X-Git-Url: https://gerrit.simantics.org/r/gitweb?p=simantics%2Fplatform.git;a=blobdiff_plain;f=bundles%2Forg.simantics.databoard%2Fsrc-isv%2Fdoc%2Fdatatype.mediawiki;h=a5293fda140e5999c8aada160908d76cdd20f2d1;hp=a637489868af02ed509079ba68406fd74071f6c7;hb=refs%2Fchanges%2F38%2F238%2F2;hpb=24e2b34260f219f0d1644ca7a138894980e25b14

diff --git a/bundles/org.simantics.databoard/src-isv/doc/datatype.mediawiki b/bundles/org.simantics.databoard/src-isv/doc/datatype.mediawiki
index a63748986..a5293fda1 100644
--- a/bundles/org.simantics.databoard/src-isv/doc/datatype.mediawiki
+++ b/bundles/org.simantics.databoard/src-isv/doc/datatype.mediawiki
@@ -1,92 +1,92 @@
-=Datatype=
-In Databoard all values have a type representation, [../javadoc/org/simantics/databoard/type/Datatype.html|Datatype]. 
-It is the base abstract class for all concrete type classes (See table below). 
-There is a facade class utility ([../javadoc/org/simantics/databoard/Datatypes.html|Datatypes]) that provides functions to most of the Datatype library's features.
-
-'''[../javadoc/org/simantics/databoard/type|org.simantics.databoard.type]'''.
-{| style="background-color: #f9f9f9; border: 1px solid #aaaaaa; "
-|- style="background-color: #e9e9e9; " |
-| '''Class''' || '''Description'''
-|- 
-| [../javadoc/org/simantics/databoard/type/Datatype.html|Datatype] || Base class for all data types
-|- 
-| [../javadoc/org/simantics/databoard/type/RecordType.html|RecordType] || Record 
-|- 
-| [../javadoc/org/simantics/databoard/type/ArrayType.html|ArrayType] || Array - an ordered sequence of elements of one type.
-|- 
-| [../javadoc/org/simantics/databoard/type/MapType.html|MapType] || Map - an ordered map of keys to values. 
-|- 
-| [../javadoc/org/simantics/databoard/type/UnionType.html|UnionType] || Union
-|- 
-| [../javadoc/org/simantics/databoard/type/BooleanType.html|BooleanType],[../javadoc/org/simantics/databoard/type/IntType.html|IntType],[../javadoc/org/simantics/databoard/type/LongType.html|LongType],[../javadoc/org/simantics/databoard/type/FloatType.html|FloatType],[../javadoc/org/simantics/databoard/type/DoubleType.html|DoubleType]
-| Primitive and numeric types
-|- 
-| [../javadoc/org/simantics/databoard/type/StringType.html|StringType] || String 
-|- 
-| [../javadoc/org/simantics/databoard/type/OptionalType.html|OptionalType] || Optional value
-|- 
-| [../javadoc/org/simantics/databoard/type/VariantType.html|VariantType] || Variant value
-|}
-
-
-Datatype can be acquired or created using one of the following methods:
-* Construct new
-* Constant 
-* [[binding#Reflection|Reflection]]-Read from a Class
-* Read from string of [[Databoard_Specification|the text notation]].
-<pre class="code">
-    Datatype type = new DoubleType();
-    Datatype type = Datatypes.DOUBLE;
-    Datatype type = Datatypes.getDatatype( Double.class );
-    
-    Datatypes.addDefinition("type Node = { id : String; children : Node[] }");
-    Datatype type = Datatypes.getDatatype("Node");
-</pre>
-
-==Parsing==
-Datatypes are parsed using <code>Datatypes.DatatypeRepository</code>. 
-<pre class="code">
-    Datatypes.addDefinition("type Node = { id : String; children : Node[] }");
-    Datatype type = Datatypes.getDatatype("Node");
-</pre>
-
-Types are printed to types and definitions with 
-<pre class="code">
-    String type = type.toString();
-    
-    DatatypeRepository repo = new DatatypeRepository();
-    repo.add("temp1", type);
-    String typeDef = repo.toString();
-</pre>
-
-==Structure Example==
-A node is a recursive type. With databoard typesystem it could be stated as
-<pre class="code">
-  type Node = {
-         id : String;
-         displayNames : LocalizedTexts;
-         children : Node[];
-         value : Optional(Variant);
-       }
-</pre>
-
-[[Image:NodeType.png|Type presented as tree]]
-
-
-A couple of instances with Databoard value notation:
-<pre class="code">
-  root : Node = {
-           id = “PI_01”
-           displayNames = map{ “en” = “Instrument “ }
-           children = 
-            [ 
-              {id=”Child”, 
-               displayNames = map{ “en” = “Child”} },
-               value = 5 : Integer
-              }
-            ]
-           value = “<root>” : String
-         }
-</pre>
-
-[[Image:NodeInstance.png|Node values preseted as tree]]
+=Datatype=
+In Databoard all values have a type representation, [../javadoc/org/simantics/databoard/type/Datatype.html|Datatype]. 
+It is the base abstract class for all concrete type classes (See table below). 
+There is a facade class utility ([../javadoc/org/simantics/databoard/Datatypes.html|Datatypes]) that provides functions to most of the Datatype library's features.
+
+'''[../javadoc/org/simantics/databoard/type|org.simantics.databoard.type]'''.
+{| style="background-color: #f9f9f9; border: 1px solid #aaaaaa; "
+|- style="background-color: #e9e9e9; " |
+| '''Class''' || '''Description'''
+|- 
+| [../javadoc/org/simantics/databoard/type/Datatype.html|Datatype] || Base class for all data types
+|- 
+| [../javadoc/org/simantics/databoard/type/RecordType.html|RecordType] || Record 
+|- 
+| [../javadoc/org/simantics/databoard/type/ArrayType.html|ArrayType] || Array - an ordered sequence of elements of one type.
+|- 
+| [../javadoc/org/simantics/databoard/type/MapType.html|MapType] || Map - an ordered map of keys to values. 
+|- 
+| [../javadoc/org/simantics/databoard/type/UnionType.html|UnionType] || Union
+|- 
+| [../javadoc/org/simantics/databoard/type/BooleanType.html|BooleanType],[../javadoc/org/simantics/databoard/type/IntType.html|IntType],[../javadoc/org/simantics/databoard/type/LongType.html|LongType],[../javadoc/org/simantics/databoard/type/FloatType.html|FloatType],[../javadoc/org/simantics/databoard/type/DoubleType.html|DoubleType]
+| Primitive and numeric types
+|- 
+| [../javadoc/org/simantics/databoard/type/StringType.html|StringType] || String 
+|- 
+| [../javadoc/org/simantics/databoard/type/OptionalType.html|OptionalType] || Optional value
+|- 
+| [../javadoc/org/simantics/databoard/type/VariantType.html|VariantType] || Variant value
+|}
+
+
+Datatype can be acquired or created using one of the following methods:
+* Construct new
+* Constant 
+* [[binding#Reflection|Reflection]]-Read from a Class
+* Read from string of [[Databoard_Specification|the text notation]].
+<pre class="code">
+    Datatype type = new DoubleType();
+    Datatype type = Datatypes.DOUBLE;
+    Datatype type = Datatypes.getDatatype( Double.class );
+    
+    Datatypes.addDefinition("type Node = { id : String; children : Node[] }");
+    Datatype type = Datatypes.getDatatype("Node");
+</pre>
+
+==Parsing==
+Datatypes are parsed using <code>Datatypes.DatatypeRepository</code>. 
+<pre class="code">
+    Datatypes.addDefinition("type Node = { id : String; children : Node[] }");
+    Datatype type = Datatypes.getDatatype("Node");
+</pre>
+
+Types are printed to types and definitions with 
+<pre class="code">
+    String type = type.toString();
+    
+    DatatypeRepository repo = new DatatypeRepository();
+    repo.add("temp1", type);
+    String typeDef = repo.toString();
+</pre>
+
+==Structure Example==
+A node is a recursive type. With databoard typesystem it could be stated as
+<pre class="code">
+  type Node = {
+         id : String;
+         displayNames : LocalizedTexts;
+         children : Node[];
+         value : Optional(Variant);
+       }
+</pre>
+
+[[Image:NodeType.png|Type presented as tree]]
+
+
+A couple of instances with Databoard value notation:
+<pre class="code">
+  root : Node = {
+           id = “PI_01”
+           displayNames = map{ “en” = “Instrument “ }
+           children = 
+            [ 
+              {id=”Child”, 
+               displayNames = map{ “en” = “Child”} },
+               value = 5 : Integer
+              }
+            ]
+           value = “<root>” : String
+         }
+</pre>
+
+[[Image:NodeInstance.png|Node values preseted as tree]]