Merge pull request #882 from SysBioChalmers/feat/macaw_output

feat: store summary macaw results

.github/workflows/commentMacaw.md

@@ -1,9 +1,16 @@
+<<<<<<<< HEAD:.github/workflows/commentMacaw.md
 This PR has been [automatically tested with GH Actions](https://github.com/SysBioChalmers/Human-GEM/actions/runs/{GH_ACTION_RUN}). Here is the output of the [MACAW](https://github.com/Devlin-Moyer/macaw) test:
+========
+This PR has been [automatically tested with GH Actions](https://github.com/SysBioChalmers/Human-GEM/actions/runs/{GH_ACTION_RUN}). Here is the output of the gene essentiality test:
+>>>>>>>> develop:.github/workflows/commentsFromTests.md
 
 <pre>
 {TEST_RESULTS}
 </pre>
 
+<<<<<<<< HEAD:.github/workflows/commentMacaw.md
 This and a more detailed output from MACAW are also committed to `data/macawResults/`.
 
+========
+>>>>>>>> develop:.github/workflows/commentsFromTests.md
 > _Note: In the case of multiple test runs, this post will be edited._

data/testResults/README.md

@@ -2,7 +2,7 @@
 
 The file here contains results from the [MACAW](https://github.com/Devlin-Moyer/macaw) `dead_end_test` and `duplicate_test` tests, and from cell-line specific gene essentiality prediction based on the [Hart _et al._ (2015)](https://doi.org/10.1016/j.cell.2015.11.015) dataset.
 
-The test results shown here were obtained by the GitHub Actions run in **PR #675** (MACAW) and **PR #675** (gene essentiality), and will be updated by any subsequent PR. Summary results are shown as a comment in the corresponding PR.
+The test results shown here were obtained by the GitHub Actions run in **PR #882** (MACAW) and **PR #675** (gene essentiality), and will be updated by any subsequent PR. Summary results are shown as a comment in the corresponding PR.
 
 ### MACAW: `dead_end_test`
 Looks for metabolites in Human-GEM that can only be produced by all reactions they participate in or only consumed, then identifies all reactions that are prevented from sustaining steady-state fluxes because of each of these dead-end metabolites. The simplest case of a dead-end metabolite is one that only participates in a single reaction. Also flags all reversible reactions that can only carry fluxes in a single direction because one of their metabolites can either only be consumed or only be produced by all other reactions it participates in.