def evt_set(self, DT):
self.res_b.setText('')
bit_string_text = ''
for byte_index in range(11):
for bit_index in range(8):
evt_no = byte_index * 8 + bit_index + 1
bit_val = 0
if evt_no <= 85:
if eval('self.valid_c_' + str(evt_no) +
'.isChecked()') is True:
bit_val = 1
bit_string_text += str(bit_val)
bit_string_text = hex(int(bit_string_text,
2)).split('x')[1].rjust(22, '0')
valid_text = '0455' + bit_string_text
bit_string_text = ''
for byte_index in range(11):
for bit_index in range(8):
evt_no = byte_index * 8 + bit_index + 1
bit_val = 0
if evt_no <= 85:
if eval('self.rpt_c_' + str(evt_no) +
'.isChecked()') is True:
bit_val = 1
bit_string_text += str(bit_val)
bit_string_text = hex(int(bit_string_text,
2)).split('x')[1].rjust(22, '0')
rpt_text = '0455' + bit_string_text
apdu_text = '060101 3FFF0200 0202' + valid_text + rpt_text + '00'
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.read_res)
communication.send(link_layer.add_link_layer(apdu_text))
def send_trans(self):
input_text = self.send_input_box.toPlainText()
try:
data_in = link_layer.data_format(input_text, auto_add_0=False)
print('data_in', data_in)
ret_dict = link_layer.all_translate(data_in)
if ret_dict['res'] == 'ok':
self.quick_fix_button.setText(
'修正地址' if self.is_good_linklayer() is False else
'修正校验码' if config.good_HCS is not None or config.
good_FCS is not None else '修正格式')
if ret_dict['input_type'] == 'full' and config.auto_fix is True:
if self.is_good_linklayer() is False:
self.fix_addr()
input_text = self.send_input_box.toPlainText()
data_in = link_layer.data_format(input_text)
link_layer.all_translate(data_in)
elif ret_dict['input_type'] == 'apdu':
input_text = link_layer.add_link_layer(input_text)
self.send_input_box.setText(input_text)
data_in = link_layer.data_format(input_text)
link_layer.all_translate(data_in)
else:
self.quick_fix_button.setText(
'修正长度域' if config.good_L is not None else '修正格式')
except Exception:
traceback.print_exc()
output('\n\n报文解析过程出现问题，请检查报文。若报文无问题请反馈665593，谢谢！')
self.send_output_box.setText(config.output_text)
config.output_text = ''
def evt_read(self):
self.res_b.setText('')
self.clr_all_cb()
apdu_text = '0501003FFF020000'
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.re_evt)
communication.send(link_layer.add_link_layer(apdu_text))
def communication_set(self, DT):
self.res_b.setText('')
work_mode_text = '16' + '%02X' % self.C_work_mode_l.currentIndex()
online_mode_text = '16' + '%02X' % self.C_online_mode_l.currentIndex()
connect_mode_text = '16' + '%02X' % self.C_connect_mode_l.currentIndex(
)
connect_app_mode_text = '16' + '%02X' % self.C_connect_app_mode_l.currentIndex(
)
listen_port_text = '0100' # 暂时不可设置
APN_text = param.format_visible_string(self.C_APN_box.text())
usr_text = param.format_visible_string(self.C_usr_box.text())
pw_text = param.format_visible_string(self.C_pw_box.text())
proxy_addr_text = param.format_octet(self.C_proxy_addr_box.text())
proxy_port_text = param.format_long_unsigned(
self.C_proxy_prot_box.text())
overtm_retry_num_text = '11' + '%02X' % (
(int(self.C_retry_box.text()) << 6)
| int(self.C_over_tm_box.text()))
heart_tm_text = param.format_long_unsigned(self.C_heart_tm_box.text())
apdu_text = '06010D45000200 020C' + work_mode_text + online_mode_text + \
connect_mode_text + connect_app_mode_text + listen_port_text + APN_text + \
usr_text + pw_text + proxy_addr_text + proxy_port_text +\
overtm_retry_num_text + heart_tm_text + '00'
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.read_res)
communication.send(link_layer.add_link_layer(apdu_text))
def rpt_read(self):
self.clear_res()
apdu_text = '0502 0104 43000700 43000800 43000900 43000A00 00'
self.rpt_follow_cb.setCurrentIndex(-1)
self.rpt_cb.setCurrentIndex(-1)
self.conn_sever_cb.setCurrentIndex(-1)
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.re_rpt)
communication.send(link_layer.add_link_layer(apdu_text))
def esam_certi_read(self):
self.res_b.setText('')
if self.esam_certi_l.currentIndex() == 0:
apdu_text = '0502 0102 F1000900 F1000A00 00'
else:
apdu_text = '0502 0102 F1000B00 F1000C00 00'
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.re_esam_certi)
communication.send(link_layer.add_link_layer(apdu_text))
def set_DT(self, DT):
# self.DT_box.setDateTime(DT)
DT_list = DT.toString('yyyy.MM.dd.hh.mm.ss').split('.')
DT_text = '1C%04X' % int(DT_list[0])
for DT in DT_list[1:]:
DT_text += '%02X' % int(DT)
print(DT_text)
apdu_text = '06010D40000200' + DT_text + '00'
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.read_res)
communication.send(link_layer.add_link_layer(apdu_text))
def SA_set(self, DT):
self.res_b.setText('')
SA_text = self.SA_box.text().replace(' ', '')
if len(SA_text) % 2 == 1:
SA_text += 'F'
self.SA_box.setText(SA_text)
print('SA_text', SA_text)
SA_len = len(SA_text) // 2
apdu_text = '06010D4001020009' + '%02X' % (SA_len) + SA_text + '00'
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.read_res_SA)
communication.send(link_layer.add_link_layer(apdu_text))
def local_net_set(self, DT):
self.res_b.setText('')
ip_mode = '%02X' % self.local_ip_mode_l.currentIndex()
ip_text = param.format_ip(self.local_ip_box.text())
ip_mask = param.format_ip(self.local_mask_box.text())
gate = param.format_ip(self.local_gate_addr_box.text())
ppp_usr = param.format_octet(self.ppp_usr_box.text())
ppp_pw = param.format_octet(self.ppp_pw_box.text())
apdu_text = '06010D45100400 0206 16' + ip_mode + '0904' + ip_text + '0904' + ip_mask + '0904'\
+ gate + ppp_usr + ppp_pw + '00'
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.read_res)
communication.send(link_layer.add_link_layer(apdu_text))
def ip_set(self, DT):
self.res_b.setText('')
ip_text = param.format_ip(self.S_ip_box.text())
port_text = '%04X' % int(self.S_port_box.text().replace(' ', ''))
if self.S_ip_box_2.text() and self.S_port_box_2.text():
apdu_text = '06010D45000300010202020904' + ip_text + '12' + port_text
ip_text = param.format_ip(self.S_ip_box_2.text())
port_text = '%04X' % int(self.S_port_box_2.text().replace(' ', ''))
apdu_text += '02020904' + ip_text + '12' + port_text + '00'
else:
apdu_text = '06010D45000300010102020904' + ip_text + '12' + port_text + '00'
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.read_res)
communication.send(link_layer.add_link_layer(apdu_text))
def rpt_set(self, DT):
self.res_b.setText('')
rpt_follow_text = '03' + '%02X' % self.rpt_follow_cb.currentIndex()
rpt_text = '03' + '%02X' % self.rpt_cb.currentIndex()
conn_sever_text = '03' + '%02X' % self.conn_sever_cb.currentIndex()
rpt_channel_text = self.rpt_channel_box.text()
rpt_channel_text = list(filter(str.isdigit, rpt_channel_text))
rpt_channel_text = ''.join(rpt_channel_text)
print('Kay', rpt_channel_text)
array_sum = len(rpt_channel_text) // 8
rpt_channel_array_text = '01' + '%02X' % array_sum
offset = 0
for _ in range(array_sum):
rpt_channel_array_text += '51' + rpt_channel_text[offset:offset +
8]
offset += 8
apdu_text = '060200 04 43000700' + rpt_follow_text + '43000800' + rpt_text +\
'43000900' + conn_sever_text + '43000A00' + rpt_channel_array_text + '00'
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.read_res)
communication.send(link_layer.add_link_layer(apdu_text))
def DT_param_set(self, DT):
self.res_b.setText('')
mode_text = '16' + {
0: '00',
1: '01',
2: '02',
3: '03',
4: 'FF'
}[self.DT_mode_l.currentIndex()]
tot_num_text = '11' + '%02X' % int(self.DT_tot_num_box.text().replace(
' ', ''))
biggest_num_text = '11' + '%02X' % int(
self.DT_biggest_num_box.text().replace(' ', ''))
smallest_num_text = '11' + '%02X' % int(
self.DT_smallest_num_box.text().replace(' ', ''))
dly_max_text = '11' + '%02X' % int(self.DT_dly_max_box.text().replace(
' ', ''))
valid_num_min_text = '11' + '%02X' % int(
self.DT_valid_num_min_box.text().replace(' ', ''))
apdu_text = '060200 02 40000300' + mode_text + '40000400 0205' + tot_num_text + biggest_num_text + smallest_num_text + dly_max_text + valid_num_min_text + '00'
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.read_res)
communication.send(link_layer.add_link_layer(apdu_text))
def DT_read(self):
self.res_b.setText('')
apdu_text = '0501014000020000'
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.re_DT)
communication.send(link_layer.add_link_layer(apdu_text))
def esam_info_read(self):
self.res_b.setText('')
apdu_text = '0502 0107 F1000200 F1000300 F1000400 F1000500 F1000600 F1000700 F1000800 00'
config.serial_window._receive_signal.disconnect()
config.serial_window._receive_signal.connect(self.re_esam_info)
communication.send(link_layer.add_link_layer(apdu_text))
def fix_addr(self):
apdu_text = link_layer.get_apdu_text(self.send_input_box.toPlainText())
self.send_input_box.setText(link_layer.add_link_layer(apdu_text))