This example demonstrates the following aspects of the SFTP support available with Spring Integration:
1. SFTP Inbound Channel Adapter (transfers files from remote to local directory)
2. SFTP Outbound Channel Adapter (transfers files from local to the remote directory)
In order to run this sample you need to
1. generate private/public keys. Below is simple directions what needs to be done
2. update user.properties file with appropriate values
3. run the sample
#### INBOUND CHANNEL ADAPTER ####
To run INBOUND CHANNEL ADAPTER sample execute SftpInboundReceiveSample test. You will see that based on configuration it
will access sample remote directory which contains 3 files and will attept to securly copy them to a local directory which
will be generated.
The output should look like this:
=====
Received first file message: [Payload=local-dir/a.txt][Headers={timestamp=1290066001349, id=9dca686a-cfd4-4d96-a1a7-761feb005e43}]
Received second file message: [Payload=local-dir/b.txt][Headers={timestamp=1290066001650, id=d33a475d-fa71-4c5b-b73e-3147969f1c6f}]
No third file was received null
=====
As you can see, although the remote directory had 3 files we only received 2 since we were filtering only the files that end with 'txt'.
#### OUTBOUND CHANNEL ADAPTER ####
To run OUTBOUND CHANNEL ADAPTER sample execute SftpOutboundTransferSample test. You will see that based on configuration it
will attempt to transfer this 'readme.txt' file to a remote directory 'remote-target-dir'
The output should look like this:
=====
Successfully transfered 'readme.txt' file to a remote location under the name 'readme.txt_foo'
=====
NOTE: You can see that we are using SpEL via 'remote-filename-generator-expression' attribute to define the remote file name by
simply appending '_foo' to the original file name.
#### OUTBOUND GATEWAY ####
Run the FtpOutoundGateway sample as a JUnit test; it creates 2 files, retrieves and removes them over ftp. It cleans up
by removing the retrieved files. Test assumes full access to the filesystem via /tmp where the test files are created.
Requires sshd to be running on localhost.
This sample uses a property 'private.keyfile' to point to the location of your private key.
Requires setting of user, private.keyfile and, optionally, passphrase in user.properties.
====== HOW TO GENERATE KEYS ======
>$ ssh-keygen
Generating public/private rsa key pair.
Enter file in which to save the key (/Users/ozhurakousky/.ssh/id_rsa): ./sftp_rsa
Enter passphrase (empty for no passphrase):
Enter same passphrase again:
Your identification has been saved in ./sftp_rsa.
Your public key has been saved in ./sftp_rsa.pub.
The key fingerprint is:
2c:30:7c:18:3c:a0:d5:83:68:78:7e:c1:5f:c1:3e:3d ozhurakousky@oleg.home
The key's randomart image is:
+--[ RSA 2048]----+
|..o*. ... |
|o+o.Bo o |
|oo ==.o . |
| . .+..o E |
| . . S. . |
| . |
| |
| |
| |
+-----------------+
>$ ls
sftp_rsa sftp_rsa.pub
>$
2. Create a file ~/.ssh/authorized_keys and give it the required permissions
>$ chmod 600 ~/.ssh/authorized_keys
3. Then edit 'authorized_keys' file and paste in the contents of the public key file 'sftp_rsa.pub' .
4. Move your private key file 'sftp_rsa' to META-INF/keys directory
