DEX 可视化查阅
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1 //-------------------------------------- 2 //--- 010 Editor v3.1.3 Binary Template 3 // 4 // File: 5 // Author: 6 // Revision: 7 // Purpose: 8 //-------------------------------------- 9 //configure 10 local byte bShow_DexTypeList = 0; 11 12 //enum 13 enum { kSHA1DigestLen = 20, 14 kSHA1DigestOutputLen = kSHA1DigestLen*2 +1 }; 15 /* 16 * access flags and masks; the "standard" ones are all <= 0x4000 17 * 18 * Note: There are related declarations in vm/oo/Object.h in the ClassFlags 19 * enum. 20 */ 21 enum <uint> AccessFlags{ 22 ACC_PUBLIC = 0x00000001, // class, field, method, ic 23 ACC_PRIVATE = 0x00000002, // field, method, ic 24 ACC_PROTECTED = 0x00000004, // field, method, ic 25 ACC_STATIC = 0x00000008, // field, method, ic 26 ACC_FINAL = 0x00000010, // class, field, method, ic 27 ACC_SYNCHRONIZED = 0x00000020, // method (only allowed on natives) 28 ACC_SUPER = 0x00000020, // class (not used in Dalvik) 29 ACC_VOLATILE = 0x00000040, // field 30 ACC_BRIDGE = 0x00000040, // method (1.5) 31 ACC_TRANSIENT = 0x00000080, // field 32 ACC_VARARGS = 0x00000080, // method (1.5) 33 ACC_NATIVE = 0x00000100, // method 34 ACC_INTERFACE = 0x00000200, // class, ic 35 ACC_ABSTRACT = 0x00000400, // class, method, ic 36 ACC_STRICT = 0x00000800, // method 37 ACC_SYNTHETIC = 0x00001000, // field, method, ic 38 ACC_ANNOTATION = 0x00002000, // class, ic (1.5) 39 ACC_ENUM = 0x00004000, // class, field, ic (1.5) 40 ACC_CONSTRUCTOR = 0x00010000, // method (Dalvik only) 41 ACC_DECLARED_SYNCHRONIZED = 42 0x00020000, // method (Dalvik only) 43 ACC_CLASS_MASK = 44 (ACC_PUBLIC | ACC_FINAL | ACC_INTERFACE | ACC_ABSTRACT 45 | ACC_SYNTHETIC | ACC_ANNOTATION | ACC_ENUM), 46 ACC_INNER_CLASS_MASK = 47 (ACC_CLASS_MASK | ACC_PRIVATE | ACC_PROTECTED | ACC_STATIC), 48 ACC_FIELD_MASK = 49 (ACC_PUBLIC | ACC_PRIVATE | ACC_PROTECTED | ACC_STATIC | ACC_FINAL 50 | ACC_VOLATILE | ACC_TRANSIENT | ACC_SYNTHETIC | ACC_ENUM), 51 ACC_METHOD_MASK = 52 (ACC_PUBLIC | ACC_PRIVATE | ACC_PROTECTED | ACC_STATIC | ACC_FINAL 53 | ACC_SYNCHRONIZED | ACC_BRIDGE | ACC_VARARGS | ACC_NATIVE 54 | ACC_ABSTRACT | ACC_STRICT | ACC_SYNTHETIC | ACC_CONSTRUCTOR 55 | ACC_DECLARED_SYNCHRONIZED), 56 }; 57 58 //Dex Header 59 struct DexHeader { 60 unsigned char magic[8]; /* includes version number */ 61 unsigned int checksum; /* adler32 checksum */ 62 unsigned char signature[kSHA1DigestLen]; /* SHA-1 hash */ 63 unsigned int fileSize; /* length of entire file */ 64 unsigned int headerSize; /* offset to start of next section */ 65 unsigned int endianTag; 66 unsigned int linkSize; 67 unsigned int linkOff; 68 unsigned int mapOff; 69 unsigned int stringIdsSize; 70 unsigned int stringIdsOff; 71 unsigned int typeIdsSize; 72 unsigned int typeIdsOff; 73 unsigned int protoIdsSize; 74 unsigned int protoIdsOff; 75 unsigned int fieldIdsSize; 76 unsigned int fieldIdsOff; 77 unsigned int methodIdsSize; 78 unsigned int methodIdsOff; 79 unsigned int classDefsSize; 80 unsigned int classDefsOff; 81 unsigned int dataSize; 82 unsigned int dataOff; 83 }; 84 85 //******************** map list******************* 86 87 /* map item type codes, DexMapItem.type used*/ 88 //DexHeader.mapOff ---> pointer to data struct 89 enum <ushort> kDexType{ 90 kDexTypeHeaderItem = 0x0000, 91 kDexTypeStringIdItem = 0x0001, 92 kDexTypeTypeIdItem = 0x0002, 93 kDexTypeProtoIdItem = 0x0003, 94 kDexTypeFieldIdItem = 0x0004, 95 kDexTypeMethodIdItem = 0x0005, 96 kDexTypeClassDefItem = 0x0006, 97 kDexTypeMapList = 0x1000, 98 kDexTypeTypeList = 0x1001, 99 kDexTypeAnnotationSetRefList = 0x1002, 100 kDexTypeAnnotationSetItem = 0x1003, 101 kDexTypeClassDataItem = 0x2000, 102 kDexTypeCodeItem = 0x2001, 103 kDexTypeStringDataItem = 0x2002, 104 kDexTypeDebugInfoItem = 0x2003, 105 kDexTypeAnnotationItem = 0x2004, 106 kDexTypeEncodedArrayItem = 0x2005, 107 kDexTypeAnnotationsDirectoryItem = 0x2006, 108 }; 109 110 struct DexMapItem { 111 kDexType type; /* type code (see kDexType* above) */ 112 ushort unused; 113 uint size<format=decimal>; /* count of items of the indicated type */ 114 uint offset; /* file offset to the start of data */ 115 }; 116 117 struct DexMapList 118 { 119 uint size<format=decimal>; /* #of entries in list */ 120 //ref field DexMapList.size 121 DexMapItem list[size]; /* entries */ 122 }; 123 124 //********************strings index table******************** 125 /* 126 * Direct-mapped "string_id_item". 127 */ 128 typedef struct 129 { 130 uint stringDataOff; /* file offset to string_data_item */ 131 }DexStringId<read=TemplateRead_StringId>; 132 133 //********************types index table******************** 134 /* 135 * Direct-mapped "type_id_item". 136 */ 137 typedef struct 138 { 139 uint descriptorIdx; /* index into stringIds list for type descriptor */ 140 }DexTypeId<read=TemplateRead_TypeId>; 141 142 //********************protos index table******************** 143 144 /* 145 * Direct-mapped "type_item". 146 */ 147 struct DexTypeItem { 148 ushort typeIdx; /* index into typeIds */ 149 }; 150 151 /* 152 * Direct-mapped "type_list". 153 */ 154 typedef struct { 155 uint size; /* #of entries in list */ 156 DexTypeItem list[size]; /* entries */ 157 }DexTypeList<read=TemplateRead_TypeList>; 158 159 /* 160 * Direct-mapped "proto_id_item". 161 */ 162 typedef struct 163 { 164 uint shortyIdx; /* index into stringIds for shorty descriptor */ 165 uint returnTypeIdx; /* index into typeIds list for return type */ 166 uint parametersOff; /* file offset to type_list for parameter types */ 167 if(parametersOff > 0x70) 168 { 169 local int64 oldOffset = FTell(); 170 FSeek(parametersOff); 171 DexTypeList typeList_Params; 172 FSeek(oldOffset); 173 } 174 }DexProtoId<read=TemplateRead_ProtoId>; 175 176 177 //********************field index table******************** 178 /* 179 * Direct-mapped "field_id_item". 180 */ 181 typedef struct { 182 ushort classIdx; /* index into typeIds list for defining class */ 183 ushort typeIdx; /* index into typeIds for field type */ 184 uint nameIdx; /* index into stringIds for field name */ 185 }DexFieldId<read=TemplateRead_FieldId>; 186 187 //********************method index table******************** 188 /* 189 * Direct-mapped "method_id_item". 190 */ 191 typedef struct { 192 ushort classIdx; /* index into typeIds list for defining class */ 193 ushort protoIdx; /* index into protoIds for method prototype */ 194 uint nameIdx; /* index into stringIds for method name */ 195 }DexMethodId<read=TemplateRead_MethodId>; 196 197 //********************Class Define table******************** 198 199 /* expanded form of a class_data_item header */ 200 struct DexClassDataHeader { 201 local int64 oldOffset = FTell(); 202 local int64 currOffset = oldOffset; 203 //Printf("oldOffset=%x,",oldOffset); 204 //Printf("currOffset=%x\n",currOffset); 205 local int len = readUnsignedLeb128(currOffset); 206 //Printf("oldOffset=%x,",oldOffset); 207 //Printf("currOffset=%x,",currOffset); 208 //Printf("field size:%x,",currOffset - oldOffset); 209 //Printf("size:%x\n",len); 210 switch(currOffset - oldOffset) 211 { 212 case 1: ubyte staticFieldsSize<comment="uleb128 staticFieldsSize">; break; 213 case 2: ushort staticFieldsSize<comment="uleb128 staticFieldsSize">; break; 214 case 3: ubyte staticFieldsSize[3]<comment="uleb128 staticFieldsSize">; break; 215 case 4: uint staticFieldsSize<comment="uleb128 staticFieldsSize">; break; 216 case 5: ubyte staticFieldsSize[5]<comment="uleb128 staticFieldsSize">; break; 217 } 218 219 oldOffset = FTell(); 220 currOffset = oldOffset; 221 //Printf("*******************************\n"); 222 //Printf("oldOffset=%x,",oldOffset); 223 //Printf("currOffset=%x\n",currOffset); 224 len = readUnsignedLeb128(currOffset); 225 //Printf("oldOffset=%x,",oldOffset); 226 //Printf("currOffset=%x,",currOffset); 227 //Printf("field size:%x,",currOffset - oldOffset); 228 //Printf("size:%x\n",len); 229 switch(currOffset - oldOffset) 230 { 231 case 1: ubyte instanceFieldsSize<comment="uleb128 instanceFieldsSize">; break; 232 case 2: ushort instanceFieldsSize<comment="uleb128 instanceFieldsSize">; break; 233 case 3: ubyte instanceFieldsSize[3]<comment="uleb128 instanceFieldsSize">; break; 234 case 4: uint instanceFieldsSize<comment="uleb128 instanceFieldsSize">; break; 235 case 5: ubyte instanceFieldsSize[5]<comment="uleb128 instanceFieldsSize">; break; 236 } 237 238 239 oldOffset = FTell(); 240 currOffset = oldOffset; 241 //Printf("*******************************\n"); 242 //Printf("oldOffset=%x,",oldOffset); 243 //Printf("currOffset=%x\n",currOffset); 244 len = readUnsignedLeb128(currOffset); 245 //Printf("oldOffset=%x,",oldOffset); 246 //Printf("currOffset=%x,",currOffset); 247 //Printf("field size:%x,",currOffset - oldOffset); 248 //Printf("size:%x\n",len); 249 switch(currOffset - oldOffset) 250 { 251 case 1: ubyte directMethodsSize<comment="uleb128 directMethodsSize">; break; 252 case 2: ushort directMethodsSize<comment="uleb128 directMethodsSize">; break; 253 case 3: ubyte directMethodsSize[3]<comment="uleb128 directMethodsSize">; break; 254 case 4: uint directMethodsSize<comment="uleb128 directMethodsSize">; break; 255 case 5: ubyte directMethodsSize[5]<comment="uleb128 directMethodsSize">; break; 256 } 257 258 oldOffset = FTell(); 259 currOffset = oldOffset; 260 //Printf("*******************************\n"); 261 //Printf("oldOffset=%x,",oldOffset); 262 //Printf("currOffset=%x\n",currOffset); 263 len = readUnsignedLeb128(currOffset); 264 //Printf("oldOffset=%x,",oldOffset); 265 //Printf("currOffset=%x,",currOffset); 266 //Printf("field size:%x,",currOffset - oldOffset); 267 //Printf("size:%x\n",len); 268 switch(currOffset - oldOffset) 269 { 270 case 1: ubyte virtualMethodsSize<comment="uleb128 virtualMethodsSize">; break; 271 case 2: ushort virtualMethodsSize<comment="uleb128 virtualMethodsSize">; break; 272 case 3: ubyte virtualMethodsSize[3]<comment="uleb128 virtualMethodsSize">; break; 273 case 4: uint virtualMethodsSize<comment="uleb128 virtualMethodsSize">; break; 274 case 5: ubyte virtualMethodsSize[5]<comment="uleb128 virtualMethodsSize">; break; 275 } 276 }; 277 278 /* expanded form of encoded_field */ 279 struct DexField { 280 uint fieldIdx; /* index to a field_id_item */ 281 uint accessFlags; 282 }; 283 284 /* expanded form of encoded_method */ 285 struct DexMethod { 286 uint methodIdx; /* index to a method_id_item */ 287 uint accessFlags; 288 uint codeOff; /* file offset to a code_item */ 289 }; 290 291 /* expanded form of class_data_item. Note: If a particular item is 292 * absent (e.g., no static fields), then the corresponding pointer 293 * is set to NULL. */ 294 struct DexClassData { 295 DexClassDataHeader header; 296 297 local int64 oldOffset = FTell(); 298 local int64 currOffset = oldOffset; 299 //Printf("oldOffset=%x,",oldOffset); 300 //Printf("currOffset=%x\n",currOffset); 301 local int len = readUnsignedLeb128(currOffset); 302 //Printf("oldOffset=%x,",oldOffset); 303 //Printf("currOffset=%x,",currOffset); 304 //Printf("field size:%x,",currOffset - oldOffset); 305 //Printf("size:%x\n",len); 306 switch(currOffset - oldOffset) 307 { 308 case 1: ubyte staticFields<comment="uleb128 staticFields">; break; 309 case 2: ushort staticFields<comment="uleb128 staticFields">; break; 310 case 3: ubyte staticFields[3]<comment="uleb128 staticFields">; break; 311 case 4: uint staticFields<comment="uleb128 staticFields">; break; 312 case 5: ubyte staticFields[5]<comment="uleb128 staticFields">; break; 313 } 314 315 oldOffset = FTell(); 316 currOffset = oldOffset; 317 //Printf("oldOffset=%x,",oldOffset); 318 //Printf("currOffset=%x\n",currOffset); 319 len = readUnsignedLeb128(currOffset); 320 //Printf("oldOffset=%x,",oldOffset); 321 //Printf("currOffset=%x,",currOffset); 322 //Printf("field size:%x,",currOffset - oldOffset); 323 //Printf("size:%x\n",len); 324 switch(currOffset - oldOffset) 325 { 326 case 1: ubyte instanceFields<comment="uleb128 instanceFields">; break; 327 case 2: ushort instanceFields<comment="uleb128 instanceFields">; break; 328 case 3: ubyte instanceFields[3]<comment="uleb128 instanceFields">; break; 329 case 4: uint instanceFields<comment="uleb128 instanceFields">; break; 330 case 5: ubyte instanceFields[5]<comment="uleb128 instanceFields">; break; 331 } 332 333 oldOffset = FTell(); 334 currOffset = oldOffset; 335 //Printf("oldOffset=%x,",oldOffset); 336 //Printf("currOffset=%x\n",currOffset); 337 len = readUnsignedLeb128(currOffset); 338 //Printf("oldOffset=%x,",oldOffset); 339 //Printf("currOffset=%x,",currOffset); 340 //Printf("field size:%x,",currOffset - oldOffset); 341 //Printf("size:%x\n",len); 342 switch(currOffset - oldOffset) 343 { 344 case 1: ubyte directMethods<comment="uleb128 directMethods">; break; 345 case 2: ushort directMethods<comment="uleb128 directMethods">; break; 346 case 3: ubyte directMethods[3]<comment="uleb128 directMethods">; break; 347 case 4: uint directMethods<comment="uleb128 directMethods">; break; 348 case 5: ubyte directMethods[5]<comment="uleb128 directMethods">; break; 349 } 350 351 oldOffset = FTell(); 352 currOffset = oldOffset; 353 //Printf("oldOffset=%x,",oldOffset); 354 //Printf("currOffset=%x\n",currOffset); 355 len = readUnsignedLeb128(currOffset); 356 //Printf("oldOffset=%x,",oldOffset); 357 //Printf("currOffset=%x,",currOffset); 358 //Printf("field size:%x,",currOffset - oldOffset); 359 //Printf("size:%x\n",len); 360 switch(currOffset - oldOffset) 361 { 362 case 1: ubyte virtualMethods<comment="uleb128 virtualMethods">; break; 363 case 2: ushort virtualMethods<comment="uleb128 virtualMethods">; break; 364 case 3: ubyte virtualMethods[3]<comment="uleb128 virtualMethods">; break; 365 case 4: uint virtualMethods<comment="uleb128 virtualMethods">; break; 366 case 5: ubyte virtualMethods[5]<comment="uleb128 virtualMethods">; break; 367 } 368 //DexField* staticFields; 369 //DexField* instanceFields; 370 //DexMethod* directMethods; 371 //DexMethod* virtualMethods; 372 }; 373 374 /* 375 * Direct-mapped "class_def_item". 376 */ 377 typedef struct { 378 uint classIdx; /* index into typeIds for this class */ 379 AccessFlags accessFlags; 380 uint superclassIdx; /* index into typeIds for superclass */ 381 uint interfacesOff; /* file offset to DexTypeList */ 382 if(interfacesOff > 0 && interfacesOff != 0xFFFFFFFF) 383 { 384 local int64 oldOffset = FTell(); 385 FSeek(interfacesOff); 386 DexTypeList typeList_Interfaces; 387 FSeek(oldOffset); 388 } 389 uint sourceFileIdx; /* index into stringIds for source file name */ 390 uint annotationsOff; /* file offset to annotations_directory_item */ 391 uint classDataOff; /* file offset to class_data_item */ 392 if(classDataOff > 0 && classDataOff != 0xFFFFFFFF) 393 { 394 local int64 oldOff = FTell(); 395 FSeek(classDataOff); 396 DexClassData dexClassData; 397 FSeek(oldOff); 398 } 399 uint staticValuesOff; /* file offset to DexEncodedArray */ 400 if(staticValuesOff > 0) 401 { 402 local int64 offset = FTell(); 403 FSeek(staticValuesOff); 404 // 405 FSeek(offset); 406 } 407 }DexClassDef<read=TemplateRead_ClassDefs>; 408 409 /* 410 * Direct-mapped "annotations_directory_item". 411 */ 412 struct DexAnnotationsDirectoryItem { 413 uint classAnnotationsOff; /* offset to DexAnnotationSetItem */ 414 uint fieldsSize; /* count of DexFieldAnnotationsItem */ 415 uint methodsSize; /* count of DexMethodAnnotationsItem */ 416 uint parametersSize; /* count of DexParameterAnnotationsItem */ 417 /* followed by DexFieldAnnotationsItem[fieldsSize] */ 418 /* followed by DexMethodAnnotationsItem[methodsSize] */ 419 /* followed by DexParameterAnnotationsItem[parametersSize] */ 420 }; 421 422 void Dump_DexHeader(int64 startOffset) 423 { 424 local int64 oldOffset = FTell(); 425 FSeek(startOffset); 426 DexHeader dexHdr; 427 FSeek(oldOffset); 428 429 Printf("file size: 0x%x\n", dexHdr.fileSize); 430 Printf("file header size: 0x%x\n", dexHdr.headerSize); 431 Printf("strings count: %d\n", dexHdr.stringIdsSize); 432 Printf("types count: %d\n", dexHdr.typeIdsSize); 433 Printf("proto count: %d\n", dexHdr.protoIdsSize); 434 Printf("fields count: %d\n", dexHdr.fieldIdsSize); 435 Printf("methods count: %d\n", dexHdr.methodIdsSize); 436 Printf("classDefs count: %d\n", dexHdr.classDefsSize); 437 Printf("data size count: %d\n", dexHdr.dataSize); 438 Printf("mapOff: 0x%x\n", dexHdr.mapOff); 439 } 440 441 void Dump_MapList(int64 startOffset) 442 { 443 local int64 oldOffset = FTell(); 444 FSeek(startOffset); 445 DexMapList mapList; 446 FSeek(oldOffset); 447 } 448 449 450 void Dump_StringItems(int64 startOffset) 451 { 452 local int64 oldOffset = FTell(); 453 FSeek(startOffset); 454 DexStringId dexStringId[dexHdr.stringIdsSize]; 455 FSeek(oldOffset); 456 } 457 458 void Dump_TypeItems(int64 startOffset) 459 { 460 local int64 oldOffset = FTell(); 461 FSeek(startOffset); 462 DexTypeId dexTypeId[dexHdr.typeIdsSize]; 463 FSeek(oldOffset); 464 } 465 466 void Dump_ProtoItems(int64 startOffset) 467 { 468 local int64 oldOffset = FTell(); 469 FSeek(startOffset); 470 DexProtoId dexProtoId[dexHdr.protoIdsSize]<optimize=true>; 471 472 FSeek(oldOffset); 473 } 474 475 void Dump_FieldItems(int64 startOffset) 476 { 477 local int64 oldOffset = FTell(); 478 FSeek(startOffset); 479 DexFieldId dexFieldId[dexHdr.fieldIdsSize]; 480 FSeek(oldOffset); 481 } 482 483 void Dump_MethodItems(int64 startOffset) 484 { 485 local int64 oldOffset = FTell(); 486 FSeek(startOffset); 487 DexMethodId dexMethodId[dexHdr.methodIdsSize]; 488 FSeek(oldOffset); 489 } 490 491 void Dump_ClassDef(int64 startOffset) 492 { 493 local int64 oldOffset = FTell(); 494 FSeek(startOffset); 495 DexClassDef dexClassDef[dexHdr.classDefsSize]<optimize=false>; 496 FSeek(oldOffset); 497 } 498 499 int readUnsignedLeb128(int64 &streamPos) 500 { 501 local int result = ReadUByte(streamPos);// read first byte 502 streamPos++; 503 504 if (result > 0x7f) 505 { 506 local int cur = ReadUByte(streamPos); //read second byte 507 streamPos++; 508 result = (result & 0x7f) | ((cur & 0x7f) << 7); 509 if (cur > 0x7f) 510 { 511 cur = ReadUByte(streamPos); //read third byte 512 streamPos++; 513 result |= (cur & 0x7f) << 14; 514 if (cur > 0x7f) 515 { 516 cur = ReadUByte(streamPos); //read fourth byte 517 streamPos++; 518 result |= (cur & 0x7f) << 21; 519 if (cur > 0x7f) 520 { 521 /* 522 * Note: We don't check to see if cur is out of 523 * range here, meaning we tolerate garbage in the 524 * high four-order bits. 525 */ 526 cur = ReadUByte(streamPos); //read fifth byte 527 streamPos++; 528 result |= cur << 28; 529 } 530 } 531 } 532 } 533 534 return result; 535 } 536 537 //display checker value 538 string TemplateRead_StringId(DexStringId &stringId) 539 { 540 local string str = ""; 541 local int64 offset = stringId.stringDataOff; 542 local int strLen = readUnsignedLeb128(offset); //--->>>Warning,only pause one string 543 str = ReadString(offset); 544 545 return str; 546 } 547 548 string TemplateRead_TypeId(DexTypeId &typeId ) 549 { 550 local string str = ""; 551 local int64 offset = dexStringId[typeId.descriptorIdx].stringDataOff; 552 local int strLen = readUnsignedLeb128(offset); 553 str = ReadString(offset); 554 str = TemplateRead_StringId(dexStringId[typeId.descriptorIdx]); 555 return str; 556 } 557 558 string TemplateRead_ProtoId(DexProtoId &protoId ) 559 { 560 local int64 oldOffset = FTell(); 561 local string str = ""; 562 local int i = 0, count = 0; 563 local short typeIdx = -1; 564 565 if(protoId.parametersOff > 0) 566 { 567 local string method = TemplateRead_StringId(dexStringId[protoId.shortyIdx]); 568 local string retType = TemplateRead_TypeId(dexTypeId[protoId.returnTypeIdx]); 569 local string params = ""; 570 571 count = ReadInt(protoId.parametersOff); 572 while(i < count) 573 { 574 typeIdx = ReadShort(protoId.parametersOff + sizeof(int) + 575 i * sizeof(short)); 576 params += TemplateRead_TypeId(dexTypeId[typeIdx]); 577 i++; 578 579 //function args delimiter 580 //if(i < count) 581 //params += " , "; 582 } 583 584 //join: return + method + args 585 SPrintf(str, "<%s%s(%s)>",retType, method, params); 586 } 587 588 FSeek(oldOffset); 589 return str; 590 } 591 592 string TemplateRead_FieldId(DexFieldId &fieldId) 593 { 594 local string classTypeName = ""; 595 local string fieldTypeName = ""; 596 local string fieldName = ""; 597 local string result = ""; 598 599 classTypeName = TemplateRead_TypeId(dexTypeId[fieldId.classIdx]); 600 fieldTypeName = TemplateRead_TypeId(dexTypeId[fieldId.typeIdx]); 601 fieldName = TemplateRead_StringId(dexStringId[fieldId.nameIdx]); 602 result = classTypeName + "@" + fieldTypeName + "@" + fieldName; 603 604 return result; 605 } 606 607 string TemplateRead_MethodId(DexMethodId &methodId) 608 { 609 local string result = ""; 610 local string classTypeName = ""; 611 local string protoTypeName = ""; 612 local string methodName = ""; 613 614 classTypeName = TemplateRead_TypeId(dexTypeId[methodId.classIdx]); 615 protoTypeName = TemplateRead_ProtoId(dexProtoId[methodId.protoIdx]); 616 methodName = TemplateRead_StringId(dexStringId[methodId.nameIdx]); 617 result = classTypeName + "@" + protoTypeName + "@" + methodName; 618 619 return result; 620 } 621 622 string TemplateRead_ClassDefs(DexClassDef &classDef) 623 { 624 local string result = ""; 625 local string classTypeName = ""; 626 local string superClassTypeName = ""; 627 local string protoTypeName = ""; 628 local string methodName = ""; 629 630 631 632 return result; 633 } 634 635 string TemplateRead_TypeList(DexTypeList &typeList) 636 { 637 local string result = "", temp = ""; 638 //local int i = 0; 639 //local int len = typeList.size; 640 //while(i < len) 641 //{ 642 //SPrintf(temp, "%d,", typeList.list[i].typeIdx); 643 //typeList.list[i].typeIdx; 644 //dexTypeId[typeList.list[i].typeIdx]; 645 //result += TemplateRead_TypeId(dexTypeId[typeList.list[i].typeIdx]); 646 647 //SPrintf(temp, "index=%d,", i); 648 //result += temp; 649 // i++; 650 //} 651 //SPrintf(result, "size=%d", typeList.size); 652 return result; 653 } 654 //-------------------------->>> start running <<<-------------------------- 655 Dump_DexHeader(0); 656 Dump_MapList(dexHdr.mapOff); 657 Dump_StringItems(dexHdr.stringIdsOff); 658 Dump_TypeItems(dexHdr.typeIdsOff); 659 Dump_ProtoItems(dexHdr.protoIdsOff); 660 Dump_FieldItems(dexHdr.fieldIdsOff); 661 Dump_MethodItems(dexHdr.methodIdsOff); 662 Dump_ClassDef(dexHdr.classDefsOff);
