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wine/server/protocol.def
Jinoh Kang 15483b1a12 server: Allow calling async_handoff() with status code STATUS_ALERTED. 
If the server detects that an I/O request could be completed immediately
(e.g. the socket to read from already has incoming data), it can now
return STATUS_ALERTED to allow opportunistic synchronous I/O.  The Unix
side will then attempt to perform I/O in nonblocking mode and report
back the I/O status to the server via the new server request
"set_async_direct_result".  If the operation returns e.g. EAGAIN
or EWOULDBLOCK, the client can opt to either abandon the request (by
specifying an error status) or poll for it in the server as usual (by
waiting on the wait handle).

Without such mechanism in place, the client cannot safely perform
immediately satiable I/O operations synchronously, since it can
potentially conflict with other pending I/O operations that have already
been queued.

Signed-off-by: Jinoh Kang <jinoh.kang.kr@gmail.com>
Signed-off-by: Zebediah Figura <zfigura@codeweavers.com>
Signed-off-by: Alexandre Julliard <julliard@winehq.org>
2022-02-10 20:18:38 +01:00

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/* -*- C -*-
*
* Wine server protocol definition
*
* Copyright (C) 2001 Alexandre Julliard
*
* This file is used by tools/make_requests to build the
* protocol structures in include/wine/server_protocol.h
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2.1 of the License, or (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library; if not, write to the Free Software
* Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301, USA
*/
@HEADER /* start of C declarations */
#include <stdarg.h>
#include <stdlib.h>
#include <time.h>
#include <windef.h>
#include <winbase.h>
typedef unsigned int obj_handle_t;
typedef unsigned int user_handle_t;
typedef unsigned int atom_t;
typedef unsigned int process_id_t;
typedef unsigned int thread_id_t;
typedef unsigned int data_size_t;
typedef unsigned int ioctl_code_t;
typedef unsigned __int64 lparam_t;
typedef unsigned __int64 apc_param_t;
typedef unsigned __int64 mem_size_t;
typedef unsigned __int64 file_pos_t;
typedef unsigned __int64 client_ptr_t;
typedef unsigned __int64 affinity_t;
typedef client_ptr_t mod_handle_t;
struct request_header
{
int req; /* request code */
data_size_t request_size; /* request variable part size */
data_size_t reply_size; /* reply variable part maximum size */
};
struct reply_header
{
unsigned int error; /* error result */
data_size_t reply_size; /* reply variable part size */
};
/* placeholder structure for the maximum allowed request size */
/* this is used to construct the generic_request union */
struct request_max_size
{
int pad[16]; /* the max request size is 16 ints */
};
#define FIRST_USER_HANDLE 0x0020 /* first possible value for low word of user handle */
#define LAST_USER_HANDLE 0xffef /* last possible value for low word of user handle */
/* debug event data */
typedef union
{
int code; /* event code */
struct
{
int code; /* DbgExceptionStateChange */
int first; /* first chance exception? */
unsigned int exc_code; /* exception code */
unsigned int flags; /* exception flags */
client_ptr_t record; /* exception record */
client_ptr_t address; /* exception address */
int nb_params; /* number of parameters */
int __pad;
client_ptr_t params[15]; /* parameters */
} exception;
struct
{
int code; /* DbgCreateThreadStateChange */
obj_handle_t handle; /* handle to the new thread */
client_ptr_t start; /* thread startup routine */
} create_thread;
struct
{
int code; /* DbgCreateProcessStateChange */
obj_handle_t file; /* handle to the process exe file */
obj_handle_t process; /* handle to the new process */
obj_handle_t thread; /* handle to the new thread */
mod_handle_t base; /* base of executable image */
int dbg_offset; /* offset of debug info in file */
int dbg_size; /* size of debug info */
client_ptr_t start; /* thread startup routine */
} create_process;
struct
{
int code; /* DbgExitThreadStateChange/DbgExitProcessStateChange */
int exit_code; /* thread or process exit code */
} exit;
struct
{
int code; /* DbgLoadDllStateChange */
obj_handle_t handle; /* file handle for the dll */
mod_handle_t base; /* base address of the dll */
int dbg_offset; /* offset of debug info in file */
int dbg_size; /* size of debug info */
client_ptr_t name; /* image name (optional) */
} load_dll;
struct
{
int code; /* DbgUnloadDllStateChange */
int __pad;
mod_handle_t base; /* base address of the dll */
} unload_dll;
} debug_event_t;
/* context data */
typedef struct
{
unsigned int machine; /* machine type */
unsigned int flags; /* SERVER_CTX_* flags */
union
{
struct { unsigned int eip, ebp, esp, eflags, cs, ss; } i386_regs;
struct { unsigned __int64 rip, rbp, rsp;
unsigned int cs, ss, flags, __pad; } x86_64_regs;
struct { unsigned int sp, lr, pc, cpsr; } arm_regs;
struct { unsigned __int64 sp, pc, pstate; } arm64_regs;
} ctl; /* selected by SERVER_CTX_CONTROL */
union
{
struct { unsigned int eax, ebx, ecx, edx, esi, edi; } i386_regs;
struct { unsigned __int64 rax,rbx, rcx, rdx, rsi, rdi,
r8, r9, r10, r11, r12, r13, r14, r15; } x86_64_regs;
struct { unsigned int r[13]; } arm_regs;
struct { unsigned __int64 x[31]; } arm64_regs;
} integer; /* selected by SERVER_CTX_INTEGER */
union
{
struct { unsigned int ds, es, fs, gs; } i386_regs;
struct { unsigned int ds, es, fs, gs; } x86_64_regs;
} seg; /* selected by SERVER_CTX_SEGMENTS */
union
{
struct { unsigned int ctrl, status, tag, err_off, err_sel, data_off, data_sel, cr0npx;
unsigned char regs[80]; } i386_regs;
struct { struct { unsigned __int64 low, high; } fpregs[32]; } x86_64_regs;
struct { unsigned __int64 d[32]; unsigned int fpscr; } arm_regs;
struct { struct { unsigned __int64 low, high; } q[32]; unsigned int fpcr, fpsr; } arm64_regs;
} fp; /* selected by SERVER_CTX_FLOATING_POINT */
union
{
struct { unsigned int dr0, dr1, dr2, dr3, dr6, dr7; } i386_regs;
struct { unsigned __int64 dr0, dr1, dr2, dr3, dr6, dr7; } x86_64_regs;
struct { unsigned int bvr[8], bcr[8], wvr[1], wcr[1]; } arm_regs;
struct { unsigned __int64 bvr[8], wvr[2]; unsigned int bcr[8], wcr[2]; } arm64_regs;
} debug; /* selected by SERVER_CTX_DEBUG_REGISTERS */
union
{
unsigned char i386_regs[512];
} ext; /* selected by SERVER_CTX_EXTENDED_REGISTERS */
union
{
struct { struct { unsigned __int64 low, high; } ymm_high[16]; } regs;
} ymm; /* selected by SERVER_CTX_YMM_REGISTERS */
} context_t;
#define SERVER_CTX_CONTROL 0x01
#define SERVER_CTX_INTEGER 0x02
#define SERVER_CTX_SEGMENTS 0x04
#define SERVER_CTX_FLOATING_POINT 0x08
#define SERVER_CTX_DEBUG_REGISTERS 0x10
#define SERVER_CTX_EXTENDED_REGISTERS 0x20
#define SERVER_CTX_YMM_REGISTERS 0x40
/* structure used in sending an fd from client to server */
struct send_fd
{
thread_id_t tid; /* thread id */
int fd; /* file descriptor on client-side */
};
/* structure sent by the server on the wait fifo */
struct wake_up_reply
{
client_ptr_t cookie; /* magic cookie that was passed in select_request */
int signaled; /* wait result */
int __pad;
};
/* NT-style timeout, in 100ns units, negative means relative timeout */
typedef __int64 timeout_t;
#define TIMEOUT_INFINITE (((timeout_t)0x7fffffff) << 32 | 0xffffffff)
/* absolute timeout, negative means that monotonic clock is used */
typedef __int64 abstime_t;
/* structure for process startup info */
typedef struct
{
unsigned int debug_flags;
unsigned int console_flags;
obj_handle_t console;
obj_handle_t hstdin;
obj_handle_t hstdout;
obj_handle_t hstderr;
unsigned int x;
unsigned int y;
unsigned int xsize;
unsigned int ysize;
unsigned int xchars;
unsigned int ychars;
unsigned int attribute;
unsigned int flags;
unsigned int show;
data_size_t curdir_len;
data_size_t dllpath_len;
data_size_t imagepath_len;
data_size_t cmdline_len;
data_size_t title_len;
data_size_t desktop_len;
data_size_t shellinfo_len;
data_size_t runtime_len;
/* VARARG(curdir,unicode_str,curdir_len); */
/* VARARG(dllpath,unicode_str,dllpath_len); */
/* VARARG(imagepath,unicode_str,imagepath_len); */
/* VARARG(cmdline,unicode_str,cmdline_len); */
/* VARARG(title,unicode_str,title_len); */
/* VARARG(desktop,unicode_str,desktop_len); */
/* VARARG(shellinfo,unicode_str,shellinfo_len); */
/* VARARG(runtime,unicode_str,runtime_len); */
} startup_info_t;
/* structure returned in the list of window properties */
typedef struct
{
atom_t atom; /* property atom */
int string; /* was atom a string originally? */
lparam_t data; /* data stored in property */
} property_data_t;
/* structure to specify window rectangles */
typedef struct
{
int left;
int top;
int right;
int bottom;
} rectangle_t;
/* structure for parameters of async I/O calls */
typedef struct
{
obj_handle_t handle; /* object to perform I/O on */
obj_handle_t event; /* event to signal when done */
client_ptr_t iosb; /* I/O status block in client addr space */
client_ptr_t user; /* opaque user data containing callback pointer and async-specific data */
client_ptr_t apc; /* user APC to call */
apc_param_t apc_context; /* user APC context or completion value */
} async_data_t;
/* structures for extra message data */
struct hw_msg_source
{
unsigned int device; /* source device (IMDT_* values) */
unsigned int origin; /* source origin (IMO_* values) */
};
union rawinput
{
int type;
struct
{
int type; /* RIM_TYPEKEYBOARD */
unsigned int message; /* message generated by this rawinput event */
unsigned short vkey; /* virtual key code */
unsigned short scan; /* scan code */
} kbd;
struct
{
int type; /* RIM_TYPEMOUSE */
int x; /* x coordinate */
int y; /* y coordinate */
unsigned int data; /* mouse data */
} mouse;
struct
{
int type; /* RIM_TYPEHID */
unsigned int device; /* rawinput device index */
unsigned int param; /* rawinput message param */
unsigned short usage_page;/* HID usage page */
unsigned short usage; /* HID usage */
unsigned int count; /* HID report count */
unsigned int length; /* HID report length */
} hid;
};
struct hardware_msg_data
{
lparam_t info; /* extra info */
data_size_t size; /* size of hardware message data */
int __pad;
unsigned int hw_id; /* unique id */
unsigned int flags; /* hook flags */
struct hw_msg_source source; /* message source */
union rawinput rawinput; /* rawinput message data */
};
struct callback_msg_data
{
client_ptr_t callback; /* callback function */
lparam_t data; /* user data for callback */
lparam_t result; /* message result */
};
struct winevent_msg_data
{
user_handle_t hook; /* hook handle */
thread_id_t tid; /* thread id */
client_ptr_t hook_proc; /* hook proc address */
/* followed by module name if any */
};
typedef union
{
int type;
struct
{
int type; /* INPUT_KEYBOARD */
unsigned short vkey; /* virtual key code */
unsigned short scan; /* scan code */
unsigned int flags; /* event flags */
unsigned int time; /* event time */
lparam_t info; /* extra info */
} kbd;
struct
{
int type; /* INPUT_MOUSE */
int x; /* coordinates */
int y;
unsigned int data; /* mouse data */
unsigned int flags; /* event flags */
unsigned int time; /* event time */
lparam_t info; /* extra info */
} mouse;
struct
{
int type; /* INPUT_HARDWARE */
unsigned int msg; /* message code */
lparam_t lparam; /* message param */
union rawinput rawinput;/* rawinput message data */
} hw;
} hw_input_t;
typedef union
{
unsigned char bytes[1]; /* raw data for sent messages */
struct hardware_msg_data hardware;
struct callback_msg_data callback;
struct winevent_msg_data winevent;
} message_data_t;
/* structure returned in filesystem events */
struct filesystem_event
{
int action;
data_size_t len;
char name[1];
};
struct luid
{
unsigned int low_part;
int high_part;
};
struct luid_attr
{
struct luid luid;
unsigned int attrs;
};
struct acl
{
unsigned char revision;
unsigned char pad1;
unsigned short size;
unsigned short count;
unsigned short pad2;
};
struct sid
{
unsigned char revision;
unsigned char sub_count;
unsigned char id_auth[6];
unsigned int sub_auth[15];
};
typedef struct
{
unsigned int read;
unsigned int write;
unsigned int exec;
unsigned int all;
} generic_map_t;
#define MAX_ACL_LEN 65535
struct security_descriptor
{
unsigned int control; /* SE_ flags */
data_size_t owner_len;
data_size_t group_len;
data_size_t sacl_len;
data_size_t dacl_len;
/* VARARG(owner,sid); */
/* VARARG(group,sid); */
/* VARARG(sacl,acl); */
/* VARARG(dacl,acl); */
};
struct object_attributes
{
obj_handle_t rootdir; /* root directory */
unsigned int attributes; /* object attributes */
data_size_t sd_len; /* length of security_descriptor data. may be 0 */
data_size_t name_len; /* length of the name string. may be 0 */
/* VARARG(sd,security_descriptor); */
/* VARARG(name,unicode_str); */
};
struct object_type_info
{
data_size_t name_len; /* length of the name string */
unsigned int index; /* type index in global table */
unsigned int obj_count; /* count of objects of this type */
unsigned int handle_count; /* count of handles of this type */
unsigned int obj_max; /* max count of objects of this type */
unsigned int handle_max; /* max count of handles of this type */
unsigned int valid_access; /* mask for valid access bits */
generic_map_t mapping; /* generic access mappings */
/* VARARG(name,unicode_str); */
};
enum select_op
{
SELECT_NONE,
SELECT_WAIT,
SELECT_WAIT_ALL,
SELECT_SIGNAL_AND_WAIT,
SELECT_KEYED_EVENT_WAIT,
SELECT_KEYED_EVENT_RELEASE
};
typedef union
{
enum select_op op;
struct
{
enum select_op op; /* SELECT_WAIT or SELECT_WAIT_ALL */
obj_handle_t handles[MAXIMUM_WAIT_OBJECTS];
} wait;
struct
{
enum select_op op; /* SELECT_SIGNAL_AND_WAIT */
obj_handle_t wait;
obj_handle_t signal; /* must be last in the structure so we can remove it on retries */
} signal_and_wait;
struct
{
enum select_op op; /* SELECT_KEYED_EVENT_WAIT or SELECT_KEYED_EVENT_RELEASE */
obj_handle_t handle;
client_ptr_t key;
} keyed_event;
} select_op_t;
enum apc_type
{
APC_NONE,
APC_USER,
APC_ASYNC_IO,
APC_VIRTUAL_ALLOC,
APC_VIRTUAL_FREE,
APC_VIRTUAL_QUERY,
APC_VIRTUAL_PROTECT,
APC_VIRTUAL_FLUSH,
APC_VIRTUAL_LOCK,
APC_VIRTUAL_UNLOCK,
APC_MAP_VIEW,
APC_UNMAP_VIEW,
APC_CREATE_THREAD,
APC_DUP_HANDLE
};
typedef struct
{
enum apc_type type; /* APC_USER */
int __pad;
client_ptr_t func; /* void (__stdcall *func)(ULONG_PTR,ULONG_PTR,ULONG_PTR); */
apc_param_t args[3]; /* arguments for user function */
} user_apc_t;
typedef union
{
enum apc_type type;
user_apc_t user;
struct
{
enum apc_type type; /* APC_ASYNC_IO */
unsigned int status; /* I/O status */
client_ptr_t user; /* user pointer */
client_ptr_t sb; /* status block */
data_size_t result; /* result size */
} async_io;
struct
{
enum apc_type type; /* APC_VIRTUAL_ALLOC */
unsigned int op_type; /* type of operation */
client_ptr_t addr; /* requested address */
mem_size_t size; /* allocation size */
mem_size_t zero_bits; /* number of zero high bits */
unsigned int prot; /* memory protection flags */
} virtual_alloc;
struct
{
enum apc_type type; /* APC_VIRTUAL_FREE */
unsigned int op_type; /* type of operation */
client_ptr_t addr; /* requested address */
mem_size_t size; /* allocation size */
} virtual_free;
struct
{
enum apc_type type; /* APC_VIRTUAL_QUERY */
int __pad;
client_ptr_t addr; /* requested address */
} virtual_query;
struct
{
enum apc_type type; /* APC_VIRTUAL_PROTECT */
unsigned int prot; /* new protection flags */
client_ptr_t addr; /* requested address */
mem_size_t size; /* requested size */
} virtual_protect;
struct
{
enum apc_type type; /* APC_VIRTUAL_FLUSH */
int __pad;
client_ptr_t addr; /* requested address */
mem_size_t size; /* requested size */
} virtual_flush;
struct
{
enum apc_type type; /* APC_VIRTUAL_LOCK */
int __pad;
client_ptr_t addr; /* requested address */
mem_size_t size; /* requested size */
} virtual_lock;
struct
{
enum apc_type type; /* APC_VIRTUAL_UNLOCK */
int __pad;
client_ptr_t addr; /* requested address */
mem_size_t size; /* requested size */
} virtual_unlock;
struct
{
enum apc_type type; /* APC_MAP_VIEW */
obj_handle_t handle; /* mapping handle */
client_ptr_t addr; /* requested address */
mem_size_t size; /* allocation size */
file_pos_t offset; /* file offset */
mem_size_t zero_bits; /* number of zero high bits */
unsigned int alloc_type; /* allocation type */
unsigned int prot; /* memory protection flags */
} map_view;
struct
{
enum apc_type type; /* APC_UNMAP_VIEW */
int __pad;
client_ptr_t addr; /* view address */
} unmap_view;
struct
{
enum apc_type type; /* APC_CREATE_THREAD */
unsigned int flags; /* creation flags */
client_ptr_t func; /* void (__stdcall *func)(void*); start function */
client_ptr_t arg; /* argument for start function */
mem_size_t zero_bits; /* number of zero high bits for thread stack */
mem_size_t reserve; /* reserve size for thread stack */
mem_size_t commit; /* commit size for thread stack */
} create_thread;
struct
{
enum apc_type type; /* APC_DUP_HANDLE */
obj_handle_t src_handle; /* src handle to duplicate */
obj_handle_t dst_process; /* dst process handle */
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
unsigned int options; /* duplicate options */
} dup_handle;
} apc_call_t;
typedef union
{
enum apc_type type;
struct
{
enum apc_type type; /* APC_ASYNC_IO */
unsigned int status; /* new status of async operation */
unsigned int total; /* bytes transferred */
} async_io;
struct
{
enum apc_type type; /* APC_VIRTUAL_ALLOC */
unsigned int status; /* status returned by call */
client_ptr_t addr; /* resulting address */
mem_size_t size; /* resulting size */
} virtual_alloc;
struct
{
enum apc_type type; /* APC_VIRTUAL_FREE */
unsigned int status; /* status returned by call */
client_ptr_t addr; /* resulting address */
mem_size_t size; /* resulting size */
} virtual_free;
struct
{
enum apc_type type; /* APC_VIRTUAL_QUERY */
unsigned int status; /* status returned by call */
client_ptr_t base; /* resulting base address */
client_ptr_t alloc_base;/* resulting allocation base */
mem_size_t size; /* resulting region size */
unsigned short state; /* resulting region state */
unsigned short prot; /* resulting region protection */
unsigned short alloc_prot;/* resulting allocation protection */
unsigned short alloc_type;/* resulting region allocation type */
} virtual_query;
struct
{
enum apc_type type; /* APC_VIRTUAL_PROTECT */
unsigned int status; /* status returned by call */
client_ptr_t addr; /* resulting address */
mem_size_t size; /* resulting size */
unsigned int prot; /* old protection flags */
} virtual_protect;
struct
{
enum apc_type type; /* APC_VIRTUAL_FLUSH */
unsigned int status; /* status returned by call */
client_ptr_t addr; /* resulting address */
mem_size_t size; /* resulting size */
} virtual_flush;
struct
{
enum apc_type type; /* APC_VIRTUAL_LOCK */
unsigned int status; /* status returned by call */
client_ptr_t addr; /* resulting address */
mem_size_t size; /* resulting size */
} virtual_lock;
struct
{
enum apc_type type; /* APC_VIRTUAL_UNLOCK */
unsigned int status; /* status returned by call */
client_ptr_t addr; /* resulting address */
mem_size_t size; /* resulting size */
} virtual_unlock;
struct
{
enum apc_type type; /* APC_MAP_VIEW */
unsigned int status; /* status returned by call */
client_ptr_t addr; /* resulting address */
mem_size_t size; /* resulting size */
} map_view;
struct
{
enum apc_type type; /* APC_UNMAP_VIEW */
unsigned int status; /* status returned by call */
} unmap_view;
struct
{
enum apc_type type; /* APC_CREATE_THREAD */
unsigned int status; /* status returned by call */
process_id_t pid; /* process id */
thread_id_t tid; /* thread id */
client_ptr_t teb; /* thread teb (in process address space) */
obj_handle_t handle; /* handle to new thread */
} create_thread;
struct
{
enum apc_type type; /* APC_DUP_HANDLE */
unsigned int status; /* status returned by call */
obj_handle_t handle; /* duplicated handle in dst process */
} dup_handle;
struct
{
enum apc_type type; /* APC_BREAK_PROCESS */
unsigned int status; /* status returned by call */
} break_process;
} apc_result_t;
enum irp_type
{
IRP_CALL_NONE,
IRP_CALL_CREATE,
IRP_CALL_CLOSE,
IRP_CALL_READ,
IRP_CALL_WRITE,
IRP_CALL_FLUSH,
IRP_CALL_IOCTL,
IRP_CALL_VOLUME,
IRP_CALL_FREE,
IRP_CALL_CANCEL
};
typedef union
{
enum irp_type type; /* irp call type */
struct
{
enum irp_type type; /* IRP_CALL_CREATE */
unsigned int access; /* access rights */
unsigned int sharing; /* sharing flags */
unsigned int options; /* file options */
client_ptr_t device; /* opaque ptr for the device */
obj_handle_t file; /* file handle */
} create;
struct
{
enum irp_type type; /* IRP_CALL_CLOSE */
int __pad;
client_ptr_t file; /* opaque ptr for the file object */
} close;
struct
{
enum irp_type type; /* IRP_CALL_READ */
unsigned int key; /* driver key */
data_size_t out_size; /* needed output size */
int __pad;
client_ptr_t file; /* opaque ptr for the file object */
file_pos_t pos; /* file position */
} read;
struct
{
enum irp_type type; /* IRP_CALL_WRITE */
unsigned int key; /* driver key */
client_ptr_t file; /* opaque ptr for the file object */
file_pos_t pos; /* file position */
} write;
struct
{
enum irp_type type; /* IRP_CALL_FLUSH */
int __pad;
client_ptr_t file; /* opaque ptr for the file object */
} flush;
struct
{
enum irp_type type; /* IRP_CALL_IOCTL */
ioctl_code_t code; /* ioctl code */
data_size_t out_size; /* needed output size */
int __pad;
client_ptr_t file; /* opaque ptr for the file object */
} ioctl;
struct
{
enum irp_type type; /* IRP_CALL_VOLUME */
unsigned int info_class;/* information class */
data_size_t out_size; /* needed output size */
int __pad;
client_ptr_t file; /* opaque ptr for the file object */
} volume;
struct
{
enum irp_type type; /* IRP_CALL_FREE */
int __pad;
client_ptr_t obj; /* opaque ptr for the freed object */
} free;
struct
{
enum irp_type type; /* IRP_CALL_CANCEL */
int __pad;
client_ptr_t irp; /* opaque ptr for canceled irp */
} cancel;
} irp_params_t;
/* information about a PE image mapping, roughly equivalent to SECTION_IMAGE_INFORMATION */
typedef struct
{
client_ptr_t base;
mem_size_t stack_size;
mem_size_t stack_commit;
unsigned int entry_point;
unsigned int map_size;
unsigned int zerobits;
unsigned int subsystem;
unsigned short subsystem_minor;
unsigned short subsystem_major;
unsigned short osversion_major;
unsigned short osversion_minor;
unsigned short image_charact;
unsigned short dll_charact;
unsigned short machine;
unsigned char contains_code;
unsigned char image_flags;
unsigned int loader_flags;
unsigned int header_size;
unsigned int file_size;
unsigned int checksum;
unsigned int dbg_offset;
unsigned int dbg_size;
} pe_image_info_t;
#define IMAGE_FLAGS_ComPlusNativeReady 0x01
#define IMAGE_FLAGS_ComPlusILOnly 0x02
#define IMAGE_FLAGS_ImageDynamicallyRelocated 0x04
#define IMAGE_FLAGS_ImageMappedFlat 0x08
#define IMAGE_FLAGS_BaseBelow4gb 0x10
#define IMAGE_FLAGS_ComPlusPrefer32bit 0x20
#define IMAGE_FLAGS_WineBuiltin 0x40
#define IMAGE_FLAGS_WineFakeDll 0x80
struct rawinput_device
{
unsigned short usage_page;
unsigned short usage;
unsigned int flags;
user_handle_t target;
};
typedef struct
{
int x;
int y;
unsigned int time;
int __pad;
lparam_t info;
} cursor_pos_t;
/****************************************************************/
/* Request declarations */
/* Create a new process from the context of the parent */
@REQ(new_process)
obj_handle_t token; /* process token */
obj_handle_t debug; /* process debug object */
obj_handle_t parent_process; /* parent process */
unsigned int flags; /* process creation flags */
int socket_fd; /* file descriptor for process socket */
unsigned int access; /* access rights for process object */
unsigned short machine; /* architecture that the new process will use */
data_size_t info_size; /* size of startup info */
data_size_t handles_size; /* length of explicit handles list */
data_size_t jobs_size; /* length of jobs list */
VARARG(objattr,object_attributes); /* object attributes */
VARARG(handles,uints,handles_size); /* handles list */
VARARG(jobs,uints,jobs_size); /* jobs list */
VARARG(info,startup_info,info_size); /* startup information */
VARARG(env,unicode_str); /* environment for new process */
@REPLY
obj_handle_t info; /* new process info handle */
process_id_t pid; /* process id */
obj_handle_t handle; /* process handle (in the current process) */
@END
/* Retrieve information about a newly started process */
@REQ(get_new_process_info)
obj_handle_t info; /* info handle returned from new_process_request */
@REPLY
int success; /* did the process start successfully? */
int exit_code; /* process exit code if failed */
@END
/* Create a new thread */
@REQ(new_thread)
obj_handle_t process; /* process in which to create thread */
unsigned int access; /* wanted access rights */
unsigned int flags; /* thread creation flags */
int request_fd; /* fd for request pipe */
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
thread_id_t tid; /* thread id */
obj_handle_t handle; /* thread handle (in the current process) */
@END
/* Retrieve the new process startup info */
@REQ(get_startup_info)
@REPLY
data_size_t info_size; /* size of startup info */
VARARG(info,startup_info,info_size); /* startup information */
VARARG(env,unicode_str); /* environment */
@END
/* Signal the end of the process initialization */
@REQ(init_process_done)
client_ptr_t teb; /* TEB of new thread (in process address space) */
client_ptr_t peb; /* PEB of new process (in process address space) */
client_ptr_t ldt_copy; /* address of LDT copy (in process address space) */
@REPLY
client_ptr_t entry; /* process entry point */
int suspend; /* is process suspended? */
@END
/* Initialize the first thread of a new process */
@REQ(init_first_thread)
int unix_pid; /* Unix pid of new process */
int unix_tid; /* Unix tid of new thread */
int debug_level; /* new debug level */
int reply_fd; /* fd for reply pipe */
int wait_fd; /* fd for blocking calls pipe */
@REPLY
process_id_t pid; /* process id of the new thread's process */
thread_id_t tid; /* thread id of the new thread */
timeout_t server_start; /* server start time */
unsigned int session_id; /* process session id */
data_size_t info_size; /* total size of startup info */
VARARG(machines,ushorts); /* array of supported machines */
@END
/* Initialize a new thread; called from the child after pthread_create() */
@REQ(init_thread)
int unix_tid; /* Unix tid of new thread */
int reply_fd; /* fd for reply pipe */
int wait_fd; /* fd for blocking calls pipe */
client_ptr_t teb; /* TEB of new thread (in thread address space) */
client_ptr_t entry; /* entry point (in thread address space) */
@REPLY
int suspend; /* is thread suspended? */
@END
/* Terminate a process */
@REQ(terminate_process)
obj_handle_t handle; /* process handle to terminate */
int exit_code; /* process exit code */
@REPLY
int self; /* suicide? */
@END
/* Terminate a thread */
@REQ(terminate_thread)
obj_handle_t handle; /* thread handle to terminate */
int exit_code; /* thread exit code */
@REPLY
int self; /* suicide? */
@END
/* Retrieve information about a process */
@REQ(get_process_info)
obj_handle_t handle; /* process handle */
@REPLY
process_id_t pid; /* server process id */
process_id_t ppid; /* server process id of parent */
affinity_t affinity; /* process affinity mask */
client_ptr_t peb; /* PEB address in process address space */
timeout_t start_time; /* process start time */
timeout_t end_time; /* process end time */
unsigned int session_id; /* process session id */
int exit_code; /* process exit code */
int priority; /* priority class */
unsigned short machine; /* process architecture */
VARARG(image,pe_image_info); /* image info for main exe */
@END
/* Retrieve debug information about a process */
@REQ(get_process_debug_info)
obj_handle_t handle; /* process handle */
@REPLY
obj_handle_t debug; /* handle to debug port */
int debug_children; /* inherit debugger to child processes */
VARARG(image,pe_image_info); /* image info for main exe */
@END
/* Fetch the name of the process image */
@REQ(get_process_image_name)
obj_handle_t handle; /* process handle */
int win32; /* return a win32 filename? */
@REPLY
data_size_t len; /* len in bytes required to store filename */
VARARG(name,unicode_str); /* image name for main exe */
@END
/* Retrieve information about a process memory usage */
@REQ(get_process_vm_counters)
obj_handle_t handle; /* process handle */
@REPLY
mem_size_t peak_virtual_size; /* peak virtual memory in bytes */
mem_size_t virtual_size; /* virtual memory in bytes */
mem_size_t peak_working_set_size; /* peak real memory in bytes */
mem_size_t working_set_size; /* real memory in bytes */
mem_size_t pagefile_usage; /* commit charge in bytes */
mem_size_t peak_pagefile_usage; /* peak commit charge in bytes */
@END
/* Set a process information */
@REQ(set_process_info)
obj_handle_t handle; /* process handle */
int mask; /* setting mask (see below) */
int priority; /* priority class */
affinity_t affinity; /* affinity mask */
@END
#define SET_PROCESS_INFO_PRIORITY 0x01
#define SET_PROCESS_INFO_AFFINITY 0x02
/* Retrieve information about a thread */
@REQ(get_thread_info)
obj_handle_t handle; /* thread handle */
unsigned int access; /* required access rights */
@REPLY
process_id_t pid; /* server process id */
thread_id_t tid; /* server thread id */
client_ptr_t teb; /* thread teb pointer */
client_ptr_t entry_point; /* thread entry point */
affinity_t affinity; /* thread affinity mask */
int exit_code; /* thread exit code */
int priority; /* thread priority level */
int last; /* last thread in process */
int suspend_count; /* thread suspend count */
int dbg_hidden; /* thread hidden from debugger */
data_size_t desc_len; /* description length in bytes */
VARARG(desc,unicode_str); /* description string */
@END
/* Retrieve information about thread times */
@REQ(get_thread_times)
obj_handle_t handle; /* thread handle */
@REPLY
timeout_t creation_time; /* thread creation time */
timeout_t exit_time; /* thread exit time */
int unix_pid; /* thread native pid */
int unix_tid; /* thread native pid */
@END
/* Set a thread information */
@REQ(set_thread_info)
obj_handle_t handle; /* thread handle */
int mask; /* setting mask (see below) */
int priority; /* priority class */
affinity_t affinity; /* affinity mask */
client_ptr_t entry_point; /* thread entry point */
obj_handle_t token; /* impersonation token */
VARARG(desc,unicode_str); /* description string */
@END
#define SET_THREAD_INFO_PRIORITY 0x01
#define SET_THREAD_INFO_AFFINITY 0x02
#define SET_THREAD_INFO_TOKEN 0x04
#define SET_THREAD_INFO_ENTRYPOINT 0x08
#define SET_THREAD_INFO_DESCRIPTION 0x10
#define SET_THREAD_INFO_DBG_HIDDEN 0x20
/* Suspend a thread */
@REQ(suspend_thread)
obj_handle_t handle; /* thread handle */
@REPLY
int count; /* new suspend count */
@END
/* Resume a thread */
@REQ(resume_thread)
obj_handle_t handle; /* thread handle */
@REPLY
int count; /* new suspend count */
@END
/* Queue an APC for a thread or process */
@REQ(queue_apc)
obj_handle_t handle; /* thread or process handle */
apc_call_t call; /* call arguments */
@REPLY
obj_handle_t handle; /* APC handle */
int self; /* run APC in caller itself? */
@END
/* Get the result of an APC call */
@REQ(get_apc_result)
obj_handle_t handle; /* handle to the APC */
@REPLY
apc_result_t result; /* result of the APC */
@END
/* Close a handle for the current process */
@REQ(close_handle)
obj_handle_t handle; /* handle to close */
@END
/* Set a handle information */
@REQ(set_handle_info)
obj_handle_t handle; /* handle we are interested in */
int flags; /* new handle flags */
int mask; /* mask for flags to set */
@REPLY
int old_flags; /* old flag value */
@END
/* Duplicate a handle */
@REQ(dup_handle)
obj_handle_t src_process; /* src process handle */
obj_handle_t src_handle; /* src handle to duplicate */
obj_handle_t dst_process; /* dst process handle */
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
unsigned int options; /* duplicate options */
@REPLY
obj_handle_t handle; /* duplicated handle in dst process */
@END
/* Test if two handles refer to the same object */
@REQ(compare_objects)
obj_handle_t first; /* first object handle */
obj_handle_t second; /* second object handle */
@END
/* Make an object temporary */
@REQ(make_temporary)
obj_handle_t handle; /* handle to the object */
@END
/* Open a handle to a process */
@REQ(open_process)
process_id_t pid; /* process id to open */
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the process */
@END
/* Open a handle to a thread */
@REQ(open_thread)
thread_id_t tid; /* thread id to open */
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the thread */
@END
/* Wait for handles */
@REQ(select)
int flags; /* wait flags (see below) */
client_ptr_t cookie; /* magic cookie to return to client */
abstime_t timeout; /* timeout */
data_size_t size; /* size of select_op */
obj_handle_t prev_apc; /* handle to previous APC */
VARARG(result,apc_result); /* result of previous APC */
VARARG(data,select_op,size); /* operation-specific data */
VARARG(contexts,contexts); /* suspend context(s) */
@REPLY
apc_call_t call; /* APC call arguments */
obj_handle_t apc_handle; /* handle to next APC */
int signaled; /* were the handles immediately signaled? */
VARARG(contexts,contexts); /* suspend context(s) */
@END
#define SELECT_ALERTABLE 1
#define SELECT_INTERRUPTIBLE 2
/* Create an event */
@REQ(create_event)
unsigned int access; /* wanted access rights */
int manual_reset; /* manual reset event */
int initial_state; /* initial state of the event */
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the event */
@END
/* Event operation */
@REQ(event_op)
obj_handle_t handle; /* handle to event */
int op; /* event operation (see below) */
@REPLY
int state; /* previous state */
@END
enum event_op { PULSE_EVENT, SET_EVENT, RESET_EVENT };
@REQ(query_event)
obj_handle_t handle; /* handle to event */
@REPLY
int manual_reset; /* manual reset event */
int state; /* current state of the event */
@END
/* Open an event */
@REQ(open_event)
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
obj_handle_t rootdir; /* root directory */
VARARG(name,unicode_str); /* object name */
@REPLY
obj_handle_t handle; /* handle to the event */
@END
/* Create a keyed event */
@REQ(create_keyed_event)
unsigned int access; /* wanted access rights */
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the event */
@END
/* Open a keyed event */
@REQ(open_keyed_event)
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
obj_handle_t rootdir; /* root directory */
VARARG(name,unicode_str); /* object name */
@REPLY
obj_handle_t handle; /* handle to the event */
@END
/* Create a mutex */
@REQ(create_mutex)
unsigned int access; /* wanted access rights */
int owned; /* initially owned? */
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the mutex */
@END
/* Release a mutex */
@REQ(release_mutex)
obj_handle_t handle; /* handle to the mutex */
@REPLY
unsigned int prev_count; /* value of internal counter, before release */
@END
/* Open a mutex */
@REQ(open_mutex)
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
obj_handle_t rootdir; /* root directory */
VARARG(name,unicode_str); /* object name */
@REPLY
obj_handle_t handle; /* handle to the mutex */
@END
/* Query a mutex */
@REQ(query_mutex)
obj_handle_t handle; /* handle to mutex */
@REPLY
unsigned int count; /* current count of mutex */
int owned; /* true if owned by current thread */
int abandoned; /* true if abandoned */
@END
/* Create a semaphore */
@REQ(create_semaphore)
unsigned int access; /* wanted access rights */
unsigned int initial; /* initial count */
unsigned int max; /* maximum count */
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the semaphore */
@END
/* Release a semaphore */
@REQ(release_semaphore)
obj_handle_t handle; /* handle to the semaphore */
unsigned int count; /* count to add to semaphore */
@REPLY
unsigned int prev_count; /* previous semaphore count */
@END
@REQ(query_semaphore)
obj_handle_t handle; /* handle to the semaphore */
@REPLY
unsigned int current; /* current count */
unsigned int max; /* maximum count */
@END
/* Open a semaphore */
@REQ(open_semaphore)
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
obj_handle_t rootdir; /* root directory */
VARARG(name,unicode_str); /* object name */
@REPLY
obj_handle_t handle; /* handle to the semaphore */
@END
/* Create a file */
@REQ(create_file)
unsigned int access; /* wanted access rights */
unsigned int sharing; /* sharing flags */
int create; /* file create action */
unsigned int options; /* file options */
unsigned int attrs; /* file attributes for creation */
VARARG(objattr,object_attributes); /* object attributes */
VARARG(filename,string); /* file name */
@REPLY
obj_handle_t handle; /* handle to the file */
@END
/* Open a file object */
@REQ(open_file_object)
unsigned int access; /* wanted access rights */
unsigned int attributes; /* open attributes */
obj_handle_t rootdir; /* root directory */
unsigned int sharing; /* sharing flags */
unsigned int options; /* file options */
VARARG(filename,unicode_str); /* file name */
@REPLY
obj_handle_t handle; /* handle to the file */
@END
/* Allocate a file handle for a Unix fd */
@REQ(alloc_file_handle)
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
int fd; /* file descriptor on the client side */
@REPLY
obj_handle_t handle; /* handle to the file */
@END
/* Get the Unix name from a file handle */
@REQ(get_handle_unix_name)
obj_handle_t handle; /* file handle */
@REPLY
data_size_t name_len; /* unix name length */
VARARG(name,string); /* unix name */
@END
/* Get a Unix fd to access a file */
@REQ(get_handle_fd)
obj_handle_t handle; /* handle to the file */
@REPLY
int type; /* file type (see below) */
int cacheable; /* can fd be cached in the client? */
unsigned int access; /* file access rights */
unsigned int options; /* file open options */
@END
enum server_fd_type
{
FD_TYPE_INVALID, /* invalid file (no associated fd) */
FD_TYPE_FILE, /* regular file */
FD_TYPE_DIR, /* directory */
FD_TYPE_SOCKET, /* socket */
FD_TYPE_SERIAL, /* serial port */
FD_TYPE_PIPE, /* named pipe */
FD_TYPE_MAILSLOT, /* mailslot */
FD_TYPE_CHAR, /* unspecified char device */
FD_TYPE_DEVICE, /* Windows device file */
FD_TYPE_NB_TYPES
};
/* Retrieve (or allocate) the client-side directory cache entry */
@REQ(get_directory_cache_entry)
obj_handle_t handle; /* handle to the directory */
@REPLY
int entry; /* cache entry on the client side */
VARARG(free,ints); /* entries that can be freed */
@END
/* Flush a file buffers */
@REQ(flush)
async_data_t async; /* async I/O parameters */
@REPLY
obj_handle_t event; /* event set when finished */
@END
/* Query file information */
@REQ(get_file_info)
obj_handle_t handle; /* handle to the file */
unsigned int info_class; /* queried information class */
@REPLY
VARARG(data,bytes); /* file info data */
@END
/* Query volume information */
@REQ(get_volume_info)
obj_handle_t handle; /* handle to the file */
async_data_t async; /* async I/O parameters */
unsigned int info_class; /* queried information class */
@REPLY
obj_handle_t wait; /* handle to wait on for blocking read */
VARARG(data,bytes); /* volume info data */
@END
/* Lock a region of a file */
@REQ(lock_file)
obj_handle_t handle; /* handle to the file */
file_pos_t offset; /* offset of start of lock */
file_pos_t count; /* count of bytes to lock */
int shared; /* shared or exclusive lock? */
int wait; /* do we want to wait? */
@REPLY
obj_handle_t handle; /* handle to wait on */
int overlapped; /* is it an overlapped I/O handle? */
@END
/* Unlock a region of a file */
@REQ(unlock_file)
obj_handle_t handle; /* handle to the file */
file_pos_t offset; /* offset of start of unlock */
file_pos_t count; /* count of bytes to unlock */
@END
/* Perform a recv on a socket */
@REQ(recv_socket)
int oob; /* are we receiving OOB data? */
async_data_t async; /* async I/O parameters */
unsigned int status; /* status of initial call */
unsigned int total; /* number of bytes already read */
@REPLY
obj_handle_t wait; /* handle to wait on for blocking recv */
unsigned int options; /* device open options */
@END
/* Perform a send on a socket */
@REQ(send_socket)
async_data_t async; /* async I/O parameters */
unsigned int status; /* status of initial call */
unsigned int total; /* number of bytes already sent */
@REPLY
obj_handle_t wait; /* handle to wait on for blocking send */
unsigned int options; /* device open options */
@END
/* Retrieve the next pending console ioctl request */
@REQ(get_next_console_request)
obj_handle_t handle; /* console server handle */
int signal; /* server signal state */
int read; /* 1 if reporting result of blocked read ioctl */
unsigned int status; /* status of previous ioctl */
VARARG(out_data,bytes); /* out_data of previous ioctl */
@REPLY
unsigned int code; /* ioctl code */
unsigned int output; /* output id or 0 for input */
data_size_t out_size; /* ioctl output size */
VARARG(in_data,bytes); /* ioctl in_data */
@END
/* enable directory change notifications */
@REQ(read_directory_changes)
unsigned int filter; /* notification filter */
int subtree; /* watch the subtree? */
int want_data; /* flag indicating whether change data should be collected */
async_data_t async; /* async I/O parameters */
@END
@REQ(read_change)
obj_handle_t handle;
@REPLY
VARARG(events,filesystem_event); /* collected filesystem events */
@END
/* Create a file mapping */
@REQ(create_mapping)
unsigned int access; /* wanted access rights */
unsigned int flags; /* SEC_* flags */
unsigned int file_access; /* file access rights */
mem_size_t size; /* mapping size */
obj_handle_t file_handle; /* file handle */
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the mapping */
@END
/* Open a mapping */
@REQ(open_mapping)
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
obj_handle_t rootdir; /* root directory */
VARARG(name,unicode_str); /* object name */
@REPLY
obj_handle_t handle; /* handle to the mapping */
@END
/* Get information about a file mapping */
@REQ(get_mapping_info)
obj_handle_t handle; /* handle to the mapping */
unsigned int access; /* wanted access rights */
@REPLY
mem_size_t size; /* mapping size */
unsigned int flags; /* SEC_* flags */
obj_handle_t shared_file; /* shared mapping file handle */
data_size_t total; /* total required buffer size in bytes */
VARARG(image,pe_image_info);/* image info for SEC_IMAGE mappings */
VARARG(name,unicode_str); /* filename for SEC_IMAGE mappings */
@END
/* Add a memory view in the current process */
@REQ(map_view)
obj_handle_t mapping; /* file mapping handle, or 0 for .so builtin */
unsigned int access; /* wanted access rights */
client_ptr_t base; /* view base address (page-aligned) */
mem_size_t size; /* view size */
file_pos_t start; /* start offset in mapping */
VARARG(image,pe_image_info);/* image info for .so builtins */
VARARG(name,unicode_str); /* image filename for .so builtins */
@END
/* Unmap a memory view from the current process */
@REQ(unmap_view)
client_ptr_t base; /* view base address */
@END
/* Get a range of committed pages in a file mapping */
@REQ(get_mapping_committed_range)
client_ptr_t base; /* view base address */
file_pos_t offset; /* starting offset (page-aligned, in bytes) */
@REPLY
mem_size_t size; /* size of range starting at offset (page-aligned, in bytes) */
int committed; /* whether it is a committed range */
@END
/* Add a range to the committed pages in a file mapping */
@REQ(add_mapping_committed_range)
client_ptr_t base; /* view base address */
file_pos_t offset; /* starting offset (page-aligned, in bytes) */
mem_size_t size; /* size to set (page-aligned, in bytes) or 0 if only retrieving */
@END
/* Check if two memory maps are for the same file */
@REQ(is_same_mapping)
client_ptr_t base1; /* first view base address */
client_ptr_t base2; /* second view base address */
@END
/* Get the filename of a mapping */
@REQ(get_mapping_filename)
obj_handle_t process; /* process handle */
client_ptr_t addr; /* address inside mapped view (in process address space) */
@REPLY
data_size_t len; /* total filename length in bytes */
VARARG(filename,unicode_str); /* filename in NT format */
@END
struct thread_info
{
timeout_t start_time;
thread_id_t tid;
int base_priority;
int current_priority;
int unix_tid;
client_ptr_t teb;
client_ptr_t entry_point;
};
struct process_info
{
timeout_t start_time;
data_size_t name_len;
int thread_count;
int priority;
process_id_t pid;
process_id_t parent_pid;
unsigned int session_id;
int handle_count;
int unix_pid;
/* VARARG(name,unicode_str,name_len); */
/* VARARG(threads,struct thread_info,thread_count); */
};
/* Get a list of processes and threads currently running */
@REQ(list_processes)
@REPLY
data_size_t info_size;
int process_count;
int total_thread_count;
data_size_t total_name_len;
VARARG(data,process_info,info_size);
@END
/* Create a debug object */
@REQ(create_debug_obj)
unsigned int access; /* wanted access rights */
unsigned int flags; /* object flags */
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the debug object */
@END
/* Wait for a debug event */
@REQ(wait_debug_event)
obj_handle_t debug; /* debug object */
@REPLY
process_id_t pid; /* process id */
thread_id_t tid; /* thread id */
VARARG(event,debug_event); /* debug event data */
@END
/* Queue an exception event */
@REQ(queue_exception_event)
int first; /* first chance exception? */
unsigned int code; /* exception code */
unsigned int flags; /* exception flags */
client_ptr_t record; /* exception record */
client_ptr_t address; /* exception address */
data_size_t len; /* size of parameters */
VARARG(params,uints64,len);/* exception parameters */
@REPLY
obj_handle_t handle; /* handle to the queued event */
@END
/* Retrieve the status of an exception event */
@REQ(get_exception_status)
obj_handle_t handle; /* handle to the queued event */
@END
/* Continue a debug event */
@REQ(continue_debug_event)
obj_handle_t debug; /* debug object */
process_id_t pid; /* process id to continue */
thread_id_t tid; /* thread id to continue */
unsigned int status; /* continuation status */
@END
/* Start or stop debugging an existing process */
@REQ(debug_process)
obj_handle_t handle; /* process handle */
obj_handle_t debug; /* debug object to attach to the process */
int attach; /* 1=attaching / 0=detaching from the process */
@END
/* Set debug object information */
@REQ(set_debug_obj_info)
obj_handle_t debug; /* debug object */
unsigned int flags; /* object flags */
@END
/* Read data from a process address space */
@REQ(read_process_memory)
obj_handle_t handle; /* process handle */
client_ptr_t addr; /* addr to read from */
@REPLY
VARARG(data,bytes); /* result data */
@END
/* Write data to a process address space */
@REQ(write_process_memory)
obj_handle_t handle; /* process handle */
client_ptr_t addr; /* addr to write to */
VARARG(data,bytes); /* data to write */
@END
/* Create a registry key */
@REQ(create_key)
unsigned int access; /* desired access rights */
unsigned int options; /* creation options */
VARARG(objattr,object_attributes); /* object attributes */
VARARG(class,unicode_str); /* class name */
@REPLY
obj_handle_t hkey; /* handle to the created key */
int created; /* has it been newly created? */
@END
/* Open a registry key */
@REQ(open_key)
obj_handle_t parent; /* handle to the parent key */
unsigned int access; /* desired access rights */
unsigned int attributes; /* object attributes */
VARARG(name,unicode_str); /* key name */
@REPLY
obj_handle_t hkey; /* handle to the open key */
@END
/* Delete a registry key */
@REQ(delete_key)
obj_handle_t hkey; /* handle to the key */
@END
/* Flush a registry key */
@REQ(flush_key)
obj_handle_t hkey; /* handle to the key */
@END
/* Enumerate registry subkeys */
@REQ(enum_key)
obj_handle_t hkey; /* handle to registry key */
int index; /* index of subkey (or -1 for current key) */
int info_class; /* requested information class */
@REPLY
int subkeys; /* number of subkeys */
int max_subkey; /* longest subkey name */
int max_class; /* longest class name */
int values; /* number of values */
int max_value; /* longest value name */
int max_data; /* longest value data */
timeout_t modif; /* last modification time */
data_size_t total; /* total length needed for full name and class */
data_size_t namelen; /* length of key name in bytes */
VARARG(name,unicode_str,namelen); /* key name */
VARARG(class,unicode_str); /* class name */
@END
/* Set a value of a registry key */
@REQ(set_key_value)
obj_handle_t hkey; /* handle to registry key */
int type; /* value type */
data_size_t namelen; /* length of value name in bytes */
VARARG(name,unicode_str,namelen); /* value name */
VARARG(data,bytes); /* value data */
@END
/* Retrieve the value of a registry key */
@REQ(get_key_value)
obj_handle_t hkey; /* handle to registry key */
VARARG(name,unicode_str); /* value name */
@REPLY
int type; /* value type */
data_size_t total; /* total length needed for data */
VARARG(data,bytes); /* value data */
@END
/* Enumerate a value of a registry key */
@REQ(enum_key_value)
obj_handle_t hkey; /* handle to registry key */
int index; /* value index */
int info_class; /* requested information class */
@REPLY
int type; /* value type */
data_size_t total; /* total length needed for full name and data */
data_size_t namelen; /* length of value name in bytes */
VARARG(name,unicode_str,namelen); /* value name */
VARARG(data,bytes); /* value data */
@END
/* Delete a value of a registry key */
@REQ(delete_key_value)
obj_handle_t hkey; /* handle to registry key */
VARARG(name,unicode_str); /* value name */
@END
/* Load a registry branch from a file */
@REQ(load_registry)
obj_handle_t file; /* file to load from */
VARARG(objattr,object_attributes); /* object attributes */
@END
/* UnLoad a registry branch from a file */
@REQ(unload_registry)
obj_handle_t parent; /* handle to the parent key */
unsigned int attributes; /* object attributes */
VARARG(name,unicode_str); /* key name */
@END
/* Save a registry branch to a file */
@REQ(save_registry)
obj_handle_t hkey; /* key to save */
obj_handle_t file; /* file to save to */
@END
/* Add a registry key change notification */
@REQ(set_registry_notification)
obj_handle_t hkey; /* key to watch for changes */
obj_handle_t event; /* event to set */
int subtree; /* should we watch the whole subtree? */
unsigned int filter; /* things to watch */
@END
/* Create a waitable timer */
@REQ(create_timer)
unsigned int access; /* wanted access rights */
int manual; /* manual reset */
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the timer */
@END
/* Open a waitable timer */
@REQ(open_timer)
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
obj_handle_t rootdir; /* root directory */
VARARG(name,unicode_str); /* object name */
@REPLY
obj_handle_t handle; /* handle to the timer */
@END
/* Set a waitable timer */
@REQ(set_timer)
obj_handle_t handle; /* handle to the timer */
timeout_t expire; /* next expiration absolute time */
client_ptr_t callback; /* callback function */
client_ptr_t arg; /* callback argument */
int period; /* timer period in ms */
@REPLY
int signaled; /* was the timer signaled before this call ? */
@END
/* Cancel a waitable timer */
@REQ(cancel_timer)
obj_handle_t handle; /* handle to the timer */
@REPLY
int signaled; /* was the timer signaled before this calltime ? */
@END
/* Get information on a waitable timer */
@REQ(get_timer_info)
obj_handle_t handle; /* handle to the timer */
@REPLY
timeout_t when; /* absolute time when the timer next expires */
int signaled; /* is the timer signaled? */
@END
/* Retrieve the current context of a thread */
@REQ(get_thread_context)
obj_handle_t handle; /* thread handle */
obj_handle_t context; /* context handle */
unsigned int flags; /* context flags */
unsigned short machine; /* context architecture */
@REPLY
int self; /* was it a handle to the current thread? */
obj_handle_t handle; /* pending context handle */
VARARG(contexts,contexts); /* thread context(s) */
@END
/* Set the current context of a thread */
@REQ(set_thread_context)
obj_handle_t handle; /* thread handle */
VARARG(contexts,contexts); /* thread context(s) */
@REPLY
int self; /* was it a handle to the current thread? */
@END
/* Fetch a selector entry for a thread */
@REQ(get_selector_entry)
obj_handle_t handle; /* thread handle */
int entry; /* LDT entry */
@REPLY
unsigned int base; /* selector base */
unsigned int limit; /* selector limit */
unsigned char flags; /* selector flags */
@END
/* Add an atom */
@REQ(add_atom)
VARARG(name,unicode_str); /* atom name */
@REPLY
atom_t atom; /* resulting atom */
@END
/* Delete an atom */
@REQ(delete_atom)
atom_t atom; /* atom handle */
@END
/* Find an atom */
@REQ(find_atom)
VARARG(name,unicode_str); /* atom name */
@REPLY
atom_t atom; /* atom handle */
@END
/* Get information about an atom */
@REQ(get_atom_information)
atom_t atom; /* atom handle */
@REPLY
int count; /* atom lock count */
int pinned; /* whether the atom has been pinned */
data_size_t total; /* actual length of atom name */
VARARG(name,unicode_str); /* atom name */
@END
/* Get the message queue of the current thread */
@REQ(get_msg_queue)
@REPLY
obj_handle_t handle; /* handle to the queue */
@END
/* Set the file descriptor associated to the current thread queue */
@REQ(set_queue_fd)
obj_handle_t handle; /* handle to the file descriptor */
@END
/* Set the current message queue wakeup mask */
@REQ(set_queue_mask)
unsigned int wake_mask; /* wakeup bits mask */
unsigned int changed_mask; /* changed bits mask */
int skip_wait; /* will we skip waiting if signaled? */
@REPLY
unsigned int wake_bits; /* current wake bits */
unsigned int changed_bits; /* current changed bits */
@END
/* Get the current message queue status */
@REQ(get_queue_status)
unsigned int clear_bits; /* should we clear the change bits? */
@REPLY
unsigned int wake_bits; /* wake bits */
unsigned int changed_bits; /* changed bits since last time */
@END
/* Retrieve the process idle event */
@REQ(get_process_idle_event)
obj_handle_t handle; /* process handle */
@REPLY
obj_handle_t event; /* handle to idle event */
@END
/* Send a message to a thread queue */
@REQ(send_message)
thread_id_t id; /* thread id */
int type; /* message type (see below) */
int flags; /* message flags (see below) */
user_handle_t win; /* window handle */
unsigned int msg; /* message code */
lparam_t wparam; /* parameters */
lparam_t lparam; /* parameters */
timeout_t timeout; /* timeout for reply */
VARARG(data,message_data); /* message data for sent messages */
@END
@REQ(post_quit_message)
int exit_code; /* exit code to return */
@END
enum message_type
{
MSG_ASCII, /* Ascii message (from SendMessageA) */
MSG_UNICODE, /* Unicode message (from SendMessageW) */
MSG_NOTIFY, /* notify message (from SendNotifyMessageW), always Unicode */
MSG_CALLBACK, /* callback message (from SendMessageCallbackW), always Unicode */
MSG_CALLBACK_RESULT,/* result of a callback message */
MSG_OTHER_PROCESS, /* sent from other process, may include vararg data, always Unicode */
MSG_POSTED, /* posted message (from PostMessageW), always Unicode */
MSG_HARDWARE, /* hardware message */
MSG_WINEVENT, /* winevent message */
MSG_HOOK_LL /* low-level hardware hook */
};
#define SEND_MSG_ABORT_IF_HUNG 0x01
/* Send a hardware message to a thread queue */
@REQ(send_hardware_message)
user_handle_t win; /* window handle */
hw_input_t input; /* input data */
unsigned int flags; /* flags (see below) */
VARARG(report,bytes); /* HID report data */
@REPLY
int wait; /* do we need to wait for a reply? */
int prev_x; /* previous cursor position */
int prev_y;
int new_x; /* new cursor position */
int new_y;
VARARG(keystate,bytes); /* global state array for all the keys */
@END
#define SEND_HWMSG_INJECTED 0x01
/* Get a message from the current queue */
@REQ(get_message)
unsigned int flags; /* PM_* flags */
user_handle_t get_win; /* window handle to get */
unsigned int get_first; /* first message code to get */
unsigned int get_last; /* last message code to get */
unsigned int hw_id; /* id of the previous hardware message (or 0) */
unsigned int wake_mask; /* wakeup bits mask */
unsigned int changed_mask; /* changed bits mask */
@REPLY
user_handle_t win; /* window handle */
unsigned int msg; /* message code */
lparam_t wparam; /* parameters */
lparam_t lparam; /* parameters */
int type; /* message type */
int x; /* message x position */
int y; /* message y position */
unsigned int time; /* message time */
unsigned int active_hooks; /* active hooks bitmap */
data_size_t total; /* total size of extra data */
VARARG(data,message_data); /* message data for sent messages */
@END
/* Reply to a sent message */
@REQ(reply_message)
int remove; /* should we remove the message? */
lparam_t result; /* message result */
VARARG(data,bytes); /* message data for sent messages */
@END
/* Accept and remove the current hardware message */
@REQ(accept_hardware_message)
unsigned int hw_id; /* id of the hardware message */
@END
/* Retrieve the reply for the last message sent */
@REQ(get_message_reply)
int cancel; /* cancel message if not ready? */
@REPLY
lparam_t result; /* message result */
VARARG(data,bytes); /* message data for sent messages */
@END
/* Set a window timer */
@REQ(set_win_timer)
user_handle_t win; /* window handle */
unsigned int msg; /* message to post */
unsigned int rate; /* timer rate in ms */
lparam_t id; /* timer id */
lparam_t lparam; /* message lparam (callback proc) */
@REPLY
lparam_t id; /* timer id */
@END
/* Kill a window timer */
@REQ(kill_win_timer)
user_handle_t win; /* window handle */
lparam_t id; /* timer id */
unsigned int msg; /* message to post */
@END
/* check if the thread owning the window is hung */
@REQ(is_window_hung)
user_handle_t win; /* window handle */
@REPLY
int is_hung;
@END
/* Retrieve info about a serial port */
@REQ(get_serial_info)
obj_handle_t handle; /* handle to comm port */
int flags;
@REPLY
unsigned int eventmask;
unsigned int cookie;
unsigned int pending_write;
@END
/* Set info about a serial port */
@REQ(set_serial_info)
obj_handle_t handle; /* handle to comm port */
int flags; /* bitmask to set values (see below) */
@END
#define SERIALINFO_PENDING_WRITE 0x04
#define SERIALINFO_PENDING_WAIT 0x08
/* Create an async I/O */
@REQ(register_async)
int type; /* type of queue to look after */
async_data_t async; /* async I/O parameters */
int count; /* count - usually # of bytes to be read/written */
@END
#define ASYNC_TYPE_READ 0x01
#define ASYNC_TYPE_WRITE 0x02
#define ASYNC_TYPE_WAIT 0x03
/* Cancel all async op on a fd */
@REQ(cancel_async)
obj_handle_t handle; /* handle to comm port, socket or file */
client_ptr_t iosb; /* I/O status block (NULL=all) */
int only_thread; /* cancel matching this thread */
@END
/* Retrieve results of an async */
@REQ(get_async_result)
client_ptr_t user_arg; /* user arg used to identify async */
@REPLY
VARARG(out_data,bytes); /* iosb output data */
@END
/* Notify direct completion of async and close the wait handle if not blocking */
@REQ(set_async_direct_result)
obj_handle_t handle; /* wait handle */
apc_param_t information; /* IO_STATUS_BLOCK Information */
unsigned int status; /* completion status */
@REPLY
obj_handle_t handle; /* wait handle, or NULL if closed */
@END
/* Perform a read on a file object */
@REQ(read)
async_data_t async; /* async I/O parameters */
file_pos_t pos; /* read position */
@REPLY
obj_handle_t wait; /* handle to wait on for blocking read */
unsigned int options; /* device open options */
VARARG(data,bytes); /* read data */
@END
/* Perform a write on a file object */
@REQ(write)
async_data_t async; /* async I/O parameters */
file_pos_t pos; /* write position */
VARARG(data,bytes); /* write data */
@REPLY
obj_handle_t wait; /* handle to wait on for blocking write */
unsigned int options; /* device open options */
data_size_t size; /* size written */
@END
/* Perform an ioctl on a file */
@REQ(ioctl)
ioctl_code_t code; /* ioctl code */
async_data_t async; /* async I/O parameters */
VARARG(in_data,bytes); /* ioctl input data */
@REPLY
obj_handle_t wait; /* handle to wait on for blocking ioctl */
unsigned int options; /* device open options */
VARARG(out_data,bytes); /* ioctl output data */
@END
/* Store results of an async irp */
@REQ(set_irp_result)
obj_handle_t handle; /* handle to the irp */
unsigned int status; /* status of the irp */
data_size_t size; /* result size (input or output depending on the operation) */
VARARG(data,bytes); /* output data of the irp */
@END
/* Create a named pipe */
@REQ(create_named_pipe)
unsigned int access;
unsigned int options;
unsigned int sharing;
unsigned int maxinstances;
unsigned int outsize;
unsigned int insize;
timeout_t timeout;
unsigned int flags;
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the pipe */
@END
/* flags in create_named_pipe and get_named_pipe_info */
#define NAMED_PIPE_MESSAGE_STREAM_WRITE 0x0001
#define NAMED_PIPE_MESSAGE_STREAM_READ 0x0002
#define NAMED_PIPE_NONBLOCKING_MODE 0x0004
#define NAMED_PIPE_SERVER_END 0x8000
/* Set named pipe information by handle */
@REQ(set_named_pipe_info)
obj_handle_t handle;
unsigned int flags;
@END
/* Create a window */
@REQ(create_window)
user_handle_t parent; /* parent window */
user_handle_t owner; /* owner window */
atom_t atom; /* class atom */
mod_handle_t instance; /* module instance */
int dpi; /* system DPI */
int awareness; /* thread DPI awareness */
unsigned int style; /* window style */
unsigned int ex_style; /* window extended style */
VARARG(class,unicode_str); /* class name */
@REPLY
user_handle_t handle; /* created window */
user_handle_t parent; /* full handle of parent */
user_handle_t owner; /* full handle of owner */
int extra; /* number of extra bytes */
client_ptr_t class_ptr; /* pointer to class in client address space */
int dpi; /* window DPI if not per-monitor aware */
int awareness; /* window DPI awareness */
@END
/* Destroy a window */
@REQ(destroy_window)
user_handle_t handle; /* handle to the window */
@END
/* Retrieve the desktop window for the current thread */
@REQ(get_desktop_window)
int force; /* force creation if it doesn't exist */
@REPLY
user_handle_t top_window; /* handle to the desktop window */
user_handle_t msg_window; /* handle to the top-level HWND_MESSAGE parent */
@END
/* Set a window owner */
@REQ(set_window_owner)
user_handle_t handle; /* handle to the window */
user_handle_t owner; /* new owner */
@REPLY
user_handle_t full_owner; /* full handle of new owner */
user_handle_t prev_owner; /* full handle of previous owner */
@END
/* Get information from a window handle */
@REQ(get_window_info)
user_handle_t handle; /* handle to the window */
@REPLY
user_handle_t full_handle; /* full 32-bit handle */
user_handle_t last_active; /* last active popup */
process_id_t pid; /* process owning the window */
thread_id_t tid; /* thread owning the window */
atom_t atom; /* class atom */
int is_unicode; /* ANSI or unicode */
int dpi; /* window DPI */
int awareness; /* DPI awareness */
@END
/* Set some information in a window */
@REQ(set_window_info)
unsigned short flags; /* flags for fields to set (see below) */
short int is_unicode; /* ANSI or unicode */
user_handle_t handle; /* handle to the window */
unsigned int style; /* window style */
unsigned int ex_style; /* window extended style */
data_size_t extra_size; /* size to set in extra bytes */
mod_handle_t instance; /* creator instance */
lparam_t user_data; /* user-specific data */
lparam_t extra_value; /* value to set in extra bytes or window id */
int extra_offset; /* offset to set in extra bytes */
@REPLY
unsigned int old_style; /* old window style */
unsigned int old_ex_style; /* old window extended style */
mod_handle_t old_instance; /* old creator instance */
lparam_t old_user_data; /* old user-specific data */
lparam_t old_extra_value; /* old value in extra bytes */
lparam_t old_id; /* old window id */
@END
#define SET_WIN_STYLE 0x01
#define SET_WIN_EXSTYLE 0x02
#define SET_WIN_ID 0x04
#define SET_WIN_INSTANCE 0x08
#define SET_WIN_USERDATA 0x10
#define SET_WIN_EXTRA 0x20
#define SET_WIN_UNICODE 0x40
/* Set the parent of a window */
@REQ(set_parent)
user_handle_t handle; /* handle to the window */
user_handle_t parent; /* handle to the parent */
@REPLY
user_handle_t old_parent; /* old parent window */
user_handle_t full_parent; /* full handle of new parent */
int dpi; /* new window DPI if not per-monitor aware */
int awareness; /* new DPI awareness */
@END
/* Get a list of the window parents, up to the root of the tree */
@REQ(get_window_parents)
user_handle_t handle; /* handle to the window */
@REPLY
int count; /* total count of parents */
VARARG(parents,user_handles); /* parent handles */
@END
/* Get a list of the window children */
@REQ(get_window_children)
obj_handle_t desktop; /* handle to desktop */
user_handle_t parent; /* parent window */
atom_t atom; /* class atom for the listed children */
thread_id_t tid; /* thread owning the listed children */
VARARG(class,unicode_str); /* class name */
@REPLY
int count; /* total count of children */
VARARG(children,user_handles); /* children handles */
@END
/* Get a list of the window children that contain a given point */
@REQ(get_window_children_from_point)
user_handle_t parent; /* parent window */
int x; /* point in parent coordinates */
int y;
int dpi; /* dpi for the point coordinates */
@REPLY
int count; /* total count of children */
VARARG(children,user_handles); /* children handles */
@END
/* Get window tree information from a window handle */
@REQ(get_window_tree)
user_handle_t handle; /* handle to the window */
@REPLY
user_handle_t parent; /* parent window */
user_handle_t owner; /* owner window */
user_handle_t next_sibling; /* next sibling in Z-order */
user_handle_t prev_sibling; /* prev sibling in Z-order */
user_handle_t first_sibling; /* first sibling in Z-order */
user_handle_t last_sibling; /* last sibling in Z-order */
user_handle_t first_child; /* first child */
user_handle_t last_child; /* last child */
@END
/* Set the position and Z order of a window */
@REQ(set_window_pos)
unsigned short swp_flags; /* SWP_* flags */
unsigned short paint_flags; /* paint flags (see below) */
user_handle_t handle; /* handle to the window */
user_handle_t previous; /* previous window in Z order */
rectangle_t window; /* window rectangle (in parent coords) */
rectangle_t client; /* client rectangle (in parent coords) */
VARARG(valid,rectangles); /* valid rectangles from WM_NCCALCSIZE (in parent coords) */
@REPLY
unsigned int new_style; /* new window style */
unsigned int new_ex_style; /* new window extended style */
user_handle_t surface_win; /* parent window that holds the surface */
int needs_update; /* whether the surface region needs an update */
@END
#define SET_WINPOS_PAINT_SURFACE 0x01 /* window has a paintable surface */
#define SET_WINPOS_PIXEL_FORMAT 0x02 /* window has a custom pixel format */
/* Get the window and client rectangles of a window */
@REQ(get_window_rectangles)
user_handle_t handle; /* handle to the window */
int relative; /* coords relative to (see below) */
int dpi; /* DPI to map to, or zero for per-monitor DPI */
@REPLY
rectangle_t window; /* window rectangle */
rectangle_t client; /* client rectangle */
@END
enum coords_relative
{
COORDS_CLIENT, /* relative to client area */
COORDS_WINDOW, /* relative to whole window area */
COORDS_PARENT, /* relative to parent's client area */
COORDS_SCREEN /* relative to screen origin */
};
/* Get the window text */
@REQ(get_window_text)
user_handle_t handle; /* handle to the window */
@REPLY
data_size_t length; /* total length in WCHARs */
VARARG(text,unicode_str); /* window text */
@END
/* Set the window text */
@REQ(set_window_text)
user_handle_t handle; /* handle to the window */
VARARG(text,unicode_str); /* window text */
@END
/* Get the coordinates offset between two windows */
@REQ(get_windows_offset)
user_handle_t from; /* handle to the first window */
user_handle_t to; /* handle to the second window */
int dpi; /* DPI to map to, or zero for per-monitor DPI */
@REPLY
int x; /* x coordinate offset */
int y; /* y coordinate offset */
int mirror; /* whether to mirror the x coordinate */
@END
/* Get the visible region of a window */
@REQ(get_visible_region)
user_handle_t window; /* handle to the window */
unsigned int flags; /* DCX flags */
@REPLY
user_handle_t top_win; /* top window to clip against */
rectangle_t top_rect; /* top window visible rect with screen coords */
rectangle_t win_rect; /* window rect in screen coords */
unsigned int paint_flags; /* paint flags (from SET_WINPOS_* flags) */
data_size_t total_size; /* total size of the resulting region */
VARARG(region,rectangles); /* list of rectangles for the region (in screen coords) */
@END
/* Get the visible surface region of a window */
@REQ(get_surface_region)
user_handle_t window; /* handle to the window */
@REPLY
rectangle_t visible_rect; /* window visible rect in screen coords */
data_size_t total_size; /* total size of the resulting region */
VARARG(region,rectangles); /* list of rectangles for the region (in screen coords) */
@END
/* Get the window region */
@REQ(get_window_region)
user_handle_t window; /* handle to the window */
@REPLY
data_size_t total_size; /* total size of the resulting region */
VARARG(region,rectangles); /* list of rectangles for the region (in window coords) */
@END
/* Set the window region */
@REQ(set_window_region)
user_handle_t window; /* handle to the window */
int redraw; /* redraw the window? */
VARARG(region,rectangles); /* list of rectangles for the region (in window coords) */
@END
/* Get the window update region */
@REQ(get_update_region)
user_handle_t window; /* handle to the window */
user_handle_t from_child; /* child to start searching from */
unsigned int flags; /* update flags (see below) */
@REPLY
user_handle_t child; /* child to repaint (or window itself) */
unsigned int flags; /* resulting update flags (see below) */
data_size_t total_size; /* total size of the resulting region */
VARARG(region,rectangles); /* list of rectangles for the region (in screen coords) */
@END
#define UPDATE_NONCLIENT 0x001 /* get region for repainting non-client area */
#define UPDATE_ERASE 0x002 /* get region for erasing client area */
#define UPDATE_PAINT 0x004 /* get region for painting client area */
#define UPDATE_INTERNALPAINT 0x008 /* get region if internal paint is pending */
#define UPDATE_ALLCHILDREN 0x010 /* force repaint of all children */
#define UPDATE_NOCHILDREN 0x020 /* don't try to repaint any children */
#define UPDATE_NOREGION 0x040 /* don't return a region, only the flags */
#define UPDATE_DELAYED_ERASE 0x080 /* still needs erase after BeginPaint */
#define UPDATE_CLIPCHILDREN 0x100 /* remove clipped children from the update region */
/* Update the z order of a window so that a given rectangle is fully visible */
@REQ(update_window_zorder)
user_handle_t window; /* handle to the window */
rectangle_t rect; /* rectangle that must be visible (in client coords) */
@END
/* Mark parts of a window as needing a redraw */
@REQ(redraw_window)
user_handle_t window; /* handle to the window */
unsigned int flags; /* RDW_* flags */
VARARG(region,rectangles); /* list of rectangles for the region (in window coords) */
@END
/* Set a window property */
@REQ(set_window_property)
user_handle_t window; /* handle to the window */
lparam_t data; /* data to store */
atom_t atom; /* property atom (if no name specified) */
VARARG(name,unicode_str); /* property name */
@END
/* Remove a window property */
@REQ(remove_window_property)
user_handle_t window; /* handle to the window */
atom_t atom; /* property atom (if no name specified) */
VARARG(name,unicode_str); /* property name */
@REPLY
lparam_t data; /* data stored in property */
@END
/* Get a window property */
@REQ(get_window_property)
user_handle_t window; /* handle to the window */
atom_t atom; /* property atom (if no name specified) */
VARARG(name,unicode_str); /* property name */
@REPLY
lparam_t data; /* data stored in property */
@END
/* Get the list of properties of a window */
@REQ(get_window_properties)
user_handle_t window; /* handle to the window */
@REPLY
int total; /* total number of properties */
VARARG(props,properties); /* list of properties */
@END
/* Create a window station */
@REQ(create_winstation)
unsigned int flags; /* window station flags */
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
obj_handle_t rootdir; /* root directory */
VARARG(name,unicode_str); /* object name */
@REPLY
obj_handle_t handle; /* handle to the window station */
@END
/* Open a handle to a window station */
@REQ(open_winstation)
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
obj_handle_t rootdir; /* root directory */
VARARG(name,unicode_str); /* object name */
@REPLY
obj_handle_t handle; /* handle to the window station */
@END
/* Close a window station */
@REQ(close_winstation)
obj_handle_t handle; /* handle to the window station */
@END
/* Get the process current window station */
@REQ(get_process_winstation)
@REPLY
obj_handle_t handle; /* handle to the window station */
@END
/* Set the process current window station */
@REQ(set_process_winstation)
obj_handle_t handle; /* handle to the window station */
@END
/* Enumerate window stations */
@REQ(enum_winstation)
unsigned int index; /* current index */
@REPLY
unsigned int next; /* next index */
VARARG(name,unicode_str); /* window station name */
@END
/* Create a desktop */
@REQ(create_desktop)
unsigned int flags; /* desktop flags */
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
VARARG(name,unicode_str); /* object name */
@REPLY
obj_handle_t handle; /* handle to the desktop */
@END
/* Open a handle to a desktop */
@REQ(open_desktop)
obj_handle_t winsta; /* window station to open (null allowed) */
unsigned int flags; /* desktop flags */
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
VARARG(name,unicode_str); /* object name */
@REPLY
obj_handle_t handle; /* handle to the desktop */
@END
/* Open a handle to current input desktop */
@REQ(open_input_desktop)
unsigned int flags; /* desktop flags */
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the desktop */
@END
/* Close a desktop */
@REQ(close_desktop)
obj_handle_t handle; /* handle to the desktop */
@END
/* Get the thread current desktop */
@REQ(get_thread_desktop)
thread_id_t tid; /* thread id */
@REPLY
obj_handle_t handle; /* handle to the desktop */
@END
/* Set the thread current desktop */
@REQ(set_thread_desktop)
obj_handle_t handle; /* handle to the desktop */
@END
/* Enumerate desktops */
@REQ(enum_desktop)
obj_handle_t winstation; /* handle to the window station */
unsigned int index; /* current index */
@REPLY
unsigned int next; /* next index */
VARARG(name,unicode_str); /* window station name */
@END
/* Get/set information about a user object (window station or desktop) */
@REQ(set_user_object_info)
obj_handle_t handle; /* handle to the object */
unsigned int flags; /* information to set/get */
unsigned int obj_flags; /* new object flags */
@REPLY
int is_desktop; /* is object a desktop? */
unsigned int old_obj_flags; /* old object flags */
VARARG(name,unicode_str); /* object name */
@END
#define SET_USER_OBJECT_SET_FLAGS 1
#define SET_USER_OBJECT_GET_FULL_NAME 2
/* Register a hotkey */
@REQ(register_hotkey)
user_handle_t window; /* handle to the window */
int id; /* hotkey identifier */
unsigned int flags; /* modifier keys */
unsigned int vkey; /* virtual key code */
@REPLY
int replaced; /* did we replace an existing hotkey? */
unsigned int flags; /* flags of replaced hotkey */
unsigned int vkey; /* virtual key code of replaced hotkey */
@END
/* Unregister a hotkey */
@REQ(unregister_hotkey)
user_handle_t window; /* handle to the window */
int id; /* hotkey identifier */
@REPLY
unsigned int flags; /* flags of removed hotkey */
unsigned int vkey; /* virtual key code of removed hotkey */
@END
/* Attach (or detach) thread inputs */
@REQ(attach_thread_input)
thread_id_t tid_from; /* thread to be attached */
thread_id_t tid_to; /* thread to which tid_from should be attached */
int attach; /* is it an attach? */
@END
/* Get input data for a given thread */
@REQ(get_thread_input)
thread_id_t tid; /* id of thread */
@REPLY
user_handle_t focus; /* handle to the focus window */
user_handle_t capture; /* handle to the capture window */
user_handle_t active; /* handle to the active window */
user_handle_t foreground; /* handle to the global foreground window */
user_handle_t menu_owner; /* handle to the menu owner */
user_handle_t move_size; /* handle to the moving/resizing window */
user_handle_t caret; /* handle to the caret window */
user_handle_t cursor; /* handle to the cursor */
int show_count; /* cursor show count */
rectangle_t rect; /* caret rectangle */
@END
/* Get the time of the last input event */
@REQ(get_last_input_time)
@REPLY
unsigned int time;
@END
/* Retrieve queue keyboard state for current thread or global async state */
@REQ(get_key_state)
int async; /* whether to query the async state */
int key; /* optional key code or -1 */
@REPLY
unsigned char state; /* state of specified key */
VARARG(keystate,bytes); /* state array for all the keys */
@END
/* Set queue keyboard state for current thread */
@REQ(set_key_state)
int async; /* whether to change the async state too */
VARARG(keystate,bytes); /* state array for all the keys */
@END
/* Set the system foreground window */
@REQ(set_foreground_window)
user_handle_t handle; /* handle to the foreground window */
@REPLY
user_handle_t previous; /* handle to the previous foreground window */
int send_msg_old; /* whether we have to send a msg to the old window */
int send_msg_new; /* whether we have to send a msg to the new window */
@END
/* Set the current thread focus window */
@REQ(set_focus_window)
user_handle_t handle; /* handle to the focus window */
@REPLY
user_handle_t previous; /* handle to the previous focus window */
@END
/* Set the current thread active window */
@REQ(set_active_window)
user_handle_t handle; /* handle to the active window */
@REPLY
user_handle_t previous; /* handle to the previous active window */
@END
/* Set the current thread capture window */
@REQ(set_capture_window)
user_handle_t handle; /* handle to the capture window */
unsigned int flags; /* capture flags (see below) */
@REPLY
user_handle_t previous; /* handle to the previous capture window */
user_handle_t full_handle; /* full 32-bit handle of new capture window */
@END
#define CAPTURE_MENU 0x01 /* capture is for a menu */
#define CAPTURE_MOVESIZE 0x02 /* capture is for moving/resizing */
/* Set the current thread caret window */
@REQ(set_caret_window)
user_handle_t handle; /* handle to the caret window */
int width; /* caret width */
int height; /* caret height */
@REPLY
user_handle_t previous; /* handle to the previous caret window */
rectangle_t old_rect; /* previous caret rectangle */
int old_hide; /* previous hide count */
int old_state; /* previous caret state (1=on, 0=off) */
@END
/* Set the current thread caret information */
@REQ(set_caret_info)
unsigned int flags; /* caret flags (see below) */
user_handle_t handle; /* handle to the caret window */
int x; /* caret x position */
int y; /* caret y position */
int hide; /* increment for hide count (can be negative to show it) */
int state; /* caret state (see below) */
@REPLY
user_handle_t full_handle; /* handle to the current caret window */
rectangle_t old_rect; /* previous caret rectangle */
int old_hide; /* previous hide count */
int old_state; /* previous caret state (1=on, 0=off) */
@END
#define SET_CARET_POS 0x01 /* set the caret position from x,y */
#define SET_CARET_HIDE 0x02 /* increment the caret hide count */
#define SET_CARET_STATE 0x04 /* set the caret on/off state */
enum caret_state
{
CARET_STATE_OFF, /* off */
CARET_STATE_ON, /* on */
CARET_STATE_TOGGLE, /* toggle current state */
CARET_STATE_ON_IF_MOVED /* on if the position differs, unchanged otherwise */
};
/* Set a window hook */
@REQ(set_hook)
int id; /* id of the hook */
process_id_t pid; /* id of process to set the hook into */
thread_id_t tid; /* id of thread to set the hook into */
int event_min;
int event_max;
client_ptr_t proc; /* hook procedure */
int flags;
int unicode; /* is it a unicode hook? */
VARARG(module,unicode_str); /* module name */
@REPLY
user_handle_t handle; /* handle to the hook */
unsigned int active_hooks; /* active hooks bitmap */
@END
/* Remove a window hook */
@REQ(remove_hook)
user_handle_t handle; /* handle to the hook */
client_ptr_t proc; /* hook procedure if handle is 0 */
int id; /* id of the hook if handle is 0 */
@REPLY
unsigned int active_hooks; /* active hooks bitmap */
@END
/* Start calling a hook chain */
@REQ(start_hook_chain)
int id; /* id of the hook */
int event; /* signalled event */
user_handle_t window; /* handle to the event window */
int object_id; /* object id for out of context winevent */
int child_id; /* child id for out of context winevent */
@REPLY
user_handle_t handle; /* handle to the next hook */
process_id_t pid; /* process id for low-level keyboard/mouse hooks */
thread_id_t tid; /* thread id for low-level keyboard/mouse hooks */
int unicode; /* is it a unicode hook? */
client_ptr_t proc; /* hook procedure */
unsigned int active_hooks; /* active hooks bitmap */
VARARG(module,unicode_str); /* module name */
@END
/* Finished calling a hook chain */
@REQ(finish_hook_chain)
int id; /* id of the hook */
@END
/* Get the hook information */
@REQ(get_hook_info)
user_handle_t handle; /* handle to the current hook */
int get_next; /* do we want info about current or next hook? */
int event; /* signalled event */
user_handle_t window; /* handle to the event window */
int object_id; /* object id for out of context winevent */
int child_id; /* child id for out of context winevent */
@REPLY
user_handle_t handle; /* handle to the hook */
int id; /* id of the hook */
process_id_t pid; /* process id for low-level keyboard/mouse hooks */
thread_id_t tid; /* thread id for low-level keyboard/mouse hooks */
client_ptr_t proc; /* hook procedure */
int unicode; /* is it a unicode hook? */
VARARG(module,unicode_str); /* module name */
@END
/* Create a window class */
@REQ(create_class)
int local; /* is it a local class? */
atom_t atom; /* class atom */
unsigned int style; /* class style */
mod_handle_t instance; /* module instance */
int extra; /* number of extra class bytes */
int win_extra; /* number of window extra bytes */
client_ptr_t client_ptr; /* pointer to class in client address space */
data_size_t name_offset; /* base class name offset for specified atom */
VARARG(name,unicode_str); /* class name */
@REPLY
atom_t atom; /* resulting class atom */
@END
/* Destroy a window class */
@REQ(destroy_class)
atom_t atom; /* class atom */
mod_handle_t instance; /* module instance */
VARARG(name,unicode_str); /* class name */
@REPLY
client_ptr_t client_ptr; /* pointer to class in client address space */
@END
/* Set some information in a class */
@REQ(set_class_info)
user_handle_t window; /* handle to the window */
unsigned int flags; /* flags for info to set (see below) */
atom_t atom; /* class atom */
unsigned int style; /* class style */
int win_extra; /* number of window extra bytes */
mod_handle_t instance; /* module instance */
int extra_offset; /* offset to set in extra bytes */
data_size_t extra_size; /* size to set in extra bytes */
lparam_t extra_value; /* value to set in extra bytes */
@REPLY
atom_t old_atom; /* previous class atom */
atom_t base_atom; /* base class atom */
mod_handle_t old_instance; /* previous module instance */
lparam_t old_extra_value; /* old value in extra bytes */
unsigned int old_style; /* previous class style */
int old_extra; /* previous number of class extra bytes */
int old_win_extra; /* previous number of window extra bytes */
@END
#define SET_CLASS_ATOM 0x0001
#define SET_CLASS_STYLE 0x0002
#define SET_CLASS_WINEXTRA 0x0004
#define SET_CLASS_INSTANCE 0x0008
#define SET_CLASS_EXTRA 0x0010
/* Open the clipboard */
@REQ(open_clipboard)
user_handle_t window; /* clipboard window */
@REPLY
user_handle_t owner; /* current clipboard owner */
@END
/* Close the clipboard */
@REQ(close_clipboard)
@REPLY
user_handle_t viewer; /* first clipboard viewer */
user_handle_t owner; /* current clipboard owner */
@END
/* Empty the clipboard and grab ownership */
@REQ(empty_clipboard)
@END
/* Add a data format to the clipboard */
@REQ(set_clipboard_data)
unsigned int format; /* clipboard format of the data */
unsigned int lcid; /* locale id to use for synthesizing text formats */
VARARG(data,bytes); /* data contents */
@REPLY
unsigned int seqno; /* sequence number for the set data */
@END
/* Fetch a data format from the clipboard */
@REQ(get_clipboard_data)
unsigned int format; /* clipboard format of the data */
int render; /* will we try to render it if missing? */
int cached; /* do we already have it in the client-side cache? */
unsigned int seqno; /* sequence number for the data in the cache */
@REPLY
unsigned int from; /* for synthesized data, format to generate it from */
user_handle_t owner; /* clipboard owner for delayed-rendered formats */
unsigned int seqno; /* sequence number for the originally set data */
data_size_t total; /* total data size */
VARARG(data,bytes); /* data contents */
@END
/* Retrieve a list of available formats */
@REQ(get_clipboard_formats)
unsigned int format; /* specific format to query, return all if 0 */
@REPLY
unsigned int count; /* count of available formats */
VARARG(formats,uints); /* array of available formats */
@END
/* Retrieve the next available format */
@REQ(enum_clipboard_formats)
unsigned int previous; /* previous format, or first if 0 */
@REPLY
unsigned int format; /* next format */
@END
/* Release ownership of the clipboard */
@REQ(release_clipboard)
user_handle_t owner; /* clipboard owner to release */
@REPLY
user_handle_t viewer; /* first clipboard viewer */
user_handle_t owner; /* current clipboard owner */
@END
/* Get clipboard information */
@REQ(get_clipboard_info)
@REPLY
user_handle_t window; /* clipboard window */
user_handle_t owner; /* clipboard owner */
user_handle_t viewer; /* clipboard viewer */
unsigned int seqno; /* current sequence number */
@END
/* Set the clipboard viewer window */
@REQ(set_clipboard_viewer)
user_handle_t viewer; /* clipboard viewer */
user_handle_t previous; /* if non-zero, check that this was the previous viewer */
@REPLY
user_handle_t old_viewer; /* previous clipboard viewer */
user_handle_t owner; /* clipboard owner */
@END
/* Add a clipboard listener window */
@REQ(add_clipboard_listener)
user_handle_t window; /* clipboard listener window */
@END
/* Remove a clipboard listener window */
@REQ(remove_clipboard_listener)
user_handle_t window; /* clipboard listener window */
@END
/* Open a security token */
@REQ(open_token)
obj_handle_t handle; /* handle to the thread or process */
unsigned int access; /* access rights to the new token */
unsigned int attributes;/* object attributes */
unsigned int flags; /* flags (see below) */
@REPLY
obj_handle_t token; /* handle to the token */
@END
#define OPEN_TOKEN_THREAD 1
#define OPEN_TOKEN_AS_SELF 2
/* Set/get the global windows */
@REQ(set_global_windows)
unsigned int flags; /* flags for fields to set (see below) */
user_handle_t shell_window; /* handle to the new shell window */
user_handle_t shell_listview; /* handle to the new shell listview window */
user_handle_t progman_window; /* handle to the new program manager window */
user_handle_t taskman_window; /* handle to the new task manager window */
@REPLY
user_handle_t old_shell_window; /* handle to the shell window */
user_handle_t old_shell_listview; /* handle to the shell listview window */
user_handle_t old_progman_window; /* handle to the new program manager window */
user_handle_t old_taskman_window; /* handle to the new task manager window */
@END
#define SET_GLOBAL_SHELL_WINDOWS 0x01 /* set both main shell and listview windows */
#define SET_GLOBAL_PROGMAN_WINDOW 0x02
#define SET_GLOBAL_TASKMAN_WINDOW 0x04
/* Adjust the privileges held by a token */
@REQ(adjust_token_privileges)
obj_handle_t handle; /* handle to the token */
int disable_all; /* disable all privileges? */
int get_modified_state; /* get modified privileges? */
VARARG(privileges,luid_attr); /* privileges to enable/disable/remove */
@REPLY
unsigned int len; /* total length in bytes required to store token privileges */
VARARG(privileges,luid_attr); /* modified privileges */
@END
/* Retrieves the set of privileges held by or available to a token */
@REQ(get_token_privileges)
obj_handle_t handle; /* handle to the token */
@REPLY
unsigned int len; /* total length in bytes required to store token privileges */
VARARG(privileges,luid_attr); /* privileges held by or available to a token */
@END
/* Check the token has the required privileges */
@REQ(check_token_privileges)
obj_handle_t handle; /* handle to the token */
int all_required; /* are all the privileges required for the check to succeed? */
VARARG(privileges,luid_attr); /* privileges to check */
@REPLY
int has_privileges; /* does the token have the required privileges? */
VARARG(privileges,luid_attr); /* privileges held by or available to a token */
@END
@REQ(duplicate_token)
obj_handle_t handle; /* handle to the token to duplicate */
unsigned int access; /* access rights to the new token */
int primary; /* is the new token to be a primary one? */
int impersonation_level; /* impersonation level of the new token */
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t new_handle; /* duplicated handle */
@END
@REQ(filter_token)
obj_handle_t handle; /* handle to the token to duplicate */
unsigned int flags; /* flags */
data_size_t privileges_size; /* size of privileges */
VARARG(privileges,luid_attr,privileges_size); /* privileges to remove from new token */
VARARG(disable_sids,sid); /* array of groups to remove from new token */
@REPLY
obj_handle_t new_handle; /* filtered handle */
@END
@REQ(access_check)
obj_handle_t handle; /* handle to the token */
unsigned int desired_access; /* desired access to the object */
generic_map_t mapping; /* mapping to specific rights */
VARARG(sd,security_descriptor); /* security descriptor to check */
@REPLY
unsigned int access_granted; /* access rights actually granted */
unsigned int access_status; /* was access granted? */
unsigned int privileges_len; /* length needed to store privileges */
VARARG(privileges,luid_attr); /* privileges used during access check */
@END
@REQ(get_token_sid)
obj_handle_t handle; /* handle to the token */
unsigned int which_sid; /* which SID to retrieve from the token */
@REPLY
data_size_t sid_len; /* length needed to store sid */
VARARG(sid,sid); /* the sid specified by which_sid from the token */
@END
@REQ(get_token_groups)
obj_handle_t handle; /* handle to the token */
@REPLY
data_size_t attr_len; /* length needed to store attrs */
data_size_t sid_len; /* length needed to store sids */
VARARG(attrs,uints,attr_len); /* group attributes */
VARARG(sids,sids); /* group sids */
@END
@REQ(get_token_default_dacl)
obj_handle_t handle; /* handle to the token */
@REPLY
data_size_t acl_len; /* length needed to store access control list */
VARARG(acl,acl); /* access control list */
@END
@REQ(set_token_default_dacl)
obj_handle_t handle; /* handle to the token */
VARARG(acl,acl); /* default dacl to set */
@END
@REQ(set_security_object)
obj_handle_t handle; /* handle to the object */
unsigned int security_info; /* which parts of security descriptor to set */
VARARG(sd,security_descriptor); /* security descriptor to set */
@END
@REQ(get_security_object)
obj_handle_t handle; /* handle to the object */
unsigned int security_info; /* which parts of security descriptor to get */
@REPLY
unsigned int sd_len; /* buffer size needed for sd */
VARARG(sd,security_descriptor); /* retrieved security descriptor */
@END
struct handle_info
{
process_id_t owner;
obj_handle_t handle;
unsigned int access;
unsigned int attributes;
unsigned int type;
};
/* Return a list of all opened handles */
@REQ(get_system_handles)
@REPLY
unsigned int count; /* number of handles */
VARARG(data,handle_infos); /* array of handle_infos */
@END
/* Create a mailslot */
@REQ(create_mailslot)
unsigned int access; /* wanted access rights */
timeout_t read_timeout;
unsigned int max_msgsize;
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the mailslot */
@END
/* Set mailslot information */
@REQ(set_mailslot_info)
obj_handle_t handle; /* handle to the mailslot */
timeout_t read_timeout;
unsigned int flags;
@REPLY
timeout_t read_timeout;
unsigned int max_msgsize;
@END
#define MAILSLOT_SET_READ_TIMEOUT 1
/* Create a directory object */
@REQ(create_directory)
unsigned int access; /* access flags */
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the directory */
@END
/* Open a directory object */
@REQ(open_directory)
unsigned int access; /* access flags */
unsigned int attributes; /* object attributes */
obj_handle_t rootdir; /* root directory */
VARARG(directory_name,unicode_str); /* Directory name */
@REPLY
obj_handle_t handle; /* handle to the directory */
@END
/* Get a directory entry by index */
@REQ(get_directory_entry)
obj_handle_t handle; /* handle to the directory */
unsigned int index; /* entry index */
@REPLY
data_size_t name_len; /* length of the entry name in bytes */
VARARG(name,unicode_str,name_len); /* entry name */
VARARG(type,unicode_str); /* entry type */
@END
/* Create a symbolic link object */
@REQ(create_symlink)
unsigned int access; /* access flags */
VARARG(objattr,object_attributes); /* object attributes */
VARARG(target_name,unicode_str); /* target name */
@REPLY
obj_handle_t handle; /* handle to the symlink */
@END
/* Open a symbolic link object */
@REQ(open_symlink)
unsigned int access; /* access flags */
unsigned int attributes; /* object attributes */
obj_handle_t rootdir; /* root directory */
VARARG(name,unicode_str); /* symlink name */
@REPLY
obj_handle_t handle; /* handle to the symlink */
@END
/* Query a symbolic link object */
@REQ(query_symlink)
obj_handle_t handle; /* handle to the symlink */
@REPLY
data_size_t total; /* total needed size for name */
VARARG(target_name,unicode_str); /* target name */
@END
/* Query basic object information */
@REQ(get_object_info)
obj_handle_t handle; /* handle to the object */
@REPLY
unsigned int access; /* granted access mask */
unsigned int ref_count; /* object ref count */
unsigned int handle_count; /* object handle count */
@END
/* Query the full name of an object */
@REQ(get_object_name)
obj_handle_t handle; /* handle to the object */
@REPLY
data_size_t total; /* total needed size for name */
VARARG(name,unicode_str); /* object name */
@END
/* Query object type name information */
@REQ(get_object_type)
obj_handle_t handle; /* handle to the object */
@REPLY
VARARG(info,object_type_info); /* type information */
@END
/* Query type information for all types */
@REQ(get_object_types)
@REPLY
int count; /* total count of object types */
VARARG(info,object_types_info); /* type information */
@END
/* Allocate a locally-unique identifier */
@REQ(allocate_locally_unique_id)
@REPLY
struct luid luid;
@END
/* Create a device manager */
@REQ(create_device_manager)
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the device */
@END
/* Create a device */
@REQ(create_device)
obj_handle_t rootdir; /* root directory */
client_ptr_t user_ptr; /* opaque ptr for use by client */
obj_handle_t manager; /* device manager */
VARARG(name,unicode_str); /* object name */
@END
/* Delete a device */
@REQ(delete_device)
obj_handle_t manager; /* handle to the device manager */
client_ptr_t device; /* pointer to the device */
@END
/* Retrieve the next pending device irp request */
@REQ(get_next_device_request)
obj_handle_t manager; /* handle to the device manager */
obj_handle_t prev; /* handle to the previous irp */
unsigned int status; /* status of the previous irp */
client_ptr_t user_ptr; /* user pointer of the previous irp */
int pending; /* was the previous irp marked pending? */
unsigned int iosb_status; /* IOSB status of the previous irp */
data_size_t result; /* IOSB result of the previous irp */
VARARG(data,bytes); /* output data of the previous irp */
@REPLY
irp_params_t params; /* irp parameters */
obj_handle_t next; /* handle to the next irp */
thread_id_t client_tid; /* tid of thread calling irp */
client_ptr_t client_thread; /* pointer to thread object of calling irp */
data_size_t in_size; /* total needed input size */
VARARG(next_data,bytes); /* input data of the next irp */
@END
/* Get kernel pointer from server object */
@REQ(get_kernel_object_ptr)
obj_handle_t manager; /* handle to the device manager */
obj_handle_t handle; /* object handle */
@REPLY
client_ptr_t user_ptr; /* kernel object pointer */
@END
/* Associate kernel pointer with server object */
@REQ(set_kernel_object_ptr)
obj_handle_t manager; /* handle to the device manager */
obj_handle_t handle; /* object handle */
client_ptr_t user_ptr; /* kernel object pointer */
@END
/* Grab server object reference from kernel object pointer */
@REQ(grab_kernel_object)
obj_handle_t manager; /* handle to the device manager */
client_ptr_t user_ptr; /* kernel object pointer */
@END
/* Release server object reference from kernel object pointer */
@REQ(release_kernel_object)
obj_handle_t manager; /* handle to the device manager */
client_ptr_t user_ptr; /* kernel object pointer */
@END
/* Get handle from kernel object pointer */
@REQ(get_kernel_object_handle)
obj_handle_t manager; /* handle to the device manager */
client_ptr_t user_ptr; /* kernel object pointer */
unsigned int access; /* wanted access rights */
@REPLY
obj_handle_t handle; /* kernel object handle */
@END
/* Make the current process a system process */
@REQ(make_process_system)
obj_handle_t handle; /* handle to the process */
@REPLY
obj_handle_t event; /* event signaled when all user processes have exited */
@END
/* Get detailed fixed-size information about a token */
@REQ(get_token_info)
obj_handle_t handle; /* handle to the object */
@REPLY
struct luid token_id; /* locally-unique identifier of the token */
struct luid modified_id; /* locally-unique identifier of the modified version of the token */
unsigned int session_id; /* token session id */
int primary; /* is the token primary or impersonation? */
int impersonation_level; /* level of impersonation */
int elevation; /* elevation type */
int group_count; /* the number of groups the token is a member of */
int privilege_count; /* the number of privileges the token has */
@END
/* Create a token which is an elevation counterpart to this token */
@REQ(create_linked_token)
obj_handle_t handle; /* handle to the token */
@REPLY
obj_handle_t linked; /* handle to the linked token */
@END
/* Create I/O completion port */
@REQ(create_completion)
unsigned int access; /* desired access to a port */
unsigned int concurrent; /* max number of concurrent active threads */
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t handle; /* port handle */
@END
/* Open I/O completion port */
@REQ(open_completion)
unsigned int access; /* desired access to a port */
unsigned int attributes; /* object attributes */
obj_handle_t rootdir; /* root directory */
VARARG(filename,unicode_str); /* port name */
@REPLY
obj_handle_t handle; /* port handle */
@END
/* add completion to completion port */
@REQ(add_completion)
obj_handle_t handle; /* port handle */
apc_param_t ckey; /* completion key */
apc_param_t cvalue; /* completion value */
apc_param_t information; /* IO_STATUS_BLOCK Information */
unsigned int status; /* completion result */
@END
/* get completion from completion port queue */
@REQ(remove_completion)
obj_handle_t handle; /* port handle */
@REPLY
apc_param_t ckey; /* completion key */
apc_param_t cvalue; /* completion value */
apc_param_t information; /* IO_STATUS_BLOCK Information */
unsigned int status; /* completion result */
@END
/* get completion queue depth */
@REQ(query_completion)
obj_handle_t handle; /* port handle */
@REPLY
unsigned int depth; /* completion queue depth */
@END
/* associate object with completion port */
@REQ(set_completion_info)
obj_handle_t handle; /* object handle */
apc_param_t ckey; /* completion key */
obj_handle_t chandle; /* port handle */
@END
/* check for associated completion and push msg */
@REQ(add_fd_completion)
obj_handle_t handle; /* async' object */
apc_param_t cvalue; /* completion value */
apc_param_t information; /* IO_STATUS_BLOCK Information */
unsigned int status; /* completion status */
int async; /* completion is an async result */
@END
/* set fd completion information */
@REQ(set_fd_completion_mode)
obj_handle_t handle; /* handle to a file or directory */
unsigned int flags; /* completion notification flags */
@END
/* set fd disposition information */
@REQ(set_fd_disp_info)
obj_handle_t handle; /* handle to a file or directory */
int unlink; /* whether to unlink file on close */
@END
/* set fd name information */
@REQ(set_fd_name_info)
obj_handle_t handle; /* handle to a file or directory */
obj_handle_t rootdir; /* root directory */
data_size_t namelen; /* length of NT name in bytes */
int link; /* link instead of renaming */
int replace; /* replace an existing file? */
VARARG(name,unicode_str,namelen); /* NT name */
VARARG(filename,string); /* new file name */
@END
/* set fd eof information */
@REQ(set_fd_eof_info)
obj_handle_t handle; /* handle to a file or directory */
file_pos_t eof; /* offset of eof of file */
@END
/* Retrieve layered info for a window */
@REQ(get_window_layered_info)
user_handle_t handle; /* handle to the window */
@REPLY
unsigned int color_key; /* color key */
unsigned int alpha; /* alpha (0..255) */
unsigned int flags; /* LWA_* flags */
@END
/* Set layered info for a window */
@REQ(set_window_layered_info)
user_handle_t handle; /* handle to the window */
unsigned int color_key; /* color key */
unsigned int alpha; /* alpha (0..255) */
unsigned int flags; /* LWA_* flags */
@END
/* Allocate an arbitrary user handle */
@REQ(alloc_user_handle)
@REPLY
user_handle_t handle; /* allocated handle */
@END
/* Free an arbitrary user handle */
@REQ(free_user_handle)
user_handle_t handle; /* handle to free*/
@END
/* Set/get the current cursor */
@REQ(set_cursor)
unsigned int flags; /* flags for fields to set (see below) */
user_handle_t handle; /* handle to the cursor */
int show_count; /* show count increment/decrement */
int x; /* cursor position */
int y;
rectangle_t clip; /* cursor clip rectangle */
unsigned int clip_msg; /* message to post on cursor clip changes */
@REPLY
user_handle_t prev_handle; /* previous handle */
int prev_count; /* previous show count */
int prev_x; /* previous position */
int prev_y;
int new_x; /* new position */
int new_y;
rectangle_t new_clip; /* new clip rectangle */
unsigned int last_change; /* time of last position change */
@END
#define SET_CURSOR_HANDLE 0x01
#define SET_CURSOR_COUNT 0x02
#define SET_CURSOR_POS 0x04
#define SET_CURSOR_CLIP 0x08
#define SET_CURSOR_NOCLIP 0x10
/* Get the history of the 64 last cursor positions */
@REQ(get_cursor_history)
@REPLY
VARARG(history,cursor_positions);
@END
/* Batch read rawinput message data */
@REQ(get_rawinput_buffer)
data_size_t rawinput_size; /* size of RAWINPUT structure */
data_size_t buffer_size; /* size of output buffer */
@REPLY
data_size_t next_size; /* minimum size to get next message data */
unsigned int count;
VARARG(data,bytes);
@END
/* Modify the list of registered rawinput devices */
@REQ(update_rawinput_devices)
VARARG(devices,rawinput_devices);
@END
/* Retrieve the list of registered rawinput devices */
@REQ(get_rawinput_devices)
@REPLY
unsigned int device_count;
VARARG(devices,rawinput_devices);
@END
/* Create a new job object */
@REQ(create_job)
unsigned int access; /* wanted access rights */
VARARG(objattr,object_attributes); /* object attributes */
@REPLY
obj_handle_t handle; /* handle to the job */
@END
/* Open a job object */
@REQ(open_job)
unsigned int access; /* wanted access rights */
unsigned int attributes; /* object attributes */
obj_handle_t rootdir; /* root directory */
VARARG(name,unicode_str); /* object name */
@REPLY
obj_handle_t handle; /* handle to the job */
@END
/* Assign a job object to a process */
@REQ(assign_job)
obj_handle_t job; /* handle to the job */
obj_handle_t process; /* handle to the process */
@END
/* Check if a process is associated with a job */
@REQ(process_in_job)
obj_handle_t job; /* handle to the job */
obj_handle_t process; /* handle to the process */
@END
/* Set limit flags on a job */
@REQ(set_job_limits)
obj_handle_t handle; /* handle to the job */
unsigned int limit_flags; /* new limit flags */
@END
/* Set new completion port for a job */
@REQ(set_job_completion_port)
obj_handle_t job; /* handle to the job */
obj_handle_t port; /* handle to the completion port */
client_ptr_t key; /* key to send with completion messages */
@END
/* Retrieve information about a job */
@REQ(get_job_info)
obj_handle_t handle; /* handle to the job */
@REPLY
int total_processes; /* total count of processes */
int active_processes; /* count of running processes */
VARARG(pids,uints); /* list of active pids */
@END
/* Terminate all processes associated with the job */
@REQ(terminate_job)
obj_handle_t handle; /* handle to the job */
int status; /* process exit code */
@END
/* Suspend a process */
@REQ(suspend_process)
obj_handle_t handle; /* process handle */
@END
/* Resume a process */
@REQ(resume_process)
obj_handle_t handle; /* process handle */
@END
/* Iterate thread list for process */
@REQ(get_next_thread)
obj_handle_t process; /* process handle */
obj_handle_t last; /* thread handle to start with */
unsigned int access; /* desired access for returned handle */
unsigned int attributes; /* returned handle attributes */
unsigned int flags; /* controls iteration direction */
@REPLY
obj_handle_t handle; /* next thread handle */
@END
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