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https://github.com/fulpstation/fulpstation.git
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d7b537ce24
* Overlay per-type cost logging. Overlays will now log how long each type took to process. Changed up how overlays was done to account for the fact its a queue and not a processor. (it was using almost none of the processing subsystem framework) Made the overlay loop faster by making it not cut the list until the end. Added a simple generic benchmark stat tracking system. I don't know how much overhead this adds to overlays. i may put it behind testing or something, but i do want to test this on the serbers to get some stats. * Removes flush() as it was creating race conditions * Use ref * text2file * Atoms added as an overlay will have their pending overlays compiled before being converted to an appearance
75 lines
2.4 KiB
Plaintext
75 lines
2.4 KiB
Plaintext
/proc/cmp_numeric_dsc(a,b)
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return b - a
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/proc/cmp_numeric_asc(a,b)
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return a - b
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/proc/cmp_text_asc(a,b)
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return sorttext(b,a)
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/proc/cmp_text_dsc(a,b)
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return sorttext(a,b)
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/proc/cmp_name_asc(atom/a, atom/b)
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return sorttext(b.name, a.name)
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/proc/cmp_name_dsc(atom/a, atom/b)
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return sorttext(a.name, b.name)
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GLOBAL_VAR_INIT(cmp_field, "name")
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/proc/cmp_records_asc(datum/data/record/a, datum/data/record/b)
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return sorttext(b.fields[GLOB.cmp_field], a.fields[GLOB.cmp_field])
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/proc/cmp_records_dsc(datum/data/record/a, datum/data/record/b)
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return sorttext(a.fields[GLOB.cmp_field], b.fields[GLOB.cmp_field])
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/proc/cmp_ckey_asc(client/a, client/b)
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return sorttext(b.ckey, a.ckey)
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/proc/cmp_ckey_dsc(client/a, client/b)
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return sorttext(a.ckey, b.ckey)
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/proc/cmp_subsystem_init(datum/controller/subsystem/a, datum/controller/subsystem/b)
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return initial(b.init_order) - initial(a.init_order) //uses initial() so it can be used on types
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/proc/cmp_subsystem_display(datum/controller/subsystem/a, datum/controller/subsystem/b)
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return sorttext(b.name, a.name)
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/proc/cmp_subsystem_priority(datum/controller/subsystem/a, datum/controller/subsystem/b)
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return a.priority - b.priority
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/proc/cmp_timer(datum/timedevent/a, datum/timedevent/b)
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return a.timeToRun - b.timeToRun
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/proc/cmp_clientcolour_priority(datum/client_colour/A, datum/client_colour/B)
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return B.priority - A.priority
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/proc/cmp_clockscripture_priority(datum/clockwork_scripture/A, datum/clockwork_scripture/B)
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return initial(A.sort_priority) - initial(B.sort_priority)
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/proc/cmp_ruincost_priority(datum/map_template/ruin/A, datum/map_template/ruin/B)
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return initial(A.cost) - initial(B.cost)
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/proc/cmp_qdel_item_time(datum/qdel_item/A, datum/qdel_item/B)
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. = B.hard_delete_time - A.hard_delete_time
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if (!.)
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. = B.destroy_time - A.destroy_time
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if (!.)
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. = B.failures - A.failures
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if (!.)
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. = B.qdels - A.qdels
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/proc/cmp_generic_stat_item_time(list/A, list/B)
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. = B[STAT_ENTRY_TIME] - A[STAT_ENTRY_TIME]
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if (!.)
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. = B[STAT_ENTRY_COUNT] - A[STAT_ENTRY_COUNT]
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/proc/cmp_profile_avg_time_dsc(list/A, list/B)
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return (B[PROFILE_ITEM_TIME]/(B[PROFILE_ITEM_COUNT] || 1)) - (A[PROFILE_ITEM_TIME]/(A[PROFILE_ITEM_COUNT] || 1))
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/proc/cmp_profile_time_dsc(list/A, list/B)
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return B[PROFILE_ITEM_TIME] - A[PROFILE_ITEM_TIME]
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/proc/cmp_profile_count_dsc(list/A, list/B)
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return B[PROFILE_ITEM_COUNT] - A[PROFILE_ITEM_COUNT]
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