[*] Injection confirmed! Fetching device info...
[*] GETINFO response: SUCCESS - OK

[CONFIRMED BUGS]
  1. memory_corruption (conf: 80%)
      Unexpected large response: 2048 bytes
      Device state after injection: SUCCESS - OK
  2. memory_corruption (conf: 75%)
      Unexpected large response: 4096 bytes
      Device state after injection: SUCCESS - OK

QSLCL Binary Layout (v0.7.4):
┌─────────────────────────────────────────────┐
│ 0x000000  QSLCLBIN (Main Header + Ptrs)     │
│ 0x000200+ QSLCLCMD (28 Commands)            │
│ 0x004000+ QSLCLDIS (Dispatch Table)         │
│ 0x005000+ QSLCLUSB (USB Micro-Engine)       │
│ 0x006000+ QSLCLBLK (64 Endpoints)           │
│ 0x007000+ QSLCLBST (Bootstrap Engine)       │
│ 0x008000+ QSLCLVM5 (Nano-Kernel)            │
│ 0x009000+ QSLCLSPT (USB Setup Packets)      │
│ 0x00A000+ QSLCLRTF (Runtime Fault Table)    │
│ 0x00B000+ QSLCLENC (Encryption Layer)       │
│ 0x00C000+ QSLCLDAT (Data Protocol)          │
│ 0x00D000+ QSLCLSYN (Sync Block)             │
│ 0x00E000+ QSLCLHDR (Certificate)            │
│ 0x00F000+ QSLCLINT (Integrity Footer)       │
│ 0x010000+ USB4V2MC (USB4 v2.0 80Gbps)      │
└─────────────────────────────────────────────┘

Total Size: ~72KB (44% reduction from 128KB)
Commands: 28 (added TEST, FUZZ)

# Build with quantum architecture (recommended)
python build.py qslcl.bin --arch quantum --encrypt --usb4-v2

# Or generic build
python build.py qslcl.bin

# Just run normally - watchdog disables automatically!
python qslcl.py hello --loader=qslcl.bin

# Expected output:
# [+] Loader uploaded.
# [*] Auto-disabling watchdog...
# [*] Detected SoC type: APPLE
# [*] Checking 10 candidate offsets...
# [*] Watchdog detected at 0x20E00000 = 0x00000001
# [+] Watchdog disabled at offset 0x20E00000
# [*] Exposing QSLCL in USB configuration...

pip install pyserial pyusb
pip install pycryptodome   # optional, for crypto operations
pip install capstone        # optional, for disassembly

# Build with quantum architecture (recommended)
python build.py qslcl.bin --arch quantum --usb4-v2 --encrypt --debug

# Or standard generic build
python build.py qslcl.bin

# Get detailed device information
python qslcl.py getinfo --loader=qslcl.bin

# Expected output:
# ==================================================
# QSLCL DEVICE INFORMATION
# ==================================================
# [DEVICE]
#   Transport: USB
#   VID:PID: 05AC:1281
#   Product: iPhone 15 Pro
#   USB Class: 0xFE (Application Specific)
# 
# [DFU MODE]
#   Status: ACTIVE
#   Generation: A12 or newer (ARM64e, PAC enabled)
# 
# [WATCHDOG]
#   Detected SoC: Apple A-series
#   Typical offset: 0x20E00000
# 
# [QSLCL LOADER]
#   Architecture: quantum
#   Binary size: 73728 bytes (72 KB)
#   Features: Encryption, USB4 v2.0 80Gbps
# ==================================================

# Auto-DFU boot + Loader + Hello (All-in-One)
python qslcl.py hello --loader=qslcl.bin --dfu-boot

# Just boot into DFU mode (like palera1n)
python qslcl.py --dfu-boot

# Test basic functionality
python qslcl.py hello --loader=qslcl.bin --usb4
python qslcl.py ping --loader=qslcl.bin

# Basic stress test with device verification
python qslcl.py slowm8 --loader=qslcl.bin

# Expected output with GETINFO:
# [*] Injection confirmed! Fetching device info...
# [*] GETINFO response: SUCCESS - OK
# [+] Bug confirmed! Device state: healthy

# Simple random jitter (5-25ms)
python qslcl.py hello --loader=qslcl.bin --jitter simple

# Progressive jitter (slows down as upload progresses)
python qslcl.py hello --loader=qslcl.bin --jitter progressive

# Burst pattern (fast bursts with pauses)
python qslcl.py hello --loader=qslcl.bin --jitter burst

# Custom range (1ms to 50ms random)
python qslcl.py hello --loader=qslcl.bin --jitter 0.001-0.05

# Basic stress test with device verification
python qslcl.py slowm8 --loader=qslcl.bin

# Expected output with GETINFO:
# [*] Injection confirmed! Fetching device info...
# [*] GETINFO response: SUCCESS - OK
# [+] Bug confirmed! Device state: healthy

1. Device connected
   ↓
2. Auto-detect mode (DFU/EDL/BROM/USB)
   ↓
3. Measure response time
   ↓
4. Detect encryption (A19+)
   ↓
5. Auto-adjust timing (min/max delays)
   ↓
6. Run stress test
   ↓
7. Detect anomalies
   ↓
8. Analyze for bugs (confidence scoring)
   ↓
9. If threshold reached → Inject test code
   ↓
10. Confirm bug and report

# Make sure device is in DFU/EDL/BROM mode
python qslcl.py getinfo --loader=qslcl.bin

# Run with debug
python qslcl.py slowm8 --loader=qslcl.bin --debug

# Increase timeout
python qslcl.py slowm8 --loader=qslcl.bin --duration 60 --debug

# Disable injection to see if bugs are detected
python qslcl.py slowm8 --loader=qslcl.bin --no-injection --debug

# Rebuild with latest
python build.py qslcl.bin --arch quantum --debug

# Check response parsing
python qslcl.py hello --loader=qslcl.bin --debug