I wish to generate a x64 project for Visual Studio with cmake. Unfortunately, cmake always generates x86 projects. The generator name I use is "Visual Studio 12 Win64". cmake is run from x64 VS developer console, yet still projects are generated for x86 and CMAKE_SIZEOF_VOID_P is always 4, not 8. There are no errors during project generation. Could this be a bug in cmake?
Why was the password generator removed from the notification tray icon in Windows? Please please bring back the password generator option on right click of the 1Password notification tray icon. We all require passwords for many places/purposes that have nothing to do with web sites/browsing. It is totally unnecessary to have to open a web browser to get to the 1Password plugin/extension in order to create a number of passwords. Such a hassle.
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Hi @Philipbm, thank you for letting us know that you'd like to have the password generator in Quick Access. I have submitted a vote on your behalf for our existing feature request on the issue. We appreciate your feedback!
I sincerely do not understand why features have been removed from v8. I too used the password generator feature a lot. Ironically today I created my 1Password Support Community account for the first time and when it asked for a password was when I realised this feature was missing. (ironic?) I understand the feature still exists if you create a new login (and the addition of a 'memorable' password is welcomed since I would often have to go to an external website for these) but when I'm creating a new account it's simply not convenient to have to first create this in 1Password just to be able to access the password generator facility.
That the password generator in the client is missing makes it a very painful experience, especially for cases where the Browser is not already opened (yes this still occurs) or the password gen from the browser extension is unable to copy the password to the global clipboard, for usecases like copying the password to another RDP session.
What is with this trend of releasing a half-baked, Electron-based "upgrade" to an already working app? Evernote and 1password are two apps I rely on heavily, with ingrained workflows, and both have gone down this road.
Just moved to v8 and very disappointed to see no password generator. The development assumption that password generation is expressly linked to creation of a new item is faulty logic and inherently flawed. Many use cases exist for needing to do password generation outside of a created and maintained item. Please add the functionality back to the Windows app. If you're at a loss for how to invoke it, simply add a line for it in the "3-dots" root menu.
I also miss the frequently used password generator in the notification area and I appreciate if it comes back soon.
I wonder why one would spend extra working hours to remove a perfectly working feature. Using the browser addon or switching back to v7 are inconvenient for me.
Hello again folks, thanks for the additional feedback letting us know that you'd like to see the password generator appear back in-app in a manner other than through editing an item. As previously noted, the current best use of this feature is by using the password generator in 1Password in the browser. @brianglett, and @paxmundi, I've added you votes.
Thanks for chiming in here with your interest in seeing the password generator making a return to the app. We have no updates to provide, but I have included a +1 for you letting the product team know this is something you'd like see. ?
Let me add my voice of disappointment about the disappearance of the password generator. I'm sorry, but I don't want to add something to my browser to do this. I just want what the previous version had: an option that was accessible via right-clicking the icon in the System Tray (Windows, obvs).
Hey @bjkeefe, thank you for your feedback. I'm glad to hear you've identified a way to generate a password within 1Password 8. I certainly understand this may not be ideal and I've added your voice to the internal request to bring back the item-independent password generator.
User Experience Virtualization (UE-V) uses XML files called settings location templates to monitor and synchronize application settings and Windows settings between user devices. By default, some settings location templates are included in UE-V. However, if you want to synchronize settings for desktop applications other than those settings included in the default templates, you can create your own custom settings location templates with the UE-V template generator. You can also edit or validate custom settings location templates with the UE-V template generator.
Use the UE-V template generator to monitor, discover, and capture the locations where Win32 applications store settings. The template generator doesn't create settings location templates for the following types of applications:
The UE-V template generator helps you identify where applications search for settings files and registry settings that applications use to store settings information. The generator discovers settings only in locations that are accessible to a standard user. Settings that are stored in other locations are excluded.
Discovered settings are grouped into two categories: Standard and Non-standard. Standard settings are recommended for synchronization, and UE-V can readily capture and apply them. Non-standard settings can potentially synchronize settings but, because of the rules that UE-V uses, these settings might not consistently or dependably synchronize settings. These settings might depend on temporary files, result in unreliable synchronization, or might not be useful. These settings locations are presented in the UE-V template generator. You can choose to include or exclude them on a case-by-case basis.
The UE-V template generator excludes locations, which commonly store application software files, but don't synchronize well between user computers or environments. The UE-V template generator excludes these locations. Excluded locations are as follows:
Use the UE-V template generator to edit settings location templates. When the revised settings are added to the templates with the UE-V template generator, the version information within the template is automatically updated to ensure that any existing templates that are deployed in the enterprise are updated correctly.
Open the Start menu and navigate to Windows Kits > Microsoft User Experience Virtualization (UE-V) Template Generator to open the template generator.
It's possible to create or edit settings location templates in an XML editor without using the UE-V template generator. If you do, you can use the UE-V template generator to validate that the new or revised XML matches the schema that has been defined for the template.
The source generator is compatible with other target framework monikers (TFMs) aside from .NET 6.0, that is .NET 5.0 and lower, .NET Framework, and .NET Standard. The API shape of the generated source code is consistent across the TFMs, but the implementation may vary based on the framework APIs that are available on each TFM.
The System.Text.Json source generator helps us to remove this warm-up phase by shifting the runtime inspection of serializable types using reflection to compile-time. The result of this inspection can be source code that initializes instances of structured serialization metadata. The generator can also generate highly-optimized serialization logic that can honor a set of serialization features that are specified ahead-of-time. By default, the generator emits both kinds of source, but can be configured to generate only one of these kinds of outputs either across a set of types, or per serializable type.
The System.Text.Json source generator has two modes: one that generates type-metadata initialization logic, and another that generates serialization logic. Users can configure the source generator to use one or both of these modes for JSON-serializable types in a project, depending on the (de)serialization scenario. Metadata generated for a type contains structured information in a format that can be optimally utilized by the serializer to serialize and deserialize instances of that type to and from JSON representations. Serialization logic uses direct calls to Utf8JsonWriter methods to write JSON representations of .NET objects, using a predetermined set of serialization options. By default, the source generator generates both metadata initialization logic and serialization logic, but can be configured to generate just one type of logic. To set the generation mode for the entire context (set of serializable types), use JsonSourceGenerationOptionsAttribute.GenerationMode, while to set the mode for a specific type, use JsonSerializableAttribute.GenerationMode.
JsonSerializer is a powerful tool that has many features that can influence the (de)serialization of .NET types from/into the JSON format. It is fast, but can have some performance overhead when only a subset of features are needed for a serialization routine. Going forward, we will update JsonSerializer and the new source generator together. Sometimes, a new JsonSerializer feature will have accompanying support for optimized serialization logic and sometimes not, depending on how feasible it is to generate logic to support the feature.
Given our Person type from above, the source generator can be configured to generate serialization logic for instances of the type, given some pre-defined serializer options. Note that the class name MyJsonContext is arbitrary. You can use whatever class name you want.
We have defined a set of JsonSerializer features that are supported in this mode via JsonSourceGenerationOptionsAttribute. As shown above, these features can be specified to the source generator ahead of time, to avoid extra checks at runtime. be457b7860
Windows 7: Details zum Benachrichtigungs-Update KB4493132
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