public void Read(PEFile pFile) { Offset = pFile.ReadUInt32(); Size = pFile.ReadUInt32(); Name = pFile.ReadString(); uint headerSize = (uint)(sizeof(uint) * 2 + (Name.Length + 1)); if ((headerSize & 0x03) != 0) pFile.Cursor += 4 - (headerSize & 0x03); }
public void Read(PEFile pFile) { Signature = pFile.ReadUInt32(); Machine = pFile.ReadUInt16(); NumberOfSections = pFile.ReadUInt16(); Timestamp = pFile.ReadUInt32(); PointerToSymbolTable = pFile.ReadUInt32(); NumberOfSymbols = pFile.ReadUInt32(); SizeOfOptionalHeader = pFile.ReadUInt16(); Characteristics = pFile.ReadUInt16(); }
public void Read(PEFile pFile) { Signature = pFile.ReadUInt32(); Machine = pFile.ReadUInt16(); NumberOfSections = pFile.ReadUInt16(); Timestamp = pFile.ReadUInt32(); PointerToSymbolTable = pFile.ReadUInt32(); NumberOfSymbols = pFile.ReadUInt32(); SizeOfOptionalHeader = pFile.ReadUInt16(); Characteristics = pFile.ReadUInt16(); }
public void Read(PEFile pFile) { Signature = pFile.ReadUInt16(); LastPageByteCount = pFile.ReadUInt16(); PageCount = pFile.ReadUInt16(); RelocationCount = pFile.ReadUInt16(); HeaderParagraphCount = pFile.ReadUInt16(); MinimumParagraphCount = pFile.ReadUInt16(); MaximumParagraphCount = pFile.ReadUInt16(); RegisterSS = pFile.ReadUInt16(); RegisterSP = pFile.ReadUInt16(); Checksum = pFile.ReadUInt16(); RegisterIP = pFile.ReadUInt16(); RegisterCS = pFile.ReadUInt16(); RelocationOffset = pFile.ReadUInt16(); Overlay = pFile.ReadUInt16(); for (int index = 0; index < ReservedA.Length; ++index) { ReservedA[index] = pFile.ReadUInt16(); } OEMIdentifier = pFile.ReadUInt16(); OEMInformation = pFile.ReadUInt16(); for (int index = 0; index < ReservedB.Length; ++index) { ReservedB[index] = pFile.ReadUInt16(); } NextHeaderOffset = pFile.ReadUInt32(); }
public void Read(PEFile pFile) { SizeOfHeader = pFile.ReadUInt32(); MajorRuntimeVersion = pFile.ReadUInt16(); MinorRuntimeVersion = pFile.ReadUInt16(); Metadata.Read(pFile); Flags = pFile.ReadUInt32(); EntryPointToken = pFile.ReadUInt32(); EntryPointRVA = pFile.ReadUInt16(); Resources.Read(pFile); StrongNameSignature.Read(pFile); CodeManagerTable.Read(pFile); VTableFixups.Read(pFile); ExportAddressTableJumps.Read(pFile); ManagedNativeHeader.Read(pFile); }
public bool Read(PEFile pFile) { Signature = pFile.ReadUInt32(); MajorVersion = pFile.ReadUInt16(); MinorVersion = pFile.ReadUInt16(); Reserved = pFile.ReadUInt32(); VersionLength = pFile.ReadUInt32(); Version = pFile.ReadBytes(VersionLength); Flags = pFile.ReadUInt16(); StreamCount = pFile.ReadUInt16(); Streams = new CLIMetadataStreamHeader[StreamCount]; for (int index = 0; index < Streams.Length; ++index) { Streams[index] = new CLIMetadataStreamHeader(); Streams[index].Read(pFile); } return true; }
public void Read(PEFile pFile) { ReservedA = pFile.ReadUInt32(); MajorVersion = pFile.ReadByte(); MinorVersion = pFile.ReadByte(); HeapOffsetSizes = pFile.ReadByte(); ReservedB = pFile.ReadByte(); PresentTables = pFile.ReadUInt64(); SortedTables = pFile.ReadUInt64(); }
public void Read(PEFile pFile) { Name = pFile.ReadString(8); PhysicalAddress = VirtualSize = pFile.ReadUInt32(); VirtualAddress = pFile.ReadUInt32(); SizeOfRawData = pFile.ReadUInt32(); PointerToRawData = pFile.ReadUInt32(); PointerToRelocations = pFile.ReadUInt32(); PointerToLineNumbers = pFile.ReadUInt32(); NumberOfRelocations = pFile.ReadUInt16(); NumberOfLineNumbers = pFile.ReadUInt16(); Characteristics = pFile.ReadUInt32(); }
public void Read(PEFile pFile) { Name = pFile.ReadString(8); PhysicalAddress = VirtualSize = pFile.ReadUInt32(); VirtualAddress = pFile.ReadUInt32(); SizeOfRawData = pFile.ReadUInt32(); PointerToRawData = pFile.ReadUInt32(); PointerToRelocations = pFile.ReadUInt32(); PointerToLineNumbers = pFile.ReadUInt32(); NumberOfRelocations = pFile.ReadUInt16(); NumberOfLineNumbers = pFile.ReadUInt16(); Characteristics = pFile.ReadUInt32(); }
public void Read(PEFile pFile) { Signature = pFile.ReadUInt16(); LastPageByteCount = pFile.ReadUInt16(); PageCount = pFile.ReadUInt16(); RelocationCount = pFile.ReadUInt16(); HeaderParagraphCount = pFile.ReadUInt16(); MinimumParagraphCount = pFile.ReadUInt16(); MaximumParagraphCount = pFile.ReadUInt16(); RegisterSS = pFile.ReadUInt16(); RegisterSP = pFile.ReadUInt16(); Checksum = pFile.ReadUInt16(); RegisterIP = pFile.ReadUInt16(); RegisterCS = pFile.ReadUInt16(); RelocationOffset = pFile.ReadUInt16(); Overlay = pFile.ReadUInt16(); for (int index = 0; index < ReservedA.Length; ++index) ReservedA[index] = pFile.ReadUInt16(); OEMIdentifier = pFile.ReadUInt16(); OEMInformation = pFile.ReadUInt16(); for (int index = 0; index < ReservedB.Length; ++index) ReservedB[index] = pFile.ReadUInt16(); NextHeaderOffset = pFile.ReadUInt32(); }
public bool Read(PEFile pFile) { Magic = pFile.ReadUInt16(); MajorLinkerVersion = pFile.ReadByte(); MinorLinkerVersion = pFile.ReadByte(); SizeOfCode = pFile.ReadUInt32(); SizeOfInitializedData = pFile.ReadUInt32(); SizeOfUninitializedData = pFile.ReadUInt32(); AddressOfEntryPoint = pFile.ReadUInt32(); BaseOfCode = pFile.ReadUInt32(); BaseOfData = pFile.ReadUInt32(); ImageBase = pFile.ReadUInt32(); SectionAlignment = pFile.ReadUInt32(); FileAlignment = pFile.ReadUInt32(); MajorOperatingSystemVersion = pFile.ReadUInt16(); MinorOperatingSystemVersion = pFile.ReadUInt16(); MajorImageVersion = pFile.ReadUInt16(); MinorImageVersion = pFile.ReadUInt16(); MajorSubsystemVersion = pFile.ReadUInt16(); MinorSubsystemVersion = pFile.ReadUInt16(); Reserved = pFile.ReadUInt32(); SizeOfImage = pFile.ReadUInt32(); SizeOfHeaders = pFile.ReadUInt32(); Checksum = pFile.ReadUInt32(); Subsystem = pFile.ReadUInt16(); DllCharacteristics = pFile.ReadUInt16(); SizeOfStackReserve = pFile.ReadUInt32(); SizeOfStackCommit = pFile.ReadUInt32(); SizeOfHeapReserve = pFile.ReadUInt32(); SizeOfHeapCommit = pFile.ReadUInt32(); LoaderFlags = pFile.ReadUInt32(); NumberOfRVAAndSizes = pFile.ReadUInt32(); for (int index = 0; index < DataDirectories.Length; ++index) { DataDirectories[index] = new DataDirectory(); DataDirectories[index].Read(pFile); } return(true); }
public void Read(PEFile pFile) { VirtualAddress = pFile.ReadUInt32(); Size = pFile.ReadUInt32(); }
public bool Read(PEFile pFile) { Magic = pFile.ReadUInt16(); MajorLinkerVersion = pFile.ReadByte(); MinorLinkerVersion = pFile.ReadByte(); SizeOfCode = pFile.ReadUInt32(); SizeOfInitializedData = pFile.ReadUInt32(); SizeOfUninitializedData = pFile.ReadUInt32(); AddressOfEntryPoint = pFile.ReadUInt32(); BaseOfCode = pFile.ReadUInt32(); BaseOfData = pFile.ReadUInt32(); ImageBase = pFile.ReadUInt32(); SectionAlignment = pFile.ReadUInt32(); FileAlignment = pFile.ReadUInt32(); MajorOperatingSystemVersion = pFile.ReadUInt16(); MinorOperatingSystemVersion = pFile.ReadUInt16(); MajorImageVersion = pFile.ReadUInt16(); MinorImageVersion = pFile.ReadUInt16(); MajorSubsystemVersion = pFile.ReadUInt16(); MinorSubsystemVersion = pFile.ReadUInt16(); Reserved = pFile.ReadUInt32(); SizeOfImage = pFile.ReadUInt32(); SizeOfHeaders = pFile.ReadUInt32(); Checksum = pFile.ReadUInt32(); Subsystem = pFile.ReadUInt16(); DllCharacteristics = pFile.ReadUInt16(); SizeOfStackReserve = pFile.ReadUInt32(); SizeOfStackCommit = pFile.ReadUInt32(); SizeOfHeapReserve = pFile.ReadUInt32(); SizeOfHeapCommit = pFile.ReadUInt32(); LoaderFlags = pFile.ReadUInt32(); NumberOfRVAAndSizes = pFile.ReadUInt32(); for (int index = 0; index < DataDirectories.Length; ++index) { DataDirectories[index] = new DataDirectory(); DataDirectories[index].Read(pFile); } return true; }
public void Read(PEFile pFile) { VirtualAddress = pFile.ReadUInt32(); Size = pFile.ReadUInt32(); }