...)
PROTOTYPE: @
ALIAS:
lpartref = 1
npartref = 2
ipartref = 3
upartref = 4
rpartref = 128
rlpartref = 129
rnpartref = 130
ripartref = 131
rupartref = 132
PPCODE:
XSRETURN(_keytop(aTHX_ ix, 0, top, MODE_PARTREF, 1, items-1, ax, (GIMME_V == G_ARRAY)));
void
keytopsort(SV *keygen, IV top, ...)
PROTOTYPE: &@
ALIAS:
lkeytopsort = 1
nkeytopsort = 2
ikeytopsort = 3
ukeytopsort = 4
rkeytopsort = 128
rlkeytopsort = 129
rnkeytopsort = 130
rikeytopsort = 131
rukeytopsort = 132
PPCODE:
check_keygen(aTHX_ keygen);
XSRETURN(_keytop(aTHX_ ix, keygen, top, MODE_SORT, 2, items-2, ax, (GIMME_V == G_ARRAY)));
void
topsort(IV top, ...)
PROTOTYPE: @
ALIAS:
ltopsort = 1
ntopsort = 2
itopsort = 3
utopsort = 4
rtopsort = 128
rltopsort = 129
rntopsort = 130
ritopsort = 131
rutopsort = 132
PPCODE:
XSRETURN(_keytop(aTHX_ ix, 0, top, MODE_SORT, 1, items-1, ax, (GIMME_V == G_ARRAY)));
void
keyhead(SV *keygen, ...)
PROTOTYPE: &@
ALIAS:
lkeyhead = 1
nkeyhead = 2
ikeyhead = 3
ukeyhead = 4
rkeyhead = 128
rlkeyhead = 129
rnkeyhead = 130
rikeyhead = 131
rukeyhead = 132
PPCODE:
check_keygen(aTHX_ keygen);
XSRETURN(_keytop(aTHX_ ix, keygen, 1, 0, 1, items-1, ax, 0));
void
keytail(SV *keygen, ...)
PROTOTYPE: &@
ALIAS:
lkeytail = 1
nkeytail = 2
ikeytail = 3
ukeytail = 4
rkeytail = 128
rlkeytail = 129
rnkeytail = 130
rikeytail = 131
rukeytail = 132
PPCODE:
check_keygen(aTHX_ keygen);
XSRETURN(_keytop(aTHX_ ix, keygen, -1, 0, 1, items-1, ax, 0));
void
head(...)
PROTOTYPE: @
ALIAS:
lhead = 1
nhead = 2
ihead = 3
uhead = 4
rhead = 128
rlhead = 129
rnhead = 130
rihead = 131
ruhead = 132
PPCODE:
XSRETURN(_keytop(aTHX_ ix, 0, 1, 0, 0, items, ax, 0));
void
tail(...)
PROTOTYPE: @
ALIAS:
ltail = 1
ntail = 2
itail = 3
utail = 4
rtail = 128
rltail = 129
rntail = 130
ritail = 131
rutail = 132
PPCODE:
XSRETURN(_keytop(aTHX_ ix, 0, -1, 0, 0, items, ax, 0));
void
keyatpos(SV *keygen, IV n, ...)
PROTOTYPE: &@
ALIAS:
lkeyatpos = 1
nkeyatpos = 2
ikeyatpos = 3
ukeyatpos = 4
rkeyatpos = 128
rlkeyatpos = 129
rnkeyatpos = 130
rikeyatpos = 131
rukeyatpos = 132
PPCODE:
check_keygen(aTHX_ keygen);
XSRETURN(_keytop(aTHX_ ix, keygen, (n < 0 ? n : n + 1), 1, 2, items-2, ax, 0));
void
atpos(IV n, ...)
PROTOTYPE: @
ALIAS:
latpos = 1
natpos = 2
iatpos = 3
uatpos = 4
ratpos = 128
rlatpos = 129
rnatpos = 130
riatpos = 131
ruatpos = 132
PPCODE:
XSRETURN(_keytop(aTHX_ ix, 0, (n < 0 ? n : n + 1), 1, 1, items-1, ax, 0));
void
slottop(SV *slot, IV top, ...)
PROTOTYPE: @
ALIAS:
lslottop = 1
nslottop = 2
islottop = 3
uslottop = 4
rslottop = 128
rlslottop = 129
rnslottop = 130
rislottop = 131
ruslottop = 132
PPCODE:
check_slot(aTHX_ slot);
XSRETURN(_keytop(aTHX_ ix, slot, top, 0, 2, items-2, ax, (GIMME_V == G_ARRAY)));
void
slotpart(SV *slot, IV top, ...)
PROTOTYPE: @
ALIAS:
lslotpart = 1
nslotpart = 2
islotpart = 3
uslotpart = 4
rslotpart = 128
rlslotpart = 129
rnslotpart = 130
rislotpart = 131
ruslotpart = 132
PPCODE:
check_slot(aTHX_ slot);
XSRETURN(_keytop(aTHX_ ix, slot, top, MODE_PART, 2, items-2, ax, (GIMME_V == G_ARRAY)));
void
slotpartref(SV *slot, IV top, ...)
PROTOTYPE: @
ALIAS:
lslotpartref = 1
nslotpartref = 2
islotpartref = 3
uslotpartref = 4
rslotpartref = 128
rlslotpartref = 129
rnslotpartref = 130
rislotpartref = 131
ruslotpartref = 132
PPCODE:
check_slot(aTHX_ slot);
XSRETURN(_keytop(aTHX_ ix, slot, top, MODE_PARTREF, 2, items-2, ax, (GIMME_V == G_ARRAY)));
void
slottopsort(SV *slot, IV top, ...)
PROTOTYPE: @
ALIAS:
lslottopsort = 1
nslottopsort = 2
islottopsort = 3
uslottopsort = 4
rslottopsort = 128
rlslottopsort = 129
rnslottopsort = 130
rislottopsort = 131
ruslottopsort = 132
PPCODE:
check_slot(aTHX_ slot);
XSRETURN(_keytop(aTHX_ ix, slot, top, MODE_SORT, 2, items-2, ax, (GIMME_V == G_ARRAY)));
void
slothead(SV *slot, ...)
PROTOTYPE: @
ALIAS:
lslothead = 1
nslothead = 2
islothead = 3
uslothead = 4
rslothead = 128
rlslothead = 129
rnslothead = 130
rislothead = 131
ruslothead = 132
PPCODE:
check_slot(aTHX_ slot);
XSRETURN(_keytop(aTHX_ ix, slot, 1, 0, 1, items-1, ax, 0));
void
slottail(SV *slot, ...)
PROTOTYPE: @
ALIAS:
lslottail = 1
nslottail = 2
islottail = 3
uslottail = 4
rslottail = 128
rlslottail = 129
rnslottail = 130
rislottail = 131
ruslottail = 132
PPCODE:
check_slot(aTHX_ slot);
XSRETURN(_keytop(aTHX_ ix, slot, -1, 0, 1, items-1, ax, 0));
void
slotatpos(SV *slot, IV n, ...)
PROTOTYPE: @
ALIAS:
lslotatpos = 1
nslotatpos = 2
islotatpos = 3
uslotatpos = 4
rslotatpos = 128
rlslotatpos = 129
rnslotatpos = 130
rislotatpos = 131
ruslotatpos = 132
PPCODE:
check_slot(aTHX_ slot);
XSRETURN(_keytop(aTHX_ ix, slot, (n < 0 ? n : n + 1), 1, 2, items-2, ax, 0));
( run in 0.498 second using v1.01-cache-2.11-cpan-5511b514fd6 )