| Class and Description |
|---|
| PhysicalOperator |
| Class and Description |
|---|
| Leaf
An operator which specifically is a lowest level leaf node of a query plan across all possible fragments.
|
| PhysicalOperator |
| Root
Marker interface describe the root of a query plan.
|
| Class and Description |
|---|
| AbstractBase |
| AbstractFileGroupScan |
| AbstractGroupScan |
| AbstractSingle
Describes an operator that expects a single child operator as its input.
|
| Exchange |
| Exchange.ParallelizationDependency
Exchanges are fragment boundaries in physical operator tree.
|
| FileGroupScan |
| FragmentLeaf
A Physical Operator that can be the leaf node of one particular execution fragment.
|
| FragmentRoot
Describes the root operation within a particular Fragment.
|
| GroupScan
A GroupScan operator represents all data which will be scanned by a given physical
plan.
|
| HasAffinity
Describes a physical operator that has affinity to particular nodes.
|
| Leaf
An operator which specifically is a lowest level leaf node of a query plan across all possible fragments.
|
| PhysicalOperator |
| PhysicalVisitor
Visitor class designed to traversal of a operator tree.
|
| Receiver
A receiver is one half of an exchange operator.
|
| Root
Marker interface describe the root of a query plan.
|
| Scan |
| ScanStats |
| ScanStats.GroupScanProperty |
| Sender
A sender is one half of an exchange node operations.
|
| Store
An interface which supports storing a record stream.
|
| SubScan
A SubScan operator represents the data scanned by a particular major/minor fragment.
|
| Writer
Writer physical operator
|
| Class and Description |
|---|
| AbstractBase |
| AbstractExchange |
| AbstractMultiple
Describes an operator that expects more than one children operators as its input.
|
| AbstractReceiver |
| AbstractSender |
| AbstractSingle
Describes an operator that expects a single child operator as its input.
|
| AbstractStore |
| Exchange |
| Exchange.ParallelizationDependency
Exchanges are fragment boundaries in physical operator tree.
|
| FragmentLeaf
A Physical Operator that can be the leaf node of one particular execution fragment.
|
| FragmentRoot
Describes the root operation within a particular Fragment.
|
| HasAffinity
Describes a physical operator that has affinity to particular nodes.
|
| Leaf
An operator which specifically is a lowest level leaf node of a query plan across all possible fragments.
|
| PhysicalOperator |
| PhysicalVisitor
Visitor class designed to traversal of a operator tree.
|
| Receiver
A receiver is one half of an exchange operator.
|
| Root
Marker interface describe the root of a query plan.
|
| Sender
A sender is one half of an exchange node operations.
|
| Store
An interface which supports storing a record stream.
|
| Class and Description |
|---|
| AbstractPhysicalVisitor |
| FragmentRoot
Describes the root operation within a particular Fragment.
|
| PhysicalOperator |
| PhysicalVisitor
Visitor class designed to traversal of a operator tree.
|
| Writer
Writer physical operator
|
| Class and Description |
|---|
| PhysicalOperator |
| Class and Description |
|---|
| AbstractPhysicalVisitor |
| FragmentRoot
Describes the root operation within a particular Fragment.
|
| PhysicalOperator |
| PhysicalVisitor
Visitor class designed to traversal of a operator tree.
|
| Class and Description |
|---|
| AbstractPhysicalVisitor |
| Exchange |
| FragmentLeaf
A Physical Operator that can be the leaf node of one particular execution fragment.
|
| FragmentRoot
Describes the root operation within a particular Fragment.
|
| PhysicalOperator |
| PhysicalVisitor
Visitor class designed to traversal of a operator tree.
|
| Class and Description |
|---|
| AbstractPhysicalVisitor |
| Exchange |
| GroupScan
A GroupScan operator represents all data which will be scanned by a given physical
plan.
|
| PhysicalOperator |
| PhysicalVisitor
Visitor class designed to traversal of a operator tree.
|
| Receiver
A receiver is one half of an exchange operator.
|
| Store
An interface which supports storing a record stream.
|
| SubScan
A SubScan operator represents the data scanned by a particular major/minor fragment.
|
| Class and Description |
|---|
| AbstractPhysicalVisitor |
| Exchange |
| GroupScan
A GroupScan operator represents all data which will be scanned by a given physical
plan.
|
| PhysicalOperator |
| PhysicalVisitor
Visitor class designed to traversal of a operator tree.
|
| Store
An interface which supports storing a record stream.
|
| SubScan
A SubScan operator represents the data scanned by a particular major/minor fragment.
|
| Class and Description |
|---|
| GroupScan
A GroupScan operator represents all data which will be scanned by a given physical
plan.
|
| PhysicalOperator |
| Writer
Writer physical operator
|
| Class and Description |
|---|
| GroupScan
A GroupScan operator represents all data which will be scanned by a given physical
plan.
|
| PhysicalOperator |
| Class and Description |
|---|
| PhysicalOperator |
| Class and Description |
|---|
| PhysicalOperator |
| Class and Description |
|---|
| AbstractGroupScan |
| Class and Description |
|---|
| AbstractGroupScan |
| AbstractWriter |
| PhysicalOperator |
| Class and Description |
|---|
| AbstractBase |
| AbstractFileGroupScan |
| AbstractGroupScan |
| AbstractSingle
Describes an operator that expects a single child operator as its input.
|
| AbstractSubScan |
| AbstractWriter |
| FileGroupScan |
| FragmentLeaf
A Physical Operator that can be the leaf node of one particular execution fragment.
|
| GroupScan
A GroupScan operator represents all data which will be scanned by a given physical
plan.
|
| HasAffinity
Describes a physical operator that has affinity to particular nodes.
|
| Leaf
An operator which specifically is a lowest level leaf node of a query plan across all possible fragments.
|
| PhysicalOperator |
| Scan |
| ScanStats |
| SubScan
A SubScan operator represents the data scanned by a particular major/minor fragment.
|
| Writer
Writer physical operator
|
| Class and Description |
|---|
| AbstractBase |
| AbstractGroupScan |
| AbstractSubScan |
| FragmentLeaf
A Physical Operator that can be the leaf node of one particular execution fragment.
|
| GroupScan
A GroupScan operator represents all data which will be scanned by a given physical
plan.
|
| HasAffinity
Describes a physical operator that has affinity to particular nodes.
|
| Leaf
An operator which specifically is a lowest level leaf node of a query plan across all possible fragments.
|
| PhysicalOperator |
| Scan |
| ScanStats |
| SubScan
A SubScan operator represents the data scanned by a particular major/minor fragment.
|
| Class and Description |
|---|
| AbstractGroupScan |
| Class and Description |
|---|
| AbstractGroupScan |
| ScanStats |
| Class and Description |
|---|
| AbstractBase |
| AbstractGroupScan |
| AbstractSubScan |
| FragmentLeaf
A Physical Operator that can be the leaf node of one particular execution fragment.
|
| GroupScan
A GroupScan operator represents all data which will be scanned by a given physical
plan.
|
| HasAffinity
Describes a physical operator that has affinity to particular nodes.
|
| Leaf
An operator which specifically is a lowest level leaf node of a query plan across all possible fragments.
|
| PhysicalOperator |
| Scan |
| ScanStats |
| SubScan
A SubScan operator represents the data scanned by a particular major/minor fragment.
|
| Class and Description |
|---|
| AbstractBase |
| AbstractGroupScan |
| AbstractSingle
Describes an operator that expects a single child operator as its input.
|
| AbstractStore |
| FragmentLeaf
A Physical Operator that can be the leaf node of one particular execution fragment.
|
| FragmentRoot
Describes the root operation within a particular Fragment.
|
| GroupScan
A GroupScan operator represents all data which will be scanned by a given physical
plan.
|
| HasAffinity
Describes a physical operator that has affinity to particular nodes.
|
| Leaf
An operator which specifically is a lowest level leaf node of a query plan across all possible fragments.
|
| PhysicalOperator |
| PhysicalVisitor
Visitor class designed to traversal of a operator tree.
|
| Root
Marker interface describe the root of a query plan.
|
| Scan |
| ScanStats |
| Store
An interface which supports storing a record stream.
|
| SubScan
A SubScan operator represents the data scanned by a particular major/minor fragment.
|
| Class and Description |
|---|
| AbstractBase |
| AbstractFileGroupScan |
| AbstractGroupScan |
| AbstractSingle
Describes an operator that expects a single child operator as its input.
|
| AbstractWriter |
| FileGroupScan |
| FragmentLeaf
A Physical Operator that can be the leaf node of one particular execution fragment.
|
| GroupScan
A GroupScan operator represents all data which will be scanned by a given physical
plan.
|
| HasAffinity
Describes a physical operator that has affinity to particular nodes.
|
| Leaf
An operator which specifically is a lowest level leaf node of a query plan across all possible fragments.
|
| PhysicalOperator |
| PhysicalVisitor
Visitor class designed to traversal of a operator tree.
|
| Scan |
| ScanStats |
| SubScan
A SubScan operator represents the data scanned by a particular major/minor fragment.
|
| Writer
Writer physical operator
|
| Class and Description |
|---|
| AbstractBase |
| AbstractGroupScan |
| FragmentLeaf
A Physical Operator that can be the leaf node of one particular execution fragment.
|
| GroupScan
A GroupScan operator represents all data which will be scanned by a given physical
plan.
|
| HasAffinity
Describes a physical operator that has affinity to particular nodes.
|
| Leaf
An operator which specifically is a lowest level leaf node of a query plan across all possible fragments.
|
| PhysicalOperator |
| Scan |
| ScanStats |
| SubScan
A SubScan operator represents the data scanned by a particular major/minor fragment.
|
| Class and Description |
|---|
| FragmentRoot
Describes the root operation within a particular Fragment.
|
| Class and Description |
|---|
| AbstractPhysicalVisitor |
| PhysicalOperator |
| PhysicalVisitor
Visitor class designed to traversal of a operator tree.
|
| Class and Description |
|---|
| FragmentRoot
Describes the root operation within a particular Fragment.
|
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