Author: rvesse
Date: Tue Sep 17 22:33:56 2013
New Revision: 1524244
URL: http://svn.apache.org/r1524244
Log:
Fix formatting
Modified:
jena/site/trunk/content/documentation/security/index.mdtext
Modified: jena/site/trunk/content/documentation/security/index.mdtext
URL:
http://svn.apache.org/viewvc/jena/site/trunk/content/documentation/security/index.mdtext?rev=1524244&r1=1524243&r2=1524244&view=diff
==============================================================================
--- jena/site/trunk/content/documentation/security/index.mdtext (original)
+++ jena/site/trunk/content/documentation/security/index.mdtext Tue Sep 17
22:33:56 2013
@@ -105,22 +105,22 @@ the user can access a graph by executing
if the user can access the graph then the system will execute
- evaluate( Action, GraphIRI, <SecNode.ANY, SecNode.ANY, SecNode.ANY )
+ evaluate( Action, GraphIRI, <SecNode.ANY, SecNode.ANY, SecNode.ANY> )
to determine if the user can perform the action on all triples. If not then
the system will attempt to
determine if the user perform the action on each specific triple. In some
cases the system can determine that
the range of nodes involved in the action a sub set of all nodes and will call
`evaluate` with some constant
nodes.
-- <SecNode.ANY, SecNode.ANY, SecNode.ANY) - Asks if the user may perform the
action on any triple.
+- `<SecNode.ANY, SecNode.ANY, SecNode.ANY>` - Asks if the user may perform the
action on any triple.
-- <X, SecNode.ANY, SecNode.ANY> - Asks if the user may perform the action
against
+- `<X, SecNode.ANY, SecNode.ANY>` - Asks if the user may perform the action
against
any triple where X is the subject.
-- <SecNode.ANY, X, SecNode.ANY) - Asks if the user may perform the action
against
+- `<SecNode.ANY, X, SecNode.ANY>` - Asks if the user may perform the action
against
any triple where X is the predicate.
-- <(SecNode.ANY, SecNode.ANY, SecNode.X> - Asks if if the user may perform the
action against
+- `<SecNode.ANY, SecNode.ANY, SecNode.X>` - Asks if if the user may perform
the action against
any triple where X is the object.
The `SecNode.ANY` node may occur multiple times and may occur with the
`SecNode.VARIABLE` and/or
@@ -129,17 +129,17 @@ The `SecNode.ANY` node may occur multipl
#### SecNode.VARIABLE
This differs from `SecNode.ANY` in that the system is asking "if there are any
prohibitions" not "if the user
-may perform". Thus queries with the `SecNode.VARIABLE` nodes should return
`true` where `SecNode.ANY`> returns
+may perform". Thus queries with the `SecNode.VARIABLE` nodes should return
`true` where `SecNode.ANY` returns
`false`. In general this type is used in the query to determine if triple
level filtering of results must be
performed.
-- <SecNode.VARIABLE, X, Y> - Asks if there are any prohibitions against the
user seeing all subjects
+- `<SecNode.VARIABLE, X, Y>` - Asks if there are any prohibitions against the
user seeing all subjects
that have property X and object Y.
-- <X, SecNode.VARIABLE, Y> - Asks if there are any prohibitions against the
user seeing all predicates
+- `<X, SecNode.VARIABLE, Y>` - Asks if there are any prohibitions against the
user seeing all predicates
hat have subject X and object Y.
-- <X, Y, SecNode.VARIABLE> - Asks if there are any prohibitions against the
user seeing all objects
+- `<X, Y, SecNode.VARIABLE>` - Asks if there are any prohibitions against the
user seeing all objects
that have subject X and predicate Y.
The `SecNode.VARIABLE` may occur multiple times and may occur with the
`SecNode.ANY` node.
@@ -151,13 +151,13 @@ This node indicates a variable in the tr
node should return `true` where `SecNode.ANY` returns `false`. In general
this type is used in the query to
determine if triple level filtering of results must be performed.
-- <SecNode.VARIABLE, X, Y> - Asks if there are any prohibitions against the
user seeing all subjects
+- `SecNode.VARIABLE, X, Y>` - Asks if there are any prohibitions against the
user seeing all subjects
that have property X and object Y.
-- <X, SecNode.VARIABLE, Y> - Asks if there are any prohibitions against the
user seeing all predicates
+- `<X, SecNode.VARIABLE, Y>` - Asks if there are any prohibitions against the
user seeing all predicates
that have subject X and object Y.
-- <X, Y, SecNode.VARIABLE> - Asks if there are any prohibitions against the
user seeing all objects
+- `<X, Y, SecNode.VARIABLE>` - Asks if there are any prohibitions against the
user seeing all objects
that have subject X and predicate Y.
The `SecNode.VARIABLE` may occur multiple times and may occur with the
`SecNode.ANY` node.
@@ -167,13 +167,13 @@ inserted. For example when concatenatin
will create a series of anonymous nodes. To check for these the
`SecNode.FUTURE` is used. Initially the system will
call
- evaluate( Action.CREATE, X, <SecNode.FUTURE, RDF.first, SecNode.ANY )
+ evaluate( Action.CREATE, X, <SecNode.FUTURE, RDF.first, SecNode.ANY> )
to ascertain if the user can create a triple in graph X that has an anonymous
node (SecNode.FUTURE) as the subject,
RDF.first as the predicate and any node as the object. If this is not allowed
then for every node in `rdfList2`
the system will call
- evaluate( Action.CREATE, X, <SecNode.FUTURE, RDF.first, node )
+ evaluate( Action.CREATE, X, <SecNode.FUTURE, RDF.first, node> )
where `node` is the node from `rdfList2` to be added.
