Download Git Flow For Windows
Sherlene Hodson
The OAuth 2.0 authorization code grant type, or auth code flow, enables a client application to obtain authorized access to protected resources like web APIs. The auth code flow requires a user-agent that supports redirection from the authorization server (the Microsoft identity platform) back to your application. For example, a web browser, desktop, or mobile application operated by a user to sign in to your app and access their data.
This article describes low-level protocol details required only when manually crafting and issuing raw HTTP requests to execute the flow, which we do not recommend. Instead, use a Microsoft-built and supported authentication library to get security tokens and call protected web APIs in your apps.
The OAuth 2.0 authorization code flow is described in section 4.1 of the OAuth 2.0 specification. Apps using the OAuth 2.0 authorization code flow acquire an access_token to include in requests to resources protected by the Microsoft identity platform (typically APIs). Apps can also request new ID and access tokens for previously authenticated entities by using a refresh mechanism.
The spa redirect type is backward-compatible with the implicit flow. Apps currently using the implicit flow to get tokens can move to the spa redirect URI type without issues and continue using the implicit flow.
Applications can't use a spa redirect URI with non-SPA flows, for example, native applications or client credential flows. To ensure security and best practices, the Microsoft identity platform returns an error if you attempt to use a spa redirect URI without an Origin header. Similarly, the Microsoft identity platform also prevents the use of client credentials in all flows in the presence of an Origin header, to ensure that secrets aren't used from within the browser.
You can also receive an ID token if you request one and have the implicit grant enabled in your application registration. This behavior is sometimes referred to as the hybrid flow. It's used by frameworks like ASP.NET.
To learn who the user is before redeeming an authorization code, it's common for applications to also request an ID token when they request the authorization code. This approach is called the hybrid flow because it mixes OIDC with the OAuth2 authorization code flow.
The hybrid flow is commonly used in web apps to render a page for a user without blocking on code redemption, notably in ASP.NET. Both single-page apps and traditional web apps benefit from reduced latency in this model.
The hybrid flow is the same as the authorization code flow described earlier but with three additions. All of these additions are required to request an ID token: new scopes, a new response_type, and a new nonce query parameter.
Single page apps may receive an invalid_request error indicating that cross-origin token redemption is permitted only for the 'Single-Page Application' client-type. This indicates that the redirect URI used to request the token has not been marked as a spa redirect URI. Review the application registration steps on how to enable this flow.
For refresh tokens sent to a redirect URI registered as spa, the refresh token expires after 24 hours. Additional refresh tokens acquired using the initial refresh token carries over that expiration time, so apps must be prepared to re-run the authorization code flow using an interactive authentication to get a new refresh token every 24 hours. Users do not have to enter their credentials, and usually don't even see any user experience, just a reload of your application. The browser must visit the login page in a top level frame in order to see the login session. This is due to privacy features in browsers that block third party cookies.
I had the same issues with corrupt Connexant ISST audio drivers and flow.exe on a 6 month old machine. The Sound would stop intermitently and when it did work had latency issues. Only a disable/enable ISST Audio sound from device manager would temperarly fix the no sound (not the latency delays) so I got HP to send me a recovery USB flash drive and the problem was finally resolved following a factory reset using the HP Product Revocery USB Drive they sent me.
This link to drivers does not work says oops. I have this same problem the pixhawk and qc or MP are not talking as the pc software says you are not connected. I have also tried on two windows 10 machines and the cable is well tested and works with pi no problem. I am sure it must be a driver issue but cannot even get to the part of firmware as both apps say your not connected. Now I am as with no battery attached the pixhawk lights up from USb. But with or without external battery (I am using lipo 2 cell) same problem.
This includes the GUID for your PAD and an instanceId. Whilst the GUID for your PAD matches with that of the cloud, I couldn't establish how the InstanceId was obtained which must be some sort of authentication to run the flow.
@DamoBird365 The "instanceId" should be the "flowsessionId" which represents the run (instance) of a flow, which you can see in the run history of a desktop flow: -US/powerapps/developer/data-platform/reference/entities/flowsession#BK...
OK, Here is how I did it. Way too complex, requires premium but it does work. Now I can add PAD Flows to my enterprise scheduler workflows or Powershell or any other automation tool. i.e. run on schedule, run in a loop and so on.
1) Install a gateway to your machine
2) Create a flow to receive the API call and run the desktop flow
3) Copy paste the URL where you need it, in my example, I use Postman.
Copy screen, Flow, Postman.
I don't see a way to Schedule Flows to run Desktop flows. Do I have to recreate a flow using Cloud Flow? I followed -us/power-automate/desktop-flows/run-pad-flow and have the gateway and connections configured (I think).
The following diagram shows the flow of WDDM operations that occur from when a rendering device is created to when the content is presented to the display. The information that follows the diagram describes the ordered sequence of the operation flow in more detail.
Once all of the configurations for Windows Autopilot for pre-provisioned deployment have been completed on the Intune and Microsoft Entra ID side, the next step is to start the Autopilot process. For Windows Autopilot for pre-provisioned deployment, the Autopilot process is split into two different phases that run at two different points in time by two different sets of individuals. The first phase is known as the technician flow and is normally run by the IT department, OEM, or reseller. The second phase is known as the user flow and is normally run by the end-user.
For technician flow of the Windows Autopilot for pre-provisioned deployment, only the first two Device ESP phases of Device preparation and Device setup run. The last User ESP phase of Account setup will run during the next step of User flow.
Outside of testing scenarios, if the intention is to deliver the device to an end-user, DON'T turn the device back on at this point. Instead, deliver the device to the end-user where they perform the last step of User flow.
This article explains how to create a flow chart that contains pictures. You can use the methods described in this article to create or change almost any SmartArt graphic. Try different layouts to achieve the results you want.
To quickly add a designer-quality look and polish to your SmartArt graphic, you can change the colors or apply a SmartArt Style to your flow chart. You can also add effects, such as glows, soft edges, or 3-D effects. And in PowerPoint presentations, you can animate your flow chart.
Shortcoming is that the display aspect ratio on the Vive Flow is based on your phone, which cuts off a the screen a little at the top and bottom for Dex and Windows. Have to resize windows to fit within the display area in Vive Flow. Cannot see taskbar on bottom for Windows, need to move taskbar to left side of screen.
I am trying to create a square cut out texture on the top of a sphere, something like the image attached. I tried flow along curve but it distorts the pattern a lot and also the flow goes around the top of the sphere rather than flow right over it.
So I'm trying to install Windows 10 (LTSC) on a brand new Flow Z13 but the installer doesn't see the internal SSD. I assume there's some driver that needs to be added however I don't see any downloads for drivers related to storage on Asus's site....
Is there some way to pull the driver from the included windows 11 install?
Or is there some asus driver I can't find that's used for their machines, I remember running into a similar problem with an HP machine but I did end up finding the drive on HP's site.
no, touch doesn't work until drivers are installed.
also Microsoft in their infinite wisdom don't allow you to finish setup without internet on Windows 11 Home... There's no drivers for the WiFi card built into windows so you're forced to bypass it somehow (by either entering Audit mode (ctrl+shift+F3) or using a USB ethernet adapter that's supported natively by windows)....
From the 4-5 sites I looked at, devicesflow.exe is safe. It's designed for 2-in-1 style machines (convertibles that will switch from being a laptop to a tablet) and its purpose is to change how to handle/expect input, depending on the mode the machine is in.
Our team uses Eclipse IDE on Windows and Linux.Managed to gradually infect them with git-svn, now looking for the next steps to harness the power of real branching (rather than git-svn-rebase/dcommit). Git-flow seems more or less what we need now. However some of us still depend on GUI, and it makes everything easier to sell and ramp-up.
On one hand, I'd prefer to minimize manual work and reduce room for errors (again considering the team's experience).OTOH, my guess is that we can start just using only the develop/release/hotfix branches (introducing feature branches later), and in this setting, folks would just have to pull/push normally. They would not see much of git-flow - it would merely act as a helper for the guys set up releases and stuff (mostly me:). Does this make sense?
9738318194