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perf(core): 替换缓存键类型 Tuple -> MutableEntry
This commit is contained in:
wy
parent
9daec07e5a
commit
344a292a30
@ -2,7 +2,7 @@ package cn.hutool.core.lang.func;
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import cn.hutool.core.lang.Assert;
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import cn.hutool.core.lang.Assert;
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import cn.hutool.core.lang.Opt;
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import cn.hutool.core.lang.Opt;
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import cn.hutool.core.lang.Tuple;
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import cn.hutool.core.lang.mutable.MutableEntry;
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import cn.hutool.core.map.WeakConcurrentMap;
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import cn.hutool.core.map.WeakConcurrentMap;
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import cn.hutool.core.reflect.LookupFactory;
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import cn.hutool.core.reflect.LookupFactory;
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import cn.hutool.core.reflect.MethodUtil;
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import cn.hutool.core.reflect.MethodUtil;
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@ -30,7 +30,7 @@ public class LambdaFactory {
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throw new IllegalAccessException();
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throw new IllegalAccessException();
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}
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}
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private static final Map<Tuple, Object> CACHE = new WeakConcurrentMap<>();
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private static final Map<MutableEntry<Class<?>, Method>, Object> CACHE = new WeakConcurrentMap<>();
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/**
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/**
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* 构建Lambda
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* 构建Lambda
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@ -65,7 +65,7 @@ public class LambdaFactory {
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public static <F> F buildLambda(Class<F> functionInterfaceType, Method method) {
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public static <F> F buildLambda(Class<F> functionInterfaceType, Method method) {
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Assert.notNull(functionInterfaceType);
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Assert.notNull(functionInterfaceType);
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Assert.notNull(method);
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Assert.notNull(method);
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Tuple cacheKey = new Tuple(functionInterfaceType, method);
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MutableEntry<Class<?>, Method> cacheKey = new MutableEntry<>(functionInterfaceType, method);
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//noinspection unchecked
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//noinspection unchecked
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return (F) CACHE.computeIfAbsent(cacheKey, key -> {
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return (F) CACHE.computeIfAbsent(cacheKey, key -> {
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List<Method> abstractMethods = Arrays.stream(functionInterfaceType.getMethods())
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List<Method> abstractMethods = Arrays.stream(functionInterfaceType.getMethods())
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@ -75,50 +75,59 @@ public class LambdaFactoryTest {
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}
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}
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/**
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/**
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* <p>hardCode 运行1次耗时 4600 ns
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* <p>lambda 运行1次耗时 7000 NANOSECONDS
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* <p>lambda 运行1次耗时 5400 ns
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* <p>reflect 运行1次耗时 11300 NANOSECONDS
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* <p>reflect 运行1次耗时 7100 ns
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* <p>hardCode 运行1次耗时 12800 NANOSECONDS
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* <p>proxy 运行1次耗时 145400 ns
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* <p>proxy 运行1次耗时 160200 NANOSECONDS
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* <p>mh 运行1次耗时 197900 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>hardCode 运行10次耗时 1200 ns
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* <p>hardCode 运行10次耗时 1500 NANOSECONDS
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* <p>lambda 运行10次耗时 1200 ns
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* <p>lambda 运行10次耗时 2200 NANOSECONDS
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* <p>proxy 运行10次耗时 10800 ns
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* <p>mh 运行10次耗时 11700 NANOSECONDS
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* <p>reflect 运行10次耗时 20100 ns
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* <p>proxy 运行10次耗时 14400 NANOSECONDS
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* <p>reflect 运行10次耗时 28600 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>lambda 运行100次耗时 6300 ns
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* <p>lambda 运行100次耗时 9300 NANOSECONDS
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* <p>hardCode 运行100次耗时 6400 ns
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* <p>hardCode 运行100次耗时 14400 NANOSECONDS
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* <p>proxy 运行100次耗时 65100 ns
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* <p>mh 运行100次耗时 42900 NANOSECONDS
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* <p>reflect 运行100次耗时 196800 ns
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* <p>proxy 运行100次耗时 107900 NANOSECONDS
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* <p>reflect 运行100次耗时 430800 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>hardCode 运行1000次耗时 54100 ns
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* <p>hardCode 运行1000次耗时 86300 NANOSECONDS
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* <p>lambda 运行1000次耗时 82000 ns
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* <p>lambda 运行1000次耗时 101700 NANOSECONDS
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* <p>reflect 运行1000次耗时 257300 ns
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* <p>reflect 运行1000次耗时 754700 NANOSECONDS
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* <p>proxy 运行1000次耗时 822700 ns
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* <p>mh 运行1000次耗时 962200 NANOSECONDS
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* <p>proxy 运行1000次耗时 1200500 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>hardCode 运行10000次耗时 84400 ns
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* <p>hardCode 运行10000次耗时 333000 NANOSECONDS
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* <p>lambda 运行10000次耗时 209200 ns
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* <p>lambda 运行10000次耗时 367800 NANOSECONDS
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* <p>reflect 运行10000次耗时 1024300 ns
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* <p>mh 运行10000次耗时 999100 NANOSECONDS
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* <p>proxy 运行10000次耗时 1467300 ns
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* <p>proxy 运行10000次耗时 2766100 NANOSECONDS
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* <p>reflect 运行10000次耗时 3157200 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>lambda 运行100000次耗时 618700 ns
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* <p>lambda 运行100000次耗时 571600 NANOSECONDS
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* <p>hardCode 运行100000次耗时 675200 ns
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* <p>hardCode 运行100000次耗时 1061700 NANOSECONDS
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* <p>reflect 运行100000次耗时 914100 ns
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* <p>reflect 运行100000次耗时 1326800 NANOSECONDS
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* <p>proxy 运行100000次耗时 2745800 ns
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* <p>proxy 运行100000次耗时 3160900 NANOSECONDS
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* <p>mh 运行100000次耗时 4137500 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>lambda 运行1000000次耗时 5342500 ns
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* <p>hardCode 运行1000000次耗时 5066200 NANOSECONDS
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* <p>hardCode 运行1000000次耗时 5616400 ns
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* <p>lambda 运行1000000次耗时 5868700 NANOSECONDS
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* <p>reflect 运行1000000次耗时 9176700 ns
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* <p>mh 运行1000000次耗时 8342700 NANOSECONDS
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* <p>proxy 运行1000000次耗时 15801800 ns
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* <p>reflect 运行1000000次耗时 13009400 NANOSECONDS
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* <p>proxy 运行1000000次耗时 21787800 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>lambda 运行10000000次耗时 53415200 ns
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* <p>hardCode 运行10000000次耗时 51102700 NANOSECONDS
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* <p>hardCode 运行10000000次耗时 63714500 ns
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* <p>lambda 运行10000000次耗时 55007900 NANOSECONDS
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* <p>proxy 运行10000000次耗时 116420900 ns
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* <p>mh 运行10000000次耗时 72751700 NANOSECONDS
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* <p>reflect 运行10000000次耗时 120817900 ns
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* <p>reflect 运行10000000次耗时 92348800 NANOSECONDS
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* <p>proxy 运行10000000次耗时 199705500 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>lambda 运行100000000次耗时 546706600 ns
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* <p>hardCode 运行100000000次耗时 456094400 NANOSECONDS
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* <p>hardCode 运行100000000次耗时 557174500 ns
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* <p>lambda 运行100000000次耗时 562348600 NANOSECONDS
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* <p>reflect 运行100000000次耗时 924166200 ns
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* <p>reflect 运行100000000次耗时 630433200 NANOSECONDS
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* <p>proxy 运行100000000次耗时 1862735900 ns
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* <p>mh 运行100000000次耗时 671914300 NANOSECONDS
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* <p>proxy 运行100000000次耗时 1117192600 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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*/
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*/
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@Test
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@Test
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@ -141,42 +150,60 @@ public class LambdaFactoryTest {
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}
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}
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/**
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/**
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* <p>hardCode 运行1次耗时 4800 ns
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* <p>hardCode 运行1次耗时 7600 NANOSECONDS
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* <p>lambda 运行1次耗时 9100 ns
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* <p>lambda 运行1次耗时 12400 NANOSECONDS
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* <p>reflect 运行1次耗时 20600 ns
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* <p>reflect 运行1次耗时 19900 NANOSECONDS
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* <p>mh 运行1次耗时 139900 NANOSECONDS
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* <p>proxy 运行1次耗时 261300 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>hardCode 运行10次耗时 1800 ns
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* <p>hardCode 运行10次耗时 1700 NANOSECONDS
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* <p>lambda 运行10次耗时 2100 ns
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* <p>lambda 运行10次耗时 2600 NANOSECONDS
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* <p>reflect 运行10次耗时 24500 ns
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* <p>mh 运行10次耗时 3900 NANOSECONDS
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* <p>proxy 运行10次耗时 20400 NANOSECONDS
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* <p>reflect 运行10次耗时 26500 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>hardCode 运行100次耗时 15700 ns
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* <p>hardCode 运行100次耗时 9000 NANOSECONDS
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* <p>lambda 运行100次耗时 17500 ns
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* <p>lambda 运行100次耗时 16900 NANOSECONDS
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* <p>reflect 运行100次耗时 418200 ns
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* <p>mh 运行100次耗时 32200 NANOSECONDS
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* <p>proxy 运行100次耗时 315700 NANOSECONDS
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* <p>reflect 运行100次耗时 604300 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>hardCode 运行1000次耗时 101700 ns
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* <p>hardCode 运行1000次耗时 123500 NANOSECONDS
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* <p>lambda 运行1000次耗时 157200 ns
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* <p>lambda 运行1000次耗时 253100 NANOSECONDS
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* <p>reflect 运行1000次耗时 504900 ns
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* <p>mh 运行1000次耗时 644600 NANOSECONDS
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* <p>reflect 运行1000次耗时 793100 NANOSECONDS
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* <p>proxy 运行1000次耗时 1111100 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>hardCode 运行10000次耗时 360800 ns
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* <p>hardCode 运行10000次耗时 346800 NANOSECONDS
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* <p>lambda 运行10000次耗时 371700 ns
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* <p>lambda 运行10000次耗时 524900 NANOSECONDS
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* <p>reflect 运行10000次耗时 1887600 ns
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* <p>mh 运行10000次耗时 931000 NANOSECONDS
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* <p>reflect 运行10000次耗时 2046500 NANOSECONDS
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* <p>proxy 运行10000次耗时 3108400 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>lambda 运行100000次耗时 581500 ns
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* <p>lambda 运行100000次耗时 608300 NANOSECONDS
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* <p>hardCode 运行100000次耗时 1629900 ns
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* <p>hardCode 运行100000次耗时 1095600 NANOSECONDS
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* <p>reflect 运行100000次耗时 1781700 ns
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* <p>mh 运行100000次耗时 1430100 NANOSECONDS
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* <p>reflect 运行100000次耗时 1558400 NANOSECONDS
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* <p>proxy 运行100000次耗时 5566000 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>lambda 运行1000000次耗时 175400 ns
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* <p>lambda 运行1000000次耗时 6261000 NANOSECONDS
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* <p>hardCode 运行1000000次耗时 2045400 ns
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* <p>hardCode 运行1000000次耗时 6570200 NANOSECONDS
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* <p>reflect 运行1000000次耗时 14363200 ns
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* <p>mh 运行1000000次耗时 8703300 NANOSECONDS
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* <p>reflect 运行1000000次耗时 16437800 NANOSECONDS
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* <p>proxy 运行1000000次耗时 22161100 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>hardCode 运行10000000次耗时 60149000 ns
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* <p>lambda 运行10000000次耗时 60895800 NANOSECONDS
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* <p>lambda 运行10000000次耗时 60502600 ns
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* <p>hardCode 运行10000000次耗时 61055300 NANOSECONDS
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* <p>reflect 运行10000000次耗时 187412800 ns
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* <p>mh 运行10000000次耗时 69782400 NANOSECONDS
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* <p>reflect 运行10000000次耗时 78078800 NANOSECONDS
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* <p>proxy 运行10000000次耗时 193799800 NANOSECONDS
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* <p>--------------------------------------------
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* <p>hardCode 运行100000000次耗时 499826200 NANOSECONDS
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* <p>lambda 运行100000000次耗时 537454100 NANOSECONDS
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* <p>reflect 运行100000000次耗时 673561400 NANOSECONDS
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* <p>mh 运行100000000次耗时 700774100 NANOSECONDS
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* <p>proxy 运行100000000次耗时 1169452400 NANOSECONDS
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* <p>--------------------------------------------
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* <p>--------------------------------------------
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* <p>hardCode 运行100000000次耗时 562997300 ns
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* <p>lambda 运行100000000次耗时 564359700 ns
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* <p>reflect 运行100000000次耗时 1163617600 ns
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* --------------------------------------------
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*/
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*/
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@Test
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@Test
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@SneakyThrows
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@SneakyThrows
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@ -247,7 +274,7 @@ public class LambdaFactoryTest {
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}
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}
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public String format() {
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public String format() {
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TimeUnit timeUnit = TimeUnit.MILLISECONDS;
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TimeUnit timeUnit = TimeUnit.NANOSECONDS;
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return String.format("%-10s 运行%d次耗时 %d %s", name, count, timeUnit.convert(cost, TimeUnit.NANOSECONDS), timeUnit.name());
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return String.format("%-10s 运行%d次耗时 %d %s", name, count, timeUnit.convert(cost, TimeUnit.NANOSECONDS), timeUnit.name());
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}
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}
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}
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}
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