Clean up & retab CI script, fix typo

2 files changed, 86 insertions, 98 deletions

diff --git a/.travis-ci.sh b/.travis-ci.sh
index c278b33..8008026 100644
--- a/.travis-ci.sh
+++ b/.travis-ci.sh
@@ -5,111 +5,99 @@
 
 set -e
 
-COVERITY_SCAN_BUILD_URL="https://scan.coverity.com/scripts/travisci_build_coverity_scan.sh"
-
 SPELLINGBLACKLIST=$(cat <<-BLACKLIST
-      -wholename "./.git/*"
+-wholename "./.git/*"
 BLACKLIST
 )
 
 if [[ $TASK = 'spellintian' ]]; then
-  # run spellintian only if it is the requested task, ignoring duplicate words
-  spellingfiles=$(eval "find ./ -type f -and ! \( \
-      $SPELLINGBLACKLIST \
-      \) | xargs")
-  # count the number of spellintian errors, ignoring duplicate words
-  spellingerrors=$(zrun spellintian $spellingfiles 2>&1 | grep -v "\(duplicate word\)" | wc -l)
-  if [[ $spellingerrors -ne 0 ]]; then
-    # print the output for info
-    zrun spellintian $spellingfiles | grep -v "\(duplicate word\)"
-    echo "Found $spellingerrors spelling errors via spellintian, ignoring duplicates"
-    exit 1;
-  else
-    echo "Found $spellingerrors spelling errors via spellintian, ignoring duplicates"
-  fi;
+	# run spellintian only if it is the requested task, ignoring duplicate words
+	spellingfiles=$(eval "find ./ -type f -and ! \( \
+			$SPELLINGBLACKLIST \
+			\) | xargs")
+	# count the number of spellintian errors, ignoring duplicate words
+	spellingerrors=$(zrun spellintian $spellingfiles 2>&1 | grep -v "\(duplicate word\)" | wc -l)
+	if [[ $spellingerrors -ne 0 ]]; then
+		# print the output for info
+		zrun spellintian $spellingfiles | grep -v "\(duplicate word\)"
+		echo "Found $spellingerrors spelling errors via spellintian, ignoring duplicates"
+		exit 1;
+	else
+		echo "Found $spellingerrors spelling errors via spellintian, ignoring duplicates"
+	fi;
 elif [[ $TASK = 'spellintian-duplicates' ]]; then
-  # run spellintian only if it is the requested task
-  spellingfiles=$(eval "find ./ -type f -and ! \( \
-      $SPELLINGBLACKLIST \
-      \) | xargs")
-  # count the number of spellintian errors
-  spellingerrors=$(zrun spellintian $spellingfiles 2>&1 | wc -l)
-  if [[ $spellingerrors -ne 0 ]]; then
-    # print the output for info
-    zrun spellintian $spellingfiles
-    echo "Found $spellingerrors spelling errors via spellintian"
-    exit 1;
-  else
-    echo "Found $spellingerrors spelling errors via spellintian"
-  fi;
+	# run spellintian only if it is the requested task
+	spellingfiles=$(eval "find ./ -type f -and ! \( \
+			$SPELLINGBLACKLIST \
+			\) | xargs")
+	# count the number of spellintian errors
+	spellingerrors=$(zrun spellintian $spellingfiles 2>&1 | wc -l)
+	if [[ $spellingerrors -ne 0 ]]; then
+		# print the output for info
+		zrun spellintian $spellingfiles
+		echo "Found $spellingerrors spelling errors via spellintian"
+		exit 1;
+	else
+		echo "Found $spellingerrors spelling errors via spellintian"
+	fi;
 elif [[ $TASK = 'codespell' ]]; then
-  # run codespell only if it is the requested task
-  spellingfiles=$(eval "find ./ -type f -and ! \( \
-      $SPELLINGBLACKLIST \
-      \) | xargs")
-  # count the number of codespell errors
-  spellingerrors=$(zrun codespell --check-filenames --check-hidden --quiet 2 --regex "[a-zA-Z0-9][\\-'a-zA-Z0-9]+[a-zA-Z0-9]" $spellingfiles 2>&1 | wc -l)
-  if [[ $spellingerrors -ne 0 ]]; then
-    # print the output for info
-    zrun codespell --check-filenames --check-hidden --quiet 2 --regex "[a-zA-Z0-9][\\-'a-zA-Z0-9]+[a-zA-Z0-9]" $spellingfiles
-    echo "Found $spellingerrors spelling errors via codespell"
-    exit 1;
-  else
-    echo "Found $spellingerrors spelling errors via codespell"
-  fi;
-elif [[ $TASK = 'coverity' ]]; then
-  # Run Coverity Scan unless token is zero length
-  # The Coverity Scan script also relies on a number of other COVERITY_SCAN_
-  # variables set in .travis.yml
-  if [[ ${#COVERITY_SCAN_TOKEN} -ne 0 ]]; then
-    curl -s $COVERITY_SCAN_BUILD_URL | bash
-  else
-    echo "Skipping Coverity Scan as no token found, probably a Pull Request"
-  fi;
+	# run codespell only if it is the requested task
+	spellingfiles=$(eval "find ./ -type f -and ! \( \
+			$SPELLINGBLACKLIST \
+			\) | xargs")
+	# count the number of codespell errors
+	spellingerrors=$(zrun codespell --check-filenames --check-hidden --quiet 2 --regex "[a-zA-Z0-9][\\-'a-zA-Z0-9]+[a-zA-Z0-9]" $spellingfiles 2>&1 | wc -l)
+	if [[ $spellingerrors -ne 0 ]]; then
+		# print the output for info
+		zrun codespell --check-filenames --check-hidden --quiet 2 --regex "[a-zA-Z0-9][\\-'a-zA-Z0-9]+[a-zA-Z0-9]" $spellingfiles
+		echo "Found $spellingerrors spelling errors via codespell"
+		exit 1;
+	else
+		echo "Found $spellingerrors spelling errors via codespell"
+	fi;
 elif [[ $TASK = 'sanitize' ]]; then
-  # Run sanitized compile
-  travis_fold start "make_sanitize"
-  make sanitize;
-  travis_fold end "make_sanitize"
+	# Run sanitized compile
+	travis_fold start "make_sanitize"
+	make sanitize;
+	travis_fold end "make_sanitize"
 elif [[ $TASK = 'windows' ]]; then
-  # Run sanitized compile
-  travis_fold start "make_windows"
-  make windows;
-  make -C backends lua.dll
-  travis_fold end "make_windows"
-  travis_fold start "deploy_windows"
-  if [ "$(git describe)" == "$(git describe --abbrev=0)" ]; then
-    mkdir ./deployment
-    mkdir ./deployment/backends
-    mkdir ./deployment/docs
-    cp ./midimonster.exe ./deployment/
-    cp ./backends/*.dll ./deployment/backends/
-    cp ./monster.cfg ./deployment/monster.cfg
-    cp ./backends/*.md ./deployment/docs/
-    cp -r ./configs ./deployment/
-    cd ./deployment
-    zip -r "./midimonster-$(git describe)-windows.zip" "./"
-    find . ! -iname '*.zip' -delete
-  fi
-  travis_fold end "deploy_windows"
+	travis_fold start "make_windows"
+	make windows;
+	make -C backends lua.dll
+	travis_fold end "make_windows"
+	if [ "$(git describe)" == "$(git describe --abbrev=0)" ]; then
+		travis_fold start "deploy_windows"
+		mkdir ./deployment
+		mkdir ./deployment/backends
+		mkdir ./deployment/docs
+		cp ./midimonster.exe ./deployment/
+		cp ./backends/*.dll ./deployment/backends/
+		cp ./monster.cfg ./deployment/monster.cfg
+		cp ./backends/*.md ./deployment/docs/
+		cp -r ./configs ./deployment/
+		cd ./deployment
+		zip -r "./midimonster-$(git describe)-windows.zip" "./"
+		find . ! -iname '*.zip' -delete
+		travis_fold end "deploy_windows"
+	fi
 else
-  # Otherwise compile as normal
-  travis_fold start "make"
-  make full;
-  travis_fold end "make"
-  travis_fold start "deploy_unix"
-  if [ "$(git describe)" == "$(git describe --abbrev=0)" ]; then
-   mkdir ./deployment
-   mkdir ./deployment/backends
-   mkdir ./deployment/docs
-   cp ./midimonster ./deployment/
-   cp ./backends/*.so ./deployment/backends/
-   cp ./monster.cfg ./deployment/monster.cfg
-   cp ./backends/*.md ./deployment/docs/
-   cp -r ./configs ./deployment/
-   cd ./deployment
-   tar czf "midimonster-$(git describe)-$TRAVIS_OS_NAME.tgz" *
-   find . ! -iname '*.tgz' -delete
-  fi
-  travis_fold end "deploy_unix"
+	# Otherwise compile as normal
+	travis_fold start "make"
+	make full;
+	travis_fold end "make"
+	if [ "$(git describe)" == "$(git describe --abbrev=0)" ]; then
+		travis_fold start "deploy_unix"
+		mkdir ./deployment
+		mkdir ./deployment/backends
+		mkdir ./deployment/docs
+		cp ./midimonster ./deployment/
+		cp ./backends/*.so ./deployment/backends/
+		cp ./monster.cfg ./deployment/monster.cfg
+		cp ./backends/*.md ./deployment/docs/
+		cp -r ./configs ./deployment/
+		cd ./deployment
+		tar czf "midimonster-$(git describe)-$TRAVIS_OS_NAME.tgz" *
+		find . ! -iname '*.tgz' -delete
+		travis_fold end "deploy_unix"
+	fi
 fi
diff --git a/backends/python.md b/backends/python.md
index 5f81e70..fae3139 100644
--- a/backends/python.md
+++ b/backends/python.md
@@ -1,7 +1,7 @@
 ### The `python` backend
 
 The `python` backend provides a flexible programming environment, allowing users
-to route, generate and manipulate channel events using the Python 3 scripting languge.
+to route, generate and manipulate channel events using the Python 3 scripting language.
 
 Every instance has its own interpreter, which can be loaded with multiple Python modules.
 These modules may contain member functions accepting a single `float` parameter, which can