Recent changes to JavaAnnotation

JavaAnnotation modified by Tom Swain

Tom Swain — Tue, 12 Nov 2013 01:46:56 -0000

--- v2
+++ v3
@@ -10,9 +10,8 @@
  **many\[false\]**: upper bound is unlimited (upperBound = -1)
  **opposite\[\]**: the opposite reference of the EReference; must belong to the EClass specified by type
  **ordered\[true\]**: indicates whether order of values in a list is significant
- **required\[false\]**: if true, lowerBound # 1; otherwise, lowerBound # 0
- **resolveProxies\[false if containment=true; true otherwise\]**:
-  enables automatic resolution of references across resources
+ **required\[false\]**: if true, lowerBound = 1; otherwise, lowerBound = 0
+ **resolveProxies\[false if containment=true; true otherwise\]**:  enables automatic resolution of references across resources
  **transient\[false\]**: determines whether a reference is omitted from serialization
  **type\[\]**: used to specify the type of objects in a List
  **unique\[true\]**: indicates whether all the items in a list must be unique

JavaAnnotation modified by Tom Swain

Tom Swain — Tue, 12 Nov 2013 01:45:52 -0000

--- v1
+++ v2
@@ -3,19 +3,19 @@

 ## References ##

- changeable\[true\]: whether a value can be externally set
- containment\[false\]: the reference has a containment relationship with its owner
- derived\[false\]: the value is computed from other related data
- lower(lowerBound)\[int >= 0\]: lower bound on multiplicity
- many\[false\]: upper bound is unlimited (upperBound = -1)
- opposite\[\]: the opposite reference of the EReference; must belong to the EClass specified by type
- ordered\[true\]: indicates whether order of values in a list is significant
- required\[false\]: if true, lowerBound # 1; otherwise, lowerBound # 0
- resolveProxies\[false if containment=true; true otherwise\]::
+ **changeable\[true\]**: whether a value can be externally set
+ **containment\[false\]**: the reference has a containment relationship with its owner
+ **derived\[false\]**: the value is computed from other related data
+ **lower(lowerBound)\[int >= 0\]**: lower bound on multiplicity
+ **many\[false\]**: upper bound is unlimited (upperBound = -1)
+ **opposite\[\]**: the opposite reference of the EReference; must belong to the EClass specified by type
+ **ordered\[true\]**: indicates whether order of values in a list is significant
+ **required\[false\]**: if true, lowerBound # 1; otherwise, lowerBound # 0
+ **resolveProxies\[false if containment=true; true otherwise\]**:
   enables automatic resolution of references across resources
- transient\[false\]: determines whether a reference is omitted from serialization
- type\[\]: used to specify the type of objects in a List
- unique\[true\]: indicates whether all the items in a list must be unique
- unsettable\[false\]: indicates whether a reference can have the state __unset__
- upper(upperBound)\[int >0 or =-1\]: upper bound on multiplicity
- volatile\[false\]: indicates no storage is associated with the feature
+ **transient\[false\]**: determines whether a reference is omitted from serialization
+ **type\[\]**: used to specify the type of objects in a List
+ **unique\[true\]**: indicates whether all the items in a list must be unique
+ **unsettable\[false\]**: indicates whether a reference can have the state __unset__
+ **upper(upperBound)\[int >0 or =-1\]**: upper bound on multiplicity
+ **volatile\[false\]**: indicates no storage is associated with the feature

JavaAnnotation modified by Tom Swain

Tom Swain — Tue, 12 Nov 2013 01:30:16 -0000

Describing EMF Models with Java Annotation

This page is initially dedicated to defining attributes used with the @model tag.

References

changeable[true]: whether a value can be externally set
containment[false]: the reference has a containment relationship with its owner
derived[false]: the value is computed from other related data
lower(lowerBound)[int >= 0]: lower bound on multiplicity
many[false]: upper bound is unlimited (upperBound = -1)
opposite[]: the opposite reference of the EReference; must belong to the EClass specified by type
ordered[true]: indicates whether order of values in a list is significant
required[false]: if true, lowerBound # 1; otherwise, lowerBound # 0
resolveProxies[false if containment=true; true otherwise]::
enables automatic resolution of references across resources
transient[false]: determines whether a reference is omitted from serialization
type[]: used to specify the type of objects in a List
unique[true]: indicates whether all the items in a list must be unique
unsettable[false]: indicates whether a reference can have the state unset
upper(upperBound)[int >0 or =-1]: upper bound on multiplicity
volatile[false]: indicates no storage is associated with the feature