public static IRubyObject lexicalSearchConst(
ThreadContext context,
StaticScope scope,
MutableCallSite site,
String constName,
boolean noPrivateConsts)
throws Throwable {
Ruby runtime = context.runtime;
IRubyObject constant = scope.getConstantInner(constName);
if (constant == null) {
constant = UndefinedValue.UNDEFINED;
}
SwitchPoint switchPoint = (SwitchPoint) runtime.getConstantInvalidator(constName).getData();
// bind constant until invalidated
MethodHandle target = Binder.from(site.type()).drop(0, 2).constant(constant);
MethodHandle fallback =
Binder.from(site.type())
.append(site, constName)
.append(noPrivateConsts)
.invokeStatic(LOOKUP, Bootstrap.class, "lexicalSearchConst");
site.setTarget(switchPoint.guardWithTest(target, fallback));
return constant;
}
public GuardBuilder filter(int index, Filter filter) throws Exception {
MethodHandle methodHandle =
filter.methodHandle(
methodType(binder.type().parameterType(index), binder.type().parameterType(index)));
binder = binder.filter(index, methodHandle);
return this;
}
public static CallSite contextValueString(
Lookup lookup, String name, MethodType type, String str) {
MutableCallSite site = new MutableCallSite(type);
site.setTarget(
Binder.from(type).append(site, str).invokeStaticQuiet(lookup, Bootstrap.class, name));
return site;
}
public static IRubyObject inheritanceSearchConst(
ThreadContext context,
IRubyObject cmVal,
MutableCallSite site,
String constName,
boolean noPrivateConsts)
throws Throwable {
Ruby runtime = context.runtime;
RubyModule module;
if (cmVal instanceof RubyModule) {
module = (RubyModule) cmVal;
} else {
throw runtime.newTypeError(cmVal + " is not a type/class");
}
IRubyObject constant =
noPrivateConsts
? module.getConstantFromNoConstMissing(constName, false)
: module.getConstantNoConstMissing(constName);
if (constant == null) {
constant = UndefinedValue.UNDEFINED;
}
SwitchPoint switchPoint = (SwitchPoint) runtime.getConstantInvalidator(constName).getData();
// bind constant until invalidated
MethodHandle target = Binder.from(site.type()).drop(0, 2).constant(constant);
MethodHandle fallback =
Binder.from(site.type())
.append(site, constName)
.append(noPrivateConsts)
.invokeStatic(LOOKUP, Bootstrap.class, "inheritanceSearchConst");
// test that module is same as before
MethodHandle test =
Binder.from(site.type().changeReturnType(boolean.class))
.drop(0, 1)
.insert(1, module.id)
.invokeStaticQuiet(LOOKUP, Bootstrap.class, "testArg0ModuleMatch");
target = guardWithTest(test, target, fallback);
site.setTarget(switchPoint.guardWithTest(target, fallback));
return constant;
}
public static CallSite kwargsHash(Lookup lookup, String name, MethodType type) {
MethodHandle handle =
Binder.from(lookup, type)
.collect(2, IRubyObject[].class)
.invokeStaticQuiet(LOOKUP, Bootstrap.class, "kwargsHash");
CallSite site = new ConstantCallSite(handle);
return site;
}
public static IRubyObject searchConst(
ThreadContext context,
StaticScope staticScope,
MutableCallSite site,
String constName,
boolean noPrivateConsts)
throws Throwable {
// Lexical lookup
Ruby runtime = context.getRuntime();
RubyModule object = runtime.getObject();
IRubyObject constant =
(staticScope == null)
? object.getConstant(constName)
: staticScope.getConstantInner(constName);
// Inheritance lookup
RubyModule module = null;
if (constant == null) {
// SSS FIXME: Is this null check case correct?
module = staticScope == null ? object : staticScope.getModule();
constant =
noPrivateConsts
? module.getConstantFromNoConstMissing(constName, false)
: module.getConstantNoConstMissing(constName);
}
// Call const_missing or cache
if (constant == null) {
return module.callMethod(context, "const_missing", context.runtime.fastNewSymbol(constName));
}
SwitchPoint switchPoint = (SwitchPoint) runtime.getConstantInvalidator(constName).getData();
// bind constant until invalidated
MethodHandle target = Binder.from(site.type()).drop(0, 2).constant(constant);
MethodHandle fallback =
Binder.from(site.type())
.append(site, constName)
.append(noPrivateConsts)
.invokeStatic(LOOKUP, Bootstrap.class, "searchConst");
site.setTarget(switchPoint.guardWithTest(target, fallback));
return constant;
}
public MethodHandle getTestBlockBody() {
if (testBlockBody != null) return testBlockBody;
return testBlockBody =
Binder.from(boolean.class, ThreadContext.class, Block.class)
.drop(0)
.append(this)
.invoke(TEST_BLOCK_BODY);
}
public static RubyString frozenString(MutableCallSite site, ByteList value, ThreadContext context)
throws Throwable {
RubyString frozen =
context.runtime.freezeAndDedupString(RubyString.newStringShared(context.runtime, value));
MethodHandle handle =
Binder.from(RubyString.class, ThreadContext.class).dropAll().constant(frozen);
site.setTarget(handle);
return frozen;
}
public static CallSite string(
Lookup lookup, String name, MethodType type, String value, String encodingName) {
Encoding encoding;
EncodingDB.Entry entry = EncodingDB.getEncodings().get(encodingName.getBytes());
if (entry == null) entry = EncodingDB.getAliases().get(encodingName.getBytes());
if (entry == null) throw new RuntimeException("could not find encoding: " + encodingName);
encoding = entry.getEncoding();
ByteList byteList = new ByteList(value.getBytes(RubyEncoding.ISO), encoding);
MutableCallSite site = new MutableCallSite(type);
Binder binder =
Binder.from(RubyString.class, ThreadContext.class)
.insert(0, arrayOf(MutableCallSite.class, ByteList.class), site, byteList);
if (name.equals("frozen")) {
site.setTarget(binder.invokeStaticQuiet(lookup, Bootstrap.class, "frozenString"));
} else {
site.setTarget(binder.invokeStaticQuiet(lookup, Bootstrap.class, "string"));
}
return site;
}
@Override
public StrategicLink linkGetMethod(
StrategyChain chain, Object receiver, String methodName, Binder binder, Binder guardBinder)
throws NoSuchMethodException, IllegalAccessException {
StrategicLink link = super.linkGetMethod(chain, receiver, methodName, binder, guardBinder);
if (link != null) {
MethodHandle target = link.getTarget();
return new StrategicLink(
Binder.from(target.type()).filterReturn(FILTER_HANDLE).invoke(target), link.getGuard());
}
return null;
}
public static CallSite searchConst(
Lookup lookup, String name, MethodType type, int noPrivateConsts) {
MutableCallSite site = new MutableCallSite(type);
String[] bits = name.split(":");
String constName = bits[1];
MethodHandle handle =
Binder.from(lookup, type)
.append(site, constName.intern())
.append(noPrivateConsts == 0 ? false : true)
.invokeStaticQuiet(LOOKUP, Bootstrap.class, bits[0]);
site.setTarget(handle);
return site;
}
@Override
public StrategicLink linkCall(
StrategyChain chain,
Object receiver,
Object self,
Object[] args,
Binder binder,
Binder guardBinder)
throws NoSuchMethodException, IllegalAccessException {
// TODO Auto-generated method stub
StrategicLink link = super.linkCall(chain, receiver, self, args, binder, guardBinder);
if (link != null) {
MethodHandle target = link.getTarget();
return new StrategicLink(
Binder.from(target.type()).filterReturn(FILTER_HANDLE).invoke(target), link.getGuard());
}
return null;
}
public GuardBuilder spread(Class... spreadTypes) {
binder = binder.spread(spreadTypes);
return this;
}
public GuardBuilder drop(int index) {
binder = binder.drop(index);
return this;
}
/** The executable body portion of a closure. */
public abstract class BlockBody {
protected final Signature signature;
protected volatile MethodHandle testBlockBody;
public BlockBody(Signature signature) {
this.signature = signature;
}
public Signature getSignature() {
return signature;
}
public void setEvalType(EvalType evalType) {}
public boolean canCallDirect() {
return false;
}
public MethodHandle getTestBlockBody() {
if (testBlockBody != null) return testBlockBody;
return testBlockBody =
Binder.from(boolean.class, ThreadContext.class, Block.class)
.drop(0)
.append(this)
.invoke(TEST_BLOCK_BODY);
}
private static final MethodHandle TEST_BLOCK_BODY =
Binder.from(boolean.class, Block.class, BlockBody.class)
.invokeStaticQuiet(MethodHandles.lookup(), BlockBody.class, "testBlockBody");
public static boolean testBlockBody(Block block, BlockBody body) {
return block.getBody() == body;
}
protected IRubyObject callDirect(
ThreadContext context, Block block, IRubyObject[] args, Block blockArg) {
throw new RuntimeException(
"callDirect not implemented in base class. We should never get here.");
}
protected IRubyObject yieldDirect(
ThreadContext context, Block block, IRubyObject[] args, IRubyObject self) {
throw new RuntimeException(
"yieldDirect not implemented in base class. We should never get here.");
}
public IRubyObject call(ThreadContext context, Block block, IRubyObject[] args) {
if (canCallDirect()) {
return callDirect(context, block, args, Block.NULL_BLOCK);
} else {
return yield(context, block, prepareArgumentsForCall(context, args, block.type), null);
}
}
public IRubyObject call(ThreadContext context, Block block, IRubyObject[] args, Block blockArg) {
if (canCallDirect()) {
return callDirect(context, block, args, blockArg);
} else {
return yield(
context, block, prepareArgumentsForCall(context, args, block.type), null, blockArg);
}
}
public final IRubyObject yield(ThreadContext context, Block block, IRubyObject value) {
if (canCallDirect()) {
return yieldDirect(context, block, new IRubyObject[] {value}, null);
} else {
return doYield(context, block, value);
}
}
public final IRubyObject yield(
ThreadContext context, Block block, IRubyObject[] args, IRubyObject self) {
if (canCallDirect()) {
return yieldDirect(context, block, args, self);
} else {
IRubyObject[] preppedValue = RubyProc.prepareArgs(context, block.type, this, args);
return doYield(context, block, preppedValue, self);
}
}
/**
* Subclass specific yield implementation.
*
* <p>Should not be called directly. Gets called by {@link #yield(ThreadContext, Block,
* org.jruby.runtime.builtin.IRubyObject)} after ensuring that any common yield logic is taken
* care of.
*/
protected abstract IRubyObject doYield(ThreadContext context, Block block, IRubyObject value);
/**
* Subclass specific yield implementation.
*
* <p>Should not be called directly. Gets called by {@link #yield(ThreadContext, Block,
* org.jruby.runtime.builtin.IRubyObject[], org.jruby.runtime.builtin.IRubyObject)} after ensuring
* that all common yield logic is taken care of.
*/
protected abstract IRubyObject doYield(
ThreadContext context, Block block, IRubyObject[] args, IRubyObject self);
// FIXME: This should be unified with the final versions above
// Here to allow incremental replacement. Overriden by subclasses which support it.
public IRubyObject yield(
ThreadContext context, Block block, IRubyObject[] args, IRubyObject self, Block blockArg) {
return yield(context, block, args, self);
}
// FIXME: This should be unified with the final versions above
// Here to allow incremental replacement. Overriden by subclasses which support it.
public IRubyObject yield(ThreadContext context, Block block, IRubyObject value, Block blockArg) {
return yield(context, block, value);
}
public IRubyObject call(ThreadContext context, Block block) {
IRubyObject[] args = IRubyObject.NULL_ARRAY;
if (canCallDirect()) {
return callDirect(context, block, args, Block.NULL_BLOCK);
} else {
return yield(context, block, prepareArgumentsForCall(context, args, block.type), null);
}
}
public IRubyObject call(ThreadContext context, Block block, Block unusedBlock) {
return call(context, block);
}
public IRubyObject yieldSpecific(ThreadContext context, Block block) {
if (canCallDirect()) {
return yieldDirect(context, block, null, null);
} else {
return yield(context, block, null);
}
}
public IRubyObject call(ThreadContext context, Block block, IRubyObject arg0) {
IRubyObject[] args = new IRubyObject[] {arg0};
if (canCallDirect()) {
return callDirect(context, block, args, Block.NULL_BLOCK);
} else {
return yield(context, block, prepareArgumentsForCall(context, args, block.type), null);
}
}
public IRubyObject call(ThreadContext context, Block block, IRubyObject arg0, Block unusedBlock) {
return call(context, block, arg0);
}
public IRubyObject yieldSpecific(ThreadContext context, Block block, IRubyObject arg0) {
if (canCallDirect()) {
return yieldDirect(context, block, new IRubyObject[] {arg0}, null);
} else {
return yield(context, block, arg0);
}
}
public IRubyObject call(ThreadContext context, Block block, IRubyObject arg0, IRubyObject arg1) {
IRubyObject[] args = new IRubyObject[] {arg0, arg1};
if (canCallDirect()) {
return callDirect(context, block, args, Block.NULL_BLOCK);
} else {
return yield(context, block, prepareArgumentsForCall(context, args, block.type), null);
}
}
public IRubyObject call(
ThreadContext context, Block block, IRubyObject arg0, IRubyObject arg1, Block unusedBlock) {
return call(context, block, arg0, arg1);
}
public IRubyObject yieldSpecific(
ThreadContext context, Block block, IRubyObject arg0, IRubyObject arg1) {
if (canCallDirect()) {
return yieldDirect(context, block, new IRubyObject[] {arg0, arg1}, null);
} else {
return yield(context, block, new IRubyObject[] {arg0, arg1}, null);
}
}
public IRubyObject call(
ThreadContext context, Block block, IRubyObject arg0, IRubyObject arg1, IRubyObject arg2) {
IRubyObject[] args = new IRubyObject[] {arg0, arg1, arg2};
if (canCallDirect()) {
return callDirect(context, block, args, Block.NULL_BLOCK);
} else {
return yield(context, block, prepareArgumentsForCall(context, args, block.type), null);
}
}
public IRubyObject call(
ThreadContext context,
Block block,
IRubyObject arg0,
IRubyObject arg1,
IRubyObject arg2,
Block unusedBlock) {
return call(context, block, arg0, arg1, arg2);
}
public IRubyObject yieldSpecific(
ThreadContext context, Block block, IRubyObject arg0, IRubyObject arg1, IRubyObject arg2) {
if (canCallDirect()) {
return yieldDirect(context, block, new IRubyObject[] {arg0, arg1, arg2}, null);
} else {
return yield(context, block, new IRubyObject[] {arg0, arg1, arg2}, null);
}
}
public abstract StaticScope getStaticScope();
public abstract void setStaticScope(StaticScope newScope);
/**
* What is the arity of this block?
*
* @return the arity
*/
@Deprecated
public Arity arity() {
return signature.arity();
}
/**
* Is the current block a real yield'able block instead a null one
*
* @return true if this is a valid block or false otherwise
*/
public boolean isGiven() {
return true;
}
/** Get the filename for this block */
public abstract String getFile();
/** get The line number for this block */
public abstract int getLine();
public IRubyObject[] prepareArgumentsForCall(
ThreadContext context, IRubyObject[] args, Block.Type type) {
if (type == Block.Type.LAMBDA) {
signature.checkArity(context.runtime, args);
} else {
// SSS FIXME: How is it even possible to "call" a NORMAL block?
// I thought only procs & lambdas can be called, and blocks are yielded to.
if (args.length == 1) {
// Convert value to arg-array, unwrapping where necessary
args =
IRRuntimeHelpers.convertValueIntoArgArray(
context,
args[0],
signature,
type == Block.Type.NORMAL && args[0] instanceof RubyArray);
} else if (getSignature().arityValue() == 1 && !getSignature().restKwargs()) {
// discard excess arguments
args = args.length == 0 ? context.runtime.getSingleNilArray() : new IRubyObject[] {args[0]};
}
}
return args;
}
public ArgumentDescriptor[] getArgumentDescriptors() {
return ArgumentDescriptor.EMPTY_ARRAY;
}
public static final BlockBody NULL_BODY = new NullBlockBody();
}
public GuardBuilder printType() {
binder = binder.printType();
return this;
}
public GuardBuilder permute(int... reorder) {
binder = binder.permute(reorder);
return this;
}
public GuardBuilder fold(MethodHandle function) {
binder = binder.fold(function);
return this;
}
public GuardBuilder convert(Class returnType, Class... argTypes) {
binder = binder.convert(returnType, argTypes);
return this;
}
public GuardBuilder insert(int index, Object... values) {
binder = binder.insert(index, values);
return this;
}
public GuardBuilder collect(int index, Class type) {
binder = binder.collect(index, type);
return this;
}
public GuardBuilder varargs(int index, Class type) {
binder = binder.varargs(index, type);
return this;
}
public GuardBuilder printType(PrintStream ps) {
binder = binder.printType(ps);
return this;
}
/** Created by headius on 10/23/14. */
public abstract class InvokeSite extends MutableCallSite {
final Signature signature;
final Signature fullSignature;
final int arity;
protected final String methodName;
final MethodHandle fallback;
private final Set<Integer> seenTypes = new HashSet<Integer>();
private int clearCount;
private static final AtomicLong SITE_ID = new AtomicLong(1);
private final long siteID = SITE_ID.getAndIncrement();
private final int argOffset;
private boolean boundOnce;
CacheEntry cache = CacheEntry.NULL_CACHE;
private static final Logger LOG = LoggerFactory.getLogger("InvokeSite");
public String name() {
return methodName;
}
public final CallType callType;
public InvokeSite(MethodType type, String name, CallType callType) {
super(type);
this.methodName = name;
this.callType = callType;
Signature startSig;
if (callType == CallType.SUPER) {
// super calls receive current class argument, so offsets and signature are different
startSig = JRubyCallSite.STANDARD_SUPER_SIG;
argOffset = 4;
} else {
startSig = JRubyCallSite.STANDARD_SITE_SIG;
argOffset = 3;
}
int arity;
if (type.parameterType(type.parameterCount() - 1) == Block.class) {
arity = type.parameterCount() - (argOffset + 1);
if (arity == 1 && type.parameterType(argOffset) == IRubyObject[].class) {
arity = -1;
startSig = startSig.appendArg("args", IRubyObject[].class);
} else {
for (int i = 0; i < arity; i++) {
startSig = startSig.appendArg("arg" + i, IRubyObject.class);
}
}
startSig = startSig.appendArg("block", Block.class);
fullSignature = signature = startSig;
} else {
arity = type.parameterCount() - argOffset;
if (arity == 1 && type.parameterType(argOffset) == IRubyObject[].class) {
arity = -1;
startSig = startSig.appendArg("args", IRubyObject[].class);
} else {
for (int i = 0; i < arity; i++) {
startSig = startSig.appendArg("arg" + i, IRubyObject.class);
}
}
signature = startSig;
fullSignature = startSig.appendArg("block", Block.class);
}
this.arity = arity;
this.fallback = prepareBinder().invokeVirtualQuiet(Bootstrap.LOOKUP, "invoke");
}
public static CallSite bootstrap(InvokeSite site, MethodHandles.Lookup lookup) {
site.setInitialTarget(site.fallback);
return site;
}
public IRubyObject invoke(
ThreadContext context, IRubyObject caller, IRubyObject self, IRubyObject[] args, Block block)
throws Throwable {
RubyClass selfClass = pollAndGetClass(context, self);
SwitchPoint switchPoint = (SwitchPoint) selfClass.getInvalidator().getData();
CacheEntry entry = selfClass.searchWithCache(methodName);
DynamicMethod method = entry.method;
if (methodMissing(entry, caller)) {
return callMethodMissing(entry, callType, context, self, methodName, args, block);
}
MethodHandle mh = getHandle(selfClass, this, method);
updateInvocationTarget(mh, self, selfClass, entry, switchPoint);
return method.call(context, self, selfClass, methodName, args, block);
}
/** Failover version uses a monomorphic cache and DynamicMethod.call, as in non-indy. */
public IRubyObject fail(
ThreadContext context, IRubyObject caller, IRubyObject self, IRubyObject[] args, Block block)
throws Throwable {
RubyClass selfClass = pollAndGetClass(context, self);
String name = methodName;
CacheEntry entry = cache;
if (entry.typeOk(selfClass)) {
return entry.method.call(context, self, selfClass, name, args, block);
}
entry = selfClass.searchWithCache(name);
if (methodMissing(entry, caller)) {
return callMethodMissing(entry, callType, context, self, name, args, block);
}
cache = entry;
return entry.method.call(context, self, selfClass, name, args, block);
}
public Binder prepareBinder() {
SmartBinder binder = SmartBinder.from(signature);
// prepare arg[]
if (arity == -1) {
// do nothing, already have IRubyObject[] in args
} else if (arity == 0) {
binder = binder.insert(argOffset, "args", IRubyObject.NULL_ARRAY);
} else {
binder = binder.collect("args", "arg[0-9]+");
}
// add block if needed
if (signature.lastArgType() != Block.class) {
binder = binder.append("block", Block.NULL_BLOCK);
}
// bind to site
binder = binder.insert(0, "site", this);
return binder.binder();
}
MethodHandle getHandle(RubyClass dispatchClass, InvokeSite site, DynamicMethod method)
throws Throwable {
boolean blockGiven = signature.lastArgType() == Block.class;
MethodHandle mh = Bootstrap.buildNativeHandle(site, method, blockGiven);
if (mh == null) mh = Bootstrap.buildIndyHandle(site, method, method.getImplementationClass());
if (mh == null) mh = Bootstrap.buildJittedHandle(site, method, blockGiven);
if (mh == null) mh = Bootstrap.buildGenericHandle(site, method, dispatchClass);
assert mh != null : "we should have a method handle of some sort by now";
return mh;
}
/**
* Update the given call site using the new target, wrapping with appropriate guard and
* argument-juggling logic. Return a handle suitable for invoking with the site's original method
* type.
*/
MethodHandle updateInvocationTarget(
MethodHandle target,
IRubyObject self,
RubyModule testClass,
CacheEntry entry,
SwitchPoint switchPoint) {
if (target == null
|| clearCount > Options.INVOKEDYNAMIC_MAXFAIL.load()
|| (!hasSeenType(testClass.id)
&& seenTypesCount() + 1 > Options.INVOKEDYNAMIC_MAXPOLY.load())) {
setTarget(target = prepareBinder().invokeVirtualQuiet(lookup(), "fail"));
} else {
MethodHandle fallback;
MethodHandle gwt;
// if we've cached no types, and the site is bound and we haven't seen this new type...
if (seenTypesCount() > 0 && getTarget() != null && !hasSeenType(testClass.id)) {
// stack it up into a PIC
if (Options.INVOKEDYNAMIC_LOG_BINDING.load())
LOG.info(methodName + "\tadded to PIC " + logMethod(entry.method));
fallback = getTarget();
} else {
// wipe out site with this new type and method
String bind = boundOnce ? "rebind" : "bind";
if (Options.INVOKEDYNAMIC_LOG_BINDING.load())
LOG.info(
methodName
+ "\ttriggered site #"
+ siteID
+ " "
+ bind); // + " (" + file() + ":" + line() + ")");
fallback = this.fallback;
clearTypes();
}
addType(testClass.id);
SmartHandle test;
SmartBinder selfTest = SmartBinder.from(signature.asFold(boolean.class)).permute("self");
if (self instanceof RubySymbol
|| self instanceof RubyFixnum
|| self instanceof RubyFloat
|| self instanceof RubyNil
|| self instanceof RubyBoolean.True
|| self instanceof RubyBoolean.False) {
test =
selfTest
.insert(1, "selfJavaType", self.getClass())
.cast(boolean.class, Object.class, Class.class)
.invoke(TEST_CLASS);
} else {
test =
SmartBinder.from(signature.changeReturn(boolean.class))
.permute("self")
.insert(0, "selfClass", RubyClass.class, testClass)
.invokeStaticQuiet(Bootstrap.LOOKUP, Bootstrap.class, "testType");
}
gwt = MethodHandles.guardWithTest(test.handle(), target, fallback);
// wrap in switchpoint for mutation invalidation
gwt = switchPoint.guardWithTest(gwt, fallback);
setTarget(gwt);
}
return target;
}
public RubyClass pollAndGetClass(ThreadContext context, IRubyObject self) {
context.callThreadPoll();
RubyClass selfType = ((RubyBasicObject) self).getMetaClass();
return selfType;
}
@Override
public void setTarget(MethodHandle target) {
super.setTarget(target);
boundOnce = true;
}
public void setInitialTarget(MethodHandle target) {
super.setTarget(target);
}
public synchronized boolean hasSeenType(int typeCode) {
return seenTypes.contains(typeCode);
}
public synchronized void addType(int typeCode) {
seenTypes.add(typeCode);
}
public synchronized int seenTypesCount() {
return seenTypes.size();
}
public synchronized void clearTypes() {
seenTypes.clear();
clearCount++;
}
public abstract boolean methodMissing(CacheEntry entry, IRubyObject caller);
public IRubyObject callMethodMissing(
CacheEntry entry,
CallType callType,
ThreadContext context,
IRubyObject self,
String name,
IRubyObject[] args,
Block block) {
return Helpers.selectMethodMissing(context, self, entry.method.getVisibility(), name, callType)
.call(context, self, self.getMetaClass(), name, args, block);
}
private static String logMethod(DynamicMethod method) {
return "[#" + method.getSerialNumber() + " " + method.getImplementationClass() + "]";
}
@JIT
public static boolean testMetaclass(RubyClass metaclass, IRubyObject self) {
return metaclass == ((RubyBasicObject) self).getMetaClass();
}
@JIT
public static boolean testClass(Object object, Class clazz) {
return object.getClass() == clazz;
}
private static final MethodHandle TEST_CLASS =
Binder.from(boolean.class, Object.class, Class.class)
.invokeStaticQuiet(lookup(), InvokeSite.class, "testClass");
}
public GuardBuilder drop(int index, int count) {
binder = binder.drop(index, count);
return this;
}
public GuardBuilder filter(int index, MethodHandle... functions) {
binder = binder.filter(index, functions);
return this;
}
public GuardBuilder insert(int index, int value) {
binder = binder.insert(index, value);
return this;
}
public GuardBuilder insert(int index, Class[] types, Object... values) {
binder = binder.insert(index, types, values);
return this;
}