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[K/N][perf] Added autoreleasepool in swiftinterop benchmarks

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This commit is contained in:
Elena Lepilkina
2021-07-21 21:13:26 +03:00
committed by Space
parent f8528c5cca
commit e29a67b3a3
1 changed files with 75 additions and 58 deletions
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133
kotlin-native/performance/swiftinterop/swiftSrc/benchmarks.swift
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@@ -130,96 +130,113 @@ class SwiftInteropBenchmarks {
}
func searchRoutesInSwiftMultigraph() {
initMultigraph(size: SMALL_BENCHMARK_SIZE)
for _ in 0...SMALL_BENCHMARK_SIZE {
var vertexes = Array(multigraph.allVertexes)
var result = multigraph.searchRoutesWithLimits(start: 1,
finish: NSNumber(value: SMALL_BENCHMARK_SIZE / 2 + SMALL_BENCHMARK_SIZE / 4),
limits: SimpleCost(cost: SMALL_BENCHMARK_SIZE / 5))
var count = result.map{ $0.count }.reduce(0, +)
autoreleasepool {
initMultigraph(size: SMALL_BENCHMARK_SIZE)
for _ in 0...SMALL_BENCHMARK_SIZE {
var vertexes = Array(multigraph.allVertexes)
var result = multigraph.searchRoutesWithLimits(start: 1,
finish: NSNumber(value: SMALL_BENCHMARK_SIZE / 2 + SMALL_BENCHMARK_SIZE / 4),
limits: SimpleCost(cost: SMALL_BENCHMARK_SIZE / 5))
var count = result.map{ $0.count }.reduce(0, +)
}
}
}
func searchTravelRoutes() {
cityMap = CityMap()
initCityMap(size: BENCHMARK_SIZE)
let transports: Set = [Transport.car, Transport.underground]
let interests: Set = [Interest.sight, Interest.culture]
let cost = RouteCost(moneyCost: 500, timeCost: 6, interests: interests, transport: transports)
for _ in 0...SMALL_BENCHMARK_SIZE {
var result = cityMap.getRoutes(start: Array(cityMap.allPlaces).first!, finish: Array(cityMap.allPlaces).last!, limits: cost)
var totalCost = result.flatMap{ $0 }.map { $0.cost.moneyCost }.reduce(0, +)
autoreleasepool {
cityMap = CityMap()
initCityMap(size: BENCHMARK_SIZE)
let transports: Set = [Transport.car, Transport.underground]
let interests: Set = [Interest.sight, Interest.culture]
let cost = RouteCost(moneyCost: 500, timeCost: 6, interests: interests, transport: transports)
for _ in 0...SMALL_BENCHMARK_SIZE {
var result = cityMap.getRoutes(start: Array(cityMap.allPlaces).first!, finish: Array(cityMap.allPlaces).last!, limits: cost)
var totalCost = result.flatMap{ $0 }.map { $0.cost.moneyCost }.reduce(0, +)
}
}
}
func availableTransportOnMap() {
cityMap = CityMap()
initCityMap(size: MEDIUM_BENCHMARK_SIZE)
Set(cityMap.allRoutes.map { (cityMap.getRouteById(id: $0.id).cost as! RouteCost).transport })
autoreleasepool {
cityMap = CityMap()
initCityMap(size: MEDIUM_BENCHMARK_SIZE)
Set(cityMap.allRoutes.map { (cityMap.getRouteById(id: $0.id).cost as! RouteCost).transport })
}
}
func allPlacesMapedByInterests() {
cityMap = CityMap()
initCityMap(size: MEDIUM_BENCHMARK_SIZE)
let placesByInterests = cityMap.allPlaces.reduce([Interest: Array<Place>]()) { (dict, place) -> [Interest: Array<Place>] in
var dict = dict
if (dict[place.interestCategory] != nil) {
dict[place.interestCategory]?.append(place)
} else {
dict[place.interestCategory] = [place]
autoreleasepool {
cityMap = CityMap()
initCityMap(size: MEDIUM_BENCHMARK_SIZE)
let placesByInterests = cityMap.allPlaces.reduce([Interest: Array<Place>]()) { (dict, place) -> [Interest: Array<Place>] in
var dict = dict
if (dict[place.interestCategory] != nil) {
dict[place.interestCategory]?.append(place)
} else {
dict[place.interestCategory] = [place]
}
return dict
}
return dict
}
}
func getAllPlacesWithStraightRoutesTo() {
cityMap = CityMap()
initCityMap(size: MEDIUM_BENCHMARK_SIZE)
for _ in 0...SMALL_BENCHMARK_SIZE {
let start = cityMap.allPlaces.randomElement()!
let availableRoutes = cityMap.getAllStraightRoutesFrom(place: start)
var _ = availableRoutes.map { $0.to }
autoreleasepool {
cityMap = CityMap()
initCityMap(size: MEDIUM_BENCHMARK_SIZE)
for _ in 0...SMALL_BENCHMARK_SIZE {
let start = cityMap.allPlaces.randomElement()!
let availableRoutes = cityMap.getAllStraightRoutesFrom(place: start)
var _ = availableRoutes.map { $0.to }
}
}
}
func goToAllAvailablePlaces() {
cityMap = CityMap()
initCityMap(size: MEDIUM_BENCHMARK_SIZE)
for _ in 0...SMALL_BENCHMARK_SIZE {
let start = cityMap.allPlaces.randomElement()!
let availableRoutes = cityMap.getAllStraightRoutesFrom(place: start)
availableRoutes.map { 2 * $0.cost.moneyCost }
autoreleasepool {
cityMap = CityMap()
initCityMap(size: MEDIUM_BENCHMARK_SIZE)
for _ in 0...SMALL_BENCHMARK_SIZE {
let start = cityMap.allPlaces.randomElement()!
let availableRoutes = cityMap.getAllStraightRoutesFrom(place: start)
availableRoutes.map { 2 * $0.cost.moneyCost }
}
}
}
func removeVertexAndEdgesSwiftMultigraph() {
initMultigraph(size: SMALL_BENCHMARK_SIZE)
let multigraphCopy = multigraph.doCopyMultigraph()
var edges = multigraphCopy.allEdges
while (!edges.isEmpty) {
multigraphCopy.removeEdge(id: UInt32(edges.randomElement()!))
let vertexes = multigraphCopy.allVertexes as! Set<NSNumber>
multigraphCopy.removeVertex(vertex: vertexes.randomElement()!)
edges = multigraphCopy.allEdges
autoreleasepool {
initMultigraph(size: SMALL_BENCHMARK_SIZE)
let multigraphCopy = multigraph.doCopyMultigraph()
var edges = multigraphCopy.allEdges
while (!edges.isEmpty) {
multigraphCopy.removeEdge(id: UInt32(edges.randomElement()!))
let vertexes = multigraphCopy.allVertexes as! Set<NSNumber>
multigraphCopy.removeVertex(vertex: vertexes.randomElement()!)
edges = multigraphCopy.allEdges
}
}
}
func stringInterop() {
cityMap = CityMap()
fillCityMap()
let place = cityMap.allPlaces.first!
for _ in 0...BENCHMARK_SIZE {
let _ = place.fullDescription
autoreleasepool {
cityMap = CityMap()
fillCityMap()
let place = cityMap.allPlaces.first!
for _ in 0...BENCHMARK_SIZE {
let _ = place.fullDescription
}
}
}
func simpleFunction() {
cityMap = CityMap()
fillCityMap()
let place = cityMap.allPlaces.first!
for _ in 0...BENCHMARK_SIZE {
let _ = place.compareTo(other:place)
autoreleasepool {
cityMap = CityMap()
fillCityMap()
let place = cityMap.allPlaces.first!
for _ in 0...BENCHMARK_SIZE {
let _ = place.compareTo(other:place)
}
}
}
}