Rename triple entities were relevant

docs/Configuration.md

@@ -23,7 +23,7 @@ All command line flags take precedence over the configuration file.
 
   * `mem`: An in-memory store, based on an initial N-Quads file. Loses all changes when the process exits.
   * `leveldb`: A persistent on-disk store backed by [LevelDB](http://code.google.com/p/leveldb/).
-  * `bolt`: Stores the graph data on-disk in a [Bolt](http://github.com/boltdb/bolt) file. Uses more disk space and memory than LevelDB for smaller stores, but is often faster to write to and comparable for large ones, with faster average query times. 
+  * `bolt`: Stores the graph data on-disk in a [Bolt](http://github.com/boltdb/bolt) file. Uses more disk space and memory than LevelDB for smaller stores, but is often faster to write to and comparable for large ones, with faster average query times.
   * `mongo`: Stores the graph data and indices in a [MongoDB](http://mongodb.org) instance. Slower, as it incurs network traffic, but multiple Cayley instances can disappear and reconnect at will, across a potentially horizontally-scaled store.
 
 #### **`db_path`**
@@ -33,7 +33,7 @@ All command line flags take precedence over the configuration file.
 
   Where does the database actually live? Dependent on the type of database. For each datastore:
 
-  * `mem`: Path to a triple file to automatically load.
+  * `mem`: Path to a quad file to automatically load.
   * `leveldb`: Directory to hold the LevelDB database files.
   * `bolt`: Path to the persistent single Bolt database file.
   * `mongo`: "hostname:port" of the desired MongoDB server.
@@ -64,7 +64,7 @@ All command line flags take precedence over the configuration file.
   * Type: Integer
   * Default: 10000
 
-  The number of triples to buffer from a loaded file before writing a block of triples to the database. Larger numbers are good for larger loads.
+  The number of quads to buffer from a loaded file before writing a block of quads to the database. Larger numbers are good for larger loads.
 
 #### **`db_options`**
 
@@ -103,7 +103,7 @@ The size in MiB of the LevelDB write cache. Increasing this number allows for mo
   * Type: Integer
   * Default: 2
 
-The size in MiB of the LevelDB block cache. Increasing this number uses more memory to maintain a bigger cache of triple blocks for better performance.
+The size in MiB of the LevelDB block cache. Increasing this number uses more memory to maintain a bigger cache of quad blocks for better performance.
 
 ### Bolt
 

docs/GremlinAPI.md

@@ -85,7 +85,7 @@ Arguments:
 	* a string: A single tag to add the predicate used to the output set.
 	* a list of strings: Multiple tags to use as keys to save the predicate used to the output set.
 
-Out is the work-a-day way to get between nodes, in the forward direction. Starting with the nodes in `path` on the subject, follow the triples with predicates defined by `predicatePath` to their objects.
+Out is the work-a-day way to get between nodes, in the forward direction. Starting with the nodes in `path` on the subject, follow the quads with predicates defined by `predicatePath` to their objects.
 
 Example:
 ```javascript
@@ -117,7 +117,7 @@ Arguments:
 	* a string: A single tag to add the predicate used to the output set.
 	* a list of strings: Multiple tags to use as keys to save the predicate used to the output set.
 
-Same as Out, but in the other direction.  Starting with the nodes in `path` on the object, follow the triples with predicates defined by `predicatePath` to their subjects.
+Same as Out, but in the other direction.  Starting with the nodes in `path` on the object, follow the quads with predicates defined by `predicatePath` to their subjects.
 
 Example:
 ```javascript
@@ -235,7 +235,7 @@ Arguments:
   * `predicate`: A string for a predicate node.
   * `tag`: A string for a tag key to store the object node.
 
-From the current node as the subject, save the object of all triples with `predicate` into `tag`, without traversal.
+From the current node as the subject, save the object of all quads with `predicate` into `tag`, without traversal.
 
 Example:
 ```javascript

docs/HTTP.md

@@ -86,7 +86,7 @@ Responses come in the form
 
 #### `/api/v1/write`
 
-POST Body: JSON triples
+POST Body: JSON quads
 
 ```json
 [{
@@ -94,7 +94,7 @@ POST Body: JSON triples
 	"predicate": "Predicate Node",
 	"object": "Object node",
 	"label": "Label node"  // Optional
-}]   // More than one triple allowed.
+}]   // More than one quad allowed.
 ```
 
 Response: JSON response message
@@ -114,7 +114,7 @@ curl http://localhost:64210/api/v1/write/file/nquad -F NQuadFile=@30k.n3
 
 #### `/api/v1/delete`
 
-POST Body: JSON triples
+POST Body: JSON quads
 
 ```json
 [{
@@ -122,7 +122,7 @@ POST Body: JSON triples
 	"predicate": "Predicate Node",
 	"object": "Object node",
 	"label": "Label node"  // Optional
-}]   // More than one triple allowed.
+}]   // More than one quad allowed.
 ```
 
 Response: JSON response message.

docs/MQL.md

@@ -40,7 +40,7 @@ Predicates always assume a forward direction. That is,
 }]
 ```
 
-will only match if the triple
+will only match if the quad
 ```
 A some_predicate B .
 ```
@@ -54,7 +54,7 @@ exists. In order to reverse the directions, "!predicates" are used. So that:
 }]
 ```
 
-will only match if the triple
+will only match if the quad
 ```
 B some_predicate A .
 ```

docs/Overview.md

@@ -29,13 +29,13 @@ You can repeat the `--db` and `--dbpath` flags from here forward instead of the
 First we load the data.
 
 ```bash
-./cayley load --config=cayley.cfg.overview --triples=30kmoviedata.nq.gz
+./cayley load --config=cayley.cfg.overview --quads=30kmoviedata.nq.gz
 ```
 
 And wait. It will load. If you'd like to watch it load, you can run
 
 ```bash
-./cayley load --config=cayley.cfg.overview --triples=30kmoviedata.nq.gz --alsologtostderr
+./cayley load --config=cayley.cfg.overview --quads=30kmoviedata.nq.gz --alsologtostderr
 ```
 
 And watch the log output go by.
@@ -82,7 +82,7 @@ Along the side are the various actions or views you can take. From the top, thes
 * Query (a request/response editor for the query language)
 * Query Shape (a visualization of the shape of the final query. Does not execute the query.)
 * Visualize  (runs a query and, if tagged correctly, gives a sigmajs view of the results)
-* Write (an interface to write or remove individual triples or triple files)
+* Write (an interface to write or remove individual quads or quad files)
 
 ----