Move docker images to separate repo

README.md

@@ -8,57 +8,57 @@
 
 # WE-Core
 A set of core libraries for useful DSP related classes that are used by multiple White Elephant
-Audio VSTs and Audio Units.  
+Audio VSTs and Audio Units.
 
 This is a headers only library, to use the DSP classes in your own projects add the include path:
-`<your WE-Core directory>/WECore`.  
+`<your WE-Core directory>/WECore`.
 
 ## DSP Classes
-The naming convention is that each class is prefixed with the product it was developed for.  
+The naming convention is that each class is prefixed with the product it was developed for.
 
 ## APIs
 * __ModulationSource__ - provides a standard interface for classes which provide a modulation signal
 * __EffectsProcessor__ - provides a standard interface for classes which do audio processing on mono and
 stereo signals
 
-### Modulation:  
+### Modulation:
 * __RichterLFO__ - substantial functionality with tempo sync, phase sync, and multiple wave types and
 parameters, can accept a ModulationSource to modulate its parameters
 * __AREnvelopeFollowerSquareLaw__ & __AREnvelopeFollowerFullWave__ - two different attack/release envelope
 follower implementations
 
-### Filters:  
-* __CarveNoiseFilter__ - a simple filter to remove noise at the extremes of human hearing  
-* __SongbirdFormantFilter__ - Contains multiple SongbirdBandPassFilters, designed to create vowel sounds  
+### Filters:
+* __CarveNoiseFilter__ - a simple filter to remove noise at the extremes of human hearing
+* __SongbirdFormantFilter__ - Contains multiple SongbirdBandPassFilters, designed to create vowel sounds
 * __SongbirdFilterModule__ - Contains two SongbirdFormantFilters which can be blended between, with
-multiple supported vowel sounds built in  
-* __TPTSVFilter__ - Topology preserving filter, configurable as high pass, low pass, or peak  
+multiple supported vowel sounds built in
+* __TPTSVFilter__ - Topology preserving filter, configurable as high pass, low pass, or peak
 * __MONSTRCrossover__ - A crossover filter made of several MONSTRBand units which can be provided with an
 EffectsProcessor to do any form of audio processing on that band
 
-### Distortion:  
+### Distortion:
 * __CarveDSPUnit__ - A waveshaping distortion module with multiple wave shapes, pre and post gain control,
-and a "tweak" control which morphs the selected wave shape  
+and a "tweak" control which morphs the selected wave shape
 
-### Stereo Processing:  
+### Stereo Processing:
 * __StereoWidthProcessor__ - Enables narrowing or widening of the stereo image
 
-## Documentation  
+## Documentation
 Documentation is available at: https://jd-13.github.io/WE-Core/
 
-## Required Libraries  
-Some classes within this library require:  
+## Required Libraries
+Some classes within this library require:
 
 A Collection of Useful C++ Classes for Digital Signal Processing: https://github.com/vinniefalco/DSPFilters
 
-LookAndFeel classes are for building UIs using the JUCE library: https://www.juce.com/  
+LookAndFeel classes are for building UIs using the JUCE library: https://www.juce.com/
 
-cURL (for the experimental auto update functionality): https://curl.haxx.se/libcurl/ 
+cURL (for the experimental auto update functionality): https://curl.haxx.se/libcurl/
 
 ## Builds and Testing
 Each DSP module has its own set of tests, found under the `WECore` directory. The file
 `CMakeLists.txt` can be used to create executable binarys which run the tests. This is done as
-follows:  
+follows:
 
     export WECORE_HOME=<path to your WECore>
     export WECORE_SRC=$WECORE_HOME/WECore
@@ -71,23 +71,3 @@ follows:
 This produces the binaries:
 * `WECoreTest` - Contains the standard set of unit tests
 * `WECoreTestPerf` - Contains unit tests for measuring performance
-
-### Docker
-Docker containers are available on Docker hub for clang and gcc which are able to build and run the tests for this project. They are available at the tags:
-* jackd13/audioplugins:clang10
-* jackd13/audioplugins:gcc10
-
-To build a container locally and push to Docker hub (using the clang example):
-
-    cd DockerFiles/clang10
-    docker build --tag <user id>/audioplugins:clang10 .
-    docker push <user id>/audioplugins:clang10
-
-Or on an arm64 mac:
-
-    cd DockerFiles/clang10
-    docker buildx build --platform linux/amd64,linux/arm64 --push --tag <user id>/audioplugins:clang10 .
-
-To run locally in a Docker container:
-
-    docker run --rm -v $(pwd):/home/WECore -it jackd13/audioplugins:clang10