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static pe_timeable Timeables; |
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/*#define D_TIMEABLE(x) x /**/ |
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#define D_TIMEABLE(x) /**/ |
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0
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static void db_show_timeables() |
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{ |
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0
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pe_timeable *tm = (pe_timeable*) Timeables.ring.next; |
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0
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warn("timeables at %.2f\n", NVtime() + IntervalEpsilon); |
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0
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while (tm->ring.self) { |
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STRLEN n_a; |
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0
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pe_watcher *wa = (pe_watcher*) tm->ring.self; |
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pe_timeable *next = (pe_timeable*) tm->ring.next; |
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warn(" %.2f '%s'\n", tm->at, SvPV(wa->desc, n_a)); |
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tm = next; |
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} |
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} |
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69428
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static void pe_timeables_check() { |
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69428
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pe_timeable *tm = (pe_timeable*) Timeables.ring.next; |
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69428
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NV now = NVtime() + IntervalEpsilon; |
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/*db_show_timeables();/**/ |
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71104
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100
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while (tm->ring.self && now >= tm->at) { |
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100
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1676
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pe_watcher *ev = (pe_watcher*) tm->ring.self; |
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1676
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pe_timeable *next = (pe_timeable*) tm->ring.next; |
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D_TIMEABLE({ |
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if (WaDEBUGx(ev) >= 4) { |
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STRLEN n_a; |
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warn("Event: timeable expire '%s'\n", SvPV(ev->desc, n_a)); |
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} |
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}) |
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assert(!WaSUSPEND(ev)); |
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assert(WaACTIVE(ev)); |
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1676
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50
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PE_RING_DETACH(&tm->ring); |
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1676
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(*ev->vtbl->alarm)(ev, tm); |
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1676
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tm = next; |
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} |
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69428
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} |
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68831
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static NV timeTillTimer() { |
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68831
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pe_timeable *tm = (pe_timeable*) Timeables.ring.next; |
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68831
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100
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if (!tm->ring.self) |
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129
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return 3600; |
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68702
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return tm->at - NVtime(); |
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} |
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5511
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static void pe_timeable_start(pe_timeable *tm) { |
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/* OPTIMIZE! */ |
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5511
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pe_watcher *ev = (pe_watcher*) tm->ring.self; |
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5511
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pe_timeable *rg = (pe_timeable*) Timeables.ring.next; |
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assert(!WaSUSPEND(ev)); |
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assert(PE_RING_EMPTY(&tm->ring)); |
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if (WaDEBUGx(ev)) { |
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NV left = tm->at - NVtime(); |
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if (left < 0) { |
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STRLEN n_a; |
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warn("Event: timer for '%s' set to expire immediately (%.2f)", |
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SvPV(ev->desc, n_a), left); |
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} |
60
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} |
61
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8061016
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100
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while (rg->ring.self && rg->at < tm->at) { |
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100
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8055505
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rg = (pe_timeable*) rg->ring.next; |
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} |
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/*warn("-- adding 0x%x:\n", ev); db_show_timeables();/**/ |
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5511
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PE_RING_ADD_BEFORE(&tm->ring, &rg->ring); |
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/*warn("T:\n"); db_show_timeables();/**/ |
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D_TIMEABLE({ |
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if (WaDEBUGx(ev) >= 4) { |
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STRLEN n_a; |
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warn("Event: timeable start '%s'\n", SvPV(ev->desc, n_a)); |
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} |
72
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}) |
73
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5511
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} |
74
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75
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3929
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static void pe_timeable_stop(pe_timeable *tm) { |
76
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D_TIMEABLE({ |
77
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pe_watcher *ev = (pe_watcher*) tm->ring.self; |
78
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if (WaDEBUGx(ev) >= 4) { |
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STRLEN n_a; |
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warn("Event: timeable stop '%s'\n", SvPV(ev->desc, n_a)); |
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} |
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}) |
83
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3929
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100
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PE_RING_DETACH(&tm->ring); |
84
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3929
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} |
85
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86
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0
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static void pe_timeable_adjust(NV delta) { |
87
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0
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pe_timeable *rg = (pe_timeable*) Timeables.ring.next; |
88
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0
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0
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while (rg != &Timeables) { |
89
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0
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rg->at += delta; |
90
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0
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rg = (pe_timeable*) rg->ring.next; |
91
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} |
92
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0
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} |
93
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94
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1
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WKEYMETH(_timeable_hard) { /* applies to all timers in a watcher; is ok? */ |
95
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1
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50
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if (nval) { |
96
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0
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0
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if (sv_true(nval)) WaHARD_on(ev); else WaHARD_off(ev); |
97
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} |
98
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{ |
99
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1
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dSP; |
100
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1
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50
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XPUSHs(boolSV(WaHARD(ev))); |
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50
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101
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1
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PUTBACK; |
102
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} |
103
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1
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} |
104
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105
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24
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static void boot_timeable() { |
106
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24
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PE_RING_INIT(&Timeables.ring, 0); |
107
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24
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} |