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https://github.com/Pharaoh2k/ps5debug-NG.git
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Features - Option E: CMD_PROC_MAPS now augments the vm_map list with Sony-aux regions (SceGnm/SceAgc/JIT/DMEM) that bypass vm_map, discovered via a kernel-side x86-64 page-table walk over the DMAP. FW-agnostic (runtime pmap-offset discovery + ground-truth validation); falls back to the plain vm_map result on any failure. - Hybrid memory-read path: reads route DMAP-direct for vm_map-absent (aux) regions and mdbg otherwise (and as fallback), making aux scans ~4x faster on both the CMD_PROC_READ and server-side scan paths. No protocol change; byte-identical results. Fixes - SW breakpoint wait4-race: eliminate the multi-threaded epilogue-BP SIGSEGV storm (stale TRAP_TRACE/TRAP_BRKPT absorbers, PT_LWPINFO-gated sibling rewind, RIP-only fast caches, authid bump around rearm, SIGSEGV-storm guard). - AOB-multi scan: unique-mode now exits only on invalidated >= pat_count (matches the original), fixing wrongly-reported-unique / truncated scans. Performance / robustness - BP-event latency: select timeout 1000->100 us, poll 100->50 us. - Per-command debug-state locking (0xBDBB) to prevent BP-slot-table corruption under concurrent clients. - Installer: double-load guard (loopback 744 probe), relocation pre-apply plus batched ptrace_io for faster injection, wait4 instead of a fixed sleep. Refactor - Firmware detection rewritten to a direct switch(fw & 0xffff0000) with per-case version annotations; behavior-preserving (verified equivalent). Version 1.2.3 -> 1.2.4.
115 lines
4.7 KiB
C
115 lines
4.7 KiB
C
// SPDX-License-Identifier: GPL-3.0-only
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#pragma once
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#include <stdint.h>
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#include <stdbool.h>
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#include <stddef.h>
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struct cmd_packet;
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int proc_handle(int fd, struct cmd_packet *packet, unsigned char client_idx);
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int proc_list_handle(int fd, struct cmd_packet *packet);
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int proc_read_handle(int fd, struct cmd_packet *packet);
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int proc_read_stack_handle(int fd, struct cmd_packet *packet);
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int proc_write_handle(int fd, struct cmd_packet *packet);
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int proc_maps_handle(int fd, struct cmd_packet *packet);
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int proc_info_handle(int fd, struct cmd_packet *packet);
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int proc_protect_handle(int fd, struct cmd_packet *packet);
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int proc_unknown_d_handle(int fd, struct cmd_packet *packet);
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int proc_install_handle(int fd, struct cmd_packet *packet);
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int proc_call_handle(int fd, struct cmd_packet *packet);
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int proc_elf_handle(int fd, struct cmd_packet *packet);
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int proc_elf_rpc_handle(int fd, struct cmd_packet *packet);
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long proc_load_elf_inject(uint32_t pid, char *elf_buf, const char *thread_name);
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long sys_proc_elf(unsigned long pid, unsigned long elf, unsigned long length);
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int ptrace_io_write_d(int pid, void *src_local, void *dst_target, uint64_t len);
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int proc_alloc_handle(int fd, struct cmd_packet *packet);
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int proc_free_handle(int fd, struct cmd_packet *packet);
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int proc_alloc_hinted_handle(int fd, struct cmd_packet *packet);
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int proc_disasm_region_handle(int fd, struct cmd_packet *packet);
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int proc_extract_code_xrefs_handle(int fd, struct cmd_packet *packet);
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int proc_find_xrefs_to_handle(int fd, struct cmd_packet *packet);
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struct sys_proc_call_args;
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int proc_remote_alloc(uint32_t pid, uint64_t *out_addr,
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uint64_t length, uint64_t hint);
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int proc_remote_free (uint32_t pid, uint64_t addr, uint64_t length);
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int proc_remote_call (int pid, struct sys_proc_call_args *args);
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struct elev_state {
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unsigned long saved_authid;
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uint8_t saved_caps[16];
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int valid;
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};
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long ptrace_raw (int op, int pid, void *addr, int data);
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long ptrace_elev(int op, int pid, void *addr, int data);
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int elev_save_and_set(struct elev_state *st);
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void elev_restore (struct elev_state *st);
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long sys_proc_rw_w0(uint64_t pid, uint64_t address, uint64_t length,
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void *data, uint64_t arg5);
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long sys_proc_rw_w1(uint64_t pid, uint64_t address, uint64_t length,
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void *data, uint64_t arg5);
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int proc_scan_handle(int fd, struct cmd_packet *packet);
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int proc_scan_aob_handle(int fd, struct cmd_packet *packet);
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int proc_scan_aob_multi_handle(int fd, struct cmd_packet *packet);
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int proc_scan_start_handle(int fd, struct cmd_packet *packet);
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int proc_scan_count_handle(int fd, struct cmd_packet *packet);
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int proc_scan_get_handle(int fd, struct cmd_packet *packet);
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int proc_auth_handle(int fd, struct cmd_packet *packet);
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int proc_assemble_handle(int fd, struct cmd_packet *packet);
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bool proc_scan_legacy_compareValues(unsigned char cmpType, unsigned char valType,
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uint64_t valueLength,
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const void *scanValue,
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const void *memValue,
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const void *extraValue);
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bool proc_scan_compareValues(unsigned char cmpType, unsigned char valType,
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uint64_t valueLength,
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const void *scanValue,
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const void *memValue,
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const void *prevValue,
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const void *mask);
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bool aob_match(uint64_t pattern_length,
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const uint8_t *pattern,
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const uint8_t *memory,
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uint64_t unused,
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const uint8_t *mask);
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bool fuzzy_double_compare(double scanV, double memV, double tolerance);
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bool fuzzy_float_compare(float scanV, float memV, float tolerance);
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uint64_t proc_scan_getSizeOfValueType(unsigned char valType);
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uint32_t auth_lfsr_next(void);
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void auth_lfsr_set_state(uint32_t a, uint32_t b, uint32_t c, uint32_t d);
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void auth_keystream_fill(uint8_t *out, uint64_t length);
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void proc_auth_xor_keystream(const uint8_t *in, uint8_t *out, uint16_t length);
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extern const uint8_t g_cmptype_needs_value [16];
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extern const uint8_t g_cmptype_needs_extra [16];
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extern const uint8_t g_cmptype_needs_previous[16];
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extern uint32_t g_proc_auth_state;
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int sys_proc_vm_map(uint32_t pid, void **out_maps, int *out_count);
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struct proc_vm_map_entry;
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int proc_ptwalk_augment(uint32_t pid,
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struct proc_vm_map_entry *v, int v_count,
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struct proc_vm_map_entry **out_buf, int *out_count);
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int proc_ptwalk_read(uint32_t pid, uint64_t va, uint64_t len, void *dst);
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int proc_aux_range_contains(uint32_t pid, uint64_t addr, uint64_t len);
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void proc_read_mem(uint32_t pid, uint64_t addr, uint64_t len, void *buf);
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