And make sure that the unfilled entries are NULL to catch any spurious
reference.
Also fix some missing phoneme table switch according to language
changes.
And fill the last phlist prepause and newword fields, otherwise they are
detected as undefined:
==483407== Conditional jump or move depends on uninitialised value(s)
==483407== at 0x488E6AB: Generate (synthesize.c:1228)
==483407== by 0x488FD94: SpeakNextClause (synthesize.c:1587)
==483407== by 0x4887F56: Synthesize (speech.c:457)
==483407== by 0x488884C: sync_espeak_Synth (speech.c:570)
==483407== by 0x487B270: espeak_Synth (espeak_api.c:90)
==483407== by 0x10ACA0: main (espeak-ng.c:691)
==483407== Uninitialised value was created by a client request
==483407== at 0x4884893: MakePhonemeList (phonemelist.c:155)
==483407== by 0x4895712: TranslateClause (translate.c:2682)
==483407== by 0x488FCCF: SpeakNextClause (synthesize.c:1569)
==483407== by 0x4887F56: Synthesize (speech.c:457)
==483407== by 0x488884C: sync_espeak_Synth (speech.c:570)
==483407== by 0x487B270: espeak_Synth (espeak_api.c:90)
==483407== by 0x10ACA0: main (espeak-ng.c:691)
==483407==
==483407== Conditional jump or move depends on uninitialised value(s)
==483407== at 0x488E622: Generate (synthesize.c:1211)
==483407== by 0x488FD94: SpeakNextClause (synthesize.c:1587)
==483407== by 0x4887F56: Synthesize (speech.c:457)
==483407== by 0x488884C: sync_espeak_Synth (speech.c:570)
==483407== by 0x487B270: espeak_Synth (espeak_api.c:90)
==483407== by 0x10ACA0: main (espeak-ng.c:691)
==483407== Uninitialised value was created by a client request
==483407== at 0x4884893: MakePhonemeList (phonemelist.c:155)
==483407== by 0x4895712: TranslateClause (translate.c:2682)
==483407== by 0x488FCCF: SpeakNextClause (synthesize.c:1569)
==483407== by 0x4887F56: Synthesize (speech.c:457)
==483407== by 0x488884C: sync_espeak_Synth (speech.c:570)
==483407== by 0x487B270: espeak_Synth (espeak_api.c:90)
==483407== by 0x10ACA0: main (espeak-ng.c:691)
==483407==
This is changing the ssml.test output, but with no audible difference,
so this is probably a real fix for it.
These are global arrays reused several times. When using them msan and
valgrind thus believe they are always initialized, which reduces their
capacity to detect uninitialized values. We can however explicitly tell them
when they are reused, and thus to be considered as uninitialized.
When pollint() returns 100.0, multiplying by 2.55 doesn't actually seem to
be getting 255 on i386. Multiplying by 255 and dividing by 100, however,
does (probably because float computation with small integer values are
guaranteed to have integer results).
Fixes#1151
Alexander Epaneshnikov