1 karl 1.19 //%2006////////////////////////////////////////////////////////////////////////
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2 schuur 1.1 //
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3 karl 1.14 // Copyright (c) 2000, 2001, 2002 BMC Software; Hewlett-Packard Development
4 // Company, L.P.; IBM Corp.; The Open Group; Tivoli Systems.
5 // Copyright (c) 2003 BMC Software; Hewlett-Packard Development Company, L.P.;
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6 schuur 1.1 // IBM Corp.; EMC Corporation, The Open Group.
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7 karl 1.14 // Copyright (c) 2004 BMC Software; Hewlett-Packard Development Company, L.P.;
8 // IBM Corp.; EMC Corporation; VERITAS Software Corporation; The Open Group.
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9 karl 1.15 // Copyright (c) 2005 Hewlett-Packard Development Company, L.P.; IBM Corp.;
10 // EMC Corporation; VERITAS Software Corporation; The Open Group.
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11 karl 1.19 // Copyright (c) 2006 Hewlett-Packard Development Company, L.P.; IBM Corp.;
12 // EMC Corporation; Symantec Corporation; The Open Group.
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13 schuur 1.1 //
14 // Permission is hereby granted, free of charge, to any person obtaining a copy
15 // of this software and associated documentation files (the "Software"), to
16 // deal in the Software without restriction, including without limitation the
17 // rights to use, copy, modify, merge, publish, distribute, sublicense, and/or
18 // sell copies of the Software, and to permit persons to whom the Software is
19 // furnished to do so, subject to the following conditions:
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20 r.kieninger 1.21 //
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21 schuur 1.1 // THE ABOVE COPYRIGHT NOTICE AND THIS PERMISSION NOTICE SHALL BE INCLUDED IN
22 // ALL COPIES OR SUBSTANTIAL PORTIONS OF THE SOFTWARE. THE SOFTWARE IS PROVIDED
23 // "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT
24 // LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR
25 // PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
26 // HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN
27 // ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION
28 // WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
29 //
30 //==============================================================================
31 //
32 //%/////////////////////////////////////////////////////////////////////////////
33
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34 schuur 1.5 #include "CMPI_Version.h"
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35 schuur 1.2
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36 schuur 1.1 #include "CMPI_String.h"
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37 schuur 1.11 #include "CMPI_Value.h"
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38 schuur 1.1
39 PEGASUS_USING_STD;
40 PEGASUS_NAMESPACE_BEGIN
41
42 #define CopyToArray(pt,ct) { Array<pt> ar##pt(aSize); \
43 for (int i=0; i<aSize; i++) ar##pt[i]=aData[i].value.ct; \
44 v.set(ar##pt); }
45
46 #define CopyToStringArray(pt,ct) { Array<pt> ar##pt(aSize); \
47 for (int i=0; i<aSize; i++) ar##pt[i]=String(((char*)aData[i].value.ct)); \
48 v.set(ar##pt); }
49
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50 schuur 1.12 #define CopyCharsptrToStringArray(pt,ct) { Array<pt> ar##pt(aSize); \
51 for (int i=0; i<aSize; i++) ar##pt[i]=String((*(char**)aData[i].value.ct)); \
52 v.set(ar##pt); }
53
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54 schuur 1.1 #define CopyToEncArray(pt,ct) { Array<pt> ar##pt(aSize); \
55 for (int i=0; i<aSize; i++) ar##pt[i]=*((pt*)aData[i].value.ct->hdl); \
56 v.set(ar##pt); }
57
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58 konrad.r 1.17 CIMValue value2CIMValue(const CMPIValue* data, const CMPIType type, CMPIrc *rc) {
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59 schuur 1.1 CIMValue v;
60 if (rc) *rc=CMPI_RC_OK;
61
62 if (type & CMPI_ARRAY) {
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63 schuur 1.11
64 if (data==NULL || data->array==NULL) {
65 CMPIType aType=type&~CMPI_ARRAY;
66 return CIMValue(type2CIMType(aType),true);
67 }
68
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69 schuur 1.1 CMPIArray *ar=data->array;
70 CMPIData *aData=(CMPIData*)ar->hdl;
71 CMPIType aType=aData->type&~CMPI_ARRAY;
72 int aSize=aData->value.sint32;
73 aData++;
74
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75 schuur 1.11 if (aType & CMPI_ENC && (data==NULL || data->array==NULL)) {
76 if (aType==CMPI_chars || aType==CMPI_string)
77 return CIMValue(CIMTYPE_STRING,true);
78 if (aType==CMPI_dateTime)
79 return CIMValue(CIMTYPE_DATETIME,true);
80 if (aType==CMPI_ref)
81 return CIMValue(CIMTYPE_REFERENCE,true);
82 }
83
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84 schuur 1.1 if ((aType & (CMPI_UINT|CMPI_SINT))==CMPI_SINT) {
85 switch (aType) {
86 case CMPI_sint32: CopyToArray(Sint32,sint32); break;
87 case CMPI_sint16: CopyToArray(Sint16,sint16); break;
88 case CMPI_sint8: CopyToArray(Sint8,sint8); break;
89 case CMPI_sint64: CopyToArray(Sint64,sint64); break;
90 default: ;
91 }
92 }
93
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94 schuur 1.12 else if (aType==CMPI_chars) CopyToStringArray(String,chars)
95 else if (aType==CMPI_charsptr) CopyCharsptrToStringArray(String,chars)
96 else if (aType==CMPI_string) CopyToStringArray(String,string->hdl)
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97 schuur 1.1
98 else if ((aType & (CMPI_UINT|CMPI_SINT))==CMPI_UINT) {
99 switch (aType) {
100 case CMPI_uint32: CopyToArray(Uint32,uint32); break;
101 case CMPI_uint16: CopyToArray(Uint16,uint16); break;
102 case CMPI_uint8: CopyToArray(Uint8,uint8); break;
103 case CMPI_uint64: CopyToArray(Uint64,uint64); break;
104 default: ;
105 }
106 }
107
108 else switch (aType) {
109 case CMPI_ref: CopyToEncArray(CIMObjectPath,ref); break;
110 case CMPI_dateTime: CopyToEncArray(CIMDateTime,dateTime); break;
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111 marek 1.24 #ifdef PEGASUS_EMBEDDED_INSTANCE_SUPPORT
112 case CMPI_instance: CopyToEncArray(CIMInstance,inst); break;
113 #endif
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114 schuur 1.1 case CMPI_boolean: CopyToArray(Boolean,boolean); break;
115 case CMPI_char16: CopyToArray(Char16,char16); break;
116 case CMPI_real32: CopyToArray(Real32,real32); break;
117 case CMPI_real64: CopyToArray(Real64,real64); break;
118 default:
119 if (rc) *rc=CMPI_RC_ERR_NOT_SUPPORTED;
120 }
121 return CIMValue(v);
122 } // end of array processing
123
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124 schuur 1.11
125
126 else if (type==CMPI_chars) {
127 if (data) v.set(String((char*)data));
128 else return CIMValue(CIMTYPE_STRING,false);
129 }
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130 schuur 1.12 else if (type==CMPI_charsptr) {
131 if (data && *(char**)data) v.set(String(*(char**)data));
132 else return CIMValue(CIMTYPE_STRING,false);
133 }
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134 schuur 1.11
135 else if (type & CMPI_ENC &&
136 (data==NULL || data->string==NULL || data->string->hdl==NULL)) {
137 if (type==CMPI_string)
138 return CIMValue(CIMTYPE_STRING,false);
139 if (type==CMPI_dateTime)
140 return CIMValue(CIMTYPE_DATETIME,false);
141 if (type==CMPI_ref)
142 return CIMValue(CIMTYPE_REFERENCE,false);
143 }
144
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145 schuur 1.1 else if ((type & (CMPI_UINT|CMPI_SINT))==CMPI_SINT) {
146 switch (type) {
147 case CMPI_sint32: v.set((Sint32)data->sint32); break;
148 case CMPI_sint16: v.set((Sint16)data->sint16); break;
149 case CMPI_sint8: v.set((Sint8)data->sint8); break;
150 case CMPI_sint64: v.set((Sint64)data->sint64); break;
151 default: ;
152 }
153 }
154
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155 schuur 1.6 else if (type==CMPI_string) v.set(data->string->hdl ?
156 String((char*)data->string->hdl) : String::EMPTY);
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157 schuur 1.1
158 else if ((type & (CMPI_UINT|CMPI_SINT))==CMPI_UINT) {
159 switch (type) {
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160 kumpf 1.18 case CMPI_uint32: v.set((Uint32)data->uint32); break;
161 case CMPI_uint16: v.set((Uint16)data->uint16); break;
162 case CMPI_uint8: v.set((Uint8)data->uint8); break;
163 case CMPI_uint64: v.set((Uint64)data->uint64); break;
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164 schuur 1.1 default: ;
165 }
166 }
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167 r.kieninger 1.21 else if (type ==CMPI_instance)
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168 konrad.r 1.16 {
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169 a.dunfey 1.20 v.set(*((CIMObject*) data->inst->hdl));
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170 konrad.r 1.16 }
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171 schuur 1.1 else switch (type) {
172 case CMPI_ref: v.set(*((CIMObjectPath*)data->ref->hdl)); break;
173 case CMPI_dateTime: v.set(*((CIMDateTime*)data->dateTime->hdl)); break;
174 case CMPI_boolean: v.set((Boolean&)data->boolean); break;
175 case CMPI_char16: v.set((Char16)data->char16); break;
176 case CMPI_real32: v.set((Real32)data->real32); break;
177 case CMPI_real64: v.set((Real64)data->real64); break;
178 default:
179 if (rc) *rc=CMPI_RC_ERR_NOT_SUPPORTED;
180 }
181 return CIMValue(v);
182 }
183
184
185
186 #define CopyFromArray(pt,ct) { Array<pt> ar##pt; \
187 v.get(ar##pt); \
188 for (int i=0; i<aSize; i++) aData[i].value.ct=ar##pt[i]; }
189
190 #define CopyFromStringArray(pt,ct) { Array<pt> ar##pt; \
191 v.get(ar##pt); \
192 schuur 1.1 for (int i=0; i<aSize; i++) { \
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193 mreddy 1.22 aData[i].value.ct=reinterpret_cast<CMPIString*>(new CMPI_Object(ar##pt[i])); } }
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194 schuur 1.1
195 #define CopyFromEncArray(pt,ct,cn) { Array<pt> ar##pt; \
196 v.get(ar##pt); \
197 for (int i=0; i<aSize; i++) { \
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198 mreddy 1.22 aData[i].value.cn=reinterpret_cast<ct*>(new CMPI_Object(new pt(ar##pt[i]))); } }
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199 schuur 1.1
200
201 CMPIrc value2CMPIData(const CIMValue& v, CMPIType t, CMPIData *data) {
202
203 data->type=t;
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204 schuur 1.11 data->state=0;
205 data->value.uint64=0;
206
207 if (v.isNull()) {
208 data->state=CMPI_nullValue;
209 return CMPI_RC_OK;
210 }
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211 schuur 1.1
212 if (t & CMPI_ARRAY) {
213 int aSize=v.getArraySize();
214 CMPIType aType=t&~CMPI_ARRAY;
215 CMPIData *aData=new CMPIData[aSize+1];
216 aData->type=aType;
217 aData->value.sint32=aSize;
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218 schuur 1.11
219 for (int i=1; i<aSize+1; i++) {
220 aData[i].type=aType;
221 aData[i].state=0;
222 }
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223 schuur 1.1 aData++;
224
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225 schuur 1.11 if ((aType & (CMPI_UINT|CMPI_SINT))==CMPI_SINT) {
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226 schuur 1.1 switch (aType) {
227 case CMPI_sint32: CopyFromArray(Sint32,sint32); break;
228 case CMPI_sint16: CopyFromArray(Sint16,sint16); break;
229 case CMPI_sint8: CopyFromArray(Sint8,sint8); break;
230 case CMPI_sint64: CopyFromArray(Sint64,sint64); break;
231 default: ;
232 }
233 }
234 else if (aType==CMPI_string) CopyFromStringArray(String,string)
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235 schuur 1.11 else if ((aType & (CMPI_UINT|CMPI_SINT))==CMPI_UINT) {
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236 schuur 1.1 switch (aType) {
237 case CMPI_uint32: CopyFromArray(Uint32,uint32); break;
238 case CMPI_uint16: CopyFromArray(Uint16,uint16); break;
239 case CMPI_uint8: CopyFromArray(Uint8,uint8); break;
240 case CMPI_uint64: CopyFromArray(Uint64,uint64); break;
241 default: ;
242 }
243 }
244 else switch (aType) {
245 case CMPI_ref: CopyFromEncArray(CIMObjectPath,CMPIObjectPath,ref); break;
246 case CMPI_dateTime: CopyFromEncArray(CIMDateTime,CMPIDateTime,dateTime); break;
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247 marek 1.24 #ifdef PEGASUS_EMBEDDED_INSTANCE_SUPPORT
248 case CMPI_instance: CopyFromEncArray(CIMInstance,CMPIInstance,inst); break;
249 #endif
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250 schuur 1.1 case CMPI_boolean: CopyFromArray(Boolean,boolean); break;
251 case CMPI_char16: CopyFromArray(Char16,char16); break;
252 case CMPI_real32: CopyFromArray(Real32,real32); break;
253 case CMPI_real64: CopyFromArray(Real64,real64); break;
254 default:
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255 venkat.puvvada 1.25 // Not supported for this CMPItype
256 delete [] aData;
257 return CMPI_RC_ERR_NOT_SUPPORTED;
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258 schuur 1.1 }
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259 mreddy 1.22 data->value.array=reinterpret_cast<CMPIArray*>(new CMPI_Object(aData-1));
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260 schuur 1.1 } // end of array porocessing
261
262 else if ((t & (CMPI_UINT|CMPI_SINT))==CMPI_SINT) {
263 switch (t) {
264 case CMPI_sint32: v.get((Sint32&)data->value.sint32); break;
265 case CMPI_sint16: v.get((Sint16&)data->value.sint16); break;
266 case CMPI_sint8: v.get((Sint8&)data->value.sint8); break;
267 case CMPI_sint64: v.get((Sint64&)data->value.sint64); break;
268 default: ;
269 }
270 }
271
272 else if (t==CMPI_string) {
273 String str;
274 v.get(str);
275 data->value.string=string2CMPIString(str);
276 }
277
278 else if ((t & (CMPI_UINT|CMPI_SINT))==CMPI_UINT) {
279 switch (t) {
280 case CMPI_uint32: v.get((Uint32&)data->value.uint32); break;
281 schuur 1.1 case CMPI_uint16: v.get((Uint16&)data->value.uint16); break;
282 case CMPI_uint8: v.get((Uint8&)data->value.uint8); break;
283 case CMPI_uint64: v.get((Uint64&)data->value.uint64); break;
284 default: ;
285 }
286 }
287
288 else switch (t) {
289 case CMPI_ref: {
290 CIMObjectPath ref;
291 v.get(ref);
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292 mreddy 1.22 data->value.ref=reinterpret_cast<CMPIObjectPath*>(new CMPI_Object(new CIMObjectPath(ref)));
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293 schuur 1.1 }
294 break;
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295 a.dunfey 1.20 case CMPI_instance: {
296 CIMInstance inst;
297 if(v.getType() == CIMTYPE_OBJECT)
298 {
299 CIMObject tmpObj;
300 v.get(tmpObj);
301 inst = CIMInstance(tmpObj);
302 }
303 else
304 {
305 #ifdef PEGASUS_EMBEDDED_INSTANCE_SUPPORT
306 v.get(inst);
307 #else
308 return CMPI_RC_ERR_NOT_SUPPORTED;
309 #endif // PEGASUS_EMBEDDED_INSTANCE_SUPPORT
310 }
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311 r.kieninger 1.21
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312 mreddy 1.23 data->value.inst=reinterpret_cast<CMPIInstance*>(new CMPI_Object(new CIMInstance(inst)));
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313 a.dunfey 1.20 }
314 break;
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315 schuur 1.1 case CMPI_dateTime: {
316 CIMDateTime dt;
317 v.get(dt);
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318 mreddy 1.22 data->value.dateTime=reinterpret_cast<CMPIDateTime*>(new CMPI_Object(new CIMDateTime(dt)));
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319 schuur 1.1 }
320 break;
321 case CMPI_boolean: v.get((Boolean&)data->value.boolean); break;
322 case CMPI_char16: v.get((Char16&)data->value.char16); break;
323 case CMPI_real32: v.get((Real32&)data->value.real32); break;
324 case CMPI_real64: v.get((Real64&)data->value.real64); break;
325 default:
326 return CMPI_RC_ERR_NOT_SUPPORTED;
327 }
328 return CMPI_RC_OK;
329 }
330
331 CMPIType type2CMPIType(CIMType pt, int array) {
332 static CMPIType types[]={
333 CMPI_boolean, // BOOLEAN,
334 CMPI_uint8, // UINT8,
335 CMPI_sint8, // SINT8,
336 CMPI_uint16, // UINT16,
337 CMPI_sint16, // SINT16,
338 CMPI_uint32, // UINT32,
339 CMPI_sint32, // SINT32,
340 schuur 1.1 CMPI_uint64, // UINT64,
341 CMPI_sint64, // SINT64,
342 CMPI_real32, // REAL32,
343 CMPI_real64, // REAL64,
344 CMPI_char16, // CHAR16,
345 CMPI_string, // STRING,
346 CMPI_dateTime, // DATETIME,
347 CMPI_ref, // REFERENCE
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348 a.dunfey 1.20 CMPI_instance // Embedded Object
349 #ifdef PEGASUS_EMBEDDED_INSTANCE_SUPPORT
350 , CMPI_instance // Embedded Instance
351 #endif // PEGASUS_EMBEDDED_INSTANCE_SUPPORT
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352 schuur 1.1 };
353 int t=types[pt];
354 if (array) t|=CMPI_ARRAY;
355 return (CMPIType)t;
356 }
357
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358 schuur 1.11 CIMType type2CIMType(CMPIType pt) {
359 switch (pt) {
360 case CMPI_null: return (CIMType)0;
361 case CMPI_boolean: return CIMTYPE_BOOLEAN;
362 case CMPI_char16: return CIMTYPE_CHAR16;
363
364 case CMPI_real32: return CIMTYPE_REAL32;
365 case CMPI_real64: return CIMTYPE_REAL64;
366
367 case CMPI_uint8: return CIMTYPE_UINT8;
368 case CMPI_uint16: return CIMTYPE_UINT16;
369 case CMPI_uint32: return CIMTYPE_UINT32;
370 case CMPI_uint64: return CIMTYPE_UINT64;
371
372 case CMPI_sint8: return CIMTYPE_SINT8;
373 case CMPI_sint16: return CIMTYPE_SINT16;
374 case CMPI_sint32: return CIMTYPE_SINT32;
375 case CMPI_sint64: return CIMTYPE_SINT64;
376
377 case CMPI_string: return CIMTYPE_STRING;
378 case CMPI_chars: return CIMTYPE_STRING;
379 schuur 1.11 case CMPI_dateTime: return CIMTYPE_DATETIME;
380 case CMPI_ref: return CIMTYPE_REFERENCE;
381
382 default: return (CIMType)0;
383 }
384 }
385
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386 schuur 1.2 CMPIrc key2CMPIData(const String& v, CIMKeyBinding::Type t, CMPIData *data) {
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387 schuur 1.1 data->state=CMPI_keyValue;
388 switch (t) {
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389 schuur 1.2 case CIMKeyBinding::NUMERIC: {
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390 schuur 1.4 CString vp=v.getCString();
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391 kv.le 1.13
392 data->value.sint64 = 0;
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393 r.kieninger 1.21 if (*((const char*)vp)=='-')
394 {
395 sscanf((const char*)vp, "%" PEGASUS_64BIT_CONVERSION_WIDTH "d",
396 &data->value.sint64);
397 data->type=CMPI_sint64;
398 }
399 else
400 {
401 sscanf((const char*)vp, "%" PEGASUS_64BIT_CONVERSION_WIDTH "u",
402 &data->value.uint64);
403 data->type=CMPI_uint64;
404 }
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405 schuur 1.1 }
406 break;
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407 schuur 1.2 case CIMKeyBinding::STRING:
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408 schuur 1.1 data->value.string=string2CMPIString(v);
409 data->type=CMPI_string;
410 break;
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411 schuur 1.2 case CIMKeyBinding::BOOLEAN:
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412 schuur 1.1 data->value.boolean=(String::equalNoCase(v,"true"));
413 data->type=CMPI_boolean;
414 break;
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415 schuur 1.2 case CIMKeyBinding::REFERENCE:
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416 mreddy 1.22 data->value.ref=reinterpret_cast<CMPIObjectPath*>(new CMPI_Object(new CIMObjectPath(v)));
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417 schuur 1.1 data->type=CMPI_ref;
418 break;
419 default:
420 return CMPI_RC_ERR_NOT_SUPPORTED;
421 }
422 return CMPI_RC_OK;
423 }
424
425 PEGASUS_NAMESPACE_END
426
427
428
429
430
431
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Return to
CMPI_Value.cpp
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