mirror of
https://github.com/feder-cr/invisible_playwright.git
synced 2026-06-07 08:35:12 +02:00
7a983e99c5
invisible-playwright: a patched Firefox 150.0.1 for browser-fingerprint
stealth, shipped as a Playwright-compatible Python wrapper.
* Sync + async InvisiblePlaywright launcher (firefox_user_prefs, virtual
desktop on Windows, SOCKS5 auth via patched nsProtocolProxyService)
* fpforge: Bayesian fingerprint sampler over GPU / audio / fonts /
screen / ~400 other navigator fields
* WebRTC stealth: srflx address swap, synthetic srflx fallback,
private-LAN host candidates. No real public IP leak via STUN.
* GPU sandbox fix for FF150 alt-desktop regression
* Bezier-curve mouse motion baked into Juggler
Targets Windows x86_64 + Linux x86_64. Binary fetched on first run from
GitHub Release "firefox-1".
271 lines
15 KiB
Python
271 lines
15 KiB
Python
"""Bayesian network realism audit (one-shot regenerator).
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Each (gpu_class, intra_tier) cell maps to a real-world persona.
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Distributions derived from:
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- Steam HW Survey March 2026 Windows
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cores: 2c=3%, 4c=13%, 6c=29%, 8c=27%, 10c=7%, 12c=5%, 14c=5%, 16c=6%, 24c=3%, 32c=0.01%
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- Intel ARK + AMD spec sheets (CPU release era -> cores)
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- Tom's Hardware: most users 100-250GB free (= 512GB-1TB drives baseline)
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"""
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import json
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import os
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import sys
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OUT = os.path.join(
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os.path.dirname(os.path.dirname(os.path.abspath(__file__))),
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"src", "invisible-playwright", "_fpforge", "data",
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)
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def _norm(d):
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"""Normalize prob dict / list of (val, prob) pairs to sum 1.0."""
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if isinstance(d, dict):
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total = sum(d.values())
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return [{"value": v, "prob": round(p / total, 4)} for v, p in d.items()]
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total = sum(p for _, p in d)
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return [{"value": v, "prob": round(p / total, 4)} for v, p in d]
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def _scr(w, h, dpr=1.0):
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return {"w": w, "h": h, "aw": w, "ah": h - 40, "dpr": dpr}
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# ============================================================
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# HW concurrency per (gpu_class, intra_tier)
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# ============================================================
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HWC = {
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("integrated_old", "budget"): {2: 0.65, 4: 0.30, 8: 0.05},
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("integrated_old", "standard"): {2: 0.30, 4: 0.55, 8: 0.15},
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("integrated_old", "premium"): {4: 0.65, 8: 0.30, 12: 0.05},
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("integrated_modern", "budget"): {4: 0.55, 6: 0.20, 8: 0.20, 12: 0.05},
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("integrated_modern", "standard"): {6: 0.20, 8: 0.30, 10: 0.20, 12: 0.20, 16: 0.10},
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("integrated_modern", "premium"): {8: 0.20, 10: 0.20, 12: 0.30, 14: 0.15, 16: 0.15},
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("low_end", "budget"): {4: 0.50, 6: 0.25, 8: 0.20, 12: 0.05},
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("low_end", "standard"): {4: 0.10, 6: 0.35, 8: 0.30, 12: 0.18, 16: 0.07},
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("low_end", "premium"): {6: 0.10, 8: 0.30, 12: 0.30, 16: 0.22, 24: 0.08},
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("mid_range", "budget"): {6: 0.55, 8: 0.30, 12: 0.10, 16: 0.05},
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("mid_range", "standard"): {6: 0.40, 8: 0.30, 12: 0.18, 16: 0.10, 24: 0.02},
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("mid_range", "premium"): {6: 0.15, 8: 0.45, 12: 0.20, 16: 0.15, 24: 0.05},
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("high_end", "budget"): {6: 0.10, 8: 0.55, 12: 0.20, 16: 0.15},
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("high_end", "standard"): {8: 0.30, 12: 0.18, 14: 0.15, 16: 0.27, 24: 0.10},
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("high_end", "premium"): {12: 0.10, 14: 0.15, 16: 0.30, 24: 0.35, 32: 0.10},
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("workstation", "budget"): {8: 0.40, 12: 0.30, 16: 0.20, 24: 0.10},
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("workstation", "standard"): {12: 0.10, 16: 0.40, 24: 0.30, 32: 0.20},
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("workstation", "premium"): {24: 0.30, 32: 0.45, 48: 0.15, 64: 0.10},
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}
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# ============================================================
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# Screen resolution per (gpu_class, intra_tier)
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# Each value list is [(screen_obj, prob), ...].
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# ============================================================
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SCREEN = {
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("integrated_old", "budget"): [(_scr(1366, 768), 0.78), (_scr(1280, 800), 0.15), (_scr(1024, 768), 0.07)],
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("integrated_old", "standard"): [(_scr(1366, 768), 0.55), (_scr(1600, 900), 0.25), (_scr(1280, 800), 0.10), (_scr(1920, 1080), 0.10)],
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("integrated_old", "premium"): [(_scr(1600, 900), 0.45), (_scr(1920, 1080), 0.40), (_scr(1366, 768), 0.15)],
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("integrated_modern", "budget"): [(_scr(1366, 768), 0.30), (_scr(1920, 1080), 0.65), (_scr(1600, 900), 0.05)],
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("integrated_modern", "standard"):[(_scr(1920, 1080), 0.70), (_scr(1920, 1200), 0.10), (_scr(2560, 1440), 0.12), (_scr(2560, 1600), 0.08)],
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("integrated_modern", "premium"): [(_scr(1920, 1080), 0.30), (_scr(1920, 1200), 0.10), (_scr(2560, 1440), 0.25), (_scr(2560, 1600), 0.15), (_scr(3840, 2160), 0.20)],
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("low_end", "budget"): [(_scr(1920, 1080), 0.85), (_scr(1920, 1200), 0.10), (_scr(2560, 1440), 0.05)],
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("low_end", "standard"): [(_scr(1920, 1080), 0.60), (_scr(1920, 1200), 0.10), (_scr(2560, 1440), 0.25), (_scr(3840, 2160), 0.05)],
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("low_end", "premium"): [(_scr(1920, 1080), 0.25), (_scr(2560, 1440), 0.45), (_scr(3840, 2160), 0.20), (_scr(3440, 1440), 0.05), (_scr(1920, 1200), 0.05)],
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("mid_range", "budget"): [(_scr(1920, 1080), 0.75), (_scr(2560, 1440), 0.20), (_scr(1920, 1200), 0.05)],
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("mid_range", "standard"): [(_scr(1920, 1080), 0.45), (_scr(2560, 1440), 0.40), (_scr(3840, 2160), 0.10), (_scr(3440, 1440), 0.05)],
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("mid_range", "premium"): [(_scr(1920, 1080), 0.15), (_scr(2560, 1440), 0.50), (_scr(3840, 2160), 0.20), (_scr(3440, 1440), 0.10), (_scr(2560, 1080), 0.05)],
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("high_end", "budget"): [(_scr(1920, 1080), 0.20), (_scr(2560, 1440), 0.55), (_scr(3840, 2160), 0.20), (_scr(3440, 1440), 0.05)],
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("high_end", "standard"): [(_scr(2560, 1440), 0.40), (_scr(3840, 2160), 0.40), (_scr(3440, 1440), 0.15), (_scr(5120, 1440), 0.05)],
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("high_end", "premium"): [(_scr(3840, 2160), 0.55), (_scr(2560, 1440), 0.15), (_scr(3440, 1440), 0.10), (_scr(5120, 1440), 0.15), (_scr(7680, 2160), 0.05)],
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("workstation", "budget"): [(_scr(2560, 1440), 0.55), (_scr(3840, 2160), 0.30), (_scr(1920, 1200), 0.10), (_scr(2560, 1600), 0.05)],
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("workstation", "standard"): [(_scr(2560, 1440), 0.30), (_scr(3840, 2160), 0.45), (_scr(2560, 1600), 0.15), (_scr(3440, 1440), 0.10)],
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("workstation", "premium"): [(_scr(3840, 2160), 0.55), (_scr(2560, 1600), 0.15), (_scr(5120, 2160), 0.15), (_scr(3840, 2400), 0.10), (_scr(7680, 2160), 0.05)],
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}
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# ============================================================
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# Storage quota MB per (gpu_class, intra_tier)
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# ============================================================
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STORAGE = {
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("integrated_old", "budget"): {32_000: 0.30, 64_000: 0.40, 128_000: 0.25, 256_000: 0.05},
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("integrated_old", "standard"): {64_000: 0.20, 128_000: 0.45, 256_000: 0.25, 500_000: 0.10},
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("integrated_old", "premium"): {128_000: 0.20, 256_000: 0.45, 500_000: 0.30, 1_000_000: 0.05},
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("integrated_modern", "budget"): {64_000: 0.20, 128_000: 0.30, 256_000: 0.30, 500_000: 0.20},
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("integrated_modern", "standard"):{256_000: 0.25, 500_000: 0.45, 1_000_000: 0.25, 2_000_000: 0.05},
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("integrated_modern", "premium"): {500_000: 0.25, 1_000_000: 0.50, 2_000_000: 0.20, 4_000_000: 0.05},
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("low_end", "budget"): {128_000: 0.20, 256_000: 0.50, 500_000: 0.25, 1_000_000: 0.05},
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("low_end", "standard"): {256_000: 0.20, 500_000: 0.50, 1_000_000: 0.25, 2_000_000: 0.05},
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("low_end", "premium"): {500_000: 0.20, 1_000_000: 0.50, 2_000_000: 0.25, 4_000_000: 0.05},
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("mid_range", "budget"): {256_000: 0.15, 500_000: 0.50, 1_000_000: 0.30, 2_000_000: 0.05},
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("mid_range", "standard"):{500_000: 0.20, 1_000_000: 0.55, 2_000_000: 0.20, 4_000_000: 0.05},
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("mid_range", "premium"): {1_000_000: 0.40, 2_000_000: 0.45, 4_000_000: 0.15},
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("high_end", "budget"): {500_000: 0.15, 1_000_000: 0.50, 2_000_000: 0.30, 4_000_000: 0.05},
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("high_end", "standard"):{1_000_000: 0.30, 2_000_000: 0.50, 4_000_000: 0.20},
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("high_end", "premium"): {2_000_000: 0.40, 4_000_000: 0.45, 8_000_000: 0.15},
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("workstation", "budget"): {1_000_000: 0.30, 2_000_000: 0.50, 4_000_000: 0.20},
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("workstation", "standard"):{2_000_000: 0.30, 4_000_000: 0.50, 8_000_000: 0.20},
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("workstation", "premium"): {4_000_000: 0.35, 8_000_000: 0.45, 16_000_000: 0.20},
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}
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# ============================================================
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# Audio profile per gpu_class
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# ============================================================
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AUDIO = {
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"integrated_old": [
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({"rate": 44100, "latency": 50, "channels": 2}, 0.70),
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({"rate": 48000, "latency": 50, "channels": 2}, 0.30),
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],
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"integrated_modern": [
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({"rate": 48000, "latency": 30, "channels": 2}, 0.60),
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({"rate": 44100, "latency": 40, "channels": 2}, 0.25),
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({"rate": 48000, "latency": 25, "channels": 6}, 0.15),
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],
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"low_end": [
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({"rate": 48000, "latency": 40, "channels": 2}, 0.55),
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({"rate": 44100, "latency": 50, "channels": 2}, 0.30),
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({"rate": 48000, "latency": 30, "channels": 6}, 0.15),
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],
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"mid_range": [
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({"rate": 48000, "latency": 25, "channels": 2}, 0.45),
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({"rate": 48000, "latency": 20, "channels": 6}, 0.30),
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({"rate": 48000, "latency": 20, "channels": 8}, 0.15),
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({"rate": 44100, "latency": 30, "channels": 2}, 0.10),
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],
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"high_end": [
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({"rate": 48000, "latency": 15, "channels": 6}, 0.30),
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({"rate": 48000, "latency": 15, "channels": 8}, 0.30),
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({"rate": 48000, "latency": 15, "channels": 2}, 0.20),
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({"rate": 96000, "latency": 15, "channels": 6}, 0.10),
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({"rate": 96000, "latency": 15, "channels": 8}, 0.10),
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],
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"workstation": [
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({"rate": 48000, "latency": 10, "channels": 8}, 0.25),
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({"rate": 96000, "latency": 10, "channels": 8}, 0.30),
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({"rate": 96000, "latency": 10, "channels": 6}, 0.20),
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({"rate": 192000, "latency": 10, "channels": 8}, 0.15),
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({"rate": 48000, "latency": 15, "channels": 6}, 0.10),
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],
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}
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# ============================================================
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# Codec per gpu_class
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# ============================================================
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CODEC = {
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"integrated_old": [
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({"av1_enabled": False, "webm_encoder_enabled": False, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": True}, 1.0),
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],
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"integrated_modern": [
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({"av1_enabled": True, "webm_encoder_enabled": True, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": True}, 0.55),
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({"av1_enabled": False, "webm_encoder_enabled": True, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": True}, 0.35),
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({"av1_enabled": True, "webm_encoder_enabled": True, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": False}, 0.10),
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],
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"low_end": [
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({"av1_enabled": False, "webm_encoder_enabled": True, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": True}, 0.85),
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({"av1_enabled": False, "webm_encoder_enabled": True, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": False}, 0.15),
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],
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"mid_range": [
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({"av1_enabled": True, "webm_encoder_enabled": True, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": True}, 0.55),
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({"av1_enabled": False, "webm_encoder_enabled": True, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": True}, 0.35),
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({"av1_enabled": True, "webm_encoder_enabled": True, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": False}, 0.10),
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],
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"high_end": [
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({"av1_enabled": True, "webm_encoder_enabled": True, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": True}, 0.85),
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({"av1_enabled": True, "webm_encoder_enabled": True, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": False}, 0.15),
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],
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"workstation": [
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({"av1_enabled": True, "webm_encoder_enabled": True, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": True}, 0.70),
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({"av1_enabled": True, "webm_encoder_enabled": True, "mediasource_webm": True, "mediasource_mp4": True, "webspeech_synth": False}, 0.30),
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],
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}
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# ============================================================
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# MSAA per (gpu_class, screen_tier)
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# screen_tier classifier in _sampler.py: "1080p", "1440p", "2160p", "ultrawide"
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# Note: prefs.py clamps msaa to >=2 (antialias=True always), so msaa=0 is no longer
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# emitted at the browser layer. CPT here keeps the 2/4/8 distribution matching what
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# the prefs layer actually exposes.
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# ============================================================
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MSAA = {
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("integrated_old", "1080p"): [(2, 0.75), (4, 0.20), (8, 0.05)],
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("integrated_old", "1440p"): [(2, 0.85), (4, 0.15)],
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("integrated_old", "2160p"): [(2, 1.0)],
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("integrated_old", "ultrawide"): [(2, 1.0)],
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("integrated_modern", "1080p"): [(2, 0.50), (4, 0.40), (8, 0.10)],
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("integrated_modern", "1440p"): [(2, 0.60), (4, 0.35), (8, 0.05)],
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("integrated_modern", "2160p"): [(2, 0.85), (4, 0.15)],
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("integrated_modern", "ultrawide"):[(2, 0.80), (4, 0.20)],
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("low_end", "1080p"): [(2, 0.40), (4, 0.45), (8, 0.15)],
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("low_end", "1440p"): [(2, 0.55), (4, 0.40), (8, 0.05)],
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("low_end", "2160p"): [(2, 0.85), (4, 0.15)],
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("low_end", "ultrawide"): [(2, 0.70), (4, 0.30)],
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("mid_range", "1080p"): [(2, 0.30), (4, 0.50), (8, 0.20)],
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("mid_range", "1440p"): [(2, 0.40), (4, 0.45), (8, 0.15)],
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("mid_range", "2160p"): [(2, 0.65), (4, 0.30), (8, 0.05)],
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("mid_range", "ultrawide"): [(2, 0.55), (4, 0.40), (8, 0.05)],
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("high_end", "1080p"): [(2, 0.20), (4, 0.45), (8, 0.35)],
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("high_end", "1440p"): [(2, 0.25), (4, 0.50), (8, 0.25)],
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("high_end", "2160p"): [(2, 0.40), (4, 0.45), (8, 0.15)],
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("high_end", "ultrawide"): [(2, 0.30), (4, 0.50), (8, 0.20)],
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("workstation", "1080p"): [(2, 0.15), (4, 0.50), (8, 0.35)],
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("workstation", "1440p"): [(2, 0.15), (4, 0.55), (8, 0.30)],
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("workstation", "2160p"): [(2, 0.25), (4, 0.55), (8, 0.20)],
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("workstation", "ultrawide"): [(2, 0.20), (4, 0.55), (8, 0.25)],
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}
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def write_pair_table(table, fname, meta):
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out = {"_meta": meta, "table": {}}
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for key_pair, dist in table.items():
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key = json.dumps(list(key_pair))
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out["table"][key] = _norm(dist)
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with open(os.path.join(OUT, fname), "w", encoding="utf-8") as f:
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json.dump(out, f, indent=2, ensure_ascii=False)
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def write_class_table(table, fname, meta):
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out = {"_meta": meta, "table": {}}
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for cls, dist in table.items():
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out["table"][cls] = _norm(dist)
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with open(os.path.join(OUT, fname), "w", encoding="utf-8") as f:
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json.dump(out, f, indent=2, ensure_ascii=False)
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def main():
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write_pair_table(HWC, "cpt_hwc_given_class_tier.json",
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"hardware_concurrency given (gpu_class, intra_tier)")
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write_pair_table(SCREEN, "cpt_screen_given_class_tier.json",
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"screen given (gpu_class, intra_tier)")
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write_pair_table(STORAGE, "cpt_storage_given_class_tier.json",
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"storage_quota_mb given (gpu_class, intra_tier)")
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write_pair_table(MSAA, "cpt_msaa_given_class_screen.json",
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"msaa_samples given (gpu_class, screen_tier)")
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write_class_table(AUDIO, "cpt_audio_given_class.json",
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"audio (rate/latency/channels) given gpu_class")
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write_class_table(CODEC, "cpt_codec_given_class.json",
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"codec given gpu_class")
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print("All 6 CPT files updated.")
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if __name__ == "__main__":
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main()
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