# Miscellaneous instruction tests
# Format: RawBytes;Instructions
RawBytes;Instructions

# NOP - No Operation
90;[{ "Type": "Nop", "Operands": [] }]

# INT - Call to Interrupt Procedure
CD03;[{ "Type": "Int", "Operands": ["0x03"] }]
CD10;[{ "Type": "Int", "Operands": ["0x10"] }]
CD21;[{ "Type": "Int", "Operands": ["0x21"] }]
CD80;[{ "Type": "Int", "Operands": ["0x80"] }]

# INT3 - Breakpoint
CC;[{ "Type": "Int3", "Operands": [] }]

# INTO - Call to Interrupt Procedure if Overflow Flag is Set
CE;[{ "Type": "Into", "Operands": [] }]

# IRET/IRETD - Return from Interrupt
CF;[{ "Type": "Iret", "Operands": [] }]

# CPUID - CPU Identification
0FA2;[{ "Type": "Cpuid", "Operands": [] }]

# RDTSC - Read Time-Stamp Counter
0F31;[{ "Type": "Rdtsc", "Operands": [] }]

# HLT - Halt
F4;[{ "Type": "Hlt", "Operands": [] }]

# WAIT/FWAIT - Wait
9B;[{ "Type": "Wait", "Operands": [] }]

# LOCK prefix
F0;[{ "Type": "Lock", "Operands": [] }]
# SPECIAL CASE: When Mod=00 and R/M=101 (EBP), this doesn't actually refer to [EBP].
# Instead, it's a special case that indicates a 32-bit displacement-only addressing mode.
# The correct encoding for instructions with [ebp] would use Mod=01 and a zero displacement.
# F0FE05;[{ "Type": "Inc", "Operands": ["byte ptr [ebp]"], "Prefix": "Lock" }]
# F0FF05;[{ "Type": "Inc", "Operands": ["dword ptr [ebp]"], "Prefix": "Lock" }]
# F0FE0D;[{ "Type": "Dec", "Operands": ["byte ptr [ebp]"], "Prefix": "Lock" }]
# F0FF0D;[{ "Type": "Dec", "Operands": ["dword ptr [ebp]"], "Prefix": "Lock" }]

# Adding the correct test cases:
F0FE4500;[{ "Type": "Inc", "Operands": ["byte ptr [ebp+0x0]"], "Prefix": "Lock" }]
F0FF4500;[{ "Type": "Inc", "Operands": ["dword ptr [ebp+0x0]"], "Prefix": "Lock" }]
F0FE4D00;[{ "Type": "Dec", "Operands": ["byte ptr [ebp+0x0]"], "Prefix": "Lock" }]
F0FF4D00;[{ "Type": "Dec", "Operands": ["dword ptr [ebp+0x0]"], "Prefix": "Lock" }]

# IN - Input from Port
E410;[{ "Type": "In", "Operands": ["al", "0x10"] }]
E510;[{ "Type": "In", "Operands": ["eax", "0x10"] }]
EC;[{ "Type": "In", "Operands": ["al", "dx"] }]
ED;[{ "Type": "In", "Operands": ["eax", "dx"] }]

# OUT - Output to Port
E610;[{ "Type": "Out", "Operands": ["0x10", "al"] }]
E710;[{ "Type": "Out", "Operands": ["0x10", "eax"] }]
EE;[{ "Type": "Out", "Operands": ["dx", "al"] }]
EF;[{ "Type": "Out", "Operands": ["dx", "eax"] }]