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Once you click ok, you just get a empty mxd open. I can open it with my ArcGIS Online credentials but with another users ArcGIS Online details it doesn't work. We have tested this with a few different credentials on the same computer and some work and some do not. All users have ArcMap 10.7 and Creator level ArcGIS Online accounts. Any advice on what could be causing this?
The bug is tagged as In Product Plan, so there will be a fix pushed out at some point however I am not sure when that date might be. Apparently, map documents will fail to load and they will return the received error if a layer within the document references a feature service that has been overwritten.
I would recommend that you reach out to Esri Support Services to have this message investigated. If it is deemed that you're encountering the bug I am looking at, Support may be able to offer you a workaround.
I am using the exact same certificate that was being used without issue before the upgrade. I confirmed the root is trusted on the machine, and it is a wildcard cert so the 3rd part of the of the error message does not apply.
Why would 10.9.1 not like this cert if it was valid for 10.7? is there another step I am missing to complete the federated server validation process after an upgrade?
I am able to access server admin, portal admin, and portal home without issue, but server manager will not load after the sign in page.
Yes, there were some enhancements in 10.9.1 to validate the certificate used in the Server admin url. We didn't do this in 10.7 and while things still worked, there were some workflows that would fail if Portal did not trust the Server admin url certificate.
Since you are receiving that error message, I would double-check that the root certificate and any intermediate certificates from the CA that signed your wildcard cert are imported into the portaladmin api under sslCertificates/importRootOrIntermediate. Once imported, make sure the Portal service restarts for the new certs to take effect.
This will allow you to move on with the upgrade and you can sort the certificates later. I think you may just have struck the reason that the enterprise builder failed to upgrade. You get a lot more fine-grained information doing it step-by-step.
Thanks Scott. I tested it with the self signed cert in server admin, and was able to successfully validate the federation, however, I am still unable to sign in to server manager... I am able to access server admin, portal admin, and portal home without issue, but server manager will not load after the sign in page. The last time I ran into this issue, switching to the CA signed cert resolved it. any ideas of what else might be going on?
There are times, and I'm not saying this is one, where AD policies enforce things in company browsers that make issues like this hard to resolve. Having a 'clean' laptop, if IT will let you have one may be a useful test.
Thanks for the posting your error message. I had the same issue. In our case it turns out that the common name url (server name) in the server cert does not match the server name. A new ssl cert needed to be requested by our IT dept with the correct server name url. Hope this helps.
What do other people with wildcards do?
EDIT:
For anyone playing along at home; we ended up having to upload our intermediate and root certificates. I actually don't know how to do this the button-clicking way we configured ours in the ArcGIS PowerShell DSC.
Hello everybody,
My company is currently trying to integrate a two-layer shape file to an ArcGIS map in Power BI. The idea is to have a shapefile geographically accurate so that it is possible to put it on top of the real map and make it interactive with my data.
ArcGIS doesn't seem to have much support for dual monitors. Maybe I'm missing something, but as far as I can tell you can't have the data view and layout view open at the same time on the two monitors, nor can you expand the map view to fill one monitor and have the toolbars and such on the other.
I've been using dual monitors for years with ArcGIS. A lot of the benefit is not so much in splitting the actual software over two monitors, but instead, to use it on one monitor and other programs on the 2nd monitor.
If you are using ArcGIS 10, you have the option of having the Catalog window docked in your data view. It is still possible to have that open as a separate program, and you could move that to the opposite window for easy access.
You can do something similar with ArcToolbox. Either have it docked, or undock and move to a different window.
The long and short of it is, you have to play around with different configurations to see what works the best for you. Don't think of just ArcGIS when you think of your dual monitor setup, but consider it as part of your overall software workflow.
With version 10, I am quite happy to detach my Table view and have it sitting in my other screen. Having 4 screens myself I tend to also have ArcCatalog open and on my next screen. You can detach your command window also. So there are many ways to use the separate screens.
I used to have the Identify, Catalog, Toolbox windows set to autohide on the right side of the main window - but I've now moved all 3 into their own window on the other screen. Now I can use them without them popping out over my map, and possibly hiding the area I was interested in.
I have a python script that works great when run by itself. Based on a hardcoded input directory it scans for all .mdb files and puts that into a list, then iterates through them all in a for loop. Each iteration involves multiple table restrictions, joins, queries, and more.
The only problem.. it takes about 36 hours to run on the input dataset and while this script will only ever be used for this dataset in this instance, I would like to increase the performance as I often edit field selections, results to include, join methods, etc. I would like to say it takes a long time because my script is inefficient, but any inefficiency would be small as nearly ALL processing time is dedicated to the geoprocessor object.
I have not experimented extensively with the built in Python multithreading tools but was hoping for some guidance to simply spawn up to 8 processes going through the queue represented by the mdblist. At no point would any files be attempted to be written or read by multiple processes at the same time. To make things temporarily simpler I have also removed all my logging tools due to this concern; I have run this script enough times to know that it works except for the 4 files of the input of 4104 that have slightly different data formats.
Using the backport of the multiprocessing module (code.google.com/p/python-multiprocessing) as per Joe's comment worked well. I had to change a couple things around in my script to deal with local/global variables and logging.
Some issues I encountered were that by using separate processes, they address different memory stacks and take global variables out entirely. Queues can be used for this but I have not implemented this so everything is just declared locally.
Furthermore, since pool.map can only take one argument, each iteration must create and then delete the geoprocessor object rather than being able to create 8 gp's and pass an available one to each iteration. Each iteration takes about a minute so the couple seconds to create it is not a big deal, but it adds up. I have not done any concrete tests, but this could actually be good practice as anyone who has worked with Arcgis and python will know that scripts drastically slow down the longer the geoprocessor is active (eg. One of my scripts was used by a co-worker who overloaded the input and time estimates to completion went from 50 hours after 1 hour run time to 350 hours after running overnight to 800 hours after running 2 days... it got cancelled and input restricted).
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I often see people looking for a way to extend ArcGIS software: some need an extra tool that is missing in the core product, for others it is about integration with an existing system or application. A good part of users want to have custom dialogs and UI elements embedded as a part of geoprocessing tool dialog window. In this post, I have tried to summarize the options you have for customizing ArcGIS including developing new features on top of the core product.
If you develop a geoprocessing tool and have a Python script, you can make a custom script tool which will have the GUI any other core geoprocessing tool has. There are panels and boxes with Browse buttons, you can work with drop-down lists, check boxes, multi-value tables and many others. Read through all the parameter types you have (you can let users click on the map, draw features and use those features in the analysis and many other advanced features). I am sure quite few of you have not known of this rich functionality.
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