Done - thanks!

        Andy

On 22/06/16 12:46, Haozhe wrote:
Clone URL (Committers only):
https://cms.apache.org/redirect?new=anonymous;action=diff;uri=http://jena.apache.org/documentation%2Fquery%2Farq-query-eval.mdtext

Haozhe

Index: trunk/content/documentation/query/arq-query-eval.mdtext
===================================================================
--- trunk/content/documentation/query/arq-query-eval.mdtext     (revision 
1655891)
+++ trunk/content/documentation/query/arq-query-eval.mdtext     (working copy)
@@ -10,7 +10,7 @@
  ARQ can be [extended in various ways](extension.html) to
  incorporate custom code into a query.
  [Custom filter functions](extension.html#value-functions) and
-[property functions](extension.html#property-functio-ns) p-rovi-de ways
+[property functions](extension.html#property-functio-ns) provide ways
  to add application specific code. The
  [free text search](/documentation/larq/) capabilities, using Apache
  Lucene, are provided via a property function. Custom filter
@@ -19,7 +19,7 @@
  Jena itself can be extended by providing a new implementation of
  the `Graph` interface. This can be used to encapsulate specific
  specialised storage and also for wrapping non-RDF sources to look
-like RDF. There is a common implementation framewo-fk provided-fby
+like RDF. There is a common implementation framework provided by
  `GraphBase` so only one operation, the `find` method, needs to be
  written for a read-only data source. Basic find works well is many
  cases, and the whole Jena API will be able to use the extension.
@@ -474,7 +474,7 @@
  A custom query engine enables an extension to choose which datasets
  it wishes to handle. It also allows the extension to intercept
  query execution during the setup of the execution so it can modify
-the algebra expression, introduce it's own algebra extensions,
+the algebra expression, introduce its own algebra extensions,
  choose which high-level optimizations to apply and also transform
  to the expression into quad form. Execution can proceed with the
  normal algorithm or a custom `OpExecutor` or a custom Stage


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