update of deploy script and minor fixes, see also #969 (#970)

.github/workflows/deploy.yml

@@ -36,7 +36,7 @@ jobs:
       - name: Install Julia
         uses: julia-actions/setup-julia@v1
         with:
-          version: 1.3.0
+          version: 1.5.0
       # This ensures that NodeJS and Franklin are loaded then it installs
       # highlight.js which is needed for the prerendering step.
       # Then the environment is activated and instantiated to install all
@@ -47,7 +47,7 @@ jobs:
         run: julia -e '
               using Pkg;
               Pkg.add("NodeJS");
-              Pkg.add(PackageSpec(name="Franklin",version="0.8"));
+              Pkg.add(PackageSpec(name="Franklin",version="0.9"));
               using NodeJS; run(`$(npm_cmd()) install highlight.js`);
               using Franklin; optimize();
               cp(joinpath("__site", "feed.xml"), joinpath("__site", "index.xml"))'

.gitignore

@@ -4,3 +4,4 @@ node_modules/
 Manifest.toml
 Project.toml
 package-lock.json
+.__py_*

blog/2020/05/jsoc-gsoc2020.md

@@ -5,35 +5,32 @@
 @def rss = """GSoC and JSoC 2020 Project List"""
 
 
-This summer, the Julia Language will be hosting students through GSoC and JSoC. You can read more about this by checking out [our Discourse post](https://discourse.julialang.org/t/julia-seasons-of-contributions-to-supplement-gsoc-2020/38754). We are very excited to have 25 students working with us. Here are the projects they will be working on: 
+This summer, the Julia Language will be hosting students through GSoC and JSoC. You can read more about this by checking out [our Discourse post](https://discourse.julialang.org/t/julia-seasons-of-contributions-to-supplement-gsoc-2020/38754). We are very excited to have 25 students working with us. Here are the projects they will be working on:
 
-| Display Name        | Project   |
-| ------------- |:-------------:|
-| Sharan Yalburgi      | 	Adding GPML capabilities to JuliaGaussianProcesses |
+| Display Name   | Project   |
+| :------------- | :---------|
+| Sharan Yalburgi  | 	Adding GPML capabilities to JuliaGaussianProcesses |
 | Arthur Lui      | BNP Benchmarks and Feature Comparisons for Turing and Other PPLs      |
-| Nirmal Praveen Suthar | Deep Learning for 3D Computer Vision  | 
-| Alexander Seiler | General Improvements for LinearMaps.jl      | 
-| Kirill Zubov | General partial differential equation solver using neural networks with ModelingToolkit interface      | 
+| Nirmal Praveen Suthar | Deep Learning for 3D Computer Vision  |
+| Alexander Seiler | General Improvements for LinearMaps.jl      |
+| Kirill Zubov | General partial differential equation solver using neural networks with ModelingToolkit interface      |
 | frankschae | High weak order stochastic differential equation solvers and their utility in neural stochastic differential equations     |
-| Koustav Chowdhury | Implementation of a hash table based on SwissTable and adding Trees.jl to JuliaCollections      | 
-| MartinuzziFrancesco | Implementation of a Reservoir Computing library for timeseries prediction      | 
-| Tejas Vaidhya | Implementing ALBERT in julia      | 
-| Ludovico Bessi | Improving Surrogates.jl      | 
-| Peter Cheng | Leveraging Hugging Face Transformers package in Julia      | 
-| Aadesh Deshmukh | MLJTime - Adding Time Series Support For MLJ      | 
-| Utkarsh530 | Performance Enhancements and Optimizations for Differential Equation solvers      | 
-| Saranjeet Kaur Bhogal | Polychord Nested Sampling Algorithm Building and Integration with Turing in Julia      | 
-| Uziel Linares | Taylor models and a guaranteed ODE solver      | 
-| Chen Zhao | ZX.jl: ZX-calculus for Julia      | 
-| Arsh Sharma | A Geospatial Data handling package for Julia      | 
-| Krish Agarwal | A Standards compliant Interval Arithmetic Library      | 
-| SebastianGuadalupe | Computational Methods using Zonotopes      | 
-| Nabanita Dash | Fast communication library in Julia by wrapping the UCX networking library      | 
-| Ashrya Agrawal-1 | MLJ - FairML      | 
-| SebastianM-C | N-body problem tooling for large scale electrodynamics simulations      | 
-| Ashutosh Bharambe | Neural Networks for solving differential equations      | 
-| Abhinav Mehndiratta | Parallel Graph Algorithms      | 
-| abhinav_gupta | Parameter estimation for nonlinear dynamical models.      | 
-
-
-
+| Koustav Chowdhury | Implementation of a hash table based on SwissTable and adding Trees.jl to JuliaCollections      |
+| MartinuzziFrancesco | Implementation of a Reservoir Computing library for timeseries prediction      |
+| Tejas Vaidhya | Implementing ALBERT in julia      |
+| Ludovico Bessi | Improving Surrogates.jl      |
+| Peter Cheng | Leveraging Hugging Face Transformers package in Julia      |
+| Aadesh Deshmukh | MLJTime - Adding Time Series Support For MLJ      |
+| Utkarsh530 | Performance Enhancements and Optimizations for Differential Equation solvers      |
+| Saranjeet Kaur Bhogal | Polychord Nested Sampling Algorithm Building and Integration with Turing in Julia      |
+| Uziel Linares | Taylor models and a guaranteed ODE solver      |
+| Chen Zhao | ZX.jl: ZX-calculus for Julia      |
+| Arsh Sharma | A Geospatial Data handling package for Julia      |
+| Krish Agarwal | A Standards compliant Interval Arithmetic Library      |
+| SebastianGuadalupe | Computational Methods using Zonotopes      |
+| Nabanita Dash | Fast communication library in Julia by wrapping the UCX networking library      |
+| Ashrya Agrawal-1 | MLJ - FairML      |
+| SebastianM-C | N-body problem tooling for large scale electrodynamics simulations      |
+| Ashutosh Bharambe | Neural Networks for solving differential equations      |
+| Abhinav Mehndiratta | Parallel Graph Algorithms      |
+| abhinav_gupta | Parameter estimation for nonlinear dynamical models.      |

learning/index.md

@@ -1,3 +1,4 @@
+@def title="Get started with Julia"
 
 ~~~
 <!--