This PR fixes pronunciation of the name "Shea" (pronounced like "Shay").

Fix pronunciation of
[Leschi](https://en.wikipedia.org/wiki/Leschi,_Seattle) ([Wikipedia
IPA](https://en.wikipedia.org/wiki/Leschi_(Nisqually))).

As reported in <https://bugs.freebsd.org/271486>, when the C++ standard
library provides std::sample, it causes a compile error when compiling
`speechWaveGenerator.cpp`:

```
  src/speechPlayer/src/speechWaveGenerator.cpp:197:56: error: reference to 'sample' is ambiguous
          unsigned int generate(const unsigned int sampleCount, sample* sampleBuf) {
                                                                ^
  src/speechPlayer/src/sample.h:23:3: note: candidate found by name lookup is 'sample'
  } sample;
    ^
  /usr/include/c++/v1/__algorithm/sample.h:95:17: note: candidate found by name lookup is 'std::sample'
  _SampleIterator sample(_PopulationIterator __first,
                  ^
```

Since `speechWaveGenerator.cpp` puts `using namespace std;` at the top,
fix the error by qualifying `sample` with an explicit `::`.

As reported in <https://bugs.freebsd.org/271486>, when the C++ standard
library provides std::sample, it causes a compile error when compiling
speechWaveGenerator.cpp:

  src/speechPlayer/src/speechWaveGenerator.cpp:197:56: error: reference to 'sample' is ambiguous
          unsigned int generate(const unsigned int sampleCount, sample* sampleBuf) {
                                                                ^
  src/speechPlayer/src/sample.h:23:3: note: candidate found by name lookup is 'sample'
  } sample;
    ^
  /usr/include/c++/v1/__algorithm/sample.h:95:17: note: candidate found by name lookup is 'std::sample'
  _SampleIterator sample(_PopulationIterator __first,
                  ^

Since speechWaveGenerator.cpp puts "using namespace std;" at the top,
fix the error by qualifying "sample" with an explicit "::".

Correct pronunciation of the word "banknote"
([Wiktionary](https://en.wiktionary.org/wiki/banknote)).

Reported by @kirill-jjj.

Before:
```
✗ espeak-ng -x -vru кошKa
k'oS(en)'eI(ru)
✗ espeak-ng -x -vru юMoney
'ju(en)w'0ni(ru)
✗ espeak-ng -x -vru ЮMoney                        
'ju(en)w'0ni(ru)
```

After:
```
✗ espeak-ng -x -vru кошKa 
k'oS(en)k'A:(ru)
✗ espeak-ng -x -vru юMoney
'ju(en)m'Vni(ru)
✗ espeak-ng -x -vru ЮMoney
'ju(en)m'Vni(ru)
```

I have not noticed any negative side-effects and tests are still
passing.
But I think there should be a more precise testing, because translator
code is very complex (and poorly organised, and not documented, and...)

OK, now CI is green again. It is github-CI related issue, I think.

The root cause is that libgcc-s1:i386 fails to be installed as
dependency (for unknown reason), so it is now installed explicitly.

Next bunch of fixes, including unused, non-consts and statics hunting.
Also improves cmake-based installation on MacOS (default data path and
rpath).

Closes #1057

* Use the recommended mipmap directory instead of drawable
* Remove outdated mkicons.sh script
* Add legacy icons for all densities
* Add monochrome version for Android 13+
* Deduplicate icon in fastlane folder

Closes #1057

* Use the recommended mipmap directory instead of drawable
* Remove outdated mkicons.sh script
* Add legacy icons for all densities
* Add monochrome version for Android 13+
* Deduplicate icon in fastlane folder

-fsanitize=fuzzer-no-link makes it workable to build a library with
fuzzing enabled, and let the fuzzing test program explicitly trigger the
fuzzing.

This allows fuzzing to trace cmp instructions to guide the fuzzing to
improve results.

Small change to improve the `polish-mbrola-1` voice.
Previously it would produce:
```
$ espeak -v polish-mbrola-1 "Wiewiórka siedzi na drzewie i je orzech."
mbrola: Warning: j-E# unknown, replaced with _-_
mbrola: Warning: E#-_ unknown, replaced with _-_
```

Now it correctly synthesizes the audio.

Corrected pronunciation of Helma which was pronounced as halma

-fsanitize=fuzzer-no-link makes it workable to build a library with fuzzing
enabled, and let the fuzzing test program explicitly trigger the fuzzing.

This allows fuzzing to trace cmp instructions to guide the fuzzing to
improve results.

Co-authored-by: Alexander Epaneshnikov <[email protected]>