Home » Modeling » GMF (Graphical Modeling Framework) » How to allow relationship source & targets of multiple types?
| How to allow relationship source & targets of multiple types? [message #73219] |
Thu, 02 November 2006 07:54  |
Eclipse User |
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Maybe this is an EMF question, nevertheless I ask it here:
I am trying to define relationships, that can be between (almost) all
types of my particular model (I only want to restrict certain
combinations and conditions later using OCL or similar). What EType do I
pick in the ecore for the source and destination attribute for this?
I first tried AnyType and then EObject, but whenever I want to draw a
connection I get a no-entry sign in the generated diagram editor and no
relationship is created.
To verify that there is no error or no other reason for this I
experimentally changed the source's and the target's EType-attribute to
a particular type that used in my diagrams, regenerated things and then
the generated editor allows to draw connections between such
combinations of objects that are of that particular source and target
type. But what type do I specify to be able to draw connections between
(almost) arbitrary elements?
Hope I could make myself clear...
Michael
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| Re: How to allow relationship source & targets of multiple types? [message #73272 is a reply to message #73219] |
Thu, 02 November 2006 09:01  |
| Eclipse User |
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Originally posted by: merks.ca.ibm.com
Michael,
Your question is related to
https://bugs.eclipse.org/bugs/show_bug.cgi?id=105920. A bi-directional
UML association is mapped to Ecore as a pair of EReferences with a
two-way connection via each EReference's eOpposite feature. In general,
to create even just a uni-directional association from some class X to
some other class Y, requires X, in the Ecore manifestation, to be
modified to include the new feature, so for a bi-directional association
to be created between X and Y, both X and Y must be modified to contain
the additional EReferences that will represent the association. So if
you try to create an association from some existing model's class to
something else, you are effectively trying to modify that model and are
prevented from doing so if that model is not modifiable. Hence you
can't create an association from EObject or AnyType, because you can't
modify these, although you can create an association to either of these.
The above bugzilla is asking for some way to create an association
without modifying the EClass. I imagine this being implemented by
mapping an association to a "special" corresponding EClass with features
to represent the outgoing (uni-directional) references to the things
being associated; instances of this EClass will act kind of like "link"
instances and I would imagine such links to be contained by a
specialized container that provides convenience methods to do lookups.
But I haven't had any time to work on this for many many months and
don't expect time will appear from thin air any time soon. So your best
bet at this point is to do explicitly what eventually we might do
implicitly, i.e., define a new class with unidirectional associations to
the things you are trying to associate; if you defined such a thing to
associate EObject and EObject, you can create it for any pair of EMF
objects. You might just reuse the Mapping model for this...
Michael Moser wrote:
> Maybe this is an EMF question, nevertheless I ask it here:
>
> I am trying to define relationships, that can be between (almost) all
> types of my particular model (I only want to restrict certain
> combinations and conditions later using OCL or similar). What EType do
> I pick in the ecore for the source and destination attribute for this?
>
> I first tried AnyType and then EObject, but whenever I want to draw a
> connection I get a no-entry sign in the generated diagram editor and
> no relationship is created.
>
> To verify that there is no error or no other reason for this I
> experimentally changed the source's and the target's EType-attribute
> to a particular type that used in my diagrams, regenerated things and
> then the generated editor allows to draw connections between such
> combinations of objects that are of that particular source and target
> type. But what type do I specify to be able to draw connections
> between (almost) arbitrary elements?
>
> Hope I could make myself clear...
>
> Michael
>
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| Re: How to allow relationship source & targets of multiple types? [message #73517 is a reply to message #73272] |
Thu, 02 November 2006 12:25 |
| Eclipse User |
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Hi Ed,
with my still rather basic EMF background it took me a while to parse
your append :-)
If I interpreted you right that means that "pointing to" some object
requires a modification of the "pointed-at" object/type. I find a design
that requries such a thing that VERY odd, I have to say...
To save me some time when trying to follow your advice re.
copying/imitating the approach of the .map file:
Where can I find the .ecore-s of the .gmf* files so that I can peek into
these and - hopefully - learn from them?
Michael
"Ed Merks" <merks@ca.ibm.com> wrote in message
news:eictnm$q8q$1@utils.eclipse.org...
> Michael,
>
> Your question is related to
> https://bugs.eclipse.org/bugs/show_bug.cgi?id=105920. A
> bi-directional UML association is mapped to Ecore as a pair of
> EReferences with a two-way connection via each EReference's eOpposite
> feature. In general, to create even just a uni-directional
> association from some class X to some other class Y, requires X, in
> the Ecore manifestation, to be modified to include the new feature, so
> for a bi-directional association to be created between X and Y, both X
> and Y must be modified to contain the additional EReferences that will
> represent the association. So if you try to create an association
> from some existing model's class to something else, you are
> effectively trying to modify that model and are prevented from doing
> so if that model is not modifiable. Hence you can't create an
> association from EObject or AnyType, because you can't modify these,
> although you can create an association to either of these. The above
> bugzilla is asking for some way to create an association without
> modifying the EClass. I imagine this being implemented by mapping an
> association to a "special" corresponding EClass with features to
> represent the outgoing (uni-directional) references to the things
> being associated; instances of this EClass will act kind of like
> "link" instances and I would imagine such links to be contained by a
> specialized container that provides convenience methods to do lookups.
> But I haven't had any time to work on this for many many months and
> don't expect time will appear from thin air any time soon. So your
> best bet at this point is to do explicitly what eventually we might do
> implicitly, i.e., define a new class with unidirectional associations
> to the things you are trying to associate; if you defined such a thing
> to associate EObject and EObject, you can create it for any pair of
> EMF objects. You might just reuse the Mapping model for this...
>
>
> Michael Moser wrote:
>> Maybe this is an EMF question, nevertheless I ask it here:
>>
>> I am trying to define relationships, that can be between (almost) all
>> types of my particular model (I only want to restrict certain
>> combinations and conditions later using OCL or similar). What EType
>> do I pick in the ecore for the source and destination attribute for
>> this?
>>
>> I first tried AnyType and then EObject, but whenever I want to draw a
>> connection I get a no-entry sign in the generated diagram editor and
>> no relationship is created.
>>
>> To verify that there is no error or no other reason for this I
>> experimentally changed the source's and the target's EType-attribute
>> to a particular type that used in my diagrams, regenerated things and
>> then the generated editor allows to draw connections between such
>> combinations of objects that are of that particular source and target
>> type. But what type do I specify to be able to draw connections
>> between (almost) arbitrary elements?
>>
>> Hope I could make myself clear...
>>
>> Michael
>>
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| Re: How to allow relationship source & targets of multiple types? [message #73566 is a reply to message #73517] |
Thu, 02 November 2006 12:40 |
| Eclipse User |
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Originally posted by: merks.ca.ibm.com
This is a multi-part message in MIME format.
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Michael,
No, you've reversed the direction. ;-) The point*ing*-at object
requires modification (in order to have a field to hold the pointer).
The pointed-at object need not know who is pointing at him. Hence
EObject can be pointed-at, but can't having a new pointing-to relation.
You'll find models in the models folder of the project that defines them:
In the Ecore editor (and probably in the diagram editor, but I don't
have that handy at the moment) you can use Load Resource... followed by
Browse Registered EPackages to load any registered model:
Another example to consider is the Mapping model in EMF where a mapping
has a list of input EObjects and a list of output EObjects:
Michael Moser wrote:
> Hi Ed,
> with my still rather basic EMF background it took me a while to parse
> your append :-)
> If I interpreted you right that means that "pointing to" some object
> requires a modification of the "pointed-at" object/type. I find a
> design that requries such a thing that VERY odd, I have to say...
>
> To save me some time when trying to follow your advice re.
> copying/imitating the approach of the .map file:
> Where can I find the .ecore-s of the .gmf* files so that I can peek
> into these and - hopefully - learn from them?
>
> Michael
>
>
> "Ed Merks" <merks@ca.ibm.com> wrote in message
> news:eictnm$q8q$1@utils.eclipse.org...
>> Michael,
>>
>> Your question is related to
>> https://bugs.eclipse.org/bugs/show_bug.cgi?id=105920. A
>> bi-directional UML association is mapped to Ecore as a pair of
>> EReferences with a two-way connection via each EReference's eOpposite
>> feature. In general, to create even just a uni-directional
>> association from some class X to some other class Y, requires X, in
>> the Ecore manifestation, to be modified to include the new feature,
>> so for a bi-directional association to be created between X and Y,
>> both X and Y must be modified to contain the additional EReferences
>> that will represent the association. So if you try to create an
>> association from some existing model's class to something else, you
>> are effectively trying to modify that model and are prevented from
>> doing so if that model is not modifiable. Hence you can't create an
>> association from EObject or AnyType, because you can't modify these,
>> although you can create an association to either of these. The above
>> bugzilla is asking for some way to create an association without
>> modifying the EClass. I imagine this being implemented by mapping an
>> association to a "special" corresponding EClass with features to
>> represent the outgoing (uni-directional) references to the things
>> being associated; instances of this EClass will act kind of like
>> "link" instances and I would imagine such links to be contained by a
>> specialized container that provides convenience methods to do
>> lookups. But I haven't had any time to work on this for many many
>> months and don't expect time will appear from thin air any time
>> soon. So your best bet at this point is to do explicitly what
>> eventually we might do implicitly, i.e., define a new class with
>> unidirectional associations to the things you are trying to
>> associate; if you defined such a thing to associate EObject and
>> EObject, you can create it for any pair of EMF objects. You might
>> just reuse the Mapping model for this...
>>
>>
>> Michael Moser wrote:
>>> Maybe this is an EMF question, nevertheless I ask it here:
>>>
>>> I am trying to define relationships, that can be between (almost)
>>> all types of my particular model (I only want to restrict certain
>>> combinations and conditions later using OCL or similar). What EType
>>> do I pick in the ecore for the source and destination attribute for
>>> this?
>>>
>>> I first tried AnyType and then EObject, but whenever I want to draw
>>> a connection I get a no-entry sign in the generated diagram editor
>>> and no relationship is created.
>>>
>>> To verify that there is no error or no other reason for this I
>>> experimentally changed the source's and the target's EType-attribute
>>> to a particular type that used in my diagrams, regenerated things
>>> and then the generated editor allows to draw connections between
>>> such combinations of objects that are of that particular source and
>>> target type. But what type do I specify to be able to draw
>>> connections between (almost) arbitrary elements?
>>>
>>> Hope I could make myself clear...
>>>
>>> Michael
>>>
>
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Michael,<br>
<br>
No, you've reversed the direction. ;-) The point<b>ing</b>-at object
requires modification (in order to have a field to hold the pointer).
The pointed-at object need not know who is pointing at him. Hence
EObject can be pointed-at, but can't having a new pointing-to
relation. <br>
<br>
You'll find models in the models folder of the project that defines
them:<br>
<blockquote><img src="cid:part1.02010204.07080406@ca.ibm.com" alt=""><br>
</blockquote>
In the Ecore editor (and probably in the diagram editor, but I don't
have that handy at the moment) you can use Load Resource... followed by
Browse Registered EPackages to load any registered model:<br>
<blockquote><img src="cid:part2.05010504.07000109@ca.ibm.com" alt=""><br>
</blockquote>
Another example to consider is the Mapping model in EMF where a mapping
has a list of input EObjects and a list of output EObjects:<br>
<blockquote><img src="cid:part3.00030506.09010901@ca.ibm.com" alt=""><br>
</blockquote>
<br>
Michael Moser wrote:
<blockquote cite="mideid9m6$v2a$1@utils.eclipse.org" type="cite">Hi Ed,
<br>
with my still rather basic EMF background it took me a while to parse
your append :-)
<br>
If I interpreted you right that means that "pointing to" some object
requires a modification of the "pointed-at" object/type. I find a
design that requries such a thing that VERY odd, I have to say...
<br>
<br>
To save me some time when trying to follow your advice re.
copying/imitating the approach of the .map file:
<br>
Where can I find the .ecore-s of the .gmf* files so that I can peek
into these and - hopefully - learn from them?
<br>
<br>
Michael
<br>
<br>
<br>
"Ed Merks" <a class="moz-txt-link-rfc2396E" href="mailto:merks@ca.ibm.com"><merks@ca.ibm.com></a> wrote in message
<a class="moz-txt-link-freetext" href="news:eictnm$q8q$1@utils.eclipse.org">news:eictnm$q8q$1@utils.eclipse.org</a>...
<br>
<blockquote type="cite">Michael,
<br>
<br>
Your question is related to
<a class="moz-txt-link-freetext" href="https://bugs.eclipse.org/bugs/show_bug.cgi?id=105920">https://bugs.eclipse.org/bugs/show_bug.cgi?id=105920</a>. A bi-directional
UML association is mapped to Ecore as a pair of EReferences with a
two-way connection via each EReference's eOpposite feature. In
general, to create even just a uni-directional association from some
class X to some other class Y, requires X, in the Ecore manifestation,
to be modified to include the new feature, so for a bi-directional
association to be created between X and Y, both X and Y must be
modified to contain the additional EReferences that will represent the
association. So if you try to create an association from some existing
model's class to something else, you are effectively trying to modify
that model and are prevented from doing so if that model is not
modifiable. Hence you can't create an association from EObject or
AnyType, because you can't modify these, although you can create an
association to either of these. The above bugzilla is asking for some
way to create an association without modifying the EClass. I imagine
this being implemented by mapping an association to a "special"
corresponding EClass with features to represent the outgoing
(uni-directional) references to the things being associated; instances
of this EClass will act kind of like "link" instances and I would
imagine such links to be contained by a specialized container that
provides convenience methods to do lookups. But I haven't had any time
to work on this for many many months and don't expect time will appear
from thin air any time soon. So your best bet at this point is to do
explicitly what eventually we might do implicitly, i.e., define a new
class with unidirectional associations to the things you are trying to
associate; if you defined such a thing to associate EObject and
EObject, you can create it for any pair of EMF objects. You might just
reuse the Mapping model for this...
<br>
<br>
<br>
Michael Moser wrote:
<br>
<blockquote type="cite">Maybe this is an EMF question, nevertheless
I ask it here:
<br>
<br>
I am trying to define relationships, that can be between (almost) all
types of my particular model (I only want to restrict certain
combinations and conditions later using OCL or similar). What EType do
I pick in the ecore for the source and destination attribute for this?
<br>
<br>
I first tried AnyType and then EObject, but whenever I want to draw a
connection I get a no-entry sign in the generated diagram editor and no
relationship is created.
<br>
<br>
To verify that there is no error or no other reason for this I
experimentally changed the source's and the target's EType-attribute to
a particular type that used in my diagrams, regenerated things and then
the generated editor allows to draw connections between such
combinations of objects that are of that particular source and target
type. But what type do I specify to be able to draw connections between
(almost) arbitrary elements?
<br>
<br>
Hope I could make myself clear...
<br>
<br>
Michael
<br>
<br>
</blockquote>
</blockquote>
<br>
</blockquote>
<br>
</body>
</html>
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