- #SFTP CLIENT FOR WINDOWS ASCII CODE#
- #SFTP CLIENT FOR WINDOWS ASCII DOWNLOAD#
- #SFTP CLIENT FOR WINDOWS ASCII WINDOWS#
#SFTP CLIENT FOR WINDOWS ASCII CODE#
code modified so it also runs under Linux.introduced more "data types" for more secure interfaces.It is only a small application which should demonstrate the use of the classes in a non Microsoft environment. A console application created with Bloodshed Dev-C++. Replaced the magic numbers concerning the reply codes with a class.for writing unit tests (by simulating a specific scenario of a FTP communication). Therefore it is possible to exchange the socket implementation, e.g. Added an interface for the blocking socket ( IBlockingSocket).For example, the bytes can be written only in memory or another TCP stream. Through this concept there is no need to write the received files to a file. ExecuteDatachannelCommand now accepts an ITransferNotification object.Explicit detaching of observers are not necessary anymore.Return value of std:string->find must be checked against npos.Infinite loop if the response line doesn't end with CRLF.Bug in OpenPassiveDataConnection removed: SendCommand was called before data connection was established.Tstring output = outputStream.GetBuffer() NsFTP::COutputStream outputStream(_T( " \r\n"), _T( " Example")) įtpClientSource.DownloadFile(_T( " /file.txt"), outputStream, Void TestDownloadAsciiFileIntoTextBuffer() NsFTP::CFTPClient::TransferFile(ftpClientSource, _T( " /file.txt"), NsFTP::CLogonInfo logonInfoTarget(_T( " targetftpserver"), 21, _T( " anonymous"), NsFTP::CLogonInfo logonInfoSource(_T( " sourceftpserver"), 21, _T( " anonymous"), iterate listing for( nsFTP::TFTPFileStatusShPtrVec::iterator it=list.begin() NsFTP::CLogonInfo logonInfo(_T( " localhost"), 21, _T( " anonymous"), The CFTPClient object notifies all the attached observers about the various actions (see example application): The class which derives from CFTPClient::CNotifaction can be attached to the CFTPClient class as an observer. The base class for notification mechanism.
#SFTP CLIENT FOR WINDOWS ASCII DOWNLOAD#
This can be used for example to download a file only into memory instead of a local file (see class COutputStream). Implementations of this interface can be used in the Download and Upload methods for controlling the byte streams which are be downloaded/uploaded. Interface for defining a parser class which can be set in the CFTPClient class for parsing the output of the LIST command. Handles the complete communication with the FTP-server like:Ī simple data structure for logon information, such as host, username, password, firewall. The most important ones are the following: But most of them are just simple "datatypes". Most of the documentation in my code are taken from this RFC. The official specification of the File Transfer Protocol (FTP) is the RFC 959.
#SFTP CLIENT FOR WINDOWS ASCII WINDOWS#
The example application is only for Windows platforms. Notice: The example is not a fully functional FTP-client-application. With a few lines of code you can log the communication or visualize file transfers. The example shows how easy it is to use this class. parser which parses the output of the LIST command can be replaced by implementing the interface "IFileListParser",.smart pointer implementation can be easily replaced with boost::shared_ptr or std::shared_ptr by defining USE_BOOST_SMART_PTR or USE_STD_SMART_PTR,.testet under Linux (Suse 11.4) with Qt,.testet under Windows with Visual Studio 2008,.supports file eXchange Protocol (FXP) - uses FTP to transfer data directly from one remote server to another (servers must support this feature),.not using other MFC-stuffs like CString (uses STL),.I haven't tested the code on other platforms, but I think with little modifications it would compile and run smoothly. The code for the parsing of different FTP LIST responses is taken from D. The implementation of the logon-sequence (with Firewall support) was published in an article on CodeGuru by Phil Anderson. Further, I have used a smart pointer-implementation from Scott Meyers "Effective C++, More Effective C++, Effective STL". These classes are only small wrappers for the sockets-API. For the purpose of communication, I have used the classes CBlockingSocket, CSockAddr. I have tried to implement it as platform independent. CFTPClient is a class to encapsulate the FTP protocol.