jboss-eap-quickstarts | quickstarts demonstrate JBoss EAP , Jakarta EE | Build Tool library
kandi X-RAY | jboss-eap-quickstarts Summary
kandi X-RAY | jboss-eap-quickstarts Summary
These quickstarts run on the WildFly application server. The quickstarts are configured to use the correct Maven dependencies and ensure that you test and compile the quickstarts against the correct runtime environment. Each quickstart folder contains a README.adoc file that describes the quickstart features and provides instructions about how to build and run it. Instructions are provided to build the more readable README.html files. Make sure you read this entire document before you attempt to work with the quickstarts.
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Top functions reviewed by kandi - BETA
- Handle a JSON request
- Parse a book .
- Handle POST request .
- Method to add a value to a set .
- Builds the remote EJB call .
- Gets the currently running jobs .
- Invoke all Ejb methods
- Helper method to lookup the remote counter for a stateless session bean .
- Runs a REST request .
- Encodes the given bidding into a JSON string .
jboss-eap-quickstarts Key Features
jboss-eap-quickstarts Examples and Code Snippets
Community Discussions
Trending Discussions on Build Tool
QUESTION
ANSWER
Answered 2021-Dec-08 at 13:20I was able to solve it (after a few days of suffering) using precompiled Boost 1.74 and by changing the boost/python related parts of cv_bridge/CMakeLists.txt to:
QUESTION
When enabling hermes in the Podfile and rebuilding the build it fails due to RCT-Folly. No idea what it does.
To re-initialise everything I use the following:
rm -rf node_modules && rm package-lock.json && npm install && cd ios && rm -rf Pods && rm Podfile.lock && pod deintegrate && pod setup && pod install && cd ..
I also start the metro bundler with:
npx react-native --reset-cache
Anyone has a solution?
The app uses react-native v0.64 and we want to have a better performance using hermes.
All information:
ios/Podfile
...ANSWER
Answered 2021-Jul-23 at 16:11After lots of trial and error I found a working solution. It's a bit strange, but I had to enable Flipper. I did not find a way without it.
Thanks to this answer: https://github.com/facebook/react-native/issues/31179#issuecomment-831932941 I found out about fixing Pods.
This is my Podfile now:
QUESTION
I am creating an MSI installer with Wix and wrote a task in the azure DevOps pipeline which builds the MSI solution file using MSBuild. When the code is pushed to remote the pipeline runs the task but my task returns the error saying WiX toolset is not installed hence the build fails. Though it is assured that the MSBuild task works as it is building other projects in the solution.
...ANSWER
Answered 2022-Mar-09 at 18:02Check this article from the official wix documentation.
QUESTION
Android Studio Bumblebee (2021.1.1) was released stably on 25 January 2022 bundled with a new Device Manager (accompanying new support for Android 11+ device debugging over WIFI). I jumped on this stable release, updating from Android Studio Arctic Fox (2020.3.1 Patch 4).
Unfortunately however, since updating, physical devices/handsets don't remain connected to Android Studio for the purpose of debugging. I can confirm that the issue was introduced from Android Studio Bumblebee onwards (occurring in Beta and Canary builds also). I've reproduced the issue on Android Studio Bumblebee (Stable), Chipmunk (Beta), and Dolphin (Canary), but Android Studio Arctic Fox (superseded Stable) continues to work just fine.
The issue occurs soon after opening Android Studio (Bumblebee+) with one of my physical devices connected. Everything appears fine initially and I may even have enough time to deploy my project to the handset, before the device disappears from Android Studio (as if I'd physically disconnected the USB cable from my computer or from the handset itself).
I've tried a fair few things in an attempt to determine a root cause. These include testing:
- With different USB cables.
- With different handsets (both varying makes and models).
- With various versions of the Android Studio IDE (as mentioned above).
- Plugging the USB cables into different USB ports on my computer.
- Rebooting handsets and my computer.
- Restarting Android Studio.
- Invalidating caches and restarting Android Studio.
adb kill-server
thenadb start-server
.- Revoking/reaccepting USB debugging authorization.
- Reinstalled build tools/platform tools, and ADB.
- A great number of further possibilities, to no avail.
I searched and read through remotely similar issues, including (but not limited to) these:
- Android Studio Arctic Fox (Adb) - Connected Devices are being disconnected after some time
- Android debugger continually disconnects
This particular comment in one of the above issues clued me onto a possible root cause:
I have been fighting for a few days with adb not seeing my device. After trying many other posted solutions, I discovered that the issue was with Chrome also trying to connect its debugger to a web view. If Chrome is connected using chrome://inspect, then adb seems to disconnect. Quitting Chrome resolves the issue. Then I can connect with Android Studio and then restart Chrome and reconnect. Hope this helps someone else.
However I've been unable to do anything with the above discovery, other than close Google Chrome, and hope for the best. Obviously this isn't an ideal solution. It appears as though the moment Google Chrome shows the connected physical device in the chrome://inspect/#devices page, the physical device promptly becomes unavailable through Android Studio.
I've jumped back to Android Studio Arctic Fox (2020.3.1 Patch 4) for the moment, however this brings with it other issues (my current core project targets the latest SDK version, which requires the updated IDE).
Absolutely any help with this would be insanely appreciated. I've exhausted just about every avenue that I can think of!
...ANSWER
Answered 2022-Feb-01 at 17:29I solved the problem by disabling
Settings -> Build, Execution, Deployment -> Debugger -> "Enable adb mDNS for wireless debugging"
QUESTION
Alright I have a package Pythran
which is a Python to C++ (PYD module) complier. The package itself on conda-forge says it requires clang
and clangxx
. BUT I have MS Build Tools clang-12
already installed, so these packages are not used at all.
Now every time I go to conda install [package_name]
it tells me my environment is inconsistent, because I force removed the clang libraries I don't need (or want) via a:
ANSWER
Answered 2022-Mar-01 at 00:36The cleaner solution is to create a dummy package that one can install as an indicator that the corresponding software is already available on the system. This is what Conda Forge provides for the mpich
package. Specifically, they provide an external build (see recipe), that one installs with
QUESTION
I get this Error when I try to install Pyodbc , I have already install visual studio and I have Microsoft Visual C++ 12 , 15-19 in my machine but still its giving this error.
...ANSWER
Answered 2021-Nov-12 at 13:38The current release of pyodbc (4.0.32) does not have pre-built wheel files for Python 3.10. The easiest way to get it installed at the moment is to download the appropriate wheel from
https://www.lfd.uci.edu/~gohlke/pythonlibs/#pyodbc
and then install it. For example, if you are running 64-bit Python then you would download the 64-bit wheel and use
QUESTION
I have a QObject
derived class Expense
that I use in QML like this.
ANSWER
Answered 2022-Feb-21 at 07:35You just need to add QML_ELEMENT
to your QObject-derived Expense
class's header and make sure you have moc enabled in your CMakeLists.txt. In application case it doesn't matter if the expense.h/cpp sources are included via qt_add_executable
or qt_add_qml_module
. I think it's clearer to add them to qt_add_qml_module
SOURCES. Then you just import module URI in you QML file. In the example below I'm printing out property value from Expense object in QML.
CMakeLists.txt
QUESTION
Building my app using flutter on android studio, and when I upload my app bundle (made via flutter build appbundle
, the message pops up:
ANSWER
Answered 2022-Feb-19 at 21:44Turns out the problem is occurring, for some reason, due to my usage of gradle plugin 7.1.1. Changing classpath 'com.android.tools.build:gradle:7.1.1'
to 'classpath 'com.android.tools.build:gradle:4.1.3'` fixes my problem. The google play console recognizes the native debug symbols within the app bundle. It's unclear why, except within the app bundle, the directory BUNDLE-METADATA contains the directories:
Using 7.1.1:
QUESTION
I am first time using function pointers and ran into a weird problem. I am writing a code for STM32G4xx. The main idea is to transmit and receive data through LPUART. I have implemented simple FSM to handle TX and RX. LPUART configured in DMA interrupt mode. I have typedef the function pointer and declared the three function pointer variables (ISR handles) in main.h file as follow:
...ANSWER
Answered 2022-Feb-17 at 07:53As per @Lundin's suggestion, I have put a watchpoint on lpuart_dma_rx_tc_isr_clback
function pointer variable. It exposed the out of index bug in my code. The bug is inside while loop in main.c.
QUESTION
I just did a fresh install of windows to clean up my computer, moved everything over to my D drive and installed Python through Windows Store (somehow it defaulted to my C drive, so I left it there because Pycharm was getting confused about its location), now I'm trying to pip install the python-docx module for the first time and I'm stuck. I have a recent version of Microsoft C++ Visual Build Tools installed. Excuse me for any irrelevant information I provided, just wishing to be thorough. Here's what's returning in command:
...ANSWER
Answered 2022-Feb-06 at 17:04One of the dependencies for python-docx
is lxml
. The latest stable version of lxml
is 4.6.3, released on March 21, 2021. On PyPI there is no lxml wheel for 3.10, yet. So it try to compile from source and for that Microsoft Visual C++ 14.0 or greater is required, as stated in the error.
However you can manually install lxml
, before install python-docx
. Download and install unofficial binary from Gohlke
Alternatively you can use pipwin to install it from Gohlke. Note there may still be problems with dependencies for lxml
.
Of course, you can also downgrade to python3.9.
EDIT: As of 14 Dec 2021 the latest lxml version 4.7.1 supports python 3.10
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
Vulnerabilities
No vulnerabilities reported
Install jboss-eap-quickstarts
If you have not yet done so, you must clone Wildfly server repository and navigate to it. You might also want to change the remote name from origin to upstream to be consistent with your other repositories. $ git clone git@github.com:wildfly/wildfly.git $ cd wildfly $ git remote rename origin upstream
Verify that your local master branch contains the latest updates. $ git fetch upstream $ git checkout master $ git reset --hard upstream/master
Build the WildFly server using the following command. $ mvn clean install -DskipTests -Denforcer.skip=true -Dcheckstyle.skip=true
The WildFly server folder and ZIP files, which are named wildfly-VERSION-SNAPSHOT and wildfly-VERSION-SNAPSHOT.ZIP respectively, are located in the build/target/ directory. You can copy that folder or unzip the file to another location or start the server from that directory.
If you have downloaded and are running a tagged or released version of the quickstarts, you can ignore this step because the required BOMs are already installed in Maven. If you are using the latest development version of the quickstarts and you are able to successfully build and deploy the quickstarts, you can also ignore this step because the required BOMS are already installed in Maven. However, if you are using the latest development version of the quickstarts and you see build errors indicating missing dependencies, you must first build the latest WildFly server and then build and install the WildFly BOMs. This installs the latest Maven artifacts that are required by the SNAPSHOT version of the WildFly quickstarts that are still under development.
If you have not yet done so, clone Wildfly BOMs repository and navigate to it. You might also want to rename the directory to wildfly-boms to make it clear which BOMs it contains and also change the remote name from origin to upstream to be consistent with your other repositories. $ git clone git@github.com:wildfly/boms.git $ mv boms wildfly-boms $ cd wildfly $ git remote rename origin upstream
Verify that your local master branch contains the latest updates. $ git fetch upstream $ git checkout master $ git reset --hard upstream/master
Build the WildFly BOMs using the following command. $ mvn clean install Note If you run into build errors, check with the WildFly team to see if the repositories are temporarily out of sync.
At this point, you can verify that all of the quickstarts build using the following command. $ mvn clean install '-Pdefault,!complex-dependencies'
The root POM.xml file defines dependencies that are required by some of the quickstarts. If you have downloaded and are running a tagged or released version of the quickstarts, you can ignore this step because the quickstart-parent artifact is already installed in Maven. If you are running the latest development version of the quickstarts, you must install the quickstart-parent artifact so its dependencies are available to the quickstarts that need it. To install it, navigate to your QUICKSTART_HOME directory directory and run the following command.
The quickstart README files are written in AsciiDoc, not only because the language is much more powerful than Markdown, but also also because it is possible to extract common instructions into separate files to be reused across the quickstarts. While this makes them more flexible and easier to maintain, unfortunately, included files do not render in a readable format in GitHub or in most text editors. The Maven plugin that is used to build and deploy the quickstarts can also generate fully rendered README.html instructions from the README.adoc files. To build all of the quickstart README.html files, including the root README.html file that contains the table with links to all available quickstarts, navigate to the root folder of the quickstarts and run the following command. If you see errors about missing dependencies, check the prerequisites section to determine whether you need to build the WildFly BOMs that corresponds to the version of the quickstarts that you are using.
Some of the quickstarts, particularly those that run in a secured mode and demonstrate security, require that you create quickstart users with different roles for authorization purposes. See Create Users Required by the Quickstarts for detailed instructions to create users required by the quickstarts.
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