def test(store):
from Thing import Thing
from Person import Person
from webware.MiscUtils.DataTable import DataTable
dataSource = '''
b:int,i:int,l:long,f:float,s:string,d:int
0,0,0,0,0,0
0,0,0,0.0,0.0,0
1,1,1,1,a,0
0,-1,8589934592,-3.14,'x',0
'''
data = DataTable()
data.readString(dataSource)
for values in data:
print(values)
t = Thing()
for attr in list('bilfsd'):
t.setValueForKey(attr, values[attr])
store.addObject(t)
store.saveChanges()
# Try an immediate fetch
results = store.fetchObjectsOfClass(Thing)
assert len(results) == 1, 'len=%s, results=%s' % (len(results),
results)
# This tests the uniquing feature of MiddleKit:
assert id(results[0]) == id(t)
# Clear the store's in memory objects and try a fetch again
store.clear()
results = store.fetchObjectsOfClass(Thing)
assert len(results) == 1
assert results[0].allAttrs() == t.allAttrs()
# Make sure what we got from the store is what we put in
for attr in list('bils'):
assert results[0].valueForKey(attr) == values[attr]
different = 0.000001 # @@ 2000-11-25 ce: more work needed on floats
assert abs(results[0].valueForKey('f') - values['f']) < different
# Insert the fetched attributes
t2 = Thing()
for attr in list('bilfsd'):
t2.setValueForKey(attr, results[0].valueForKey(attr))
store.addObject(t2)
store.saveChanges()
results = store.fetchObjectsOfClass(Thing)
assert len(results) == 2, 'len=%r' % len(results)
assert results[0].allAttrs() == results[1].allAttrs()
# Reset
store.clear()
store.executeSQLTransaction('delete from Thing;')
def parse_mtree(mtree_file):
gz = gzip.open(mtree_file, mode="rt", encoding='utf-8')
defaults = {}
objects = []
for line in gz:
# strip comments, etc
#logging.debug(line.strip())
line = re.sub(r'\s*#.*', '', line.strip())
if line == '':
logging.debug('Empty line')
continue
# the /set lines update the default attributes
m = re.match(r'^/set\s+(.*)', line)
if m:
for a in re.split(r'\s+', m.group(1)):
k, v = a.split('=')
defaults[k] = v
logging.debug('new defaults: %s', str(defaults))
continue
# handle /unset
m = re.match(r'^/unset\s+(.*)', line)
if m:
for a in re.split(r'\s+', m.group(1)):
defaults.pop(a)
print(defaults)
continue
# A "data" line has a path, followed by k=v pairs
path, attrstr = line.split(' ', maxsplit=1)
# skip these
if path in ('./.BUILDINFO', './.PKGINFO', './.INSTALL',
'./.CHANGELOG'):
continue
# Set the current defaults, all of which can be overriden
# on a per-line basis. Set the default type to be "file",
# as that is usually omitted, unless the entry isn't a file.
attribs = dict(defaults)
attribs['type'] = 'file'
# Add metadata
for a in attrstr.split(' '):
k, v = a.split('=')
attribs[k] = v
objects.append(Thing(path, attrs=attribs, ignore_dir_mtime=True))
return objects
def createObjects(self):
from Thing import Thing
for i in range(self._numObjects):
t = Thing()
t.setB(1)
t.setI(2)
t.setL(3)
t.setF(4.0)
t.setS('five')
self._store.addObject(t)
self._store.saveChanges()
things = self._store.fetchObjectsOfClass('Thing')
assert len(things)==self._numObjects, '%i, %i' % (len(things), self._numObjects)
# nekem megoldotta az import problémát az,
# hogy a .vscode/settings.json -ön belül
# "python.languageServer": "Jedi" -re változtattam a
# "python.languageServer": "Microsoft" helyett
from Fleet import Fleet
from Thing import Thing
fleet = Fleet()
get_milk = Thing("Get milk")
remove_obstacles = Thing("Remove the obstacles")
stand_up = Thing("Stand up")
stand_up.complete()
eat_lunch = Thing("Eat lunch")
eat_lunch.complete()
fleet.add(get_milk)
fleet.add(remove_obstacles)
fleet.add(stand_up)
fleet.add(eat_lunch)
# Töltsd fel a fleet példányt olyan módon, hogy a következő legyen a kimenet:
# 1. [ ] Get milk
# 2. [ ] Remove the obstacles
# 3. [x] Stand up
# 4. [x] Eat lunch
print(fleet)
cx = int(M['m10'] / M['m00'])
cy = int(M['m01'] / M['m00'])
x, y, w, h = cv2.boundingRect(cnt)
new = True
for i in things:
# 从没有结束的对象里面找
if i.getIsEnd() == False and abs(x - i.getX()) <= w and abs(
y - i.getY()) <= h:
# 如果新探测到的接近前一帧探测到的
new = False
i.updateCoords(cx, cy) #更新那个接近的坐标顺便记录此元素这一次被改变了
break
if new == True:
# 如果确定有新的
p = Thing(pid, cx, cy)
things.append(p)
pid += 1
cv2.circle(frame, (cx, cy), 5, (0, 0, 225), -1) #小红点
img = cv2.rectangle(frame, (x, y), (x + w, y + h), (0, 225, 0), 2)
cv2.drawContours(frame, cnt, -1, (0, 255, 0), 3)
# 检查之后的物品
for i in things:
if i.getIsEnd() == False:
# 如果在尚存物品中发现本轮未改变的或者发现超出范围的物品 立即将其结束
if i.getIsChanged() == False or i.getY() >= 850:
i.setEnd()
i = 0
while i <= (len(things) - 1):
from Thing import Thing, on_message
import time
import threading
thing = Thing('"12345"', '"12345"',
"http://165.22.121.233:8888/api/authorization/",
"165.22.121.233")
thing.on_message = on_message
thing.Start()
thr = threading.Thread(target=thing.OnConnected)
thr.start()
thing.Send("start ssss")
time.sleep(5)
thing.End()
'spa': 'No se pudo conectar con el servidor',
'eng': 'Cannot connect to server'
}
"""This is where it begins"""
if not is_server_up():
print(no_server_error_message[lang])
quit()
auth = Authentication()
if not auth.is_auth:
quit()
thing = Thing()
print('ip: ' + str(thing.ip))
print('macs: ' + str(thing.macs))
groups = auth.getAdminGroups()
pprint(groups)
allThings = []
for group in groups:
res = requests.get(base_url+'/group', params={'id': group['id']})
group = res.json()
#pprint(group)
for t in group['things']:
allThings.append(t)
from Fleet import Fleet
from Thing import Thing
fleet = Fleet()
# Create a fleet of things to have this output:
# 1. [ ] Get milk
# 2. [ ] Remove the obstacles
# 3. [x] Stand up
# 4. [x] Eat lunch
fleet.add(Thing("Get milk"))
fleet.add(Thing("Remove the obstacles"))
thing1 = Thing("Stand up")
thing1.complete()
thing2 = Thing("Eat lunch")
thing2.complete()
fleet.add(thing1)
fleet.add(thing2)
print(fleet)
wildPokemon = Pokemon("Oddish", "leaf", "water")
for i in range(len(pokemon)):
if (pokemon[i].isEffectiveAgainst(wildPokemon)):
print(f"Ash should Choose {pokemon[i].get()}")
###### Fleet of Things
from Fleet import Fleet
from Thing import Thing
# Create a fleet of things to have this output:
# 1. [ ] Get milk
c = Thing("Get milk")
milk = c.__str__()
fleet = Fleet()
fleet.add(milk)
# 2. [ ] Remove the obstacles
c = Thing("Remove the obstacles")
remove = c.__str__()
fleet.add(remove)
# 3. [x] Stand up
c = Thing("Stand up")
true_complete = c.complete()
stand = c.__str__()
fleet.add(stand)
