![]() ![]() Run ns doctor again, and now you are good to go: There is another trap when select Build-Tools version, don’t forget to click on “Show Package Details” at the bottom or you will not see the old versions. SDK Platforms > Android 11.0 (R) API Level 30.The simplest way to get NativeScript back to work in this situation is open Android Studio and install older SDK version 30. Turned out that NativeScript do not support Android SDK and build tools version 31 (YET), which is installed by default on latest Android Studio version.īe aware that SDK itself and build tools are different things. I could not found anywhere the official information about maximum supported build tools version except messages that “ns doctor” yelling about. Solutions for “ Cannot find a compatible Android SDK for compilation.” You can install any version in the following range: '>=23 =23 <=30′”, this catches my attention. ✖ You need to have the Android SDK Build-tools installed on your system. Run `$ sdkmanager` to manage your Android SDK versions. To be able to build for Android, install Android SDK 28 or later. Ns doctor keep yelling me at: ✖ Cannot find a compatible Android SDK for compilation. ![]() Cannot find a compatible Android SDK for compilation. ![]() Even after follow all detailed steps in official guide. However, I’m still facing a minor issue during attempt to setting Environment up on my fresh mac. My team used to have a Wiki for new developers to get on board because the official docs had many flaws. In effort of getting more new Developer on board, NativeScript community recently update the official document and make so much better now. Finally, I decided to switch to 2019 MacBook Pro 15″, this time I take 32GB one, better safe than sorry, hah. However, it could not keep up anymore with my current workload, I gave up long time ago of using emulator during development due to lack of memory and CPU power. mobile/core/packages/navigator/X.Y.0?workspaceId=īelow there's a list of Mobile versions (8.7, 8.8, 8.9, 8.10 and 8.11) for a quick compare with your response.My old MacBook pro 13″ with only 8GB of RAM, did a good job for serving me well on mobile development journey. This request does the navigator “build.json” download: This request give you available app to download: If you are using MAS Manage, you won't be able to get the navigator version using this method, instead, you need to use this: You need to compare th e “mobileVersion” in the response with the build.json from the correspondent app. You can also use that to compare with the build.json from package.Īlso, you can use this method for different apps: ![]() IBM\WebSphere\AppServer\profiles\ctgAppSrv01\maximo\mafĪfter applying an interim fix and opening an app for the first time, Maximo will create a folder in this directory, with the app name and the version. The build.json can be also found here (or in your root maximo directory): Note: You can use this same method after apply a Mobile interim fix to be sure that the fix was successfully deployed and that the apps are update. The “mobileVersion” of the build.json inside the Mobile package needs to be the same that we saw in the response from the URL. \Mobile 8.8\maximomobile-8.8\tools\maximo\en\graphite\apps zip, we have access to files inside the app, including the build.json. Inside each Mobile package, we have the updated apps inside a. Now that we have this information, how can we correspond the version to an interim fix? The versions that we need to pay attention are these: Note: Remember to change the maximoserver and port from the URL. So, to confirm your Mobile interim fix level you need to follow these steps:ġ) Login on Maximo in incognito mode (we use the incognito mode so you don’t have any cache problem)Ģ) Open a new tab and collect the response for this URL Mobile Framework doesn’t change when you apply an interim fix (except in the Mobile 8.9 version and above): ![]()
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