/** ******************************************************************************* * @file display.c * @brief main display system of the hexViewer (Sources) * @author Edouard DUPIN * @date 05/02/2011 * @par Project * hexViewer * * @par Copyright * Copyright 2010 Edouard DUPIN, all right reserved * * This software is distributed in the hope that it will be useful, but WITHOUT * ANY WARRANTY. * * Licence : GNU Lesser General Public License (LGPL) v3.0 * ******************************************************************************* */ #include "display.h" extern fileProperties_ts fileProp[2]; void drawLine(void) { showTypeSize_te mySize = getTypeSize(); showType_te myType = getType(); switch(myType) { case SHOW_TYPE_DECIMAL_SIGNED: case SHOW_TYPE_DECIMAL_UNSIGNED: switch(mySize) { case SHOW_TYPE_SIZE_8: printf("-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------\n"COLOR_NORMAL); break; case SHOW_TYPE_SIZE_16: printf("-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------\n"COLOR_NORMAL); break; case SHOW_TYPE_SIZE_32: printf("---------------------------------------------------------------------------------------------------------------------------------------------------------------------------\n"COLOR_NORMAL); break; case SHOW_TYPE_SIZE_64: printf("-------------------------------------------------------------------------------------------------------------------------------------------\n"COLOR_NORMAL); break; default: break; } break; case SHOW_TYPE_HEX: default : switch(mySize) { case SHOW_TYPE_SIZE_8: printf("---------------------------------------------------------------------------------------------------------------------------------------------------\n"COLOR_NORMAL); break; case SHOW_TYPE_SIZE_16: printf("-----------------------------------------------------------------------------------------------------------------------------------\n"COLOR_NORMAL); break; case SHOW_TYPE_SIZE_32: printf("---------------------------------------------------------------------------------------------------------------------------\n"COLOR_NORMAL); break; case SHOW_TYPE_SIZE_64: printf("-----------------------------------------------------------------------------------------------------------------------\n"COLOR_NORMAL); break; default: break; } break; } } const char* getTypeChar(showType_te myType) { switch(myType) { case SHOW_TYPE_HEX: return "Hexadecimal "; break; case SHOW_TYPE_DECIMAL_SIGNED: return "Dec Signed "; break; case SHOW_TYPE_DECIMAL_UNSIGNED: return "Dec Unsigned"; break; default : return "? "; break; } } const char* getTypeSizeChar(showTypeSize_te mySize) { switch(mySize) { case SHOW_TYPE_SIZE_8: return " 8 bits "; break; case SHOW_TYPE_SIZE_16: return " 16 bits "; break; case SHOW_TYPE_SIZE_32: return " 32 bits "; break; case SHOW_TYPE_SIZE_64: return " 64 bits "; break; case SHOW_TYPE_SIZE_128: return "128 bits "; break; default : return " ? bits "; break; } } void showConfiguration(void) { showType_te myType = getType(); showTypeSize_te mySize = getTypeSize(); // TODO : Redraw periodicly //CleanDisplay(); printf(GO_TOP); printf(COLOR_BOLD_GREEN); drawLine(); printf(COLOR_GREEN); printf("| hexViewer | offset : %7d octets | ", (int)getOfsetFile()); printf(" Type (t) : "); printf("%s", getTypeChar(myType)); printf(" | "); printf(" Size (s) : "); printf("%s", getTypeSizeChar(mySize)); printf(COLOR_NORMAL"\n"); printf(COLOR_GREEN"| File Left << | [%s%s slot=%4d delta=%4d] " COLOR_BOLD_GREEN "%s\n" COLOR_NORMAL, getTypeChar(fileProp[0].type), getTypeSizeChar(fileProp[0].typeSize), fileProp[0].slotSize, fileProp[0].delta, fileProp[0].name); printf(COLOR_GREEN"| File Right >> | [%s%s slot=%4d delta=%4d] " COLOR_BOLD_GREEN "%s\n"COLOR_NORMAL, getTypeChar(fileProp[1].type), getTypeSizeChar(fileProp[1].typeSize), fileProp[1].slotSize, fileProp[1].delta, fileProp[1].name); printf(COLOR_BOLD_GREEN); drawLine(); } void printNoElement(showType_te localType, showTypeSize_te localSize) { switch(localType) { case SHOW_TYPE_HEX: switch(localSize) { case SHOW_TYPE_SIZE_8: printf(" "); break; case SHOW_TYPE_SIZE_16: printf(" "); break; case SHOW_TYPE_SIZE_32: printf(" "); break; case SHOW_TYPE_SIZE_64: printf(" "); break; default: break; } break;printf(GO_TOP); case SHOW_TYPE_DECIMAL_UNSIGNED: case SHOW_TYPE_DECIMAL_SIGNED: switch(localSize) { case SHOW_TYPE_SIZE_8: printf(" "); break; case SHOW_TYPE_SIZE_16: printf(" "); break; case SHOW_TYPE_SIZE_32: printf(" "); break; case SHOW_TYPE_SIZE_64: printf(" "); break; default: break; } break; default: break; } } void printElement(uint64_t data, showType_te localType, showTypeSize_te localSize, bool error, bool outOfRange) { if (false == outOfRange) { printf(COLOR_CYAN); } else if (true == error) { printf(COLOR_BOLD_RED); } switch(localType) { case SHOW_TYPE_HEX: switch(localSize) { case SHOW_TYPE_SIZE_8: printf("%02x"COLOR_NORMAL" ", (unsigned int)((uint8_t)data)); break; case SHOW_TYPE_SIZE_16: printf("%04x"COLOR_NORMAL" ", (unsigned int)((uint16_t)data)); break; case SHOW_TYPE_SIZE_32: printf("%08x"COLOR_NORMAL" ", (unsigned int)((uint32_t)data)); break; case SHOW_TYPE_SIZE_64: printf("%08x%08x"COLOR_NORMAL" ", (unsigned int)((uint32_t)(data>>32)), (unsigned int)((uint32_t)data)); break; default: break; } break; case SHOW_TYPE_DECIMAL_SIGNED: switch(localSize) { case SHOW_TYPE_SIZE_8: printf("%4d"COLOR_NORMAL" ", ((int8_t)data)); break; case SHOW_TYPE_SIZE_16: printf("%7d"COLOR_NORMAL" ", ((int16_t)data)); break; case SHOW_TYPE_SIZE_32: printf("%14d"COLOR_NORMAL" ", (int)((int32_t)data)); break; case SHOW_TYPE_SIZE_64: printf("%21lld"COLOR_NORMAL" ", (int64_t)data); break; default: break; } break; case SHOW_TYPE_DECIMAL_UNSIGNED: switch(localSize) { case SHOW_TYPE_SIZE_8: printf("%4u"COLOR_NORMAL" ", ((uint8_t)data)); break; case SHOW_TYPE_SIZE_16: printf("%7u"COLOR_NORMAL" ", ((uint16_t)data)); break; case SHOW_TYPE_SIZE_32: printf("%14u"COLOR_NORMAL" ", (unsigned int)((uint32_t)data)); break; case SHOW_TYPE_SIZE_64: printf("%21llu"COLOR_NORMAL" ", (uint64_t)data); break; default: break; } break; default: break; } } typedef union { uint8_t data_8 [16]; uint16_t data_16 [8]; uint32_t data_32 [4]; uint64_t data_64 [2]; }inputData_tu; void compareFile(FILE *filePointer1, FILE *filePointer2 ,int32_t curentFilePosition, int32_t currentPadding) { if (filePointer1==NULL && filePointer2==NULL) { return; } inputData_tu data1; inputData_tu data2; uint32_t i; uint32_t j; showConfiguration(); showTypeSize_te mySize = getTypeSize(); showType_te myType = getType(); // Display the main show printf(COLOR_BOLD_YELLOW" File offset | "); switch(myType) { case SHOW_TYPE_DECIMAL_SIGNED: case SHOW_TYPE_DECIMAL_UNSIGNED: for (i = 0 ; i<2 ; i++ ) { switch(mySize) { case SHOW_TYPE_SIZE_8: printf(" +0 +1 +2 +3 +4 +5 +6 +7 +8 +9 +A +B +C +D +E +F | "); break; case SHOW_TYPE_SIZE_16: printf(" +0 +2 +4 +6 +8 +A +C +E | "); break; case SHOW_TYPE_SIZE_32: printf(" +0 +4 +8 +C | "); break; case SHOW_TYPE_SIZE_64: printf(" +0 +8 | "); break; default: break; } } break; case SHOW_TYPE_HEX: default : for (i = 0 ; i<2 ; i++ ) { switch(mySize) { case SHOW_TYPE_SIZE_8: printf("+0 +1 +2 +3 +4 +5 +6 +7 +8 +9 +A +B +C +D +E +F | "); break; case SHOW_TYPE_SIZE_16: printf(" +0 +2 +4 +6 +8 +A +C +E | "); break; case SHOW_TYPE_SIZE_32: printf(" +0 +4 +8 +C | "); break; case SHOW_TYPE_SIZE_64: printf(" +0 +8 | "); break; default: break; } } break; } printf(COLOR_BOLD_YELLOW" File offset | "); printf(COLOR_NORMAL"\n"); // Display the main show printf(COLOR_BOLD_YELLOW); drawLine(); for (j=0; j < (uint32_t)(GetNumberOfRaw()-NB_HEARDER_RAW); j++) { uint32_t readFile1 = 0; uint32_t readFile2 = 0; int32_t lineNumber = 0; uint32_t numberOfCycle; // read data in files : memset(data1.data_8, 0, 16 * sizeof(uint8_t)); memset(data2.data_8, 0, 16 * sizeof(uint8_t)); // Generate the ofset in the file int32_t positionStartDisplayFile1 = curentFilePosition + j*NB_DATA_PER_LINE*4; int32_t positionStartDisplayFile2 = curentFilePosition + j*NB_DATA_PER_LINE*4; if (currentPadding < 0) { positionStartDisplayFile1 += currentPadding; } else { positionStartDisplayFile2 -= currentPadding; } readFile1 = 0; int32_t readStartFile1 = 16; if (filePointer1 != NULL) { if (positionStartDisplayFile1 >= 0) { fseek(filePointer1 , positionStartDisplayFile1+fileProp[0].fileBasicOffset , SEEK_SET ); readFile1 = fread(data1.data_8, sizeof(uint8_t), 16, filePointer1); readStartFile1 = 0; } else if (positionStartDisplayFile1 > -NB_DATA_PER_LINE*4) { fseek(filePointer1 , fileProp[0].fileBasicOffset , SEEK_SET ); // Special case of the partial display ... readFile1 = fread(data1.data_8 - positionStartDisplayFile1, sizeof(uint8_t), NB_DATA_PER_LINE*4 + positionStartDisplayFile1, filePointer1); readStartFile1 = NB_DATA_PER_LINE*4 - readFile1; readFile1 = 16; } } readFile2 = 0; int32_t readStartFile2 = 16; if (filePointer2 != NULL) { if (positionStartDisplayFile2 >= 0) { fseek(filePointer2 , positionStartDisplayFile2+fileProp[1].fileBasicOffset , SEEK_SET ); readFile2 = fread(data2.data_8, sizeof(uint8_t), 16, filePointer2); readStartFile2 = 0; } else if (positionStartDisplayFile2 > -NB_DATA_PER_LINE*4) { fseek(filePointer2 , fileProp[1].fileBasicOffset , SEEK_SET ); // Special case of the partial display ... readFile2 = fread(data2.data_8 - positionStartDisplayFile2, sizeof(uint8_t), NB_DATA_PER_LINE*4 + positionStartDisplayFile2, filePointer2); readStartFile2 = NB_DATA_PER_LINE*4 - readFile2; readFile2 = 16; } } // display the line number lineNumber = positionStartDisplayFile1; if (lineNumber+NB_DATA_PER_LINE*4-1 >= 0) { printf(COLOR_BOLD_YELLOW"0x%08x | "COLOR_NORMAL, (unsigned int)lineNumber); switch(mySize) { case SHOW_TYPE_SIZE_8: printf(COLOR_BOLD_MAGENTA"%7d | "COLOR_NORMAL, (int)(lineNumber)); break; case SHOW_TYPE_SIZE_16: printf(COLOR_BOLD_MAGENTA"%7d | "COLOR_NORMAL, (int)(lineNumber/2)); break; case SHOW_TYPE_SIZE_32: printf(COLOR_BOLD_MAGENTA"%7d | "COLOR_NORMAL, (int)(lineNumber/4)); break; case SHOW_TYPE_SIZE_64: printf(COLOR_BOLD_MAGENTA"%7d | "COLOR_NORMAL, (int)(lineNumber/8)); break; default: break; } } else { printf(COLOR_BOLD_YELLOW" | "COLOR_BOLD_MAGENTA" | "COLOR_NORMAL); } if (readFile1 == 0) { switch(mySize) { case SHOW_TYPE_SIZE_8: numberOfCycle = 16; break; case SHOW_TYPE_SIZE_16: numberOfCycle = 8; break; case SHOW_TYPE_SIZE_32: numberOfCycle = 4; break; case SHOW_TYPE_SIZE_64: numberOfCycle = 2; break; default : numberOfCycle = 0; break; } //printf("no more data"); for (i = 0; i< numberOfCycle; i++) { printNoElement(myType, mySize); } } else { // TODO : mettre les octet qui reste a la fin si ce n'est pas complet i = 0; numberOfCycle = 16; while (i< numberOfCycle) { switch(mySize) { case SHOW_TYPE_SIZE_8: numberOfCycle = 16; for (i = 0; i< numberOfCycle; i++) { if (readFile1 >= (i+1) && readStartFile1 <= (int32_t)i ) { bool OutOfRange = (readFile2 >= (i+1) && readStartFile2 <= (int32_t)i); bool identic = (data1.data_8[i] != data2.data_8[i]); printElement((uint64_t)data1.data_8[i], myType, mySize, identic, OutOfRange); } else { printNoElement(myType, mySize); } } break; case SHOW_TYPE_SIZE_16: numberOfCycle = 8; for (i = 0; i< numberOfCycle; i++) { if ((readFile1/2) >= (i+1) && readStartFile1/2 <= (int32_t)i) { bool OutOfRange = ((readFile2/2) >= (i+1) && readStartFile2/2 <= (int32_t)i); bool identic = (data1.data_16[i] != data2.data_16[i]); printElement((uint64_t)data1.data_16[i], myType, mySize, identic, OutOfRange); } else { printNoElement(myType, mySize); } } break; case SHOW_TYPE_SIZE_32: numberOfCycle = 4; for (i = 0; i< numberOfCycle; i++) { if ((readFile1/4) >= (i+1) && readStartFile1/4 <= (int32_t)i) { bool OutOfRange = ((readFile2/4) >= (i+1) && readStartFile2/4 <= (int32_t)i); bool identic = (data1.data_32[i] != data2.data_32[i]); printElement((uint64_t)data1.data_32[i], myType, mySize, identic, OutOfRange); } else { printNoElement(myType, mySize); } } break; case SHOW_TYPE_SIZE_64: numberOfCycle = 2; for (i = 0; i< numberOfCycle; i++) { if ((readFile1/8) >= (i+1) && readStartFile1/8 <= (int32_t)i) { bool OutOfRange = ((readFile2/8) >= (i+1) && readStartFile2/8 <= (int32_t)i); bool identic = (data1.data_64[i] != data2.data_64[i]); printElement((uint64_t)data1.data_64[i], myType, mySize, identic, OutOfRange); } else { printNoElement(myType, mySize); } } break; default : numberOfCycle = 0; break; } i++; } } printf(" | "); if (readFile2 == 0) { switch(mySize) { case SHOW_TYPE_SIZE_8: numberOfCycle = 16; break; case SHOW_TYPE_SIZE_16: numberOfCycle = 8; break; case SHOW_TYPE_SIZE_32: numberOfCycle = 4; break; case SHOW_TYPE_SIZE_64: numberOfCycle = 2; break; default : numberOfCycle = 0; break; } //printf("no more data"); for (i = 0; i< numberOfCycle; i++) { printNoElement(myType, mySize); } } else { i = 0; numberOfCycle = 16; while (i< numberOfCycle) { switch(mySize) { case SHOW_TYPE_SIZE_8: numberOfCycle = 16; for (i = 0; i< numberOfCycle; i++) { if (readFile2 >= (i+1) && readStartFile2 <= (int32_t)i ) { bool OutOfRange = (readFile1 >= (i+1) && readStartFile1 <= (int32_t)i); bool identic = (data1.data_8[i] != data2.data_8[i]); printElement((uint64_t)data2.data_8[i], myType, mySize, identic, OutOfRange); } else { printNoElement(myType, mySize); } } break; case SHOW_TYPE_SIZE_16: numberOfCycle = 8; for (i = 0; i< numberOfCycle; i++) { if ((readFile2/2) >= (i+1) && readStartFile2/2 <= (int32_t)i ) { bool OutOfRange = ((readFile1/2) >= (i+1) && readStartFile1/2 <= (int32_t)i); bool identic = (data1.data_16[i] != data2.data_16[i]); printElement((uint64_t)data2.data_16[i], myType, mySize, identic, OutOfRange); } else { printNoElement(myType, mySize); } } break; case SHOW_TYPE_SIZE_32: numberOfCycle = 4; for (i = 0; i< numberOfCycle; i++) { if ((readFile2/4) >= (i+1) && readStartFile2/4 <= (int32_t)i ) { bool OutOfRange = ((readFile1/4) >= (i+1) && readStartFile1/4 <= (int32_t)i); bool identic = (data1.data_32[i] != data2.data_32[i]); printElement((uint64_t)data2.data_32[i], myType, mySize, identic, OutOfRange); } else { printNoElement(myType, mySize); } } break; case SHOW_TYPE_SIZE_64: numberOfCycle = 2; for (i = 0; i< numberOfCycle; i++) { if ((readFile2/8) >= (i+1) && readStartFile2/8 <= (int32_t)i ) { bool OutOfRange = ((readFile1/8) >= (i+1) && readStartFile1/8 <= (int32_t)i); bool identic = (data1.data_64[i] != data2.data_64[i]); printElement((uint64_t)data2.data_64[i], myType, mySize, identic, OutOfRange); } else { printNoElement(myType, mySize); } } break; default : numberOfCycle = 0; break; } i++; } } lineNumber = positionStartDisplayFile2; if (lineNumber+NB_DATA_PER_LINE*4-1 >= 0) { switch(mySize) { case SHOW_TYPE_SIZE_8: printf(COLOR_BOLD_MAGENTA" | %7d ", (int)(lineNumber)); break; case SHOW_TYPE_SIZE_16: printf(COLOR_BOLD_MAGENTA" | %7d ", (int)(lineNumber/2)); break; case SHOW_TYPE_SIZE_32: printf(COLOR_BOLD_MAGENTA" | %7d ", (int)(lineNumber/4)); break; case SHOW_TYPE_SIZE_64: printf(COLOR_BOLD_MAGENTA" | %7d ", (int)(lineNumber/8)); break; default: break; } printf(COLOR_BOLD_YELLOW"| 0x%08x"COLOR_NORMAL " |\n", (unsigned int)lineNumber); } else { printf(COLOR_BOLD_MAGENTA" | "COLOR_BOLD_YELLOW"| "COLOR_NORMAL " |\n"); } } } /* Fonction pour le thread du magasin. */ void * threadDisplay (void * p_data) { while (1) { if (getParamModification()) { uint32_t curentFilePosition = getOfsetFile(); uint32_t curentFilePadding = getPaddingOffsetFile(); compareFile(fileProp[0].pointer,fileProp[1].pointer, curentFilePosition, curentFilePadding); } else { usleep(10000); } } return NULL; }