JDK 11 jdk.internal.vm.compiler.jmod - Internal VM Compiler Module

JDK 11 jdk.internal.vm.compiler.jmod is the JMOD file for JDK 11 Internal VM Compiler module.

JDK 11 Internal VM Compiler module compiled class files are stored in \fyicenter\jdk-11.0.1\jmods\jdk.internal.vm.compiler.jmod.

JDK 11 Internal VM Compiler module compiled class files are also linked and stored in the \fyicenter\jdk-11.0.1\lib\modules JImage file.

JDK 11 Internal VM Compiler module source code files are stored in \fyicenter\jdk-11.0.1\lib\src.zip\jdk.internal.vm.compiler.

You can click and view the content of each source code file in the list below.

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org/graalvm/compiler/hotspot/replacements/HotspotSnippetsOptions_OptionDescriptors.java

// CheckStyle: stop header check
// CheckStyle: stop line length check
// GENERATED CONTENT - DO NOT EDIT
// Source: HotspotSnippetsOptions.java
package org.graalvm.compiler.hotspot.replacements;

import java.util.*;
import org.graalvm.compiler.options.*;
import org.graalvm.compiler.options.OptionType;

public class HotspotSnippetsOptions_OptionDescriptors implements OptionDescriptors {
    @Override
    public OptionDescriptor get(String value) {
        switch (value) {
        // CheckStyle: stop line length check
        case "LoadExceptionObjectInVM": {
            return OptionDescriptor.create(
                /*name*/ "LoadExceptionObjectInVM",
                /*optionType*/ OptionType.Debug,
                /*optionValueType*/ Boolean.class,
                /*help*/ "Use a VM runtime call to load and clear the exception object from the thread at the start of a compiled exception handler.",
                /*declaringClass*/ HotspotSnippetsOptions.class,
                /*fieldName*/ "LoadExceptionObjectInVM",
                /*option*/ HotspotSnippetsOptions.LoadExceptionObjectInVM);
        }
        case "ProfileAllocations": {
            return OptionDescriptor.create(
                /*name*/ "ProfileAllocations",
                /*optionType*/ OptionType.Debug,
                /*optionValueType*/ Boolean.class,
                /*help*/ "Enable profiling of allocation sites.",
                /*declaringClass*/ HotspotSnippetsOptions.class,
                /*fieldName*/ "ProfileAllocations",
                /*option*/ HotspotSnippetsOptions.ProfileAllocations);
        }
        case "ProfileAllocationsContext": {
            return OptionDescriptor.create(
                /*name*/ "ProfileAllocationsContext",
                /*optionType*/ OptionType.Debug,
                /*optionValueType*/ org.graalvm.compiler.hotspot.replacements.NewObjectSnippets.ProfileContext.class,
                /*help*/ "Control the naming and granularity of the counters when using ProfileAllocations.",
                /*extraHelp*/ new String[] {
                         "The accepted values are:",
                         "        AllocatingMethod - a counter per method",
                         "         InstanceOrArray - one counter for all instance allocations and",
                         "                           one counter for all array allocations ",
                         "           AllocatedType - one counter per allocated type",
                         "  AllocatedTypesInMethod - one counter per allocated type, per method",
                         " ",
                              },
                /*declaringClass*/ HotspotSnippetsOptions.class,
                /*fieldName*/ "ProfileAllocationsContext",
                /*option*/ HotspotSnippetsOptions.ProfileAllocationsContext);
        }
        case "ProfileMonitors": {
            return OptionDescriptor.create(
                /*name*/ "ProfileMonitors",
                /*optionType*/ OptionType.Debug,
                /*optionValueType*/ Boolean.class,
                /*help*/ "Enable profiling of monitor operations.",
                /*declaringClass*/ HotspotSnippetsOptions.class,
                /*fieldName*/ "ProfileMonitors",
                /*option*/ HotspotSnippetsOptions.ProfileMonitors);
        }
        case "SimpleFastInflatedLocking": {
            return OptionDescriptor.create(
                /*name*/ "SimpleFastInflatedLocking",
                /*optionType*/ OptionType.Expert,
                /*optionValueType*/ Boolean.class,
                /*help*/ "Handle simple cases for inflated monitors in the fast-path.",
                /*declaringClass*/ HotspotSnippetsOptions.class,
                /*fieldName*/ "SimpleFastInflatedLocking",
                /*option*/ HotspotSnippetsOptions.SimpleFastInflatedLocking);
        }
        case "TraceMonitorsMethodFilter": {
            return OptionDescriptor.create(
                /*name*/ "TraceMonitorsMethodFilter",
                /*optionType*/ OptionType.Debug,
                /*optionValueType*/ String.class,
                /*help*/ "Trace monitor operations in methods whose fully qualified name contains this substring.",
                /*declaringClass*/ HotspotSnippetsOptions.class,
                /*fieldName*/ "TraceMonitorsMethodFilter",
                /*option*/ HotspotSnippetsOptions.TraceMonitorsMethodFilter);
        }
        case "TraceMonitorsTypeFilter": {
            return OptionDescriptor.create(
                /*name*/ "TraceMonitorsTypeFilter",
                /*optionType*/ OptionType.Debug,
                /*optionValueType*/ String.class,
                /*help*/ "Trace monitor operations on objects whose type contains this substring.",
                /*declaringClass*/ HotspotSnippetsOptions.class,
                /*fieldName*/ "TraceMonitorsTypeFilter",
                /*option*/ HotspotSnippetsOptions.TraceMonitorsTypeFilter);
        }
        case "TypeCheckMaxHints": {
            return OptionDescriptor.create(
                /*name*/ "TypeCheckMaxHints",
                /*optionType*/ OptionType.Expert,
                /*optionValueType*/ Integer.class,
                /*help*/ "The maximum number of profiled types that will be used when compiling a profiled type check. Note that TypeCheckMinProfileHitProbability also influences whether profiling info is used in compiled type checks.",
                /*declaringClass*/ HotspotSnippetsOptions.class,
                /*fieldName*/ "TypeCheckMaxHints",
                /*option*/ HotspotSnippetsOptions.TypeCheckMaxHints);
        }
        case "TypeCheckMinProfileHitProbability": {
            return OptionDescriptor.create(
                /*name*/ "TypeCheckMinProfileHitProbability",
                /*optionType*/ OptionType.Expert,
                /*optionValueType*/ Double.class,
                /*help*/ "If the probability that a type check will hit one the profiled types (up to TypeCheckMaxHints) is below this value, the type check will be compiled without profiling info",
                /*declaringClass*/ HotspotSnippetsOptions.class,
                /*fieldName*/ "TypeCheckMinProfileHitProbability",
                /*option*/ HotspotSnippetsOptions.TypeCheckMinProfileHitProbability);
        }
        case "VerifyBalancedMonitors": {
            return OptionDescriptor.create(
                /*name*/ "VerifyBalancedMonitors",
                /*optionType*/ OptionType.Debug,
                /*optionValueType*/ Boolean.class,
                /*help*/ "Emit extra code to dynamically check monitor operations are balanced.",
                /*declaringClass*/ HotspotSnippetsOptions.class,
                /*fieldName*/ "VerifyBalancedMonitors",
                /*option*/ HotspotSnippetsOptions.VerifyBalancedMonitors);
        }
        // CheckStyle: resume line length check
        }
        return null;
    }

    @Override
    public Iterator<OptionDescriptor> iterator() {
        return new Iterator<OptionDescriptor>() {
            int i = 0;
            @Override
            public boolean hasNext() {
                return i < 10;
            }
            @Override
            public OptionDescriptor next() {
                switch (i++) {
                    case 0: return get("LoadExceptionObjectInVM");
                    case 1: return get("ProfileAllocations");
                    case 2: return get("ProfileAllocationsContext");
                    case 3: return get("ProfileMonitors");
                    case 4: return get("SimpleFastInflatedLocking");
                    case 5: return get("TraceMonitorsMethodFilter");
                    case 6: return get("TraceMonitorsTypeFilter");
                    case 7: return get("TypeCheckMaxHints");
                    case 8: return get("TypeCheckMinProfileHitProbability");
                    case 9: return get("VerifyBalancedMonitors");
                }
                throw new NoSuchElementException();
            }
        };
    }
}

org/graalvm/compiler/hotspot/replacements/HotspotSnippetsOptions_OptionDescriptors.java

 

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