| /macosx-10.9.5/python_modules-35/scipy/ |
| H A D | f2c.py | 39 compiler.customize()
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| /macosx-10.9.5/CPANInternal-140/B-Hooks-EndOfScope/lib/B/Hooks/ |
| H A D | EndOfScope.pm | 40 This is exported by default. See L<Sub::Exporter> on how to customize it.
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| /macosx-10.9.5/CPANInternal-140/Tree-Simple-VisitorFactory/lib/Tree/Simple/Visitor/ |
| H A D | BreadthFirstTraversal.pm | 108 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> method to customize its behavior.
116 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to filter the tree nodes as they are collected. This can be used to customize output, or to gather specific information from a more complex tree node. The filter function should accept a single argument, which is the current Tree::Simple object.
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| H A D | FindByNodeValue.pm | 163 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter>, C<setTraversalMethod>, C<includeTrunk> and C<searchForNodeValue> methods to customize its behavior.
179 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to further check the tree nodes as they are searched and so can be used to customize search behavior. For instance, you could to check against the node value as well as some other criteria. The filter function should accept a single argument, which is the current Tree::Simple object and return either true (C<1>) on success, or false (C<0>) on failure.
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| H A D | FindByPath.pm | 170 There are no arguments to the constructor the object will be in its default state. You can use the C<setSearchPath> and C<setNodeFilter> methods to customize its behavior.
182 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to filter the tree nodes as they are collected. This can be used to customize output, or to gather specific information from a more complex tree node. The filter function should accept a single argument, which is the current Tree::Simple object.
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| H A D | GetAllDescendents.pm | 109 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> method to customize its behavior.
117 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to filter the tree nodes as they are collected. This can be used to customize output, or to gather specific information from a more complex tree node. The filter function should accept a single argument, which is the current Tree::Simple object.
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| H A D | PathToRoot.pm | 106 There are no arguments to the constructor the object will be in its default state. You can use the C<includeTrunk> and C<setNodeFilter> methods to customize its behavior.
114 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to filter the tree nodes as they are collected. This can be used to customize output, or to gather specific information from a more complex tree node. The filter function should accept a single argument, which is the current Tree::Simple object.
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| H A D | PostOrderTraversal.pm | 101 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> method to customize its behavior.
109 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to filter the tree nodes as they are collected. This can be used to customize output, or to gather specific information from a more complex tree node. The filter function should accept a single argument, which is the current Tree::Simple object.
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| H A D | PreOrderTraversal.pm | 63 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> method to customize its behavior.
71 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to filter the tree nodes as they are collected. This can be used to customize output, or to gather specific information from a more complex tree node. The filter function should accept a single argument, which is the current Tree::Simple object.
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| H A D | FindByUID.pm | 163 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter>, C<setTraversalMethod>, C<includeTrunk> and C<searchForUID> methods to customize its behavior.
179 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to further check the tree nodes as they are searched and so can be used to customize search behavior. For instance, you could to check against the UID as well as some other criteria. The filter function should accept a single argument, which is the current Tree::Simple object and return either true (C<1>) on success, or false (C<0>) on failure.
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| H A D | ToNestedArray.pm | 118 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> and C<includTrunk> methods to customize its behavior.
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| H A D | ToNestedHash.pm | 104 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> and C<includTrunk> methods to customize its behavior.
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| H A D | VariableDepthClone.pm | 112 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> method to customize its behavior.
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| /macosx-10.9.5/CPANInternal-140/Tree-Simple-VisitorFactory-0.10/lib/Tree/Simple/Visitor/ |
| H A D | BreadthFirstTraversal.pm | 108 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> method to customize its behavior.
116 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to filter the tree nodes as they are collected. This can be used to customize output, or to gather specific information from a more complex tree node. The filter function should accept a single argument, which is the current Tree::Simple object.
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| H A D | FindByNodeValue.pm | 163 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter>, C<setTraversalMethod>, C<includeTrunk> and C<searchForNodeValue> methods to customize its behavior.
179 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to further check the tree nodes as they are searched and so can be used to customize search behavior. For instance, you could to check against the node value as well as some other criteria. The filter function should accept a single argument, which is the current Tree::Simple object and return either true (C<1>) on success, or false (C<0>) on failure.
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| H A D | FindByPath.pm | 170 There are no arguments to the constructor the object will be in its default state. You can use the C<setSearchPath> and C<setNodeFilter> methods to customize its behavior.
182 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to filter the tree nodes as they are collected. This can be used to customize output, or to gather specific information from a more complex tree node. The filter function should accept a single argument, which is the current Tree::Simple object.
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| H A D | GetAllDescendents.pm | 109 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> method to customize its behavior.
117 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to filter the tree nodes as they are collected. This can be used to customize output, or to gather specific information from a more complex tree node. The filter function should accept a single argument, which is the current Tree::Simple object.
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| H A D | PathToRoot.pm | 106 There are no arguments to the constructor the object will be in its default state. You can use the C<includeTrunk> and C<setNodeFilter> methods to customize its behavior.
114 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to filter the tree nodes as they are collected. This can be used to customize output, or to gather specific information from a more complex tree node. The filter function should accept a single argument, which is the current Tree::Simple object.
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| H A D | PostOrderTraversal.pm | 101 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> method to customize its behavior.
109 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to filter the tree nodes as they are collected. This can be used to customize output, or to gather specific information from a more complex tree node. The filter function should accept a single argument, which is the current Tree::Simple object.
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| H A D | PreOrderTraversal.pm | 63 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> method to customize its behavior.
71 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to filter the tree nodes as they are collected. This can be used to customize output, or to gather specific information from a more complex tree node. The filter function should accept a single argument, which is the current Tree::Simple object.
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| H A D | FindByUID.pm | 163 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter>, C<setTraversalMethod>, C<includeTrunk> and C<searchForUID> methods to customize its behavior.
179 This method accepts a CODE reference as its C<$filter_function> argument and throws an exception if it is not a code reference. This code reference is used to further check the tree nodes as they are searched and so can be used to customize search behavior. For instance, you could to check against the UID as well as some other criteria. The filter function should accept a single argument, which is the current Tree::Simple object and return either true (C<1>) on success, or false (C<0>) on failure.
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| H A D | ToNestedArray.pm | 118 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> and C<includTrunk> methods to customize its behavior.
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| H A D | ToNestedHash.pm | 104 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> and C<includTrunk> methods to customize its behavior.
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| H A D | VariableDepthClone.pm | 112 There are no arguments to the constructor the object will be in its default state. You can use the C<setNodeFilter> method to customize its behavior.
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| /macosx-10.9.5/emacs-92/emacs/lisp/ |
| H A D | tool-bar.el | 76 ;; customize consider disabling the toolbar a customization, and save
276 (tool-bar-add-item "preferences" 'customize 'customize
277 :help "Edit preferences (customize)")
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