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The Visual Database Tools are a combination of design tools you can use to work with a data source. You can use them to create queries, design or modify a database structure, or update data. The tools are Database Diagram Designer, Table Designer, and Query and View Designer.
The properties window is not specific to Visual Database Tools, but it is where many modifications can be made. It shows the properties for the item currently selected (like a table) and allows you to edit those properties (everything from the properties name to the collation of a column). Some properties can be seen in the properties window but must be modified in a different tool.
Table Designer has two panes. The upper area shows a grid; each row of the grid describes one database column. For each database column, the grid displays its fundamental attributes: column name, data type, and nulls-allowed setting.
View Designer has four panes: the Diagram pane, the Criteria pane, the SQL pane, and the Results pane. For more detailed information on each of these panes, see Query and View Designer Tools (Visual Database Tools).
This post explains some of our plans for evolving our architecture and design tools in Visual Studio, including new capabilities and changes to existing capabilities that we will be delivering in the next major release and subsequent updates.
Although these plans have already been informed by an analysis of usage data and talking extensively with customers, with this post we hope to spread the net even further and ask that you send us feedback on the overall direction and specific changes we are making so that we can affirm (or not) the direction we are taking and figure out how to solve any unmet need. You can comment on the blog post in the usual way, or send email to vsarchf...@microsoft.com. Sending email will allow us to follow up and dig into any specific concerns you have without divulging information in a public forum.
Our plans are driven from a renewed focus on the problem of extracting architecture and design information direct from code, using that to specify what the architecture should look like, and then validating code against that specification. Having an understanding of the architecture and design of your code helps in a number of ways: developers can quickly orient themselves in an unfamiliar code base, they can understand how their code fits within the overall design, for example when assessing the potential impact of a change, they can communicate understanding with others, for example during a design or code review, they can use their understanding to figure out how to improve overall architectural health, for example by minimizing dependencies and ensuring a properly layered architecture. By extracting the information directly from code, rather than documenting it by hand, they can be safe in the knowledge that what they are looking at is a true and accurate representation of what they actually have, as well as not having to expend resource and time creating architecture and design documents manually. Building on that understanding, developers can then specify rules of how the architecture should be, validate existing code against those rules to find technical debt caused by poor architecture, and then run rules against new code changes to prevent accrual of further debt.
With this focus, our goal is to provide a single, integrated and streamlined experience for visualizing and exploring the architecture and design of code, defining architectural rules and then validating code against them. Initially this will be focused around the existing code map functionality. Our current plan includes:
The next release of Visual Studio also sees a complete replacement of the underlying code model with Roslyn, which requires significant rework of many of the architecture and design capabilities. We have conducted a cost/benefit analysis of which existing capabilities it is worth converting to the new code model and which we should just remove in favor of focusing on improvements.
As a result of this analysis we have identified two capabilities that will become redundant through our improvements, so are being removed, and one where we think the benefit is not worth the cost of conversion.
With the recent Microsoft authentication change I have noticed that the email tool will no longer send emails. Is there a way to use this tool using modern authentication rather than legacy authentication?
That is correct. Our IT team is starting the process of disabling the SMTP authentication method due to Microsoft depreciating Basic Authentication (see link below). As a result, I need to look for an alternative method to send out emails via Alteryx. My IT team suggested I look to see if Alteryx can do this using Modern Authentication (OAuth 2.0 token-based authorization).
I'm surprised there's not much more interest around this - it would be great if Designer supported the modern authentication. I suspect a lot of corporate office365 users will have problems when this change is implemented by Microsoft later this year.
This should be the highest priority from Alteryx to fix, it's not only the email tool but also the 'events' tab that is switching from important core functionality to basically useless functionality. This will hit a lot of users, they just don't know yet
@trevorwightman I had the same problem here, my lucky was that on our Alteryx Server i can use the bellow configuration to send emails. This basically saved my life. If you have Alteryx Server you can try this or contact your Alteryx Server/Microsoft IT team team to talk about it.
OBS: This problem is affecting the sharepoint lists input/output tool too (and probably all microsoft connectors). If someone is interested, for sharepoint you can solve the problem creating a client id and client secret for the sharepoint site following the steps on the link bellow, which will allow you to access the sharepoint site/list using the App Only Authentication method.
I wonder if anyone here is using some kind of software to design report visually before diving into PBI and creating the report? Just for plan the layout, positioning and sizing of each visual/slicer/logos... So far I've been doing sketches on paper but maybe there is more efficient way for that.
Hey @xhurit !!
I realize I am a little bit late to the party, but I only recently discovered Mokkup.ai, which is a useful tool for creating dashboard wireframe mockups. With its simple user interface, you can easily drag and drop components to produce aesthetically attractive dashboard wireframes.
As there is no live data involved, we can easily iterate and customize it to fit our brand identity.
I don't come across many UX/UI designers around the Power BI forums, but speaking as one, I can say that I commonly create wireframes and prototypes before working with developers on building PBI Reports (we call Power BI reports "dashboards"). I work for a pretty large enterprise with UX and design teams scattered throughout the organization, but I am the entire UX team for sales, finance and analytics. I have a work process that provides that initial prototype for stakeholders to review before we actually gather data sources and build dashboards. This workflow isn't really for one-off reports, but more for enterprise-wide dashboards that many people will use (internally) for sales reporting or client revenue, etc. A lot of these dashboards are emberrded directly into salesforce pages. Back to my design process - I will typically meet with stakeholders about business requests and sort of sketch out what the request is. I then refine that sketch into a wireframe (I use Axure RP) or, more likely, a high-fidelity prototype of what I think the dashboard should look like. We then go through a few rounds of discussions with stakeholders and developers to refine the prototype until we all agree it meets everyone's needs. The advantage of the high-fidelity prototype is that it looks real, so stakeholders really understand it (wireframes and their low-fidelity can sometimes be confusing to business leaders), also when I hand it over to the developers, they know exactly how to make the PBI dashboard. I also provide specs that include colors of all the elements, font sizes, pixel spacing, etc. It's a pretty good process. As I mentioned earlier, I use a prototyping tool called Axure RP, but there are many others. One key feature (of pretty much any of these tools) is the ability to design and build a library of UI elements in the prototyping tool that mimic the power BI elements. This makes it much quicker to create new dashboard designs.
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