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a4f8285686
* Initial experiment * holy shit the pain of this rabbit hole * F * F * F * F * FFF * FFFF * FFFFFFFFF * FFFFFFFFFF * FF * ffffff * ffffffff * F^F * FFFFFF * F * Robusted * F * Some readability, hopefully * Fear * Aurora was a mistake * Horrors beyond our comprehension * Use the appropriate macro across the tests * Brah * FF * Mute janitors robusting the ling * Frail doctors revealing to be more trained than a KGB sleeper agent when the crew armory opens * FFFFFFF * gujbjh * Shitcode, shitcode everywhere * Pain * Cursed codebase * Fix AI mask qdel, SQL tests to macro * Attempt at github grouping * Take two * Brah * Maybe this looks better * Different formatting * FFS * Visuals * pain * FFFFF * hyuh * fgdsgd * igyguybujgb * Just calling the parent here * dsfs * fdsaf * Move more pieces to use the macros * Finish moving to macro * gah * Changelog, some touchups * Fix another found runtime * GDI
92 lines
3.1 KiB
Plaintext
92 lines
3.1 KiB
Plaintext
/datum/unit_test/roundstart_cable_connectivity
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name = "POWER: Roundstart Cables that are Connected Share Powernets"
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/datum/unit_test/roundstart_cable_connectivity/proc/find_connected_neighbours(var/obj/structure/cable/C)
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. = list()
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if(C.d1 != 0)
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. += get_connected_neighbours(C, C.d1)
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if(C.d2 != 0)
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. += get_connected_neighbours(C, C.d2)
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/datum/unit_test/roundstart_cable_connectivity/proc/get_connected_neighbours(var/obj/structure/cable/self, var/dir)
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var/turf/T = get_step(get_turf(self), dir)
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var/reverse = reverse_dir[dir]
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. = list() //can have multiple connected neighbours for a dir, e.g. Y-junctions
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for(var/obj/structure/cable/other in T)
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if(other.d1 == reverse || other.d2 == reverse)
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. += other
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/datum/unit_test/roundstart_cable_connectivity/start_test()
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var/failed = 0
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var/list/found_cables = list()
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//there is a cable list, but for testing purposes we search every cable in the world
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for(var/obj/structure/cable/C in world)
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if(C in found_cables)
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continue
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var/list/to_search = list(C)
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var/list/searched = list()
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while(to_search.len)
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var/obj/structure/cable/next = to_search[to_search.len]
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to_search.len--
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searched += next
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for(var/obj/structure/cable/other in get_connected_neighbours(next))
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if(other in searched)
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continue
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if(next.powernet != other.powernet)
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TEST_FAIL("Cable at ([next.x], [next.y], [next.z]) did not share powernet with connected neighbour at ([other.x], [other.y], [other.z])")
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failed++
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to_search += other
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found_cables += searched
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if(failed)
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TEST_FAIL("Found [failed] bad cables.")
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else
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TEST_PASS("All connected roundstart cables have matching powernets.")
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return 1
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/datum/unit_test/areas_apc_uniqueness
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name = "POWER: Each area should have at most one APC."
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/datum/unit_test/areas_apc_uniqueness/start_test()
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var/failed = 0
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for(var/area/A in world)
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var/obj/machinery/power/apc/found_apc = null
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for(var/obj/machinery/power/apc/APC in A)
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if(!found_apc)
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found_apc = APC
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continue
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TEST_FAIL("Duplicated APCs in area: [A.name]. #1: [log_info_line(found_apc)] #2: [log_info_line(APC)]")
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failed++
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if(failed)
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TEST_FAIL("Found [failed] duplicate APCs.")
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else
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TEST_PASS("No areas with duplicated APCs have been found.")
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return 1
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/datum/unit_test/area_power_tally_accuracy
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name = "POWER: All areas must have accurate power use values."
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/datum/unit_test/area_power_tally_accuracy/start_test()
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var/failed = FALSE
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var/list/channel_names = list("equip", "light", "environ")
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for(var/area/A in world)
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var/list/old_values = list(A.used_equip, A.used_light, A.used_environ)
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A.retally_power()
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var/list/new_values = list(A.used_equip, A.used_light, A.used_environ)
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for(var/i in 1 to length(old_values))
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if(abs(old_values[i] - new_values[i]) > 1) // Round because there can in fact be roundoff error here apparently.
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failed = TRUE
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TEST_FAIL("The area [A.name] had improper power use values on the [channel_names[i]] channel: was [old_values[i]] but should be [new_values[i]].")
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if(failed)
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TEST_FAIL("At least one area had improper power use values")
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else
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TEST_PASS("All areas had accurate power use values.")
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return 1
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