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Then depending on exception type it stores:
Then depending on exception type it stores:
<code>UNDEFINED_INSTRUCTION (0)</code>: Always (u64) 0.
* <code>UNDEFINED_INSTRUCTION (0)</code>: Always (u64) 0.
<code>PREFETCH_ABORT (1)</code>: Always (u64) 0.
* <code>PREFETCH_ABORT (1)</code>: Always (u64) 0.
<code>DATA_ABORT (2)</code>: (u64) Fault register.
* <code>DATA_ABORT (2)</code>: (u64) Fault register.
<code>UNALIGNED_ACCESS (3)</code>: (u64) Fault register.
* <code>UNALIGNED_ACCESS (3)</code>: (u64) Fault register.
<code>UNDEFINED_SYSCALL (8)</code>: (u64) Syscall id.
* <code>UNDEFINED_SYSCALL (8)</code>: (u64) Syscall id.
<code>? (9)</code>: Always (u64) 0.
* <code>? (9)</code>: Always (u64) 0.
For all exceptions, it then adds more data from svcGetDebugThreadParam/svcGetDebugThreadContext. This reads the flag from <code>ATTACH_PROCESS</code> to determine whether to read 0x10 bytes using svcReadDebugProcessMemory.
For all exceptions, it then adds more data from svcGetDebugThreadParam/svcGetDebugThreadContext. This reads the flag from <code>ATTACH_PROCESS</code> to determine whether to read 0x10 bytes using svcReadDebugProcessMemory.