{			fprintf( stderr, "Unable to close EWF file handle.\n" );		}		if( libewf_common_close( file_descriptor ) != 0 )		{			fprintf( stderr, "Unable to close input.\n" );		}		libewf_common_free( filename );		return( EXIT_FAILURE );	}	libewf_common_free( case_number );	if( description == NULL )	{		string_length = 0;	}	else	{		string_length = libewf_string_length( description );	}	if( libewf_set_header_value_description( handle, description, string_length ) != 1 )	{		fprintf( stderr, "Unable to set header value description in handle.\n" );		if( libewf_close( handle ) != 0 )		{			fprintf( stderr, "Unable to close EWF file handle.\n" );		}		if( libewf_common_close( file_descriptor ) != 0 )		{			fprintf( stderr, "Unable to close input.\n" );		}		libewf_common_free( filename );		return( EXIT_FAILURE );	}	libewf_common_free( description );	if( examiner_name == NULL )	{		string_length = 0;	}	else	{		string_length = libewf_string_length( examiner_name );	}	if( libewf_set_header_value_examiner_name( handle, examiner_name, string_length ) != 1 )	{		fprintf( stderr, "Unable to set header value examiner name in handle.\n" );		if( libewf_close( handle ) != 0 )		{			fprintf( stderr, "Unable to close EWF file handle.\n" );		}		if( libewf_common_close( file_descriptor ) != 0 )		{			fprintf( stderr, "Unable to close input.\n" );		}		libewf_common_free( filename );		return( EXIT_FAILURE );	}	libewf_common_free( examiner_name );	if( evidence_number == NULL )	{		string_length = 0;	}	else	{		string_length = libewf_string_length( evidence_number );	}	if( libewf_set_header_value_evidence_number( handle, evidence_number, string_length ) != 1 )	{		fprintf( stderr, "Unable to set header value evidence number in handle.\n" );		if( libewf_close( handle ) != 0 )		{			fprintf( stderr, "Unable to close EWF file handle.\n" );		}		if( libewf_common_close( file_descriptor ) != 0 )		{			fprintf( stderr, "Unable to close input.\n" );		}		libewf_common_free( filename );		return( EXIT_FAILURE );	}	libewf_common_free( evidence_number );	if( notes == NULL )	{		string_length = 0;	}	else	{		string_length = libewf_string_length( notes );	}	if( libewf_set_header_value_notes( handle, notes, string_length ) != 1 )	{		fprintf( stderr, "Unable to set header value notes in handle.\n" );		if( libewf_close( handle ) != 0 )		{			fprintf( stderr, "Unable to close EWF file handle.\n" );		}		if( libewf_common_close( file_descriptor ) != 0 )		{			fprintf( stderr, "Unable to close input.\n" );		}		libewf_common_free( filename );		return( EXIT_FAILURE );	}	libewf_common_free( notes );	/* Password is not used within libewf	 */	/* Acquiry date, system date and compression type will be generated automatically when set to NULL	 */	if( acquiry_operating_system != NULL )	{		if( libewf_set_header_value_acquiry_operating_system( handle, acquiry_operating_system, libewf_string_length( acquiry_operating_system ) ) != 1 )		{			fprintf( stderr, "Unable to set header value acquiry operating system in handle.\n" );			if( libewf_close( handle ) != 0 )			{				fprintf( stderr, "Unable to close EWF file handle.\n" );			}			if( libewf_common_close( file_descriptor ) != 0 )			{				fprintf( stderr, "Unable to close input.\n" );			}			libewf_common_free( filename );			return( EXIT_FAILURE );		}		libewf_common_free( acquiry_operating_system );	}	if( libewf_set_header_value( handle, _S_LIBEWF_CHAR( "acquiry_software" ), _S_LIBEWF_CHAR( "ewfacquire" ), 10 ) != 1 )	{		fprintf( stderr, "Unable to set header value acquiry software in handle.\n" );		if( libewf_close( handle ) != 0 )		{			fprintf( stderr, "Unable to close EWF file handle.\n" );		}		if( libewf_common_close( file_descriptor ) != 0 )		{			fprintf( stderr, "Unable to close input.\n" );		}		libewf_common_free( filename );		return( EXIT_FAILURE );	}	if( libewf_set_header_value_acquiry_software_version( handle, acquiry_software_version, libewf_string_length( acquiry_software_version ) ) != 1 )	{		fprintf( stderr, "Unable to set header value acquiry software version number in handle.\n" );		if( libewf_close( handle ) != 0 )		{			fprintf( stderr, "Unable to close EWF file handle.\n" );		}		if( libewf_common_close( file_descriptor ) != 0 )		{			fprintf( stderr, "Unable to close input.\n" );		}		libewf_common_free( filename );		return( EXIT_FAILURE );	}#if defined(HAVE_UUID_UUID_H) && defined(HAVE_LIBUUID)	/* Add a system GUID if necessary	 */	if( ewfcommon_determine_guid( guid, libewf_format ) != 1 )	{		fprintf( stderr, "Unable to create GUID.\n" );		if( libewf_close( handle ) != 0 )		{			fprintf( stderr, "Unable to close EWF file handle.\n" );		}		if( libewf_common_close( file_descriptor ) != 0 )		{			fprintf( stderr, "Unable to close input.\n" );		}		libewf_common_free( filename );		return( EXIT_FAILURE );	}	if( libewf_set_guid( handle, guid, 16 ) != 1 )	{		fprintf( stderr, "Unable to set GUID in handle.\n" );		if( libewf_close( handle ) != 0 )		{			fprintf( stderr, "Unable to close EWF file handle.\n" );		}		if( libewf_common_close( file_descriptor ) != 0 )		{			fprintf( stderr, "Unable to close input.\n" );		}		libewf_common_free( filename );		return( EXIT_FAILURE );	}#endif	/* Start acquiring data	 */	timestamp_start = time( NULL );	time_string     = libewf_common_ctime( &timestamp_start );	if( time_string != NULL )	{		fprintf( stderr, "Acquiry started at: %" PRIs "\n", time_string );		libewf_common_free( time_string );	}	else	{		fprintf( stderr, "Acquiry started.\n" );	}	if( callback != NULL )	{		ewfcommon_process_status_initialize( stderr, _S_LIBEWF_CHAR( "acquired" ), timestamp_start );	}	fprintf( stderr, "This could take a while.\n\n" );	count = ewfcommon_write_from_file_descriptor( handle, file_descriptor, acquiry_size, acquiry_offset, read_error_retry, sector_error_granularity, wipe_block_on_read_error, seek_on_error, calculate_sha1, callback );	/* Done acquiring data	 */	if( count > -1 )	{		calculated_md5_hash_string = (LIBEWF_CHAR *) libewf_common_alloc( LIBEWF_CHAR_SIZE * LIBEWF_STRING_DIGEST_HASH_LENGTH_MD5 );		if( calculated_md5_hash_string == NULL )		{			fprintf( stderr, "Unable to create calculated MD5 hash string.\n" );			if( libewf_close( handle ) != 0 )			{				fprintf( stderr, "Unable to close EWF file handle.\n" );			}			if( libewf_common_close( file_descriptor ) != 0 )			{				fprintf( stderr, "Unable to close input.\n" );			}			libewf_common_free( filename );			return( EXIT_FAILURE );		}		result_md5_hash = libewf_get_calculated_md5_hash( handle, calculated_md5_hash_string, LIBEWF_STRING_DIGEST_HASH_LENGTH_MD5 );		if( calculate_sha1 == 1 )		{			calculated_sha1_hash_string = (LIBEWF_CHAR *) libewf_common_alloc( LIBEWF_CHAR_SIZE * LIBEWF_STRING_DIGEST_HASH_LENGTH_SHA1 );			if( calculated_sha1_hash_string == NULL )			{				fprintf( stderr, "Unable to create calculated SHA1 hash string.\n" );				libewf_common_free( calculated_md5_hash_string );				if( libewf_close( handle ) != 0 )				{					fprintf( stderr, "Unable to close EWF file handle.\n" );				}				if( libewf_common_close( file_descriptor ) != 0 )				{					fprintf( stderr, "Unable to close input.\n" );				}				libewf_common_free( filename );				return( EXIT_FAILURE );			}			result_sha1_hash = libewf_get_hash_value( handle, _S_LIBEWF_CHAR( "SHA1" ), calculated_sha1_hash_string, LIBEWF_STRING_DIGEST_HASH_LENGTH_SHA1 );		}	}	if( libewf_common_close( file_descriptor ) != 0 )	{		fprintf( stderr, "Unable to close input.\n" );		if( libewf_close( handle ) != 0 )		{			fprintf( stderr, "Unable to close EWF file handle.\n" );		}		libewf_common_free( filename );		libewf_common_free( calculated_md5_hash_string );		if( calculate_sha1 == 1 )		{			libewf_common_free( calculated_sha1_hash_string );		}		return( EXIT_FAILURE );	}	libewf_common_free( filename );	timestamp_end = time( NULL );	time_string   = libewf_common_ctime( &timestamp_end );	if( count <= -1 )	{		if( time_string != NULL )		{			fprintf( stderr, "Acquiry failed at: %" PRIs "\n", time_string );			libewf_common_free( time_string );		}		else		{			fprintf( stderr, "Acquiry failed.\n" );		}		if( libewf_close( handle ) != 0 )		{			fprintf( stderr, "Unable to close EWF file handle.\n" );		}		libewf_common_free( calculated_md5_hash_string );		if( calculate_sha1 == 1 )		{			libewf_common_free( calculated_sha1_hash_string );		}		return( EXIT_FAILURE );	}	if( time_string != NULL )	{		fprintf( stderr, "Acquiry completed at: %" PRIs "\n", time_string );		libewf_common_free( time_string );	}	else	{		fprintf( stderr, "Acquiry completed.\n" );	}	ewfcommon_process_summary_fprint( stderr, _S_LIBEWF_CHAR( "Written" ), count, timestamp_start, timestamp_end );	fprintf( stderr, "\n" );	ewfcommon_acquiry_errors_fprint( stderr, handle );	if( libewf_close( handle ) != 0 )	{		fprintf( stderr, "Unable to close EWF file handle.\n" );		libewf_common_free( calculated_md5_hash_string );		if( calculate_sha1 == 1 )		{			libewf_common_free( calculated_sha1_hash_string );		}		return( EXIT_FAILURE );	}	if( result_md5_hash == -1 )	{		fprintf( stderr, "Unable to get calculated MD5 hash.\n" );		libewf_common_free( calculated_md5_hash_string );		if( calculate_sha1 == 1 )		{			libewf_common_free( calculated_sha1_hash_string );		}		return( EXIT_FAILURE );	}	else if( result_md5_hash == 0 )	{		fprintf( stderr, "MD5 hash calculated over data:\tN/A\n" );	}	else	{		fprintf( stderr, "MD5 hash calculated over data:\t%" PRIs_EWF "\n", calculated_md5_hash_string );	}	libewf_common_free( calculated_md5_hash_string );	if( calculate_sha1 == 1 )	{		if( result_sha1_hash == -1 )		{			fprintf( stderr, "Unable to get calculated SHA1 hash.\n" );			libewf_common_free( calculated_sha1_hash_string );			return( EXIT_FAILURE );		}		else if( result_sha1_hash == 0 )		{			fprintf( stderr, "SHA1 hash calculated over data:\tN/A\n" );		}		else		{			fprintf( stderr, "SHA1 hash calculated over data:\t%" PRIs_EWF "\n", calculated_sha1_hash_string );		}		libewf_common_free( calculated_sha1_hash_string );	}	return( EXIT_SUCCESS );}