from foscam import FoscamCamera from time import sleep mycam = FoscamCamera('192.168.1.108', 88, 'admin', 'agua') mycam.ptz_move_up() sleep(1) mycam.ptz_stop_run()
class TestFoscam(unittest.TestCase): def setUp(self): self.foscam = FoscamCamera(CAM_HOST, CAM_PORT, CAM_USER, CAM_PASS) # ***************** Test Account Functions *************************** def test_change_user_name(self): self.foscam.change_user_name('admin', 'cherish') self.foscam.usr = '******' self.foscam.get_ip_info() self.foscam.change_user_name('cherish', 'admin') def test_change_password(self): self.foscam.change_password('admin', 'foscam', 'qhomecam') self.foscam.pwd = 'qhomecam' self.foscam.get_ip_info() self.foscam.change_password('admin', 'qhomecam', 'foscam') # ***************** Test AV Functions ********************* def test_sub_video_stream(self): self.foscam.get_sub_video_stream_type() self.foscam.set_sub_stream_format(1) self.foscam.get_sub_video_stream_type() def test_video_stream_param(self): self.foscam.get_main_video_stream_type() self.foscam.get_video_stream_param() self.foscam.set_video_stream_param(0, 0, 2*1024*1024, 30, 30, 1) self.foscam.get_video_stream_param() def test_mirror_video(self): # Turn on mirror rc, args = self.foscam.mirror_video(1) self.assertEqual(rc, 0) # Turn off mirror rc, args = self.foscam.mirror_video(0) self.assertEqual(rc, 0) def test_flip_video(self): # Filp rc, args = self.foscam.flip_video(1) self.assertEqual(rc, 0) # Not Filp rc, args = self.foscam.flip_video(0) self.assertEqual(rc, 0) def test_get_mirror_and_flip_setting(self): rc, args = self.foscam.get_mirror_and_flip_setting() self.assertEqual(rc, 0) # ***************** Test Network Functions ********************* def test_get_ip_info(self): rc, info = self.foscam.get_ip_info() self.assertTrue(rc == 0) # ***************** Test Network Functions ********************* def test_set_ip_info(self): old = self.foscam.get_ip_info() self.foscam.set_ip_info(is_dhcp=0, ip='192.168.0.110', \ gate='192.168.0.1', mask='255.255.255.0', \ dns1='192.168.0.1', dns2='8.8.8.8') # Wait to reboot. sleep(30) self.foscam.get_ip_info() def test_set_port(self): rc, args = self.foscam.get_port_info() rc, args = self.foscam.set_port_info(webport=88, mediaport=88, \ httpsport=443, onvifport=888) self.assertEqual(rc, 0) rc, args = self.foscam.get_port_info() def test_set_upnp(self): self.foscam.get_upnp_config() self.foscam.set_upnp_config(0) self.foscam.set_upnp_config(1) def test_wifi(self): self.foscam.refresh_wifi_list() self.foscam.get_wifi_list(0) self.foscam.get_wifi_config() self.foscam.set_wifi_setting( ssid=CAM_WIFI_SSID, psk=CAM_WIFI_PASS, isenable=0, isusewifi=0, nettype=0, encryptype=4, authmode=1, keyformat=0, defaultkey=1) # *************** PTZ Move ******************************** def test_move_up(self): # Test Move up self.foscam.ptz_move_up() self.foscam.ptz_stop_run() def test_move_down(self): # Test Move down self.foscam.ptz_move_down() self.foscam.ptz_stop_run() def test_move_left(self): # Test Move left self.foscam.ptz_move_left() self.foscam.ptz_stop_run() def test_move_right(self): self.foscam.ptz_move_right() self.foscam.ptz_stop_run() def test_move_top_left(self): self.foscam.ptz_move_top_left() self.foscam.ptz_stop_run() def test_move_top_right(self): self.foscam.ptz_move_top_right() self.foscam.ptz_stop_run() def test_move_bottom_left(self): self.foscam.ptz_move_bottom_left() self.foscam.ptz_stop_run() def test_move_bottom_right(self): self.foscam.ptz_move_bottom_right() self.foscam.ptz_stop_run() def test_reset(self): self.foscam.ptz_reset() def test_ptz_speed(self): self.foscam.get_ptz_speed() self.foscam.set_ptz_speed(4) self.foscam.ptz_move_up() self.foscam.ptz_stop_run() def test_ptz_selftest(self): self.foscam.set_ptz_selftestmode(mode=1) flag, kwargs = self.foscam.get_ptz_selftestmode() self.assertTrue('mode' in kwargs and int(kwargs['mode']) is 1) self.foscam.set_ptz_selftestmode(mode=0) flag, kwargs = self.foscam.get_ptz_selftestmode() self.assertTrue('mode' in kwargs and int(kwargs['mode']) is 0) # ***************** Test device manage ****************** def test_get_set_system_time(self): rc, args = self.foscam.get_system_time() self.assertTrue(rc == 0) self.foscam.set_system_time(time_source=args['timeSource'], ntp_server=args['ntpServer'], date_format=args['dateFormat'], time_format=args['timeFormat'], time_zone=args['timeZone'], is_dst=args['isDst'], dst=args['dst'], year=args['year'], mon=args['mon'], day=args['day'], hour=args['hour'], minute=args['minute'], sec=args['sec'], ) def test_devname(self): args = self.foscam.get_dev_name() self.foscam.set_dev_name('cherish`s cam') self.foscam.get_dev_name() self.foscam.set_dev_name(args['devName']) def test_dev_state(self): rc, args = self.foscam.get_dev_state() self.assertEqual(rc, 0) # ************ Test AV Function ************************* def test_get_alarm_record_config(self): print self.foscam.get_alarm_record_config() def test_set_alarm_record_config(self): rc, old_args = self.foscam.get_alarm_record_config() new_args = {'isEnablePreRecord': 1, 'alarmRecordSecs' : 240, 'preRecordSecs' : 5 } self.foscam.set_alarm_record_config( alarm_record_secs=new_args['alarmRecordSecs'], prerecord_secs=new_args['preRecordSecs']) rc, args = self.foscam.get_alarm_record_config() self.assertTrue(rc == 0) self.assertTrue(int(args['alarmRecordSecs']) == \ new_args['alarmRecordSecs']) self.assertTrue(int(args['preRecordSecs']) == \ new_args['preRecordSecs']) self.foscam.set_alarm_record_config( alarm_record_secs=old_args['alarmRecordSecs'], prerecord_secs=old_args['preRecordSecs']) def test_get_local_alarm_record_config(self): rc, args = self.foscam.get_local_alarm_record_config() self.assertTrue(set(args) == set(['isEnableLocalAlarmRecord', 'localAlarmRecordSecs'])) def test_set_local_alarm_recor_config(self): rc, args = self.foscam.set_local_alarm_record_config( is_enable_local_alarm_record=1, local_alarm_record_secs=60) self.assertTrue(rc == 0) rc, args = self.foscam.get_local_alarm_record_config() self.assertTrue(rc == 0 \ and args['isEnableLocalAlarmRecord'] == '1' \ and args['localAlarmRecordSecs'] == '60') def test_get_h264_frm_ref_mode(self): rc, args = self.foscam.get_h264_frm_ref_mode() self.assertEqual(rc, 0) self.assertEqual(args.keys(), ['mode']) def test_set_h264_frm_ref_mode(self): mode = 3 rc, args = self.foscam.set_h264_frm_ref_mode(mode=mode) self.assertEqual(rc, 0) rc, args = self.foscam.get_h264_frm_ref_mode() self.assertEqual(rc, 0) self.assertEqual(args['mode'], str(mode)) def test_get_schedule_record_config(self): all_args = set(['isEnable', 'isEnableAudio', 'recordLevel', 'schedule0', 'schedule1', 'schedule2', 'schedule3', 'schedule4', 'schedule5', 'schedule6', 'spaceFullMode']) rc, args = self.foscam.get_schedule_record_config() self.assertTrue(rc == 0) self.assertTrue(set(args) == all_args) def test_set_schedule_record_config(self): rc, args = self.foscam.set_schedule_record_config( is_enable=1, record_level=4, space_full_mode=0, is_enable_audio=0) self.assertTrue(rc == 0) def test_get_record_path(self): rc, args = self.foscam.get_record_path() self.assertTrue(rc == 0) self.assertTrue(set(args) == set(['path', 'free', 'total'])) def test_set_record_path(self): rc, args = self.foscam.get_record_path() self.assertTrue(rc == 0) rc, args = self.foscam.set_record_path(path=0) self.assertTrue(rc == 0) # ******************* Other ***************************** def test_unblocked_execute(self): self.foscam.daemon=True self.foscam.ptz_move_up() sleep(0.5) self.foscam.ptz_stop_run() def test_callback(self): def print_res(*args, **kwargs): with open('temp.txt', 'w') as f: f.write(str(args)) f.write(str(kwargs)) self.foscam.daemon=True self.foscam.get_ip_info(print_res) timeout = 10 flag = False while timeout >= 0: try: with open('temp.txt', 'r') as f: self.assertTrue(open('temp.txt', 'r').read() != '') flag = True break except Exception: pass sleep(0.5) timeout -= 0.5 self.assertTrue(flag)
class TestFoscam(unittest.TestCase): def setUp(self): self.foscam = FoscamCamera(CAM_HOST, CAM_PORT, CAM_USER, CAM_PASS) # ***************** Test Account Functions *************************** def test_change_user_name(self): self.foscam.change_user_name('admin', 'cherish') self.foscam.usr = '******' self.foscam.get_ip_info() self.foscam.change_user_name('cherish', 'admin') def test_change_password(self): self.foscam.change_password('admin', 'foscam', 'qhomecam') self.foscam.pwd = 'qhomecam' self.foscam.get_ip_info() self.foscam.change_password('admin', 'qhomecam', 'foscam') # ***************** Test AV Functions ********************* def test_sub_video_stream(self): self.foscam.get_sub_video_stream_type() self.foscam.set_sub_stream_format(1) self.foscam.get_sub_video_stream_type() def test_video_stream_param(self): self.foscam.get_main_video_stream_type() self.foscam.get_video_stream_param() self.foscam.set_video_stream_param(0, 0, 2 * 1024 * 1024, 30, 30, 1) self.foscam.get_video_stream_param() def test_mirror_video(self): # Turn on mirror rc, args = self.foscam.mirror_video(1) self.assertEqual(rc, 0) # Turn off mirror rc, args = self.foscam.mirror_video(0) self.assertEqual(rc, 0) def test_flip_video(self): # Filp rc, args = self.foscam.flip_video(1) self.assertEqual(rc, 0) # Not Filp rc, args = self.foscam.flip_video(0) self.assertEqual(rc, 0) def test_get_mirror_and_flip_setting(self): rc, args = self.foscam.get_mirror_and_flip_setting() self.assertEqual(rc, 0) # ***************** Test Network Functions ********************* def test_get_ip_info(self): rc, info = self.foscam.get_ip_info() self.assertTrue(rc == 0) # ***************** Test Network Functions ********************* def test_set_ip_info(self): old = self.foscam.get_ip_info() self.foscam.set_ip_info(is_dhcp=0, ip='192.168.0.110', \ gate='192.168.0.1', mask='255.255.255.0', \ dns1='192.168.0.1', dns2='8.8.8.8') # Wait to reboot. sleep(30) self.foscam.get_ip_info() def test_set_port(self): rc, args = self.foscam.get_port_info() rc, args = self.foscam.set_port_info(webport=88, mediaport=88, \ httpsport=443, onvifport=888) self.assertEqual(rc, 0) rc, args = self.foscam.get_port_info() def test_set_upnp(self): self.foscam.get_upnp_config() self.foscam.set_upnp_config(0) self.foscam.set_upnp_config(1) def test_wifi(self): self.foscam.refresh_wifi_list() self.foscam.get_wifi_list(0) self.foscam.get_wifi_config() self.foscam.set_wifi_setting(ssid=CAM_WIFI_SSID, psk=CAM_WIFI_PASS, isenable=0, isusewifi=0, nettype=0, encryptype=4, authmode=1, keyformat=0, defaultkey=1) # *************** PTZ Move ******************************** def test_move_up(self): # Test Move up self.foscam.ptz_move_up() self.foscam.ptz_stop_run() def test_move_down(self): # Test Move down self.foscam.ptz_move_down() self.foscam.ptz_stop_run() def test_move_left(self): # Test Move left self.foscam.ptz_move_left() self.foscam.ptz_stop_run() def test_move_right(self): self.foscam.ptz_move_right() self.foscam.ptz_stop_run() def test_move_top_left(self): self.foscam.ptz_move_top_left() self.foscam.ptz_stop_run() def test_move_top_right(self): self.foscam.ptz_move_top_right() self.foscam.ptz_stop_run() def test_move_bottom_left(self): self.foscam.ptz_move_bottom_left() self.foscam.ptz_stop_run() def test_move_bottom_right(self): self.foscam.ptz_move_bottom_right() self.foscam.ptz_stop_run() def test_reset(self): self.foscam.ptz_reset() def test_ptz_speed(self): self.foscam.get_ptz_speed() self.foscam.set_ptz_speed(4) self.foscam.ptz_move_up() self.foscam.ptz_stop_run() def test_ptz_selftest(self): self.foscam.set_ptz_selftestmode(mode=1) flag, kwargs = self.foscam.get_ptz_selftestmode() self.assertTrue('mode' in kwargs and int(kwargs['mode']) is 1) self.foscam.set_ptz_selftestmode(mode=0) flag, kwargs = self.foscam.get_ptz_selftestmode() self.assertTrue('mode' in kwargs and int(kwargs['mode']) is 0) # ***************** Test device manage ****************** def test_get_set_system_time(self): rc, args = self.foscam.get_system_time() self.assertTrue(rc == 0) self.foscam.set_system_time( time_source=args['timeSource'], ntp_server=args['ntpServer'], date_format=args['dateFormat'], time_format=args['timeFormat'], time_zone=args['timeZone'], is_dst=args['isDst'], dst=args['dst'], year=args['year'], mon=args['mon'], day=args['day'], hour=args['hour'], minute=args['minute'], sec=args['sec'], ) def test_devname(self): args = self.foscam.get_dev_name() self.foscam.set_dev_name('cherish`s cam') self.foscam.get_dev_name() self.foscam.set_dev_name(args['devName']) def test_dev_state(self): rc, args = self.foscam.get_dev_state() self.assertEqual(rc, 0) def test_dev_info(self): rc, args = self.foscam.get_dev_info() self.assertEqual(rc, 0) def test_open_infra_led(self): rc, args = self.foscam.open_infra_led() self.assertEqual(rc, 0) def test_close_infra_led(self): rc, args = self.foscam.close_infra_led() self.assertEqual(rc, 0) def test_get_infra_led_config(self): rc, args = self.foscam.get_infra_led_config() self.assertEqual(rc, 0) def test_set_infra_led_config(self): rc, args = self.foscam.set_infra_led_config(1) self.assertEqual(rc, 0) def test_get_product_all_info(self): rc, args = self.foscam.get_product_all_info() self.assertEqual(rc, 0) self.assertIn('modelName', args) # ************ Test AV Function ************************* def test_get_alarm_record_config(self): print self.foscam.get_alarm_record_config() def test_set_alarm_record_config(self): rc, old_args = self.foscam.get_alarm_record_config() new_args = { 'isEnablePreRecord': 1, 'alarmRecordSecs': 240, 'preRecordSecs': 5 } self.foscam.set_alarm_record_config( alarm_record_secs=new_args['alarmRecordSecs'], prerecord_secs=new_args['preRecordSecs']) rc, args = self.foscam.get_alarm_record_config() self.assertTrue(rc == 0) self.assertTrue(int(args['alarmRecordSecs']) == \ new_args['alarmRecordSecs']) self.assertTrue(int(args['preRecordSecs']) == \ new_args['preRecordSecs']) self.foscam.set_alarm_record_config( alarm_record_secs=old_args['alarmRecordSecs'], prerecord_secs=old_args['preRecordSecs']) def test_get_local_alarm_record_config(self): rc, args = self.foscam.get_local_alarm_record_config() self.assertTrue( set(args) == set( ['isEnableLocalAlarmRecord', 'localAlarmRecordSecs'])) def test_set_local_alarm_recor_config(self): rc, args = self.foscam.set_local_alarm_record_config( is_enable_local_alarm_record=1, local_alarm_record_secs=60) self.assertTrue(rc == 0) rc, args = self.foscam.get_local_alarm_record_config() self.assertTrue(rc == 0 \ and args['isEnableLocalAlarmRecord'] == '1' \ and args['localAlarmRecordSecs'] == '60') def test_get_h264_frm_ref_mode(self): rc, args = self.foscam.get_h264_frm_ref_mode() self.assertEqual(rc, 0) self.assertEqual(args.keys(), ['mode']) def test_set_h264_frm_ref_mode(self): mode = 3 rc, args = self.foscam.set_h264_frm_ref_mode(mode=mode) self.assertEqual(rc, 0) rc, args = self.foscam.get_h264_frm_ref_mode() self.assertEqual(rc, 0) self.assertEqual(args['mode'], str(mode)) def test_get_schedule_record_config(self): all_args = set([ 'isEnable', 'isEnableAudio', 'recordLevel', 'schedule0', 'schedule1', 'schedule2', 'schedule3', 'schedule4', 'schedule5', 'schedule6', 'spaceFullMode' ]) rc, args = self.foscam.get_schedule_record_config() self.assertTrue(rc == 0) self.assertTrue(set(args) == all_args) def test_set_schedule_record_config(self): rc, args = self.foscam.set_schedule_record_config(is_enable=1, record_level=4, space_full_mode=0, is_enable_audio=0) self.assertTrue(rc == 0) def test_get_record_path(self): rc, args = self.foscam.get_record_path() self.assertTrue(rc == 0) self.assertTrue(set(args) == set(['path', 'free', 'total'])) def test_set_record_path(self): rc, args = self.foscam.get_record_path() self.assertTrue(rc == 0) rc, args = self.foscam.set_record_path(path=0) self.assertTrue(rc == 0) def test_get_ptz_preset_point_list(self): rc, args = self.foscam.get_ptz_preset_point_list() self.assertTrue('point0' in args) # ******************* Other ***************************** def test_unblocked_execute(self): self.foscam.daemon = True self.foscam.ptz_move_up() sleep(0.5) self.foscam.ptz_stop_run() def test_callback(self): def print_res(*args, **kwargs): with open('temp.txt', 'w') as f: f.write(str(args)) f.write(str(kwargs)) self.foscam.daemon = True self.foscam.get_ip_info(print_res) timeout = 10 flag = False while timeout >= 0: try: with open('temp.txt', 'r') as f: self.assertTrue(open('temp.txt', 'r').read() != '') flag = True break except Exception: pass sleep(0.5) timeout -= 0.5 self.assertTrue(flag) # *************** SnapPicture Function ******************* def test_snap_picture_2(self): # also test callback with raw data callback = CallbackForTest() rc, data = self.foscam.snap_picture_2(callback=callback) self.assertEqual(rc, FOSCAM_SUCCESS) with open('test.jpg', 'wb') as fp: fp.write(data) self.assertSequenceEqual(callback.args, (rc, data)) # ********************** Misc **************************** def test_get_log(self): # also test callback with non-raw data callback = CallbackForTest() rc, args = self.foscam.get_log(0, callback=callback) self.assertEqual(rc, FOSCAM_SUCCESS) self.assertTrue('log0' in args) self.assertSequenceEqual(callback.args, (rc, args))