def run():
# server = ServerProxy('172.16.101.209')
# rstr = server.get('username', url)
address = input("server address : ")
proxy = ServerProxy(address, 8000, allow_none=True)
multicall = MultiCall(proxy)
multicall.music()
def call(self):
"""Execute added multicall calls
@return: the results (post-processed), in the order they were added
@rtype: tuple
"""
m = MultiCall(self.rt_obj._get_conn())
for call in self.calls:
method, args = call
rpc_call = getattr(method, "rpc_call")
getattr(m, rpc_call)(*args)
results = m()
results = tuple(results)
results_processed = []
for r, c in zip(results, self.calls):
method = c[0] # Method instance
result = process_result(method, r)
results_processed.append(result)
# assign result to class_obj
exists = hasattr(self.class_obj, method.varname)
if not exists or not inspect.ismethod(
getattr(self.class_obj, method.varname)):
setattr(self.class_obj, method.varname, result)
return (tuple(results_processed))
def migrate_tickets(self):
'''
Executes the trac query and calls the functions to initiate and terminate
the GH migration
'''
for repo_name, query in GITHUB_REPO_TRAC_QUERY_MAP.items():
print(
"Loading information from Trac query '{}' and migrating it to repo '{}'..."
.format(query, repo_name))
get_all_tickets = MultiCall(self.trac)
for ticket in self.trac.ticket.query(query):
get_all_tickets.ticket.get(ticket)
# Take the memory hit so we can rewrite ticket references:
all_trac_tickets = list(get_all_tickets())
print("Tickets loaded {}.".format(len(all_trac_tickets)))
print("-" * 80)
print("Creating GitHub tickets now...")
self.creat_incomplete_github_issues(all_trac_tickets, repo_name)
print("-" * 80)
print("Migrating descriptions and comments...")
self.complete_github_issues(all_trac_tickets, repo_name)
def _reconstruct_remote_tree(self, remote_fs_meta_data):
dirs_to_create = [
dir for dir in self.fs_tree
if dir not in remote_fs_meta_data.fs_tree
]
files_to_create = self.get_all_files(
) - remote_fs_meta_data.get_all_files()
multicall = MultiCall(self.peer)
for dir in dirs_to_create:
multicall.mkdir(dir)
for file, size in files_to_create:
multicall.mkfile(file, size)
pc = percent_gen(len(dirs_to_create) + len(files_to_create))
for _ in multicall():
ui_message("Initial Synch: Reconstruction of tree... {}%".format(
next(pc)))
server.register_instance(MyFuncs())
# Run the server's main loop
server.serve_forever()
# create client
from xmlrpc.client import ServerProxy, Error, MultiCall
server = ServerProxy("http://localhost:8000")
# try:
# print(server.currentTime.getCurrentTime())
# except Error as v:
# print("ERROR", v)
multi = MultiCall(server)
multi.pow(2, 9)
multi.add(1, 2)
# # Print list of available methods
# print(s.system.listMethods())
try:
for response in multi():
print(response)
except Error as v:
print("ERROR", v)
"""
DocXMLRPCServer对象
本DocXMLRPCServer类源自SimpleXMLRPCServer 并提供创建自我记录的手段，独立的XML-RPC服务器。HTTP POST请求作为XML-RPC方法调用处理。
通过生成pydoc样式的HTML文档来处理HTTP GET请求。这允许服务器提供其自己的基于Web的文档。
DocXMLRPCServer.set_server_title（server_title ）
def get_multi(self):
"""
:returns:: multicall XMLRPC proxy for communicating with master, ``xmlrpc.client.MultiCall``
"""
return MultiCall(self.get())
def _workvalues(self, io_dicts=None, writeout=False):
u"""Alle Werte der Inputs und Outputs abrufen.
@param io_dicts Arbeit nur für dieses Dict()
@param writeout Änderungen auf RevPi schreiben
@return None
"""
# Abfragelisten vorbereiten
if io_dicts is None:
io_dicts = [self.dict_inps, self.dict_outs]
# Werte abrufen
with self.lk:
try:
ba_values = bytearray(self.cli.ps_values().data)
self.err_workvalues = 0
except Exception:
if self.autorw.get():
self.err_workvalues += 1
else:
self.err_workvalues = self.max_errors
if self.err_workvalues >= self.max_errors:
# Fenster zerstören bei zu vielen Fehlern
self.hideallwindows()
if self.autorw.get():
self.autorw.set(False)
self.toggleauto()
self.dowrite.set(False)
self.pack_forget()
tkmsg.showerror(
_("Error"),
_("To many errors while reading IO data. "
"Can not show the Watch-Mode."),
parent=self.master
)
return None
# Multicall zum Schreiben vorbereiten
if writeout:
xmlmc = MultiCall(self.cli)
for dev in self.dict_devices:
# io = [name,blen,baddr,bmk,bitaddr,(tkinter_var),border,signed]
# IO Typ verarbeiten
for iotype in io_dicts:
# ios verarbeiten
for io in iotype[dev]:
# Gesperrte Variable überspringen
if io[5] == self.__lockedvar:
continue
# Bytes umwandeln
int_byte = int.from_bytes(
ba_values[io[2]:io[2] + io[1]],
byteorder="little" if len(io) < 7 else io[6],
signed=False if len(io) < 8 else io[7],
)
if io[4] >= 0:
# Bit-IO
new_val = bool(int_byte & 1 << io[4])
if writeout and new_val != io[5].get():
xmlmc.ps_setvalue(dev, io[0], io[5].get())
else:
io[5].set(new_val)
else:
# Byte-IO
if writeout and int_byte != io[5].get():
xmlmc.ps_setvalue(dev, io[0], io[5].get())
else:
io[5].set(int_byte)
# Werte per Multicall schreiben
if writeout:
with self.lk:
self.validatereturn(xmlmc())
size = server.d.get_size_bytes(h)
total_size += size
base_path = server.d.get_base_path(h)
print(h[:5], name, to_mb(size), "MB")
for n in range(server.d.get_size_files(h)):
name = server.f.get_path(h, n)
size = server.f.get_size_bytes(h, n)
chunks = server.f.get_completed_chunks(h, n)
total_chunks = server.f.get_size_chunks(h, n)
percentage = int(chunks / total_chunks * 100)
if size > 1024 * 1024 * 1024:
server.f.set_priority(h, n, 0)
full_path = os.path.join(base_path, name)
if os.path.exists(full_path):
os.unlink(full_path)
else:
downloading_size += size
priority = server.f.get_priority(h, n)
print(f"\t[{priority}] {name} - {to_mb(size)}MB - {percentage}%")
mc = MultiCall(server)
mc.get_up_rate()
mc.get_down_rate()
up_rate, down_rate = mc()
print(f"total size: {to_mb(total_size)}MB")
print(f"downloading size: {to_mb(downloading_size)}MB")
#!/usr/bin/env python
# -*- coding: utf-8 -*-
from xmlrpc.client import ServerProxy, MultiCall
cli = ServerProxy("http://localhost:1337")
mc = MultiCall(cli)
for i in range(10):
mc.fak(i)
mc.quad(i)
for ergebnis in mc():
print(ergebnis)
def _work_values(self, refresh=False, write_out=False, process_image=None):
"""
Read input and output values.
:param refresh: Refresh unchanged ios from process image
:param write_out: Write changed outputs to process image
:param process_image: Use this <class 'Binary'> for work and do not fetch
"""
if process_image is not None:
ba_values = process_image
else:
try:
ba_values = helper.cm.call_remote_function("ps_values", raise_exception=True)
except Fault:
pi.logger.warning("Detected piCtory reset.")
self._driver_reset_detected()
return
except Exception as e:
pi.logger.error(e)
ba_values = Binary()
# From now on use bytes instead of Binary
ba_values = bytearray(ba_values.data)
if not ba_values:
if self.cbx_refresh.isChecked():
self.err_workvalues += 1
else:
# Raise error on button press
self.err_workvalues = self.max_errors
if self.err_workvalues >= self.max_errors:
for win in self.dict_windows.values(): # type: DebugIos
win.stat_bar.setStyleSheet("background-color: red;")
win.stat_bar.showMessage(self.tr(
"Error while getting values from Revolution Pi."
), 5000)
return
if self.err_workvalues > 0:
self.err_workvalues = 0
for win in self.dict_windows.values(): # type: DebugIos
win.stat_bar.setStyleSheet("")
# Use multicall to set all changed values
if write_out and helper.cm.connected:
cli = helper.cm.get_cli()
xmlmc = MultiCall(cli)
else:
xmlmc = []
for io_type in self.dict_ios:
for position in self.dict_ios[io_type]:
if position not in self.dict_windows:
continue
win = self.dict_windows[position]
for io in self.dict_ios[io_type][position]: # type: list
# ['name', bitlength, byte_address, 'bmk', bitaddress, 'byteorder', signed]
value_procimg = bytes(ba_values[io[2]:io[2] + io[1]])
if io[4] >= 0:
# Bit-IO
value_procimg = bool(
int.from_bytes(value_procimg, byteorder=io[5], signed=io[6]) & 1 << io[4]
)
if (refresh or write_out) and io_type == "out":
widget_value, last_value = win.get_value(io[0])
if widget_value != last_value:
# User changed value
if not write_out:
# Do not write output after change to save this state
continue
value_procimg = widget_value
if type(xmlmc) == MultiCall:
xmlmc.ps_setvalue(position, io[0], widget_value)
else:
# Simulate multicall an collect result to list
xmlmc.append(
helper.cm.call_remote_function("ps_setvalue", position, io[0], widget_value)
)
win.set_value(io[0], value_procimg)
if self.cbx_refresh.isChecked():
win.stat_bar.showMessage(self.tr("Auto update values..."), 1000)
else:
win.stat_bar.showMessage(self.tr("Values updated..."), 2000)
if self.driver_reset_detected:
# Show values, which we can recover to empty process image
win.reset_change_value_colors()
self.driver_reset_detected = False
# Set values by multi call
if write_out:
if isinstance(xmlmc, list):
self._validate_multicall(xmlmc)
else:
self._validate_multicall(xmlmc())
from xmlrpc.client import ServerProxy, MultiCall, Error
server = ServerProxy("http://localhost:8000")
print(server)
print(server.multiply(10, 5))
multi = MultiCall(server)
multi.pow(2, 9)
multi.add(5, 1)
multi.add(24, 11)
multi.multiply(2, 5)
try:
for response in multi():
print(response)
except Error as v:
var = "ERROR", v
print(var)