Set up a template in groupwise

I do have email publishing enabled for the directory, but it doesn't seem to be doing anything. My question is this: If I create a directory user and want to have a GW account automatically created for them at account creation time, what is the correct way to do that in ? Tags: Install-Admin.

Reply Cancel Cancel. Hi Adam, At this point, if I understand correctly and am open to correction , you cannot create the GroupWise account at the point of eDir account creation. I agree. There are no eDir attributes associated with GroupWise so you cant set up a template to point to a GroupWise system and post office. I have suggested to Novell that they provide a definition for an aux class which contains optional attributes such as gwHost, gwPortNumber, gwDomain and gwPostOffice so that 3rd party developers can support this allowing GroupWise users to be created from a template at the same time as users are added to eDir.

I'm awaiting feedback. Well, if I continue to use C1 to create users, and use the template, users are created successfully in Groupwise. Will I be doing damage if I continue to use C1 with the snapins? I just realized who I was replying to :. John, the last I read on your website JRB was at a work in progress, "wait for and see" point.

I'm currently using V20 for creating my student users, groups, and in some cases GW accounts. I've added a significant amount more GroupWise functionality since the v20 release. Jrbimprt and gwusers can both create users in GroupWise and make associations.

But it is still not possible to create users via a template because there are no appropriate attributes which can be assigned to the template to identify the target system and the post office in which to create users.

The attributes are not suitable e. Hence my suggestion to Novell. If necessary I'll provide my own aux class definition, but as I think such an aux class could be widely used, it is better for Novell to provide a standard definition than for 3rd party developers to each devise similar but different schemes. Note that brain registration is a difficult to task because of complex anatomical variations and almost a scientific topic in itself.

Entire registration packages are dedicated to just brain image processing. In this section we are less strict with the end result and focus on illustrating the groupwise registration method in SimpleElastix. Therefore we need to first concatenate the images along the higher dimension. The registration step is business as usual:. While the groupwise transform works only on the moving image we need to pass a dummy fixed image is to prevent elastix from throwing errors. This does not consume extra memory as only pointers are passed internally.

The result image is shown in Figure It is clear that anatomical correpondence is obtained in many regions of the brain. However, there are a some anatomical regions that have not been registered correctly, particularly near Corpus Collosum. Generally these kinds of difficult registration problems require a lot of parameter tuning. No way around that. In a later chapter we introduce methods for assessment of registration quality. These can be caused by slight differences between the image origins, spacing, or axes.

The tolerance that SimpleITK uses for these settings can be adjusted using :code: sitk. SetGlobalDefaultDirectionTolerance x and :code: sitk.