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a4761b4c08e6272c69bd242b3323ab47dbbc8902
wxWidgets/interface/wx/utils.h
Vadim Zeitlin f75e0c15ae show busy cursor in wxLaunchDefaultBrowser and add a new flag to avoid it (#9678) 
git-svn-id: https://svn.wxwidgets.org/svn/wx/wxWidgets/trunk@54558 c3d73ce0-8a6f-49c7-b76d-6d57e0e08775
2008-07-09 02:32:16 +00:00

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/////////////////////////////////////////////////////////////////////////////
// Name: utils.h
// Purpose: interface of various utility classes and functions
// Author: wxWidgets team
// RCS-ID: $Id$
// Licence: wxWindows license
/////////////////////////////////////////////////////////////////////////////
/**
@class wxWindowDisabler
This class disables all windows of the application (may be with the
exception of one of them) in its constructor and enables them back in its
destructor.
This is useful when you want to indicate to the user that the application
is currently busy and cannot respond to user input.
@library{wxcore}
@category{misc}
@see wxBusyCursor
*/
class wxWindowDisabler
{
public:
/**
Disables all top level windows of the applications.
If @a disable is @c false nothing is done. This can be convenient if
the windows should be disabled depending on some condition.
@since 2.9.0
*/
wxWindowDisabler(bool disable = true);
/**
Disables all top level windows of the applications with the exception
of @a winToSkip if it is not @NULL.
*/
wxWindowDisabler(wxWindow* winToSkip);
/**
Reenables the windows disabled by the constructor.
*/
~wxWindowDisabler();
};
/**
@class wxBusyCursor
This class makes it easy to tell your user that the program is temporarily
busy. Just create a wxBusyCursor object on the stack, and within the
current scope, the hourglass will be shown.
For example:
@code
wxBusyCursor wait;
for (int i = 0; i < 100000; i++)
DoACalculation();
@endcode
It works by calling wxBeginBusyCursor() in the constructor, and
wxEndBusyCursor() in the destructor.
@library{wxcore}
@category{misc}
@see wxBeginBusyCursor(), wxEndBusyCursor(), wxWindowDisabler
*/
class wxBusyCursor
{
public:
/**
Constructs a busy cursor object, calling wxBeginBusyCursor().
*/
wxBusyCursor(wxCursor* cursor = wxHOURGLASS_CURSOR);
/**
Destroys the busy cursor object, calling wxEndBusyCursor().
*/
~wxBusyCursor();
};
/**
@class wxMouseState
Represents the mouse state.
The methods of this class generally mirror the corresponding methods of
wxMouseEvent.
This class is implemented entirely in @<wx/utils.h@>, meaning no extra
library needs to be linked to use this class.
@category{misc}
@see wxGetMouseState()
*/
class wxMouseState
{
public:
/**
Default constructor.
*/
wxMouseState();
/**
Returns X coordinate of the physical mouse event position.
*/
wxCoord GetX() const;
/**
Returns Y coordinate of the physical mouse event position.
*/
wxCoord GetY() const;
/**
Returns the physical mouse position.
*/
wxPoint GetPosition() const;
/**
Returns @true if the left mouse button changed to down.
*/
bool LeftDown() const;
/**
Returns @true if the middle mouse button changed to down.
*/
bool MiddleDown() const;
/**
Returns @true if the right mouse button changed to down.
*/
bool RightDown() const;
/**
Returns @true if the first extra button mouse button changed to down.
*/
bool Aux1Down() const;
/**
Returns @true if the second extra button mouse button changed to down.
*/
bool Aux2Down() const;
/**
Returns @true if the control key is down.
*/
bool ControlDown() const;
/**
Returns @true if the shift key is down.
*/
bool ShiftDown() const;
/**
Returns @true if the alt key is down.
*/
bool AltDown() const;
/**
Returns @true if the meta key is down.
*/
bool MetaDown() const;
/**
Same as MetaDown() under Mac systems, ControlDown() for the others.
*/
bool CmdDown() const;
};
// ============================================================================
// Global functions/macros
// ============================================================================
/** @ingroup group_funcmacro_dialog */
//@{
/**
Changes the cursor to the given cursor for all windows in the application.
Use wxEndBusyCursor() to revert the cursor back to its previous state.
These two calls can be nested, and a counter ensures that only the outer
calls take effect.
@see wxIsBusy(), wxBusyCursor
@header{wx/utils.h}
*/
void wxBeginBusyCursor(wxCursor* cursor = wxHOURGLASS_CURSOR);
/**
Changes the cursor back to the original cursor, for all windows in the
application. Use with wxBeginBusyCursor().
@see wxIsBusy(), wxBusyCursor
@header{wx/utils.h}
*/
void wxEndBusyCursor();
/**
Returns @true if between two wxBeginBusyCursor() and wxEndBusyCursor()
calls.
@see wxBusyCursor.
@header{wx/utils.h}
*/
bool wxIsBusy();
/**
Ring the system bell.
@note This function is categorized as a GUI one and so is not thread-safe.
@header{wx/utils.h}
*/
void wxBell();
/**
Shows a message box with the information about the wxWidgets build used,
including its version, most important build parameters and the version of
the underlying GUI toolkit. This is mainly used for diagnostic purposes
and can be invoked by Ctrl-Alt-middle clicking on any wxWindow which
doesn't otherwise handle this event.
@since 2.9.0
@header{wx/utils.h}
*/
void wxInfoMessageBox(wxWindow parent = NULL);
//@}
/** @ingroup group_funcmacro_env */
//@{
/**
This is a macro defined as @c getenv() or its wide char version in Unicode
mode.
Note that under Win32 it may not return correct value for the variables set
with wxSetEnv(), use wxGetEnv() function instead.
@header{wx/utils.h}
*/
wxChar* wxGetenv(const wxString& var);
/**
Returns the current value of the environment variable @c var in @c value.
@c value may be @NULL if you just want to know if the variable exists and
are not interested in its value.
Returns @true if the variable exists, @false otherwise.
@header{wx/utils.h}
*/
bool wxGetEnv(const wxString& var, wxString* value);
/**
Sets the value of the environment variable @c var (adding it if necessary)
to @c value.
Returns @true on success.
@see wxUnsetEnv()
@header{wx/utils.h}
*/
bool wxSetEnv(const wxString& var, const wxString& value);
/**
Removes the variable @c var from the environment. wxGetEnv() will return
@NULL after the call to this function.
Returns @true on success.
@header{wx/utils.h}
*/
bool wxUnsetEnv(const wxString& var);
//@}
/** @ingroup group_funcmacro_misc */
//@{
/**
Returns battery state as one of @c wxBATTERY_NORMAL_STATE,
@c wxBATTERY_LOW_STATE, @c wxBATTERY_CRITICAL_STATE,
@c wxBATTERY_SHUTDOWN_STATE or @c wxBATTERY_UNKNOWN_STATE.
@c wxBATTERY_UNKNOWN_STATE is also the default on platforms where this
feature is not implemented (currently everywhere but MS Windows).
@header{wx/utils.h}
*/
wxBatteryState wxGetBatteryState();
/**
Returns the type of power source as one of @c wxPOWER_SOCKET,
@c wxPOWER_BATTERY or @c wxPOWER_UNKNOWN. @c wxPOWER_UNKNOWN is also the
default on platforms where this feature is not implemented (currently
everywhere but MS Windows).
@header{wx/utils.h}
*/
wxPowerType wxGetPowerType();
/**
Under X only, returns the current display name.
@see wxSetDisplayName()
@header{wx/utils.h}
*/
wxString wxGetDisplayName();
/**
For normal keys, returns @true if the specified key is currently down.
For togglable keys (Caps Lock, Num Lock and Scroll Lock), returns @true if
the key is toggled such that its LED indicator is lit. There is currently
no way to test whether togglable keys are up or down.
Even though there are virtual key codes defined for mouse buttons, they
cannot be used with this function currently.
@header{wx/utils.h}
*/
bool wxGetKeyState(wxKeyCode key);
/**
Returns the mouse position in screen coordinates.
@header{wx/utils.h}
*/
wxPoint wxGetMousePosition();
/**
Returns the current state of the mouse. Returns a wxMouseState instance
that contains the current position of the mouse pointer in screen
coordinates, as well as boolean values indicating the up/down status of the
mouse buttons and the modifier keys.
@header{wx/utils.h}
*/
wxMouseState wxGetMouseState();
/**
This function enables or disables all top level windows. It is used by
wxSafeYield().
@header{wx/utils.h}
*/
void wxEnableTopLevelWindows(bool enable = true);
/**
Find the deepest window at the given mouse position in screen coordinates,
returning the window if found, or @NULL if not.
@header{wx/utils.h}
*/
wxWindow* wxFindWindowAtPoint(const wxPoint& pt);
/**
@deprecated Replaced by wxWindow::FindWindowByLabel().
Find a window by its label. Depending on the type of window, the label may
be a window title or panel item label. If @a parent is @NULL, the search
will start from all top-level frames and dialog boxes; if non-@NULL, the
search will be limited to the given window hierarchy. The search is
recursive in both cases.
@header{wx/utils.h}
*/
wxWindow* wxFindWindowByLabel(const wxString& label,
wxWindow* parent = NULL);
/**
@deprecated Replaced by wxWindow::FindWindowByName().
Find a window by its name (as given in a window constructor or @e Create
function call). If @a parent is @NULL, the search will start from all
top-level frames and dialog boxes; if non-@NULL, the search will be limited
to the given window hierarchy. The search is recursive in both cases.
If no such named window is found, wxFindWindowByLabel() is called.
@header{wx/utils.h}
*/
wxWindow* wxFindWindowByName(const wxString& name, wxWindow* parent = NULL);
/**
Find a menu item identifier associated with the given frame's menu bar.
@header{wx/utils.h}
*/
int wxFindMenuItemId(wxFrame* frame, const wxString& menuString,
const wxString& itemString);
/**
@deprecated Ids generated by it can conflict with the Ids defined by the
user code, use @c wxID_ANY to assign ids which are guaranteed
to not conflict with the user-defined ids for the controls and
menu items you create instead of using this function.
Generates an integer identifier unique to this run of the program.
@header{wx/utils.h}
*/
long wxNewId();
/**
Ensures that Ids subsequently generated by wxNewId() do not clash with the
given @a id.
@header{wx/utils.h}
*/
void wxRegisterId(long id);
/**
Opens the @a url in user's default browser.
If the @a flags parameter contains @c wxBROWSER_NEW_WINDOW flag, a new
window is opened for the URL (currently this is only supported under
Windows).
And unless the @a flags parameter contains @c wxBROWSER_NOBUSYCURSOR flag,
a busy cursor is shown while the browser is being launched (using
wxBusyCursor).
The @a url may also be a local file path (with or without the "file://"
prefix), if it doesn't correspond to an existing file and the URL has no
scheme "http://" is prepended to it by default.
Returns @true if the application was successfully launched.
@note For some configurations of the running user, the application which is
launched to open the given URL may be URL-dependent (e.g. a browser
may be used for local URLs while another one may be used for remote
URLs).
@header{wx/utils.h}
*/
bool wxLaunchDefaultBrowser(const wxString& url, int flags = 0);
/**
Loads a user-defined Windows resource as a string. If the resource is
found, the function creates a new character array and copies the data into
it. A pointer to this data is returned. If unsuccessful, @NULL is returned.
The resource must be defined in the @c .rc file using the following syntax:
@code
myResource TEXT file.ext
@endcode
Where @c file.ext is a file that the resource compiler can find.
This function is available under Windows only.
@header{wx/utils.h}
*/
wxString wxLoadUserResource(const wxString& resourceName,
const wxString& resourceType = "TEXT");
/**
@deprecated Replaced by wxWindow::Close(). See the
@ref overview_windowdeletion "window deletion overview".
Tells the system to delete the specified object when all other events have
been processed. In some environments, it is necessary to use this instead
of deleting a frame directly with the delete operator, because some GUIs
will still send events to a deleted window.
@header{wx/utils.h}
*/
void wxPostDelete(wxObject* object);
/**
Under X only, sets the current display name. This is the X host and display
name such as "colonsay:0.0", and the function indicates which display
should be used for creating windows from this point on. Setting the display
within an application allows multiple displays to be used.
@see wxGetDisplayName()
@header{wx/utils.h}
*/
void wxSetDisplayName(const wxString& displayName);
/**
Strips any menu codes from @a str and returns the result.
By default, the functions strips both the mnemonics character (@c '&')
which is used to indicate a keyboard shortkey, and the accelerators, which
are used only in the menu items and are separated from the main text by the
@c \t (TAB) character. By using @a flags of @c wxStrip_Mnemonics or
@c wxStrip_Accel to strip only the former or the latter part, respectively.
Notice that in most cases wxMenuItem::GetLabelFromText() or
wxControl::GetLabelText() can be used instead.
@header{wx/utils.h}
*/
wxString wxStripMenuCodes(const wxString& str, int flags = wxStrip_All);
//@}
/** @ingroup group_funcmacro_networkuseros */
//@{
/**
Copies the user's email address into the supplied buffer, by concatenating
the values returned by wxGetFullHostName() and wxGetUserId().
@return @true if successful, @false otherwise.
@header{wx/utils.h}
*/
wxString wxGetEmailAddress();
/**
@deprecated Use wxGetEmailAddress() instead.
@param buf Buffer to store the email address in.
@param sz Size of the buffer.
@return @true if successful, @false otherwise.
@header{wx/utils.h}
*/
bool wxGetEmailAddress(char* buf, int sz);
/**
Returns the amount of free memory in bytes under environments which support
it, and -1 if not supported or failed to perform measurement.
@header{wx/utils.h}
*/
wxMemorySize wxGetFreeMemory();
/**
Return the (current) user's home directory.
@see wxGetUserHome(), wxStandardPaths
@header{wx/utils.h}
*/
wxString wxGetHomeDir();
/**
Copies the current host machine's name into the supplied buffer. Please
note that the returned name is @e not fully qualified, i.e. it does not
include the domain name.
Under Windows or NT, this function first looks in the environment variable
SYSTEM_NAME; if this is not found, the entry @b HostName in the wxWidgets
section of the WIN.INI file is tried.
@return The hostname if successful or an empty string otherwise.
@see wxGetFullHostName()
@header{wx/utils.h}
*/
wxString wxGetHostName();
/**
@deprecated Use wxGetHostName() instead.
@param buf Buffer to store the host name in.
@param sz Size of the buffer.
@return @true if successful, @false otherwise.
@header{wx/utils.h}
*/
bool wxGetHostName(char* buf, int sz);
/**
Returns the FQDN (fully qualified domain host name) or an empty string on
error.
@see wxGetHostName()
@header{wx/utils.h}
*/
wxString wxGetFullHostName();
/**
Returns the home directory for the given user. If the @a user is empty
(default value), this function behaves like wxGetHomeDir() (i.e. returns
the current user home directory).
If the home directory couldn't be determined, an empty string is returned.
@header{wx/utils.h}
*/
wxString wxGetUserHome(const wxString& user = "");
/**
This function returns the "user id" also known as "login name" under Unix
(i.e. something like "jsmith"). It uniquely identifies the current user (on
this system). Under Windows or NT, this function first looks in the
environment variables USER and LOGNAME; if neither of these is found, the
entry @b UserId in the @b wxWidgets section of the WIN.INI file is tried.
@return The login name if successful or an empty string otherwise.
@see wxGetUserName()
@header{wx/utils.h}
*/
wxString wxGetUserId();
/**
@deprecated Use wxGetUserId() instead.
@param buf Buffer to store the login name in.
@param sz Size of the buffer.
@return @true if successful, @false otherwise.
@header{wx/utils.h}
*/
bool wxGetUserId(char* buf, int sz);
/**
This function returns the full user name (something like "Mr. John Smith").
Under Windows or NT, this function looks for the entry UserName in the
wxWidgets section of the WIN.INI file. If PenWindows is running, the entry
Current in the section User of the PENWIN.INI file is used.
@return The full user name if successful or an empty string otherwise.
@see wxGetUserId()
@header{wx/utils.h}
*/
wxString wxGetUserName();
/**
@deprecated Use wxGetUserName() instead.
@param buf Buffer to store the full user name in.
@param sz Size of the buffer.
@return @true if successful, @false otherwise.
@header{wx/utils.h}
*/
bool wxGetUserName(char* buf, int sz);
/**
Returns the string containing the description of the current platform in a
user-readable form. For example, this function may return strings like
"Windows NT Version 4.0" or "Linux 2.2.2 i386".
@see wxGetOsVersion()
@header{wx/utils.h}
*/
wxString wxGetOsDescription();
/**
Gets the version and the operating system ID for currently running OS. See
wxPlatformInfo for more details about wxOperatingSystemId.
@see wxGetOsDescription(), wxPlatformInfo
@header{wx/utils.h}
*/
wxOperatingSystemId wxGetOsVersion(int* major = NULL, int* minor = NULL);
/**
Returns @true if the operating system the program is running under is 64
bit. The check is performed at run-time and may differ from the value
available at compile-time (at compile-time you can just check if
<tt>sizeof(void*) == 8</tt>) since the program could be running in
emulation mode or in a mixed 32/64 bit system (bi-architecture operating
system).
@note This function is not 100% reliable on some systems given the fact
that there isn't always a standard way to do a reliable check on the
OS architecture.
@header{wx/utils.h}
*/
bool wxIsPlatform64Bit();
/**
Returns @true if the current platform is little endian (instead of big
endian). The check is performed at run-time.
@see @ref group_funcmacro_byteorder "Byte Order Functions and Macros"
@header{wx/utils.h}
*/
bool wxIsPlatformLittleEndian();
//@}
/** @ingroup group_funcmacro_procctrl */
//@{
/**
Executes another program in Unix or Windows.
In the overloaded versions of this function, if @a flags parameter contains
@c wxEXEC_ASYNC flag (the default), flow of control immediately returns. If
it contains @c wxEXEC_SYNC, the current application waits until the other
program has terminated.
In the case of synchronous execution, the return value is the exit code of
the process (which terminates by the moment the function returns) and will
be -1 if the process couldn't be started and typically 0 if the process
terminated successfully. Also, while waiting for the process to terminate,
wxExecute() will call wxYield(). Because of this, by default this function
disables all application windows to avoid unexpected reentrancies which
could result from the users interaction with the program while the child
process is running. If you are sure that it is safe to not disable the
program windows, you may pass @c wxEXEC_NODISABLE flag to prevent this
automatic disabling from happening.
For asynchronous execution, however, the return value is the process id and
zero value indicates that the command could not be executed. As an added
complication, the return value of -1 in this case indicates that we didn't
launch a new process, but connected to the running one (this can only
happen when using DDE under Windows for command execution). In particular,
in this case only, the calling code will not get the notification about
process termination.
If @a callback isn't @NULL and if execution is asynchronous,
wxProcess::OnTerminate() will be called when the process finishes.
Specifying this parameter also allows you to redirect the standard input
and/or output of the process being launched by calling
wxProcess::Redirect(). If the child process IO is redirected, under Windows
the process window is not shown by default (this avoids having to flush an
unnecessary console for the processes which don't create any windows
anyhow) but a @c wxEXEC_NOHIDE flag can be used to prevent this from
happening, i.e. with this flag the child process window will be shown
normally.
Under Unix the flag @c wxEXEC_MAKE_GROUP_LEADER may be used to ensure that
the new process is a group leader (this will create a new session if
needed). Calling wxKill() passing wxKILL_CHILDREN will kill this process as
well as all of its children (except those which have started their own
session).
The @c wxEXEC_NOEVENTS flag prevents processing of any events from taking
place while the child process is running. It should be only used for very
short-lived processes as otherwise the application windows risk becoming
unresponsive from the users point of view. As this flag only makes sense
with @c wxEXEC_SYNC, @c wxEXEC_BLOCK equal to the sum of both of these
flags is provided as a convenience.
@note Currently wxExecute() can only be used from the main thread, calling
this function from another thread will result in an assert failure in
debug build and won't work.
@param command
The command to execute and any parameters to pass to it as a single
string, i.e. "emacs file.txt".
@param flags
Must include either wxEXEC_ASYNC or wxEXEC_SYNC and can also include
wxEXEC_NOHIDE, wxEXEC_MAKE_GROUP_LEADER (in either case) or
wxEXEC_NODISABLE and wxEXEC_NOEVENTS or wxEXEC_BLOCK, which is equal to
their combination, in wxEXEC_SYNC case.
@param callback
An optional pointer to wxProcess.
@see wxShell(), wxProcess, @ref page_samples_exec
@header{wx/utils.h}
@beginWxPerlOnly
This function is called @c Wx::ExecuteStdoutStderr and it only takes the
@a command argument, and returns a 3-element list (@c status, @c output,
@c errors), where @c output and @c errors are array references.
@endWxPerlOnly
*/
long wxExecute(const wxString& command, int flags = wxEXEC_ASYNC,
wxProcess* callback = NULL);
//@}
/** @ingroup group_funcmacro_procctrl */
//@{
/**
This is an overloaded version of wxExecute(const wxString&,int,wxProcess*),
please see its documentation for general information.
This version takes an array of values: a command, any number of arguments,
terminated by @NULL.
@param argv
The command to execute should be the first element of this array, any
additional ones are the command parameters and the array must be
terminated with a @NULL pointer.
@param flags
Must include either wxEXEC_ASYNC or wxEXEC_SYNC and can also include
wxEXEC_NOHIDE, wxEXEC_MAKE_GROUP_LEADER (in either case) or
wxEXEC_NODISABLE and wxEXEC_NOEVENTS or wxEXEC_BLOCK, which is equal to
their combination, in wxEXEC_SYNC case.
@param callback
An optional pointer to wxProcess.
@header{wx/utils.h}
*/
long wxExecute(char** argv, int flags = wxEXEC_ASYNC,
wxProcess* callback = NULL);
long wxExecute(wchar_t** argv, int flags = wxEXEC_ASYNC,
wxProcess* callback = NULL);
//@}
/** @ingroup group_funcmacro_procctrl */
//@{
/**
This is an overloaded version of wxExecute(const wxString&,int,wxProcess*),
please see its documentation for general information.
This version can be used to execute a process (always synchronously, the
contents of @a flags is or'd with @c wxEXEC_SYNC) and capture its output in
the array @e output.
@param command
The command to execute and any parameters to pass to it as a single
string.
@param flags
Must include either wxEXEC_ASYNC or wxEXEC_SYNC and can also include
wxEXEC_NOHIDE, wxEXEC_MAKE_GROUP_LEADER (in either case) or
wxEXEC_NODISABLE and wxEXEC_NOEVENTS or wxEXEC_BLOCK, which is equal to
their combination, in wxEXEC_SYNC case.
@header{wx/utils.h}
*/
long wxExecute(const wxString& command, wxArrayString& output,
int flags = 0);
/**
This is an overloaded version of wxExecute(const wxString&,int,wxProcess*),
please see its documentation for general information.
This version adds the possibility to additionally capture the messages from
standard error output in the @a errors array.
@param command
The command to execute and any parameters to pass to it as a single
string.
@param flags
Must include either wxEXEC_ASYNC or wxEXEC_SYNC and can also include
wxEXEC_NOHIDE, wxEXEC_MAKE_GROUP_LEADER (in either case) or
wxEXEC_NODISABLE and wxEXEC_NOEVENTS or wxEXEC_BLOCK, which is equal to
their combination, in wxEXEC_SYNC case.
@header{wx/utils.h}
*/
long wxExecute(const wxString& command, wxArrayString& output,
wxArrayString& errors, int flags = 0);
/**
Returns the number uniquely identifying the current process in the system.
If an error occurs, 0 is returned.
@header{wx/utils.h}
*/
unsigned long wxGetProcessId();
/**
Equivalent to the Unix kill function: send the given signal @a sig to the
process with PID @a pid. The valid signal values are:
@code
enum wxSignal
{
wxSIGNONE = 0, // verify if the process exists under Unix
wxSIGHUP,
wxSIGINT,
wxSIGQUIT,
wxSIGILL,
wxSIGTRAP,
wxSIGABRT,
wxSIGEMT,
wxSIGFPE,
wxSIGKILL, // forcefully kill, dangerous!
wxSIGBUS,
wxSIGSEGV,
wxSIGSYS,
wxSIGPIPE,
wxSIGALRM,
wxSIGTERM // terminate the process gently
};
@endcode
@c wxSIGNONE, @c wxSIGKILL and @c wxSIGTERM have the same meaning under
both Unix and Windows but all the other signals are equivalent to
@c wxSIGTERM under Windows.
Returns 0 on success, -1 on failure. If the @a rc parameter is not @NULL,
it will be filled with a value of the the @c wxKillError enum:
@code
enum wxKillError
{
wxKILL_OK, // no error
wxKILL_BAD_SIGNAL, // no such signal
wxKILL_ACCESS_DENIED, // permission denied
wxKILL_NO_PROCESS, // no such process
wxKILL_ERROR // another, unspecified error
};
@endcode
The @a flags parameter can be wxKILL_NOCHILDREN (the default), or
wxKILL_CHILDREN, in which case the child processes of this process will be
killed too. Note that under Unix, for wxKILL_CHILDREN to work you should
have created the process by passing wxEXEC_MAKE_GROUP_LEADER to
wxExecute().
@see wxProcess::Kill(), wxProcess::Exists(), @ref page_samples_exec
@header{wx/utils.h}
*/
int wxKill(long pid, int sig = wxSIGTERM,
wxKillError rc = NULL, int flags = 0);
/**
Executes a command in an interactive shell window. If no command is
specified, then just the shell is spawned.
@see wxExecute(), @ref page_samples_exec
@header{wx/utils.h}
*/
bool wxShell(const wxString& command = NULL);
/**
This function shuts down or reboots the computer depending on the value of
the @a flags.
@note Doing this requires the corresponding access rights (superuser under
Unix, SE_SHUTDOWN privilege under Windows NT) and that this function
is only implemented under Unix and Win32.
@param flags
Either wxSHUTDOWN_POWEROFF or wxSHUTDOWN_REBOOT
@return @true on success, @false if an error occurred.
@header{wx/utils.h}
*/
bool wxShutdown(wxShutdownFlags flags);
//@}
/** @ingroup group_funcmacro_time */
//@{
/**
Sleeps for the specified number of microseconds. The microsecond resolution
may not, in fact, be available on all platforms (currently only Unix
platforms with nanosleep(2) may provide it) in which case this is the same
as calling wxMilliSleep() with the argument of @e microseconds/1000.
@header{wx/utils.h}
*/
void wxMicroSleep(unsigned long microseconds);
/**
Sleeps for the specified number of milliseconds. Notice that usage of this
function is encouraged instead of calling usleep(3) directly because the
standard @e usleep() function is not MT safe.
@header{wx/utils.h}
*/
void wxMilliSleep(unsigned long milliseconds);
/**
Returns a string representing the current date and time.
@header{wx/utils.h}
*/
wxString wxNow();
/**
Sleeps for the specified number of seconds.
@header{wx/utils.h}
*/
void wxSleep(int secs);
/**
@deprecated This function is deprecated because its name is misleading:
notice that the argument is in milliseconds, not microseconds.
Please use either wxMilliSleep() or wxMicroSleep() depending on
the resolution you need.
Sleeps for the specified number of milliseconds.
@header{wx/utils.h}
*/
void wxUsleep(unsigned long milliseconds);
//@}
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