GraphDebugInfoOrBuilder

interface publique GraphDebugInfoOrBuilder
Sous-classes indirectes connues

Méthodes publiques

booléen abstrait
contientTraces (clé de chaîne) 
 This maps a node name to a stack trace in the source code.
chaîne abstraite
getFiles (index entier) 
 This stores all the source code file names and can be indexed by the
 `file_index`.
résumé com.google.protobuf.ByteString
getFilesBytes (index int) 
 This stores all the source code file names and can be indexed by the
 `file_index`.
abstrait entier
getFilesCount () 
 This stores all the source code file names and can be indexed by the
 `file_index`.
Liste abstraite<String>
getFilesList () 
 This stores all the source code file names and can be indexed by the
 `file_index`.
Carte abstraite<String, GraphDebugInfo.StackTrace >
obtenirTraces ()
Utilisez plutôt getTracesMap() .
abstrait entier
getTracesCount () 
 This maps a node name to a stack trace in the source code.
Carte abstraite<String, GraphDebugInfo.StackTrace >
getTracesMap () 
 This maps a node name to a stack trace in the source code.
résumé GraphDebugInfo.StackTrace
getTracesOrDefault (clé de chaîne, GraphDebugInfo.StackTrace defaultValue) 
 This maps a node name to a stack trace in the source code.
résumé GraphDebugInfo.StackTrace
getTracesOrThrow (clé de chaîne) 
 This maps a node name to a stack trace in the source code.

Méthodes publiques

public abstrait booléen contientTraces (clé de chaîne) 

 This maps a node name to a stack trace in the source code.
 The map key is a mangling of the containing function and op name with
 syntax:
   op.name '@' func_name
 For ops in the top-level graph, the func_name is the empty string.
 Note that op names are restricted to a small number of characters which
 exclude '@', making it impossible to collide keys of this form. Function
 names accept a much wider set of characters.
 It would be preferable to avoid mangling and use a tuple key of (op.name,
 func_name), but this is not supported with protocol buffers.
map<string, .tensorflow.GraphDebugInfo.StackTrace> traces = 2;

chaîne abstraite publique getFiles (index int) 

 This stores all the source code file names and can be indexed by the
 `file_index`.
repeated string files = 1;

résumé public com.google.protobuf.ByteString getFilesBytes (index int) 

 This stores all the source code file names and can be indexed by the
 `file_index`.
repeated string files = 1;

public abstrait int getFilesCount () 

 This stores all the source code file names and can be indexed by the
 `file_index`.
repeated string files = 1;

liste abstraite publique<String> getFilesList () 

 This stores all the source code file names and can be indexed by the
 `file_index`.
repeated string files = 1;

public abstract Map<String, GraphDebugInfo.StackTrace > getTraces ()

Utilisez plutôt getTracesMap() .

public abstrait int getTracesCount () 

 This maps a node name to a stack trace in the source code.
 The map key is a mangling of the containing function and op name with
 syntax:
   op.name '@' func_name
 For ops in the top-level graph, the func_name is the empty string.
 Note that op names are restricted to a small number of characters which
 exclude '@', making it impossible to collide keys of this form. Function
 names accept a much wider set of characters.
 It would be preferable to avoid mangling and use a tuple key of (op.name,
 func_name), but this is not supported with protocol buffers.
map<string, .tensorflow.GraphDebugInfo.StackTrace> traces = 2;

public abstract Map<String, GraphDebugInfo.StackTrace > getTracesMap () 

 This maps a node name to a stack trace in the source code.
 The map key is a mangling of the containing function and op name with
 syntax:
   op.name '@' func_name
 For ops in the top-level graph, the func_name is the empty string.
 Note that op names are restricted to a small number of characters which
 exclude '@', making it impossible to collide keys of this form. Function
 names accept a much wider set of characters.
 It would be preferable to avoid mangling and use a tuple key of (op.name,
 func_name), but this is not supported with protocol buffers.
map<string, .tensorflow.GraphDebugInfo.StackTrace> traces = 2;

résumé public GraphDebugInfo.StackTrace getTracesOrDefault (clé de chaîne, GraphDebugInfo.StackTrace defaultValue) 

 This maps a node name to a stack trace in the source code.
 The map key is a mangling of the containing function and op name with
 syntax:
   op.name '@' func_name
 For ops in the top-level graph, the func_name is the empty string.
 Note that op names are restricted to a small number of characters which
 exclude '@', making it impossible to collide keys of this form. Function
 names accept a much wider set of characters.
 It would be preferable to avoid mangling and use a tuple key of (op.name,
 func_name), but this is not supported with protocol buffers.
map<string, .tensorflow.GraphDebugInfo.StackTrace> traces = 2;

résumé public GraphDebugInfo.StackTrace getTracesOrThrow (clé de chaîne) 

 This maps a node name to a stack trace in the source code.
 The map key is a mangling of the containing function and op name with
 syntax:
   op.name '@' func_name
 For ops in the top-level graph, the func_name is the empty string.
 Note that op names are restricted to a small number of characters which
 exclude '@', making it impossible to collide keys of this form. Function
 names accept a much wider set of characters.
 It would be preferable to avoid mangling and use a tuple key of (op.name,
 func_name), but this is not supported with protocol buffers.
map<string, .tensorflow.GraphDebugInfo.StackTrace> traces = 2;