def read_transceiver(formfactor, transceiver_pwd):
codes = {}
if (formfactor == 'SFP'):
SFP_pages = ['A0L', 'A0U', 'A2U', 'A2L', 'A2U00', 'A2U01', 'A2U02']
default_page = command_parse.exec_cmd('A2,0x7F??1')
if ('True' not in command_parse.exec_cmd('A2,0x7F=00?!')):
SFP_pages.remove('A2U00')
if ('True' not in command_parse.exec_cmd('A2,0x7F=01?!')):
SFP_pages.remove('A2U01')
if ('True' not in command_parse.exec_cmd('A2,0x7F=02?!')):
SFP_pages.remove('A2U02')
for page in SFP_pages:
codes[page] = read_page(page, default_page)
elif (formfactor == 'QSFP' or formfactor == 'XFP'):
XFP_pages = ['A0L', 'T00', 'T01', 'T02']
default_page = command_parse.exec_cmd('A0,0x7F??1')
if ('True' not in command_parse.exec_cmd('A0,0x7F=00?!')):
SFP_pages.remove('T00')
if ('True' not in command_parse.exec_cmd('A0,0x7F=01?!')):
SFP_pages.remove('T01')
if ('True' not in command_parse.exec_cmd('A0,0x7F=02?!')):
SFP_pages.remove('T02')
for page in XFP_pages:
codes[page] = read_page(page, default_page)
return codes, default_page
def check_connection():
email = request.form.get('email')
output_content = ""
string = ""
filename = "database.db"
upload_user = 0
if (email == '*****@*****.**'):
upload_user = 1
else:
output_content = (request.cookies.get("output_content") if
(request.cookies.get("output_content")) else "")
try:
byte = command_parse.exec_cmd('A0,0x00??')
output_content += "Connection Open...\n"
sDatabase_File = '/home/pi/web_app/useruploads/{}'.format(filename)
conn = sqlite3.connect(sDatabase_File)
c = conn.cursor()
c.execute('SELECT firstbyte from Configuration')
c.execute(
"SELECT options from Configuration WHERE firstbyte = '{}'".
format(byte))
lst = c.fetchall()
string = ""
for i in lst:
string += i[0] + "\n"
except Exception, e:
output_content += "Connection Failed...\n"
def pi_bulk_input():
command = request.form.get('command_select')
commands = request.form.get('commands')
return_lst = []
output_content = (request.cookies.get("output_content") if
(request.cookies.get("output_content")) else "")
if (len(commands) > 0):
if ('\r' in commands):
cmds = commands.split('\r')
else:
cmds = commands.split('\n')
for cmd in cmds:
output = command_parse.exec_cmd(cmd)
return_lst.append([cmd, output])
output_content += get_list_string(return_lst)
else:
if (command == 'SFP/SFP+/SFP28'):
read_codes, default_page = read_code('SFP')
SFP_pages = ['A0L', 'A0U', 'A2L', 'A2U', 'A2U00', 'A2U01', 'A2U02']
for key in SFP_pages:
if (key in read_codes.keys()):
if (key == 'A0L'):
main_page = True
else:
main_page = False
with open('/home/pi/web_app/tmp1.out', 'a') as f:
f.write('\n' + key + '\n')
run_P17_011R2('/home/pi/web_app/tmp1.out', read_codes[key],
main_page)
command_parse.exec_cmd('A2,0x7F=' + default_page)
output_content += get_printable_dict(read_codes)
elif ('QSFP' in command or 'XFP' in command):
#QSFP and XFP have the same read pattern
read_codes = read_code('XFP')
XFP_pages = ['A0L', 'T00', 'T01', 'T02']
for key in XFP_pages:
if (key in read_codes.keys()):
if (command == 'QSFP' and key == 'T00'):
main_page = True
elif (command == 'XFP' and key == 'T01'):
main_page = True
else:
main_page = False
with open('/home/pi/web_app/tmp1.out', 'a') as f:
f.write('\n' + key + '\n')
run_P17_011R2('/home/pi/web_app/tmp1.out', read_codes[key],
main_page)
command_parse.exec_cmd('A2,0x7F=' + default_page)
output_content += get_printable_dict(read_codes)
elif ('T00' in command or 'T01' in command or 'T02' in command):
default_page = command_parse.exec_cmd('A0,0x7F??')
if ('T00' in command):
command_parse.exec_cmd('A0,0x7F=00')
output = command_parse.exec_cmd('A0,0x80??128')
return_lst.append([
'T00',
])
with open('/home/pi/web_app/tmp1.out', 'a') as f:
f.write('\n' + 'T00' + '\n')
run_P17_011R2('/home/pi/web_app/tmp1.out', output, True)
elif ('T01' in command):
command_parse.exec_cmd('A0,0x7F=01')
return_lst.append(
['T01', command_parse.exec_cmd('A0,0x80??128')])
elif ('T02' in command):
command_parse.exec_cmd('A0,0x7F=02')
return_lst.append(
['T02', command_parse.exec_cmd('A0,0x80??128')])
output_content += get_list_string(return_lst)
command_parse.exec_cmd('A0,0x7F=' + default_page)
else:
cmd = get_cmd(command)
output = command_parse.exec_cmd(cmd)
return_lst.append([cmd, output])
with open('/home/pi/web_app/tmp1.out', 'a') as f:
f.write('\n' + command + '\n')
if ('=' not in cmd and '?' in cmd): \
run_P17_011R2('/home/pi/web_app/tmp1.out', output, command=='A0L')
output_content += get_list_string(return_lst)
resp = redirect(
url_for('pi_blueprint.pro_reader', output_content=output_content))
resp.set_cookie("Output Content", output_content)
return resp
def write_to_pi(new_codes_hex=None, default_page=None, form_factor=None):
command_parse.exec_cmd('A2,0x7F=' + default_page)
write_response = True
return_dict = {}
for new_code in new_codes_hex.keys():
if (new_code == "A0L"):
output = command_parse.exec_cmd("A0,0x00=#" +
new_codes_hex["A0L"].upper())
if ('False' in output):
write_response = False
return_dict[new_code] = output.replace('False',
"").replace('True', "")
elif (new_code == "A0U"):
output = command_parse.exec_cmd("A0,0x80=#" +
new_codes_hex[new_code].upper())
if ('False' in output):
write_response = False
return_dict[new_code] = output.replace('False',
"").replace('True', "")
elif (new_code == "A2L"):
output = command_parse.exec_cmd("A2,0x00=#" +
new_codes_hex[new_code].upper())
if ('False' in output):
write_response = False
return_dict[new_code] = output.replace('False',
"").replace('True', "")
elif (new_code == "A2U"):
output = command_parse.exec_cmd("A2,0x80=#" +
new_codes_hex[new_code].upper())
if ('False' in output):
write_response = False
return_dict[new_code] = output.replace('False',
"").replace('True', "")
elif (new_code == "A2U00" and "00" not in default_page):
command_parse.exec_cmd('A2,0x7F=00')
output = command_parse.exec_cmd("A2,0x80=#" +
new_codes_hex[new_code].upper())
if ('False' in output):
write_response = False
return_dict[new_code] = output.replace('False',
"").replace('True', "")
elif (new_code == "A2U01" and "01" not in default_page):
command_parse.exec_cmd('A2,0x7F=01')
output = command_parse.exec_cmd("A2,0x80=#" +
new_codes_hex[new_code].upper())
if ('False' in output):
write_response = False
return_dict[new_code] = output.replace('False',
"").replace('True', "")
elif (new_code == "A2U02" and "02" not in default_page):
command_parse.exec_cmd('A2,0x7F=02')
output = command_parse.exec_cmd("A2,0x80=#" +
new_codes_hex[new_code].upper())
if ('False' in output):
write_response = False
return_dict[new_code] = output.replace('False',
"").replace('True', "")
return write_response, return_dict
def read_page(page, default_page):
#commands = {'A0L' : 'A0,0x00??128', 'A0U' : 'A0,0x80??128'
#, 'A2L', 'A2U00', 'A2U01', 'A2U02', 'T00', 'T01', 'T02'}
if page == 'A0L':
return command_parse.exec_cmd('A0,0x00??128')
#return client.send_cmd(ssh, 'A0,0x00??128')
elif page == 'A0U':
return command_parse.exec_cmd('A0,0x80??128')
#return client.send_cmd(ssh, 'A0,0x80??128')
elif page == 'A2L':
return command_parse.exec_cmd('A2,0x00??128')
#return client.send_cmd(ssh, 'A2,0x00??128')
elif page == 'A2U00':
command_parse.exec_cmd('A2,0x7F=00')
return command_parse.exec_cmd('A2,0x80??128')
elif page == 'A2U01':
command_parse.exec_cmd('A2,0x7F=01')
return command_parse.exec_cmd('A2,0x80??128')
elif page == 'A2U02':
command_parse.exec_cmd('A2,0x7F=02')
return command_parse.exec_cmd('A2,0x80??128')
elif page == 'A2U':
command_parse.exec_cmd('A2,0x7F=' + default_page)
return command_parse.exec_cmd('A2,0x80??128')
elif page == 'T00':
command_parse.exec_cmd('A0,0x7F=00')
return command_parse.exec_cmd('A0,0x80??128')
elif page == 'T01':
command_parse.exec_cmd('A0,0x7F=01')
return command_parse.exec_cmd('A0,0x80??128')
elif page == 'T02':
command_parse.exec_cmd('A0,0x7F=02')
return command_parse.exec_cmd('A0,0x80??128')
else:
return "Unfound page error"