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Generated_code_sample.txt
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Generated_code_sample.txt
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#include "iokit_monitor.h"
#undef printf
#define printf(args...) debug_print_toFile(args)
#define printf_indent(indent_count, fmt...) do{printf("%*s", (indent_count)*2, ""); printf(fmt); }while(0)
void migtest_copyin(ipc_kmsg_t kmsg, ipc_space_t space){
int indent_count = 0;
#define _WALIGN_(x) (((x) + 3) & ~3)
__attribute__((unused)) mach_msg_header_t *machmsg_head = kmsg->ikm_header;
__attribute__((unused)) struct ipc_port *machport_local = machmsg_head->msgh_local_port;
__attribute__((unused)) struct ipc_port *machport_remote = machmsg_head->msgh_remote_port;
printf_indent(indent_count, "(SEND)");
mach_msg_id_t requesting_msgh_id = machmsg_head->msgh_id;
if(requesting_msgh_id >= 2800 && requesting_msgh_id <= 2884){
switch (requesting_msgh_id) {
case 2800:{
printf_indent(indent_count, "io_object_get_class\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
//Argument 1: mach_port_t object
printf_indent(indent_count+1, "> mach_port_t object =\n");
mach_port_t machport_object = machport_remote;
mach_port_name_t machport_object_name = 0;
if(machport_object){
if((vm_offset_t)machport_object > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_object = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_object, &machport_object_name, &ipcentry_object);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_object_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_object);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: io_name_t className
printf_indent(indent_count+1, "X io_name_t className = (X)\n");
}break;
case 2801:{
printf_indent(indent_count, "io_object_conforms_to\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
NDR_record_t NDR;
mach_msg_type_number_t classNameOffset; /* MiG doesn't use it */
mach_msg_type_number_t classNameCnt;
char className[128];
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_NDR = InP;
__attribute__((unused)) Request *InP_classNameOffset = InP;
__attribute__((unused)) Request *InP_classNameCnt = InP;
__attribute__((unused)) Request *InP_className = InP;
//Argument 1: mach_port_t object
printf_indent(indent_count+1, "> mach_port_t object =\n");
mach_port_t machport_object = machport_remote;
mach_port_name_t machport_object_name = 0;
if(machport_object){
if((vm_offset_t)machport_object > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_object = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_object, &machport_object_name, &ipcentry_object);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_object_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_object);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: io_name_t className
printf_indent(indent_count+1, "> io_name_t className =\n");
printf_indent(indent_count+2, "(char*) %s\n", InP_className->className);
//Argument 3: boolean_t *conforms
printf_indent(indent_count+1, "X boolean_t *conforms = (X)\n");
}break;
case 2802:{
printf_indent(indent_count, "io_iterator_next\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
//Argument 1: mach_port_t iterator
printf_indent(indent_count+1, "> mach_port_t iterator =\n");
mach_port_t machport_iterator = machport_remote;
mach_port_name_t machport_iterator_name = 0;
if(machport_iterator){
if((vm_offset_t)machport_iterator > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_iterator = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_iterator, &machport_iterator_name, &ipcentry_iterator);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_iterator_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_iterator);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: mach_port_t *object
printf_indent(indent_count+1, "X mach_port_t *object = (X)\n");
}break;
case 2803:{
printf_indent(indent_count, "io_iterator_reset\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
//Argument 1: mach_port_t iterator
printf_indent(indent_count+1, "> mach_port_t iterator =\n");
mach_port_t machport_iterator = machport_remote;
mach_port_name_t machport_iterator_name = 0;
if(machport_iterator){
if((vm_offset_t)machport_iterator > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_iterator = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_iterator, &machport_iterator_name, &ipcentry_iterator);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_iterator_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_iterator);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
}break;
case 2804:{
printf_indent(indent_count, "io_service_get_matching_services\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
NDR_record_t NDR;
mach_msg_type_number_t matchingOffset; /* MiG doesn't use it */
mach_msg_type_number_t matchingCnt;
char matching[512];
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_NDR = InP;
__attribute__((unused)) Request *InP_matchingOffset = InP;
__attribute__((unused)) Request *InP_matchingCnt = InP;
__attribute__((unused)) Request *InP_matching = InP;
//Argument 1: mach_port_t master_port
printf_indent(indent_count+1, "> mach_port_t master_port =\n");
mach_port_t machport_master_port = machport_remote;
mach_port_name_t machport_master_port_name = 0;
if(machport_master_port){
if((vm_offset_t)machport_master_port > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_master_port = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_master_port, &machport_master_port_name, &ipcentry_master_port);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_master_port_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_master_port);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: io_string_t matching
printf_indent(indent_count+1, "> io_string_t matching =\n");
printf_indent(indent_count+2, "(Unregistered Type)\n");
//Argument 3: mach_port_t *existing
printf_indent(indent_count+1, "X mach_port_t *existing = (X)\n");
}break;
case 2805:{
printf_indent(indent_count, "io_registry_entry_get_property\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
NDR_record_t NDR;
mach_msg_type_number_t property_nameOffset; /* MiG doesn't use it */
mach_msg_type_number_t property_nameCnt;
char property_name[128];
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_NDR = InP;
__attribute__((unused)) Request *InP_property_nameOffset = InP;
__attribute__((unused)) Request *InP_property_nameCnt = InP;
__attribute__((unused)) Request *InP_property_name = InP;
//Argument 1: mach_port_t registry_entry
printf_indent(indent_count+1, "> mach_port_t registry_entry =\n");
mach_port_t machport_registry_entry = machport_remote;
mach_port_name_t machport_registry_entry_name = 0;
if(machport_registry_entry){
if((vm_offset_t)machport_registry_entry > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_registry_entry = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_registry_entry, &machport_registry_entry_name, &ipcentry_registry_entry);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_registry_entry_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_registry_entry);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: io_name_t property_name
printf_indent(indent_count+1, "> io_name_t property_name =\n");
printf_indent(indent_count+2, "(char*) %s\n", InP_property_name->property_name);
//Argument 3: io_buf_ptr_t *properties
printf_indent(indent_count+1, "X io_buf_ptr_t *properties = (X)\n");
//Argument 4: mach_msg_type_number_t *propertiesCnt
printf_indent(indent_count+1, "X mach_msg_type_number_t *propertiesCnt = (X)\n");
}break;
case 2806:{
printf_indent(indent_count, "io_registry_create_iterator\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
NDR_record_t NDR;
mach_msg_type_number_t planeOffset; /* MiG doesn't use it */
mach_msg_type_number_t planeCnt;
char plane[128];
uint32_t options;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_NDR = InP;
__attribute__((unused)) Request *InP_planeOffset = InP;
__attribute__((unused)) Request *InP_planeCnt = InP;
__attribute__((unused)) Request *InP_plane = InP;
__attribute__((unused)) mach_msg_type_number_t planeCnt = InP->planeCnt;
msgh_size_delta = _WALIGN_(InP->planeCnt);
msgh_size = (mach_msg_size_t)(sizeof(Request) - 128) + msgh_size_delta;
InP = (Request *) ((pointer_t) InP + msgh_size_delta - 128);
__attribute__((unused)) Request *InP_options = InP;
//Argument 1: mach_port_t master_port
printf_indent(indent_count+1, "> mach_port_t master_port =\n");
mach_port_t machport_master_port = machport_remote;
mach_port_name_t machport_master_port_name = 0;
if(machport_master_port){
if((vm_offset_t)machport_master_port > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_master_port = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_master_port, &machport_master_port_name, &ipcentry_master_port);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_master_port_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_master_port);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: io_name_t plane
printf_indent(indent_count+1, "> io_name_t plane =\n");
printf_indent(indent_count+2, "(char*) %s\n", InP_plane->plane);
//Argument 3: uint32_t options
printf_indent(indent_count+1, "> uint32_t options =\n");
printf_indent(indent_count+2, "(uint32_t) 0x%x\n", InP_options->options);
//Argument 4: mach_port_t *iterator
printf_indent(indent_count+1, "X mach_port_t *iterator = (X)\n");
}break;
case 2807:{
printf_indent(indent_count, "io_registry_iterator_enter_entry\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
//Argument 1: mach_port_t iterator
printf_indent(indent_count+1, "> mach_port_t iterator =\n");
mach_port_t machport_iterator = machport_remote;
mach_port_name_t machport_iterator_name = 0;
if(machport_iterator){
if((vm_offset_t)machport_iterator > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_iterator = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_iterator, &machport_iterator_name, &ipcentry_iterator);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_iterator_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_iterator);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
}break;
case 2808:{
printf_indent(indent_count, "io_registry_iterator_exit_entry\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
//Argument 1: mach_port_t iterator
printf_indent(indent_count+1, "> mach_port_t iterator =\n");
mach_port_t machport_iterator = machport_remote;
mach_port_name_t machport_iterator_name = 0;
if(machport_iterator){
if((vm_offset_t)machport_iterator > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_iterator = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_iterator, &machport_iterator_name, &ipcentry_iterator);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_iterator_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_iterator);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
}break;
case 2809:{
printf_indent(indent_count, "io_registry_entry_from_path\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
NDR_record_t NDR;
mach_msg_type_number_t pathOffset; /* MiG doesn't use it */
mach_msg_type_number_t pathCnt;
char path[512];
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_NDR = InP;
__attribute__((unused)) Request *InP_pathOffset = InP;
__attribute__((unused)) Request *InP_pathCnt = InP;
__attribute__((unused)) Request *InP_path = InP;
//Argument 1: mach_port_t master_port
printf_indent(indent_count+1, "> mach_port_t master_port =\n");
mach_port_t machport_master_port = machport_remote;
mach_port_name_t machport_master_port_name = 0;
if(machport_master_port){
if((vm_offset_t)machport_master_port > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_master_port = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_master_port, &machport_master_port_name, &ipcentry_master_port);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_master_port_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_master_port);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: io_string_t path
printf_indent(indent_count+1, "> io_string_t path =\n");
printf_indent(indent_count+2, "(Unregistered Type)\n");
//Argument 3: mach_port_t *registry_entry
printf_indent(indent_count+1, "X mach_port_t *registry_entry = (X)\n");
}break;
case 2810:{
printf_indent(indent_count, "io_registry_entry_get_name\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
//Argument 1: mach_port_t registry_entry
printf_indent(indent_count+1, "> mach_port_t registry_entry =\n");
mach_port_t machport_registry_entry = machport_remote;
mach_port_name_t machport_registry_entry_name = 0;
if(machport_registry_entry){
if((vm_offset_t)machport_registry_entry > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_registry_entry = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_registry_entry, &machport_registry_entry_name, &ipcentry_registry_entry);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_registry_entry_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_registry_entry);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: io_name_t name
printf_indent(indent_count+1, "X io_name_t name = (X)\n");
}break;
case 2811:{
printf_indent(indent_count, "io_registry_entry_get_properties\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
//Argument 1: mach_port_t registry_entry
printf_indent(indent_count+1, "> mach_port_t registry_entry =\n");
mach_port_t machport_registry_entry = machport_remote;
mach_port_name_t machport_registry_entry_name = 0;
if(machport_registry_entry){
if((vm_offset_t)machport_registry_entry > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_registry_entry = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_registry_entry, &machport_registry_entry_name, &ipcentry_registry_entry);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_registry_entry_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_registry_entry);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: io_buf_ptr_t *properties
printf_indent(indent_count+1, "X io_buf_ptr_t *properties = (X)\n");
//Argument 3: mach_msg_type_number_t *propertiesCnt
printf_indent(indent_count+1, "X mach_msg_type_number_t *propertiesCnt = (X)\n");
}break;
case 2812:{
printf_indent(indent_count, "io_registry_entry_get_property_bytes\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
NDR_record_t NDR;
mach_msg_type_number_t property_nameOffset; /* MiG doesn't use it */
mach_msg_type_number_t property_nameCnt;
char property_name[128];
mach_msg_type_number_t dataCnt;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_NDR = InP;
__attribute__((unused)) Request *InP_property_nameOffset = InP;
__attribute__((unused)) Request *InP_property_nameCnt = InP;
__attribute__((unused)) Request *InP_property_name = InP;
__attribute__((unused)) mach_msg_type_number_t property_nameCnt = InP->property_nameCnt;
msgh_size_delta = _WALIGN_(InP->property_nameCnt);
msgh_size = (mach_msg_size_t)(sizeof(Request) - 128) + msgh_size_delta;
InP = (Request *) ((pointer_t) InP + msgh_size_delta - 128);
__attribute__((unused)) Request *InP_dataCnt = InP;
//Argument 1: mach_port_t registry_entry
printf_indent(indent_count+1, "> mach_port_t registry_entry =\n");
mach_port_t machport_registry_entry = machport_remote;
mach_port_name_t machport_registry_entry_name = 0;
if(machport_registry_entry){
if((vm_offset_t)machport_registry_entry > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_registry_entry = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_registry_entry, &machport_registry_entry_name, &ipcentry_registry_entry);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_registry_entry_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_registry_entry);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: io_name_t property_name
printf_indent(indent_count+1, "> io_name_t property_name =\n");
printf_indent(indent_count+2, "(char*) %s\n", InP_property_name->property_name);
//Argument 3: io_struct_inband_t data
printf_indent(indent_count+1, "X io_struct_inband_t data = (X)\n");
//Argument 4: mach_msg_type_number_t *dataCnt
printf_indent(indent_count+1, "> mach_msg_type_number_t *dataCnt =\n");
printf_indent(indent_count+2, "(Unregistered Type)\n");
}break;
case 2813:{
printf_indent(indent_count, "io_registry_entry_get_child_iterator\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
NDR_record_t NDR;
mach_msg_type_number_t planeOffset; /* MiG doesn't use it */
mach_msg_type_number_t planeCnt;
char plane[128];
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_NDR = InP;
__attribute__((unused)) Request *InP_planeOffset = InP;
__attribute__((unused)) Request *InP_planeCnt = InP;
__attribute__((unused)) Request *InP_plane = InP;
//Argument 1: mach_port_t registry_entry
printf_indent(indent_count+1, "> mach_port_t registry_entry =\n");
mach_port_t machport_registry_entry = machport_remote;
mach_port_name_t machport_registry_entry_name = 0;
if(machport_registry_entry){
if((vm_offset_t)machport_registry_entry > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_registry_entry = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_registry_entry, &machport_registry_entry_name, &ipcentry_registry_entry);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_registry_entry_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_registry_entry);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: io_name_t plane
printf_indent(indent_count+1, "> io_name_t plane =\n");
printf_indent(indent_count+2, "(char*) %s\n", InP_plane->plane);
//Argument 3: mach_port_t *iterator
printf_indent(indent_count+1, "X mach_port_t *iterator = (X)\n");
}break;
case 2814:{
printf_indent(indent_count, "io_registry_entry_get_parent_iterator\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
NDR_record_t NDR;
mach_msg_type_number_t planeOffset; /* MiG doesn't use it */
mach_msg_type_number_t planeCnt;
char plane[128];
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_NDR = InP;
__attribute__((unused)) Request *InP_planeOffset = InP;
__attribute__((unused)) Request *InP_planeCnt = InP;
__attribute__((unused)) Request *InP_plane = InP;
//Argument 1: mach_port_t registry_entry
printf_indent(indent_count+1, "> mach_port_t registry_entry =\n");
mach_port_t machport_registry_entry = machport_remote;
mach_port_name_t machport_registry_entry_name = 0;
if(machport_registry_entry){
if((vm_offset_t)machport_registry_entry > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_registry_entry = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_registry_entry, &machport_registry_entry_name, &ipcentry_registry_entry);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_registry_entry_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_registry_entry);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: io_name_t plane
printf_indent(indent_count+1, "> io_name_t plane =\n");
printf_indent(indent_count+2, "(char*) %s\n", InP_plane->plane);
//Argument 3: mach_port_t *iterator
printf_indent(indent_count+1, "X mach_port_t *iterator = (X)\n");
}break;
case 2816:{
printf_indent(indent_count, "io_service_close\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
//Argument 1: mach_port_t connection
printf_indent(indent_count+1, "> mach_port_t connection =\n");
mach_port_t machport_connection = machport_remote;
mach_port_name_t machport_connection_name = 0;
if(machport_connection){
if((vm_offset_t)machport_connection > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_connection = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_connection, &machport_connection_name, &ipcentry_connection);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_connection_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_connection);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
}break;
case 2817:{
printf_indent(indent_count, "io_connect_get_service\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
//Argument 1: mach_port_t connection
printf_indent(indent_count+1, "> mach_port_t connection =\n");
mach_port_t machport_connection = machport_remote;
mach_port_name_t machport_connection_name = 0;
if(machport_connection){
if((vm_offset_t)machport_connection > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_connection = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_connection, &machport_connection_name, &ipcentry_connection);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_connection_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_connection);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: mach_port_t *service
printf_indent(indent_count+1, "X mach_port_t *service = (X)\n");
}break;
case 2818:{
printf_indent(indent_count, "io_connect_set_notification_port\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
mach_msg_body_t msgh_body;
mach_msg_port_descriptor_t port;
NDR_record_t NDR;
uint32_t notification_type;
uint32_t reference;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_msgh_body = InP;
__attribute__((unused)) Request *InP_port = InP;
__attribute__((unused)) Request *InP_NDR = InP;
__attribute__((unused)) Request *InP_notification_type = InP;
__attribute__((unused)) Request *InP_reference = InP;
//Argument 1: mach_port_t connection
printf_indent(indent_count+1, "> mach_port_t connection =\n");
mach_port_t machport_connection = machport_remote;
mach_port_name_t machport_connection_name = 0;
if(machport_connection){
if((vm_offset_t)machport_connection > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_connection = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_connection, &machport_connection_name, &ipcentry_connection);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_connection_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_connection);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: uint32_t notification_type
printf_indent(indent_count+1, "> uint32_t notification_type =\n");
printf_indent(indent_count+2, "(uint32_t) 0x%x\n", InP_notification_type->notification_type);
//Argument 3: mach_port_t port
printf_indent(indent_count+1, "> mach_port_t port =\n");
mach_port_t machport_port = InP_port->port.name;
mach_port_name_t machport_port_name = 0;
if(machport_port){
if((vm_offset_t)machport_port > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_port = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_port, &machport_port_name, &ipcentry_port);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_port_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_port);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 4: uint32_t reference
printf_indent(indent_count+1, "> uint32_t reference =\n");
printf_indent(indent_count+2, "(uint32_t) 0x%x\n", InP_reference->reference);
}break;
case 2819:{
printf_indent(indent_count, "io_connect_map_memory\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
mach_msg_body_t msgh_body;
mach_msg_port_descriptor_t into_task;
NDR_record_t NDR;
uint32_t memory_type;
uint32_t address;
uint32_t size;
uint32_t flags;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_msgh_body = InP;
__attribute__((unused)) Request *InP_into_task = InP;
__attribute__((unused)) Request *InP_NDR = InP;
__attribute__((unused)) Request *InP_memory_type = InP;
__attribute__((unused)) Request *InP_address = InP;
__attribute__((unused)) Request *InP_size = InP;
__attribute__((unused)) Request *InP_flags = InP;
//Argument 1: mach_port_t connection
printf_indent(indent_count+1, "> mach_port_t connection =\n");
mach_port_t machport_connection = machport_remote;
mach_port_name_t machport_connection_name = 0;
if(machport_connection){
if((vm_offset_t)machport_connection > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_connection = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_connection, &machport_connection_name, &ipcentry_connection);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_connection_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_connection);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: uint32_t memory_type
printf_indent(indent_count+1, "> uint32_t memory_type =\n");
printf_indent(indent_count+2, "(uint32_t) 0x%x\n", InP_memory_type->memory_type);
//Argument 3: task_t into_task
printf_indent(indent_count+1, "> task_t into_task =\n");
mach_port_t machport_into_task = InP_into_task->into_task.name;
mach_port_name_t machport_into_task_name = 0;
if(machport_into_task){
if((vm_offset_t)machport_into_task > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_into_task = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_into_task, &machport_into_task_name, &ipcentry_into_task);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_into_task_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_into_task);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 4: uint32_t *address
printf_indent(indent_count+1, "> uint32_t *address =\n");
printf_indent(indent_count+2, "(uint32_t) 0x%x\n", InP_address->address);
//Argument 5: uint32_t *size
printf_indent(indent_count+1, "> uint32_t *size =\n");
printf_indent(indent_count+2, "(uint32_t) 0x%x\n", InP_size->size);
//Argument 6: uint32_t flags
printf_indent(indent_count+1, "> uint32_t flags =\n");
printf_indent(indent_count+2, "(uint32_t) 0x%x\n", InP_flags->flags);
}break;
case 2820:{
printf_indent(indent_count, "io_connect_add_client\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
mach_msg_body_t msgh_body;
mach_msg_port_descriptor_t connect_to;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_msgh_body = InP;
__attribute__((unused)) Request *InP_connect_to = InP;
//Argument 1: mach_port_t connection
printf_indent(indent_count+1, "> mach_port_t connection =\n");
mach_port_t machport_connection = machport_remote;
mach_port_name_t machport_connection_name = 0;
if(machport_connection){
if((vm_offset_t)machport_connection > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_connection = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_connection, &machport_connection_name, &ipcentry_connection);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_connection_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_connection);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: mach_port_t connect_to
printf_indent(indent_count+1, "> mach_port_t connect_to =\n");
mach_port_t machport_connect_to = InP_connect_to->connect_to.name;
mach_port_name_t machport_connect_to_name = 0;
if(machport_connect_to){
if((vm_offset_t)machport_connect_to > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_connect_to = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_connect_to, &machport_connect_to_name, &ipcentry_connect_to);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_connect_to_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_connect_to);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
}break;
case 2821:{
printf_indent(indent_count, "io_connect_set_properties\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
mach_msg_body_t msgh_body;
mach_msg_ool_descriptor_t properties;
NDR_record_t NDR;
mach_msg_type_number_t propertiesCnt;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_msgh_body = InP;
__attribute__((unused)) Request *InP_properties = InP;
__attribute__((unused)) Request *InP_NDR = InP;
__attribute__((unused)) Request *InP_propertiesCnt = InP;
//Argument 1: mach_port_t connection
printf_indent(indent_count+1, "> mach_port_t connection =\n");
mach_port_t machport_connection = machport_remote;
mach_port_name_t machport_connection_name = 0;
if(machport_connection){
if((vm_offset_t)machport_connection > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_connection = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_connection, &machport_connection_name, &ipcentry_connection);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_connection_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_connection);
}else{
printf_indent(indent_count+2, "(NULL)\n");
}
//Argument 2: io_buf_ptr_t properties
printf_indent(indent_count+1, "> io_buf_ptr_t properties =\n");
printf_indent(indent_count+2, "(Unregistered Type)\n");
//Argument 3: mach_msg_type_number_t propertiesCnt
printf_indent(indent_count+1, "> mach_msg_type_number_t propertiesCnt =\n");
printf_indent(indent_count+2, "(Unregistered Type)\n");
//Argument 4: kern_return_t *result
printf_indent(indent_count+1, "X kern_return_t *result = (X)\n");
}break;
case 2822:{
printf_indent(indent_count, "io_connect_method_scalarI_scalarO\n");
#pragma pack(4)
typedef struct {
mach_msg_header_t Head;
NDR_record_t NDR;
uint32_t selector;
mach_msg_type_number_t inputCnt;
int input[16];
mach_msg_type_number_t outputCnt;
} Request __attribute__((unused));
#pragma pack(0)
__attribute__((unused)) Request *InP = (Request *)machmsg_head;
__attribute__((unused)) unsigned int msgh_size = machmsg_head->msgh_size;
__attribute__((unused)) unsigned int msgh_size_delta;
__attribute__((unused)) Request *InP_NDR = InP;
__attribute__((unused)) Request *InP_selector = InP;
__attribute__((unused)) Request *InP_inputCnt = InP;
__attribute__((unused)) Request *InP_input = InP;
__attribute__((unused)) mach_msg_type_number_t inputCnt = InP->inputCnt;
msgh_size_delta = (4 * inputCnt);
msgh_size = (mach_msg_size_t)(sizeof(Request) - 64) + msgh_size_delta;
InP = (Request *) ((pointer_t) InP + msgh_size_delta - 64);
__attribute__((unused)) Request *InP_outputCnt = InP;
//Argument 1: mach_port_t connection
printf_indent(indent_count+1, "> mach_port_t connection =\n");
mach_port_t machport_connection = machport_remote;
mach_port_name_t machport_connection_name = 0;
if(machport_connection){
if((vm_offset_t)machport_connection > VM_MIN_KERNEL_ADDRESS){
ipc_entry_t ipcentry_connection = NULL;
is_write_lock(space);
ipc_hash_lookup(space, (ipc_object_t)machport_connection, &machport_connection_name, &ipcentry_connection);
is_write_unlock(space);
}
printf_indent(indent_count+2, "(IPC Port Name) 0x%x\n", machport_connection_name);
printf_indent(indent_count+2, "(IPC Port Object) 0x%llx\n", machport_connection);
}else{