def get_properties(ebuild):
"""Get all ebuild variables in one chunk."""
ebuild = str(ebuild) #just in case
if portage.portdb.cpv_exists(ebuild): # if in portage tree
try:
return Properties(
dict(
list(
zip(keys,
portage.portdb.aux_get(ebuild,
portage.auxdbkeys)))))
except IOError as e: # Sync being performed may delete files
dprint(" * PKGCORE_LIB: get_properties(): IOError: " + e)
return Properties()
else:
vartree = portage.db['/']['vartree']
if vartree.dbapi.cpv_exists(ebuild): # elif in installed pkg tree
return Properties(
dict(
list(
zip(keys,
vartree.dbapi.aux_get(ebuild,
portage.auxdbkeys)))))
else:
return Properties()
def test_python_thread_calls_to_clr(self):
"""Test calls by Python-spawned threads into managed code."""
# This test is very likely to hang if something is wrong ;)
import System
done = []
def run_thread():
for i in range(10):
time.sleep(0.1)
dprint("thread %s %d" % (thread.get_ident(), i))
mstr = System.String("thread %s %d" % (thread.get_ident(), i))
dprint(mstr.ToString())
done.append(None)
dprint("thread %s %d done" % (thread.get_ident(), i))
def start_threads(count):
for _ in range(count):
thread_ = threading.Thread(target=run_thread)
thread_.start()
start_threads(5)
while len(done) < 50:
dprint(len(done))
time.sleep(0.1)
def format_table_line(items, hdg=False):
'''take the 13 enties in "items" and return them formatted for out table'''
dprint("*** format_table_line: items passed in (hdg=%s):" % hdg)
dprint(items)
# set up an array of heading vs regular format for each column
line_fmt = [
('{:<10s}', '{:<10s}'),
('{:^7s}', '{:^7d}'),
('{:>9s}', '{:>9.2f}'),
('{:>9s}', '{:>9.2f}'),
('{:^6s}', '{:^6d}'),
('{:^7s}', '{:^7d}'),
('{:^10s}', '{:^10d}'),
('{:^5s}', '{:^5d}'),
('{:^5s}', '{:^5d}'),
('{:^5s}', '{:^5d}'),
('{:^8s}', '{:^+8d}'),
('{:^8s}', '{:^+8d}'),
('{:>6s}', '{:>6s}')]
fmt_idx = 0 if hdg else 1
for i in range(13):
dprint("item[%d] (len %d):" % (i, len(str(items[i]))), items[i])
dprint("format for item: '%s'" % line_fmt[i][fmt_idx])
l = []
for i in range(13):
fmt_str = line_fmt[i][fmt_idx]
l.append(fmt_str.format(items[i]))
res = ''.join(l)
dprint("Returning table line: /%s/" % res)
return res
def solve(points, tour, currentDist):
startTime = int(time.time())
print("points: " + str(len(tour)) + " start tour" + str(tour))
step = 0
offset = lambda x: 1 if x == 1 else 0
while True:
# The best opt and distance.
startStepTime = int(time.time())
bestDist = currentDist
bestThreeOpt = None
tries = 0
for i in range(1, len(tour) - 3):
for j in range(i + 1, len(tour) - 2):
for k in range(j + 2, len(tour) - offset(i)):
#print("i: %d, j: %d, j+1: %d, k:%d" % (i, j, j +1, k))
tries += 1
threeOpt = getBestThreeOpt(points, tour, currentDist, i, j, k)
if threeOpt.getEndDist() < bestDist:
bestDist = threeOpt.getEndDist()
bestThreeOpt = threeOpt
step += 1
utils.dprint("step: " + str(step) + ", tries: " + str(tries) + ", time: " + fpformat.fix(time.time() - startStepTime, 3))
if bestDist == currentDist:
# If no more improvement we are at a local minima and are done.
print("no more improvement")
break
# Perform the opt.
bestThreeOpt.swap();
currentDist = bestDist
if int(time.time()) - startTime > maxTimeToRun:
# Out of time, return the best we've got.
print("out of time")
break
print("end tour" + str(tour))
return 0, bestDist, tour
def DateChanged(self, e):
dprint("One of our dates has changed!", e)
if self.DateRangeValid():
self.results_button.Enable()
self.SetNormalStatus("")
else:
self.results_button.Disable()
def DateRangeValid(self):
'''Is our date range valid?'''
rd_start = self.start_rdate.GetValue()
dprint("Date Range Valid: start=", rd_start)
rd_stop = self.stop_rdate.GetValue()
dprint("Date Range Valid: stop=", rd_stop)
return rd_stop > rd_start
def add_round(rnd, rd_list):
'''Add the specified round and list of round details to the DB'''
dprint("Adding to DB:", rnd)
for rd in rd_list:
dprint(rd)
db_cmd_exec('''INSERT INTO rounds(num,
course_num,
rdate)
VALUES(%d,%d,"%s")''' % \
(rnd.num,
rnd.course_num,
rnd.rdate.strftime("%m/%d/%Y")))
for rd in rd_list:
if rnd.num != rd.round_num:
raise Exception("Internal Error: Round Number mismatch!")
db_cmd_exec('''INSERT INTO round_details(round_num, player_num,
fstrokes, bstrokes,
acnt, ecnt, aecnt,
calc_fscore_numerator,
calc_fscore_denominator,
calc_bscore_numerator,
calc_bscore_denominator,
calc_oscore_numerator,
calc_oscore_denominator)
VALUES(%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d)''' % \
(rd.round_num, rd.player_num,
rd.fstrokes, rd.bstrokes,
rd.acnt, rd.ecnt, rd.aecnt,
rd.calc_fscore.numerator, rd.calc_fscore.denominator,
rd.calc_bscore.numerator, rd.calc_bscore.denominator,
rd.calc_oscore.numerator, rd.calc_oscore.denominator))
def on_session_connected(self, session_path):
dprint("session_connected")
#session_path = os.path.basename(session_path)
if session_path in self.Sessions:
session = self.Sessions[session_path]
if not session.Connected:
session.emit("connected")
def destroy_server(self, pattern="opp"):
dprint("Destroy %s server" % pattern)
def on_stopped(server):
dprint("server stopped")
try:
server.Close()
except:
#this is a workaround for lp:735068
dprint("DBus error on ODS server.Close()")
#force close locally
server.DisconnectAll()
gobject.source_remove(timeout)
def on_closed(server):
dprint("server closed")
self.emit("server-destroyed", self.Servers[pattern].object_path)
del self.Servers[pattern]
try:
s = self.Servers[pattern]
s.GHandle("stopped", on_stopped)
s.GHandle("closed", on_closed)
try:
s.Stop()
except:
#ods probably died
gobject.idle_add(on_closed, s)
timeout = gobject.timeout_add(1000, on_stopped, s)
except KeyError:
pass
def main():
dprint("Opening DB ...")
conn = sqlite3.connect(DB_PATH)
c = conn.cursor()
dprint("Trying to read table: courses ...")
for row in c.execute('''SELECT * FROM courses'''):
print row
def OnCommit(self, e):
dprint("OnCommit: %s Round DB requested" % \
('Update' if self.for_update else 'Commit'))
dprint("DB State: edited=%s, calc_done=%s form_up_to_date=%s, " % \
(self.is_edited, self.calc_done, self.data_from_form_up_to_date))
# save the date of our current round, since it can
# change when we get data from the frame
this_round_rdate_saved = self.this_round.rdate
if not self.GetDataFromFrameIfNeeded():
dprint("XXX need to diplay error status here: data invalid!")
return
if not self.is_edited:
raise Exception("Internal Error: Committing non-edited list?")
if self.for_update:
# XXX we should check for this round having the date of a round
# already in the database (not counting this round)
# NOT YET IMPLEMENTED
rdb.modify_round(self.this_round, self.round_details)
else:
# check for duplicate round
for rnd in rdb.RoundList.itervalues():
dprint("Looking at an existing:", rnd)
if rnd.rdate == this_round_rdate_saved:
self.SetErrorStatus("Duplicate Round Date: Change Date")
return False
rdb.add_round(self.this_round, self.round_details)
self.SetNormalStatus("")
rdb.commit_db()
dprint("Updating parent GUI ...")
pub.sendMessage("ROUND UPDATE", round_no=self.this_round)
self.is_edited = False
self.is_committed = True
self.SetCommitButtonState()
def on_session_closed(self, session_path):
dprint("__Session Closed__")
#session_path = os.path.basename(session_path)
if session_path in self.Sessions:
self.Sessions[session_path].DisconnectAll()
del self.Sessions[session_path]
self.emit("session-destroyed", session_path)
def get_max_round_no():
#global RoundList
# try it an alternative way
rnd_nos = [rnd.num for rnd in RoundList.itervalues()]
max_rnd_no = max(rnd_nos)
dprint("Max Round No: %d" % max_rnd_no)
return max_rnd_no
def destroy_server(self, pattern="opp"):
dprint("Destroy %s server" % pattern)
def on_stopped(server):
dprint("server stopped")
try:
server.Close()
except:
#this is a workaround for lp:735068
dprint("DBus error on ODS server.Close()")
#force close locally
server.DisconnectAll()
gobject.source_remove(timeout)
def on_closed(server):
dprint("server closed")
self.emit("server-destroyed", self.Servers[pattern].object_path)
del self.Servers[pattern]
try:
s = self.Servers[pattern]
s.GHandle("stopped", on_stopped)
s.GHandle("closed", on_closed)
try:
s.Stop()
except:
#ods probably died
gobject.idle_add(on_closed, s)
timeout = gobject.timeout_add(1000, on_stopped, s)
except KeyError:
pass
def on_session_connected(self, session_path):
dprint("session_connected")
#session_path = os.path.basename(session_path)
if session_path in self.Sessions:
session = self.Sessions[session_path]
if not session.Connected:
session.emit("connected")
def sort(list):
"""sort in alphabetic instead of ASCIIbetic order"""
dprint("PKGCORE_LIB: sort()")
spam = [(x[0].upper(), x) for x in list]
spam.sort()
dprint("PKGCORE_LIB: sort(); finished")
return [x[1] for x in spam]
def distance(frames_src, frames_target):
'''
Args:
frames_src(FeaturePatch): a single FeaturePatch from the source video
frames_target(FeaturePatch): a single FeaturePatch from a target video from the database
Returns:
int: the distance between the given FeaturePatch in optical flow space
'''
if type(frames_target) == list:
utils.dprint("FOUND A LIST IN DISTANCE")
return sys.float_info.max
dist = 0
for i in range(len(frames_target.features)):
if namespace.FEATURES_ARE_VECTORS and not namespace.WEIGHTED_AVG_DIR:
# If we stored features as Optical Flow Vector
if (type(frames_src.features[i]) != list or type(frames_target.features[i])):
# Something wonky happened with features.
utils.dprint("Odd feature")
continue
# Compute distance
mag_src = math.sqrt((frames_src.features[i][0] + frames_src.features[i][1])**2)
mag_target = math.sqrt((frames_target.features[i][0] + frames_target.features[i][1])**2)
dist += abs((mag_src - mag_target))
else:
# If we stored features as magnitudes of optical flow
dist += abs((frames_src.features[i] - frames_target.features[i]))
return dist
def land(self):
utils.dprint("", 'Landing')
self.at(at_ref, False)
# TODO: implement check for landed
self.move(0.0, 0.0, 0.0, 0.0, False)
self.sleep_time = 1.0
self.__set_landed(True)
def reload_portage():
dprint('PKGCORE_LIB: reloading portage')
reload(pkgcore.config)
reload(pkgcore.const)
reload(pkgcore.util.file.read_bash)
reload(portage)
reload(portage_const)
def HasPage(self, page_num):
"""
This function is called to determine if the specified page exists.
"""
res = len(self.GetPageText(page_num))
dprint("HasPage(%d): returning '%d > 0'" % (page_num, res))
return res > 0
def PreviewText(self, lines, doc_name):
"""
This function displays the preview window for the text with the given header.
"""
try:
self.doc_name = doc_name
self.doc_lines = lines
#Destructor fix by Peter Milliken --
print1 = MyPrintout(self.frame, lines=self.doc_lines)
print2 = MyPrintout(self.frame, lines=self.doc_lines)
preview = wx.PrintPreview(print1, print2, self.printer_config)
if not preview.Ok():
wx.MessageBox("Unable to display preview of document.")
return
preview_window = wx.PreviewFrame(preview, self.frame, \
"Print Preview - %s" % doc_name)
preview_window.Initialize()
preview_window.SetPosition(self.frame.GetPosition())
preview_window.SetSize(self.frame.GetSize())
preview_window.MakeModal(True)
preview_window.GetControlBar().SetZoomControl(100)
preview_window.Show(True)
except Exception, e:
dprint("oh oh -- something failed:", e)
wx.MessageBox(GetErrorText())
def step(self,seconds=0.1):
""" Step function 1) senses, 2) executes all layered resources (which tell "body"
which actions to engage, then 3) executes simulator for X seconds (defined by
'seconds' variable."""
self.age += 1
# tell the terminal how old you are
print "Step %i" % (self.age)
state_1 = [x for x in self.all_resources if x.is_on]
self.sense() # sense the world which returns perceptions,
#print "ALL resources", self.all_resources
for r in self.all_resources:
if r.is_on: print "+", r.name
self.execute_all_resources()
#self.execute_reactive_resources()
#self.execute_deliberative_resources()
#self.execute_reflective_resources()
state_2 = [x for x in self.all_resources if x.is_on]
self.turned_on = set(state_2)-set(state_1)
self.turned_off = set(state_1)-set(state_2)
for resource in self.turned_on:
dprint(x.name,"ON: ")
for resource in self.turned_off:
dprint(x.name,"OFF: ")
self.env.do('step_simulation',{'seconds':seconds, 'agent':self.name}) # simulator is paused by default, run for X seconds
time.sleep(seconds+(self.delay*2)) # make sure agent waits as long as simulator
return True
def step(self, seconds=0.1):
""" Step function 1) senses, 2) executes all layered resources (which tell "body"
which actions to engage, then 3) executes simulator for X seconds (defined by
'seconds' variable."""
self.age += 1
# tell the terminal how old you are
print "Step %i" % (self.age)
state_1 = [x for x in self.all_resources if x.is_on]
self.sense() # sense the world which returns perceptions,
#print "ALL resources", self.all_resources
for r in self.all_resources:
if r.is_on: print "+", r.name
self.execute_all_resources()
#self.execute_reactive_resources()
#self.execute_deliberative_resources()
#self.execute_reflective_resources()
state_2 = [x for x in self.all_resources if x.is_on]
self.turned_on = set(state_2) - set(state_1)
self.turned_off = set(state_1) - set(state_2)
for resource in self.turned_on:
dprint(x.name, "ON: ")
for resource in self.turned_off:
dprint(x.name, "OFF: ")
self.env.do('step_simulation', {
'seconds': seconds,
'agent': self.name
}) # simulator is paused by default, run for X seconds
time.sleep(
seconds +
(self.delay * 2)) # make sure agent waits as long as simulator
return True
def on_session_closed(self, session_path):
dprint("__Session Closed__")
#session_path = os.path.basename(session_path)
if session_path in self.Sessions:
self.Sessions[session_path].DisconnectAll()
del self.Sessions[session_path]
self.emit("session-destroyed", session_path)
def load_oc_config(self, coin, oc_type):
try:
copyfile('./' + str(coin) + '/' + str(oc_type) + '/local.conf',
'./')
os.system('ethos-overclock')
except IOError:
self.send_mail(self.notification_add, 'load_oc_config fail')
dprint('load_oc_config fail')
def db_setup():
commands = nlp_schema.schema
with postgres() as db:
dprint("Creating Main DB Tables - Ignore permanent connection message")
for command in commands:
#dprint(command)
db.commit(command)
time.sleep(1)
def MyStart(self, start_rdate, stop_rdate):
dprint("ScoreResultsFrame:MyStart(%s, %s): entering" % \
(start_rdate, stop_rdate))
self.start_rdate = wxdate.wxdt_to_dt(start_rdate)
self.stop_rdate = wxdate.wxdt_to_dt(stop_rdate)
dprint("Report on reults from", start_rdate, "to", stop_rdate)
self.GenerateResultsList()
self.InitUI()
def open(self, args, extra_args):
url = args[0]
if 'http' not in url:
url = 'http://' + url
utils.dprint(url)
webbrowser.open(url, autoraise=True)
def test_simple_callback_to_python(self):
"""Test a call to managed code that then calls back into Python."""
from Python.Test import ThreadTest
dprint("thread %s SimpleCallBack" % thread.get_ident())
result = ThreadTest.CallEchoString("spam")
self.assertTrue(result == "spam")
dprint("thread %s SimpleCallBack ret" % thread.get_ident())
def set_make_conf(prefs,
property,
add='',
remove='',
replace='',
callback=None):
"""
Sets a variable in make.conf.
If remove: removes elements of <remove> from variable string.
If add: adds elements of <add> to variable string.
If replace: replaces entire variable string with <replace>.
if remove contains the variable name, the whole variable is removed.
e.g. set_make_conf('USE', add=['gtk', 'gtk2'], remove=['-gtk', '-gtk2'])
e.g. set_make_conf('ACCEPT_KEYWORDS', remove='ACCEPT_KEYWORDS')
e.g. set_make_conf('PORTAGE_NICENESS', replace='15')
"""
dprint("PKGCORE_LIB: set_make_conf()")
command = ''
file = 'make.conf'
if isinstance(add, list):
add = ' '.join(add)
if isinstance(remove, list):
remove = ' '.join(remove)
if isinstance(replace, list):
replace = ' '.join(replace)
config_path = portage_const.USER_CONFIG_PATH
if not os.access(portage_const.MAKE_CONF_FILE, os.W_OK):
command = (''.join([
prefs.globals.su, ' "python ', prefs.DATA_PATH,
'set_config.py -d -f ', file
]))
command = command + '-p ' + property + ' '
if add != '':
command = command + "-a '" + add + "' '"
if remove != '':
command = command + "-r '" + remove + "'"
command = command + '"'
dprint(" * PKGCORE_LIB: set_make_conf(); command = " + command)
if not callback: callback = reload_portage
app = SimpleTerminal(command,
False,
dprint_output='SET_MAKE_CONF CHILD APP: ',
callback=Dispatcher(callback))
app._run()
else:
add = add.split()
remove = remove.split()
set_config.set_make_conf(property, add, remove, replace)
if callback: callback()
else: reload_portage()
# This is slow, but otherwise portage doesn't notice the change.
#reload_portage()
# Note: could perhaps just update portage.settings.
# portage.settings.pmaskdict, punmaskdict, pkeywordsdict, pusedict
# or portage.portdb.mysettings ?
return True
def get_stats(self):
os.system('date > ' + str(self.stats_file))
time.sleep(1)
try:
dprint("Get stats file")
os.system('/opt/ethos/bin/stats >>' + str(self.stats_file))
except:
dprint('can not add stats to file')
time.sleep(5)
def AddMoneyRoundResults(self, mrd):
'''
The second heart of summarizing results: the money
'''
dprint("*** Adding in money results for pnum=%d:" % self.pnum, mrd)
if self.pnum != mrd.player_num:
raise Exception("Internal Error: Player Number Mismatch")
self.money_won += mrd.GetMoney()
dprint("Added $%s, total now $%s" % (mrd.GetMoney(), self.money_won))
def commitPosition(self, p: Position) -> bool:
try:
self.cursor.execute(f"INSERT OR REPLACE INTO positions {p.package()}")
self.connection.commit()
return True
except Exception as e:
utils.dprint(e)
return False
def query(self, query, params=''): # used only for retrieving data
try:
self._db_cur.execute(query,params)
except Exception as error:
dprint('Error execting query "{}", error: {}'.format(query, error))
return None
else:
result = self._db_cur.fetchall()
return result
def commit(self, query, params=''): #used only for comitting data to db
try:
result = self._db_cur.execute(query,params)
self._db_connection.commit()
except Exception as error:
dprint('Error execting query "{}", error: {}'.format(query, error))
return None
else:
return result
def wxdt_to_dt(wxdt_dt):
'''
return a wx.datetime for the supplied datetime
'''
dt_dt = dt.datetime(wxdt_dt.GetYear(),
wxdt_dt.GetMonth()+1,
wxdt_dt.GetDay())
dprint("Converted wx:", wxdt_dt, "to dt:", dt_dt)
return dt_dt
def get_versions(self, include_masked = True):
"""Returns all available ebuilds for the package"""
if self.full_name == "None":
return ''
vers = list(TREE.versions[self.full_name])
for x in range(0,len(vers)):
vers[x] = self.full_name + '-' + vers[x]
dprint("PKGCORE_LIB: Package.get_versions() vers = " + str(vers))
return vers
def initialize_db(skip_preload_flag):
dprint("Creating DB: %s/%s ..." % (_DB_DIR, _DB_FILE))
conn = sqlite3.connect("%s/%s" % (_DB_DIR, _DB_FILE))
c = conn.cursor()
initialize_players(c, skip_preload_flag)
initialize_courses(c, skip_preload_flag)
initialize_rounds(c, skip_preload_flag)
dprint("Commiting new database ...")
conn.commit()
def get_properties(ebuild):
"""Get all ebuild variables in one chunk."""
ebuild = str(ebuild) #just in case
if portage.portdb.cpv_exists(ebuild): # if in portage tree
try:
return Properties(dict(zip(keys, portage.portdb.aux_get(ebuild, portage.auxdbkeys))))
except IOError, e: # Sync being performed may delete files
dprint(" * PKGCORE_LIB: get_properties(): IOError: " + e)
return Properties()
def insert_current_coin_values(db):
dprint("Adding current coin values to db")
coin_symbol_list = get_coin_symbol_list(db)
ticker_json = requests.get("https://api.coinmarketcap.com/v1/ticker/").text
ticker = json.loads(ticker_json)
for tick in ticker:
if tick['symbol'] in coin_symbol_list:
db.commit(
'INSERT INTO coin_history (coin_type_id,price) VALUES (%s,%s)',
(tick['symbol'], tick['price_usd']))
def get_full_name(ebuild):
"""Extract category/package from some ebuild identifier"""
if ebuild.endswith("*"): ebuild = ebuild[:-1]
cplist = portage.catpkgsplit(ebuild) or portage.catsplit(ebuild)
if not cplist or len(cplist) < 2:
dprint("PKGCORE_LIB get_full_name(): issues with '%s'" % ebuild)
return ''
cp = cplist[0] + "/" + cplist[1]
while cp[0] in ["<",">","=","!","*"]: cp = cp[1:]
return str(cp) # hmm ... unicode keeps appearing :(
def OnListEdited(self, evt):
dprint("OnListEdited: Col=%d: %s" % (evt.col, evt.message))
# was editing in the front9/back9 columns?
if evt.col in [1, 2]:
dprint("XXX Need to update mzkitty amount(s)!!!")
# but any change means we need to save the changes
self.is_edited = True
self.SetCommitButtonState()
# flag that we need to update data from our form
self.data_from_form_up_to_date = False
def take_off(self):
utils.dprint("", 'Taking off!')
self.at(at_ftrim)
self.at(at_ftrim)
self.at(at_ftrim)
self.sleep_time = 0.02
self.at(at_config, "control:altitude_max", "40000")
self.at(at_ref, True)
# TODO: implement check for takeoff
self.__set_landed(False)
def get_min_hash(self):
self.coin = self.config_file("NowMiningCoin", "get")
self.num_of_gpu = self.config_file("NumOfGpus", "get")
if self.coin == "ZEC":
self.rig_min_hash = 420 * int(self.num_of_gpu)
elif self.coin == "ETH" or self.coin == "ETC":
self.rig_min_hash = 26 * int(self.num_of_gpu)
else:
dprint("Can not init rig min hash.")
return self.rig_min_hash
def SetScoreButtonState(self):
'''Set appropriate state for the "Score" Button'''
dprint("%d players selected" % \
self.player_list.item_check_count)
if self.player_list.item_check_count > 0:
self.start_button.Enable()
self.SetNormalStatus("")
else:
self.start_button.Disable()
self.SetNormalStatus("Please choose money players")
def OnNewRoundExists(self, round_no):
'''A "NEW ROUND" or "NEW MONEY ROUND" message has been received'''
dprint("ScoreResultsFrame: A 'NEW ROUND' Message we received!")
# re-read the database rounds and round_details into our
# internal structures, since they have changed
rdb.init_rounds()
# re-generate our report results and data, then display them
self.GenerateResultsList()
self.results_list.SetupListItems(self.item_data)
self.Show(True)
def OnCourseChosen(self, evt):
'''A course has been choosen'''
dprint("A Course has been choosen:", evt)
course_num = self.course_choice.GetSelection()
if course_num > 0 and \
course_num != self.this_round.course_num:
dprint("A Valid and new course choosen: %d" % course_num)
self.is_edited = True
self.data_from_form_up_to_date = False
self.SetCommitButtonState()
def on_stopped(server):
dprint("server stopped")
try:
server.Close()
except:
#this is a workaround for lp:735068
dprint("DBus error on ODS server.Close()")
#force close locally
server.DisconnectAll()
gobject.source_remove(timeout)
def on_stopped(server):
dprint("server stopped")
try:
server.Close()
except:
#this is a workaround for lp:735068
dprint("DBus error on ODS server.Close()")
#force close locally
server.DisconnectAll()
gobject.source_remove(timeout)
def reset_rig(self):
if self.config_file("RigResetWhenGpuFail", "get") == "true":
dprint("Reset rig, RIG UP TIME was " + str(self.rig_up_time))
time.sleep(1)
# Ethos reset.
os.system('/opt/ethos/bin/r')
# Ubuntu reset just in case.
time.sleep(5)
os.system('sudo reboot')
else:
dprint("Can not reset rig, check RigResetWhenGpuFail fleg")
def OnCheckItem(self, data, flag=None):
if flag is None:
dprint("Skipping item checked: no item!")
return
dprint("Setting items_checked[%d] = %s" % (data, flag))
self.items_checked[data] = flag
if flag:
self.item_check_count += 1
else:
self.item_check_count -= 1
pub.sendMessage("ITEM CHECK UPDATE", count=self.item_check_count)
def CheckEditEnd(self, evt):
dprint("*** Finished editing col=%d, text=%s" % (evt.m_col, evt.Text))
self.after_edit = evt.Text
if self.before_edit != self.after_edit:
dprint("Sending a a custom event: list edited!")
new_evt = ListEditedEvt(self.GetId(),
message='list edited',
col=evt.m_col)
wx.PostEvent(self.GetParent(), new_evt)
# allow all edits -- XXX probably not needed
evt.Allow()
def check(self):
self.cursor.execute("SELECT * FROM users")
rows = self.cursor.fetchall()
for row in rows:
utils.dprint(row)
self.cursor.execute("SELECT * FROM positions")
rows = self.cursor.fetchall()
for row in rows:
utils.dprint(rows)
def config_file(self, key, value):
json_file = open(self.cfg_file, "r+")
data = json.load(json_file)
try:
if value == 'get': # Get value.
return str(data[str(key)])
else: # Set value.
data[str(key)] = str(value)
json_file.seek(0) # rewind
json.dump(data, json_file, sort_keys=True, indent=4)
json_file.truncate()
except:
dprint("Can not set value on cfg file.")
def get_sets_list( filename ):
"""Get the package list file and turn it into a tuple
attributes: pkgs[key = full_name] = [atoms, version]"""
pkgs = {}
try:
set_list = pkgcore.util.file.read_bash(filename)
except:
dprint("PKGCORE_LIB: get_sets_list(); Failure to locate/read file: " + filename)
return None
# split the atoms from the pkg name and any trailing attributes if any
for item in set_list:
parts = self.split_atom_pkg(item)
pkgs[parts[0]] = parts[1:]
return pkgs
def get_digest(ebuild):
"""Returns digest of an ebuild"""
mydigest = portage.db['/']['porttree'].dbapi.finddigest(ebuild)
digest_file = []
try:
myfile = open(mydigest, "r")
for line in myfile.readlines():
digest_file.append(line.split(" "))
myfile.close()
except SystemExit as e:
raise # Needed else can't exit
except Exception as e:
dprint("PKGCORE_LIB: get_digest(): Exception: " + e)
return digest_file
def __init__(self):
self.rig_up_time = 0
self.rig_hash = 0
self.rig_name = ""
self.num_of_gpu = ""
self.coin = ""
self.rig_min_hash = self.get_min_hash()
# Get notification addresses.
self.notification_addr = self.config_file("NotificationAddr",
"get").split(',')
# Enable notification.
self.config_file("NotificationEnable", "true")
# Init min rig hash.
dprint("Coin=" + self.coin + " NumOfGpu=" + self.num_of_gpu + " " +
"RigMinHash=" + str(self.rig_min_hash))
def find_posts_to_be_processed(db):
unprocessed_posts = db.query('SELECT * FROM posts WHERE post_processed=False')
possibles = globals().copy()
for unprocessed in unprocessed_posts:
id = unprocessed[0]
url = unprocessed[1]
date = unprocessed[2]
source_id = unprocessed[3]
coin_focus = unprocessed[4]
source = db.query('SELECT source_name FROM sources WHERE source_id = %s',(source_id,))[0][0]
scraper = possibles.get(source)
if not scraper:
dprint("No article scraper implemented for - " + source)
else:
scraper(db,id,url)
def get_properties(self, specific_ebuild = None):
""" Returns properties of specific ebuild.
If no ebuild specified, get latest ebuild. """
#dprint("PKGCORE_LIB: Package:get_properties()")
if self.full_name == "None":
return ''
if specific_ebuild == None:
ebuild = self.get_default_ebuild()
if not ebuild:
dprint("PKGCORE_LIB; get_properties(): No ebuild found for " + self.full_name + "!")
#raise Exception(_('No ebuild found.'))
else:
#dprint("PKGCORE_LIB get_properties(): Using specific ebuild")
ebuild = specific_ebuild
if not ebuild in self.properties:
#dprint("PKGCORE_LIB: geting properties for '%s'" % str(ebuild))
self.properties[ebuild] = get_properties(ebuild)
return self.properties[ebuild]
def split_atom_pkg( pkg ):
"""Extract [category/package, atoms, version] from some ebuild identifier"""
atoms = []
version = ''
if pkg.endswith("*"): pkg = pkg[:-1]
cplist = portage.catpkgsplit(pkg) or portage.catsplit(pkg)
if not cplist or len(cplist) < 2:
dprint("PKGCORE_LIB split_pkg(): issues with '%s'" % pkg)
return ['', '', '']
cp = cplist[0] + "/" + cplist[1]
while cp[0] in ["<",">","=","!","*"]:
atoms.append(cp[0])
cp = cp[1:]
if cplist:
version = cplist[2]
if cplist[3] != 'r0':
version += '-' + cplist[3]
return [str(cp), atoms.join(), version] # hmm ... unicode keeps appearing :(