diff options
| -rw-r--r-- | src/Convert.c | 1417 |
1 files changed, 725 insertions, 692 deletions
diff --git a/src/Convert.c b/src/Convert.c index 7c00e30..2647434 100644 --- a/src/Convert.c +++ b/src/Convert.c @@ -71,37 +71,37 @@ in this Software without prior written authorization from The Open Group. #ifdef HAVE_CONFIG_H #include <config.h> #endif -#include "IntrinsicI.h" -#include "StringDefs.h" -#include "Intrinsic.h" +#include "IntrinsicI.h" +#include "StringDefs.h" +#include "Intrinsic.h" /* Conversion procedure hash table */ -#define CONVERTHASHSIZE ((unsigned)256) -#define CONVERTHASHMASK 255 +#define CONVERTHASHSIZE ((unsigned)256) +#define CONVERTHASHMASK 255 #define ProcHash(from_type, to_type) (2 * (from_type) + to_type) #define HashCode(converter, from) (int)(((long)(converter) >> 2) + from->size + *((char *) from->addr)) typedef struct _ConverterRec *ConverterPtr; typedef struct _ConverterRec { - ConverterPtr next; - XrmRepresentation from, to; - XtTypeConverter converter; - XtDestructor destructor; - unsigned short num_args; - unsigned int do_ref_count:1; - unsigned int new_style:1; - unsigned int global:1; - char cache_type; + ConverterPtr next; + XrmRepresentation from, to; + XtTypeConverter converter; + XtDestructor destructor; + unsigned short num_args; + unsigned int do_ref_count:1; + unsigned int new_style:1; + unsigned int global:1; + char cache_type; } ConverterRec; #define ConvertArgs(p) ((XtConvertArgList)((p)+1)) /* used for old-style type converter cache only */ -static Heap globalHeap = {NULL, NULL, 0}; +static Heap globalHeap = { NULL, NULL, 0 }; -void _XtSetDefaultConverterTable( - ConverterTable *table) +void +_XtSetDefaultConverterTable(ConverterTable * table) { register ConverterTable globalConverterTable; @@ -109,42 +109,44 @@ void _XtSetDefaultConverterTable( globalConverterTable = _XtGetProcessContext()->globalConverterTable; *table = (ConverterTable) - __XtCalloc(CONVERTHASHSIZE, (unsigned)sizeof(ConverterPtr)); + __XtCalloc(CONVERTHASHSIZE, (unsigned) sizeof(ConverterPtr)); _XtAddDefaultConverters(*table); if (globalConverterTable) { - ConverterPtr rec; - int i; - XtCacheType cache_type; - for (i = CONVERTHASHSIZE; --i >= 0; ) { - for (rec = *globalConverterTable++; rec; rec = rec->next) { - cache_type = rec->cache_type; - if (rec->do_ref_count) - cache_type |= XtCacheRefCount; - _XtTableAddConverter(*table, rec->from, rec->to, rec->converter, - ConvertArgs(rec), rec->num_args, - rec->new_style, cache_type, - rec->destructor, True); - } - } + ConverterPtr rec; + int i; + XtCacheType cache_type; + + for (i = CONVERTHASHSIZE; --i >= 0;) { + for (rec = *globalConverterTable++; rec; rec = rec->next) { + cache_type = rec->cache_type; + if (rec->do_ref_count) + cache_type |= XtCacheRefCount; + _XtTableAddConverter(*table, rec->from, rec->to, rec->converter, + ConvertArgs(rec), rec->num_args, + rec->new_style, cache_type, + rec->destructor, True); + } + } } UNLOCK_PROCESS; } -void _XtFreeConverterTable( - ConverterTable table) +void +_XtFreeConverterTable(ConverterTable table) { - register Cardinal i; - register ConverterPtr p; - - for (i = 0; i < CONVERTHASHSIZE; i++) { - for (p = table[i]; p; ) { - register ConverterPtr next = p->next; - XtFree((char*)p); - p = next; - } - } - XtFree((char*)table); + register Cardinal i; + register ConverterPtr p; + + for (i = 0; i < CONVERTHASHSIZE; i++) { + for (p = table[i]; p;) { + register ConverterPtr next = p->next; + + XtFree((char *) p); + p = next; + } + } + XtFree((char *) table); } /* Data cache hash table */ @@ -152,9 +154,9 @@ void _XtFreeConverterTable( typedef struct _CacheRec *CachePtr; typedef struct _CacheRec { - CachePtr next; - XtPointer tag; - int hash; + CachePtr next; + XtPointer tag; + int hash; XtTypeConverter converter; unsigned short num_args; unsigned int conversion_succeeded:1; @@ -163,84 +165,86 @@ typedef struct _CacheRec { unsigned int must_be_freed:1; unsigned int from_is_value:1; unsigned int to_is_value:1; - XrmValue from; - XrmValue to; + XrmValue from; + XrmValue to; } CacheRec; typedef struct _CacheRecExt { - CachePtr *prev; + CachePtr *prev; XtDestructor destructor; - XtPointer closure; - long ref_count; + XtPointer closure; + long ref_count; } CacheRecExt; #define CEXT(p) ((CacheRecExt *)((p)+1)) #define CARGS(p) ((p)->has_ext ? (XrmValue *)(CEXT(p)+1) : (XrmValue *)((p)+1)) -#define CACHEHASHSIZE 256 -#define CACHEHASHMASK 255 +#define CACHEHASHSIZE 256 +#define CACHEHASHMASK 255 typedef CachePtr CacheHashTable[CACHEHASHSIZE]; -static CacheHashTable cacheHashTable; - -void _XtTableAddConverter( - ConverterTable table, - XrmRepresentation from_type, - XrmRepresentation to_type, - XtTypeConverter converter, - XtConvertArgRec const *convert_args, - Cardinal num_args, - _XtBoolean new_style, - XtCacheType cache_type, - XtDestructor destructor, - _XtBoolean global) +static CacheHashTable cacheHashTable; + +void +_XtTableAddConverter(ConverterTable table, + XrmRepresentation from_type, + XrmRepresentation to_type, + XtTypeConverter converter, + XtConvertArgRec const *convert_args, + Cardinal num_args, + _XtBoolean new_style, + XtCacheType cache_type, + XtDestructor destructor, + _XtBoolean global) { - register ConverterPtr *pp; - register ConverterPtr p; + register ConverterPtr *pp; + register ConverterPtr p; XtConvertArgList args; - pp= &table[ProcHash(from_type, to_type) & CONVERTHASHMASK]; + pp = &table[ProcHash(from_type, to_type) & CONVERTHASHMASK]; while ((p = *pp) && (p->from != from_type || p->to != to_type)) - pp = &p->next; + pp = &p->next; if (p) { - *pp = p->next; - XtFree((char *)p); + *pp = p->next; + XtFree((char *) p); } - p = (ConverterPtr) __XtMalloc((Cardinal)(sizeof(ConverterRec) + - sizeof(XtConvertArgRec) * num_args)); - p->next = *pp; + p = (ConverterPtr) __XtMalloc((Cardinal) (sizeof(ConverterRec) + + sizeof(XtConvertArgRec) * + num_args)); + p->next = *pp; *pp = p; - p->from = from_type; - p->to = to_type; - p->converter = converter; - p->destructor = destructor; - p->num_args = (unsigned short) num_args; + p->from = from_type; + p->to = to_type; + p->converter = converter; + p->destructor = destructor; + p->num_args = (unsigned short) num_args; XtSetBit(p->global, global); + args = ConvertArgs(p); while (num_args--) - *args++ = *convert_args++; + *args++ = *convert_args++; XtSetBit(p->new_style, new_style); p->do_ref_count = False; if (destructor || (cache_type & 0xff)) { - p->cache_type = (char) (cache_type & 0xff); - if (cache_type & XtCacheRefCount) - p->do_ref_count = True; - } else { - p->cache_type = XtCacheNone; + p->cache_type = (char) (cache_type & 0xff); + if (cache_type & XtCacheRefCount) + p->do_ref_count = True; + } + else { + p->cache_type = XtCacheNone; } } -void XtSetTypeConverter( - register _Xconst char* from_type, - register _Xconst char* to_type, - XtTypeConverter converter, - XtConvertArgList convert_args, - Cardinal num_args, - XtCacheType cache_type, - XtDestructor destructor - ) +void +XtSetTypeConverter(register _Xconst char *from_type, + register _Xconst char *to_type, + XtTypeConverter converter, + XtConvertArgList convert_args, + Cardinal num_args, + XtCacheType cache_type, + XtDestructor destructor) { ProcessContext process; XtAppContext app; @@ -254,49 +258,46 @@ void XtSetTypeConverter( to = XrmStringToRepresentation(to_type); if (!process->globalConverterTable) { - process->globalConverterTable = (ConverterTable) - __XtCalloc(CONVERTHASHSIZE, (unsigned)sizeof(ConverterPtr)); + process->globalConverterTable = (ConverterTable) + __XtCalloc(CONVERTHASHSIZE, (unsigned) sizeof(ConverterPtr)); } _XtTableAddConverter(process->globalConverterTable, from, to, - converter, convert_args, - num_args, True, cache_type, destructor, True); + converter, convert_args, + num_args, True, cache_type, destructor, True); while (app) { - _XtTableAddConverter(app->converterTable, from, to, - converter, convert_args, - num_args, True, cache_type, destructor, True); - app = app->next; + _XtTableAddConverter(app->converterTable, from, to, + converter, convert_args, + num_args, True, cache_type, destructor, True); + app = app->next; } UNLOCK_PROCESS; } -void XtAppSetTypeConverter( - XtAppContext app, - register _Xconst char* from_type, - register _Xconst char* to_type, - XtTypeConverter converter, - XtConvertArgList convert_args, - Cardinal num_args, - XtCacheType cache_type, - XtDestructor destructor - ) +void +XtAppSetTypeConverter(XtAppContext app, + register _Xconst char *from_type, + register _Xconst char *to_type, + XtTypeConverter converter, + XtConvertArgList convert_args, + Cardinal num_args, + XtCacheType cache_type, XtDestructor destructor) { LOCK_PROCESS; _XtTableAddConverter(app->converterTable, - XrmStringToRepresentation(from_type), - XrmStringToRepresentation(to_type), - converter, convert_args, num_args, - True, cache_type, destructor, False); + XrmStringToRepresentation(from_type), + XrmStringToRepresentation(to_type), + converter, convert_args, num_args, + True, cache_type, destructor, False); UNLOCK_PROCESS; } /* old interface */ -void XtAddConverter( - register _Xconst char* from_type, - register _Xconst char* to_type, - XtConverter converter, - XtConvertArgList convert_args, - Cardinal num_args - ) +void +XtAddConverter(register _Xconst char *from_type, + register _Xconst char *to_type, + XtConverter converter, + XtConvertArgList convert_args, + Cardinal num_args) { ProcessContext process; XtAppContext app; @@ -310,175 +311,179 @@ void XtAddConverter( to = XrmStringToRepresentation(to_type); if (!process->globalConverterTable) { - process->globalConverterTable = (ConverterTable) - __XtCalloc(CONVERTHASHSIZE, (unsigned)sizeof(ConverterPtr)); + process->globalConverterTable = (ConverterTable) + __XtCalloc(CONVERTHASHSIZE, (unsigned) sizeof(ConverterPtr)); } _XtTableAddConverter(process->globalConverterTable, from, to, - (XtTypeConverter)converter, convert_args, num_args, - False, XtCacheAll, (XtDestructor)NULL, True); + (XtTypeConverter) converter, convert_args, num_args, + False, XtCacheAll, (XtDestructor) NULL, True); while (app) { - _XtTableAddConverter(app->converterTable, from, to, - (XtTypeConverter)converter, convert_args, - num_args, False, XtCacheAll, (XtDestructor)NULL, - True); - app = app->next; + _XtTableAddConverter(app->converterTable, from, to, + (XtTypeConverter) converter, convert_args, + num_args, False, XtCacheAll, (XtDestructor) NULL, + True); + app = app->next; } UNLOCK_PROCESS; } /* old interface */ -void XtAppAddConverter( - XtAppContext app, - register _Xconst char* from_type, - register _Xconst char* to_type, - XtConverter converter, - XtConvertArgList convert_args, - Cardinal num_args - ) +void +XtAppAddConverter(XtAppContext app, + register _Xconst char *from_type, + register _Xconst char *to_type, + XtConverter converter, + XtConvertArgList convert_args, + Cardinal num_args) { LOCK_PROCESS; _XtTableAddConverter(app->converterTable, - XrmStringToRepresentation(from_type), - XrmStringToRepresentation(to_type), - (XtTypeConverter)converter, convert_args, num_args, - False, XtCacheAll, (XtDestructor)NULL, False); + XrmStringToRepresentation(from_type), + XrmStringToRepresentation(to_type), + (XtTypeConverter) converter, convert_args, num_args, + False, XtCacheAll, (XtDestructor) NULL, False); UNLOCK_PROCESS; } static CachePtr -CacheEnter( - Heap* heap, - register XtTypeConverter converter, - register XrmValuePtr args, - Cardinal num_args, - XrmValuePtr from, - XrmValuePtr to, - Boolean succeeded, - register int hash, - Boolean do_ref, - Boolean do_free, - XtDestructor destructor, - XtPointer closure) +CacheEnter(Heap * heap, + register XtTypeConverter converter, + register XrmValuePtr args, + Cardinal num_args, + XrmValuePtr from, + XrmValuePtr to, + Boolean succeeded, + register int hash, + Boolean do_ref, + Boolean do_free, + XtDestructor destructor, + XtPointer closure) { - register CachePtr *pHashEntry; - register CachePtr p; + register CachePtr *pHashEntry; + register CachePtr p; LOCK_PROCESS; pHashEntry = &cacheHashTable[hash & CACHEHASHMASK]; if ((succeeded && destructor) || do_ref) { - p = (CachePtr) _XtHeapAlloc(heap, (Cardinal) (sizeof(CacheRec) + - sizeof(CacheRecExt) + - num_args * sizeof(XrmValue))); - CEXT(p)->prev = pHashEntry; - CEXT(p)->destructor = succeeded ? destructor : NULL; - CEXT(p)->closure = closure; - CEXT(p)->ref_count = 1; - p->has_ext = True; + p = (CachePtr) _XtHeapAlloc(heap, (Cardinal) (sizeof(CacheRec) + + sizeof(CacheRecExt) + + num_args * + sizeof(XrmValue))); + CEXT(p)->prev = pHashEntry; + CEXT(p)->destructor = succeeded ? destructor : NULL; + CEXT(p)->closure = closure; + CEXT(p)->ref_count = 1; + p->has_ext = True; } else { - p = (CachePtr)_XtHeapAlloc(heap, (Cardinal) (sizeof(CacheRec) + - num_args * sizeof(XrmValue))); - p->has_ext = False; + p = (CachePtr) _XtHeapAlloc(heap, (Cardinal) (sizeof(CacheRec) + + num_args * + sizeof(XrmValue))); + p->has_ext = False; } if (!to->addr) - succeeded = False; + succeeded = False; XtSetBit(p->conversion_succeeded, succeeded); XtSetBit(p->is_refcounted, do_ref); XtSetBit(p->must_be_freed, do_free); - p->next = *pHashEntry; + p->next = *pHashEntry; if (p->next && p->next->has_ext) - CEXT(p->next)->prev = &p->next; + CEXT(p->next)->prev = &p->next; - *pHashEntry = p; - p->tag = (XtPointer)heap; - p->hash = hash; - p->converter = converter; - p->from.size = from->size; + *pHashEntry = p; + p->tag = (XtPointer) heap; + p->hash = hash; + p->converter = converter; + p->from.size = from->size; if (from->size <= sizeof(p->from.addr)) { - p->from_is_value = True; - XtMemmove(&p->from.addr, from->addr, from->size); - } else { - p->from_is_value = False; - p->from.addr = (XPointer)_XtHeapAlloc(heap, from->size); - (void) memmove((char *)p->from.addr, (char *)from->addr, from->size); + p->from_is_value = True; + XtMemmove(&p->from.addr, from->addr, from->size); + } + else { + p->from_is_value = False; + p->from.addr = (XPointer) _XtHeapAlloc(heap, from->size); + (void) memmove((char *) p->from.addr, (char *) from->addr, from->size); } p->num_args = (unsigned short) num_args; if (num_args && args) { - XrmValue *pargs = CARGS(p); - register Cardinal i; - for (i = 0; i < num_args; i++) { - pargs[i].size = args[i].size; - pargs[i].addr = (XPointer)_XtHeapAlloc(heap, args[i].size); - XtMemmove(pargs[i].addr, args[i].addr, args[i].size); - } + XrmValue *pargs = CARGS(p); + register Cardinal i; + + for (i = 0; i < num_args; i++) { + pargs[i].size = args[i].size; + pargs[i].addr = (XPointer) _XtHeapAlloc(heap, args[i].size); + XtMemmove(pargs[i].addr, args[i].addr, args[i].size); + } } p->to.size = to->size; if (!succeeded) { - p->to_is_value = False; - p->to.addr = NULL; - } else if (to->size <= sizeof(p->to.addr)) { - p->to_is_value = True; - XtMemmove(&p->to.addr, to->addr, to->size); - } else { - p->to_is_value = False; - p->to.addr = (XPointer)_XtHeapAlloc(heap, to->size); - (void) memmove((char *)p->to.addr, (char *)to->addr, to->size); + p->to_is_value = False; + p->to.addr = NULL; + } + else if (to->size <= sizeof(p->to.addr)) { + p->to_is_value = True; + XtMemmove(&p->to.addr, to->addr, to->size); + } + else { + p->to_is_value = False; + p->to.addr = (XPointer) _XtHeapAlloc(heap, to->size); + (void) memmove((char *) p->to.addr, (char *) to->addr, to->size); } UNLOCK_PROCESS; return p; } -static void FreeCacheRec( - XtAppContext app, - CachePtr p, - CachePtr *prev) +static void +FreeCacheRec(XtAppContext app, CachePtr p, CachePtr * prev) { LOCK_PROCESS; if (p->has_ext) { - if (CEXT(p)->destructor) { - Cardinal num_args = p->num_args; - XrmValue *args = NULL; - XrmValue toc; - if (num_args) - args = CARGS(p); - toc.size = p->to.size; - if (p->to_is_value) - toc.addr = (XPointer)&p->to.addr; - else - toc.addr = p->to.addr; - (*CEXT(p)->destructor) (app, &toc, CEXT(p)->closure, args, - &num_args); - } - *(CEXT(p)->prev) = p->next; - if (p->next && p->next->has_ext) - CEXT(p->next)->prev = CEXT(p)->prev; - } else if (prev) { - *prev = p->next; - if (p->next && p->next->has_ext) - CEXT(p->next)->prev = prev; + if (CEXT(p)->destructor) { + Cardinal num_args = p->num_args; + XrmValue *args = NULL; + XrmValue toc; + + if (num_args) + args = CARGS(p); + toc.size = p->to.size; + if (p->to_is_value) + toc.addr = (XPointer) &p->to.addr; + else + toc.addr = p->to.addr; + (*CEXT(p)->destructor) (app, &toc, CEXT(p)->closure, args, + &num_args); + } + *(CEXT(p)->prev) = p->next; + if (p->next && p->next->has_ext) + CEXT(p->next)->prev = CEXT(p)->prev; + } + else if (prev) { + *prev = p->next; + if (p->next && p->next->has_ext) + CEXT(p->next)->prev = prev; } if (p->must_be_freed) { - register int i; - if (!p->from_is_value) - XtFree(p->from.addr); - if ((i = p->num_args)) { - XrmValue *pargs = CARGS(p); - while (i--) - XtFree(pargs[i].addr); - } - if (!p->to_is_value) - XtFree(p->to.addr); - XtFree((char*)p); + register int i; + + if (!p->from_is_value) + XtFree(p->from.addr); + if ((i = p->num_args)) { + XrmValue *pargs = CARGS(p); + + while (i--) + XtFree(pargs[i].addr); + } + if (!p->to_is_value) + XtFree(p->to.addr); + XtFree((char *) p); } /* else on private heap; will free entire heap later */ UNLOCK_PROCESS; } - -void _XtCacheFlushTag( - XtAppContext app, - XtPointer tag) +void +_XtCacheFlushTag(XtAppContext app, XtPointer tag) { int i; register CachePtr rec; @@ -486,20 +491,22 @@ void _XtCacheFlushTag( LOCK_PROCESS; for (i = CACHEHASHSIZE; --i >= 0;) { register CachePtr *prev = &cacheHashTable[i]; - while ((rec = *prev)) { - if (rec->tag == tag) - FreeCacheRec(app, rec, prev); - else - prev = &rec->next; - } + + while ((rec = *prev)) { + if (rec->tag == tag) + FreeCacheRec(app, rec, prev); + else + prev = &rec->next; + } } UNLOCK_PROCESS; } #ifdef DEBUG -#include <stdio.h> +#include <stdio.h> -void _XtConverterCacheStats(void) +void +_XtConverterCacheStats(void) { register Cardinal i; register CachePtr p; @@ -507,193 +514,201 @@ void _XtConverterCacheStats(void) LOCK_PROCESS; for (i = 0; i < CACHEHASHSIZE; i++) { - p = cacheHashTable[i]; - if (p) { - for (entries = 0; p; p = p->next) { - entries++; - } - (void) fprintf(stdout, "Index: %4d Entries: %d\n", i, entries); - for (p = cacheHashTable[i]; p; p = p->next) { - (void) fprintf(stdout, " Size: %3d Refs: %3ld '", - p->from.size, - p->has_ext ? CEXT(p)->ref_count : 0); - (void) fprintf(stdout, "'\n"); - } - (void) fprintf(stdout, "\n"); - } + p = cacheHashTable[i]; + if (p) { + for (entries = 0; p; p = p->next) { + entries++; + } + (void) fprintf(stdout, "Index: %4d Entries: %d\n", i, entries); + for (p = cacheHashTable[i]; p; p = p->next) { + (void) fprintf(stdout, " Size: %3d Refs: %3ld '", + p->from.size, + p->has_ext ? CEXT(p)->ref_count : 0); + (void) fprintf(stdout, "'\n"); + } + (void) fprintf(stdout, "\n"); + } } UNLOCK_PROCESS; } #endif /*DEBUG*/ -static Boolean ResourceQuarkToOffset( - WidgetClass widget_class, - XrmName name, - Cardinal *offset) +static Boolean +ResourceQuarkToOffset(WidgetClass widget_class, + XrmName name, + Cardinal * offset) { - WidgetClass wc; - Cardinal i; + WidgetClass wc; + Cardinal i; XrmResourceList res; for (wc = widget_class; wc; wc = wc->core_class.superclass) { - XrmResourceList *resources = (XrmResourceList*) wc->core_class.resources; - for (i = 0; i < wc->core_class.num_resources; i++, resources++) { - res = *resources; - if (res->xrm_name == name) { - *offset = (Cardinal) (-res->xrm_offset - 1); - return True; - } - } /* for i in resources */ - } /* for wc in widget classes */ + XrmResourceList *resources = + (XrmResourceList *) wc->core_class.resources; + for (i = 0; i < wc->core_class.num_resources; i++, resources++) { + res = *resources; + if (res->xrm_name == name) { + *offset = (Cardinal) (-res->xrm_offset - 1); + return True; + } + } /* for i in resources */ + } /* for wc in widget classes */ (*offset) = 0; return False; } - -static void ComputeArgs( - Widget widget, - XtConvertArgList convert_args, - Cardinal num_args, - XrmValuePtr args) +static void +ComputeArgs(Widget widget, + XtConvertArgList convert_args, + Cardinal num_args, + XrmValuePtr args) { - register Cardinal i; - Cardinal offset; - String params[1]; - Cardinal num_params = 1; - Widget ancestor = NULL; + register Cardinal i; + Cardinal offset; + String params[1]; + Cardinal num_params = 1; + Widget ancestor = NULL; for (i = 0; i < num_args; i++) { - args[i].size = convert_args[i].size; - switch (convert_args[i].address_mode) { - case XtAddress: - args[i].addr = convert_args[i].address_id; - break; - - case XtBaseOffset: - args[i].addr = - (XPointer)((char *)widget + (long)convert_args[i].address_id); - break; - - case XtWidgetBaseOffset: - if (!ancestor) { - if (XtIsWidget(widget)) - ancestor = widget; - else - ancestor = _XtWindowedAncestor(widget); - } - - args[i].addr = - (XPointer)((char *)ancestor + (long)convert_args[i].address_id); - break; - - case XtImmediate: - args[i].addr = (XPointer) &(convert_args[i].address_id); - break; - - case XtProcedureArg: - (*(XtConvertArgProc)convert_args[i].address_id) - (widget, &convert_args[i].size, &args[i]); - break; - - case XtResourceString: - /* Convert in place for next usage */ - convert_args[i].address_mode = XtResourceQuark; - convert_args[i].address_id = - (XtPointer)(long)XrmStringToQuark((String)convert_args[i].address_id); - /* Fall through */ - - case XtResourceQuark: - if (! ResourceQuarkToOffset(widget->core.widget_class, - (XrmQuark)(long) convert_args[i].address_id, &offset)) { - params[0]= - XrmQuarkToString((XrmQuark)(long) convert_args[i].address_id); - XtAppWarningMsg(XtWidgetToApplicationContext(widget), - "invalidResourceName","computeArgs",XtCXtToolkitError, - "Cannot find resource name %s as argument to conversion", - params,&num_params); - offset = 0; - } - args[i].addr = (XPointer)((char *)widget + offset); - break; - default: - params[0] = XtName(widget); - XtAppWarningMsg(XtWidgetToApplicationContext(widget), - "invalidAddressMode", "computeArgs", XtCXtToolkitError, - "Conversion arguments for widget '%s' contain an unsupported address mode", - params,&num_params); - args[i].addr = NULL; - args[i].size = 0; - } /* switch */ - } /* for */ -} /* ComputeArgs */ - -void XtDirectConvert( - XtConverter converter, - XrmValuePtr args, - Cardinal num_args, - register XrmValuePtr from, - XrmValuePtr to) + args[i].size = convert_args[i].size; + switch (convert_args[i].address_mode) { + case XtAddress: + args[i].addr = convert_args[i].address_id; + break; + + case XtBaseOffset: + args[i].addr = + (XPointer) ((char *) widget + + (long) convert_args[i].address_id); + break; + + case XtWidgetBaseOffset: + if (!ancestor) { + if (XtIsWidget(widget)) + ancestor = widget; + else + ancestor = _XtWindowedAncestor(widget); + } + + args[i].addr = + (XPointer) ((char *) ancestor + + (long) convert_args[i].address_id); + break; + + case XtImmediate: + args[i].addr = (XPointer) &(convert_args[i].address_id); + break; + + case XtProcedureArg: + (*(XtConvertArgProc) convert_args[i].address_id) + (widget, &convert_args[i].size, &args[i]); + break; + + case XtResourceString: + /* Convert in place for next usage */ + convert_args[i].address_mode = XtResourceQuark; + convert_args[i].address_id = + (XtPointer) (long) XrmStringToQuark((String) convert_args[i]. + address_id); + /* Fall through */ + + case XtResourceQuark: + if (!ResourceQuarkToOffset(widget->core.widget_class, + (XrmQuark) (long) convert_args[i]. + address_id, &offset)) { + params[0] = + XrmQuarkToString((XrmQuark) (long) convert_args[i]. + address_id); + XtAppWarningMsg(XtWidgetToApplicationContext(widget), + "invalidResourceName", "computeArgs", + XtCXtToolkitError, + "Cannot find resource name %s as argument to conversion", + params, &num_params); + offset = 0; + } + args[i].addr = (XPointer) ((char *) widget + offset); + break; + default: + params[0] = XtName(widget); + XtAppWarningMsg(XtWidgetToApplicationContext(widget), + "invalidAddressMode", "computeArgs", + XtCXtToolkitError, + "Conversion arguments for widget '%s' contain an unsupported address mode", + params, &num_params); + args[i].addr = NULL; + args[i].size = 0; + } /* switch */ + } /* for */ +} /* ComputeArgs */ + +void +XtDirectConvert(XtConverter converter, + XrmValuePtr args, + Cardinal num_args, + register XrmValuePtr from, + XrmValuePtr to) { - register CachePtr p; - register int hash; - register Cardinal i; + register CachePtr p; + register int hash; + register Cardinal i; LOCK_PROCESS; /* Try to find cache entry for conversion */ hash = HashCode(converter, from); - if (from->size > 1) hash += ((char *) from->addr)[1]; + if (from->size > 1) + hash += ((char *) from->addr)[1]; for (p = cacheHashTable[hash & CACHEHASHMASK]; p; p = p->next) { - if ((p->hash == hash) - && (p->converter == (XtTypeConverter)converter) - && (p->from.size == from->size) - && !(p->from_is_value ? - XtMemcmp(&p->from.addr, from->addr, from->size) : - memcmp((const void *)p->from.addr, (const void *)from->addr, from->size)) - && (p->num_args == num_args)) { - if ((i = num_args)) { - XrmValue *pargs = CARGS(p); - /* Are all args the same data ? */ - while (i) { - i--; /* do not move to while test, broken compilers */ - if (pargs[i].size != args[i].size || - XtMemcmp(pargs[i].addr, args[i].addr, args[i].size)) { - i++; - break; - } - } - } - if (!i) { - /* Perfect match */ - to->size = p->to.size; - if (p->to_is_value) - to->addr = (XPointer)&p->to.addr; - else - to->addr = p->to.addr; - UNLOCK_PROCESS; - return; - } - } + if ((p->hash == hash) + && (p->converter == (XtTypeConverter) converter) + && (p->from.size == from->size) + && !(p->from_is_value ? + XtMemcmp(&p->from.addr, from->addr, from->size) : + memcmp((const void *) p->from.addr, (const void *) from->addr, + from->size)) + && (p->num_args == num_args)) { + if ((i = num_args)) { + XrmValue *pargs = CARGS(p); + + /* Are all args the same data ? */ + while (i) { + i--; /* do not move to while test, broken compilers */ + if (pargs[i].size != args[i].size || + XtMemcmp(pargs[i].addr, args[i].addr, args[i].size)) { + i++; + break; + } + } + } + if (!i) { + /* Perfect match */ + to->size = p->to.size; + if (p->to_is_value) + to->addr = (XPointer) &p->to.addr; + else + to->addr = p->to.addr; + UNLOCK_PROCESS; + return; + } + } } /* Didn't find it, call converter procedure and entry result in cache */ (*to).size = 0; (*to).addr = NULL; - (*converter)(args, &num_args, from, to); + (*converter) (args, &num_args, from, to); /* This memory can never be freed since we don't know the Display * or app context from which to compute the persistance */ { - CacheEnter(&globalHeap, (XtTypeConverter)converter, args, num_args, - from, to, (to->addr != NULL), hash, False, False, - (XtDestructor)NULL, NULL); + CacheEnter(&globalHeap, (XtTypeConverter) converter, args, num_args, + from, to, (to->addr != NULL), hash, False, False, + (XtDestructor) NULL, NULL); } UNLOCK_PROCESS; } - -static ConverterPtr GetConverterEntry( - XtAppContext app, - XtTypeConverter converter) +static ConverterPtr +GetConverterEntry(XtAppContext app, XtTypeConverter converter) { Cardinal entry; register ConverterPtr cP; @@ -703,157 +718,165 @@ static ConverterPtr GetConverterEntry( converterTable = app->converterTable; cP = NULL; for (entry = 0; (entry < CONVERTHASHSIZE) && !cP; entry++) { - cP = converterTable[entry]; - while (cP && (cP->converter != converter)) cP = cP->next; + cP = converterTable[entry]; + while (cP && (cP->converter != converter)) + cP = cP->next; } UNLOCK_PROCESS; return cP; } - static Boolean -CallConverter( - Display* dpy, - XtTypeConverter converter, - XrmValuePtr args, - Cardinal num_args, - register XrmValuePtr from, - XrmValuePtr to, - XtCacheRef *cache_ref_return, - register ConverterPtr cP) +CallConverter(Display *dpy, + XtTypeConverter converter, + XrmValuePtr args, + Cardinal num_args, + register XrmValuePtr from, + XrmValuePtr to, + XtCacheRef * cache_ref_return, + register ConverterPtr cP) { CachePtr p; - int hash; + int hash; Boolean retval; if (!cP || ((cP->cache_type == XtCacheNone) && !cP->destructor)) { - XtPointer closure; - if (cache_ref_return) *cache_ref_return = NULL; - retval = (*(XtTypeConverter)converter) - (dpy, args, &num_args, from, to, &closure); - return retval; + XtPointer closure; + + if (cache_ref_return) + *cache_ref_return = NULL; + retval = (*(XtTypeConverter) converter) + (dpy, args, &num_args, from, to, &closure); + return retval; } LOCK_PROCESS; /* Try to find cache entry for conversion */ hash = HashCode(converter, from); - if (from->size > 1) hash += ((char *) from->addr)[1]; + if (from->size > 1) + hash += ((char *) from->addr)[1]; if (cP->cache_type != XtCacheNone) { - for (p = cacheHashTable[hash & CACHEHASHMASK]; p; p = p->next){ - if ((p->hash == hash) - && (p->converter == converter) - && (p->from.size == from->size) - && !(p->from_is_value ? - XtMemcmp(&p->from.addr, from->addr, from->size) : - memcmp((const void *)p->from.addr, (const void *)from->addr, from->size)) - && (p->num_args == num_args)) { - Cardinal i; - if ((i = num_args)) { - XrmValue *pargs = CARGS(p); - /* Are all args the same data ? */ - while (i) { - i--; /* do not move to while test, broken compilers */ - if (pargs[i].size != args[i].size || - XtMemcmp(pargs[i].addr, args[i].addr, args[i].size)){ - i++; - break; - } - } - } - if (!i) { - /* Perfect match */ - if (p->conversion_succeeded) { - if (to->addr) { /* new-style call */ - if (to->size < p->to.size) { - to->size = p->to.size; - UNLOCK_PROCESS; - return False; - } - to->size = p->to.size; - if (p->to_is_value) { - XtMemmove(to->addr, &p->to.addr, - to->size); - } else { - (void) memmove((char *)to->addr, - (char *)p->to.addr, to->size); - } - } else { /* old-style call */ - to->size = p->to.size; - if (p->to_is_value) - to->addr = (XPointer)&p->to.addr; - else - to->addr = p->to.addr; - } - } - if (p->is_refcounted) { - CEXT(p)->ref_count++; - if (cache_ref_return) - *cache_ref_return = (XtCacheRef)p; - else - p->is_refcounted = False; - } - else { - if (cache_ref_return) - *cache_ref_return = NULL; - } - retval = (p->conversion_succeeded); - UNLOCK_PROCESS; - return retval; - } - } - } + for (p = cacheHashTable[hash & CACHEHASHMASK]; p; p = p->next) { + if ((p->hash == hash) + && (p->converter == converter) + && (p->from.size == from->size) + && !(p->from_is_value ? + XtMemcmp(&p->from.addr, from->addr, from->size) : + memcmp((const void *) p->from.addr, + (const void *) from->addr, from->size)) + && (p->num_args == num_args)) { + Cardinal i; + + if ((i = num_args)) { + XrmValue *pargs = CARGS(p); + + /* Are all args the same data ? */ + while (i) { + i--; /* do not move to while test, broken compilers */ + if (pargs[i].size != args[i].size || + XtMemcmp(pargs[i].addr, args[i].addr, + args[i].size)) { + i++; + break; + } + } + } + if (!i) { + /* Perfect match */ + if (p->conversion_succeeded) { + if (to->addr) { /* new-style call */ + if (to->size < p->to.size) { + to->size = p->to.size; + UNLOCK_PROCESS; + return False; + } + to->size = p->to.size; + if (p->to_is_value) { + XtMemmove(to->addr, &p->to.addr, to->size); + } + else { + (void) memmove((char *) to->addr, + (char *) p->to.addr, to->size); + } + } + else { /* old-style call */ + to->size = p->to.size; + if (p->to_is_value) + to->addr = (XPointer) &p->to.addr; + else + to->addr = p->to.addr; + } + } + if (p->is_refcounted) { + CEXT(p)->ref_count++; + if (cache_ref_return) + *cache_ref_return = (XtCacheRef) p; + else + p->is_refcounted = False; + } + else { + if (cache_ref_return) + *cache_ref_return = NULL; + } + retval = (p->conversion_succeeded); + UNLOCK_PROCESS; + return retval; + } + } + } } /* No cache entry, call converter procedure and enter result in cache */ { - Heap *heap; - XtPointer closure = NULL; - unsigned int supplied_size = to->size; - Boolean do_ref = cP->do_ref_count && cache_ref_return; - Boolean do_free = False; - retval = - (*(XtTypeConverter)converter)(dpy, args, &num_args, from, to, &closure); - - if (retval == False && supplied_size < to->size) { - /* programmer error: caller must allocate sufficient storage */ - if (cache_ref_return) - *cache_ref_return = NULL; - UNLOCK_PROCESS; - return False; - } - - if ((cP->cache_type == XtCacheNone) || do_ref) { - heap = NULL; - do_free = True; - } - else if (cP->cache_type == XtCacheByDisplay) - heap = &_XtGetPerDisplay(dpy)->heap; - else if (cP->global) - heap = &globalHeap; - else - heap = &XtDisplayToApplicationContext(dpy)->heap; - - p = CacheEnter(heap, converter, args, num_args, from, to, retval, - hash, do_ref, do_free, cP->destructor, closure); - if (do_ref) - *cache_ref_return = (XtCacheRef)p; - else if (cache_ref_return) - *cache_ref_return = NULL; - UNLOCK_PROCESS; - return retval; + Heap *heap; + XtPointer closure = NULL; + unsigned int supplied_size = to->size; + Boolean do_ref = cP->do_ref_count && cache_ref_return; + Boolean do_free = False; + + retval = + (*(XtTypeConverter) converter) (dpy, args, &num_args, from, to, + &closure); + + if (retval == False && supplied_size < to->size) { + /* programmer error: caller must allocate sufficient storage */ + if (cache_ref_return) + *cache_ref_return = NULL; + UNLOCK_PROCESS; + return False; + } + + if ((cP->cache_type == XtCacheNone) || do_ref) { + heap = NULL; + do_free = True; + } + else if (cP->cache_type == XtCacheByDisplay) + heap = &_XtGetPerDisplay(dpy)->heap; + else if (cP->global) + heap = &globalHeap; + else + heap = &XtDisplayToApplicationContext(dpy)->heap; + + p = CacheEnter(heap, converter, args, num_args, from, to, retval, + hash, do_ref, do_free, cP->destructor, closure); + if (do_ref) + *cache_ref_return = (XtCacheRef) p; + else if (cache_ref_return) + *cache_ref_return = NULL; + UNLOCK_PROCESS; + return retval; } } Boolean -XtCallConverter( - Display* dpy, - XtTypeConverter converter, - XrmValuePtr args, - Cardinal num_args, - register XrmValuePtr from, - XrmValuePtr to, - XtCacheRef *cache_ref_return) +XtCallConverter(Display *dpy, + XtTypeConverter converter, + XrmValuePtr args, + Cardinal num_args, + register XrmValuePtr from, + XrmValuePtr to, + XtCacheRef * cache_ref_return) { ConverterPtr cP; Boolean retval; @@ -861,136 +884,145 @@ XtCallConverter( LOCK_APP(app); if ((cP = GetConverterEntry(app, converter)) == NULL) { - XtAppSetTypeConverter(XtDisplayToApplicationContext(dpy), - "_XtUnk1", "_XtUnk2", - converter, NULL, 0, - XtCacheAll, NULL); - cP = GetConverterEntry(app, converter); + XtAppSetTypeConverter(XtDisplayToApplicationContext(dpy), + "_XtUnk1", "_XtUnk2", + converter, NULL, 0, XtCacheAll, NULL); + cP = GetConverterEntry(app, converter); } retval = CallConverter(dpy, converter, args, num_args, from, to, - cache_ref_return, cP); + cache_ref_return, cP); UNLOCK_APP(app); return retval; } -Boolean _XtConvert( - Widget widget, - register XrmRepresentation from_type, - XrmValuePtr from, - register XrmRepresentation to_type, - register XrmValuePtr to, - XtCacheRef *cache_ref_return) +Boolean +_XtConvert(Widget widget, + register XrmRepresentation from_type, + XrmValuePtr from, + register XrmRepresentation to_type, + register XrmValuePtr to, + XtCacheRef * cache_ref_return) { - XtAppContext app = XtWidgetToApplicationContext(widget); - register ConverterPtr p; - Cardinal num_args; - XrmValue *args; + XtAppContext app = XtWidgetToApplicationContext(widget); + register ConverterPtr p; + Cardinal num_args; + XrmValue *args; /* Look for type converter */ LOCK_PROCESS; p = app->converterTable[ProcHash(from_type, to_type) & CONVERTHASHMASK]; for (; p; p = p->next) { - if (from_type == p->from && to_type == p->to) { - Boolean retval = False; - /* Compute actual arguments from widget and arg descriptor */ - num_args = p->num_args; - if (num_args != 0) { - args = (XrmValue*) - ALLOCATE_LOCAL( num_args * sizeof (XrmValue) ); - if (!args) _XtAllocError("alloca"); - ComputeArgs(widget, ConvertArgs(p), num_args, args); - } else args = NULL; - if (p->new_style) { - retval = - CallConverter(XtDisplayOfObject(widget), - p->converter, args, num_args, - from, to, cache_ref_return, p); - } - else { /* is old-style (non-display) converter */ - XrmValue tempTo; - XtDirectConvert((XtConverter)p->converter, args, num_args, - from, &tempTo); - if (cache_ref_return) - *cache_ref_return = NULL; - if (tempTo.addr) { - if (to->addr) { /* new-style caller */ - if (to->size >= tempTo.size) { - if (to_type == _XtQString) - *(String*)(to->addr) = tempTo.addr; - else { - XtMemmove(to->addr, tempTo.addr, - tempTo.size); - } - retval = True; - } - to->size = tempTo.size; - } else { /* old-style caller */ - *to = tempTo; - retval = True; - } - } - } - if (args) DEALLOCATE_LOCAL( (XtPointer)args ); - UNLOCK_PROCESS; - return retval; - } + if (from_type == p->from && to_type == p->to) { + Boolean retval = False; + + /* Compute actual arguments from widget and arg descriptor */ + num_args = p->num_args; + if (num_args != 0) { + args = (XrmValue *) + ALLOCATE_LOCAL(num_args * sizeof(XrmValue)); + if (!args) + _XtAllocError("alloca"); + ComputeArgs(widget, ConvertArgs(p), num_args, args); + } + else + args = NULL; + if (p->new_style) { + retval = + CallConverter(XtDisplayOfObject(widget), + p->converter, args, num_args, + from, to, cache_ref_return, p); + } + else { /* is old-style (non-display) converter */ + XrmValue tempTo; + + XtDirectConvert((XtConverter) p->converter, args, num_args, + from, &tempTo); + if (cache_ref_return) + *cache_ref_return = NULL; + if (tempTo.addr) { + if (to->addr) { /* new-style caller */ + if (to->size >= tempTo.size) { + if (to_type == _XtQString) + *(String *) (to->addr) = tempTo.addr; + else { + XtMemmove(to->addr, tempTo.addr, tempTo.size); + } + retval = True; + } + to->size = tempTo.size; + } + else { /* old-style caller */ + *to = tempTo; + retval = True; + } + } + } + if (args) + DEALLOCATE_LOCAL((XtPointer) args); + UNLOCK_PROCESS; + return retval; + } } { - String params[2]; - Cardinal num_params = 2; - params[0] = XrmRepresentationToString(from_type); - params[1] = XrmRepresentationToString(to_type); - XtAppWarningMsg(app, "typeConversionError", "noConverter", XtCXtToolkitError, - "No type converter registered for '%s' to '%s' conversion.", - params, &num_params); + String params[2]; + Cardinal num_params = 2; + + params[0] = XrmRepresentationToString(from_type); + params[1] = XrmRepresentationToString(to_type); + XtAppWarningMsg(app, "typeConversionError", "noConverter", + XtCXtToolkitError, + "No type converter registered for '%s' to '%s' conversion.", + params, &num_params); } UNLOCK_PROCESS; return False; } -void XtConvert( - Widget widget, - _Xconst char* from_type_str, - XrmValuePtr from, - _Xconst char* to_type_str, - XrmValuePtr to) +void +XtConvert(Widget widget, + _Xconst char *from_type_str, + XrmValuePtr from, + _Xconst char *to_type_str, + XrmValuePtr to) { - XrmQuark from_type, to_type; + XrmQuark from_type, to_type; + WIDGET_TO_APPCON(widget); LOCK_APP(app); from_type = XrmStringToRepresentation(from_type_str); to_type = XrmStringToRepresentation(to_type_str); if (from_type != to_type) { - /* It's not safe to ref count these resources, 'cause we - don't know what older clients may have assumed about - the resource lifetimes. - XtCacheRef ref; - */ - to->addr = NULL; - to->size = 0; - _XtConvert(widget, from_type, from, to_type, to, /*&ref*/ NULL); - /* - if (ref) { - XtAddCallback( widget, XtNdestroyCallback, - XtCallbackReleaseCacheRef, (XtPointer)ref ); - } - */ + /* It's not safe to ref count these resources, 'cause we + don't know what older clients may have assumed about + the resource lifetimes. + XtCacheRef ref; + */ + to->addr = NULL; + to->size = 0; + _XtConvert(widget, from_type, from, to_type, to, /*&ref */ NULL); + /* + if (ref) { + XtAddCallback( widget, XtNdestroyCallback, + XtCallbackReleaseCacheRef, (XtPointer)ref ); + } + */ } else - (*to) = *from; + (*to) = *from; UNLOCK_APP(app); } -Boolean XtConvertAndStore( - Widget object, - _Xconst char* from_type_str, - XrmValuePtr from, - _Xconst char* to_type_str, - XrmValuePtr to) +Boolean +XtConvertAndStore(Widget object, + _Xconst char *from_type_str, + XrmValuePtr from, + _Xconst char *to_type_str, + XrmValuePtr to) { - XrmQuark from_type, to_type; + XrmQuark from_type, to_type; + WIDGET_TO_APPCON(object); LOCK_APP(app); @@ -998,98 +1030,99 @@ Boolean XtConvertAndStore( from_type = XrmStringToRepresentation(from_type_str); to_type = XrmStringToRepresentation(to_type_str); if (from_type != to_type) { - static XtPointer local_valueP = NULL; - static Cardinal local_valueS = 128; - XtCacheRef ref; - Boolean local = False; - do { - if (!to->addr) { - if (!local_valueP) - local_valueP = _XtHeapAlloc(&globalHeap, local_valueS); - to->addr = local_valueP; - to->size = local_valueS; - local = True; - } - if (!_XtConvert(object, from_type, from, to_type, to, &ref)) { - if (local && (to->size > local_valueS)) { - to->addr = - local_valueP = _XtHeapAlloc(&globalHeap, to->size); - local_valueS = to->size; - continue; - } else { - if (local) { - to->addr = NULL; - to->size = 0; - } - UNLOCK_PROCESS; - UNLOCK_APP(app); - return False; - } - } - if (ref) { - XtAddCallback( object, XtNdestroyCallback, - XtCallbackReleaseCacheRef, (XtPointer)ref ); - } - UNLOCK_PROCESS; - UNLOCK_APP(app); - return True; - } while (local /* && local_valueS < to->size */); + static XtPointer local_valueP = NULL; + static Cardinal local_valueS = 128; + XtCacheRef ref; + Boolean local = False; + + do { + if (!to->addr) { + if (!local_valueP) + local_valueP = _XtHeapAlloc(&globalHeap, local_valueS); + to->addr = local_valueP; + to->size = local_valueS; + local = True; + } + if (!_XtConvert(object, from_type, from, to_type, to, &ref)) { + if (local && (to->size > local_valueS)) { + to->addr = + local_valueP = _XtHeapAlloc(&globalHeap, to->size); + local_valueS = to->size; + continue; + } + else { + if (local) { + to->addr = NULL; + to->size = 0; + } + UNLOCK_PROCESS; + UNLOCK_APP(app); + return False; + } + } + if (ref) { + XtAddCallback(object, XtNdestroyCallback, + XtCallbackReleaseCacheRef, (XtPointer) ref); + } + UNLOCK_PROCESS; + UNLOCK_APP(app); + return True; + } while (local /* && local_valueS < to->size */ ); } if (to->addr) { - if (to->size < from->size) { - to->size = from->size; - UNLOCK_PROCESS; - UNLOCK_APP(app); - return False; - } - (void) memmove(to->addr, from->addr, from->size ); - to->size = from->size; - } else /* from_type == to_type */ - *to = *from; + if (to->size < from->size) { + to->size = from->size; + UNLOCK_PROCESS; + UNLOCK_APP(app); + return False; + } + (void) memmove(to->addr, from->addr, from->size); + to->size = from->size; + } + else /* from_type == to_type */ + *to = *from; UNLOCK_PROCESS; UNLOCK_APP(app); return True; } -void XtAppReleaseCacheRefs( - XtAppContext app, - XtCacheRef *refs) +void +XtAppReleaseCacheRefs(XtAppContext app, XtCacheRef * refs) { register CachePtr *r; register CachePtr p; LOCK_APP(app); LOCK_PROCESS; - for (r = (CachePtr*)refs; (p = *r); r++) { - if (p->is_refcounted && --(CEXT(p)->ref_count) == 0) { - FreeCacheRec(app, p, NULL); - } + for (r = (CachePtr *) refs; (p = *r); r++) { + if (p->is_refcounted && --(CEXT(p)->ref_count) == 0) { + FreeCacheRec(app, p, NULL); + } } UNLOCK_PROCESS; UNLOCK_APP(app); } - /* ARGSUSED */ -void XtCallbackReleaseCacheRefList( - Widget widget, - XtPointer closure, - XtPointer call_data _X_UNUSED) +void +XtCallbackReleaseCacheRefList(Widget widget, + XtPointer closure, + XtPointer call_data _X_UNUSED) { - XtAppReleaseCacheRefs( XtWidgetToApplicationContext(widget), - (XtCacheRef*)closure ); + XtAppReleaseCacheRefs(XtWidgetToApplicationContext(widget), + (XtCacheRef *) closure); XtFree(closure); } - /* ARGSUSED */ -void XtCallbackReleaseCacheRef( - Widget widget, - XtPointer closure, - XtPointer call_data _X_UNUSED) +void +XtCallbackReleaseCacheRef(Widget widget, + XtPointer closure, + XtPointer call_data _X_UNUSED) { XtCacheRef cache_refs[2]; - cache_refs[0] = (XtCacheRef)closure; + + cache_refs[0] = (XtCacheRef) closure; cache_refs[1] = NULL; - XtAppReleaseCacheRefs( XtWidgetToApplicationContext(widget), cache_refs ); + XtAppReleaseCacheRefs(XtWidgetToApplicationContext(widget), cache_refs); } |