[openi18n-im:01547] common language engine

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Hi,

untar the iml.tar under iiimsf/lib/iml, copy IME.h to include/iml and
add the 
attached patch, the prototype of common language engine will be enabled.
it means once you copy any input method which is developed according to
new interface
defined by IME.h to /usr/lib/iiim/le/common directory, the input method
will 
be available in your system. For example, copy the NeiMa.so of cle to 
/usr/lib/iiim/le/common/NeiMa/NeiMa.so, you will have the input method.

Of course, there still have several minor issues to be resolved, also
the cooperation
with Common AUX framework to leverage common AUX will be started soon,
Yong
will continue the effort and make it better before checking into trunk.

In summary, each input method which have been put into the above dir
would be
treated as one language engine. Each input method can get various IMM
services 
with the RegisterIME function which is called by common language engine
to
retrieve ImeInfo and ImeMethods from the input method shared object,
then the
common language engine would call ImeMethods to handling focus in/out
and key
and aux event etc.

As for how new input method can be developed, the neima input method
under 
the leif/sch_le_sun/src/input_methods is one good reference and IME.h,
as the
new interface, should contain all information you want.

-federic

> Hi,
> 
> As first part of common language engine, today i will commit one patch
> which will provide convenient functions for those low-level iml methods
> for input method developer. those functions combine the iml creation and
> execution, see SunIMSubr2.c for details. developer can use them via
> s->If->m_wrapper, attached ime.c can demonstrate how they can be used.
> Of course, the existing iml methods still work and developer still can
> access via s->If->m.
> 
> The second step is to provide one imm service within iml, which would be
> higher than those new convenient functions, it will take various aux
> implementation into account, common aux, default aux and customized aux
> etc and do encoding conversion, so it's unnecessary for developer to
> care about code conversion between native encoding and UTF-16 in their
> code, again, the service will be accessed directly be s->If->imm_service
> to developer in future.
> 
> Based on those work, one real common language engine (adapter) would be
> implemented later and high version of LEIF will be available in one or
> two months eventually.
> 
> Please review, if it's ok i will commit today.
> 
> Almost forget to mention, most of code and idea comes from Ervin's cle,
> i just copy directly.
> 
> -federic

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--Boundary_(ID_d74PqNkcRLuF0bcZ9w0daQ)
Content-type: text/x-patch; name=iiim-common-le.diff; charset=GB18030
Content-disposition: attachment; filename=iiim-common-le.diff
Content-Transfer-Encoding: 7BIT

Index: iiimsf/lib/iml/SunIMConf.c
===================================================================
--- iiimsf/lib/iml/SunIMConf.c	(revision 2811)
+++ iiimsf/lib/iml/SunIMConf.c	(working copy)
@@ -72,7 +72,7 @@
 int is_engine_available(char *locale, char *engine);
 #endif
 
-Private void *open_le_module(char *);
+Public void *open_le_module(char *);
 Public void close_le_module(void *);
 Private Bool get_ifinfo(const char*, iml_if_t *, void *);
 
@@ -103,7 +103,7 @@
 
 extern if_methods_t sunim_default_methods;
 
-Private void *
+Public void *
 open_le_module(
 	       char *if_path
 	       )
Index: iiimsf/lib/iml/IMUtil.c
===================================================================
--- iiimsf/lib/iml/IMUtil.c	(revision 2811)
+++ iiimsf/lib/iml/IMUtil.c	(working copy)
@@ -43,9 +43,11 @@
 #include <stdlib.h>
 #include <string.h>
 #include <sys/param.h>
+#include <iconv.h>
 
 #include "SunIM.h"
 #include "SunIMLock.h"
+#include "IME.h"
 #ifdef  sun
 #include <unistd.h>
 #endif
@@ -75,6 +77,118 @@
   return dest;
 }
 
+UTFCHAR *
+utfchar_dupl (UTFCHAR *src)
+{
+  int len;
+  UTFCHAR *dest;
+
+  if (!src) return NULL;
+
+  len = utfchar_length (src);
+  dest = (UTFCHAR *) malloc (sizeof (UTFCHAR) * (len+1));
+
+  return utfchar_copy (dest, src);
+}
+
+UTFCHAR *
+utfchar_new_with_ascii (const char *s)
+{
+  int len, i;
+  UTFCHAR *u;
+
+  if (!s) return NULL;
+
+  len = strlen (s);
+  u = (UTFCHAR *) malloc (sizeof (UTFCHAR) * (len+1));
+  if (!u) return NULL;
+
+  for (i = 0; i < len; ++i)
+    u[i] = s[i];
+
+  u[len] = 0x0;
+
+  return u;
+}
+
+static char *
+map_encoding_name (ImeEncoding encoding)
+{
+}
+
+Bool
+convert_to_utfchar (ImeEncoding encoding,
+		    const char *text,
+		    UTFCHAR **u16_text)
+{
+  char *native = "GB18030";
+  iconv_t *cd;
+  iconv_t *ucd = iconv_open ("UTF-16", "UTF-8");
+  char *inbuf;
+  int inbytesleft;
+  char *outbuf;
+  int outbytesleft;
+  char *utfstr;
+  UTFCHAR u16_buf[1024], *pu;
+  Bool ret = False;
+
+  *u16_text = NULL;
+
+#if 0
+  /* the encoding isn't recognized */
+  if ((native = map_encoding_name (encoding)) == NULL)
+    return ret;
+#endif
+
+  /* can't open the converter */
+  if ((cd = iconv_open ("UTF-8", native)) == (iconv_t) -1)
+    return ret;
+
+  if (encoding == ENCODE_UTF8)
+    utfstr = strdup (text);
+  else
+    {
+      char utf_buf[1024]; //FIXME with 1024 limitation
+
+      inbuf = (char *)text;
+      inbytesleft = strlen (text);
+      outbuf = utf_buf;
+      outbytesleft = 1024;
+
+      memset (utf_buf, 0, 1024);
+
+      /* convert from native encoding to UTF-8 */
+      if ((iconv (cd, &inbuf, &inbytesleft, &outbuf, &outbytesleft)) == (iconv_t) -1)
+	goto EndCodeConversion;
+
+      utfstr = strdup (utf_buf);
+    }
+
+  memset (u16_buf, 0, 1024 * sizeof (UTFCHAR));
+  inbuf = utfstr;
+  inbytesleft = strlen (utfstr);
+  outbuf = (char *) u16_buf;
+  outbytesleft = 1024 * sizeof (UTFCHAR *);
+
+  /* convert from UTF-8 to UTF-16 */
+  if ((iconv (ucd, &inbuf, &inbytesleft, &outbuf, &outbytesleft)) == (iconv_t) -1)
+    goto EndCodeConversion;
+
+  pu = u16_buf;
+  if (*pu == 0xFEFF) ++pu;
+
+  *u16_text = utfchar_dupl (pu);
+
+  ret = True;
+
+EndCodeConversion:
+
+  iconv_close (cd);
+  iconv_close (ucd);
+  
+  return ret;
+}
+		  
 /* Local Variables: */
 /* c-file-style: "iiim-project" */
 /* End: */
Index: iiimsf/lib/iml/ChangeLog
===================================================================
--- iiimsf/lib/iml/ChangeLog	(revision 2811)
+++ iiimsf/lib/iml/ChangeLog	(working copy)
@@ -1,3 +1,8 @@
+2005-09-08  Federic Zhang <[email protected]>
+
+	* SunIMSubr2.c (iml_lookup_draw): set whoIsMaster with IMIsMaster for
+	  IMLookupStartCallbackStruct
+
 2005-09-02  AShiZaWa KaZuNoRi  <[email protected]>
 
 	* fop.c (fop_get_function): fix memory leak
Index: iiimsf/lib/iml/IMUtil.h
===================================================================
--- iiimsf/lib/iml/IMUtil.h	(revision 2811)
+++ iiimsf/lib/iml/IMUtil.h	(working copy)
@@ -44,9 +44,13 @@
 #define _IM_UTIL_H_
 
 #include "SunIM.h"
+#include "IME.h"
 
 int utfchar_length (UTFCHAR *);
 UTFCHAR *utfchar_copy (UTFCHAR *, UTFCHAR *);
+UTFCHAR *utfchar_dupl (UTFCHAR *);
+UTFCHAR *utfchar_new_with_ascii (const char *);
+Bool *convert_to_utfchar (ImeEncoding, const char *, UTFCHAR **);
 
 #endif
 
Index: iiimsf/lib/iml/SunIMSubr2.c
===================================================================
--- iiimsf/lib/iml/SunIMSubr2.c	(revision 2811)
+++ iiimsf/lib/iml/SunIMSubr2.c	(working copy)
@@ -254,7 +254,7 @@
   iml_inst *lp;
   IMText *text;
 
-  if (len) return;
+  if (!len) return;
 
   text = iml_make_imtext (s, commit_str, NULL);
   lp = (iml_inst *) s->If->m->iml_make_commit_inst (s, text);
Index: iiimsf/lib/iml/Makefile.am
===================================================================
--- iiimsf/lib/iml/Makefile.am	(revision 2811)
+++ iiimsf/lib/iml/Makefile.am	(working copy)
@@ -1,2 +1,2 @@
-libiml_la_SOURCES = SunIM.c SunIMConf.c SunIMConf2.c SunIMMMan.c SunIMSubr.c IMLSubr.c SunIMSubr2.c IMUtil.c fop.c fop_file.c
+libiml_la_SOURCES = SunIM.c SunIMConf.c SunIMConf2.c SunIMMMan.c SunIMSubr.c IMLSubr.c SunIMSubr2.c IMService.c IMSession.c IMDesktop.c IMUtil.c IMCommon.c fop.c fop_file.c
 noinst_LTLIBRARIES = libiml.la
Index: iiimsf/src/LE.cpp
===================================================================
--- iiimsf/src/LE.cpp	(revision 2811)
+++ iiimsf/src/LE.cpp	(working copy)
@@ -95,10 +95,11 @@
     
     if (try_lename.empty()) return false;
 
-    {
-	IMLock lock(get_leif_sync_object());
-	iml_if = if_OpenIF(dirname.c_str(), try_lename.c_str(), "", False);
-    }
+    IMLock lock(get_leif_sync_object());
+    if (common_lebase)
+      iml_if = if_OpenCommonIF(dirname.c_str (),try_lename.c_str(), "", False);
+    else
+      iml_if = if_OpenIF(dirname.c_str(), try_lename.c_str(), "", False);
 
     if (!iml_if) return false;
     if (!iml_if->lename) {
@@ -184,7 +185,11 @@
     }
     IMLock lock(get_leif_sync_object());
     
-    iml_if_context = if_OpenIF(dirname.c_str(), lename.c_str(), real_locale, True);
+    if (common_lebase)
+      iml_if_context = if_OpenCommonIF(dirname.c_str(), lename.c_str(), real_locale, True);
+    else
+      iml_if_context = if_OpenIF(dirname.c_str(), lename.c_str(), real_locale, True);
+
     iml_if_context_ref_count = 1;
     return iml_if_context;
 }
@@ -366,8 +371,10 @@
 
 LEBase::LEBase(
     const string &x_dirname,
-    const string &x_filename
-) : error(false), dirname(x_dirname), filename(x_filename), sunim_default(false), need_reload(false), need_thread_lock(false)
+    const string &x_filename,
+    bool x_common_lebase
+) : error(false), dirname(x_dirname), filename(x_filename), sunim_default(false), need_reload(false), need_thread_lock(false),
+common_lebase (x_common_lebase)
 {
     iml_if = NULL;
     iml_if_context = NULL;
@@ -391,6 +398,7 @@
 	filename = "sunim_default";
 	langlist.push_back(IMLang("C", "C"));
 	sunim_default = true;
+	common_lebase = false;
     } else {
 	ERROR_INTERNAL("Invalid LEBase option");
     }
Index: iiimsf/src/LEMgr.cpp
===================================================================
--- iiimsf/src/LEMgr.cpp	(revision 2811)
+++ iiimsf/src/LEMgr.cpp	(working copy)
@@ -12,6 +12,7 @@
 {
     LEDirectoryInfo di;
     DirectoryInfoVec *pdv;
+    LEBase *pleb;
 
     if (di.refresh(lepath.c_str())) {
         pdv = di.get_directory_info();
@@ -43,7 +44,8 @@
 		  matched:;
 		}
 	    }
-    	    LEBase *pleb = new LEBase(i->dirname, i->filename);
+
+	    pleb = new LEBase(i->dirname, i->filename, False);
 	    // memory error.
 	    if (!pleb) return;
 	    if (pleb->errorp()) {
@@ -53,12 +55,34 @@
 	    lemap.insert(make_pair(i->filename, pleb));
         }
     }
+
+    /* Load input method engine under common language engine */
+    string common_lepath = lepath + string ("/common");
+    if (di.refresh (common_lepath.c_str()))
+      {
+	pdv = di.get_directory_info ();
+	DirectoryInfoVec::const_iterator i = pdv->begin ();
+
+	for (; i != pdv->end (); ++i)
+	  {
+	    pleb = new LEBase (i->dirname, i->filename, True);
+	    if (!pleb) return;
+	    if (pleb->errorp ())
+	      {
+		delete pleb;
+		continue;
+	      }
+	    lemap.insert (make_pair (i->filename, pleb));
+	  }
+      }
+
     psunim_default_lebase = new LEBase(LEBase::SUNIM_DEFAULT);
     if (!psunim_default_lebase || psunim_default_lebase->errorp()) {
 	LOG_CRITICAL("Could not create default sunim LE.  Exit.");
 	// TODO! we should use exception.
 	exit(255);
     }
+
     LEBaseMap::iterator itl;
     LEBase* ple;
     IMHotkeyManagerStruct *hkm;
@@ -93,7 +117,7 @@
     pdv = di.get_directory_info();
     for (i = pdv->begin(); i != pdv->end(); ++i) {
 	if (lemap.find(i->filename) != lemap.end()) continue;
-	LEBase *pleb = new LEBase(i->dirname, i->filename);
+	LEBase *pleb = new LEBase(i->dirname, i->filename, False);
 	if (!pleb) return;
 	if (pleb->errorp()) {
 	    delete pleb;
Index: iiimsf/src/LE.hh
===================================================================
--- iiimsf/src/LE.hh	(revision 2811)
+++ iiimsf/src/LE.hh	(working copy)
@@ -31,6 +31,7 @@
     LEDesktopDescMap le_ddmap;
 
     bool sunim_default;
+    bool common_lebase;
     if_methods_t *ifm;
     iml_if_t *iml_if;
     iml_if_t *iml_if_context;
@@ -104,11 +105,12 @@
 
     LEBase(
 	const string &dirname,
-	const string &filename
+	const string &filename,
+	bool x_common_lebase
     );
 
     enum BUILTIN_OPTION {
-	    SUNIM_DEFAULT
+        SUNIM_DEFAULT
     };
     LEBase(
 	enum BUILTIN_OPTION option
Index: include/iml/SunIMPub.h
===================================================================
--- include/iml/SunIMPub.h	(revision 2811)
+++ include/iml/SunIMPub.h	(working copy)
@@ -188,6 +188,12 @@
     iml_session_t *s,
     iml_inst **rrv
 );
+extern iml_if_t *if_OpenCommonIF(
+    const char *if_path,
+    const char *if_name,
+    const char *locale,
+    Bool  call_openif
+);
 extern iml_if_t *if_OpenIF(
     const char *if_path,
     const char *if_name,

--Boundary_(ID_d74PqNkcRLuF0bcZ9w0daQ)
Content-type: text/x-chdr; name=IME.h; charset=GB18030
Content-disposition: attachment; filename=IME.h
Content-Transfer-Encoding: quoted-printable
X-MIME-Autoconverted: from 8bit to quoted-printable by brmea-mail-4.sun.com id j8CA20XX003407

#ifndef _Ime_INFO_H_
#define _Ime_INFO_H_

// #include "imkey.h"

/** \brief The Encoding alias definition for exchange between LE and IME =
*/
typedef enum {
    ENCODE_INVALID =3D -1,
    ENCODE_GB2312 =3D 0,
    ENCODE_GBK,
    ENCODE_GB18030,
    ENCODE_BIG5,
    ENCODE_BIG5HKSCS,
    ENCODE_EUCTW,
    ENCODE_EUCKR,
    ENCODE_EUCJP,
    ENCODE_EUCTH,
    ENCODE_UTF8,
    ENCODE_UTF16,
    ENCODE_UTF16BE,
    ENCODE_UTF16LE,
    ENCODE_UTF32,
    ENCODE_UCS4,
    ENCODE_UCS4LE,
    ENCODE_UCS4BE,
    ENCODES_NUM,
} ImeEncoding;

typedef struct {
    int keycode;        ///< virtual key code for the key just be pressed=
, please IME_VK_xxx
    int keychar;        ///< corresponding ASCII char value if the key pr=
ess is an ASCII value. Valid for \n and [0x20-0x7E]
    int modifier;       ///< status for modify key and mouse buttons, ref=
erence IME_XXX_MASK definition
    int time_stamp;     ///< incremental integers (per client), time_stam=
p when the key press happened.
} ImeKeyRec;

typedef ImeKeyRec* ImeKey;  ///< Pointer type to ImeKeyRec

typedef unsigned int   ImHandle;

typedef ImHandle    ImeInputContext;

typedef enum {
    ImeFeedbackDecoration =3D 0,  ///< common decoration, such as highlig=
ht, underline, etc
    ImeFeedbackForegroundRGB,   ///< decoration with foreground color
    ImeFeedbackBackgroundRGB    ///< decoration with background color
} ImeFeedbackType;

typedef enum {
    IME_SCOPE_SESSION =3D 0,
    IME_SCOPE_DESKTOP,
    IME_SCOPE_USER
} ImeScopeType;

/** \brief decoration/feedback for sub-string
*
* A feedback would specify decoration of all characters in a specific ran=
ge of an string.
*/
typedef struct {
    ImeFeedbackType type;       ///< type of the decoration
    int             value;      ///< depending on type, value could be st=
yle, color
    int             start;      ///< starting position of the sub-string,=
 (count start from 0)
    int             length;     ///< number of characters in the sub-stri=
ng
} ImeFeedbackRec;

typedef ImeFeedbackRec* ImeFeedback;    ///< pointer type to ImeFeedbackR=
ec

/** \brief possible values for ImeFeedbackRec::value when ImeFeedbackRec:=
:type is ImeFeedbackDecoration */
typedef enum {
    IME_DECORATION_NORMAL       =3D 0,                                ///=
< No specitial decoration
    IME_DECORATION_REVERSE      =3D 1,                                ///=
< reverse
    IME_DECORATION_HIGHLIGHT    =3D (IME_DECORATION_REVERSE << 1),    ///=
< highligh
    IME_DECORATION_UNDERLINE    =3D (IME_DECORATION_HIGHLIGHT << 1),  ///=
< under_line
    IME_DECORATION_UNDERWAVE    =3D (IME_DECORATION_UNDERLINE << 1)   ///=
< under_line wave
} ImeDecorationStyle;

// values for type =3D ImeFeedbackForegroundRGB || ImeFeedbackBackgroundR=
GB
#define IME_RGB_COLOR(red, green, blue)     ((int)((red<<16) + (green<<8)=
 + blue))
#define IME_RGB_COLOR_RED(color)            ((int)(color>>16))
#define IME_RGB_COLOR_GREEN(color)          ((int)((color>>8)&0x00ff))
#define IME_RGB_COLOR_BLUE(color)           ((int)(color&0x0000ff))

/** \brief Text with decorations
*
* A string could have multiple feedback to give it presentation. When IME=
 sends these
* Decoration, it should make sure there is no conflicts among them. Other=
wise, the
* exact decoration result is not defined. Please note that the sub-string=
s in
* different feedback could be overlaped as long as they do not conflicts =
with
* each other.
*/
typedef struct {
    unsigned char  *text;           ///< pointer to the text buffer
    unsigned int    count_feedbacks;///< number of feedbacks
    ImeFeedbackRec *feedbacks;      ///< feedback array
} ImeTextRec;

typedef ImeTextRec* ImeText;            ///< Pointer type to ImeTextRec

/** \brief Preedit data with decoration and caret position */
typedef struct {
    int             caret;        ///< the caret lays just before which c=
haracter
    ImeTextRec      preedit;      ///< the decorated text
    int             cand_list_start;     ///< the candidate list starting=
 position, to locate the candidate list window position
} ImePreeditRec;

typedef ImePreeditRec* ImePreedit;      ///< Pointer type to ImePreeditRe=
c

/** \brief bit mask to indicate whether or not current page is first page=
 or last page. Used as value for ImeCandidatsRec::page_state */
typedef enum {
    ImeCandidatesFirstPage    =3D 1,            ///< is first page
    ImeCandidatesLastPage     =3D 2             ///< is last page
} ImeCandidatePageMask;

typedef struct {
    unsigned char  *title;          ///< title for the candidates, whethe=
r or not Aux support candidate area title is implementation depenedent.
    int             count;          ///< How many candidates here
    ImeText         candidates;     ///< Pointer array, 'count' items in =
the array.
    unsigned char  *numbers;        ///< numbering
    int             focus;          ///< current focused candidate, [0..c=
ount], 0 means no focused candidate
    int	            page_state;     ///< first/last page information, saf=
e to set it to 0 for those IME do not know how many pages and current pag=
e.
    int             horizontal;     ///< 1 to use horizental layout, 0 to=
 use vertical layout, to make it compatible default vertical (0)
} ImeCandidatesRec;

typedef ImeCandidatesRec* ImeCandidates;  ///< Pointer type to ImeCandida=
tesRec

/*! \addtogroup Basic_Types */
/** \brief Propertyies type.
*
* Property could be used to construct GUI for user to specify their value=
s.
*
* @note, Properties used only for configuration user preference, do not t=
hink
* about using this could help other things greatly.
*/
typedef enum {
    ImeProperty_String,     ///< String type, have length limits
    ImeProperty_Int,        ///< Integer type, have value limits
    ImeProperty_Float,      ///< float type, have value limits
    ImeProperty_Toggle,     ///< boolean, or [0,1] int value, value is in=
t value, do not care range
    ImeProperty_Selection,  ///< select one from multiple strings. Range =
is char **, value is the selection idx.
} ImePropertyType;

/** \brief limits for the string length. (0, 0) means no limitation */
typedef struct {
    unsigned int min_length;    ///< minimum length
    unsigned int max_length;    ///< maximum length
} ImeStringPropertyRangeRec;

/** \brief limits for integer values. (0, 0) means no limitation */
typedef struct {
    int min;    ///< min value
    int max;    ///< max value
} ImeIntPropertyRange;

/** \brief  limits for float values, (0, 0) means no limits */
typedef struct {
    float min;  ///< min value
    float max;  ///< max value
} ImeFloatPropertyRangeRec;

/** \brief simple union for serveral range types */
typedef union {
    ImeIntPropertyRange	       int_range;         ///< integer value rang=
e
    ImeStringPropertyRangeRec  len_range;         ///< string len range
    ImeFloatPropertyRangeRec   float_range;       ///< float range
    char **                    multiString_range; ///< MultiString to sel=
ect, the last string must be NULL
} ImePropertyRangeRec;

/** \brief union type for property values */
typedef union {
    int		int_value;      ///< int value
    float	float_value;    ///< float value
    char*	string_value;   ///< string value
} ImePropertyValueRec;

/** \brief standard property for configuration */
typedef struct  {
    int   		id;      ///< ??? maybe not needed???
    ImeEncoding		encode;  ///< encode for the following strings
    const char *	key;     ///< Path string looks like unix file path, for=
 uniquely identify a property
    const char *	name;    ///< for display usage
    const char *	tip;     ///< simple description
    ImePropertyType 	type;    ///< type of the property
    ImePropertyRangeRec	range;   ///< range of the property
    ImePropertyValueRec	value;   ///< current value of the property
} ImePropertyRec;

typedef ImePropertyRec* ImeProperty; ///< Pointer type to ImePropertyRec

/** \brief Infact a property array with count information
*
* @note Please look at  ImeMethodsRec::ImmConfigIme()
*/
typedef struct {
    int           count;         ///< number of properties
    ImeProperty   properties;    ///< pointer to properties array
} ImePropertyListRec;

typedef ImePropertyListRec* ImePropertyList; ///< Pointer type to ImeProp=
ertyListRec
/**@}*/

typedef struct {
    int              version;            ///< IME's version. version%100 =
is minor version, version/100 is major version
    int              mt_safe;            ///< whether or not this IME is =
MultiThread safe.
    ImeEncoding      encoding;           ///< encoding used by all string=
s communicating with IMM, like preedit
    const char      *uuid;               ///< IME's English name.
    const char      *name;               ///< localized input method name=
, also in above encoding
    const char      *author;             ///< IME's author
    const char      *hinting;            ///< Simple descrition for the I=
ME. Maybe displayed as StatusBar's button hinting.
    const char      *copyright;          ///< Copyright string
    const char      *icon_file;          ///< If relative path, to the di=
r of IME's so file. File format: XPM
    const char      *support_locales;    ///< locale the IME supports, st=
ring with different locales seperated by ',' .
    ImePropertyList  pl;                 ///< property list used to do st=
andard configuration. could be NULL.
    void            *specific_data;      ///< IME's specific data. used f=
or single so get into serveral IMEs.
} ImeInfoRec;

typedef ImeInfoRec  *ImeInfo;       ////< pointer type to ImeInfoRec

/*! \addtogroup Events Events between IME and Aux */
/*@{*/

/** \brief standard event/message type definition */
typedef enum {
    IME_EVENT_CUSTOM_DATA  =3D 0,    ///< custom defined user type event/=
data
    IME_EVENT_IMM_NOTIFY,          ///< Notification event from the statu=
s bar, Full/half punc, Configure Request, etc
    IME_EVENT_QUIT,                ///< UI quit event.
    IME_EVENT_EXPOSE,              ///< Show/Hide/Check status change eve=
nt
    IME_EVENT_MOVE,                ///< Aux window move event
    IME_EVENT_PREEDIT_DATA,        ///< Preedit area data event
    IME_EVENT_PREEDIT_CARET_MOVE,  ///< Preedit area caret position event
    IME_EVENT_CANDI_DATA,          ///< Candidate area data event
    IME_EVENT_PROPERTY,            ///< Porperty message
    IME_EVENT_CANDI_PAGE,          ///< Candidate area page event
    IME_EVENT_CANDI_FOCUS,         ///< Candidate area focus event
    IME_EVENT_CANDI_SELECT,        ///< Candidate area selection event
    IME_EVENT_NONE
} ImeAuxEventType;

/** \brief Standard event head, also used for common event */
typedef struct {
    int		    type;           ///< could be values defined in ImeAuxEventT=
ype
    ImHandle	    peer;           ///< to IME it's an Auxilary window hand=
le, to Aux, it is an IME handle
    ImeInputContext ic;             ///< the ic the communication is base=
d on
    int		    param;          ///< semantic determined by type
} ImeEventHeadRec;

typedef ImeEventHeadRec* ImeEventHead;  ///< Pointer type to  ImeEventHea=
dRec

typedef enum {
    IMM_TRIGGER_FULL_HALF_SIMBOL =3D 0,   ///< Full/half simbol status,  =
0 =3D=3D half, 1 =3D=3D full
    IMM_TRIGGER_FULL_HALF_PUNC,         ///< Full/half punction status, 0=
 =3D=3D half, 1 =3D=3D full
    IMM_TRIGGER_LANGUAGE,               ///< Cn/En status, 0 =3D=3D en, 1=
 =3D=3D zh_CN
    IMM_TRIGGER_CONFIG_REQUEST          ///< Comes a configuration reques=
t from status bar
} ImmTriggerType;

/** \brief Standard notification from status bar, including full/half pun=
c status, confige request, etc
*
* @note, if IME do not process this messages, please return IME_UNPROCESS=
ED_EVENT=A1=A3
*        This is important if you want to use default configuration UI by=
 just providing
*        property list.
*/
typedef struct {
    int		    type;           ///< could be values defined in ImeAuxEventT=
ype
    ImHandle	    peer;           ///< to IME it's an Auxilary window hand=
le, to Aux, it is an IME handle
    ImeInputContext ic;             ///< the ic the communication is base=
d on
    ImmTriggerType  trigger;        ///< id represented different notific=
ation, see
    int             value;          ///< value of above trigger
} ImeEventImmNotifyRec;

typedef ImeEventImmNotifyRec* ImeEventImmNotify;

/** \brief Quit event, same as ImeEventHeadRec. type must be IME_EVENT_QU=
IT, param is the exit code from the Aux
*
*    UI notify IMM/IME that it will quit (send from UI to IME), or IME/IM=
M force UI quit (send from IME to UI)
*/
typedef ImeEventHeadRec     ImeQuitEventRec;
typedef ImeQuitEventRec*    ImeQuitEvent;    ///< Pointer type to ImeQuit=
EventRec

/** \brief Status definition for GUI status about show/hide, bit masks */
typedef enum {
    IMUI_STATE_SHOW         =3D 1,                        ///< whether GU=
I is show/hide
    IMUI_STATE_ENABLE       =3D (IMUI_STATE_SHOW <<1),    ///< whether th=
e GUI element is enabled/disabled.
    IMUI_STATE_CHECK        =3D (IMUI_STATE_ENABLE<<1)    ///< whether or=
 not the GUI element is checked (such as menu item)
} ImeUIStatusMask;

/** \brief page operations */
typedef enum {
    ImeCandidatesPageFirst,        ///< to first page
    ImeCandidatesPagePrevious,     ///< to previous page
    ImeCandidatesPageNext,         ///< to next page
    ImeCandidatesPageLast          ///< to last page
} ImePageOperation;

/** \brief Expose event, same as ImeEventHeadRec. type must be IME_EVENT_=
EXPOSE, param is from ImeUIStatusMask
*
* UI notify IMM/IME that its show/hide status changed, or IME/IMM command=
 UI changeits show/hide status
*
* @note ImmServicesRec::ImmShowPreedit() and ImmServicesRec::ImmHidePreed=
it() are implemented by sending this
* event to preedit. So about the ImmServicesRec::ImmShowCandidates() and =
ImmServicesRec::ImmHideCandidates().
* So, Your owner-draw Preedit/Candidates area should response to these ev=
ent.
* @note param should be combination of the ImeUIStatusMask
*/
typedef ImeEventHeadRec     ImeExposeEventRec;
typedef ImeExposeEventRec*  ImeExposeEvent;     ///< Pointer type to ImeE=
xposeEventRec

typedef ImeEventHeadRec     ImeCandidateSelectEventRec;
typedef ImeEventHeadRec     ImeCandidatePageEventRec;

#define IME_MOVE_FREELY     (-65535)            ///< When used in ImeMove=
EventRec, means UI determines the position/size

/** \brief Move Event type must be IME_EVENT_MOVE, param is not used.
*
* notify IMM/IME that its position/size changed, or IME/MM command UI cha=
nge its position/size
*
* @note As Expose Event, ImmServicesRec::ImmShowPreedit() and ImmServices=
Rec::ImmHidePreedit() are implemented by sending this
* event to preedit. So about the ImmServicesRec::ImmShowCandidates() and =
ImmServicesRec::ImmHideCandidates().
* So, Your owner-draw Preedit/Candidates area should response to these ev=
ent.
*/
typedef struct {
    int		    type;    ///< Must be IME_EVENT_MOVE
    ImHandle	    peer;    ///< to IME it's an Auxilary window handle, to =
Aux, it is an IME handle
    ImeInputContext ic;      ///< the ic the communication is based on
    int		    param;   ///< not used
    int		    left;    ///< window's left position in pixel, could be IME_=
MOVE_FREELY
    int             top;     ///< window's top position, in pixel, could =
be IME_MOVE_FREELY
    int             width;   ///< window's width, in pixel, could be IME_=
MOVE_FREELY
    int             height;  ///< window's height, in pixel, could be  IM=
E_MOVE_FREELY
} ImeMoveEventRec;

typedef ImeMoveEventRec*    ImeMoveEvent;   ///< Pointer type to ImeMoveE=
ventRec

/** \brief Preedit data event
*
* IME/IMM command Preedit-UI to change the preedit data
*
* @note owner-draw Preedit/Candidates area should response to these event=
,
* also they have to remember the ic handel and im handle to send back oth=
er request, such
* as page next request from the user.
*/
typedef struct {
    int		    type;    ///< IME_EVENT_PREEDIT_DATA
    ImHandle	    peer;    ///< to IME it's an Auxilary window handle, to =
Aux, it is an IME handle
    ImeInputContext ic;      ///< the ic the communication is based on
    int		    param;   ///< not used
    ImePreedit*     preedit; ///< data used to update the preedit-area
} ImePreeditDataEventRec;

typedef ImePreeditDataEventRec* ImePreeditDataEvent;    ///< Pointer type=
 to ImePreeditDataEventRec

/** \brief Preedit caret move event, same as ImeEventHeadRec. type must b=
e IME_EVENT_PREEDIT_CARET_MOVE, param is caret position
*
* Preedit-UI notify IME/IMM that caret position changed, or IME/IMM comma=
nd Preedit-UI change its caret position
*/
typedef ImeEventHeadRec              ImePreeditCaretMoveEventRec;
typedef ImePreeditCaretMoveEventRec* ImePreeditCaretMoveEvent;   ///< Poi=
nter type to ImePreeditCaretMoveEventRec

/** \brief Candidates data event
*
* IME/IMM command candidates-UI to update candidates-data
*/
typedef struct  {
    int		    type;       ///< IME_EVENT_CANDI_DATA
    ImHandle	    peer;       ///< to IME it's an Auxilary window handle, =
to Aux, it is an IME handle
    ImeInputContext ic;         ///< the ic the communication is based on
    int		    param;      ///< encoding id
    ImeCandidates   candidates; ///< new candidates to update the candida=
tes area
} ImeCandidateDataEventRec;

typedef ImeCandidateDataEventRec* ImeCandidateDataEvent;    ///< Pointer =
type to ImeCandidateDataEventRec

/** \brief event for propertis. Normally it is used inside IMM, but IME c=
ould also utilized this if possible. */
typedef struct {
    int		        type;    ///< IME_EVENT_PROPERTY
    ImHandle	        peer;    ///< to IME it's an Auxilary window handle,=
 to Aux, it is an IME handle
    ImeInputContext     ic;      ///< the ic the communication is based o=
n
    int		        param;   ///< encoding id
} ImePropertyEventRec;

typedef ImePropertyEventRec*    ImePropertyEvent;

/** \brief common user customized event/message
*
*  For user defined protocals, param could be used as user defined protoc=
al number.
*/
typedef struct  {
    int		        type;    ///< IME_EVENT_CUSTOM_DATA
    ImHandle	        peer;    ///< to IME, it's an Auxilary window handle=
, to Aux, it is an IC handle
    ImeInputContext     ic;      ///< an handle of IME, only used by Auxi=
lary window, IME would not care about this
    int		        param;   ///< Could be used as user defined protocal num=
ber
    int		        nInteger;///< how many integers to be transfer, any LE/B=
E related data should be transfer here
    int*	        integers;///< integer array
    int		        nBuf;    ///< how many byte buffer to be transfered
    int*	        buf_lens;///< buf len array for those buffers. If you ar=
e transfering string, please count the ending '\0'
    unsigned char**     bufs;    ///< buffer pointer's array
} ImeDataEventRec;

typedef ImeDataEventRec* ImeDataEvent;  ///< Pointer type to ImeDataEvent=
Rec

typedef union {
    int 		        type;                     ///< event type
    ImeEventHeadRec	        any_event;                ///< event head
    ImeQuitEventRec	        quit_event;               ///< Quit Event
    ImeCandidateSelectEventRec  candidate_select_event;   ///< candidate =
selection
    ImeCandidatePageEventRec    candidate_page_event;     ///< candidate =
page
    ImeMoveEventRec		move_event;               ///< Move Event
    ImeExposeEventRec	        expose_event;             ///< Expose Event
    ImeEventImmNotifyRec        notify_event;             ///< notificati=
on event from IMM
    ImePreeditDataEventRec	preedit_data_event;       ///< Preedit data ev=
ent
    ImePreeditCaretMoveEventRec	preedit_caret_move_event; ///< Preedit ca=
ret moe event
    ImeCandidateDataEventRec	candidate_data_event;     ///< candidates da=
ta event
    ImeDataEventRec 		data_event;               ///< customized event
    ImePropertyEventRec         property_event;           ///< property_v=
alue for current ic user
} ImeEventRec;

typedef ImeEventRec*            ImeEvent;       ///<  Pointer type to Ime=
EventRec
/*@}*/

/** \brief Type of beeps */
typedef enum {
    ImeBeepWarning, ///< beep for warning
    ImeBeepError    ///< beep for an error
} ImeBeepType;

/** \brief some key value definition returned by ImmPrefilterKey */
typedef enum {
    IME_FILTERED_KEY_UNUSED =3D 0,
    IME_FILTERED_KEY_ESCAPE,
    IME_FILTERED_KEY_ENTER,
    IME_FILTERED_KEY_SPACEBAR,
    IME_FILTERED_KEY_PAGEUP,
    IME_FILTERED_KEY_PAGEDOWN,
    IME_FILTERED_KEY_INSERT,
    IME_FILTERED_KEY_DELETE,
    IME_FILTERED_KEY_BACKSPACE,
    IME_FILTERED_KEY_HOME,
    IME_FILTERED_KEY_END,
    IME_FILTERED_KEY_LEFT,
    IME_FILTERED_KEY_RIGHT,
    IME_FILTERED_KEY_UP,
    IME_FILTERED_KEY_DOWN,
} ImeKeyType;

typedef enum {
    ImmFAIL =3D 0,                     ///< general fail
    ImmOK                            ///< Success
} ImmResult;

typedef struct {
    int        version;     ///< API version of the IMM services. version=
%100 is minor version. version/100 is major version.

    ImeInfo    (*ImmGetImeInfo)(ImeInputContext ic);

    ImeEncoding(*ImmGetSessionEncoding)(ImeInputContext ic);


    ImmResult  (*ImmShowPreedit)(ImeInputContext ic);

    ImmResult  (*ImmHidePreedit)(ImeInputContext ic);

    ImmResult  (*ImmUpdatePreedit)(ImeInputContext ic, ImePreedit preedit=
_data);

    ImmResult  (*ImmMovePreeditCaret)(ImeInputContext ic, int idx);

    ImmResult  (*ImmShowCandidates)(ImeInputContext ic);

    ImmResult  (*ImmHideCandidates)(ImeInputContext ic);

    ImmResult  (*ImmUpdateCandidates)(ImeInputContext ic, ImeCandidates c=
andi);

    ImmResult  (*ImmCommit)(ImeInputContext ic, unsigned char* commit_tex=
t);


    ImHandle   (*ImmStartUI)(ImeInputContext ic, const char* aux_name);

    ImmResult  (*ImmCloseUI)(ImeInputContext ic, ImHandle aux_handle);

    ImmResult  (*ImmSendUiMessage)(ImeEvent event);


    void*      (*ImmGetData)(ImeInputContext ic, int scope); // "scope" p=
lease ref ImeScopeType

    ImmResult  (*ImmSetData)(ImeInputContext ic, int scope, void* pdata);


    void*      (*ImmLoadUserProfile)(ImeInputContext ic, const char* cate=
gory, int* psz);

    ImmResult  (*ImmFreeUserProfile)(void* buf);

    ImmResult  (*ImmSaveUserProfile)(ImeInputContext ic, const char* cate=
gory, void* buf, int sz);


    ImmResult  (*ImmBeep)(ImeInputContext ic, ImeBeepType ime_beep_type);

    ImeKeyType (*ImmPrefilterKey)(ImeKey key);

    ImePropertyListRec* (*ImmGetPropertyList)(ImeInputContext ic);

} ImmServicesRec;

typedef ImmServicesRec*     ImmServices;            ///< Pointer type to =
ImmServicesRec


typedef enum {
    IME_OK                  =3D 0,        ///< success
    IME_FAIL,                           ///< general error
    IME_UNUSED_KEY,                     ///< return by ImeProcessKeyEvent=
()
    IME_INVALID_KEY,                    ///< unexpected key, should not r=
eturn to application, normally ring a bell
    IME_UNPROCESSED_EVENT,              ///< a event is not cared by the =
ime, IMM may continue processing, like some StatusEvent
    IME_UNSUPPORT_VERSION,              ///< error version
    IME_WRONG_ARGS,                     ///< error in args
    IME_FIRST_CUSTOM_ERROR   =3D 1000     ///< user could define his own =
error using error larger than this.
} ImeResult;

typedef struct {
    int        version;                 ///< API verion. version%100 as m=
inor version. version/100 is major version.

    ImeResult  (*ImeInitialize)(ImeInfo ime_info);
    ImeResult  (*ImeDestroy)(ImeInfo ime_info);

    ImeResult  (*ImeProcessKeyEvent)(ImeInputContext ic, ImeKey ime_key);
    ImeResult  (*ImeProcessUIEvent)(ImeInputContext ic, ImeEvent event);

    ImeResult  (*ImeCreateSession)(ImeInputContext ic);

    ImeResult  (*ImeDestroySession)(ImeInputContext ic);

    ImeResult  (*ImeFocusIn)(ImeInputContext ic);

    ImeResult  (*ImeFocusOut)(ImeInputContext ic);

    ImeResult  (*ImeAttachUser)(ImeInputContext ic);

    ImeResult  (*ImeDetachUser)(ImeInputContext ic);

    ImeResult  (*ImeAttachDesktop)(ImeInputContext ic);

    ImeResult  (*ImeDetachDesktop)(ImeInputContext ic);

    const char*(*ImeGetErrorMessage)(int error_id);

} ImeMethodsRec;

typedef ImeMethodsRec*  ImeMethods;     ///< Pointer to ImeMethodsRec

#if defined(__CPLUSPLUS__) || defined(__cplusplus)
extern "C"
#endif
ImeResult RegisterIME(ImmServices srvs, ImeInfo* ppinfo, ImeMethods* pmth=
ds, int argc, char **argv);


typedef struct {
    int        version;
    ImmResult  (*ImmSendImeMessage)(ImeEvent event);
    ImmResult  (*ImmCommit)(unsigned char* commit_text, ImeEncoding enc);
} ImmServicesUiRec;

typedef ImmServicesUiRec* ImmServicesUi;

typedef struct {
    int        version;
    ImeResult  (*ImUiInitialize)(ImmServicesUi pservices);
    ImeResult  (*ImUiDestroy)();
    ImeResult  (*ImUiProcessEvent)(ImeEvent event);
} ImUiMethodsRec;

typedef ImUiMethodsRec*  ImUiMethods;

#endif /* _Ime_INFO_H_ */

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