def _handle_open_terminal(self, client_sock):
# Fork a new shell behind a pty.
env = {"TERM": "vt100"}
proc_pid, proc_fd = forkexec_pty([self.shell], env=env)
# Assign a new id for the terminal
term = uuid.uuid4().hex
self.terminals[term] = client_sock, proc_fd, proc_pid
self.view_fds[client_sock.fileno()] = term
self.proc_fds[proc_fd] = term
# Append it to the eventlog.
# XXX TODO: this assumes all terminals are the same size as mine.
self.eventlog.write_event({
"act": "OPEN",
"term": term,
"size": get_terminal_size(1)
})
def _handle_open_terminal(self, client_sock):
# Fork a new shell behind a pty.
proc_pid, proc_fd = forkexec_pty([self.shell])
# Assign a new id for the terminal.
# As a special case, the first terminal created when appending to
# an existing session will re-use the last-known terminal uuid.
term = None
if not self.terminals and self.eventlog.events:
last_event = self.eventlog.events[-1]
if last_event["act"] == "CLOSE":
term = last_event.get("term")
if term is None:
term = uuid.uuid4().hex
self.terminals[term] = client_sock, proc_fd, proc_pid
self.view_fds[client_sock.fileno()] = term
self.proc_fds[proc_fd] = term
# Append it to the eventlog.
# XXX TODO: this assumes all terminals are the same size as mine.
self.eventlog.write_event({
"act": "OPEN",
"term": term,
"size": get_terminal_size(1)
})
