Replace nt with nq in various places throughout

Manually change testdata.nt to testdata.nq.

.goxc.json

@@ -1,6 +1,6 @@
 {
 	"Arch": "amd64 386",
 	"Os": "linux darwin windows",
-	"ResourcesInclude": "README.md,static,templates,LICENSE,AUTHORS,CONTRIBUTORS,docs,cayley.cfg.example,30kmoviedata.nt.gz,testdata.nt",
+	"ResourcesInclude": "README.md,static,templates,LICENSE,AUTHORS,CONTRIBUTORS,docs,cayley.cfg.example,30kmoviedata.nq.gz,testdata.nq",
 	"ConfigVersion": "0.9"
 }

README.md

@@ -72,13 +72,13 @@ cayley> graph.Vertex("dani").Out("follows").All()
 For somewhat more interesting data, a sample of 30k movies from Freebase comes in the checkout.
 
 ```
-./cayley repl --dbpath=30kmoviedata.nt.gz
+./cayley repl --dbpath=30kmoviedata.nq.gz
 ```
 
 To run the web frontend, replace the "repl" command with "http"
 
 ```
-./cayley http --dbpath=30kmoviedata.nt.gz
+./cayley http --dbpath=30kmoviedata.nq.gz
 ```
 
 And visit port 64210 on your machine, commonly [http://localhost:64210](http://localhost:64210)
@@ -90,13 +90,13 @@ The default environment is based on [Gremlin](http://gremlindocs.com/) and is si
 
 You'll notice we have a special object, `graph` or `g`, which is how you can interact with the graph.
 
-The simplest query is merely to return a single vertex. Using the 30kmovies.nt dataset from above, let's walk through some simple queries:
+The simplest query is merely to return a single vertex. Using the 30kmoviedata.nq dataset from above, let's walk through some simple queries:
 
 ```javascript
 // Query all vertices in the graph, limit to the first 5 vertices found.
 graph.Vertex().GetLimit(5)
 
-// Start with only one vertex, the literal name "Humphrey Bogart", and retreive all of them.
+// Start with only one vertex, the literal name "Humphrey Bogart", and retrieve all of them.
 graph.Vertex("Humphrey Bogart").All()
 
 // `g` and `V` are synonyms for `graph` and `Vertex` respectively, as they are quite common.

cayley_appengine.cfg

@@ -1,6 +1,6 @@
 {
 "database": "mem",
-"db_path": "30k.nt",
+"db_path": "30kmoviedata.nq.gz",
 "read_only": true,
 "load_size": 10000,
 "gremlin_timeout": 10

docs/Overview.md

@@ -28,13 +28,13 @@ 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.nt.gz
+./cayley load --config=cayley.cfg.overview --triples=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.nt.gz --alsologtostderr
+./cayley load --config=cayley.cfg.overview --triples=30kmoviedata.nq.gz --alsologtostderr
 ```
 
 And watch the log output go by.

nquads/nquads_test.go

@@ -430,11 +430,11 @@ func TestParse(t *testing.T) {
 	}
 }
 
-// This is a sample taken from 30kmovies.nq.
+// This is a sample taken from 30kmoviedata.nq.
 // It has intentional defects:
 // The second comment is inset one psace and
 // the second line after that comment is blank.
-var document = `# first 10 lines of 30kmovies.nq
+var document = `# first 10 lines of 30kmoviedata.nq
 _:100000 </film/performance/actor> </en/larry_fine_1902> .
 _:100001 </film/performance/actor> </en/samuel_howard> .
 _:100002 </film/performance/actor> </en/joe_palma> .
@@ -445,7 +445,7 @@ _:100006 </film/performance/actor> </en/emil_sitka> .
 _:100007 </film/performance/actor> </en/christine_mcintyre> .
 _:100008 </film/performance/actor> </en/moe_howard> .
 _:100009 </film/performance/actor> </en/larry_fine_1902> .
- #last ten lines of 30kmovies.nq
+ #last ten lines of 30kmoviedata.nq
 </guid/9202a8c04000641f800000001473e673> <name> "Bill Fishman" .
 
 </guid/9202a8c04000641f800000001473e673> <type> </people/person> .

testdata.nq

@@ -0,0 +1,9 @@
+<alice> <follows> <bob> .
+<bob> <follows> <alice> .
+<charlie> <follows> <bob> .
+<dani> <follows> <charlie> .
+<dani> <follows> <alice> .
+<alice> <is> "cool" .
+<bob> <is> "not cool" .
+<charlie> <is> "cool" .
+<dani> <is> "not cool" .

testdata.nt

@@ -1,9 +0,0 @@
-alice follows bob .
-bob follows alice .
-charlie follows bob .
-dani follows charlie .
-dani follows alice .
-alice is cool .
-bob is "not cool" .
-charlie is cool .
-dani is "not cool" .