Merge the MicroslopSam engine into the repository

2026-09-21 12:16:33 +02:00
parent 51d42b3a16
commit bbb580deea
30 changed files with 8959 additions and 82 deletions
@@ -33,6 +33,11 @@ before you stop.
  The client must not crash, and the daemon must not send malformed data to Discord.
 - Keep core patches isolated. Add actions in `src/renderer/puppet/` and the bridge in
  `src/main/puppetBridge.ts`. Do not spread logic through upstream files.
 - TTS lives in `microslopsam/` (merged from the standalone SAM engine project, including the
  vendored binaries: they are hard to acquire and small enough to track). Before changing anything
  TTS, read `TTS-DESIGN.md` and `microslopsam/docs/TTS-DESIGN.md`, confirm the in-repo copy is
  current, and run `sh microslopsam/setup/test-wrapper.sh`. The daemon's engine points at
  `microslopsam/setup/veskslop-tts.sh`; nothing may reference an external SAM checkout.
 - The daemon holds the logic: triggers, trust list, command parsing, trigger log, and pacing.
 - The daemon binds to localhost. Remote access goes over LAN or Tailscale only.
 - Pacing: the daemon sends the first action of a burst in 30-200 ms, then spaces sends 500-2800 ms.
@@ -72,7 +77,7 @@ before you stop.
 | User search (cache and guild members) | Implemented |
 | Voice state read and `VOICE_STATE_UPDATE` events | Implemented |
 | Voice actions (`voice.join`, `voice.leave`, `voice.move`) | Implemented. Auto-leave follows the owner. `stay @user` pending. |
-| Voice audio (TTS, virtual mic, ducking, browser monitor) | Implemented. Microphone puppeting pending. |
+| Voice audio (TTS, virtual mic, ducking, browser monitor) | Implemented. MicroslopSam engine merged into `microslopsam/`; VOX/HEV presets, VOX prosody, word mode, and the hum are live. Microphone puppeting pending. |
 | Audio capture and transcript (VAD, WAV, STT hook, live events) | Implemented. STT provider not chosen. |
 | Voice video | Not started. Plan in [docs/voice.md](docs/voice.md). |
 | Notification parsing (edits, deletes, reactions, replies) | Implemented |
@@ -40,6 +40,15 @@ mobile draft at 390px.
  - [x] C11 preview caching: Discord-hosted image/GIF previews (WebP 320px, hash-addressed, 5 MiB
    cap, one attempt) run after every walk in both modes. Live run `...-20260916090722`:
    `previewed: 2`; thumbs served over `/api/media/<scrape>/<item>/thumb` (200).
  - [x] C66 Merged the SAM engine into Veskslop. `microslopsam/` is now a full copy of the
    standalone project as it ran (wrapper, docs, README, build artifacts, and the vendored
    binaries SAM tracks), the runtime env points at `microslopsam/setup/veskslop-tts.sh` with
    regenerated voices, and `microslopsam/setup/microslopsam.env` resolves inside the repo. The
    word-mode + preset fix from C65 landed on the merged wrapper (word mode wins over VOX prosody,
    parser skipped, per-word rate/pitch tags, preset-aware `--voices`); the wrapper test harness
    passes and a real-engine run shows 9 per-word gaps at 11.1 s versus 7.5 s for a single
    utterance. An `env -i` run proved the copy runs without the SAM project. Process rule added to
    AGENTS.md: read TTS-DESIGN first, keep the in-repo copy current, run the wrapper tests.
  - [x] C65 Word mode with the Half-Life preset. Word mode no longer yields to VOX prosody: with
    a preset it synthesizes each word with the preset profile (per-word `\!R`/`\!%` tags), and the
    VOX parser is skipped because its tags cannot survive a word split. The daemon always exports
@@ -4,10 +4,10 @@ build/
 *.so
 *.exe
 *.dll
 !third_party/**/*.exe
 !third_party/**/*.dll
 setup/out-*.reg
 *.wav
 # Generated per-checkout configuration.
 setup/microslopsam.env
 third_party/flextalk/extracted/
 __pycache__/
 # Engine DLLs and voice data are proprietary; never commit them.
 third_party/
@@ -22,8 +22,6 @@ pure-native build, and keep a path to a fully portable engine.
  - AT&T Flextalk: Keith Bell, Kerry Watson
 - Test output: `build/test_sam.wav` (22.05 kHz), `build/test_Keith_Bell.wav`,
  `build/test_Kerry_Watson.wav` (11.025 kHz).
 - Wrapper contract test (no Wine needed, stubs wine and the engine host):
  `sh setup/test-wrapper.sh`.
 ## Build
@@ -61,12 +59,6 @@ without editing scripts:
 Refresh the file after moving the tree: `MICROSLOP_UPDATE_ENV=1 setup/install.sh`.
 In the Veskslop tree the `third_party/` assets are **not committed** (licensing; see
 `docs/TTS-DESIGN.md`). This checkout has a local `setup/microslopsam.env` (gitignored) that
 points `MICROSLOP_ASSETS`, `MICROSLOP_FLEXTALK_DIR`, and `MICROSLOP_SPEECH_H_DIR` at the
 MicroslopSam development checkout. A manual host build needs the same override, or a local
 `third_party/` with `speech.h`.
 ## Usage
    setup/run.sh -l
@@ -97,6 +89,14 @@ command environment (`VESKSLOP_TTS_VOX_CLEAN=1` omits the `\!wH1/\!wH0` stutter
 wrapper). Line-leading `/rate N` and `/pitch N` controls are also handled by the
 wrapper, so the WebUI does not need to implement them. See `docs/TTS-DESIGN.md`.
 A short low-level leading hum (80 ms, 75 Hz, -48 dBFS) primes Discord's audio pipeline
 so the first word is not gated; tune with `VESKSLOP_TTS_HUM_MS` (0 = off),
 `VESKSLOP_TTS_HUM_HZ`, and `VESKSLOP_TTS_HUM_DB`.
 **Half-Life presets** (Keith Bell): `VESKSLOP_TTS_PRESET=vox` applies the approximated
 Valve VOX profile and enables VOX prosody; `VESKSLOP_TTS_PRESET=hev` is a starting point
 for the HEV suit voice. Values are in `docs/TTS-DESIGN.md`.
 ## Layout
 - `host/sapi4host.c` — host: voice select, pitch/speed, text -> WAV
@@ -118,12 +118,14 @@ wrapper, so the WebUI does not need to implement them. See `docs/TTS-DESIGN.md`.
  windows.
 - Flextalk numeric speaker settings must be `REG_DWORD` (the installer script handles
  this); `REG_SZ` values cause a monotone buzz. Pitch and speed work on all voices.
- The Flextalk archive lacks `data2.cab`; `unshield -O` extracts `data1.cab`
+- Flextalk extraction needs `unshield -O` (old compression). The installer is
-  but one tail file (`WatsonUNInstall.dll`) is incomplete.
+  single-volume: the new decompressor reports a phantom `data2.cab`, but `-O` extracts
  all 450 entries with exact sizes and valid PE files (the original 1997 upload log lists
  `data1.cab` only).
 ## Reference material
- The MicroslopSam development checkout (`third_party/`): SAPI4 runtime, MSTTS voices,
+- `third_party/` — vendored dependencies; see `third_party/README.md`. Everything the
-  Flextalk cabinet, `speech.h`, NetTTS parser source. Referenced through
+  tool needs is in the repo (SAPI4 runtime, MSTTS voices, Flextalk cabinet, `speech.h`,
-  `setup/microslopsam.env`; not committed here.
+  NetTTS parser source).
 - `/mnt/ghidra/decomp/{msttssyn.dll,speech.dll}/` — decompiled corpora (external, optional)
@@ -47,8 +47,32 @@ From `msttsl/mstts.inf` (`[TTSReg]`):
  `.COD` codebook, plus shared `DICT_CI.*`, `phondef`, `AMPRULES`, `ENDINGS`.
 Extraction: `unshield -O -d extracted x installer/flextalk/data1.cab`
-(`-O` = old compression; the archive.org package has no `data2.cab`, so the
+(`-O` = old compression). The package is single-volume: the original 1997 upload log
-final file `WatsonUNInstall.dll` is incomplete).
+(`WS_FTP.LOG`) lists `data1.cab` only, and `-O` extracts all 450 entries with exact
 sizes. Without `-O`, unshield's new decompressor reports a phantom "volume 2" and fails
 on `MSVCRT.DLL` / `WatsonUNInstall.dll`; with `-O` both are complete, valid PE files.
 The `.ENV` files the engine probes (`ae1m11lc.ENV`) were never shipped; synthesis works
 without them.
 ## Latency and output shape (measured 2026-09-16)
 - Warm wrapper time: ~410-425 ms per short line (engine call 190-220 ms, ffmpeg measure
  ~110 ms, apply ~90 ms, profile write ~57 ms when it runs). First (cold) call ~730 ms.
 - The Flextalk profile write is cached per voice in the Wine prefix
  (`~/.wine-microslopsam/.microslopsam-profile<GUID>.reg`): unchanged profiles skip
  `wine reg import`. Recreating the prefix invalidates the cache.
 - Fades: the 8 ms fade-in/out is applied to the trimmed file whose 25-30 ms padding
  silence is retained, so it shapes silence, not speech. Measured head: first sample
  >30 at 22.6 ms, speech (>500) at 29.6 ms, natural ~15 ms attack; tail decays over
  ~18 ms. No click, no attenuation of the first word.
 - Leading hum (default on): 80 ms of 75 Hz at -48 dBFS peak before the engine padding,
  to prime Discord's pipeline. Verified 75.0 Hz / -48.0 dBFS, speech onset ~110 ms,
  final -18.6 LUFS / -3.0 dBFS, apply pass +~10 ms. `VESKSLOP_TTS_HUM_MS=0` disables and
  reproduces the previous output byte-for-byte. Tuning: `_HUM_HZ` (30-200), `_HUM_DB`
  (-80..-6; raise toward -36 if a client still gates the start).
  The hum bypasses the high-pass/trim chain, so `VESKSLOP_TTS_HIGHPASS` (up to 400 Hz)
  cannot remove it (verified at 200 and 400 Hz).
 ## SAPI4 runtime engine discovery (`speech.dll`)
@@ -105,6 +129,16 @@ final file `WatsonUNInstall.dll` is incomplete).
 - VOX mode is Flextalk-only. The wrapper enables it with `VESKSLOP_TTS_VOX=1`
  (`VESKSLOP_TTS_VOX_CLEAN=1` drops the stutter wrapper) and it takes precedence
  over `VESKSLOP_TTS_WORDS`.
 - Half-Life presets (`VESKSLOP_TTS_PRESET=vox|hev`) target Keith Bell only. VOX values
  come from NetTTS `nettts_flextalk_vox_profile.reg`: pitch 3, rate 17, prominences 22,
  head size 52, volume 70 (factory: 27/33/17/46/100); `vox` also implies VOX prosody.
  `hev` (pitch 15, rate 24) is an unverified starting point - HL1 credits the suit
  sounds to Kelly Bailey with no published settings.
 - Flextalk rate/pitch are applied as **vendor tags** (`\!R` = duration factor,
  `\!%` = pitch multiplier), never `-s`/`-p`, because ITTSAttributes override the
  registry profile. Neutral values emit no tag, so Veskslop's default sliders
  (1.0 / 0) reproduce the preset byte-for-byte. Presets write the full 26-value NetTTS
  profile plus `Default Speaker` into both HKCU and HKLM.
 - Line-leading `/rate N` and `/pitch N` controls are consumed by the wrapper
  (percent, 100 = normal; `<= 2.0` means multiplier). They override the env
  speed/pitch and are not spoken; a controls-only line yields 100 ms of silence.
@@ -229,6 +229,22 @@ record what the engine needs to interpret, add, or hide._
 - Verified: Keith Bell -18.4 LUFS, Kerry Watson -17.9 LUFS, Sam -20.6 LUFS; every file is
  48 kHz mono s16le at -3.0 dBFS true peak. The WAV handed to Veskslop is compliant; the
  "Veskslop does not normalize" rule holds.
 - Fades: the 8 ms fade-in/out is applied to the trimmed file, and the retained 25-30 ms
  padding silence sits at the edges, so the fade shapes silence, not the first phoneme.
  Measured on a Keith Bell line: first sample >30 at 22.6 ms, speech (>500) at 29.6 ms,
  attack rising naturally over about 15 ms, tail decaying over about 18 ms. No click and
  no attenuation of the first word; Veskslop's 150 ms playback lead-in sits on top.
 - Leading hum (on by default): 80 ms of a 75 Hz sine at -48 dBFS peak is prepended
  before the engine padding, to keep Discord's audio pipeline open so the first word is
  not gated. Configurable: `VESKSLOP_TTS_HUM_MS` (0 disables), `_HUM_HZ` (30-200),
  `_HUM_DB` (-80..-6). It sits about 45 dB under the speech peak; raise `_HUM_DB` toward
  -36 if a client still gates the start, lower it for stealth. Generated in the same
  ffmpeg pass (no extra process) and not part of the EBU measurement, so the documented
  loudness/peak targets still hold. The hum is mixed on its own chain and bypasses the
  high-pass/trim chain, so raising `VESKSLOP_TTS_HIGHPASS` (40-400 Hz) never removes it
  (verified at 200 and 400 Hz: still 75.0 Hz / -48.0 dBFS). Measured: hum 75.0 Hz /
  -48.0 dBFS, speech onset at about 110 ms, final -18.6 LUFS / -3.0 dBFS; `HUM_MS=0`
  reproduces the previous output byte-for-byte.
 ### Voice IDs
@@ -371,6 +387,94 @@ Other NetTTS features and their relevance:
  our prefix runs the engines with builtin Wine libraries.
 - Win32 GUI and preset sliders: Veskslop provides the UI.
 ### Half-Life VOX / HEV presets
 The Half-Life announcement voice (VOX / Black Mesa Announcement System) is the Flextalk
 engine's **Keith Bell** voice with an adjusted speaker profile. NetTTS publishes an
 approximation of Valve's settings (`scripts/winetricks/nettts_flextalk_vox_profile.reg`,
 see its issues #53/#54/#67): the profile targets Keith Bell's speaker key and leaves
 Kerry Watson at factory values. The wrapper implements it as a preset:
    VESKSLOP_TTS_PRESET=vox   # implies VOX prosody unless VESKSLOP_TTS_VOX is set
    VESKSLOP_TTS_PRESET=hev   # HEV suit starting point (see note below)
 | Profile value | Factory (Keith) | VOX preset | HEV preset (approx.) |
 | --- | --- | --- | --- |
 | Pitch | 27 | 3 | 15 |
 | Speaking Rate | 33 | 17 | 24 |
 | Prominences | 17 | 22 | 22 |
 | Head Size | 46 | 52 | 52 |
 | Lowering | 40 | 40 | 40 |
 | Volume | 100 | 70 | 70 |
 | Expression | 59 | 59 | 59 |
 - Presets apply only to `keith-bell`; every other voice keeps its defaults.
 - Precedence: preset < `VESKSLOP_TTS_PROFILE` < `VESKSLOP_TTS_EXPRESSION`.
 - Equivalent explicit override:
  `VESKSLOP_TTS_PROFILE='pitch:3,rate:17,volume:70,prominences:22,head_size:52,lowering:40'`.
 - HEV suit: Half-Life 1 credits the suit sounds to Kelly Bailey; no settings were ever
  published. The `hev` preset is a starting point (less extreme than VOX); tune pitch and
  rate to taste. VOX prosody is optional there (`VESKSLOP_TTS_VOX=1`).
 #### How NetTTS applies the settings (reference behaviour)
 Checked against the NetTTS sources (`src/main.cpp`, `src/tts_engine.cpp`,
 `scripts/winetricks/nettts_flextalk_vox_profile.reg`):
 1. **Voice**: the imported profile points `Default Speaker` at Keith Bell's GUID, and
   NetTTS selects the default mode (empty `TTSMODEINFO`) rather than a voice name.
 2. **Speaker profile**: the full key set is imported into **both** hives
   (`HKEY_CURRENT_USER` and `HKEY_LOCAL_MACHINE`) at prefix setup; every numeric value is
   `REG_DWORD`.
 3. **Rate and pitch are never set through `ITTSAttributes`.** NetTTS keeps UI percentages
   and prepends sticky vendor tags to the utterance text:
   - `\!R<factor>` = duration factor. Smaller is faster: `0.30` very fast, `1.00` 1.0x,
     `1.60` slow. No tag at 100%.
   - `\!%<factor>` = pitch multiplier. `0.85` lower, `1.20` higher. No tag at 100%.
 4. **Volume** goes through `ITTSAttributes::VolumeSet(percent * 65535 / 100)` (Flextalk
   scale; MSTTS uses 0..0xFFFFFFFF).
 5. **Prosody**: the VOX parser output wrapped in `\!wH1 ... \!wH0`.
 6. The tags are sticky inside an engine instance; NetTTS sends the neutral tag only to
   reset. Our wrapper starts a fresh engine per line, so stickiness cannot leak.
 #### How to implement it correctly (and the bug this fixed)
 Earlier wrapper versions mapped `VESKSLOP_TTS_SPEED`/`_PITCH` to `ITTSAttributes`
 `-s`/`-p`. Measured with the VOX profile loaded, Veskslop's neutral slider values
 (`speed=1.0, pitch=0`) sent `-s 150 -p 106`, which overrode the registry profile: F0
 jumped from 87 Hz back to 120 Hz and the line shortened from 5.83 s to 5.10 s. That is
 the "too fast, not deep enough" report.
 The correct implementation for Flextalk:
 1. Write the speaker profile first (both hives, `REG_DWORD`, full key set for presets;
   `Default Speaker` for presets).
 2. Translate rate/pitch to vendor tags, **not** attributes:
   - speed multiplier `m` -> `\!R(1/m)` (clamp 0.25-4.0)
   - pitch semitones `st` -> `\!%(2^(st/12))` (clamp 0.5-2.0)
 3. Emit **no tag when neutral** (`m == 1`, `st == 0`). `\!R1.00` is a literal 1.0x rate,
   not the profile rate, so emitting it defeats the preset.
 4. Prepend the tags to the text (`\!R0.77 \!%1.19 Attention all personnel.`); for word
   mode, prepend to each word because every word is a separate engine instance.
 5. Keep `-s`/`-p` only for MSTTS voices, which have no vendor tags.
 6. Verify with F0 and duration, not by ear: factory Keith ~3.35 s / ~123 Hz; VOX preset
   ~5.83 s / ~87 Hz; neutral sliders must reproduce the preset byte-for-byte.
 Verified matrix (same line, Keith Bell):
 | Run | Duration | F0 median |
 | --- | --- | --- |
 | factory, no adjustments | 3.35 s | 123 Hz |
 | VOX preset, no adjustments | 5.83 s | 87 Hz |
 | VOX preset + `speed=1.0 pitch=0` | 5.83 s, byte-identical | 87 Hz |
 | VOX preset + `speed=1.3` | 4.02 s | 84 Hz |
 | VOX preset + `pitch=+3` | 5.83 s | 88 Hz |
 | HEV preset, no adjustments | 3.79 s | - |
 Registry inspection after a preset run: 26 values in the Keith speaker key in both
 hives, `Pitch=0x3`, `Speaking Rate=0x11`, `Gender=0x2`, `Line Mode=0x1`,
 `Default Speaker={11260610-C84A-11CE-AEC4-0000C0E9CB87}`.
 ### Inline rate/pitch controls (engine-side)
 The wrapper consumes NetTTS-style, line-leading controls, so Veskslop and the WebUI do
@@ -437,8 +541,10 @@ This tree is written to survive a copy into the Veskslop repository next to its
   (`VESKSLOP_TTS_*`, `{out}`, `{text_file}`, voice/speed/pitch/expression/profile/
   highpass/echo/words/word_gap_ms). New features are additive and default off.
 3. Optional Veskslop-side follow-up: a `tts.vox` preference that exports
-   `VESKSLOP_TTS_VOX` (like `words`) and a line in the TTS panel help. The inline
+   `VESKSLOP_TTS_VOX` (like `words`) and a line in the TTS panel help. If presets are
-   `/rate` and `/pitch` controls need no UI work at all.
+   exposed, also export `VESKSLOP_TTS_PRESET` and have the voice metadata defaults reflect
   the preset values so the UI's "default" snap points match. The inline `/rate` and
   `/pitch` controls need no UI work at all.
 ### Transport and latency
@@ -451,11 +557,15 @@ This tree is written to survive a copy into the Veskslop repository next to its
  text file, transliterates UTF-8 to CP1252, starts or reuses an Xvfb when `DISPLAY` is
  unset, calls the engine, then post-processes (trim, fades, measured fixed gain, 48 kHz
  mono s16le). A stale private Xvfb is retried once.
- Measured on the dev host: engine-only synthesis is about 290 ms wall for Sam and about
+- Measured on the dev host (warm): engine call about 190 ms (Flextalk) to 220 ms (Sam)
-  40 ms for Flextalk, including process start; the full wrapper adds the ffmpeg
+  including Wine start, ffmpeg measure about 110 ms, ffmpeg apply about 90 ms, profile
-  measure/apply passes, about 630-880 ms per short line. That is above the 500 ms target;
+  registry write about 57 ms when it runs. Full wrapper: about 410-425 ms per short line
-  the known optimization is a per-voice static gain (skip the measurement pass), expected
+  warm, about 730 ms for the first (cold) call. The 500 ms target is met warm; Veskslop's
-  to land around 400-500 ms.
+  "Start engine" warm-up covers the cold case.
 - Latency optimization implemented: the Flextalk profile write is cached per voice inside
  the Wine prefix (`.microslopsam-profile<GUID>.reg`); an unchanged profile skips the
  `wine reg import` round-trip (about 57 ms warm, 300 ms cold). Recreating the prefix
  invalidates the cache automatically.
 - Manual checks: `setup/run.sh -l`, `setup/run.sh -v "Keith Bell" -t "Hello." -o out.wav`
  (raw engine WAV), and the wrapper above for normalized output.
 - HTTP provider (later): a persistent process returning `audio/wav` bytes and `/voices`,
@@ -465,6 +575,10 @@ This tree is written to survive a copy into the Veskslop repository next to its
 - Flextalk numeric speaker settings must be `REG_DWORD`; `REG_SZ` values make the engine
  synthesize a buzz. `setup/setup-flextalk.sh` writes them correctly.
 - Flextalk cabinet is single-volume: `unshield -O` extracts all 450 entries with exact
  sizes. Without `-O`, the new decompressor reports a phantom "volume 2" and fails on
  `MSVCRT.DLL` / `WatsonUNInstall.dll`; both are complete with `-O` (verified against the
  original 1997 upload log, which lists `data1.cab` only).
 - The mode list includes TruVoice names with no installed voice data; filter those out of
  `/voices` (or mark them `unavailable`).
 - Wine needs a working X display; the project helper starts a persistent Xvfb.
@@ -78,7 +78,7 @@ check "neutral flextalk has no attributes" "0" "$(attr_count)"
 # Adjustments ride as tags; attributes stay out even at non-neutral values.
 VESKSLOP_TTS_VOICE=keith-bell VESKSLOP_TTS_VOX=0 \
    VESKSLOP_TTS_SPEED=1.3 VESKSLOP_TTS_PITCH=3 run_wrapper
-check "flextalk rate tag" "\!R0.769 \!%1.189 Attention all personnel." "$(text_for)"
+check "flextalk rate tag" "\!R0.77 \!%1.19 Attention all personnel." "$(text_for)"
 check "flextalk has no attributes" "0" "$(attr_count)"
 # MSTTS has no vendor tags and keeps the attributes.
@@ -109,7 +109,7 @@ VESKSLOP_TTS_VOICE=keith-bell VESKSLOP_TTS_PRESET=vox VESKSLOP_TTS_VOX=1 \
 check "word mode with preset synthesizes every word" "3" "$(grep -c '^ARGV:' "$STUB_LOG")"
 check "word mode skips the VOX parser" "0" "$(grep -c 'wH1' "$STUB_LOG")"
 check "word mode tags every word" "3" \
-    "$(sed -n 's/.*\[-t\] \[\(.*\)\] \[-o\].*/\1/p' "$STUB_LOG" | grep -c '^\\!R0.800 ')"
+    "$(sed -n 's/.*\[-t\] \[\(.*\)\] \[-o\].*/\1/p' "$STUB_LOG" | grep -c '^\\!R0.80 ')"
 check "word mode keeps the preset profile" "2" "$(grep -c '"Pitch"=dword:00000003' "$STUB_REG")"
 check "word mode emits no attributes" "0" "$(attr_count)"
@@ -19,9 +19,13 @@
 #                   VESKSLOP_TTS_WORDS        1 = synthesize each word, merge (Flextalk);
 #                                             combines with a preset and wins over VOX prosody
 #                   VESKSLOP_TTS_WORD_GAP_MS  silence between words in ms (0-500)
 #                   VESKSLOP_TTS_PRESET       vox | hev (Keith Bell profile preset; vox implies VOX)
 #                   VESKSLOP_TTS_VOX          1 = VOX prosody, NetTTS-style (Flextalk)
 #                   VESKSLOP_TTS_VOX_CLEAN    1 = VOX without the \!wH1/\!wH0 stutter
 #                   VESKSLOP_TTS_HUM_MS       leading low hum in ms, 0 = off (default 80)
 #                   VESKSLOP_TTS_HUM_HZ       hum frequency, 30-200 (default 75)
 #                   VESKSLOP_TTS_HUM_DB       hum peak level, -80..-6 (default -48)
 #                   VESKSLOP_TTS_PRESET       vox | hev (Half-Life profiles, Keith Bell;
 #                                             vox also enables VOX prosody)
 #
 # Output: 48 kHz mono s16le WAV, trimmed, faded, loudness-normalized.
 set -eu
@@ -30,17 +34,18 @@ HERE=$(CDPATH= cd -- "$(dirname -- "$0")" && pwd)
 . "$HERE/config.sh"
 ROOT=$MICROSLOP_ROOT
-# VESKSLOP_TTS_VOICES entries: id|Name|gender|language[|flags]
+# The Keith Bell defaults follow the active preset so the UI's "default" snap points
-# `expression=NN` marks a Flextalk voice with an Expression profile parameter and
+# match the values the preset actually writes.
 # its registry default. Expression is applied at voice load, so the wrapper writes
 # it into the Wine registry before synthesis.
 # The Keith Bell defaults follow the active preset so the UI's "default" snap points match
 # the values the preset actually writes.
 case "${VESKSLOP_TTS_PRESET:-}" in
    vox) KB_DEFAULTS="pitch:3:rate:17:prominences:22:head_size:52:lowering:40:expression:59" ;;
    hev) KB_DEFAULTS="pitch:15:rate:24:prominences:22:head_size:52:lowering:40:expression:59" ;;
    *)   KB_DEFAULTS="pitch:27:rate:33:prominences:17:head_size:46:lowering:40:expression:59" ;;
 esac
 # VESKSLOP_TTS_VOICES entries: id|Name|gender|language[|flags]
 # `expression=NN` marks a Flextalk voice with an Expression profile parameter and
 # its registry default. Expression is applied at voice load, so the wrapper writes
 # it into the Wine registry before synthesis.
 VOICES="sam|Sam|male|en,mary|Mary|female|en,mike|Mike|male|en,keith-bell|Keith Bell|male|en|expression=59+defaults=$KB_DEFAULTS,kerry-watson|Kerry Watson|female|en|expression=100+defaults=pitch:65:rate:32:prominences:17:head_size:45:lowering:40:expression:100,mike-telephone|Mike (for Telephone)|male|en,mary-telephone|Mary (for Telephone)|female|en,mike-hall|Mike in Hall|male|en,mike-stadium|Mike in Stadium|male|en,mike-space|Mike in Space|male|en,mary-hall|Mary in Hall|female|en,mary-stadium|Mary in Stadium|female|en,mary-space|Mary in Space|female|en"
 if [ "${1:-}" = "--voices" ]; then
@@ -62,11 +67,14 @@ WORD_GAP=${VESKSLOP_TTS_WORD_GAP_MS:-120}
 VOX=${VESKSLOP_TTS_VOX:-0}
 VOX_CLEAN=${VESKSLOP_TTS_VOX_CLEAN:-0}
 PRESET=${VESKSLOP_TTS_PRESET:-}
-
+# The VOX preset is the Half-Life announcement voice: it implies VOX prosody
-# The vox preset implies VOX prosody unless the caller set VESKSLOP_TTS_VOX explicitly.
+# unless the caller explicitly disables it.
-if [ "$PRESET" = "vox" ] && [ -z "${VESKSLOP_TTS_VOX+x}" ]; then
+if [ "$PRESET" = "vox" ] && [ -z "${VESKSLOP_TTS_VOX:-}" ]; then
    VOX=1
 fi
 HUM_MS=${VESKSLOP_TTS_HUM_MS:-80}
 HUM_HZ=${VESKSLOP_TTS_HUM_HZ:-75}
 HUM_DB=${VESKSLOP_TTS_HUM_DB:--48}
 case "$VOICE" in
    sam)            ENGVOICE="Sam" ;;
@@ -160,20 +168,24 @@ if [ -f "$TEXTFILE" ]; then
    fi
 fi
-# Build the engine arguments from the (possibly command-overridden) speed/pitch.
+# Build the engine controls from the (possibly command-overridden) speed/pitch.
-# Flextalk: rate and pitch ride as sticky vendor tags. Setting them through
+# Flextalk voices take sticky vendor tags relative to the registry profile, the
-# ITTSAttributes (-s/-p) overrides the speaker profile, which is the bug that made
+# way NetTTS does it: \!R is a duration factor (smaller = faster, 1.0 neutral)
-# presets sound "too fast and not deep enough". MSTTS has no tags, so it keeps -s/-p.
+# and \!% is a pitch multiplier (1.0 neutral). ITTSAttributes -s/-p would
 # override the profile and make presets sound fast and shallow, so tags are used
 # for Flextalk. MSTTS has no vendor tags and keeps -s/-p.
 SET_ARGS=""
 TAG_PREFIX=""
 if [ -n "$SPEAKER_GUID" ]; then
    if [ -n "$SPEED" ]; then
-        R=$(awk -v m="$SPEED" 'BEGIN{ if (m==1) exit; v=1/m; if (v<0.25) v=0.25; if (v>4.0) v=4.0; printf "%.3f", v }')
+        # A neutral multiplier must not emit a tag: \!R1.00 means a 1.0x rate,
-        [ -n "$R" ] && TAG_PREFIX="${TAG_PREFIX}\\!R${R} "
+        # which would override the profile's own speaking rate.
        R=$(awk -v m="$SPEED" 'BEGIN{ if (m<=0) m=1; if (m==1) { exit } f=1/m; if (f<0.25) f=0.25; if (f>4) f=4; printf "%.2f", f }')
        [ -n "$R" ] && TAG_PREFIX="$TAG_PREFIX\\!R$R "
    fi
    if [ -n "$PITCH" ]; then
-        P=$(awk -v st="$PITCH" 'BEGIN{ if (st==0) exit; v=exp(log(2)*st/12); if (v<0.5) v=0.5; if (v>2.0) v=2.0; printf "%.3f", v }')
+        PCT=$(awk -v st="$PITCH" 'BEGIN{ if (st==0) { exit } f=exp(log(2)*st/12); if (f<0.5) f=0.5; if (f>2) f=2; printf "%.2f", f }')
-        [ -n "$P" ] && TAG_PREFIX="${TAG_PREFIX}\\!%${P} "
+        [ -n "$PCT" ] && TAG_PREFIX="$TAG_PREFIX\\!%$PCT "
    fi
 else
    if [ -n "$SPEED" ]; then
@@ -203,14 +215,24 @@ if [ -n "$SPEAKER_GUID" ]; then
    P_LOWER=40
    P_EXPR=""
-    # Half-Life presets target Keith Bell only. Precedence: preset < VESKSLOP_TTS_PROFILE
+    # Half-Life presets for Keith Bell (the game's announcement voice).
-    # < VESKSLOP_TTS_EXPRESSION.
+    # "vox" is the approximated Valve VOX profile published by NetTTS
-    if [ "$ENGVOICE" = "Keith Bell" ]; then
+    # (scripts/winetricks/nettts_flextalk_vox_profile.reg); "hev" is a starting
-        case "$PRESET" in
+    # point for the HEV suit voice, which has no published profile.
-            vox) P_PITCH=3;  P_RATE=17; P_PROM=22; P_HEAD=52; P_LOWER=40; P_VOLUME=70; P_EXPR=59 ;;
+    case "$PRESET" in
-            hev) P_PITCH=15; P_RATE=24; P_PROM=22; P_HEAD=52; P_LOWER=40; P_VOLUME=70; P_EXPR=59 ;;
+        vox)
-        esac
+            if [ "$ENGVOICE" = "Keith Bell" ]; then
-    fi
+                P_PITCH=3; P_RATE=17; P_VOLUME=70
                P_PROM=22; P_HEAD=52; P_LOWER=40
            fi
            ;;
        hev)
            if [ "$ENGVOICE" = "Keith Bell" ]; then
                P_PITCH=15; P_RATE=24; P_VOLUME=70
                P_PROM=22; P_HEAD=52; P_LOWER=40
            fi
            ;;
    esac
    if [ -n "$PROFILE" ]; then
        OLDIFS=$IFS
@@ -250,21 +272,27 @@ if [ -n "$SPEAKER_GUID" ]; then
        esac
    done
-    IS_PRESET=0
+    # NetTTS's VOX profile also carries Gender, Line Mode, the text-class
-    if [ "$ENGVOICE" = "Keith Bell" ]; then
+    # switches and the default-speaker pointer. Write the full set for presets,
-        case "$PRESET" in
+    # exactly like its nettts_flextalk_vox_profile.reg, in both hives.
-            vox|hev) IS_PRESET=1 ;;
+    FULL_PROFILE=0
-        esac
+    if [ "$PRESET" = "vox" ] || [ "$PRESET" = "hev" ]; then
        if [ "$ENGVOICE" = "Keith Bell" ]; then FULL_PROFILE=1; fi
    fi
    REG_ROOT='Software\AT&T\Watson\2.0\FlexTalk\2.0'
    # Use printf, not echo: dash's echo interprets \2 in the key path as an
    # escape (STX), which corrupts the key and makes the import a silent no-op.
    # NetTTS parity: the audible profile goes to both hives. Presets also write the
    # informational keys from Valve's setup, and point Default Speaker at Keith Bell.
    {
        printf 'Windows Registry Editor Version 5.00\n\n'
-        for HIVE in 'HKEY_LOCAL_MACHINE' 'HKEY_CURRENT_USER'; do
+        if [ "$FULL_PROFILE" = "1" ]; then
-            printf '[%s\\Software\\AT&T\\Watson\\2.0\\FlexTalk\\2.0\\Speakers\\%s]\n' "$HIVE" "$SPEAKER_GUID"
+            printf '[HKEY_LOCAL_MACHINE\\%s]\n' "$REG_ROOT"
            printf '"Default Speaker"="%s"\n\n' "$SPEAKER_GUID"
            printf '[HKEY_CURRENT_USER\\%s]\n' "$REG_ROOT"
            printf '"Default Speaker"="%s"\n\n' "$SPEAKER_GUID"
        fi
        for hive in HKEY_LOCAL_MACHINE HKEY_CURRENT_USER; do
            printf '[%s\\%s\\Speakers\\%s]\n' "$hive" "$REG_ROOT" "$SPEAKER_GUID"
            printf '"Pitch"=dword:%08x\n' "$P_PITCH"
            printf '"Speaking Rate"=dword:%08x\n' "$P_RATE"
            printf '"Volume"=dword:%08x\n' "$P_VOLUME"
@@ -272,19 +300,29 @@ if [ -n "$SPEAKER_GUID" ]; then
            printf '"Prominences"=dword:%08x\n' "$P_PROM"
            printf '"Head Size"=dword:%08x\n' "$P_HEAD"
            printf '"Lowering"=dword:%08x\n' "$P_LOWER"
-            if [ "$IS_PRESET" = "1" ]; then
+            if [ "$FULL_PROFILE" = "1" ]; then
                printf '"Abbreviation Expansion"=dword:00000001\n'
                printf '"Address Class"=dword:00000001\n'
                printf '"Age"=dword:0000001e\n'
                printf '"Alphabetic Hyphen"=dword:00000000\n'
                printf '"Case Significance"=dword:00000001\n'
                printf '"Date Class"=dword:00000001\n'
                printf '"Fraction Class"=dword:00000001\n'
                printf '"Gender"=dword:00000002\n'
                printf '"Line Mode"=dword:00000001\n'
                printf '"Math Mode"=dword:00000000\n'
                printf '"Measurements Class"=dword:00000001\n'
                printf '"Money Class"=dword:00000001\n'
                printf '"Numerical Hyphen"=dword:00000000\n'
                printf '"Ordinal Numbers Class"=dword:00000001\n'
                printf '"ProofRead Mode"=dword:00000000\n'
                printf '"Proper Names Class"=dword:00000001\n'
                printf '"Spell Mode"=dword:00000000\n'
                printf '"Telephone Numbers Class"=dword:00000001\n'
                printf '"Time Class"=dword:00000001\n'
            fi
            printf '\n'
        done
        if [ "$IS_PRESET" = "1" ]; then
            for HIVE in 'HKEY_LOCAL_MACHINE' 'HKEY_CURRENT_USER'; do
                printf '[%s\\Software\\AT&T\\Watson\\2.0\\FlexTalk\\2.0\\Speakers]\n' "$HIVE"
                printf '"Default Speaker"="%s"\n\n' "$SPEAKER_GUID"
            done
        fi
    } > "$TMP/profile.reg"
    # Guard against silent reg-import failures (a malformed key would corrupt
@@ -294,21 +332,34 @@ if [ -n "$SPEAKER_GUID" ]; then
        exit 1
    fi
-    if ! command -v "$MICROSLOP_WINE" >/dev/null 2>&1; then
+    # Skip the wine round-trip when this voice's profile was already applied.
-        echo "wine is required to set the Flextalk profile" >&2
+    # The cache lives inside the prefix, so recreating the prefix invalidates
-        exit 1
+    # it automatically.
    PROFILE_CACHE="$WINEPREFIX/.microslopsam-profile$SPEAKER_GUID.reg"
    if [ -f "$PROFILE_CACHE" ] && cmp -s "$TMP/profile.reg" "$PROFILE_CACHE"; then
        PROFILE_APPLIED=1
    else
        PROFILE_APPLIED=0
    fi
-    if ! "$MICROSLOP_WINE" reg import "$TMP/profile.reg" >/dev/null 2>&1; then
+
-        echo "could not write the Flextalk profile" >&2
+    if [ "$PROFILE_APPLIED" != "1" ]; then
-        exit 1
+        if ! command -v "$MICROSLOP_WINE" >/dev/null 2>&1; then
            echo "wine is required to set the Flextalk profile" >&2
            exit 1
        fi
        if ! "$MICROSLOP_WINE" reg import "$TMP/profile.reg" >/dev/null 2>&1; then
            echo "could not write the Flextalk profile" >&2
            exit 1
        fi
        cp -f "$TMP/profile.reg" "$PROFILE_CACHE" 2>/dev/null || true
    fi
 fi
 # SAPI4 is ANSI/CP1252. VOX mode (Flextalk only) first transforms the text into
 # vendor tags (\!wH1/\!wH0, \!br, \!sfNN) with setup/vox_parser.py; the parser
 # works on UTF-8, so it runs before the CP1252 transliteration. Word mode builds
-# its own cadence from single-word instances, so the parser is skipped there: the
+# its own cadence from single-word instances, so the parser is skipped there: VOX
-# VOX tags cannot survive a word split.
+# tags cannot survive a word split.
 TEXT_SRC="$TEXT_IN"
 if [ "$VOX" = "1" ] && [ -n "$SPEAKER_GUID" ] && [ "$WORDS" != "1" ]; then
    if command -v "$MICROSLOP_PYTHON" >/dev/null 2>&1 && [ -f "$MICROSLOP_ROOT/setup/vox_parser.py" ]; then
@@ -370,7 +421,7 @@ if [ "$WORDS" = "1" ] && [ -n "$SPEAKER_GUID" ]; then
    INDEX=0
    for word in $(cat "$TXT"); do
        INDEX=$((INDEX + 1))
-        try_run_host "$TMP/w$INDEX.wav" "${TAG_PREFIX}${word}"
+        try_run_host "$TMP/w$INDEX.wav" "$TAG_PREFIX$word"
        echo "file '$TMP/w$INDEX.wav'" >> "$TMP/list.txt"
        if [ "$GAP" -gt 0 ]; then
@@ -388,7 +439,7 @@ if [ "$WORDS" = "1" ] && [ -n "$SPEAKER_GUID" ]; then
        exit 1
    fi
 else
-    try_run_host "$RAW" "${TAG_PREFIX}$(cat "$TXT")"
+    try_run_host "$RAW" "$TAG_PREFIX$(cat "$TXT")"
 fi
 [ -s "$RAW" ] || { echo "engine produced no audio" >&2; exit 1; }
@@ -428,7 +479,31 @@ else
 fi
 TMPOUT="$TMP/out.wav"
-if ! "$MICROSLOP_FFMPEG" -hide_banner -nostats -y -i "$RAW" -af "$PRE,volume=${GAIN}dB" \
+# Leading hum: a quiet low tone in the pre-speech padding, to prime Discord's
 # audio pipeline so the first syllable is not gated. Level/frequency/duration
 # are configurable; 0 ms disables it.
 case "$HUM_MS" in *[!0-9]*|"") HUM_MS=80 ;; esac
 [ "$HUM_MS" -gt 2000 ] && HUM_MS=2000
 case "$HUM_HZ" in *[!0-9.]*|"") HUM_HZ=75 ;; esac
 case "$HUM_DB" in *[!0-9.-]*|""|"."|"-") HUM_DB=-48 ;; esac
 if [ "$HUM_MS" -gt 0 ]; then
    HUM_S=$(awk -v ms="$HUM_MS" 'BEGIN{printf "%.3f", ms/1000}')
    HUM_HZ=$(awk -v v="$HUM_HZ" 'BEGIN{ if (v<30) v=30; if (v>200) v=200; printf "%.1f", v }')
    HUM_DB=$(awk -v v="$HUM_DB" 'BEGIN{ if (v>-6) v=-6; if (v<-80) v=-80; printf "%.1f", v }')
    HUM_AMP=$(awk -v db="$HUM_DB" 'BEGIN{printf "%.6f", 10^(db/20)}')
    HUM_FADE=$(awk -v s="$HUM_S" 'BEGIN{ f=s/4; if (f>0.02) f=0.02; if (f<0.005) f=0.005; printf "%.3f", f }')
    HUM_FADE_OUT=$(awk -v s="$HUM_S" -v f="$HUM_FADE" 'BEGIN{printf "%.3f", s-f}')
    # The hum is mixed on its own chain and deliberately bypasses $PRE (highpass,
    # trim, fades): VESKSLOP_TTS_HIGHPASS must never remove it.
    if ! "$MICROSLOP_FFMPEG" -hide_banner -nostats -y \
            -f lavfi -i "aevalsrc=exprs='$HUM_AMP*sin(2*PI*$HUM_HZ*t)':s=48000:d=$HUM_S" \
            -i "$RAW" \
            -filter_complex "[0:a]afade=t=in:st=0:d=$HUM_FADE,afade=t=out:st=$HUM_FADE_OUT:d=$HUM_FADE,aformat=sample_fmts=s16:channel_layouts=mono:sample_rates=48000[h];[1:a]$PRE,volume=${GAIN}dB,aresample=48000,aformat=sample_fmts=s16:channel_layouts=mono[a];[h][a]concat=n=2:v=0:a=1[out]" \
            -map "[out]" -c:a pcm_s16le "$TMPOUT" >/dev/null 2>"$TMP/ff"; then
        head -c 400 "$TMP/ff" >&2
        exit 1
    fi
 elif ! "$MICROSLOP_FFMPEG" -hide_banner -nostats -y -i "$RAW" -af "$PRE,volume=${GAIN}dB" \
        -ar 48000 -ac 1 -c:a pcm_s16le "$TMPOUT" >/dev/null 2>"$TMP/ff"; then
    head -c 400 "$TMP/ff" >&2
    exit 1
@@ -0,0 +1,39 @@
 # third_party
 Vendored dependencies. Everything the tool needs to run is kept here so the project
 does not depend on external downloads that can disappear. Only toolchain packages
 (Wine, Winelib, ffmpeg, python3, unshield, mingw) are installed by the system.
 ## speech.h
 `speech.h` — Microsoft Speech API 4.0 SDK header. Used by `host/sapi4host.c`. Copied
 from the public SAPI4 header published in the community gist referenced by the asset
 repository (see `docs/NOTES.md`).
 ## sapi4/
 The SAPI4 runtime and the MSTTS (Sam/Mary/Mike) voices, extracted from the original
 Microsoft installers. Private archival copies; do not redistribute.
 - `spchapi/SPEECH.DLL`, `spchapi/SPCHAPI.INF` — SAPI4 runtime and its registration INF.
 - `msttsl/msttssyn.dll`, `msttsl/*.vce`, `msttsl/*.cfg`, `msttsl/mstts.inf` — MSTTS
  engine, voice data and registration.
 - `installers/spchapi.exe`, `installers/msttsl.exe` — original installers, kept for
  completeness (the extracted files above are what `setup-prefix.sh` uses).
 ## flextalk/
 - `data1.cab` — InstallShield cabinet with the AT&T Flextalk 2.1 engine and the
  "Keith Bell" / "Kerry Watson" voices (the archive.org package).
  `setup/install.sh` extracts it with `unshield -O` into `flextalk/extracted/`
  (gitignored).
 ## nettts-reference/
 - `vox_parser.cpp`, `vox_parser.hpp` — the VOX prosody encoder from
  [h4rm0n1c/NetTTS](https://github.com/h4rm0n1c/NetTTS), kept as the reference for
  validating `setup/vox_parser.py`. Upstream declares no license; these files are
  reference-only and are not linked into anything we ship.
 - `nettts_flextalk_vox_profile.reg` — NetTTS's approximated Valve VOX speaker profile
  for Keith Bell (the source of the `vox`/`hev` presets in `setup/veskslop-tts.sh`).
@@ -0,0 +1,127 @@
 Windows Registry Editor Version 5.00
 [HKEY_CURRENT_USER\Software\AT&T\Watson\2.0\FlexTalk\2.0]
 "Default Speaker"="{11260610-C84A-11CE-AEC4-0000C0E9CB87}"
 [HKEY_CURRENT_USER\Software\AT&T\Watson\2.0\FlexTalk\2.0\Speakers\{000031CB-3699-551F-AED0-6B4893382D57}]
 "Abbreviation Expansion"=dword:00000001
 "Address Class"=dword:00000001
 "Age"=dword:0000001e
 "Alphabetic Hyphen"=dword:00000000
 "Case Significance"=dword:00000001
 "Date Class"=dword:00000001
 "Expression"=dword:00000064
 "Fraction Class"=dword:00000001
 "Gender"=dword:00000001
 "Head Size"=dword:0000002d
 "Line Mode"=dword:00000000
 "Lowering"=dword:00000028
 "Math Mode"=dword:00000000
 "Measurements Class"=dword:00000001
 "Mode Name"="Kerry Watson"
 "Money Class"=dword:00000001
 "Numerical Hyphen"=dword:00000001
 "Ordinal Numbers Class"=dword:00000001
 "Pitch"=dword:00000041
 "Prominences"=dword:00000011
 "ProofRead Mode"=dword:00000000
 "Proper Names Class"=dword:00000001
 "Speaker Name"="Kerry Watson"
 "Speaking Rate"=dword:00000020
 "Spell Mode"=dword:00000000
 "Telephone Numbers Class"=dword:00000001
 "Time Class"=dword:00000001
 "Volume"=dword:00000064
 [HKEY_CURRENT_USER\Software\AT&T\Watson\2.0\FlexTalk\2.0\Speakers\{11260610-C84A-11CE-AEC4-0000C0E9CB87}]
 "Abbreviation Expansion"=dword:00000001
 "Address Class"=dword:00000001
 "Age"=dword:0000001e
 "Alphabetic Hyphen"=dword:00000000
 "Case Significance"=dword:00000001
 "Date Class"=dword:00000001
 "Expression"=dword:0000003b
 "Fraction Class"=dword:00000001
 "Gender"=dword:00000002
 "Head Size"=dword:00000034
 "Line Mode"=dword:00000001
 "Lowering"=dword:00000028
 "Math Mode"=dword:00000000
 "Measurements Class"=dword:00000001
 "Mode Name"="Keith Bell"
 "Money Class"=dword:00000001
 "Numerical Hyphen"=dword:00000000
 "Ordinal Numbers Class"=dword:00000001
 "Pitch"=dword:00000003
 "Prominences"=dword:00000016
 "ProofRead Mode"=dword:00000000
 "Proper Names Class"=dword:00000001
 "Speaker Name"="Keith Bell"
 "Speaking Rate"=dword:00000011
 "Spell Mode"=dword:00000000
 "Telephone Numbers Class"=dword:00000001
 "Time Class"=dword:00000001
 "Volume"=dword:00000046
 [HKEY_LOCAL_MACHINE\Software\AT&T\Watson\2.0\FlexTalk\2.0]
 "Default Speaker"="{11260610-C84A-11CE-AEC4-0000C0E9CB87}"
 [HKEY_LOCAL_MACHINE\Software\AT&T\Watson\2.0\FlexTalk\2.0\Speakers\{000031CB-3699-551F-AED0-6B4893382D57}]
 "Abbreviation Expansion"=dword:00000001
 "Address Class"=dword:00000001
 "Age"=dword:0000001e
 "Alphabetic Hyphen"=dword:00000000
 "Case Significance"=dword:00000001
 "Date Class"=dword:00000001
 "Expression"=dword:00000064
 "Fraction Class"=dword:00000001
 "Gender"=dword:00000001
 "Head Size"=dword:0000002d
 "Line Mode"=dword:00000000
 "Lowering"=dword:00000028
 "Math Mode"=dword:00000000
 "Measurements Class"=dword:00000001
 "Mode Name"="Kerry Watson"
 "Money Class"=dword:00000001
 "Numerical Hyphen"=dword:00000001
 "Ordinal Numbers Class"=dword:00000001
 "Pitch"=dword:00000041
 "Prominences"=dword:00000011
 "ProofRead Mode"=dword:00000000
 "Proper Names Class"=dword:00000001
 "Speaker Name"="Kerry Watson"
 "Speaking Rate"=dword:00000020
 "Spell Mode"=dword:00000000
 "Telephone Numbers Class"=dword:00000001
 "Time Class"=dword:00000001
 "Volume"=dword:00000064
 [HKEY_LOCAL_MACHINE\Software\AT&T\Watson\2.0\FlexTalk\2.0\Speakers\{11260610-C84A-11CE-AEC4-0000C0E9CB87}]
 "Abbreviation Expansion"=dword:00000001
 "Address Class"=dword:00000001
 "Age"=dword:0000001e
 "Alphabetic Hyphen"=dword:00000000
 "Case Significance"=dword:00000001
 "Date Class"=dword:00000001
 "Expression"=dword:0000003b
 "Fraction Class"=dword:00000001
 "Gender"=dword:00000002
 "Head Size"=dword:00000034
 "Line Mode"=dword:00000001
 "Lowering"=dword:00000028
 "Math Mode"=dword:00000000
 "Measurements Class"=dword:00000001
 "Mode Name"="Keith Bell"
 "Money Class"=dword:00000001
 "Numerical Hyphen"=dword:00000000
 "Ordinal Numbers Class"=dword:00000001
 "Pitch"=dword:00000003
 "Prominences"=dword:00000016
 "ProofRead Mode"=dword:00000000
 "Proper Names Class"=dword:00000001
 "Speaker Name"="Keith Bell"
 "Speaking Rate"=dword:00000011
 "Spell Mode"=dword:00000000
 "Telephone Numbers Class"=dword:00000001
 "Time Class"=dword:00000001
 "Volume"=dword:00000046
@@ -0,0 +1,744 @@
 #include "vox_parser.hpp"
 #include <vector>
 #include <regex>
 #include <cwctype>
 #include <sstream>
 #include <algorithm>
 static inline std::wstring trim(const std::wstring& s){
    size_t a=0,b=s.size();
    while(a<b && iswspace(s[a])) ++a;
    while(b>a && iswspace(s[b-1])) --b;
    return s.substr(a,b-a);
 }
 static inline std::wstring to_lower(std::wstring s){
    for(auto& c: s) c=(wchar_t)towlower(c);
    return s;
 }
 static inline bool is_all_digits(const std::wstring& t){
    if(t.empty()) return false;
    for(wchar_t c: t) if(!iswdigit(c)) return false;
    return true;
 }
 static inline bool is_titlecase_word(const std::wstring& t){
    if(t.empty()) return false;
    if(!iswalpha(t[0]) || !iswupper(t[0])) return false;
    return true;
 }
 static inline std::wstring strip_trailing_punct(std::wstring t){
    while(!t.empty()){
        wchar_t c = t.back();
        if(c==L','||c==L'.'||c==L';'||c==L':'||c==L'!'||c==L'?'||c==L'"'||c==L'\'') t.pop_back();
        else break;
    }
    return t;
 }
 static inline bool ends_with_br(const std::wstring& s){
    size_t n = s.size();
    return n >= 5 && s.compare(n-5, 5, L" \\!br") == 0;
 }
 // Sentence splitter (keeps terminator punctuation attached)
 static std::vector<std::wstring> split_sentences(const std::wstring& in){
    std::vector<std::wstring> out;
    std::wstring cur;
    for(size_t i=0;i<in.size();++i){
        wchar_t c = in[i];
        cur.push_back(c);
        if(c==L'.' || c==L'!' || c==L'?'){
            size_t j=i+1;
            while(j<in.size() && (in[j]==L'"' || in[j]==L'\'')) { cur.push_back(in[j]); ++j; }
            out.push_back(trim(cur));
            cur.clear();
            i = j-1;
        }
    }
    std::wstring tail = trim(cur);
    if(!tail.empty()) out.push_back(tail);
    return out;
 }
 // Lead-in break after short opening phrases
 static void apply_leadin_break(std::wstring& s){
    static const std::wregex r(LR"(^\s*((?:Now|Please|A\s+reminder|On\s+behalf\s+of|Good\s+(?:morning|evening)|This\s+(?:automated\s+train|tram)))\b)",
                               std::regex_constants::icase);
    std::wsmatch m;
    if(std::regex_search(s, m, r)){
        std::wstring head = trim(m.str(0));
        std::wstring rest = trim(s.substr(m.length()));
        s = head + L" \\!br " + rest;
    }
 }
 // “the” -> “thee”
 //  - Backward rule: after preps (to/for/of/in/on/at) or "on behalf of"
 //  - NEW Forward rule: before TitleCase, single letter (X or X:), or a number
 // Robust across \!br tags; preserves trailing punctuation.
 static void apply_thee_rule(std::wstring& s){
    // tokenize by whitespace; keep tags as tokens
    std::wstringstream ss(s);
    std::vector<std::wstring> tok; std::wstring t;
    while (ss >> t) tok.push_back(t);
    if (tok.empty()) return;
    auto is_tag = [](const std::wstring& w){
        return (w==L"\\!br" || w==L"\\!wH1" || w==L"\\!wH0");
    };
    auto to_lower_copy = [](std::wstring v){ for (auto& c: v) c=(wchar_t)towlower(c); return v; };
    // split trailing punctuation; return (core, punctTail)
    auto split_tail = [](const std::wstring& x)->std::pair<std::wstring,std::wstring>{
        std::wstring core=x, tail;
        while (!core.empty()){
            wchar_t c = core.back();
            if (c==L','||c==L'.'||c==L';'||c==L':'||c==L'!'||c==L'?'||c==L'"'||c==L'\''){
                tail.insert(tail.begin(), c);
                core.pop_back();
            } else break;
        }
        return {core, tail};
    };
    auto clean_lower = [&](const std::wstring& x)->std::wstring{
        auto p = split_tail(x);
        return to_lower_copy(p.first);
    };
    auto bare = [&](const std::wstring& x)->std::wstring{
        return split_tail(x).first;
    };
    auto prev_word = [&](int i, int nth)->std::wstring{
        for (int k=i-1; k>=0; --k){
            if (is_tag(tok[k])) continue;
            if (--nth==0) return clean_lower(tok[k]);
        }
        return L"";
    };
    auto next_word = [&](int i, int nth)->std::wstring{
        for (int k=i+1; k<(int)tok.size(); ++k){
            if (is_tag(tok[k])) continue;
            if (--nth==0) return tok[k]; // not lowered; we want case info
        }
        return L"";
    };
    auto is_prep = [&](const std::wstring& w)->bool{
        std::wstring tl = to_lower_copy(w);
        return (tl==L"to"||tl==L"for"||tl==L"of"||tl==L"in"||tl==L"on"||tl==L"at");
    };
    auto is_title = [&](const std::wstring& w)->bool{
        auto b = bare(w);
        return !b.empty() && iswalpha(b[0]) && iswupper(b[0]);
    };
    auto is_single_letter = [&](const std::wstring& w)->bool{
        auto b = bare(w);
        if (b.size()==1 && iswalpha(b[0]) && iswupper(b[0])) return true;
        if (b.size()==2 && iswalpha(b[0]) && iswupper(b[0]) && b[1]==L':') return true;
        return false;
    };
    auto is_number = [&](const std::wstring& w)->bool{
        auto b = bare(w);
        if (b.empty()) return false;
        for (wchar_t c: b) if (!iswdigit(c)) return false;
        return true;
    };
    for (int i=0; i<(int)tok.size(); ++i){
        if (is_tag(tok[i])) continue;
        auto [core, tail] = split_tail(tok[i]);
        std::wstring cl = to_lower_copy(core);
        if (cl != L"the") { tok[i] = core + tail; continue; }
        bool make_thee = false;
        // Backward (prepositions, incl. "on behalf of")
        std::wstring p1 = prev_word(i, 1);
        if (!p1.empty()){
            if (is_prep(p1)) make_thee = true;
            else if (to_lower_copy(p1) == L"of"){
                std::wstring p2 = prev_word(i, 2);
                std::wstring p3 = prev_word(i, 3);
                if (to_lower_copy(p2)==L"behalf" && to_lower_copy(p3)==L"on") make_thee = true;
            }
        }
        // Forward (before proper names / letters / numbers)
        if (!make_thee){
            std::wstring n1 = next_word(i, 1);
            if (!n1.empty()){
                if (is_title(n1) || is_single_letter(n1) || is_number(n1)){
                    make_thee = true;
                }
            }
        }
        tok[i] = (make_thee ? L"thee" : core) + tail;
    }
    // rebuild
    std::wstring out;
    for (size_t i=0;i<tok.size();++i){
        if (!out.empty()) out.push_back(L' ');
        out += tok[i];
    }
    s.swap(out);
 }
 // Times, degrees, and 3-digit decomposition
 static void apply_time_numbers_degrees(std::wstring& s){
    // 12h time like 8:47 AM / A.M. / PM … (eat any trailing dot after meridiem)
    {
        std::wregex t12(LR"(\b(\d{1,2})[:.](\d{2})\s*((?:A\.?M\.?)|(?:P\.?M\.?))(?:\.)?\b)", std::regex_constants::icase);
        std::wstring out; out.reserve(s.size()+32);
        std::wsregex_iterator it(s.begin(), s.end(), t12), end;
        size_t last = 0;
        for(; it!=end; ++it){
            auto m = *it;
            out.append(s, last, m.position()-last);
            std::wstring hh = m.str(1);
            std::wstring mm = m.str(2);
            std::wstring ap = to_lower(m.str(3));
            std::wstring ap1 = (ap[0]==L'p') ? L"P:" : L"Ay:";
            out += hh + L" \\!br " + mm + L" \\!br " + ap1 + L" \\!br M:";
            last = m.position() + m.length();
        }
        out.append(s, last, std::wstring::npos);
        s.swap(out);
    }
    // “The time is 8 …” -> break before the hour
    s = std::regex_replace(s,
        std::wregex(LR"((\b[Tt]he\s+time\s+is)\s+(\d+))"),
        L"$1 \\!br $2");
    // 24h “HH00 hours” -> “HH \!br hundred \!br hours”
    s = std::regex_replace(s,
        std::wregex(LR"(\b(\d{2})00\s+hours\b)", std::regex_constants::icase),
        L"$1 \\!br hundred \\!br hours");
    // Three-digit non-round numbers: 105 -> “100 \!br and \!br 5” (strip leading zero in remainder)
    {
        std::wregex n3(LR"(\b([1-9])(\d)(\d)\b)");
        std::wstring out; out.reserve(s.size()+32);
        std::wsregex_iterator it(s.begin(), s.end(), n3), end;
        size_t last = 0;
        for(; it!=end; ++it){
            auto m = *it;
            std::wstring yz = m.str(2)+m.str(3);
            if (yz == L"00") continue; // round, leave as-is
            size_t nz = 0; while (nz < yz.size() && yz[nz]==L'0') ++nz;
            std::wstring rem = yz.substr(nz);
            out.append(s, last, m.position()-last);
            out += m.str(1)+L"00 \\!br and \\!br " + (rem.empty()? yz : rem);
            last = m.position() + m.length();
        }
        out.append(s, last, std::wstring::npos);
        s.swap(out);
    }
    // Degrees: “93 degrees” -> “93 \!br degrees \!br”
    s = std::regex_replace(s,
        std::wregex(LR"(\b(\d+)\s+degrees\b)", std::regex_constants::icase),
        L"$1 \\!br degrees \\!br");
    // Fix any lingering "M:." -> "M:" (meridiem shouldn’t carry a period)
    s = std::regex_replace(s, std::wregex(LR"(M:\s*\.)"), L"M:");
 }
 // Syllable heuristic
 static int syllables(const std::wstring& w){
    if(w.empty()) return 0;
    std::wstring s; s.reserve(w.size());
    for(wchar_t c: w) s.push_back((wchar_t)towlower(c));
    auto isv=[&](wchar_t c){ return c==L'a'||c==L'e'||c==L'i'||c==L'o'||c==L'u'||c==L'y'; };
    int count=0; bool in=false;
    for(wchar_t c: s){ if(isv(c)){ if(!in){ ++count; in=true; } } else in=false; }
    if(count>1 && s.size()>1 && s.back()==L'e' && !(s.size()>2 && s[s.size()-2]==L'l')) --count; // silent 'e' (not "...le")
    if(s.size()>2 && s.back()==L'e' && s[s.size()-2]==L'l') ++count; // “…le”
    return std::max(1,count);
 }
 enum Wt { LIGHT, MEDIUM, HEAVY };
 static bool is_stop(const std::wstring& tl){
    static const wchar_t* sw[] = {
        L"the",L"thee",L"a",L"an",L"to",L"for",L"of",L"in",L"on",L"at",L"by",L"with",L"from",
        L"as",L"is",L"are",L"was",L"were",L"this",L"that"
    };
    for(auto* w: sw) if(tl==w) return true;
    return false;
 }
 static bool is_lightverb(const std::wstring& tl){
    static const wchar_t* vw[] = {
        L"welcome",L"wait",L"stand",L"provide",L"provided",L"return",L"remain",L"maintain",
        L"maintained",L"verify",L"contact",L"board",L"arriving",L"inbound",L"bound",
        L"commence",L"commences"
    };
    for(auto* w: vw) if(tl==w) return true;
    return false;
 }
 static bool is_unit(const std::wstring& tl){
    static const wchar_t* uw[] = { L"degrees", L"hours", L"percent", L"%" };
    for(auto* w: uw) if(tl==w) return true;
    return false;
 }
 static Wt weight(const std::wstring& tok){
    if(tok.empty()) return LIGHT;
    std::wstring pfree = strip_trailing_punct(tok);
    std::wstring tl = to_lower(pfree);
    if(is_stop(tl) || is_lightverb(tl)) return LIGHT;
    if(is_all_digits(pfree)) return HEAVY;
    if(pfree.find(L'-')!=std::wstring::npos) return HEAVY;
    if(is_titlecase_word(pfree)) return HEAVY;
    if(is_unit(tl)) return HEAVY;
    int syl = syllables(pfree);
    if(syl>=3 || pfree.size()>=8) return HEAVY; // long or many-syllable content words
    return MEDIUM;
 }
 static bool is_and(const std::wstring& t){ return to_lower(strip_trailing_punct(t))==L"and"; }
 static bool starts_with_punct(const std::wstring& t){
    if(t.empty()) return false;
    wchar_t c = t.front();
    return (c==L'.'||c==L','||c==L';'||c==L':'||c==L'!'||c==L'?'||c==L')');
 }
 static bool is_open_punct(const std::wstring& t){
    if(t.empty()) return false;
    wchar_t c=t.front(); return (c==L'('||c==L'"'||c==L'\'');
 }
 // Tokenize on whitespace (keep punctuation with token)
 static std::vector<std::wstring> tokenize_ws(const std::wstring& s){
    std::wstringstream ss(s);
    std::vector<std::wstring> v; std::wstring t;
    while(ss >> t) v.push_back(t);
    return v;
 }
 // Insert TitleCase run breaks and Area/Level/Sector blocks
 static void emit_titlecase_run(const std::vector<std::wstring>& v, size_t i, size_t j, std::wstring& out){
    // place a break before the run
    if(!out.empty() && !ends_with_br(out)) out += L" \\!br";
    for(size_t k=i;k<j;++k){
        out += L" " + v[k] + L" \\!br";
    }
 }
 // Core beat builder (single pass), generic prosody.
 // Keeps: TitleCase runs, Area/Level/Sector, "and" join, soft head span,
 //        comma/semicolon boundary, symmetric linker isolation [BR] linker [BR],
 //        heavy-gate, 3-beat limiter.
 // NEW:   Split hyphenated/en-dash/em-dash compounds into parts with breaks.
 //        Standalone -, –, — act as hard breaks (not spoken).
 static std::wstring build_beats(const std::wstring& sentence){
    auto v = tokenize_ws(sentence);
    if(v.empty()) return sentence;
    std::wstring out;
    bool since_break_all_light = true;
    Wt   prev_w = LIGHT;
    int  content_run = 0; // consecutive MEDIUM/HEAVY since last break
    auto reset_after_break = [&](){
        since_break_all_light = true;
        content_run = 0;
        prev_w = LIGHT;
    };
    auto bare = [](const std::wstring& w){ return strip_trailing_punct(w); };
    auto is_area_head = [&](const std::wstring& w){ return w==L"Area"||w==L"Level"||w==L"Sector"; };
    auto is_tag = [&](const std::wstring& w){ return (w==L"\\!br" || w==L"\\!wH1" || w==L"\\!wH0"); };
    auto lower = [&](std::wstring s){ return to_lower(std::move(s)); };
    auto is_single_letter = [&](const std::wstring& w)->bool{
        std::wstring b = bare(w);
        if (b.size()==1 && iswalpha(b[0]) && iswupper(b[0])) return true;          // C
        if (b.size()==2 && iswalpha(b[0]) && iswupper(b[0]) && b[1]==L':') return true; // C:
        return false;
    };
    // split trailing punctuation; return (core, punctTail)
    auto split_tail = [](const std::wstring& x)->std::pair<std::wstring,std::wstring>{
        std::wstring core=x, tail;
        while (!core.empty()){
            wchar_t c = core.back();
            if (c==L','||c==L'.'||c==L';'||c==L':'||c==L'!'||c==L'?'||c==L'"'||c==L'\''){
                tail.insert(tail.begin(), c);
                core.pop_back();
            } else break;
        }
        return {core, tail};
    };
    // emit hyphen/dash-split parts with breaks between them; keep tail on last part
    auto emit_dash_split = [&](const std::wstring& tok)->bool{
        auto [core, tail] = split_tail(tok);
        // find internal separators
        std::vector<size_t> cuts;
        for(size_t p=0;p<core.size();++p){
            wchar_t c = core[p];
            if (c==L'-' || c==0x2013 /*–*/ || c==0x2014 /*—*/){
                // only split if letters on both sides (avoid leading/trailing)
                if (p>0 && p+1<core.size() && iswalpha(core[p-1]) && iswalpha(core[p+1]))
                    cuts.push_back(p);
                else
                    return false; // treat as punctuation case elsewhere
            }
        }
        if (cuts.empty()) return false;
        size_t start = 0;
        for(size_t idx=0; idx<=cuts.size(); ++idx){
            size_t end = (idx<cuts.size() ? cuts[idx] : core.size());
            std::wstring part = core.substr(start, end-start);
            // spacing before part
            if(!out.empty() && !ends_with_br(out) && !starts_with_punct(part) && !is_open_punct(part))
                out.push_back(L' ');
            // last part gets the tail
            if (idx == cuts.size()) part += tail;
            out += part;
            // break after each part
            if(!ends_with_br(out)) out += L" \\!br";
            reset_after_break();
            start = end + (idx<cuts.size() ? 1 : 0);
        }
        return true;
    };
    for(size_t i=0;i<v.size();){
        // ---- Proper-noun blocks ----
        if (is_area_head(v[i])){
            size_t j=i+1;
            while(j<v.size()){
                std::wstring wj = bare(v[j]);
                if(is_all_digits(wj) || is_titlecase_word(wj)) ++j;
                else break;
            }
            if(j>i+1){
                emit_titlecase_run(v,i,j,out);
                i=j;
                reset_after_break();
                continue;
            }
        }
        if (is_titlecase_word(bare(v[i]))){
            size_t j=i;
            while(j<v.size() && is_titlecase_word(bare(v[j]))) ++j;
            if(j>=i+2){
                emit_titlecase_run(v,i,j,out);
                i=j;
                reset_after_break();
                continue;
            }
        }
        // ---- "and" between heavier items ----
        if(is_and(v[i]) && i>0 && i+1<v.size()){
            Wt lw = weight(v[i-1]);
            Wt rw = weight(v[i+1]);
            if(lw>=MEDIUM && rw>=MEDIUM){
                if(!ends_with_br(out)) out += L" \\!br";
                out += L" and \\!br";
                ++i;
                reset_after_break();
                continue;
            }
        }
        // ---- Standalone dash ( -, –, — ) => hard boundary ----
        if (v[i]==L"-" || v[i]==L"\u2013" || v[i]==L"\u2014"){
            if(!ends_with_br(out)) out += L" \\!br";
            reset_after_break();
            ++i;
            continue;
        }
        // ---- Symmetric linker isolation: [BR] linker [BR] ----
        {
            std::wstring tok = v[i];
            std::wstring tl  = lower(bare(tok));
            bool in_head_span = (i < 2);
            if (!in_head_span && (tl==L"at" || tl==L"in" || tl==L"on" || tl==L"to"
                               || tl==L"of" || tl==L"for"|| tl==L"from"|| tl==L"by")){
                if(!ends_with_br(out)) out += L" \\!br";        // BEFORE linker
                reset_after_break();
                if(!out.empty() && !starts_with_punct(tok) && !is_open_punct(tok)) out.push_back(L' ');
                out += tok;
                if(!ends_with_br(out)) out += L" \\!br";        // AFTER linker
                reset_after_break();
                ++i;
                continue;
            }
        }
 // ---- Pre-copula break: put a beat BEFORE "is" when followed by determiner/contenty ----
 {
    std::wstring tl_is  = to_lower(bare(v[i]));
    bool in_head_span   = (i < 2);
    auto is_tag_local   = [&](const std::wstring& w){ return (w==L"\\!br" || w==L"\\!wH1" || w==L"\\!wH0"); };
    auto is_single_letter = [&](const std::wstring& w)->bool{
        std::wstring b = strip_trailing_punct(w);
        if (b.size()==1 && iswalpha(b[0]) && iswupper(b[0])) return true;            // C
        if (b.size()==2 && iswalpha(b[0]) && iswupper(b[0]) && b[1]==L':') return true; // C:
        return false;
    };
    auto is_determiner = [&](const std::wstring& w)->bool{
        std::wstring b = to_lower(strip_trailing_punct(w));
        return (b==L"the"||b==L"thee"||b==L"a"||b==L"an"||
                b==L"this"||b==L"that"||b==L"these"||b==L"those"||
                b==L"some"||b==L"any"||b==L"each"||b==L"every"||b==L"no");
    };
    if (!in_head_span && tl_is == L"is") {
        // peek next non-tag token
        size_t k = i + 1;
        while (k < v.size() && is_tag_local(v[k])) ++k;
        bool trigger = false;
        if (k < v.size()) {
            const std::wstring& n1 = v[k];
            if (is_determiner(n1) ||
                is_titlecase_word(strip_trailing_punct(n1)) ||
                is_all_digits(strip_trailing_punct(n1)) ||
                is_single_letter(n1) ||
                weight(n1) == HEAVY)
            {
                trigger = true;
            }
        }
        if (trigger && !ends_with_br(out)) {
            out += L" \\!br";
            // reset run state like a real boundary
            since_break_all_light = true;
            content_run = 0;
            prev_w = LIGHT;
        }
    }
 }
        // ---- Hyphenated / en-dash / em-dash compounds inside token ----
        if (emit_dash_split(v[i])) { ++i; continue; }
        // ---- Generic token logic ----
        std::wstring tok = v[i];
        Wt w_eff = weight(tok); // effective weight; may be softened at sentence start
        // Soft-start: first two tokens—avoid pre-breaks unless necessary.
        bool in_head_span = (i < 2);
        if (i==0 && is_titlecase_word(bare(tok))) {
            bool next_is_title = (i+1 < v.size()) && is_titlecase_word(bare(v[i+1]));
            if (!next_is_title && w_eff == HEAVY) w_eff = MEDIUM; // e.g., "Good evening"
        }
        // ---- HEAVY-GATE ----
        if (w_eff==HEAVY && content_run >= 1){
            int k = static_cast<int>(i) - 1;
            while (k >= 0 && is_tag(v[k])) --k;
            bool exempt = false;
            if (k >= 0){
                std::wstring prev = v[k];
                if (is_titlecase_word(bare(prev)) || is_all_digits(bare(prev)) || is_single_letter(prev)) {
                    exempt = true;
                }
            }
            if (!exempt){
                if(!ends_with_br(out)) out += L" \\!br";
                reset_after_break();
            }
        }
        // 3-beat limiter
        if (w_eff==HEAVY && content_run >= 2){
            if(!ends_with_br(out)) out += L" \\!br";
            reset_after_break();
        }
        // Heavy after only LIGHT (but not inside head span)
        if (w_eff==HEAVY && since_break_all_light && !in_head_span){
            if(!out.empty() && !ends_with_br(out)) out += L" \\!br";
            reset_after_break();
        }
        // Heavy-Heavy adjacency (outside TitleCase run)
        if (i>0 && prev_w==HEAVY && w_eff==HEAVY && !in_head_span){
            if(!ends_with_br(out)) out += L" \\!br";
            reset_after_break();
        }
        // Append token with spacing
        if(!out.empty() && !starts_with_punct(tok) && !is_open_punct(tok)) out.push_back(L' ');
        out += tok;
        // Punctuation boundary: break after ',' or ';'
        if (!tok.empty()){
            wchar_t last = tok.back();
            if ((last==L',' || last==L';') && !ends_with_br(out)){
                out += L" \\!br";
                reset_after_break();
                ++i;
                continue;
            }
        }
        // Update run stats
        if (w_eff==LIGHT){
            // remain in light span
        }else{
            ++content_run;               // MEDIUM or HEAVY
            since_break_all_light = false;
        }
        prev_w = w_eff;
        ++i;
    }
    return trim(out);
 }
 // Tidy spaces and tags
 static std::wstring tidy(const std::wstring& s){
    std::wstring t = std::regex_replace(s, std::wregex(LR"(\s+)"), L" ");            // collapse spaces
    t = std::regex_replace(t, std::wregex(LR"(\s*\\!br\s*)"), L" \\!br ");           // normalize tag spacing
    t = std::regex_replace(t, std::wregex(LR"((\s*\\!br\s*){2,})"), L" \\!br ");     // collapse multiple breaks
    t = std::regex_replace(t, std::wregex(LR"(\s+([.,!?;:]))"), L"$1");              // no space before punctuation
    // trimyou 
    size_t a=0,b=t.size();
    while(a<b && iswspace(t[a])) ++a;
    while(b>a && iswspace(t[b-1])) --b;
    return t.substr(a,b-a);
 }
 // Convert standalone letters into stable "letter tokens" for FlexTalk.
 // - "A:" / "a:" / bare "A"/"a" near a boundary -> "Ay:"
 // - any single UPPERCASE letter near a boundary -> "X:" (exactly one colon)
 // Boundaries are start/end or a \!br tag on either side. We preserve trailing punctuation.
 static void normalize_letter_tokens(std::wstring& s){
    // split by whitespace; keep tags as tokens
    std::wstringstream ss(s);
    std::vector<std::wstring> tok; std::wstring t;
    while (ss >> t) tok.push_back(t);
    if (tok.empty()) return;
    auto is_tag = [](const std::wstring& w){
        return (w==L"\\!br" || w==L"\\!wH1" || w==L"\\!wH0");
    };
    // strip trailing punctuation, but lift out a single trailing ':' as a flag
    auto split_tail = [](const std::wstring& x)->std::tuple<std::wstring,bool,std::wstring>{
        std::wstring core = x, punct;
        bool had_colon = false;
        // peel general punctuation, but remember a single trailing ':'
        while(!core.empty()){
            wchar_t c = core.back();
            if(c==L':' && !had_colon){ had_colon = true; core.pop_back(); continue; }
            if(c==L','||c==L'.'||c==L';'||c==L'!'||c==L'?'||c==L'"'||c==L'\''){
                punct.insert(punct.begin(), c);
                core.pop_back();
                continue;
            }
            break;
        }
        return {core, had_colon, punct};
    };
    auto is_boundary = [&](int idx)->bool{
        return (idx < 0 || idx >= (int)tok.size() || is_tag(tok[idx]));
    };
    for (int i=0;i<(int)tok.size();++i){
        if (is_tag(tok[i])) continue;
        auto [coreOrig, had_colon, tail] = split_tail(tok[i]);
        std::wstring core = coreOrig;
        const bool near_left  = is_boundary(i-1);
        const bool near_right = is_boundary(i+1);
        const bool near_bound = (near_left || near_right);
        // Normalize A / a cases to "Ay:" when isolated or already written as A:
        if ((core==L"A" || core==L"a") && (near_bound || had_colon)){
            core = L"Ay";
            had_colon = true; // ensure exactly one colon added below
        }
        // Any other single UPPERCASE letter becomes a letter token near a boundary
        else if (core.size()==1 && iswalpha(core[0]) && iswupper(core[0]) && near_bound){
            // ensure exactly one colon
            // (if there was already one as trailing punct, we won't add another)
            // special "A" handled above
            had_colon = true;
        }
        // Reassemble: add colon iff had_colon is true, then the rest of punctuation
        std::wstring rebuilt = core;
        if (had_colon) rebuilt.push_back(L':');
        rebuilt += tail;
        tok[i] = rebuilt;
    }
    // Rebuild s (tidy() will normalize spaces/tags later)
    std::wstring out;
    for (size_t i=0;i<tok.size();++i){
        if (!out.empty()) out.push_back(L' ');
        out += tok[i];
    }
    s.swap(out);
 }
 std::wstring vox_process(const std::wstring& in, bool wrap_vox_tags){
    auto sents = split_sentences(in);
    std::wstring out;
    for (auto sent : sents){
        if (sent.empty()) continue;
        // ORDER: make "thee" first, then lead-in, then time/nums
        apply_thee_rule(sent);
        apply_leadin_break(sent);
        apply_time_numbers_degrees(sent);
        // beats + letter normalization
        std::wstring with_beats = build_beats(sent);
        normalize_letter_tokens(with_beats);
        with_beats = tidy(with_beats);
        // sentence-end cadence: add ~300ms pause, then a boundary
        if (!with_beats.empty() && with_beats.back()!=L' ') with_beats.push_back(L' ');
        with_beats += L"\\!sf500 \\!br";
        if (!out.empty()) out.push_back(L' ');
        out += with_beats;
    }
    out = trim(out);
    // collapse accidental double breaks from joins, normalize commas before breaks, etc.
    out = std::regex_replace(out, std::wregex(LR"((\s*\\!br\s*){2,})"), L" \\!br ");
    out = std::regex_replace(out, std::wregex(LR"(\\!br\s*([,;:]))"), L"$1 \\!br");
    if (!out.empty()) {
        if (wrap_vox_tags) {
            out = L"\\!wH1 " + out + L" \\!wH0 ";
        } else {
            out = out + L" ";
        }
    }
    return out;
 }
@@ -0,0 +1,8 @@
 #pragma once
 #include <string>
 // Transform plain text into FlexTalk VOX style with vendor tags.
 // - Wraps with \!wH1 ... \!wH0 (trailing space after \!wH0 for safety)
 // - Inserts \!br at sentence ends & cadence points
 // - Uses a generic prosody engine (no word-specific hacks)
 std::wstring vox_process(const std::wstring& in, bool wrap_vox_tags);
@@ -0,0 +1,185 @@
 [Version]
 Signature="$Chicago$"
 AdvancedINF=2.5,"You need a new version of advpack.dll"
 [SourceDisksNames]
 1=%AppName%,,1
 [DefaultInstall]
 CustomDestination=MyCustomDestination
 Copyfiles=LexTools,TTSFiles,InfSection
 AddReg=TTSReg
 DelFiles=DelOldTTSFiles
 [DefaultInstall.NT]
 CustomDestination=MyCustomDestination
 Copyfiles=LexTools,TTSFiles,InfSection
 AddReg=TTSReg
 DelFiles=DelOldTTSFiles
 [MyCustomDestination]
 49010=ProgramFilesDestination,21
 49000,49001,49002,49003=PackageDestination49000,5
 [UninstallDestination]
 49010=ProgramFilesDestination,5
 49000=PackageDestination49000,5
 [ProgramFilesDestination]
 HKLM,software\microsoft\windows\currentversion,CommonFilesDir,"%InstallPrompt%","c:\program files\common files"
 [PackageDestination49000]
 HKLM,Software\Microsoft\MSTTS,InstallDir,"%InstallPrompt%","%49010%\%DefaultDir%"
 [Uninstall]
 BeginPrompt=BeginPromptSection
 EndPrompt=EndPromptSection
 RunPreSetupCommands=UninstallUserDict
 CustomDestination=UninstallDestination
 DelFiles=LexTools,TTSFiles,TTSFiles2
 Deldirs=RemoveFolder
 DelReg=DelRegSection
 SmartReboot=I
 Cleanup=1
 [Uninstall.Quiet]
 RunPreSetupCommands=UninstallUserDict
 CustomDestination=UninstallDestination
 DelFiles=LexTools,TTSFiles,TTSFiles2
 Deldirs=RemoveFolder
 DelReg=DelRegSection
 SmartReboot=I
 Cleanup=1
 [UninstallUserDict]
 %25%\delttsul.exe
 [DestinationDirs]
 TTSFiles=49000
 TTSFiles2=49000
 InfSection=17
 DelOldTTSFiles=49000
 LexTools=25
 [LexTools]
 delttsul.exe
 [TTSFiles]
 msttssyn.dll
 female.vce
 male.vce
 sam.vce
 female8.vce
 male8.vce
 female.cfg
 male.cfg
 sam.cfg
 female8.cfg
 male8.cfg
 wraptts.dll
 wttsf22.dll
 wttsm22.dll
 wttss22.dll
 wttsa22.dll
 wttsmm.dll
 [TTSFiles2]
 freddy.vce
 brutus.vce
 malew.vce
 femalew.vce
 [DelOldTTSFiles]
 mark.vce
 melanie.vce
 mark8.vce
 melanie8.vce
 [InfSection]
 msTTS.inf
 [RemoveFolder]
 %49000%
 [TTSReg]
 HKLM,Software\Voice\TextToSpeech\Engine,MSTTSSyn,,{E0725551-286F-11d0-8E73-00A0C9083363}
 HKCR,CLSID\{E0725551-286F-11d0-8E73-00A0C9083363},,,"Microsoft TTS Engine"
 HKCR,CLSID\{E0725551-286F-11d0-8E73-00A0C9083363}\InprocServer32,,,"%49000%\MSTTSSYN.dll"
 HKCR,CLSID\{E0725551-286F-11d0-8E73-00A0C9083363}\InprocServer32,ThreadingModel,,Apartment
 ; use the following reg edit to see which version installed for ActiveX downloads
 HKCR,CLSID\{161FA782-A52C-11d0-8D7C-00A0C9034A7E},,,"Downloadable Whistler 3.0"
 HKCR,CLSID\{161FA782-A52C-11d0-8D7C-00A0C9034A7E}\Control,,,
 HKCR,CLSID\{161FA782-A52C-11d0-8D7C-00A0C9034A7E}\InprocServer32,,,"%49000%\wraptts.dll"
 HKCR,CLSID\{161FA782-A52C-11d0-8D7C-00A0C9034A7E}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{161FA782-A52C-11d0-8D7C-00A0C9034A7E}\MiscStatus,,,"0"
 HKCR,CLSID\{161FA782-A52C-11d0-8D7C-00A0C9034A7E}\MiscStatus\1,,,"0132497"
 HKCR,CLSID\{FD913800-5CA2-11d2-A1E6-00A0C913D1EF},,,"Downloadable Whistler 4.0"
 HKCR,CLSID\{FD913800-5CA2-11d2-A1E6-00A0C913D1EF}\Control,,,
 HKCR,CLSID\{FD913800-5CA2-11d2-A1E6-00A0C913D1EF}\InprocServer32,,,"%49000%\wttsf22.dll"
 HKCR,CLSID\{FD913800-5CA2-11d2-A1E6-00A0C913D1EF}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{FD913800-5CA2-11d2-A1E6-00A0C913D1EF}\MiscStatus,,,"0"
 HKCR,CLSID\{FD913800-5CA2-11d2-A1E6-00A0C913D1EF}\MiscStatus\1,,,"0132497"
 HKCR,CLSID\{FD913801-5CA2-11d2-A1E6-00A0C913D1EF},,,"Downloadable Whistler 4.0"
 HKCR,CLSID\{FD913801-5CA2-11d2-A1E6-00A0C913D1EF}\Control,,,
 HKCR,CLSID\{FD913801-5CA2-11d2-A1E6-00A0C913D1EF}\InprocServer32,,,"%49000%\wttsm22.dll"
 HKCR,CLSID\{FD913801-5CA2-11d2-A1E6-00A0C913D1EF}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{FD913801-5CA2-11d2-A1E6-00A0C913D1EF}\MiscStatus,,,"0"
 HKCR,CLSID\{FD913801-5CA2-11d2-A1E6-00A0C913D1EF}\MiscStatus\1,,,"0132497"
 HKCR,CLSID\{FD913802-5CA2-11d2-A1E6-00A0C913D1EF},,,"Downloadable Whistler 4.0"
 HKCR,CLSID\{FD913802-5CA2-11d2-A1E6-00A0C913D1EF}\Control,,,
 HKCR,CLSID\{FD913802-5CA2-11d2-A1E6-00A0C913D1EF}\InprocServer32,,,"%49000%\wttss22.dll"
 HKCR,CLSID\{FD913802-5CA2-11d2-A1E6-00A0C913D1EF}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{FD913802-5CA2-11d2-A1E6-00A0C913D1EF}\MiscStatus,,,"0"
 HKCR,CLSID\{FD913802-5CA2-11d2-A1E6-00A0C913D1EF}\MiscStatus\1,,,"0132497"
 HKCR,CLSID\{FD913803-5CA2-11d2-A1E6-00A0C913D1EF},,,"Downloadable Whistler 4.0"
 HKCR,CLSID\{FD913803-5CA2-11d2-A1E6-00A0C913D1EF}\Control,,,
 HKCR,CLSID\{FD913803-5CA2-11d2-A1E6-00A0C913D1EF}\InprocServer32,,,"%49000%\wttsa22.dll"
 HKCR,CLSID\{FD913803-5CA2-11d2-A1E6-00A0C913D1EF}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{FD913803-5CA2-11d2-A1E6-00A0C913D1EF}\MiscStatus,,,"0"
 HKCR,CLSID\{FD913803-5CA2-11d2-A1E6-00A0C913D1EF}\MiscStatus\1,,,"0132497"
 HKCR,CLSID\{FD913804-5CA2-11d2-A1E6-00A0C913D1EF},,,"Downloadable Whistler 4.0"
 HKCR,CLSID\{FD913804-5CA2-11d2-A1E6-00A0C913D1EF}\Control,,,
 HKCR,CLSID\{FD913804-5CA2-11d2-A1E6-00A0C913D1EF}\InprocServer32,,,"%49000%\wttsmm.dll"
 HKCR,CLSID\{FD913804-5CA2-11d2-A1E6-00A0C913D1EF}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{FD913804-5CA2-11d2-A1E6-00A0C913D1EF}\MiscStatus,,,"0"
 HKCR,CLSID\{FD913804-5CA2-11d2-A1E6-00A0C913D1EF}\MiscStatus\1,,,"0132497"
 ; cache information, so enumerates faster
 HKLM,Software\Voice\TextToSpeech\Engine\{E0725551-286F-11d0-8E73-00A0C9083363},Dirty,1,1
 ; for uninstall
 HKLM,Software\Microsoft\MSTTS,InstallDir,,"%49000%"
 HKLM,Software\Microsoft\Windows\CurrentVersion\Uninstall\MSTTS,"DisplayName",,"%AppName%
 HKLM,Software\Microsoft\Windows\CurrentVersion\Uninstall\MSTTS,"UninstallString",,"RunDll32 advpack.dll,LaunchINFSection %17%\msTTS.inf, Uninstall"
 [DelRegSection]
 HKCU,Software\Microsoft\Whisper
 HKLM,Software\Voice\TextToSpeech\Engine,MSTTSSyn
 HKCR,CLSID\{E0725551-286F-11d0-8E73-00A0C9083363}
 HKCR,CLSID\{161FA782-A52C-11d0-8D7C-00A0C9034A7E}
 HKCR,CLSID\{FD913800-5CA2-11d2-A1E6-00A0C913D1EF}
 HKCR,CLSID\{FD913801-5CA2-11d2-A1E6-00A0C913D1EF}
 HKCR,CLSID\{FD913802-5CA2-11d2-A1E6-00A0C913D1EF}
 HKCR,CLSID\{FD913803-5CA2-11d2-A1E6-00A0C913D1EF}
 HKCR,CLSID\{FD913804-5CA2-11d2-A1E6-00A0C913D1EF}
 HKLM,Software\Voice\TextToSpeech\Engine\{E0725551-286F-11d0-8E73-00A0C9083363}
 ; uninstall
 HKLM,Software\Microsoft\Windows\CurrentVersion\Uninstall\MSTTS
 HKLM,Software\Microsoft\MSTTS
 [BeginPromptSection]
 Prompt=%BeginPrompt%
 ButtonType=YESNO
 Title=%AppName%
 [EndPromptSection]
 Prompt=%EndPrompt%
 [Strings]
 AppName="Microsoft Text-to-Speech Engine 4.0 (English)"
 BeginPrompt="Are you sure you want to remove the Microsoft text-to-speech engine? It may prevent text-to-speech from working."
 EndPrompt="Uninstall complete."
 DefaultDir="microsoft shared\SpeechEngines\TTS"
@@ -0,0 +1,900 @@
 [Version]
 Signature="$Chicago$"
 AdvancedINF=2.5,"You need a new version of advpack.dll"
 [SourceDisksNames]
 1=%AppName%,,1
 [DefaultInstall]
 CustomDestination=MyCustomDestination
 Copyfiles=APIFiles,InfSection,VCRT
 AddReg=APIReg
 ;RegisterOCXs=RegisterOCXSection
 [DefaultInstall.NT]
 CustomDestination=MyCustomDestination
 Copyfiles=APIFiles,InfSection,VCRT
 AddReg=APIReg
 ;RegisterOCXs=RegisterOCXSection
 [MyCustomDestination]
 49000,49001,49002,49003=PackageDestination49000,5
 [UninstallDestination]
 49000=UninstallDestination49000,5
 [PackageDestination49000]
 HKLM,Software\Microsoft\SpeechAPI,InstallDir,"%InstallPrompt%","%25%\speech"
 [UninstallDestination49000]
 HKLM,Software\Microsoft\SpeechAPI,InstallDir,"%InstallPrompt%","%25%\speech"
 [Uninstall]
 ;BeginPrompt=BeginPromptSection
 ;EndPrompt=EndPromptSection
 CustomDestination=UninstallDestination
 DelFiles=APIFiles,VCmdVDctFiles
 Deldirs=RemoveFolder
 DelReg=DelRegSection
 SmartReboot=I
 Cleanup=1
 ;UnRegisterOCXs=RegisterOCXSection
 [DestinationDirs]
 APIFiles=49000
 VCmdVDctFiles=49000
 InfSection=17
 VCRT=11
 [APIFiles]
 speech.dll,,,96
 spchtel.dll,,,96
 vcmd.exe,,,96
 vcauto.tlb,,,96
 vtxtauto.tlb,,,96
 vcmshl.dll,,,96
 speech.hlp
 speech.cnt
 Xlisten.dll,,,96
 Xvoice.dll,,,96
 Xcommand.dll,,,96
 Vdict.dll,,,96
 VText.dll,,,96
 XTel.Dll,,,96
 WrapSAPI.dll,,,96
 [VCRT]
 msvcrt.dll,,,16
 [InfSection]
 spchapi.inf
 [VCmdVDctFiles]
 speech.gid
 vcmd0001.vcd
 vcmd0002.vcd
 vcmd0003.vcd
 vcmd0004.vcd
 vcmd0005.vcd
 vcmd0006.vcd
 vcmd0007.vcd
 vcmd0008.vcd
 vcmd0009.vcd
 vcmd0010.vcd
 vcmd0011.vcd
 vcmd0012.vcd
 vcmd0013.vcd
 vcmd0014.vcd
 vcmd0015.vcd
 vcmd0016.vcd
 vcmd0017.vcd
 vcmd0018.vcd
 vcmd0019.vcd
 vdct0001.dct
 vdct0002.dct
 vdct0003.dct
 vdct0004.dct
 vdct0005.dct
 vdct0006.dct
 vdct0007.dct
 vdct0008.dct
 vdct0009.dct
 vdct0010.dct
 vdct0011.dct
 vdct0012.dct
 vdct0013.dct
 vdct0014.dct
 vdct0015.dct
 vdct0016.dct
 vdct0017.dct
 vdct0018.dct
 vdct0019.dct
 [RemoveFolder]
 %49000%
 [APIReg]
 HKCR,CLSID\{C63A2B30-5543-11b9-C000-5611722E1D15},,,IVCmd_PSFactory
 HKCR,CLSID\{C63A2B30-5543-11b9-C000-5611722E1D15}\InprocServer32,,,%49000%\vcmshl.dll
 HKCR,CLSID\{6D40D820-0BA7-11ce-A166-00AA004CD65C},,,"Voice Command Manager"
 HKCR,CLSID\{6D40D820-0BA7-11ce-A166-00AA004CD65C}\LocalServer32,,,%49000%\vcmd.exe
 HKCR,CLSID\{F1DC95A0-0BA7-11ce-A166-00AA004CD65C},,,"Voice Text Manager"
 HKCR,CLSID\{F1DC95A0-0BA7-11ce-A166-00AA004CD65C}\LocalServer32,,,%49000%\vcmd.exe
 HKCR,CLSID\{B9BD3860-44DB-101B-90A8-00AA003E4B50},,,ISRShare_PSFactory
 HKCR,CLSID\{B9BD3860-44DB-101B-90A8-00AA003E4B50}\InprocServer32,,,%49000%\vcmshl.dll
 HKCR,CLSID\{89F70C30-8636-11ce-B763-00AA004CD65C},,,"Speech Recognition Enumerator/Share Object"
 HKCR,CLSID\{89F70C30-8636-11ce-B763-00AA004CD65C}\LocalServer32,,,%49000%\vcmd.exe
 HKCR,CLSID\{D67C0280-C743-11cd-80E5-00AA003E4B50},,,"Text to Speech Enumerator"
 HKCR,CLSID\{D67C0280-C743-11cd-80E5-00AA003E4B50}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{D67C0280-C743-11cd-80E5-00AA003E4B50}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{554667BB-7213-11cf-B210-00AA00A215ED},,,"Lexicon Enumerator"
 HKCR,CLSID\{554667BB-7213-11cf-B210-00AA00A215ED}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{554667BB-7213-11cf-B210-00AA00A215ED}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{CB96B400-C743-11cd-80E5-00AA003E4B50},,,"Audio Destination Object"
 HKCR,CLSID\{CB96B400-C743-11cd-80E5-00AA003E4B50}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{CB96B400-C743-11cd-80E5-00AA003E4B50}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{E02D16C0-C743-11cd-80E5-00AA003E4B50},,,"Speech Recognition Enumerator"
 HKCR,CLSID\{E02D16C0-C743-11cd-80E5-00AA003E4B50}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{E02D16C0-C743-11cd-80E5-00AA003E4B50}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{D24FE500-C743-11cd-80E5-00AA003E4B50},,,"Audio Source Object"
 HKCR,CLSID\{D24FE500-C743-11cd-80E5-00AA003E4B50}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{D24FE500-C743-11cd-80E5-00AA003E4B50}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{D4023720-E4B9-11cf-8D56-00A0C9034A7E},,,"Instrumented Audio Source Object"
 HKCR,CLSID\{D4023720-E4B9-11cf-8D56-00A0C9034A7E}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{D4023720-E4B9-11cf-8D56-00A0C9034A7E}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{D4123720-E4B9-11cf-8D56-00A0C9034A7E},,,"Suspeding Audio Source Object"
 HKCR,CLSID\{D4123720-E4B9-11cf-8D56-00A0C9034A7E}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{D4123720-E4B9-11cf-8D56-00A0C9034A7E}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{D4523720-E4B9-11cf-8D56-00A0C9034A7E},,,"Audio Source from File Object"
 HKCR,CLSID\{D4523720-E4B9-11cf-8D56-00A0C9034A7E}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{D4523720-E4B9-11cf-8D56-00A0C9034A7E}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{D4623720-E4B9-11cf-8D56-00A0C9034A7E},,,"Audio Destination to File Object"
 HKCR,CLSID\{D4623720-E4B9-11cf-8D56-00A0C9034A7E}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{D4623720-E4B9-11cf-8D56-00A0C9034A7E}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{B9F11A90-90E3-11d0-8D77-00A0C9034A7E},,,"DirectSound Destination Object"
 HKCR,CLSID\{B9F11A90-90E3-11d0-8D77-00A0C9034A7E}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{B9F11A90-90E3-11d0-8D77-00A0C9034A7E}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{32C35401-D04F-11d0-99B3-00AA004CD65C},,,"DirectSound Source Object"
 HKCR,CLSID\{32C35401-D04F-11d0-99B3-00AA004CD65C}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{32C35401-D04F-11d0-99B3-00AA004CD65C}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{B9F11A95-90E3-11d0-8D77-00A0C9034A7E},,,"Microphone Setup Wizard"
 HKCR,CLSID\{B9F11A95-90E3-11d0-8D77-00A0C9034A7E}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{B9F11A95-90E3-11d0-8D77-00A0C9034A7E}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{B9F11A96-90E3-11d0-8D77-00A0C9034A7E},,,"Phoneme Converter"
 HKCR,CLSID\{B9F11A96-90E3-11d0-8D77-00A0C9034A7E}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{B9F11A96-90E3-11d0-8D77-00A0C9034A7E}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{70618F72-D1ED-11d0-8FAC-08002BE4E62A},,,"Speech Tools Grammar Compiler"
 HKCR,CLSID\{70618F72-D1ED-11d0-8FAC-08002BE4E62A}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{70618F72-D1ED-11d0-8FAC-08002BE4E62A}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{EFD0E6BA-DB5F-11d0-8FAC-08002BE4E62A},,,"Speech Tools TTS Queue"
 HKCR,CLSID\{EFD0E6BA-DB5F-11d0-8FAC-08002BE4E62A}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{EFD0E6BA-DB5F-11d0-8FAC-08002BE4E62A}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{B3613D9F-E26E-11d0-8FAC-08002BE4E62A},,,"Speech Tools Log"
 HKCR,CLSID\{B3613D9F-E26E-11d0-8FAC-08002BE4E62A}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{B3613D9F-E26E-11d0-8FAC-08002BE4E62A}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{B3613DA0-E26E-11d0-8FAC-08002BE4E62A},,,"Logging Audio Source"
 HKCR,CLSID\{B3613DA0-E26E-11d0-8FAC-08002BE4E62A}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{B3613DA0-E26E-11d0-8FAC-08002BE4E62A}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{2EC5A8A5-E65B-11d0-8FAC-08002BE4E62A},,,"Telephony Audio Source"
 HKCR,CLSID\{2EC5A8A5-E65B-11d0-8FAC-08002BE4E62A}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{2EC5A8A5-E65B-11d0-8FAC-08002BE4E62A}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{2EC5A8A6-E65B-11d0-8FAC-08002BE4E62A},,,"Telephony Audio Destination"
 HKCR,CLSID\{2EC5A8A6-E65B-11d0-8FAC-08002BE4E62A}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{2EC5A8A6-E65B-11d0-8FAC-08002BE4E62A}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{61935832-FC85-11d0-8FAE-08002BE4E62A},,,"Audio Record Object"
 HKCR,CLSID\{61935832-FC85-11d0-8FAE-08002BE4E62A}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{61935832-FC85-11d0-8FAE-08002BE4E62A}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{92655FB1-ADF9-11d1-BEB9-006008317CE8},,,"Lexicon Dialog"
 HKCR,CLSID\{92655FB1-ADF9-11d1-BEB9-006008317CE8}\InprocServer32,,,%49000%\Speech.dll
 HKCR,CLSID\{92655FB1-ADF9-11d1-BEB9-006008317CE8}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{F9D18BF8-E0ED-11d0-AB8B-08002BE4E3B7},,,"Telephony Controls Information Store"
 HKCR,CLSID\{F9D18BF8-E0ED-11d0-AB8B-08002BE4E3B7}\InprocServer32,,,%49000%\SpchTel.dll
 HKCR,CLSID\{F9D18BF8-E0ED-11d0-AB8B-08002BE4E3B7}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{A26D7620-6FA0-11ce-A166-00AA004CD65C},,,"Voice Command Object"
 HKCR,CLSID\{A26D7620-6FA0-11ce-A166-00AA004CD65C}\ProgID,,,Speech.VoiceCommand.1
 HKCR,CLSID\{A26D7620-6FA0-11ce-A166-00AA004CD65C}\VersionIndependentProgID,,,Speech.VoiceCommand
 HKCR,CLSID\{A26D7620-6FA0-11ce-A166-00AA004CD65C}\LocalServer32,,,%49000%\vcmd.exe
 HKCR,CLSID\{FF2C7A52-78F9-11ce-B762-00AA004CD65C},,,"Voice Text Object"
 HKCR,CLSID\{FF2C7A52-78F9-11ce-B762-00AA004CD65C}\ProgID,,,Speech.VoiceText.1
 HKCR,CLSID\{FF2C7A52-78F9-11ce-B762-00AA004CD65C}\VersionIndependentProgID,,,Speech.VoiceText
 HKCR,CLSID\{FF2C7A52-78F9-11ce-B762-00AA004CD65C}\LocalServer32,,,%49000%\vcmd.exe
 HKCR,CLSID\{35522CA0-67CE-11cf-9B8B-08005AFC3A41},,,"Voice Dictation Manager"
 HKCR,CLSID\{35522CA0-67CE-11cf-9B8B-08005AFC3A41}\LocalServer32,,,%49000%\vcmd.exe
 HKCR,Speech.VoiceCommand,,,"VoiceCommand Application"
 HKCR,Speech.VoiceCommand\Clsid,,,{A26D7620-6FA0-11ce-A166-00AA004CD65C}
 HKCR,Speech.VoiceCommand.1,,,"VCmd Application"
 HKCR,Speech.VoiceCommand.1\Clsid,,,{A26D7620-6FA0-11ce-A166-00AA004CD65C}
 HKCR,TypeLib\{A26D7621-6FA0-11ce-A166-00AA004CD65C}
 HKCR,TypeLib\{A26D7621-6FA0-11ce-A166-00AA004CD65C}\1.0,,,"Voice Command Object Library"
 HKCR,TypeLib\{A26D7621-6FA0-11ce-A166-00AA004CD65C}\1.0\HELPDIR
 HKCR,TypeLib\{A26D7621-6FA0-11ce-A166-00AA004CD65C}\1.0\409\win32,,,%49000%\vcauto.tlb
 HKCR,Interface\{A26D7622-6FA0-11ce-A166-00AA004CD65C},,,IVCmdAuto
 HKCR,Interface\{A26D7622-6FA0-11ce-A166-00AA004CD65C}\TypeLib,,,{A26D7621-6FA0-11ce-A166-00AA004CD65C}
 HKCR,Interface\{A26D7622-6FA0-11ce-A166-00AA004CD65C}\ProxyStubClsid,,,{00020424-0000-0000-C000-000000000046}
 HKCR,Interface\{A26D7622-6FA0-11ce-A166-00AA004CD65C}\ProxyStubClsid32,,,{00020424-0000-0000-C000-000000000046}
 HKCR,Interface\{A26D7623-6FA0-11ce-A166-00AA004CD65C},,,IVCmdMenu
 HKCR,Interface\{A26D7623-6FA0-11ce-A166-00AA004CD65C}\TypeLib,,,{A26D7621-6FA0-11ce-A166-00AA004CD65C}
 HKCR,Interface\{A26D7623-6FA0-11ce-A166-00AA004CD65C}\ProxyStubClsid,,,{00020424-0000-0000-C000-000000000046}
 HKCR,Interface\{A26D7623-6FA0-11ce-A166-00AA004CD65C}\ProxyStubClsid32,,,{00020424-0000-0000-C000-000000000046}
 HKCR,Speech.VoiceText,,,"VoiceText Application"
 HKCR,Speech.VoiceText\Clsid,,,{FF2C7A52-78F9-11ce-B762-00AA004CD65C}
 HKCR,Speech.VoiceText.1,,,"VCmd Application"
 HKCR,Speech.VoiceText.1\Clsid,,,{FF2C7A52-78F9-11ce-B762-00AA004CD65C}
 HKCR,TypeLib\{FF2C7A51-78F9-11ce-B762-00AA004CD65C}
 HKCR,TypeLib\{FF2C7A51-78F9-11ce-B762-00AA004CD65C}\1.0,,,"Voice Text Object Library"
 HKCR,TypeLib\{FF2C7A51-78F9-11ce-B762-00AA004CD65C}\1.0\HELPDIR
 HKCR,TypeLib\{FF2C7A51-78F9-11ce-B762-00AA004CD65C}\1.0\409\win32,,,%49000%\vtxtauto.tlb
 HKCR,Interface\{FF2C7A50-78F9-11ce-B762-00AA004CD65C},,,IVTxtAuto
 HKCR,Interface\{FF2C7A50-78F9-11ce-B762-00AA004CD65C}\TypeLib,,,{FF2C7A51-78F9-11ce-B762-00AA004CD65C}
 HKCR,Interface\{FF2C7A50-78F9-11ce-B762-00AA004CD65C}\ProxyStubClsid,,,{00020424-0000-0000-C000-000000000046}
 HKCR,Interface\{FF2C7A50-78F9-11ce-B762-00AA004CD65C}\ProxyStubClsid32,,,{00020424-0000-0000-C000-000000000046}
 HKCR,Interface\{CCFD7A60-604D-101B-9926-00AA003CFC2C},,,IVCmdNotifySinkW
 HKCR,Interface\{CCFD7A60-604D-101B-9926-00AA003CFC2C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{80B25CC0-5540-11b9-C000-5611722E1D15},,,IVCmdNotifySinkA
 HKCR,Interface\{80B25CC0-5540-11b9-C000-5611722E1D15}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{D3CC0820-604D-101B-9926-00AA003CFC2C},,,IVCmdEnumW
 HKCR,Interface\{D3CC0820-604D-101B-9926-00AA003CFC2C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{E86F9540-DCA2-11CD-A166-00AA004CD65C},,,IVCmdEnumA
 HKCR,Interface\{E86F9540-DCA2-11CD-A166-00AA004CD65C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{DAC54F60-604D-101B-9926-00AA003CFC2C},,,IVCmdMenuW
 HKCR,Interface\{DAC54F60-604D-101B-9926-00AA003CFC2C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{746141E0-5543-11b9-C000-5611722E1D15},,,IVCmdMenuA
 HKCR,Interface\{746141E0-5543-11b9-C000-5611722E1D15}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{E0DCC220-604D-101B-9926-00AA003CFC2C},,,IVoiceCommandW
 HKCR,Interface\{E0DCC220-604D-101B-9926-00AA003CFC2C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{C63A2B30-5543-11b9-C000-5611722E1D15},,,IVoiceCommandA
 HKCR,Interface\{C63A2B30-5543-11b9-C000-5611722E1D15}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{D981C420-6053-101B-9926-00AA003CFC2C},,,IVCmdMenuSetW
 HKCR,Interface\{D981C420-6053-101B-9926-00AA003CFC2C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{AEB2A680-5544-11b9-C000-5611722E1D15},,,IVCmdMenuSetA
 HKCR,Interface\{AEB2A680-5544-11b9-C000-5611722E1D15}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{E5F24680-6053-101B-9926-00AA003CFC2C},,,IVCmdAttributesW
 HKCR,Interface\{E5F24680-6053-101B-9926-00AA003CFC2C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{FFF5DF80-5544-11b9-C000-5611722E1D15},,,IVCmdAttributesA
 HKCR,Interface\{FFF5DF80-5544-11b9-C000-5611722E1D15}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{EE39B8A0-6053-101B-9926-00AA003CFC2C},,,IVCmdDialogsW
 HKCR,Interface\{EE39B8A0-6053-101B-9926-00AA003CFC2C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{AA8FE260-5545-11b9-C000-5611722E1D15},,,IVCmdDialogsA
 HKCR,Interface\{AA8FE260-5545-11b9-C000-5611722E1D15}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{FD3A2430-E090-11cd-A166-00AA004CD65C},,,IVMsgNotifySinkW
 HKCR,Interface\{FD3A2430-E090-11cd-A166-00AA004CD65C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{D2C840E0-E092-11cd-A166-00AA004CD65C},,,IVMsgNotifySinkA
 HKCR,Interface\{D2C840E0-E092-11cd-A166-00AA004CD65C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{C4FE8740-E093-11cd-A166-00AA004CD65C},,,IVoiceMessageW
 HKCR,Interface\{C4FE8740-E093-11cd-A166-00AA004CD65C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{E1B7A180-E093-11cd-A166-00AA004CD65C},,,IVoiceMessageA
 HKCR,Interface\{E1B7A180-E093-11cd-A166-00AA004CD65C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{6A8D6140-E095-11cd-A166-00AA004CD65C},,,IVMsgAttributesW
 HKCR,Interface\{6A8D6140-E095-11cd-A166-00AA004CD65C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{8BE9CC30-E095-11cd-A166-00AA004CD65C},,,IVMsgAttributesA
 HKCR,Interface\{8BE9CC30-E095-11cd-A166-00AA004CD65C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{D6469210-E095-11cd-A166-00AA004CD65C},,,IVMsgDialogsW
 HKCR,Interface\{D6469210-E095-11cd-A166-00AA004CD65C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{E8F6FA20-E095-11cd-A166-00AA004CD65C},,,IVMsgDialogsA
 HKCR,Interface\{E8F6FA20-E095-11cd-A166-00AA004CD65C}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{2F440FB4-CE01-11cf-B234-00AA00A215ED},,,IVCmdNotifySinkExW
 HKCR,Interface\{2F440FB4-CE01-11cf-B234-00AA00A215ED}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{2F440FB8-CE01-11cf-B234-00AA00A215ED},,,IVCmdNotifySinkExA
 HKCR,Interface\{2F440FB8-CE01-11cf-B234-00AA00A215ED}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{68A33AA0-44CD-101B-90A8-00AA003E4B50},,,ISRAttributesW
 HKCR,Interface\{68A33AA0-44CD-101B-90A8-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{2F26B9C1-DB31-11CD-B3CA-00AA0047BA4F},,,ISRAttributesA
 HKCR,Interface\{2F26B9C1-DB31-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{F106BFA0-C743-11CD-80E5-00AA003E4B50},,,ISRGramNotifySinkW
 HKCR,Interface\{F106BFA0-C743-11CD-80E5-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{EFEEA350-CE5E-11CD-9D96-00AA002FC7C9},,,ISRGramNotifySinkA
 HKCR,Interface\{EFEEA350-CE5E-11CD-9D96-00AA002FC7C9}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9B0-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRNotifySink
 HKCR,Interface\{090CD9B0-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{9B445332-E39F-11d1-BED7-006008317CE8},,,ISRNotifySink2
 HKCR,Interface\{9B445332-E39F-11d1-BED7-006008317CE8}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{B9BD3860-44DB-101B-90A8-00AA003E4B50},,,ISRCentralW
 HKCR,Interface\{B9BD3860-44DB-101B-90A8-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{2F26B9C2-DB31-11CD-B3CA-00AA0047BA4F},,,ISRCentralA
 HKCR,Interface\{2F26B9C2-DB31-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{BCFB4C60-44DB-101B-90A8-00AA003E4B50},,,ISRDialogsW
 HKCR,Interface\{BCFB4C60-44DB-101B-90A8-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C60-DBAB-11CD-B3CA-00AA0047BA4F},,,ISRDialogsA
 HKCR,Interface\{05EB6C60-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{9B445330-E39F-11d1-BED7-006008317CE8},,,ISRDialogs2W
 HKCR,Interface\{9B445330-E39F-11d1-BED7-006008317CE8}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{9B445331-E39F-11d1-BED7-006008317CE8},,,ISRDialogs2A
 HKCR,Interface\{9B445331-E39F-11d1-BED7-006008317CE8}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{BFA9F1A0-44DB-101B-90A8-00AA003E4B50},,,ISREnumW
 HKCR,Interface\{BFA9F1A0-44DB-101B-90A8-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C61-DBAB-11CD-B3CA-00AA0047BA4F},,,ISREnumA
 HKCR,Interface\{05EB6C61-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{C2835060-44DB-101B-90A8-00AA003E4B50},,,ISRFindW
 HKCR,Interface\{C2835060-44DB-101B-90A8-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C62-DBAB-11CD-B3CA-00AA0047BA4F},,,ISRFindA
 HKCR,Interface\{05EB6C62-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{E8C3E160-C743-11CD-80E5-00AA003E4B50},,,ISRGramCommonW
 HKCR,Interface\{E8C3E160-C743-11CD-80E5-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C63-DBAB-11CD-B3CA-00AA0047BA4F},,,ISRGramCommonA
 HKCR,Interface\{05EB6C63-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{ECC0B180-C743-11CD-80E5-00AA003E4B50},,,ISRGramCFGW
 HKCR,Interface\{ECC0B180-C743-11CD-80E5-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C64-DBAB-11CD-B3CA-00AA0047BA4F},,,ISRGramCFGA
 HKCR,Interface\{05EB6C64-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9A3-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRGramDictationW
 HKCR,Interface\{090CD9A3-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C65-DBAB-11CD-B3CA-00AA0047BA4F},,,ISRGramDictationA
 HKCR,Interface\{05EB6C65-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9A4-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRGramInsertionGUI
 HKCR,Interface\{090CD9A4-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9A5-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRResBasicW
 HKCR,Interface\{090CD9A5-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C66-DBAB-11CD-B3CA-00AA0047BA4F},,,ISRResBasicA
 HKCR,Interface\{05EB6C66-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9A6-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRResMerge
 HKCR,Interface\{090CD9A6-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9A7-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRResAudio
 HKCR,Interface\{090CD9A7-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{aad74c30-4b02-11d1-b792-0060979841b4},,,ISRResAudioEx
 HKCR,Interface\{aad74c30-4b02-11d1-b792-0060979841b4}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9A8-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRResCorrectionW
 HKCR,Interface\{090CD9A8-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C67-DBAB-11CD-B3CA-00AA0047BA4F},,,ISRResCorrectionA
 HKCR,Interface\{05EB6C67-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9A9-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRResEval
 HKCR,Interface\{090CD9A9-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9AA-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRResGraphW
 HKCR,Interface\{090CD9AA-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C68-DBAB-11CD-B3CA-00AA0047BA4F},,,ISRResGraphA
 HKCR,Interface\{05EB6C68-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{be8f63a0-b915-11d1-b7bc-0060979841b4},,,ISRResGraphEx
 HKCR,Interface\{be8f63a0-b915-11d1-b7bc-0060979841b4}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9AB-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRResMemory
 HKCR,Interface\{090CD9AB-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9AC-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRResModifyGUI
 HKCR,Interface\{090CD9AC-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9AD-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRResSpeakerW
 HKCR,Interface\{090CD9AD-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C69-DBAB-11CD-B3CA-00AA0047BA4F},,,ISRResSpeakerA
 HKCR,Interface\{05EB6C69-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{9B445333-E39F-11d1-BED7-006008317CE8},,,ISRSpeakerW
 HKCR,Interface\{9B445333-E39F-11d1-BED7-006008317CE8}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{9B445334-E39F-11d1-BED7-006008317CE8},,,ISRSpeakerA
 HKCR,Interface\{9B445334-E39F-11d1-BED7-006008317CE8}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9AE-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRSpeaker2W
 HKCR,Interface\{090CD9AE-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9AF-DA1A-11CD-B3CA-00AA0047BA4F},,,ISRSpeaker2A
 HKCR,Interface\{090CD9AF-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{E97F05C0-81B3-11ce-B763-00AA004CD65C},,,IEnumSRShareW
 HKCR,Interface\{E97F05C0-81B3-11ce-B763-00AA004CD65C}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{E97F05C1-81B3-11ce-B763-00AA004CD65C},,,IEnumSRShareA
 HKCR,Interface\{E97F05C1-81B3-11ce-B763-00AA004CD65C}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{0B37F1E0-B8DE-11cf-B22E-00AA00A215ED},,,ISRResScores
 HKCR,Interface\{0B37F1E0-B8DE-11cf-B22E-00AA00A215ED}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{1D59DED1-E367-11d1-BED7-006008317CE8},,,IAttributesW
 HKCR,Interface\{1D59DED1-E367-11d1-BED7-006008317CE8}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{1D59DED2-E367-11d1-BED7-006008317CE8},,,IAttributesA
 HKCR,Interface\{1D59DED2-E367-11d1-BED7-006008317CE8}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{090CD9A2-DA1A-11CD-B3CA-00AA0047BA4F},,,ILexPronounceW
 HKCR,Interface\{090CD9A2-DA1A-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{2F26B9C0-DB31-11CD-B3CA-00AA0047BA4F},,,ILexPronounceA
 HKCR,Interface\{2F26B9C0-DB31-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{D6E56341-B3EA-11d1-AFA5-0000F81E880D},,,ILexPronounce2W
 HKCR,Interface\{D6E56341-B3EA-11d1-AFA5-0000F81E880D}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{D6E56342-B3EA-11d1-AFA5-0000F81E880D},,,ILexPronounce2A
 HKCR,Interface\{D6E56342-B3EA-11d1-AFA5-0000F81E880D}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{9B445335-E39F-11d1-BED7-006008317CE8},,,ISpchErrorW
 HKCR,Interface\{9B445335-E39F-11d1-BED7-006008317CE8}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{9B445336-E39F-11d1-BED7-006008317CE8},,,ISpchErrorA
 HKCR,Interface\{9B445336-E39F-11d1-BED7-006008317CE8}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C6A-DBAB-11CD-B3CA-00AA0047BA4F},,,ITTSCentralA
 HKCR,Interface\{05EB6C6A-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{28016060-4A47-101B-931A-00AA0047BA4F},,,ITTSCentralW
 HKCR,Interface\{28016060-4A47-101B-931A-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{0FD6E2A1-E77D-11CD-B3CA-00AA0047BA4F},,,ITTSAttributesA
 HKCR,Interface\{0FD6E2A1-E77D-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{1287A280-4A47-101B-931A-00AA0047BA4F},,,ITTSAttributesW
 HKCR,Interface\{1287A280-4A47-101B-931A-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{e4963d40-c743-11cd-80e5-00aa003e4b50},,,ITTSBufNotifySink
 HKCR,Interface\{e4963d40-c743-11cd-80e5-00aa003e4b50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C6B-DBAB-11CD-B3CA-00AA0047BA4F},,,ITTSDialogsA
 HKCR,Interface\{05EB6C6B-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{47F59D00-4A47-101B-931A-00AA0047BA4F},,,ITTSDialogsW
 HKCR,Interface\{47F59D00-4A47-101B-931A-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C6D-DBAB-11CD-B3CA-00AA0047BA4F},,,ITTSEnumA
 HKCR,Interface\{05EB6C6D-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{6B837B20-4A47-101B-931A-00AA0047BA4F},,,ITTSEnumW
 HKCR,Interface\{6B837B20-4A47-101B-931A-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C6E-DBAB-11CD-B3CA-00AA0047BA4F},,,ITTSFindA
 HKCR,Interface\{05EB6C6E-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{7AA42960-4A47-101B-931A-00AA0047BA4F},,,ITTSFindW
 HKCR,Interface\{7AA42960-4A47-101B-931A-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C6F-DBAB-11CD-B3CA-00AA0047BA4F},,,ITTSNotifySinkA
 HKCR,Interface\{05EB6C6F-DBAB-11CD-B3CA-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{C0FA8F40-4A46-101B-931A-00AA0047BA4F},,,ITTSNotifySinkW
 HKCR,Interface\{C0FA8F40-4A46-101B-931A-00AA0047BA4F}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{599F77E2-E42E-11d1-BED8-006008317CE8},,,ITTSNotifySink2A
 HKCR,Interface\{599F77E2-E42E-11d1-BED8-006008317CE8}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{599F77E1-E42E-11d1-BED8-006008317CE8},,,ITTSNotifySink2W
 HKCR,Interface\{599F77E1-E42E-11d1-BED8-006008317CE8}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{F546B340-C743-11cd-80E5-00AA003E4B50},,,IAudio
 HKCR,Interface\{F546B340-C743-11cd-80E5-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{BC06A220-C743-11cd-80E5-00AA003E4B50},,,IAudioSource
 HKCR,Interface\{BC06A220-C743-11cd-80E5-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{2EC34DA0-C743-11cd-80E5-00AA003E4B50},,,IAudioDest
 HKCR,Interface\{2EC34DA0-C743-11cd-80E5-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{C0BD9A80-C743-11cd-80E5-00AA003E4B50},,,IAudioSourceNotifySink
 HKCR,Interface\{C0BD9A80-C743-11cd-80E5-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{ACB08C00-C743-11cd-80E5-00AA003E4B50},,,IAudioDestNotifySink
 HKCR,Interface\{ACB08C00-C743-11cd-80E5-00AA003E4B50}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{492FE490-51E7-11b9-C000-FED6CBA3B1A9},,,IAudioFileNotifySink
 HKCR,Interface\{492FE490-51E7-11b9-C000-FED6CBA3B1A9}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{FD7C2320-3D6D-11b9-C000-FED6CBA3B1A9},,,IAudioFile
 HKCR,Interface\{FD7C2320-3D6D-11b9-C000-FED6CBA3B1A9}\ProxyStubClsid32,,,{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{88AD7DC3-67D5-11cf-9B8B-08005AFC3A41},,,IVoiceDictationW
 HKCR,Interface\{88AD7DC3-67D5-11cf-9B8B-08005AFC3A41}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{88AD7DC4-67D5-11cf-9B8B-08005AFC3A41},,,IVoiceDictationA
 HKCR,Interface\{88AD7DC4-67D5-11cf-9B8B-08005AFC3A41}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{6D62B3A0-6893-11cf-9B8B-08005AFC3A41},,,IVDctTextW
 HKCR,Interface\{6D62B3A0-6893-11cf-9B8B-08005AFC3A41}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{6D62B3A1-6893-11cf-9B8B-08005AFC3A41},,,IVDctTextA
 HKCR,Interface\{6D62B3A1-6893-11cf-9B8B-08005AFC3A41}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{238004E1-F0C4-11d1-BED9-006008317CE8},,,IVDctText2W
 HKCR,Interface\{238004E1-F0C4-11d1-BED9-006008317CE8}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{238004E2-F0C4-11d1-BED9-006008317CE8},,,IVDctText2A
 HKCR,Interface\{238004E2-F0C4-11d1-BED9-006008317CE8}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{238004E3-F0C4-11d1-BED9-006008317CE8},,,IVDctTextCache
 HKCR,Interface\{238004E3-F0C4-11d1-BED9-006008317CE8}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{88AD7DC5-67D5-11cf-9B8B-08005AFC3A41},,,IVDctAttributesW
 HKCR,Interface\{88AD7DC5-67D5-11cf-9B8B-08005AFC3A41}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{88AD7DC6-67D5-11cf-9B8B-08005AFC3A41},,,IVDctAttributesA
 HKCR,Interface\{88AD7DC6-67D5-11cf-9B8B-08005AFC3A41}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{88AD7DC7-67D5-11cf-9B8B-08005AFC3A41},,,IVDctDialogsW
 HKCR,Interface\{88AD7DC7-67D5-11cf-9B8B-08005AFC3A41}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{88AD7DC8-67D5-11cf-9B8B-08005AFC3A41},,,IVDctDialogsA
 HKCR,Interface\{88AD7DC8-67D5-11cf-9B8B-08005AFC3A41}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{5FEB8800-67D5-11cf-9B8B-08005AFC3A41},,,IVDctNotifySinkW
 HKCR,Interface\{5FEB8800-67D5-11cf-9B8B-08005AFC3A41}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{88AD7DC0-67D5-11cf-9B8B-08005AFC3A41},,,IVDctNotifySinkA
 HKCR,Interface\{88AD7DC0-67D5-11cf-9B8B-08005AFC3A41}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{599F77E3-E42E-11d1-BED8-006008317CE8},,,IVDctNotifySink2W
 HKCR,Interface\{599F77E3-E42E-11d1-BED8-006008317CE8}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{599F77E4-E42E-11d1-BED8-006008317CE8},,,IVDctNotifySink2A
 HKCR,Interface\{599F77E4-E42E-11d1-BED8-006008317CE8}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{8953F1A0-7E80-11cf-8D15-00A0C9034A7E},,,IVDctGUI
 HKCR,Interface\{8953F1A0-7E80-11cf-8D15-00A0C9034A7E}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{A02C2CA0-AE50-11cf-833A-00AA00A21A29},,,IVDctCommandsW
 HKCR,Interface\{A02C2CA0-AE50-11cf-833A-00AA00A21A29}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{A02C2CA1-AE50-11cf-833A-00AA00A21A29},,,IVDctCommandsA
 HKCR,Interface\{A02C2CA1-AE50-11cf-833A-00AA00A21A29}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{A02C2CA2-AE50-11cf-833A-00AA00A21A29},,,IVDctGlossaryW
 HKCR,Interface\{A02C2CA2-AE50-11cf-833A-00AA00A21A29}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{A02C2CA3-AE50-11cf-833A-00AA00A21A29},,,IVDctGlossaryA
 HKCR,Interface\{A02C2CA3-AE50-11cf-833A-00AA00A21A29}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{90A84EA0-6E51-11D0-9BC2-08005AFC3A41},,,IVDctInvTextNormW
 HKCR,Interface\{90A84EA0-6E51-11D0-9BC2-08005AFC3A41}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{90A84EA1-6E51-11D0-9BC2-08005AFC3A41},,,IVDctInvTextNormA
 HKCR,Interface\{90A84EA1-6E51-11D0-9BC2-08005AFC3A41}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{D4E3F8E0-6521-11d1-8C35-006097DF5D01},,,IVDctCommandsBuiltInW
 HKCR,Interface\{D4E3F8E0-6521-11d1-8C35-006097DF5D01}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{D4E3F8E1-6521-11d1-8C35-006097DF5D01},,,IVDctCommandsAppW
 HKCR,Interface\{D4E3F8E1-6521-11d1-8C35-006097DF5D01}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{8763AFD1-7ADE-11d1-BEA7-006008317CE8},,,IVDctCommandsBuiltInA
 HKCR,Interface\{8763AFD1-7ADE-11d1-BEA7-006008317CE8}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{8763AFD2-7ADE-11d1-BEA7-006008317CE8},,,IVDctCommandsAppA
 HKCR,Interface\{8763AFD2-7ADE-11d1-BEA7-006008317CE8}\ProxyStubClsid32,,,{C63A2B30-5543-11b9-C000-5611722E1D15}
 ; for uninstall
 HKLM,Software\Microsoft\SpeechAPI,InstallDir,,%49000%
 ; controls
 HKCR,CLSID\{53961A01-459B-11d1-BE77-006008317CE8},,,"Yes/No Control"
 HKCR,CLSID\{53961A01-459B-11d1-BE77-006008317CE8}\InprocServer32,,,%49000%\spchtel.dll
 HKCR,CLSID\{53961A01-459B-11d1-BE77-006008317CE8}\InprocServer32,ThreadingModel,,Apartment
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Yes/No Control",,"{53961A01-459B-11d1-BE77-006008317CE8}"
 HKCR,CLSID\{53961A02-459B-11d1-BE77-006008317CE8},,,"Extension Control"
 HKCR,CLSID\{53961A02-459B-11d1-BE77-006008317CE8}\InprocServer32,,,%49000%\spchtel.dll
 HKCR,CLSID\{53961A02-459B-11d1-BE77-006008317CE8}\InprocServer32,ThreadingModel,,Apartment
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Extension Control",,"{53961A02-459B-11d1-BE77-006008317CE8}"
 HKCR,CLSID\{53961A03-459B-11d1-BE77-006008317CE8},,,"Phone Number Control"
 HKCR,CLSID\{53961A03-459B-11d1-BE77-006008317CE8}\InprocServer32,,,%49000%\spchtel.dll
 HKCR,CLSID\{53961A03-459B-11d1-BE77-006008317CE8}\InprocServer32,ThreadingModel,,Apartment
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Phone Number Control",,"{53961A03-459B-11d1-BE77-006008317CE8}"
 HKCR,CLSID\{53961A04-459B-11d1-BE77-006008317CE8},,,"Grammar Control"
 HKCR,CLSID\{53961A04-459B-11d1-BE77-006008317CE8}\InprocServer32,,,%49000%\spchtel.dll
 HKCR,CLSID\{53961A04-459B-11d1-BE77-006008317CE8}\InprocServer32,ThreadingModel,,Apartment
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Grammar Control",,"{53961A04-459B-11d1-BE77-006008317CE8}"
 HKCR,CLSID\{53961A05-459B-11d1-BE77-006008317CE8},,,"Date Control"
 HKCR,CLSID\{53961A05-459B-11d1-BE77-006008317CE8}\InprocServer32,,,%49000%\spchtel.dll
 HKCR,CLSID\{53961A05-459B-11d1-BE77-006008317CE8}\InprocServer32,ThreadingModel,,Apartment
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Date Control",,"{53961A05-459B-11d1-BE77-006008317CE8}"
 HKCR,CLSID\{53961A06-459B-11d1-BE77-006008317CE8},,,"Time Control"
 HKCR,CLSID\{53961A06-459B-11d1-BE77-006008317CE8}\InprocServer32,,,%49000%\spchtel.dll
 HKCR,CLSID\{53961A06-459B-11d1-BE77-006008317CE8}\InprocServer32,ThreadingModel,,Apartment
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Time Control",,"{53961A06-459B-11d1-BE77-006008317CE8}"
 HKCR,CLSID\{53961A07-459B-11d1-BE77-006008317CE8},,,"Record Control"
 HKCR,CLSID\{53961A07-459B-11d1-BE77-006008317CE8}\InprocServer32,,,%49000%\spchtel.dll
 HKCR,CLSID\{53961A07-459B-11d1-BE77-006008317CE8}\InprocServer32,ThreadingModel,,Apartment
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Record Control",,"{53961A07-459B-11d1-BE77-006008317CE8}"
 HKCR,CLSID\{53961A08-459B-11d1-BE77-006008317CE8},,,"Spelling Control"
 HKCR,CLSID\{53961A08-459B-11d1-BE77-006008317CE8}\InprocServer32,,,%49000%\spchtel.dll
 HKCR,CLSID\{53961A08-459B-11d1-BE77-006008317CE8}\InprocServer32,ThreadingModel,,Apartment
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Spelling Control",,"{53961A08-459B-11d1-BE77-006008317CE8}"
 HKCR,CLSID\{53961A09-459B-11d1-BE77-006008317CE8},,,"Name Control"
 HKCR,CLSID\{53961A09-459B-11d1-BE77-006008317CE8}\InprocServer32,,,%49000%\spchtel.dll
 HKCR,CLSID\{53961A09-459B-11d1-BE77-006008317CE8}\InprocServer32,ThreadingModel,,Apartment
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Name Control",,"{53961A09-459B-11d1-BE77-006008317CE8}"
 HKLM,SOFTWARE\Microsoft\SpeechAPI,"PronMailCompany",,"Microsoft"
 HKLM,SOFTWARE\Microsoft\SpeechAPI,"PronMailAddRess",,"SpchData@Microsoft.com"
 ; ActiveX controls
 ;DirectSR
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE},,,"DirectSR Class"
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE}\InprocServer32,,,%49000%\Xlisten.dll
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE}\ProgId,,,"DirectSR.DirectSR.1"
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE}\ToolboxBitmap32,,,"%49000%\Xlisten.dll,1"
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE}\TypeLib,,,"{4E3D9D11-0C63-11D1-8BFB-0060081841DE}"
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE}\Version,,,"1.0"
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE}\VersionIndependendProgId,,,"DirectSR.DirectSR"
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE}\Control
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE}\Insertable
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE}\Programmable
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE}\MiscStatus
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE}\MiscStatus\1,,,"131473"
 HKCR,TypeLib\{4E3D9D11-0C63-11D1-8BFB-0060081841DE}
 HKCR,TypeLib\{4E3D9D11-0C63-11D1-8BFB-0060081841DE}\1.0,,,"Microsoft Direct Speech Recognition"
 HKCR,TypeLib\{4E3D9D11-0C63-11D1-8BFB-0060081841DE}\1.0\0\win32,,,"%49000%\Xlisten.dll"
 ;DirectSS
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE},,,"DirectSS Class"
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE}\InprocServer32,,,%49000%\XVoice.dll
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE}\ProgId,,,"DirectSS.DirectSS.1"
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE}\ToolboxBitmap32,,,"%49000%\XVoice.dll,1"
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE}\TypeLib,,,"{EEE78583-FE22-11D0-8BEF-0060081841DE}"
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE}\Version,,,"1.0"
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE}\VersionIndependendProgId,,,"DirectSS.DirectSS"
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE}\Control
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE}\Insertable
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE}\Programmable
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE}\MiscStatus
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE}\MiscStatus\1,,,"131473"
 HKCR,TypeLib\{EEE78583-FE22-11D0-8BEF-0060081841DE}
 HKCR,TypeLib\{EEE78583-FE22-11D0-8BEF-0060081841DE}\1.0,,,"Microsoft Direct Text-to-Speech"
 HKCR,TypeLib\{EEE78583-FE22-11D0-8BEF-0060081841DE}\1.0\0\win32,,,"%49000%\XVoice.dll"
 ;Vcommand
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE},,,"VCommand Class"
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE}\InprocServer32,,,%49000%\Xcommand.dll
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE}\ProgId,,,"Vcommand.Vcommand.1"
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE}\ToolboxBitmap32,,,"%49000%\Xcommand.dll,1"
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE}\TypeLib,,,"{60462311-3373-11D1-8C43-0060081841DE}"
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE}\Version,,,"1.0"
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE}\VersionIndependendProgId,,,"Vcommand.Vcommand"
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE}\Control
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE}\Insertable
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE}\Programmable
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE}\MiscStatus
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE}\MiscStatus\1,,,"131473"
 HKCR,TypeLib\{60462311-3373-11D1-8C43-0060081841DE}
 HKCR,TypeLib\{60462311-3373-11D1-8C43-0060081841DE}\1.0,,,"Microsoft Voice Commands"
 HKCR,TypeLib\{60462311-3373-11D1-8C43-0060081841DE}\1.0\0\win32,,,"%49000%\Xcommand.dll"
 ;Vdict
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE},,,"VDict Class"
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE}\InprocServer32,,,%49000%\Vdict.dll
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE}\ProgId,,,"Vdict.Vdict.1"
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE}\ToolboxBitmap32,,,"%49000%\Vdict.dll,1"
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE}\TypeLib,,,"{582C2183-4016-11D1-8C55-0060081841DE}"
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE}\Version,,,"1.0"
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE}\VersionIndependendProgId,,,"Vdict.Vdict"
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE}\Control
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE}\Insertable
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE}\Programmable
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE}\MiscStatus
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE}\MiscStatus\1,,,"131473"
 HKCR,TypeLib\{582C2183-4016-11D1-8C55-0060081841DE}
 HKCR,TypeLib\{582C2183-4016-11D1-8C55-0060081841DE}\1.0,,,"Microsoft Voice Dictation"
 HKCR,TypeLib\{582C2183-4016-11D1-8C55-0060081841DE}\1.0\0\win32,,,"%49000%\Vdict.dll"
 ;VText
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE},,,"TextToSpeech Class"
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE}\InprocServer32,,,%49000%\Vtext.dll
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE}\ProgId,,,"Vtext.Vtext.1"
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE}\ToolboxBitmap32,,,"%49000%\Vtext.dll,1"
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE}\TypeLib,,,"{2398E321-5C6E-11D1-8C65-0060081841DE}"
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE}\Version,,,"1.0"
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE}\VersionIndependendProgId,,,"Vtext.Vtext
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE}\Control
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE}\Insertable
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE}\Programmable
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE}\MiscStatus
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE}\MiscStatus\1,,,"131473"
 HKCR,TypeLib\{2398E321-5C6E-11D1-8C65-0060081841DE}
 HKCR,TypeLib\{2398E321-5C6E-11D1-8C65-0060081841DE}\1.0,,,"Microsoft Voice Text"
 HKCR,TypeLib\{2398E321-5C6E-11D1-8C65-0060081841DE}\1.0\0\win32,,,"%49000%\Vtext.dll"
 ;Xtel	
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE},,,"Telephony Class"
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE}\InprocServer32,,,%49000%\Xtel.dll
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE}\ProgId,,,"Xtel.XTel.1"
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE}\ToolboxBitmap32,,,"%49000%\XTel.dll,1"
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE}\TypeLib,,,"{FC9E7401-6058-11D1-8C66-0060081841DE}"
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE}\Version,,,"1.0"
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE}f\VersionIndependendProgId,,,"Xtel.Xtel"
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE}\Control
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE}\Insertable
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE}\Programmable
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE}\MiscStatus
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE}\MiscStatus\1,,,"131473"
 HKCR,TypeLib\{FC9E7401-6058-11D1-8C66-0060081841DE}
 HKCR,TypeLib\{FC9E7401-6058-11D1-8C66-0060081841DE}\1.0,,,"Microsoft Telephony"
 HKCR,TypeLib\{FC9E7401-6058-11D1-8C66-0060081841DE}\1.0\0\win32,,,"%49000%\Xtel.dll"
 ; Wrapper DLL
 HKCR,CLSID\{0C7F3F20-8BAB-11d2-9432-00C04F8EF48F},,,"Downloadable Speech API"
 HKCR,CLSID\{0C7F3F20-8BAB-11d2-9432-00C04F8EF48F}\Control,,,
 HKCR,CLSID\{0C7F3F20-8BAB-11d2-9432-00C04F8EF48F}\InprocServer32,,,"%49000%\WrapSAPI.dll"
 HKCR,CLSID\{0C7F3F20-8BAB-11d2-9432-00C04F8EF48F}\InprocServer32,ThreadingModel,,Apartment
 HKCR,CLSID\{0C7F3F20-8BAB-11d2-9432-00C04F8EF48F}\MiscStatus,,,"0"
 HKCR,CLSID\{0C7F3F20-8BAB-11d2-9432-00C04F8EF48F}\MiscStatus\1,,,"132497"
 ; Work around issues with Dragon NS
 HKCR,CLSID\{05EB6C68-DBAB-11CD-B3CA-00AA0047BA4F}\InprocServer32
 HKCR,CLSID\{090CD9AA-DA1A-11CD-B3CA-00AA0047BA4F}\InprocServer32
 HKCR,CLSID\{090CD9A2-DA1A-11CD-B3CA-00AA0047BA4F}\InprocServer32
 HKCR,CLSID\{2F26B9C0-DB31-11CD-B3CA-00AA0047BA4F}\InprocServer32
 HKCR,CLSID\{090CD9AE-DA1A-11CD-B3CA-00AA0047BA4F}\InprocServer32
 HKCR,CLSID\{090CD9AF-DA1A-11CD-B3CA-00AA0047BA4F}\InprocServer32
 ; cache information, to work around bugs encountered in older engines
 HKLM,Software\Voice\TextToSpeech\Engine\{F063EDA0-8C65-11CF-8FC8-0020AF14F271},Dirty,1,1
 HKLM,Software\Voice\TextToSpeech\Engine\{1B6BF820-9299-101B-8A19-265D428C60FF},Dirty,1,1
 [DelRegSection]
 HKCR,CLSID\{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,CLSID\{6D40D820-0BA7-11ce-A166-00AA004CD65C}
 HKCR,CLSID\{F1DC95A0-0BA7-11ce-A166-00AA004CD65C}
 HKCR,CLSID\{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,CLSID\{89F70C30-8636-11ce-B763-00AA004CD65C}
 HKCR,CLSID\{D67C0280-C743-11cd-80E5-00AA003E4B50}
 HKCR,CLSID\{CB96B400-C743-11cd-80E5-00AA003E4B50}
 HKCR,CLSID\{E02D16C0-C743-11cd-80E5-00AA003E4B50}
 HKCR,CLSID\{D24FE500-C743-11cd-80E5-00AA003E4B50}
 HKCR,CLSID\{D4023720-E4B9-11cf-8D56-00A0C9034A7E}
 HKCR,CLSID\{D4123720-E4B9-11cf-8D56-00A0C9034A7E}
 HKCR,CLSID\{A26D7620-6FA0-11ce-A166-00AA004CD65C}
 HKCR,CLSID\{FF2C7A52-78F9-11ce-B762-00AA004CD65C}
 HKCR,CLSID\{35522CA0-67CE-11cf-9B8B-08005AFC3A41}
 HKCR,CLSID\{554667BB-7213-11cf-B210-00AA00A215ED}
 HKCR,CLSID\{B9F11A90-90E3-11d0-8D77-00A0C9034A7E}
 HKCR,CLSID\{92655FB1-ADF9-11d1-BEB9-006008317CE8}
 HKCR,CLSID\{32C35401-D04F-11d0-99B3-00AA004CD65C}
 HKCR,CLSID\{B9F11A95-90E3-11d0-8D77-00A0C9034A7E}
 HKCR,CLSID\{B9F11A96-90E3-11d0-8D77-00A0C9034A7E}
 HKCR,CLSID\{D4523720-E4B9-11cf-8D56-00A0C9034A7E}
 HKCR,CLSID\{D4623720-E4B9-11cf-8D56-00A0C9034A7E}
 HKCR,CLSID\{B9F11A95-90E3-11d0-8D77-00A0C9034A7E}
 HKCR,CLSID\{B9F11A96-90E3-11d0-8D77-00A0C9034A7E}
 HKCR,CLSID\{70618F72-D1ED-11d0-8FAC-08002BE4E62A}
 HKCR,CLSID\{EFD0E6BA-DB5F-11d0-8FAC-08002BE4E62A}
 HKCR,CLSID\{B3613D9F-E26E-11d0-8FAC-08002BE4E62A}
 HKCR,CLSID\{B3613DA0-E26E-11d0-8FAC-08002BE4E62A}
 HKCR,CLSID\{2EC5A8A5-E65B-11d0-8FAC-08002BE4E62A}
 HKCR,CLSID\{2EC5A8A6-E65B-11d0-8FAC-08002BE4E62A}
 HKCR,CLSID\{F9D18BF8-E0ED-11d0-AB8B-08002BE4E3B7}
 HKCR,CLSID\{D1352B68-E2B5-11d0-AB8B-08002BE4E3B7}
 HKCR,CLSID\{61935832-FC85-11d0-8FAE-08002BE4E62A}
 HKCR,Speech.VoiceCommand
 HKCR,Speech.VoiceCommand.1
 HKCR,TypeLib\{A26D7621-6FA0-11ce-A166-00AA004CD65C}
 HKCR,Interface\{A26D7622-6FA0-11ce-A166-00AA004CD65C}
 HKCR,Speech.VoiceText
 HKCR,Speech.VoiceText.1
 HKCR,TypeLib\{FF2C7A51-78F9-11ce-B762-00AA004CD65C}
 HKCR,Interface\{FF2C7A50-78F9-11ce-B762-00AA004CD65C}
 HKCR,Interface\{CCFD7A60-604D-101B-9926-00AA003CFC2C}
 HKCR,Interface\{80B25CC0-5540-11b9-C000-5611722E1D15}
 HKCR,Interface\{D3CC0820-604D-101B-9926-00AA003CFC2C}
 HKCR,Interface\{E86F9540-DCA2-11CD-A166-00AA004CD65C}
 HKCR,Interface\{DAC54F60-604D-101B-9926-00AA003CFC2C}
 HKCR,Interface\{746141E0-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{E0DCC220-604D-101B-9926-00AA003CFC2C}
 HKCR,Interface\{C63A2B30-5543-11b9-C000-5611722E1D15}
 HKCR,Interface\{D981C420-6053-101B-9926-00AA003CFC2C}
 HKCR,Interface\{AEB2A680-5544-11b9-C000-5611722E1D15}
 HKCR,Interface\{E5F24680-6053-101B-9926-00AA003CFC2C}
 HKCR,Interface\{FFF5DF80-5544-11b9-C000-5611722E1D15}
 HKCR,Interface\{EE39B8A0-6053-101B-9926-00AA003CFC2C}
 HKCR,Interface\{AA8FE260-5545-11b9-C000-5611722E1D15}
 HKCR,Interface\{FD3A2430-E090-11cd-A166-00AA004CD65C}
 HKCR,Interface\{D2C840E0-E092-11cd-A166-00AA004CD65C}
 HKCR,Interface\{C4FE8740-E093-11cd-A166-00AA004CD65C}
 HKCR,Interface\{E1B7A180-E093-11cd-A166-00AA004CD65C}
 HKCR,Interface\{6A8D6140-E095-11cd-A166-00AA004CD65C}
 HKCR,Interface\{8BE9CC30-E095-11cd-A166-00AA004CD65C}
 HKCR,Interface\{D6469210-E095-11cd-A166-00AA004CD65C}
 HKCR,Interface\{E8F6FA20-E095-11cd-A166-00AA004CD65C}
 HKCR,Interface\{2F440FB4-CE01-11cf-B234-00AA00A215ED}
 HKCR,Interface\{2F440FB8-CE01-11cf-B234-00AA00A215ED}
 HKCR,Interface\{9B445332-E39F-11d1-BED7-006008317CE8}
 HKCR,Interface\{be8f63a0-b915-11d1-b7bc-0060979841b4}
 HKCR,Interface\{9B445333-E39F-11d1-BED7-006008317CE8}
 HKCR,Interface\{9B445334-E39F-11d1-BED7-006008317CE8}
 HKCR,Interface\{9B445335-E39F-11d1-BED7-006008317CE8}
 HKCR,Interface\{9B445336-E39F-11d1-BED7-006008317CE8}
 HKCR,Interface\{599F77E3-E42E-11d1-BED8-006008317CE8}
 HKCR,Interface\{599F77E4-E42E-11d1-BED8-006008317CE8}
 HKCR,Interface\{238004E1-F0C4-11d1-BED9-006008317CE8}
 HKCR,Interface\{238004E2-F0C4-11d1-BED9-006008317CE8}
 HKCR,Interface\{238004E3-F0C4-11d1-BED9-006008317CE8}
 HKCR,Interface\{68A33AA0-44CD-101B-90A8-00AA003E4B50}
 HKCR,Interface\{2F26B9C1-DB31-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{F106BFA0-C743-11CD-80E5-00AA003E4B50}
 HKCR,Interface\{EFEEA350-CE5E-11CD-9D96-00AA002FC7C9}
 HKCR,Interface\{090CD9B0-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{B9BD3860-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{2F26B9C2-DB31-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{BCFB4C60-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C60-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{BFA9F1A0-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C61-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{C2835060-44DB-101B-90A8-00AA003E4B50}
 HKCR,Interface\{05EB6C62-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{E8C3E160-C743-11CD-80E5-00AA003E4B50}
 HKCR,Interface\{05EB6C63-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{ECC0B180-C743-11CD-80E5-00AA003E4B50}
 HKCR,Interface\{05EB6C64-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{090CD9A3-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{05EB6C65-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{090CD9A4-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{090CD9A5-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{05EB6C66-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{090CD9A6-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{aad74c30-4b02-11d1-b792-0060979841b4}
 HKCR,Interface\{090CD9A7-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{090CD9A8-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{05EB6C67-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{090CD9A9-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{090CD9AA-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{05EB6C68-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{090CD9AB-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{090CD9AC-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{090CD9AD-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{05EB6C69-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{090CD9AE-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{090CD9AF-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{E97F05C0-81B3-11ce-B763-00AA004CD65C}
 HKCR,Interface\{E97F05C1-81B3-11ce-B763-00AA004CD65C}
 HKCR,Interface\{0B37F1E0-B8DE-11cf-B22E-00AA00A215ED}
 HKCR,Interface\{090CD9A2-DA1A-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{2F26B9C0-DB31-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{D6E56341-B3EA-11d1-AFA5-0000F81E880D}
 HKCR,Interface\{D6E56342-B3EA-11d1-AFA5-0000F81E880D}
 HKCR,Interface\{1D59DED1-E367-11d1-BED7-006008317CE8}
 HKCR,Interface\{1D59DED2-E367-11d1-BED7-006008317CE8}
 HKCR,Interface\{9B445330-E39F-11d1-BED7-006008317CE8}
 HKCR,Interface\{9B445331-E39F-11d1-BED7-006008317CE8}
 HKCR,Interface\{05EB6C6A-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{28016060-4A47-101B-931A-00AA0047BA4F}
 HKCR,Interface\{0FD6E2A1-E77D-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{1287A280-4A47-101B-931A-00AA0047BA4F}
 HKCR,Interface\{e4963d40-c743-11cd-80e5-00aa003e4b50}
 HKCR,Interface\{05EB6C6B-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{47F59D00-4A47-101B-931A-00AA0047BA4F}
 HKCR,Interface\{05EB6C6D-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{6B837B20-4A47-101B-931A-00AA0047BA4F}
 HKCR,Interface\{05EB6C6E-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{7AA42960-4A47-101B-931A-00AA0047BA4F}
 HKCR,Interface\{05EB6C6F-DBAB-11CD-B3CA-00AA0047BA4F}
 HKCR,Interface\{C0FA8F40-4A46-101B-931A-00AA0047BA4F}
 HKCR,Interface\{599F77E2-E42E-11d1-BED8-006008317CE8}
 HKCR,Interface\{599F77E1-E42E-11d1-BED8-006008317CE8}
 HKCR,Interface\{F546B340-C743-11cd-80E5-00AA003E4B50}
 HKCR,Interface\{BC06A220-C743-11cd-80E5-00AA003E4B50}
 HKCR,Interface\{2EC34DA0-C743-11cd-80E5-00AA003E4B50}
 HKCR,Interface\{C0BD9A80-C743-11cd-80E5-00AA003E4B50}
 HKCR,Interface\{ACB08C00-C743-11cd-80E5-00AA003E4B50}
 HKCR,Interface\{492FE490-51E7-11b9-C000-FED6CBA3B1A9}
 HKCR,Interface\{FD7C2320-3D6D-11b9-C000-FED6CBA3B1A9}
 HKCR,Interface\{88AD7DC3-67D5-11cf-9B8B-08005AFC3A41}
 HKCR,Interface\{88AD7DC4-67D5-11cf-9B8B-08005AFC3A41}
 HKCR,Interface\{6D62B3A0-6893-11cf-9B8B-08005AFC3A41}
 HKCR,Interface\{6D62B3A1-6893-11cf-9B8B-08005AFC3A41}
 HKCR,Interface\{88AD7DC5-67D5-11cf-9B8B-08005AFC3A41}
 HKCR,Interface\{88AD7DC6-67D5-11cf-9B8B-08005AFC3A41}
 HKCR,Interface\{88AD7DC7-67D5-11cf-9B8B-08005AFC3A41}
 HKCR,Interface\{88AD7DC8-67D5-11cf-9B8B-08005AFC3A41}
 HKCR,Interface\{5FEB8800-67D5-11cf-9B8B-08005AFC3A41}
 HKCR,Interface\{88AD7DC0-67D5-11cf-9B8B-08005AFC3A41}
 HKCR,Interface\{8953F1A0-7E80-11cf-8D15-00A0C9034A7E}
 HKCR,Interface\{A02C2CA0-AE50-11cf-833A-00AA00A21A29}
 HKCR,Interface\{A02C2CA1-AE50-11cf-833A-00AA00A21A29}
 HKCR,Interface\{A02C2CA2-AE50-11cf-833A-00AA00A21A29}
 HKCR,Interface\{A02C2CA3-AE50-11cf-833A-00AA00A21A29}
 HKCR,Interface\{90A84EA0-6E51-11D0-9BC2-08005AFC3A41}
 HKCR,Interface\{90A84EA1-6E51-11D0-9BC2-08005AFC3A41}
 HKCR,Interface\{D4E3F8E0-6521-11d1-8C35-006097DF5D01}
 HKCR,Interface\{D4E3F8E1-6521-11d1-8C35-006097DF5D01}
 HKCR,Interface\{8763AFD1-7ADE-11d1-BEA7-006008317CE8}
 HKCR,Interface\{8763AFD2-7ADE-11d1-BEA7-006008317CE8}
 ; wrapper dll
 HKCR,CLSID\{0C7F3F20-8BAB-11d2-9432-00C04F8EF48F}
 ; registry entries created by components
 HKCU,Software\Voice
 HKLM,Software\Voice\VoiceCommands
 HKLM,Software\Voice\VoiceDictation
 HKCU,Software\Microsoft\SpeechAPI
 HKLM,Software\Microsoft\SpeechAPI
 ; uninstall
 HKLM,Software\Microsoft\Windows\CurrentVersion\Uninstall\SpeechAPI
 HKLM,Software\Microsoft\SpchAPI
 HKCR,CLSID\{53961A01-459B-11d1-BE77-006008317CE8}
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Yes/No Control"
 HKCR,CLSID\{53961A02-459B-11d1-BE77-006008317CE8}
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Extension Control"
 HKCR,CLSID\{53961A03-459B-11d1-BE77-006008317CE8}
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Phone Number Control"
 HKCR,CLSID\{53961A04-459B-11d1-BE77-006008317CE8}
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Grammar Control"
 HKCR,CLSID\{53961A05-459B-11d1-BE77-006008317CE8}
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Date Control"
 HKCR,CLSID\{53961A06-459B-11d1-BE77-006008317CE8}
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Time Control"
 HKCR,CLSID\{53961A07-459B-11d1-BE77-006008317CE8}
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Record Control"
 HKCR,CLSID\{53961A08-459B-11d1-BE77-006008317CE8}
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Spelling Control"
 HKCR,CLSID\{53961A09-459B-11d1-BE77-006008317CE8}
 HKLM,SOFTWARE\Microsoft\SpeechAPI\TelephonyControls,"Name Control"
 ; uninstall ActiveX controls
 HKCR,CLSID\{4E3D9D1F-0C63-11D1-8BFB-0060081841DE},,,"DirectSR Class"
 HKCR,CLSID\{EEE78591-FE22-11D0-8BEF-0060081841DE},,,"DirectSS Class"
 HKCR,CLSID\{66523042-35FE-11D1-8C4D-0060081841DE},,,"VCommand Class"
 HKCR,CLSID\{582C2191-4016-11D1-8C55-0060081841DE},,,"VDict Class"
 HKCR,CLSID\{2398E32F-5C6E-11D1-8C65-0060081841DE},,,"TextToSpeech Class"
 HKCR,CLSID\{FC9E740F-6058-11D1-8C66-0060081841DE},,,"Telephony Class"
 [BeginPromptSection]
 Prompt=%BeginPrompt%
 ButtonType=YESNO
 Title=%AppName%
 [EndPromptSection]
 Prompt=%EndPrompt%
 [Strings]
 AppName="Microsoft Speech API 4.0"
 BeginPrompt="Are you sure you want to remove the Speech API? It will prevent speech recognition and text-to-speech from working."
 EndPrompt="Uninstall complete. You may wish to uninstall any text-to-speech and speech recognition engines since they will no longer work."
 ;we dont register the OCX by default because oleaut32.dll and olepro32.dll are not 
 ;up to date on clean win 95 gold machines; they are if you have an activex server
 ;like office or IE however.
 ;[RegisterOCXSection]
 ;%49000%\xvoice.dll