sbookoreo.blogg.se - Compile against libcurl android ndk

Compile against libcurl android ndk install#
Compile against libcurl android ndk for android#
Compile against libcurl android ndk android#
Compile against libcurl android ndk code#

Compile against libcurl android ndk install#

Install the curl package in Termux if you're natively compiling, apt install curl.

Compile against libcurl android ndk android#

Now that we have a D compiler setup for (one or more) Android targets, let's try building a small program, the classic Sieve of Eratosthenes single-core benchmark, which finds all prime numbers up to a number you choose.

The prebuilt Android packages also include the corresponding x86 simulator libraries, so 32/64-bit x86 Android simulator targets can be set up the same way. "-gcc=/home/me/android-ndk-r21d/toolchains/llvm/prebuilt/linux-x86_64/bin/aarch64-linux-android21-clang", Open /etc/nf in a text editor and append a section like this, adapting lib and NDK paths as needed:.Extract the lib directory into your LDC installation directory and rename it, e.g., to lib-android_aarch64.Download the prebuilt android-aarch64 package from GitHub matching the version of your LDC.Targeting 64-bit Android/AArch64 on a Linux host:."%%ldcbinarypath%%/./lib-android_armv7a", "-gcc=C:/LDC/android-ndk-r21d/toolchains/llvm/prebuilt/windows-x86_64/bin/armv7a-linux-androideabi21-clang.cmd", Open \etc\nf in a text editor and append a section like this, adapting lib and NDK paths as needed:.Extract the lib directory into your LDC installation directory and rename it, e.g., to lib-android_armv7a.Download the prebuilt android-armv7a package from GitHub matching the version of your LDC.Targeting 32-bit Android/ARMv7-A on a Win64 host:.See Cross-compiling with LDC for the general guide I present two examples for a quick summary: Once you have LDC and have unzipped the Android NDK, it's time to set up LDC for the desired Android target(s). LDC for Termux: apt install ldc With Android version 9 and earlier, the install will fail.Termux for Android, available in the official Play Store, APKMirror, or F-Droid.

Compile against libcurl android ndk for android#

Android Version 10 ("Q"), as LDC compiler support does not exist for Android Version 9 ("Pie") and earlier.

Setup the Android Debug Bridge (adb) on your device and use the SDK tools to push your files over.

Host the app in a web server and get it by using your Android browser or a downloader app.

This is what I do, by using the OpenSSH package in Termux. Alternately, set up an ssh server on your host PC/Mac, and use an ssh/scp client on Android to get the app.

Install an ssh server app on your Android device and scp the app over.

There are several ways to do this, here are a few I've tried:

When using a device, you need some way to transfer the app over.

I use actual hardware, so that's what I'll discuss.

Compile against libcurl android ndk code#

Android, whether a device or emulator, to run your D code.

If using LDC from your distro or elsewhere, make sure it was built against our tweaked LLVM, otherwise it will not compile properly for Android.

It's best to use an official release from GitHub, as it's built against a slightly tweaked LLVM with custom TLS emulation for Android targets.

A recent LDC compiler for your host platform.

The SDK is necessary to package a GUI app the NDK is enough if you just want to build a command-line binary.

Other versions might work but reports of version 22+ say the linker changed and it won't just work anymore.

Version r20 or r21 of the Android NDK and optionally the SDK.

Any shell should work on Mac and Linux, typical commands for the bash shell are shown.Either a DOS command prompt or Powershell should work on Windows.

A command shell on your host PC/Mac, where you'll run the LDC D compiler.

8.1 Sign your app using a certificate and OpenSSL.

8 Package an Android app from scratch on your Android device.

5 Build a sample OpenGL ES 2.0 GUI app mostly written in D, with some Java.

4 Build a sample OpenGL ES 1.0 GUI app ported to D.