JRuby Base 10.0.0.0 · org.jruby.runtime.ivars.VariableTableManager

Modifier and Type	Field and Description
private final VariableAccessorField	ffiHandleVariableAccessorField a lazy accessor for FFI handle
private volatile int	fieldVariables whether objects associated with this table use fields
private volatile int	hasFFI whether a slot has been allocated to ffi
private volatile int	hasObjectID whether a slot has been allocated to object_id
private volatile int	hasObjectspaceGroup whether a slot has been allocated to objectspace_group
private final VariableAccessorField	objectGroupVariableAccessorField a lazy accessor for object group
private final VariableAccessorField	objectIdVariableAccessorField a lazy accessor for object_id
private final RubyClass	realClass the "real" class associated with this table
private Map<String, VariableAccessor>	variableAccessors a map from strings to accessors for this table
private volatile String[]	variableNames an array of all registered variable names

Access	Constructor and Description
public	VariableTableManager(RubyClass the "real" class associated with this table realClass) Construct a new VariableTable Manager for the given "real" class.
pack-priv	VariableTableManager(VariableTableManager VariableTableManager to copy original) Copy constructor with deep cloning.

Method Summary

Modifier and Type	Method and Description
pack-priv final VariableAccessor	Returns: the new VariableAccessor allocateVariableAccessor(String the name of the variable name) Allocate a new VariableAccessor for the named variable.
pack-priv final synchronized VariableAccessor	allocateVariableAccessors(String name, Function<Integer, VariableAccessor> builder) Allocation helper to map variables to names
public Object	clearVariable(RubyBasicObject object, String name)
private static Map<String, VariableAccessor>	copyVariableAccessors(Map<String, VariableAccessor> myVariableAccessors)
private static Map<String, VariableAccessor>	copyVariableAccessors(Map<String, VariableAccessor> myVariableAccessors, String name, VariableAccessor ivarAccessor)
public void	deserializeVariables(RubyBasicObject object, ObjectInputStream ois)
public VariableTableManager	duplicate()
public final Object	Returns: the object's FFI handle getFFIHandle(RubyBasicObject the object self) Retrieve the FFI ext handle for the given object.
public VariableAccessorField	Returns: the lazy accessor for FFI handle getFFIHandleAccessorField() Deprecated since 9.4-. Use `getFFIHandleAccessorForRead()` or `getFFIHandleAccessorForWrite()` Retrieve the lazy accessor (VariableAccessorField) for FFI handle.
public VariableAccessor	Returns: the read accessor for FFI handle getFFIHandleAccessorForRead() Retrieve the read accessor for FFI handle.
public VariableAccessor	Returns: the write accessor for FFI handle getFFIHandleAccessorForWrite() Retrieve the write accessor for FFI handle.
public VariableAccessorField	Returns: the lazy accessor for object group getObjectGroupAccessorField() Deprecated since 9.4-. Use `getObjectGroupAccessorForRead()` or `getObjectGroupAccessorForWrite()` Retrieve the lazy accessor (VariableAccessorField) for object group.
public VariableAccessor	Returns: the read accessor for object group getObjectGroupAccessorForRead() Retrieve the read accessor for object group.
public VariableAccessor	Returns: the write accessor for object group getObjectGroupAccessorForWrite() Retrieve the write accessor for object group.
public long	Returns: the object's object_id (possibly new) getObjectId(RubyBasicObject the object from which to get object_id self) Get the object_id from a given RubyBasicObject, possibly allocating space for it.
public VariableAccessorField	Returns: the lazy accessor for object_id getObjectIdAccessorField() Deprecated since 9.4-. Use `getObjectIdAccessorForRead()` or `getObjectIdAccessorForWrite()` Retrieve the lazy accessor (VariableAccessorField) for object_id.
public VariableAccessor	Returns: the read accessor for object_id getObjectIdAccessorForRead() Retrieve the read accessor for object_id for reads.
public VariableAccessor	Returns: the write accessor for object_id getObjectIdAccessorForWrite() Retrieve the write accessor for object_id.
public RubyClass	getRealClass()
public VariableAccessor	getVariableAccessorForJavaMappedVar(String name, boolean unwrap, Class<?> unwrapType, Class<?> fieldType, MethodHandle getter, MethodHandle setter)
public VariableAccessor	Returns: an accessor appropriate for reading getVariableAccessorForRead(String the name of the variable name) Get the variable accessor for the given name with intent to use it for reading.
public VariableAccessor	getVariableAccessorForRubyVar(String name, MethodHandle getter, MethodHandle setter)
public VariableAccessor	Returns: an accessor appropriate for writing getVariableAccessorForWrite(String the name of the variable name) Get the variable accessor for the given name with intent to use it for writing.
public Map<String, VariableAccessor>	Returns: a map of current variable accessors getVariableAccessorsForRead() Get the map of all current variable accessors with intent to read from it.
pack-priv VariableAccessor	Returns: an accessor getVariableAccessorWithBuilder(String the name of the variable name, Function<Integer, VariableAccessor> a builder to use if the accessor doesn't exist yet defaultAccessorBuilder) Get the variable accessor for the given name, or if it doesn't exist, create it with the provided builder.
public String[]	Returns: a copy of the array of known instance variable names getVariableNames() Get an array of all the known instance variable names.
public Map<String, VariableAccessor>	Returns: a map of names to accessors for all variables getVariableTableCopy() Get a Map representing all variables registered in the variable table.
public int	Returns: the variable table's size, excluding extras getVariableTableSize() Get the size of the variable table, excluding extra vars (object_id, etc).
public int	getVariableTableSizeWithExtras() Get the size of the variable table, including extra vars (object_etc, etc).
public boolean	hasInstanceVariables(RubyBasicObject object)
public boolean	Returns: true if object_id has been allocated; false otherwise hasObjectID() Whether this table has been used to allocate space for an object_id.
public boolean	Returns: true if object has any variables, else false hasVariables(RubyBasicObject object) Returns true if object has any variables, defined as: instance variables class variables constants internal variables, such as those used when marshaling Ranges and Exceptions
private long	Returns: The generated object ID initObjectId(RubyBasicObject self, VariableAccessor The variable accessor to use for storing the generated object ID objectIdAccessor) We lazily stand up the object ID since it forces us to stand up per-object state for a given object.
pack-priv final Function<Integer, VariableAccessor>	makeRawFieldAccessorBuilder(String name, boolean unwrap, Class<?> unwrapType, Class<?> fieldType, MethodHandle getter, MethodHandle setter) Makes a raw field accessor builder for reified classes with java_field.
pack-priv final Function<Integer, VariableAccessor>	makeRubyFieldAccessorBuilder(String name, MethodHandle getter, MethodHandle setter) Makes an IRubyObject field accessor builder for reified classes.
private static Object[]	Returns: a new table formed by combining the given tables makeSyncedTable(Object[] the current table currentTable, Object[] the other (incoming) table otherTable, int the index of object_id to exclude objectIdIdx) Make a new variable table based on the values in a current and other (incoming) table, excluding object_id at specified index.
pack-priv final Function<Integer, VariableAccessor>	makeTableVariableAccessorBuilder(String name) Makes a standard table accessor builder.
public synchronized void	requestFieldStorage(String name, Class<?> fieldType, Boolean unwrap, Class<?> toType) This is internal API, don't call this directly if you aren't in the JRuby codebase, it may change Request that the listed ivars (no @ in name) have field storage when we are reified
public void	requestFieldStorage(JavaClassConfiguration.DirectFieldConfiguration config) Actually requests field storage for the ivar once we are reified This is internal API, don't call this directly if you aren't in the JRuby codebase, it may change
public void	serializeVariables(RubyBasicObject object, ObjectOutputStream oos)
public final void	setFFIHandle(RubyBasicObject the object the object's FFI handle self, Object value) Set the FFI handle for the given object.
private static void	setObjectId(RubyClass realClass, RubyBasicObject the object into which to set object_id self, int the index allocated to store object_id index, long the value of object_id value) Update object_id with the given value.
public void	setVariableInternal(RubyBasicObject the object into which to set the value self, int the index allocated for the value index, Object the value value) Virtual entry point for setting a variable into an object.
public static void	setVariableInternal(RubyClass the "real" class of the object realClass, RubyBasicObject the object into which to set the variable self, int the index allocated for the variable index, Object the value of the variable value) Static entry point for setting a variable in an object.
public void	syncVariables(RubyBasicObject the object into which to sync variables self, IRubyObject the object from which to sync variables other) Sync one this object's variables with other's - this is used to make rbClone work correctly.

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

ffiHandleVariableAccessorField	back to summary
private final VariableAccessorField ffiHandleVariableAccessorField a lazy accessor for FFI handle

fieldVariables	back to summary
private volatile int fieldVariables whether objects associated with this table use fields

hasFFI	back to summary
private volatile int hasFFI whether a slot has been allocated to ffi

hasObjectID	back to summary
private volatile int hasObjectID whether a slot has been allocated to object_id

hasObjectspaceGroup	back to summary
private volatile int hasObjectspaceGroup whether a slot has been allocated to objectspace_group

objectGroupVariableAccessorField	back to summary
private final VariableAccessorField objectGroupVariableAccessorField a lazy accessor for object group

objectIdVariableAccessorField	back to summary
private final VariableAccessorField objectIdVariableAccessorField a lazy accessor for object_id

realClass	back to summary
private final RubyClass realClass the "real" class associated with this table

variableAccessors	back to summary
private Map<String, VariableAccessor> variableAccessors a map from strings to accessors for this table Annotations @SuppressWarnings:unchecked

variableNames	back to summary
private volatile String[] variableNames an array of all registered variable names

VariableTableManager	back to summary
public VariableTableManager(RubyClass realClass) Construct a new VariableTable Manager for the given "real" class. Parameters realClass:RubyClass the "real" class associated with this table

VariableTableManager	back to summary
pack-priv VariableTableManager(VariableTableManager original) Copy constructor with deep cloning. Parameters original:VariableTableManager VariableTableManager to copy

Method Detail

allocateVariableAccessor	back to summary
pack-priv final VariableAccessor allocateVariableAccessor(String name) Allocate a new VariableAccessor for the named variable. Parameters name:String the name of the variable Returns:VariableAccessor the new VariableAccessor

allocateVariableAccessor

back to summary

pack-priv final VariableAccessor allocateVariableAccessor(String name)

Allocate a new VariableAccessor for the named variable.

Parameters

name:String: the name of the variable

Returns:VariableAccessor

the new VariableAccessor

allocateVariableAccessors	back to summary
pack-priv final synchronized VariableAccessor allocateVariableAccessors(String name, Function<Integer, VariableAccessor> builder) Allocation helper to map variables to names

clearVariable	back to summary
public Object clearVariable(RubyBasicObject object, String name)

copyVariableAccessors	back to summary
private static Map<String, VariableAccessor> copyVariableAccessors(Map<String, VariableAccessor> myVariableAccessors)

copyVariableAccessors	back to summary
private static Map<String, VariableAccessor> copyVariableAccessors(Map<String, VariableAccessor> myVariableAccessors, String name, VariableAccessor ivarAccessor)

deserializeVariables	back to summary
public void deserializeVariables(RubyBasicObject object, ObjectInputStream ois) throws IOException, ClassNotFoundException

duplicate	back to summary
public VariableTableManager duplicate()

getFFIHandle	back to summary
public final Object getFFIHandle(RubyBasicObject self) Retrieve the FFI ext handle for the given object. Parameters self:RubyBasicObject the object Returns:Object the object's FFI handle

getFFIHandle

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public final Object getFFIHandle(RubyBasicObject self)

Retrieve the FFI ext handle for the given object.

Parameters

self:RubyBasicObject: the object

Returns:Object

the object's FFI handle

getFFIHandleAccessorField back to summary

getFFIHandleAccessorField	back to summary
public VariableAccessorField getFFIHandleAccessorField() Deprecated since 9.4-. Use `getFFIHandleAccessorForRead()` or `getFFIHandleAccessorForWrite()` Retrieve the lazy accessor (VariableAccessorField) for FFI handle. Returns:VariableAccessorField the lazy accessor for FFI handle Annotations @Deprecated since:9.4-

public VariableAccessorField getFFIHandleAccessorField()

Deprecated

since 9.4-.

Use getFFIHandleAccessorForRead() or getFFIHandleAccessorForWrite()

Retrieve the lazy accessor (VariableAccessorField) for FFI handle.

Returns:VariableAccessorField

the lazy accessor for FFI handle

Annotations

@Deprecated
since:9.4-

getFFIHandleAccessorForRead	back to summary
public VariableAccessor getFFIHandleAccessorForRead() Retrieve the read accessor for FFI handle. If no object_id has been prepared, this will return a dummy accessor that just returns null. Returns:VariableAccessor the read accessor for FFI handle

getFFIHandleAccessorForRead

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public VariableAccessor getFFIHandleAccessorForRead()

Retrieve the read accessor for FFI handle. If no object_id has been prepared, this will return a dummy accessor that just returns null.

Returns:VariableAccessor: the read accessor for FFI handle

getFFIHandleAccessorForWrite	back to summary
public VariableAccessor getFFIHandleAccessorForWrite() Retrieve the write accessor for FFI handle. Returns:VariableAccessor the write accessor for FFI handle

getFFIHandleAccessorForWrite

back to summary

public VariableAccessor getFFIHandleAccessorForWrite()

Retrieve the write accessor for FFI handle.

Returns:VariableAccessor: the write accessor for FFI handle

getObjectGroupAccessorField back to summary

getObjectGroupAccessorField	back to summary
public VariableAccessorField getObjectGroupAccessorField() Deprecated since 9.4-. Use `getObjectGroupAccessorForRead()` or `getObjectGroupAccessorForWrite()` Retrieve the lazy accessor (VariableAccessorField) for object group. Returns:VariableAccessorField the lazy accessor for object group Annotations @Deprecated since:9.4-

public VariableAccessorField getObjectGroupAccessorField()

Deprecated

since 9.4-.

Use getObjectGroupAccessorForRead() or getObjectGroupAccessorForWrite()

Retrieve the lazy accessor (VariableAccessorField) for object group.

Returns:VariableAccessorField

the lazy accessor for object group

Annotations

@Deprecated
since:9.4-

getObjectGroupAccessorForRead	back to summary
public VariableAccessor getObjectGroupAccessorForRead() Retrieve the read accessor for object group. If no object_id has been prepared, this will return a dummy accessor that just returns null. Returns:VariableAccessor the read accessor for object group

getObjectGroupAccessorForRead

back to summary

public VariableAccessor getObjectGroupAccessorForRead()

Retrieve the read accessor for object group. If no object_id has been prepared, this will return a dummy accessor that just returns null.

Returns:VariableAccessor: the read accessor for object group

getObjectGroupAccessorForWrite	back to summary
public VariableAccessor getObjectGroupAccessorForWrite() Retrieve the write accessor for object group. Returns:VariableAccessor the write accessor for object group

getObjectGroupAccessorForWrite

back to summary

public VariableAccessor getObjectGroupAccessorForWrite()

Retrieve the write accessor for object group.

Returns:VariableAccessor: the write accessor for object group

getObjectId	back to summary
public long getObjectId(RubyBasicObject self) Get the object_id from a given RubyBasicObject, possibly allocating space for it. Parameters self:RubyBasicObject the object from which to get object_id Returns:long the object's object_id (possibly new)

getObjectId

back to summary

public long getObjectId(RubyBasicObject self)

Get the object_id from a given RubyBasicObject, possibly allocating space for it.

Parameters

self:RubyBasicObject: the object from which to get object_id

Returns:long

the object's object_id (possibly new)

getObjectIdAccessorField back to summary

getObjectIdAccessorField	back to summary
public VariableAccessorField getObjectIdAccessorField() Deprecated since 9.4-. Use `getObjectIdAccessorForRead()` or `getObjectIdAccessorForWrite()` Retrieve the lazy accessor (VariableAccessorField) for object_id. Returns:VariableAccessorField the lazy accessor for object_id Annotations @Deprecated since:9.4-

public VariableAccessorField getObjectIdAccessorField()

Deprecated

since 9.4-.

Use getObjectIdAccessorForRead() or getObjectIdAccessorForWrite()

Retrieve the lazy accessor (VariableAccessorField) for object_id.

Returns:VariableAccessorField

the lazy accessor for object_id

Annotations

@Deprecated
since:9.4-

getObjectIdAccessorForRead	back to summary
public VariableAccessor getObjectIdAccessorForRead() Retrieve the read accessor for object_id for reads. If no object_id has been prepared, this will return a dummy accessor that just returns null. Returns:VariableAccessor the read accessor for object_id

getObjectIdAccessorForRead

back to summary

public VariableAccessor getObjectIdAccessorForRead()

Retrieve the read accessor for object_id for reads. If no object_id has been prepared, this will return a dummy accessor that just returns null.

Returns:VariableAccessor: the read accessor for object_id

getObjectIdAccessorForWrite	back to summary
public VariableAccessor getObjectIdAccessorForWrite() Retrieve the write accessor for object_id. Returns:VariableAccessor the write accessor for object_id

getObjectIdAccessorForWrite

back to summary

public VariableAccessor getObjectIdAccessorForWrite()

Retrieve the write accessor for object_id.

Returns:VariableAccessor: the write accessor for object_id

getRealClass	back to summary
public RubyClass getRealClass()

getVariableAccessorForJavaMappedVar	back to summary
public VariableAccessor getVariableAccessorForJavaMappedVar(String name, boolean unwrap, Class<?> unwrapType, Class<?> fieldType, MethodHandle getter, MethodHandle setter)

getVariableAccessorForRead	back to summary
public VariableAccessor getVariableAccessorForRead(String name) Get the variable accessor for the given name with intent to use it for reading. Parameters name:String the name of the variable Returns:VariableAccessor an accessor appropriate for reading

getVariableAccessorForRead

back to summary

public VariableAccessor getVariableAccessorForRead(String name)

Get the variable accessor for the given name with intent to use it for reading.

Parameters

name:String: the name of the variable

Returns:VariableAccessor

an accessor appropriate for reading

getVariableAccessorForRubyVar	back to summary
public VariableAccessor getVariableAccessorForRubyVar(String name, MethodHandle getter, MethodHandle setter)

getVariableAccessorForWrite	back to summary
public VariableAccessor getVariableAccessorForWrite(String name) Get the variable accessor for the given name with intent to use it for writing. Parameters name:String the name of the variable Returns:VariableAccessor an accessor appropriate for writing

getVariableAccessorForWrite

back to summary

public VariableAccessor getVariableAccessorForWrite(String name)

Get the variable accessor for the given name with intent to use it for writing.

Parameters

name:String: the name of the variable

Returns:VariableAccessor

an accessor appropriate for writing

getVariableAccessorsForRead	back to summary
public Map<String, VariableAccessor> getVariableAccessorsForRead() Get the map of all current variable accessors with intent to read from it. Returns:Map<String, VariableAccessor> a map of current variable accessors

getVariableAccessorsForRead

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public Map<String, VariableAccessor> getVariableAccessorsForRead()

Get the map of all current variable accessors with intent to read from it.

Returns:Map<String, VariableAccessor>: a map of current variable accessors

getVariableAccessorWithBuilder	back to summary
pack-priv VariableAccessor getVariableAccessorWithBuilder(String name, Function<Integer, VariableAccessor> defaultAccessorBuilder) Get the variable accessor for the given name, or if it doesn't exist, create it with the provided builder. Parameters name:String the name of the variable defaultAccessorBuilder:Function<Integer, VariableAccessor> a builder to use if the accessor doesn't exist yet Returns:VariableAccessor an accessor

getVariableAccessorWithBuilder

back to summary

pack-priv VariableAccessor getVariableAccessorWithBuilder(String name, Function<Integer, VariableAccessor> defaultAccessorBuilder)

Get the variable accessor for the given name, or if it doesn't exist, create it with the provided builder.

Parameters

name:String: the name of the variable
defaultAccessorBuilder:Function<Integer, VariableAccessor>: a builder to use if the accessor doesn't exist yet

Returns:VariableAccessor

an accessor

getVariableNames	back to summary
public String[] getVariableNames() Get an array of all the known instance variable names. The offset into the array indicates the offset of the variable's value in the per-object variable array. Returns:String[] a copy of the array of known instance variable names

getVariableNames

back to summary

public String[] getVariableNames()

Get an array of all the known instance variable names. The offset into the array indicates the offset of the variable's value in the per-object variable array.

Returns:String[]: a copy of the array of known instance variable names

getVariableTableCopy	back to summary
public Map<String, VariableAccessor> getVariableTableCopy() Get a Map representing all variables registered in the variable table. Returns:Map<String, VariableAccessor> a map of names to accessors for all variables

getVariableTableCopy

back to summary

public Map<String, VariableAccessor> getVariableTableCopy()

Get a Map representing all variables registered in the variable table.

Returns:Map<String, VariableAccessor>: a map of names to accessors for all variables

getVariableTableSize	back to summary
public int getVariableTableSize() Get the size of the variable table, excluding extra vars (object_id, etc). Returns:int the variable table's size, excluding extras

getVariableTableSize

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public int getVariableTableSize()

Get the size of the variable table, excluding extra vars (object_id, etc).

Returns:int: the variable table's size, excluding extras

getVariableTableSizeWithExtras	back to summary
public int getVariableTableSizeWithExtras() Get the size of the variable table, including extra vars (object_etc, etc).

hasInstanceVariables	back to summary
public boolean hasInstanceVariables(RubyBasicObject object)

hasObjectID	back to summary
public boolean hasObjectID() Whether this table has been used to allocate space for an object_id. Returns:boolean true if object_id has been allocated; false otherwise

hasObjectID

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public boolean hasObjectID()

Whether this table has been used to allocate space for an object_id.

Returns:boolean: true if object_id has been allocated; false otherwise

hasVariables	back to summary
public boolean hasVariables(RubyBasicObject object) Returns true if object has any variables, defined as: instance variables class variables constants internal variables, such as those used when marshaling Ranges and Exceptions Returns:boolean true if object has any variables, else false

hasVariables

back to summary

public boolean hasVariables(RubyBasicObject object)

Returns true if object has any variables, defined as:

instance variables
class variables
constants
internal variables, such as those used when marshaling Ranges and Exceptions

Returns:boolean: true if object has any variables, else false

initObjectId	back to summary
private long initObjectId(RubyBasicObject self, VariableAccessor objectIdAccessor) We lazily stand up the object ID since it forces us to stand up per-object state for a given object. We also check for ObjectSpace here, and normally we do not register a given object ID into ObjectSpace due to the high cost associated with constructing the related weakref. Most uses of id/object_id will only ever need it to be a unique identifier, and the id2ref behavior provided by ObjectSpace is considered internal and not generally supported. Note that this method does not need to be synchronized, since it is only called from #getObjectId, which synchronizes against the target object. The accessor is already present, and variable accesses are thread-safe (albeit not atomic, which necessitates the synchronization in getObjectId). Synchronization here ends up being a bottleneck for every object created from the class that contains this VariableTableManager. See GH #1400. Parameters objectIdAccessor:VariableAccessor The variable accessor to use for storing the generated object ID Returns:long The generated object ID

initObjectId

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private long initObjectId(RubyBasicObject self, VariableAccessor objectIdAccessor)

We lazily stand up the object ID since it forces us to stand up per-object state for a given object. We also check for ObjectSpace here, and normally we do not register a given object ID into ObjectSpace due to the high cost associated with constructing the related weakref. Most uses of id/object_id will only ever need it to be a unique identifier, and the id2ref behavior provided by ObjectSpace is considered internal and not generally supported. Note that this method does not need to be synchronized, since it is only called from #getObjectId, which synchronizes against the target object. The accessor is already present, and variable accesses are thread-safe (albeit not atomic, which necessitates the synchronization in getObjectId). Synchronization here ends up being a bottleneck for every object created from the class that contains this VariableTableManager. See GH #1400.

Parameters

objectIdAccessor:VariableAccessor: The variable accessor to use for storing the generated object ID

Returns:long

The generated object ID

makeRawFieldAccessorBuilder	back to summary
pack-priv final Function<Integer, VariableAccessor> makeRawFieldAccessorBuilder(String name, boolean unwrap, Class<?> unwrapType, Class<?> fieldType, MethodHandle getter, MethodHandle setter) Makes a raw field accessor builder for reified classes with java_field. Pass this into getVariableAccessorWithBuilder

makeRubyFieldAccessorBuilder	back to summary
pack-priv final Function<Integer, VariableAccessor> makeRubyFieldAccessorBuilder(String name, MethodHandle getter, MethodHandle setter) Makes an IRubyObject field accessor builder for reified classes. Pass this into getVariableAccessorWithBuilder

makeSyncedTable

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private static Object[] makeSyncedTable(Object[] currentTable, Object[] otherTable, int objectIdIdx)

Make a new variable table based on the values in a current and other (incoming) table, excluding object_id at specified index.

Parameters

currentTable:Object[]: the current table
otherTable:Object[]: the other (incoming) table
objectIdIdx:int: the index of object_id to exclude

Returns:Object[]

a new table formed by combining the given tables

makeTableVariableAccessorBuilder	back to summary
pack-priv final Function<Integer, VariableAccessor> makeTableVariableAccessorBuilder(String name) Makes a standard table accessor builder. Pass this into getVariableAccessorWithBuilder

requestFieldStorage	back to summary
public synchronized void requestFieldStorage(String name, Class<?> fieldType, Boolean unwrap, Class<?> toType) This is internal API, don't call this directly if you aren't in the JRuby codebase, it may change Request that the listed ivars (no @ in name) have field storage when we are reified

requestFieldStorage	back to summary
public void requestFieldStorage(JavaClassConfiguration.DirectFieldConfiguration config) Actually requests field storage for the ivar once we are reified This is internal API, don't call this directly if you aren't in the JRuby codebase, it may change

serializeVariables	back to summary
public void serializeVariables(RubyBasicObject object, ObjectOutputStream oos) throws IOException

setFFIHandle

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public final void setFFIHandle(RubyBasicObject self, Object value)

Set the FFI handle for the given object.

Parameters

self:RubyBasicObject

the object
the object's FFI handle

setObjectId

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private static void setObjectId(RubyClass realClass, RubyBasicObject self, int index, long value)

Update object_id with the given value.

Parameters

self:RubyBasicObject: the object into which to set object_id
index:int: the index allocated to store object_id
value:long: the value of object_id

setVariableInternal

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public void setVariableInternal(RubyBasicObject self, int index, Object value)

Virtual entry point for setting a variable into an object.

Parameters

self:RubyBasicObject: the object into which to set the value
index:int: the index allocated for the value
value:Object: the value

setVariableInternal

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public static void setVariableInternal(RubyClass realClass, RubyBasicObject self, int index, Object value)

Static entry point for setting a variable in an object.

Parameters

realClass:RubyClass: the "real" class of the object
self:RubyBasicObject: the object into which to set the variable
index:int: the index allocated for the variable
value:Object: the value of the variable

syncVariables

back to summary

public void syncVariables(RubyBasicObject self, IRubyObject other)

Sync one this object's variables with other's - this is used to make rbClone work correctly.

Parameters

self:RubyBasicObject: the object into which to sync variables
other:IRubyObject: the object from which to sync variables

public Class VariableTableManager

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail