def get_call_state(self): hwnd = win32gui.FindWindow(None, "MicroSIP") if hwnd: title = win32gui.GetWindowText(hwnd) if "Dialing" in title: return "dialing" elif "Incoming call" in title: return "ringing" elif "In call with" in title: return "connected" return "idle"
A background script can read this title and trigger events (e.g., run a script when call ends). Below is a complete Python class that wraps MicroSIP API with call monitoring via window title polling. microsip api
TRANSFER <number_or_SIP_URI> 3.5 DTMF Sends DTMF tones (touch tones) during an active call. Useful for navigating IVR menus. def get_call_state(self): hwnd = win32gui
def wait_for_state(self, target_state, timeout=30): start = time.time() while time.time() - start < timeout: if self.get_call_state() == target_state: return True time.sleep(0.5) return False ms = MicroSIPController() ms.dial("123456") if ms.wait_for_state("connected"): ms.dtmf("1") # Press 1 for sales time.sleep(10) ms.hangup() 9. Alternatives & When Not to Use MicroSIP API MicroSIP API is ideal for lightweight, local automation. For production-grade or cross-platform needs, consider: Useful for navigating IVR menus
def dtmf(self, tones): self.dde_client.Execute(f"DTMF tones", timeout=5000)
DIAL 1001 DIAL sip:user@pbx.example.com 3.2 HANGUP Terminates the active call.
def _connect_dde(self): try: self.dde_client = DdeClient("MicroSIP", "Command") self.dde_client.Connect() except: # Launch MicroSIP if not running subprocess.Popen([self.sip_path]) time.sleep(2) self.dde_client = DdeClient("MicroSIP", "Command") self.dde_client.Connect()