def _upload_from_file(s,fp,tofile,username):
#filesize = os.path.getsize(fp.name);
#filesize = os.fstat(fp.fileno()).st_size;
#fp.seek(0);
curr_pos = fp.tell()
fp.seek(0,2); # Seek to end of file
end_pos = fp.tell();
fp.seek(curr_pos);
filesize = end_pos - curr_pos;
# Select current file on server:
s._select_current_file(filename=tofile,username=username);
header = BIN_FILE + netutils.htonll(filesize);
s._send_string(header);
while (filesize > 0):
buf = fp.read(min(filesize,16384));
l = len(buf);
filesize -= l;
if (l > 0):
s._send_string(buf);
else:
s.disconnect();
raise IOError("Could not read remaining " + str(filesize) + " bytes of " + fp.name + ".");
s._wait_for_bin_ack(); # The server sends an acknowledgment packet
def _request_file(s,filename,username,intent=""):
# Select current file on server:
s._select_current_file(filename=filename,username=username,intent=intent);
# Send a BIN_REQ packet to request a file transfer:
packet = BIN_REQUEST + netutils.htonll(0);
s._send_string(packet);
def _json_rpc_request(s,method,params,request_id):
""" Factory function for JSON-RPC 2.0 rpc requests.
Returns a string that can be directly sent over the network
connection to the RE atlas. """
msg = dict();
msg["jsonrpc"] = "2.0";
msg["method"] = method;
if (params):
msg["params"] = params;
msg["id"] = request_id;
json_string = json.dumps(msg);
# Prepend the json string with a header
request_string = JSON_MSG + netutils.htonll(len(json_string)) + json_string;
return request_string;
def upload_from_string(s,string,remote_file,username=""):
""" upload_from_string(string,remote_file,username=""):
Upload a file from a string to the REatlas server.
Arguments:
string: Contents of the file as a string
remote_file: Name to give the file on the server.
username: If give, upload to this users folder instead of your own.
"""
size = len(string);
s._select_current_file(filename=tofile,username=username);
header = BIN_FILE + netutils.htonll(size);
s._send_string(header);
s._send_string(string);
s._wait_for_bin_ack(); # The server sends an acknowledgment packet
#!/usr/bin/python
import reatlas_client
import netutils
atlas = reatlas_client.REatlas("localhost",65535);
atlas.connect();
atlas.build_functions();
#print(atlas.login(username="******",password="******"));
#print(atlas._get_available_methods());
#print(atlas._select_current_file(filename="test"))
atlas._socket.sendall(reatlas_client.BIN_REQUEST + netutils.htonll(0));
packtype = atlas._socket.recv(1);
l = netutils.ntohll(atlas._socket.recv(8));
print("Type: " + str(netutils.ntohb(packtype)) + " (" + packtype + ")");
print("Length: " + str(l));
print(atlas._socket.recv(l));
atlas.disconnect();
#!/usr/bin/python
import reatlas_client
import netutils
atlas = reatlas_client.REatlas("localhost",65535);
atlas.connect();
atlas.build_functions();
print(atlas.login(username="******",password="******"));
print(atlas._get_available_methods());
print(atlas._select_current_file(filename="test"))
message = "HESTEHEST ! ! ! ! ! ! ! !"
atlas._socket.sendall(reatlas_client.BIN_FILE + netutils.htonll(len(message)));
atlas._socket.sendall(message);
packtype, closed = netutils.readall(atlas._socket,1);
l,closed = netutils.readall(atlas._socket,8);
l = netutils.ntohll(l);
#if (len(packtype) == 1 and len(l) == 8):
if True:
print("Type: " + str(netutils.ntohb(packtype)) + " (" + packtype + ")");
print("Length: " + str(l));
if (l > 0):
print(atlas._socket.recv(l));