def images(pagenumber):
"""查询"""
args = request.args
tag = args.get("tag", None, type=str)
if tag:
tag = tag.split(" ")
pagesize = args.get("pagesize", 10, type=int)
score = args.get("score", 0, type=int)
sort = args.get("sort", "score", type=str)
pageindex = pagenumber - 1
print('score：%s;tag：%s;pagesize：%s;pageindex：%s;sort: %s' %
(score, tag, pagesize, pageindex, sort))
if sort == "random":
data = Store.FileHistoryRepository().getsradom(score, tag, pagesize)
else:
data = Store.FileHistoryRepository().getspage(score, tag, pageindex,
pagesize, sort)
return jsonify({
'items': [{
'id': item.id,
'url': item.filepath.replace("\\", "/"),
'md5': item.md5,
'score': item.remark1,
'tags': item.remark2
} for item in data["list"]],
'total':
data["total"]
})
def store_created(request):
if (
"address" in request.GET
and request.GET["address"]
and "city" in request.GET
and request.GET["city"]
and "country" in request.GET
and request.GET["country"]
and "region" in request.GET
and request.GET["region"]
):
address = request.GET["address"]
city = request.GET["city"]
country = request.GET["country"]
if "city_state" in request.GET:
city_state = request.GET["city_state"]
else:
city_state = city
region = request.GET["region"]
stores = Store.objects.all().order_by("-store_id")
if not stores:
id = 1
else:
id = stores[0].store_id + 1
store = Store(store_id=id, address=address, city=city, country=country, state=city_state, region=region)
store.save()
stores = Store.objects.all()
message = "Store has been successfully added"
context = {"stores": stores, "message": message}
return render(request, "view_stores.html", context)
def __init__(self):
self.api = ByPassSniApi()
self.api.require_appapi_hosts()
# api.set_additional_headers({'Accept-Language':'en-US'})
self.api.set_accept_language('en-us')
self.error = []
self.store = Store()
def add_store(self, name):
if name.startswith('NOR'):
if self.stores_norte[name] == 0:
self.stores_norte[name] += 1
self.norte_visited[name] = Store(name)
else:
self.stores_norte[name] += 1
elif name.startswith('SUR'):
if self.stores_sur[name] == 0:
self.stores_sur[name] += 1
self.sur_visited[name] = Store(name)
else:
self.stores_sur[name] += 1
elif name.startswith('CEN'):
if self.stores_centro[name] == 0:
self.stores_centro[name] += 1
self.centro_visited[name] = Store(name)
else:
self.stores_centro[name] += 1
else:
if self.stores_rm[name] == 0:
self.stores_rm[name] += 1
self.rm_visited[name] = Store(name)
else:
self.stores_rm[name] +=1
def store_created(request):
if 'address' in request.GET and request.GET[
'address'] and 'city' in request.GET and request.GET[
'city'] and 'country' in request.GET and request.GET[
'country'] and 'region' in request.GET and request.GET[
'region']:
address = request.GET['address']
city = request.GET['city']
country = request.GET['country']
if 'city_state' in request.GET:
city_state = request.GET['city_state']
else:
city_state = city
region = request.GET['region']
stores = Store.objects.all().order_by('-store_id')
if not stores:
id = 1
else:
id = stores[0].store_id + 1
store = Store(store_id=id,
address=address,
city=city,
country=country,
state=city_state,
region=region)
store.save()
stores = Store.objects.all()
message = 'Store has been successfully added'
context = {'stores': stores, 'message': message}
return render(request, 'view_stores.html', context)
def imagesbysection(star, end):
"""查询"""
args = request.args
tag = args.get("tag", None, type=str)
if tag:
tag = tag.split(" ")
score = args.get("score", 0, type=int)
sort = args.get("sort", "score", type=str)
print('score：%s;tag：%s;star:%s;end:%s;sort: %s' %
(score, tag, star, end, sort))
if sort == "random":
sectionlength = end - star
data = Store.FileHistoryRepository().getsradom(score, tag,
sectionlength)
else:
data = Store.FileHistoryRepository().getsbysection(
score, tag, star, end, sort)
return jsonify({
'items': [{
'id': item.id,
'url': item.filepath.replace("\\", "/"),
'md5': item.md5,
'score': item.remark1,
'tags': item.remark2
} for item in data["list"]],
'total':
data["total"]
})
def diff(self, toUUID, fromUUID, estimatedSize='None'):
if estimatedSize == 'None':
return Store.Diff(self.sink, self.vol(toUUID), self.vol(fromUUID))
else:
estimatedSize = int(float(estimatedSize))
return Store.Diff(self.sink, self.vol(toUUID), self.vol(fromUUID),
estimatedSize, True)
def Execute():
a=Store.GetInt('a')
b=Store.GetDouble('b')
c=Store.GetString('c')
print a
print b
print c
return 1
def add():
if (len(ReferenceNo.get()) != 0):
Store.addRegRec(ReferenceNo.get(), DistributorName.get(), Date.get(), \
MobileNo.get(), ExpDate.get(), Medicine.get(), Amount.get(), \
Payment.get())
storelist.delete(0, END)
storelist.insert(END, (ReferenceNo.get(), DistributorName.get(), Date.get(), \
MobileNo.get(), ExpDate.get(), Medicine.get(), Amount.get(), \
Payment.get()))
def test_Store(self):
p = Store.Product(1, "iPad", "Tablet", 1200.00, 25)
s = Store.Store()
s.add_product(p)
self.assertIs(p.get_title(), "iPad")
self.assertIs(p.get_description(), "Tablet")
self.assertTrue(p.get_price(), 1200.00)
self.assertNotEqual(p.get_quantity(), 19)
self.assertEqual(s.searchStore("Ipad"), [1])
def __init__(self, *args): FtpServer.FlatFileSystem.__init__(self, *args) self.file_store = Store.Transaction(Config.file_store) self.cache = Store.Transaction(Config.cache_store) web.load() web.ctx.store = self.file_store web.ctx.cache = self.cache web.ctx.attachments = Store.Transaction(Config.attachment_store) web.ctx.printmode = False web.ctx.home = Config.canonical_base_url
def __init__(self, prefix, namespace, ontologies):
self.prefix = prefix
self.namespace = Namespace(namespace)
self.store = Store()
self.store.bind(prefix, namespace)
self.store.bind("ao", str(AO))
self.store.bind("pav", str(PAV))
self.store.bind("dc", str(DC))
self.ontologies = ontologies
for k in ontologies:
self.store.bind(k, ontologies[k])
def test_1(self):
"""This test is checking to make sure the checkout price is equal to 33.45 (since they are a premium member"""
p1 = Store.Product("889", "Rodent of unusual size",
"when a rodent of the usual size just won't do",
33.45, 8)
c1 = Store.Customer("Yinsheng", "QWF", True)
myStore = Store.Store()
myStore.add_product(p1)
myStore.add_member(c1)
myStore.add_product_to_member_cart("889", "QWF")
result = myStore.check_out_member("QWF")
self.assertEqual(result, 33.45)
def test_2(self):
"""This test is checking to make sure the program is charging the extra 7% shipping cost for non-premium
members"""
p1 = Store.Product("889", "Rodent of unusual size",
"when a rodent of the usual size just won't do",
33.45, 8)
c1 = Store.Customer("Yinsheng", "QWF", False)
myStore = Store.Store()
myStore.add_product(p1)
myStore.add_member(c1)
myStore.add_product_to_member_cart("889", "QWF")
result = myStore.check_out_member("QWF")
self.assertEqual(result, (33.45 * 1.07))
def measureSize(self, diff, chunkSize):
""" Spend some time to get an accurate size. """
self._fileSystemSync()
sendContext = self.butter.send(
self.getSendPath(diff.toVol),
self.getSendPath(diff.fromVol),
diff,
showProgress=self.showProgress is not False,
allowDryRun=False,
)
class _Measure(io.RawIOBase):
def __init__(self, estimatedSize, showProgress):
self.totalSize = None
self.progress = progress.DisplayProgress(
estimatedSize) if showProgress else None
def __enter__(self):
self.totalSize = 0
if self.progress:
self.progress.__enter__()
return self
def __exit__(self, exceptionType, exceptionValue, traceback):
if self.progress:
self.progress.__exit__(exceptionType, exceptionValue,
traceback)
return False # Don't supress exception
def writable(self):
return True
def write(self, bytes):
self.totalSize += len(bytes)
if self.progress:
self.progress.update(self.totalSize)
logger.info("Measuring %s", diff)
measure = _Measure(diff.size, self.showProgress is not False)
Store.transfer(sendContext, measure, chunkSize)
diff.setSize(measure.totalSize, False)
for path in self.getPaths(diff.toVol):
path = self._fullPath(path) + Store.theInfoExtension
with open(path, "a") as infoFile:
diff.toVol.writeInfoLine(infoFile, diff.fromUUID,
measure.totalSize)
def ask_question():
name = 'Colin'
questions = Store.getQuestions()
for q in questions:
print str(q) + ": " + questions[q]
input = sys.stdin.readline()
input = int(input)
print "You said " + str(input) + ". Saved? " + str(
Store.storeResult(name=name, score=input, question_id=q))
print "----------------"
print "Thanks!! You've answered all the questions for now."
def ask_question():
name = 'Colin'
questions = Store.getQuestions()
for q in questions:
print str(q) + ": " + questions[q]
input = sys.stdin.readline()
input = int(input)
print "You said " + str(input) + ". Saved? " + str(Store.storeResult(name=name,score=input,question_id=q))
print "----------------"
print "Thanks!! You've answered all the questions for now."
class JungleJamboree : def __init__ (self) : self._running = True self._display = None self._party = Party() self._turn = Turn () self._store = Store () def startGame (self) : self._party.setUpParty () self._store.setUpStore () self._store.menu (self._party)
def measureSize(self, diff, chunkSize):
""" Spend some time to get an accurate size. """
self._fileSystemSync()
sendContext = self.butter.send(
self.getSendPath(diff.toVol),
self.getSendPath(diff.fromVol),
diff,
showProgress=self.showProgress is not False,
allowDryRun=False,
)
class _Measure(io.RawIOBase):
def __init__(self, estimatedSize, showProgress):
self.totalSize = None
self.progress = progress.DisplayProgress(estimatedSize) if showProgress else None
def __enter__(self):
self.totalSize = 0
if self.progress:
self.progress.__enter__()
return self
def __exit__(self, exceptionType, exceptionValue, traceback):
if self.progress:
self.progress.__exit__(exceptionType, exceptionValue, traceback)
return False # Don't supress exception
def writable(self):
return True
def write(self, bytes):
self.totalSize += len(bytes)
if self.progress:
self.progress.update(self.totalSize)
logger.info("Measuring %s", diff)
measure = _Measure(diff.size, self.showProgress is not False)
Store.transfer(sendContext, measure, chunkSize)
diff.setSize(measure.totalSize, False)
for path in self.getPaths(diff.toVol):
path = self._fullPath(path) + Store.theInfoExtension
with open(path, "a") as infoFile:
diff.toVol.writeInfoLine(infoFile, diff.fromUUID, measure.totalSize)
def __init__(self, surface):
"Initialize variables, load images, set flags, and fonts"
self.surface = surface
self.bg = transform.scale(image.load("res/main_bg.jpg").convert(), (surface.get_width(), surface.get_height()))
self.carImage = image.load("res/front_car.png")
self.arrow_left = image.load("res/arrow_left.png")
self.carImageSized = transform.scale(self.carImage, (150, 100))
self.carX, self.carY = 437,290
self.width = self.carImageSized.get_width()
self.height = self.carImageSized.get_height()
self.logo = image.load("res/logo_perspective.png")
self.running = True
self.rightMenu = image.load("res/menu_right.png")
self.rightMenuX, self.rightMenuY = 1024, 768
self.menuFont = font.Font("res/fonts/pricedown.ttf", 35)
#menu options with color, rects, text, and action on click
self.optionColors = [(255,255,255),(255,255,255),(255,255,255),(255,255,255),(255,255,255)]
self.optionRects = [Rect(825,455,self.menuFont.size("Start Game")[0]+10,self.menuFont.size("Start Game")[1]),Rect(825,505,self.menuFont.size("Store")[0]+10,self.menuFont.size("Store")[1]),Rect(825,555,self.menuFont.size("Options")[0]+10,self.menuFont.size("Options")[1]),Rect(825,605,self.menuFont.size("Help")[0]+10,self.menuFont.size("Help")[1]),Rect(825,655,self.menuFont.size("About")[0]+10,self.menuFont.size("About")[1])]
self.options = ["Start Game", "Store", "Help", "About"]
self.optionResults = [self.levelRunning,self.storeRunning,self.setHelp,self.setAbout]
self.store = Store(surface)
self.level = Level(surface)
self.about = Popup(surface, "About", ["Developed By Rikin Katyal", "ICS3U Final Project 2015", "Made Using Python and Pygame"])
self.help = Popup(surface, "Help", ["Use arrow keys or WASD to move.", "Press Space for emergency break.", "Earn coins to spend in the store.", "Drive through obstacles and park", "in marked parking spot."])
self.help.images([image.load("res/arrows.png"), image.load("res/wasd.png"), image.load("res/coin_medium.png")],[(310,456),(470,450),(660,475)])
self.settings = Popup(surface, "Settings", ["Sound Effects (SFX)", "Music"])
self.aboutRunning = False
self.helpRunning = False
self.settingsRunning = False
def test_3(self):
p1 = Store.Product("889", "Rodent of unusual size",
"when a rodent of the usual size just won't do",
33.45, 8)
description = p1.get_description()
self.assertEqual(description,
"when a rodent of the usual size just won't do")
def addWordDict(self, word, idSource, generateID, typeWord):
idWord = None
idWordHasTxt = 0
with self.semaWord:
generateID.incrementIdWordHasTxt()
idWordHasTxt = generateID.getIdWordHasTxt()
#import pdb; pdb.set_trace()
if word in self.wordDict.keys():
self.wordDict[word].qtd += 1
idWord = self.wordDict[word].id
else:
with self.semaWord:
generateID.incrementIdWord()
idWord = generateID.getIdWord()
while idWord in self.usedWordId:
generateID.incrementIdWord()
idWord = generateID.getIdWord()
self.usedWordId[idWord] = True
s = Store.Store()
s.qtd = 1
s.id = idWord
s.type = typeWord
self.wordDict[word] = s
self.convenioDAO.savePalavraHasOrigem(idWordHasTxt, idSource, idWord)
def tag(tag):
"""查询"""
data = Store.TagRepository().gets(tag)
return jsonify([{
'tag': item.tag,
'count': item.count,
} for item in data])
def urldetail(self, html, ruledetails, resulturls):
"""处理详情信息"""
values = {}
for ruledetail in ruledetails:
if ruledetail["Type"] == "Fix":
values[ruledetail["Key"]] = ruledetail["Value"]
elif ruledetail["Type"] == "Regex":
regex = ruledetail["Regex"]
pattern = re.compile(regex)
regexvalues = pattern.findall(html)
values[ruledetail["Key"]] = regexvalues
i = 0 # 循环计数
for resulturl in resulturls:
urldetails = []
for (key, value) in values.items():
typestr = [f for f in ruledetails if f["Key"] == key][0]["Type"]
if typestr == "Fix":
urldetailvalue = value
elif typestr == "Regex":
urldetailvalue = value[i]
urldetail = Store.Entity.UrlDetail(key, urldetailvalue)
urldetails.append(urldetail)
Store.UrlDetailRepository().adds(resulturl, urldetails)
print("处理详情数据：%s" % (resulturl))
i = i + 1
def handlerooturl(self, downconfig, validationdata=True):
"""处理RootUrl"""
# 没有上层处理，对rooturl进行下载和数据保存，不做处理
print("处理RootUrl:", end=" ")
rooturl = downconfig.rooturl
rooturlinfo = Store.UrlRepository().getsbykeyrequesturl(
self.key, rooturl).first()
if not rooturlinfo or not validationdata:
filepath = Tool.DownHelper.star(self.filedirpath, rooturl)
rootrule = downconfig.rule("RootUrl")
url = Store.Entity.Url(rootrule["RuleNo"], filepath, rooturl,
rooturl)
Store.UrlRepository().add(self.key, url) #根处理特殊源和结果是一个
print("处理完毕")
else:
print("已存在数据,继续")
class PooledDBO:
""" Class controlling access to DB handles
We implement a pool of connection threads. This gives us both worlds - the advantage of reusing connection handles without running the risk of exhausting them, as well as the ability to issue multiple simultaneous queries from different threads.
@cvar DBH: A store containing cached database connection objects
@cvar lock: an array of unique locks that each thread must hold before executing new SQL
@ivar temp_tables: A variable that keeps track of temporary tables so they may be dropped when this object gets gc'ed
"""
temp_tables = []
transaction = False
## This stores references to the pools
DBH = Store.Store(max_size=10)
def get_dbh(self, case):
try:
pool = self.DBH.get(case)
except KeyError:
pool = Pool(case)
self.DBH.put(pool, key=case)
self.dbh = pool.get()
## Ensure the tz is properly reset before handing out dbh:
c = self.dbh.cursor()
try:
c.execute("select value from meta where property ='TZ' limit 1")
row = c.fetchone()
if row:
c.execute(db_expand('set time_zone = %r', row['value']))
except Exception, e:
pass
def _fillVolumesAndPaths(self, paths):
""" Fill in paths.
:arg paths: = { Store.Volume: ["linux path",]}
"""
for (volDict, volPaths) in self._client.fillVolumesAndPaths():
vol = Store.Volume(**volDict)
paths[vol] = volPaths
def parse_value_display_str(self, value_display_str):
print(value_display_str)
split_value_display_str = Store.multi_dim_split(
['Current Balance: $ ', ' View Details'], value_display_str)
print('split_value_display_str: ', split_value_display_str)
value_str = split_value_display_str[1]
print('value_str: ', value_str)
return float(value_str)
def test_product(self):
""" Test creating a product. """
item = Store.Product(100,"Mango","Fruit",5,100 )
self.assertAlmostEqual(item.get_title(),"Mango")
self.assertAlmostEqual(item.get_description() , "Fruit" )
self.assertAlmostEqual(item.get_price(),5)
self.assertNotEqual(item.get_quantity_available(),99)
self.assertIsNotNone(item)
def receiveVolumeInfo(self, paths):
""" Return Context Manager for a file-like (stream) object to store volume info. """
path = self.selectReceivePath(paths)
path = path + Store.theInfoExtension
if Store.skipDryRun(logger, self.dryrun)("receive info to %s", path):
return None
return open(path, "w")
def do_img(self, attrs):
src= self.getAtt(attrs, 'src')
srcreal= self.getAtt(attrs, 'srcreal')
if srcreal is not None:
uo= urllib.urlopen(srcreal)
fp= Store.storeopen(srcreal, self._root, 'w')
fp.write(uo.read())
uo.close()
fp.close()
def receiveVolumeInfo(self, paths):
""" Return Context Manager for a file-like (stream) object to store volume info. """
path = self.selectReceivePath(paths)
path = path + Store.theInfoExtension
if Store.skipDryRun(logger, self.dryrun)("receive info to %s", path):
return None
return open(path, "w")
def send(self, diff):
""" Return Context Manager for a file-like (stream) object to send a diff. """
if Store.skipDryRun(logger, self.dryrun)("send %s", diff):
return None
(diffTo, diffFrom) = self.toArg.diff(diff)
self._client.send(diffTo, diffFrom)
progress = DisplayProgress(diff.size) if self.showProgress is True else None
return _SSHStream(self._client, progress)
def fixReferences(self, attrs):
newattrs= []
for a,v in attrs:
if (a == 'href' or a == 'src') and v.find(':') < 0:
v= self.fixRef(v)
if a == 'src':
newattrs.append(('srcreal', v))
v= Store.storeurl(v, self._root, self._httpRoot)
newattrs.append((a, v))
return newattrs
def send(self, diff):
""" Return Context Manager for a file-like (stream) object to send a diff. """
if Store.skipDryRun(logger, self.dryrun)("send %s", diff):
return None
(diffTo, diffFrom) = self.toArg.diff(diff)
self._client.send(diffTo, diffFrom)
progress = DisplayProgress(diff.size) if self.showProgress is True else None
return _SSHStream(self._client, progress)
def image(imageid):
"""查询"""
data = Store.FileHistoryRepository().getbyid(imageid)
return jsonify({
'id': data.id,
'url': data.filepath.replace("\\", "/"),
'md5': data.md5,
'score': data.remark1,
'tags': data.remark2
} if data else {})
def __init__(self, prefix, namespace, ontologies):
self.prefix = prefix
self.namespace = Namespace(namespace)
self.store = Store()
self.store.bind(prefix, namespace)
self.store.bind("ao", str(AO))
self.store.bind("pav", str(PAV))
self.store.bind("dc", str(DC))
self.ontologies = ontologies
for k in ontologies:
self.store.bind(k, ontologies[k])
def test_5(self):
"""This test is making sure the 'None' is being returned when trying to get a product from an ID that
doesn't exist"""
p1 = Store.Product("889", "Rodent of unusual size",
"when a rodent of the usual size just won't do",
33.45, 8)
p2 = Store.Product("888", "Bird of unusual size",
"when a bird of the usual size just won't do",
25.98, 10)
p3 = Store.Product("887", "Cat of unusual size",
"when a cat of the usual size just won't do", 50.55,
5)
p4 = Store.Product("886", "A Dog", "woof woof", 60.75, 12)
myStore = Store.Store()
myStore.add_product(p1)
myStore.add_product(p2)
myStore.add_product(p3)
myStore.add_product(p4)
result = myStore.get_product_from_id('900')
self.assertEqual(result, None)
def test_partialBadWordNotRejected(self):
shortUrl = ShortUrlClass(shortenedUrlRepository=Store.ShortenedUrlRepositoryClass(appObj=appObj))
testCodes = ["12fuc"]
with patch("Logic.shortCodeGenerator.getObscureURLStringFromSequence", side_effect=testCodes) as mock_gen:
mm = MagicMock()
mm.getObjectJSON.return_value=None, None, None, None, None
url = shortUrl.getShortUrl(storeConnection=mm)
self.assertEqual(url, "12fuc")
self.assertEqual(len(url), CODELENGTH)
def test_badwordWillNotBeGenerated(self):
shortUrl = ShortUrlClass(shortenedUrlRepository=Store.ShortenedUrlRepositoryClass(appObj=appObj))
testCodes = ["fuck5", "sH1it", "shit5", "sh1t5", "5h1t4", "12ok5"]
with patch("Logic.shortCodeGenerator.getObscureURLStringFromSequence", side_effect=testCodes) as mock_gen:
mm = MagicMock()
mm.getObjectJSON.return_value=None, None, None, None, None
url = shortUrl.getShortUrl(storeConnection=mm)
self.assertEqual(url, "12ok5")
self.assertEqual(len(url), CODELENGTH)
def receive(self, diff, paths):
""" Return Context Manager for a file-like (stream) object to store a diff. """
path = self.selectReceivePath(paths)
path = self._relativePath(path)
if Store.skipDryRun(logger, self.dryrun)("receive to %s", path):
return None
(diffTo, diffFrom) = self.toArg.diff(diff)
self._client.receive(path, diffTo, diffFrom)
progress = DisplayProgress(diff.size) if self.showProgress is True else None
return _SSHStream(self._client, progress)
def send(self, targetPath, parent, diff, showProgress=True, allowDryRun=True):
""" Return context manager for stream to send a (incremental) snapshot. """
if parent is not None:
cmd = ["btrfs", "send", "-p", parent, targetPath]
else:
cmd = ["btrfs", "send", targetPath]
if Store.skipDryRun(logger, self.dryrun and allowDryRun)("Command: %s", cmd):
return None
process = subprocess.Popen(
cmd, stdout=subprocess.PIPE, stderr=subprocess.PIPE, stdin=DEVNULL)
_makeNice(process)
return _Reader(process, process.stdout, targetPath, diff, showProgress)
def __init__(self) :
"""sets running to true, and creates a party and begins setting
up a pygame display """
self._running = True
self._display = None
self._party = Party()
self._turn = Turn()
self._store = Store ()
self._store.setUpStore ()
self._party.setUpParty ()
self._state = "Start"
self._width = 800
self._height = 600
self._size = (self._width, self._height)
pygame.init()
pygame.font.init()
self._display = pygame.display.set_mode(self._size)
self._myFont1 = pygame.font.Font('freesansbold.ttf', 15)
self._myFont2 = pygame.font.Font('freesansbold.ttf', 25)
self._myFont3 = pygame.font.Font('freesansbold.ttf', 12)
pygame.display.set_caption('Jungle Jamboree')
def __init__(self, page):
htmllib.HTMLParser.__init__(self, formatter.NullFormatter())
# turn on elements that weren't in HTML 2
for f in newhtmlelements.split():
self.setifnot('start_' + f, self.fake_start)
self.setifnot('end_' + f, self.fake_end)
for f in newhtmlelementsempty.split():
self.setifnot('do_' + f, self.fake_start)
self._page= page
self._httpRoot= page._httpRoot
self._root= page.root()
self._ofp= Store.storeopen(page.url(), self._root, 'w')
self._anchors= {}
self._forms= {}
self._frames= {}
self._siteRoot= page.siteRoot()
self._url= page.url()
self.feed(page.body())
self.close()
def receive(self, path, diff, showProgress=True):
""" Return a context manager for stream that will store a diff. """
directory = os.path.dirname(path)
cmd = ["btrfs", "receive", "-e", directory]
if Store.skipDryRun(logger, self.dryrun)("Command: %s", cmd):
return None
if not os.path.exists(directory):
os.makedirs(directory)
process = subprocess.Popen(
cmd,
stdin=subprocess.PIPE,
stderr=subprocess.PIPE,
stdout=DEVNULL,
)
_makeNice(process)
return _Writer(process, process.stdin, path, diff, showProgress)
def createPage(self, pagetests, url, postargs=None, forceget=0):
self._id += 1
id= self._id
t= self.createSubpage(url, postargs, forceget)
testpage= Store.storeurl(t.url(), self._root + str(self._id),
self._httproot)
self._navFrame.write("""
<a target="case" href="%(testpage)s">Test: %(id)s</a>
<ul>
""" % locals())
if pagetests.__doc__ is not None:
lines= pagetests.__doc__.split('\n')
for line in lines:
self._navFrame.write("""
<li>%(line)s""" % locals())
self._navFrame.write("</ul>")
try:
next= pagetests(t)
self._navFrame.write("<b>passed</b><hr>\n")
return next
except TestFailed.TestFailed, args:
msg= args[0]
self._navFrame.write("<b>FAILED</b>: %(msg)s<hr>\n" % locals())
return None
class Menu():
#initialize pygame
init()
def __init__(self, surface):
"Initialize variables, load images, set flags, and fonts"
self.surface = surface
self.bg = transform.scale(image.load("res/main_bg.jpg").convert(), (surface.get_width(), surface.get_height()))
self.carImage = image.load("res/front_car.png")
self.arrow_left = image.load("res/arrow_left.png")
self.carImageSized = transform.scale(self.carImage, (150, 100))
self.carX, self.carY = 437,290
self.width = self.carImageSized.get_width()
self.height = self.carImageSized.get_height()
self.logo = image.load("res/logo_perspective.png")
self.running = True
self.rightMenu = image.load("res/menu_right.png")
self.rightMenuX, self.rightMenuY = 1024, 768
self.menuFont = font.Font("res/fonts/pricedown.ttf", 35)
#menu options with color, rects, text, and action on click
self.optionColors = [(255,255,255),(255,255,255),(255,255,255),(255,255,255),(255,255,255)]
self.optionRects = [Rect(825,455,self.menuFont.size("Start Game")[0]+10,self.menuFont.size("Start Game")[1]),Rect(825,505,self.menuFont.size("Store")[0]+10,self.menuFont.size("Store")[1]),Rect(825,555,self.menuFont.size("Options")[0]+10,self.menuFont.size("Options")[1]),Rect(825,605,self.menuFont.size("Help")[0]+10,self.menuFont.size("Help")[1]),Rect(825,655,self.menuFont.size("About")[0]+10,self.menuFont.size("About")[1])]
self.options = ["Start Game", "Store", "Help", "About"]
self.optionResults = [self.levelRunning,self.storeRunning,self.setHelp,self.setAbout]
self.store = Store(surface)
self.level = Level(surface)
self.about = Popup(surface, "About", ["Developed By Rikin Katyal", "ICS3U Final Project 2015", "Made Using Python and Pygame"])
self.help = Popup(surface, "Help", ["Use arrow keys or WASD to move.", "Press Space for emergency break.", "Earn coins to spend in the store.", "Drive through obstacles and park", "in marked parking spot."])
self.help.images([image.load("res/arrows.png"), image.load("res/wasd.png"), image.load("res/coin_medium.png")],[(310,456),(470,450),(660,475)])
self.settings = Popup(surface, "Settings", ["Sound Effects (SFX)", "Music"])
self.aboutRunning = False
self.helpRunning = False
self.settingsRunning = False
def render(self, down):
"Main function to render menu"
mx, my = mouse.get_pos()
mb = mouse.get_pressed()
self.pressed = key.get_pressed()
# blit menu if not store adn not level
if not self.store.isRunning() and not self.level.isRunning():
self.surface.blit(self.bg, (0,0))
self.width += 16
self.height += 12
self.carY += 6
self.carX -= 8
self.carImageSized = transform.scale(self.carImage, (self.width, self.height))
#blit logo and move car down road
if self.carY > 320:
self.surface.blit(self.logo, (512-100,380))
if self.carY < 768:
self.surface.blit(self.carImageSized, (self.carX, self.carY))
else:
self.surface.blit(self.rightMenu, (self.rightMenuX, self.rightMenuY))
if self.rightMenuX >= 590:
self.rightMenuX -= 30
if self.rightMenuY >= 350:
self.rightMenuY -= 30
if self.rightMenuX <= 590 and self.rightMenuY <= 350:
for r in range(len(self.options)):
# draw.rect(self.surface, (255,255,0), self.optionRects[r])
if self.optionRects[r].collidepoint((mx,my)) and not self.aboutRunning and not self.helpRunning:
self.optionColors[r] = (0,0,0)
if mb[0]:
self.optionResults[r]()
else:
self.optionColors[r] = (255,255,255)
self.surface.blit(self.menuFont.render(self.options[r], 1, self.optionColors[r]), (830, 450+(r*50)))
#blit store instead of menu
elif self.store.isRunning():
self.store.render(down)
#blit level screen instead of menu
elif self.level.isRunning():
self.level.render()
#if level is chosen, end menu screen
if self.level.choseLevel:
self.running = False
#about popup
if self.aboutRunning:
self.about.render()
self.aboutRunning = self.about.isRunning()
#help popup
elif self.helpRunning:
self.help.render()
self.helpRunning = self.help.isRunning()
def isRunning(self):
"Check if menu is running"
return self.running
def notRunning(self):
"Stop running menu"
self.running = False
def storeRunning(self):
"Check if store is running"
self.store.running = True
def levelRunning(self):
"Check if level screen is running"
self.level.running = True
def setAbout(self):
"Start about popup"
self.aboutRunning = True
def setHelp(self):
"Start help popup"
self.helpRunning = True
class Game :
def __init__(self) :
"""sets running to true, and creates a party and begins setting
up a pygame display """
self._running = True
self._display = None
self._party = Party()
self._turn = Turn()
self._store = Store ()
self._store.setUpStore ()
self._party.setUpParty ()
self._state = "Start"
self._width = 800
self._height = 600
self._size = (self._width, self._height)
pygame.init()
pygame.font.init()
self._display = pygame.display.set_mode(self._size)
self._myFont1 = pygame.font.Font('freesansbold.ttf', 15)
self._myFont2 = pygame.font.Font('freesansbold.ttf', 25)
self._myFont3 = pygame.font.Font('freesansbold.ttf', 12)
pygame.display.set_caption('Jungle Jamboree')
def on_loop (self):
""" main game loop that is executed while the game is running"""
self._display.blit(imgStart, (0,0))
self._display.blit(start, (400,400))
while(True):
mouse = pygame.mouse.get_pos()
for event in pygame.event.get():
"""allows you to see what the last input was in
the geany output window. un comment the line
below for testing """
#print event
#called when you hit the X
if event.type == QUIT:
pygame.quit()
sys.exit()
if self._party.checkPartyDead () :
self._state == "GameOver"
self.gameOver (event)
if self._state == "GameOver":
self.gameOver (event)
elif self._state == "Start":
self.startButton (mouse, event)
elif self._state == "Store":
self.store (mouse, event)
elif self._state == "Home":
self.home (mouse, event)
elif self._state == "Inventory":
self.inventory (mouse, event)
elif self._state == "Party":
self.party (mouse, event)
elif self._state == "Forage":
self.forage (mouse, event)
elif self._state == "Travel":
self.travel (mouse, event)
pass
#the update for the screen
pygame.display.update()
def startButton (self, mouse, event) :
""" from the opening screen, the start button takes the user
to the store """
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 395, 460, 395, 415) :
self._state = "Store"
def travel (self, mouse, event) :
""" when the user decides to travel, the turn is updated
and returned back to the home screen """
self._display.blit(imgTravel, (0, 0))
self._display.blit(leave1, (20, 550))
self._turn.updateTurn(self._party, self._display)
pygame.display.update()
waitEvent = pygame.event.wait()
while not (waitEvent.type == MOUSEBUTTONDOWN and \
self.checkMouse (mouse, 20, 60, 550, 570)) :
mouse = pygame.mouse.get_pos()
waitEvent = pygame.event.wait()
self._state = "Home"
def store (self, mouse, event) :
""" store menu where the user may buy, sell, and trade items """
self._display.blit(imgStore, (0, 0))
self._display.blit(leave1, (20, 550))
self._store.menu (self._party, self._display, mouse, event)
option = self._store.getItemSelection(mouse, event)
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 20, 60, 550, 570) :
self._state = "Home"
def home (self, mouse, event) :
""" main home screen where the user can select from the options
store, forage, inventory, party, and travel """
self.displayHome (mouse, event)
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 8, 95, 380, 405) :
self._state = "Store"
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 8, 160, 410, 435) :
self._state = "Forage"
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 8, 160, 440, 465) :
self._state = "Inventory"
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 8, 95, 470, 500) :
self._state = "Party"
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 8, 95, 500, 535) :
self._state = "Travel"
def displayHome (self, mouse, event) :
""" displays images for the home screen (background and party
members) """
self._display.blit(imgJungle, (0, 0))
explorersDead = []
for person in self._party.generatePerson():
explorersDead.append(person.getHealthTitle ())
if not explorersDead[0] == "Dead":
self._display.blit(imgPerson1, (281, 400))
if not explorersDead[1] == "Dead":
self._display.blit(imgPerson2, (386, 407))
if not explorersDead[2] == "Dead":
self._display.blit(imgPerson3, (200, 380))
if not explorersDead[3] == "Dead":
self._display.blit(imgPerson4, (145, 400))
if not explorersDead[4] == "Dead":
self._display.blit(imgPerson5, (563, 440))
self._display.blit(store, (10, 380))
self._display.blit(forage, (10, 410))
self._display.blit(inventory, (10, 440))
self._display.blit(party, (10, 470))
travelFont = self._myFont2.render("TRAVEL", 1, (255,255,255))
self._display.blit(travelFont, (10, 500))
self._turn.displayMenu(self._party, self._display)
def forage (self, mouse, event) :
""" forage option that displays the foraging screen.
if the party has not yet foraged this turn,
they may forage. returns back to home screen """
self._display.blit(imgForage, (0, 0))
self._display.blit(leave1, (750, 575))
self._turn.forageEvent(self._party, self._display)
pygame.display.update()
waitEvent = pygame.event.wait()
while not (waitEvent.type == MOUSEBUTTONDOWN and \
self.checkMouse (mouse, 750, 800, 550, 600)):
mouse = pygame.mouse.get_pos()
waitEvent = pygame.event.wait()
self._state = "Home"
def inventory (self, mouse, event) :
""" inventory screen that displays the party inventory """
self._display.blit(imgInventory, (0, 0))
self._display.blit(leave2, (20, 550))
self._party.getInventory().displayInventory(mouse, event, \
self._display)
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 20, 60, 550, 570) :
self._state = "Home"
def checkMouse (self, mouse, left, right, top, bottom):
""" checks the mouse location """
isIn = False
if mouse[0] > left and mouse[0] < right \
and mouse[1] > top and mouse[1] < bottom :
isIn = True
return isIn
def party (self, mouse, event):
""" holds party information throughout the game and displays """
explorers = []
explorersStatus = []
explorersHealth = []
for person in self._party.generatePerson():
explorers.append(testGame._myFont2.render(person.getName(), 1, (0,0,0)))
explorersStatus.append(testGame._myFont2.render(person.getHealthTitle (), 1, (0,0,0)))
explorersHealth.append(testGame._myFont2.render(str(person.getHealth ()), 1, (0,0,0)))
self._display.blit(imgParty, (0, 0))
self._display.blit(imgPerson1, (15, 15))
self._display.blit(explorers[0], (100, 30))
self._display.blit(explorersStatus[0], (100, 55))
self._display.blit(explorersHealth[0], (100, 80))
self._display.blit(imgPerson2, (15, 215))
self._display.blit(explorers[1], (100, 230))
self._display.blit(explorersStatus[1], (100, 255))
self._display.blit(explorersHealth[1], (100, 280))
self._display.blit(imgPerson3, (15, 415))
self._display.blit(explorers[2], (100, 430))
self._display.blit(explorersStatus[2], (100, 455))
self._display.blit(explorersHealth[2], (100, 480))
self._display.blit(imgPerson4, (400, 15))
self._display.blit(explorers[3], (490, 30))
self._display.blit(explorersStatus[3], (490, 55))
self._display.blit(explorersHealth[3], (490, 80))
self._display.blit(imgPerson5, (400, 215))
self._display.blit(explorers[4], (490, 230))
self._display.blit(explorersStatus[4], (490, 255))
self._display.blit(explorersHealth[4], (490, 280))
self._display.blit(leave1, (750, 575))
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 750, 800, 550, 600) :
self._state = "Home"
def gameOver (self, event):
""" once the game has ended (every party member has died),
opens the game over screen """
self._display.blit(imgGameOver, (0, 0))
self._turn.displayEnd(self._party, self._display)
mouse = pygame.mouse.get_pos()
print "Game Over"
pygame.display.update ()
waitEvent = pygame.event.wait()
while not (waitEvent.type == QUIT) :
mouse = pygame.mouse.get_pos()
waitEvent = pygame.event.wait()
pygame.quit()
sys.exit()
class Triplify:
def __init__(self, prefix, namespace, ontologies):
self.prefix = prefix
self.namespace = Namespace(namespace)
self.store = Store()
self.store.bind(prefix, namespace)
self.store.bind("ao", str(AO))
self.store.bind("pav", str(PAV))
self.store.bind("dc", str(DC))
self.ontologies = ontologies
for k in ontologies:
self.store.bind(k, ontologies[k])
def normalize(self, normalization):
# For each ao:Annotation in the store get its ao:hasTopic property.
'''
topics = self.store.graph.objects(None, AO.hasTopic)
for topic in topics:
for value in self.store.graph.objects(topic, RDFS.label):
norm_values = normalization.do_request(value)
for norm_value in norm_values:
# try to convert 'GO:0005623' -> 'http://purl.org/obo/owl/GO#0005623'
if ':' in norm_value:
split = norm_value.split(':')
p = split[0].lower()
i = split[1].lower()
prefix = normalization.query_prefix_cc(p)
print prefix
if p in prefix:
self.store.bind(p, prefix[p])
self.store.add((topic, DC.related, URIRef(prefix[p]+i)))
else:
self.store.add((topic, DC.related, Literal(norm_value)))
else:
if str(norm_value).startswith('http'):
self.store.add((topic, DC.related, URIRef(norm_value)))
else:
self.store.add((topic, DC.related, Literal(norm_value)))
'''
annotations = self.store.graph.subjects(RDF.type, AO.Annotation)
for annotation in annotations:
contexts = self.store.graph.objects(annotation, AO.context)
for context in contexts:
for exact in self.store.graph.objects(context, AO.exact):
norm_values = normalization.normalize(exact)
for norm_value in norm_values:
if str(norm_value).startswith('http'):
self.store.add((annotation, AO.hasTopic, URIRef(norm_value)))
else:
self.store.add((annotation, AO.hasTopic, Literal(norm_value)))
def process(self, annotations):
# self.store.load('http://purl.org/ao/')
counter = 0
for annotation in annotations:
counter += 1
sys.stdout.write('\rTRIPLIFY: '+str(counter))
sys.stdout.flush()
# generate a unique id for the annotation set
# b_id = BNode()
b_id = '_' + annotation.hash
# annotation
ann_id = URIRef(self.namespace + annotation.id + b_id)
self.store.add((ann_id, RDF.type, AO.Annotation))
# context
if annotation.context is not None:
ann_context = URIRef(self.namespace + annotation.context.id + b_id)
self.store.add((ann_context, RDF.type, AO.TextSelector))
self.store.add((ann_context, AO.exact, Literal(annotation.context.exact)))
for o in annotation.context.offset:
self.store.add((ann_context, AO.offset, Literal(o, datatype=XSD.integer)))
for r in annotation.context.range:
self.store.add((ann_context, AO.range, Literal(r, datatype=XSD.integer)))
self.store.add((ann_id, AO.context, ann_context))
# tag
for tag in annotation.tags:
if str(tag).startswith('http'):
self.store.add((ann_id, AO.body, URIRef(tag)))
else:
self.store.add((ann_id, AO.body, Literal(tag)))
# topic
for topic in annotation.topics:
if str(topic).startswith('http'):
self.store.add((ann_id, AO.hasTopic, URIRef(topic)))
elif ":" in str(topic):
split = topic.split(':')
k = split[0]
v = split[1]
if k in self.ontologies.keys():
self.store.add((ann_id, AO.hasTopic, URIRef(Namespace(self.ontologies[k])+v)))
else:
self.store.add((ann_id, AO.hasTopic, Literal(topic)))
else:
self.store.add((ann_id, AO.hasTopic, Literal(topic)))
# relations
for relation in annotation.relations:
ann_target = URIRef(self.namespace + relation.annotation + b_id)
# if relation is not specified generalize one
if relation.relation:
ann_relation = URIRef(self.namespace + relation.relation)
else:
ann_relation = DC.related
self.store.add((ann_id, ann_relation, ann_target))
# source
if annotation.source is not None:
ann_source = URIRef(self.namespace + annotation.source.id)
self.store.add((ann_source, RDF.type, PAV.SourceDocument))
self.store.add((ann_source, DC.description, Literal(annotation.source.text)))
self.store.add((ann_source, DC.identifier, Literal(annotation.source.id)))
if annotation.source.retrievedFrom is not None:
self.store.add((ann_source, PAV.retrievedFrom, Literal(annotation.source.retrievedFrom)))
if annotation.source.accessedOn is not None:
self.store.add((ann_source, PAV.sourceAccessedOn, Literal(annotation.source.accessedOn)))
self.store.add((ann_id, AO.onSourceDocument, ann_source))
# apply mappings available on the config file
def map(self, mappings):
tags = mappings['tags']
relations = mappings['properties']
for tag in tags:
tag_to_remove = tag['if']
tag_to_add = tag['then']
for s in self.store.graph.subjects(AO.body, Literal(tag_to_remove)):
self.store.remove((s, AO.body, Literal(tag_to_remove)))
self.store.add((s, AO.body, Literal(tag_to_add)))
for rel in relations:
rel_to_remove = rel['if']
rel_to_add = rel['then']
rel_to_remove = URIRef(self.namespace + rel_to_remove)
if str(rel_to_add).startswith('http'):
rel_to_add = URIRef(rel_to_add)
else:
rel_to_add = URIRef(self.namespace + rel_to_add)
for s, o in self.store.graph.subject_objects(rel_to_remove):
self.store.remove((s, rel_to_remove, o))
self.store.add((s, rel_to_add, o))
def close(self):
self.store.close()
def show(self):
s = self.store.serialize('turtle')
logging.debug(s)
def save_rdf(self, output):
filename = output + '.rdf'
s = self.store.serialize('xml')
write_file(filename, s)
logging.info('\nStore saved at: ' + filename)
def save_ttl(self, output):
filename = output + '.ttl'
s = self.store.serialize('turtle')
write_file(filename, s)
logging.info('\nStore saved at: ' + filename)
def __init__ (self) : self._running = True self._display = None self._party = Party() self._turn = Turn () self._store = Store ()
def write():
#first finger scan
setBaud()
data = genImg.getHeader()
ser.write(bytearray(data));
time.sleep(1)
s = ser.read(ser.inWaiting())
print([hex(c) for c in s])
genImg.parse(s)
# generate character file of the finger image.
setBaud()
data = Img2Tz.getHeader(0x01)
ser.write(bytearray(data));
time.sleep(1)
s = ser.read(ser.inWaiting())
print([hex(c) for c in s])
Img2Tz.parse(s)
#second finger scan.
setBaud()
data = genImg.getHeader()
ser.write(bytearray(data));
time.sleep(1)
s = ser.read(ser.inWaiting())
print([hex(c) for c in s])
genImg.parse(s)
#generate character file of the finger image.
setBaud()
data = Img2Tz.getHeader(0x02)
ser.write(bytearray(data));
time.sleep(1)
s = ser.read(ser.inWaiting())
print([hex(c) for c in s])
Img2Tz.parse(s)
#create RegModel
setBaud()
data = RegModel.getHeader()
ser.write(bytearray(data));
time.sleep(1)
s = ser.read(ser.inWaiting())
print([hex(c) for c in s])
RegModel.parse(s)
#getTemplateNumber
setBaud()
data = TemplateNum.getHeader()
ser.write(bytearray(data));
time.sleep(1)
s = ser.read(ser.inWaiting())
print([hex(c) for c in s])
num = TemplateNum.parse(s)
print ("recived template Number is "+ str(num))
"""
setBaud()
data = DeleteAll.getHeader()
ser.write(bytearray(data));
time.sleep(1)
s = ser.read(ser.inWaiting())
print([hex(ord(c)) for c in s])
print(DeleteAll.parse(s))"""
setBaud()
data = Store.getHeader(0x01,int(num)+1 )
print([hex(int(c)) for c in data])
ser.write(bytearray(int(x) for x in data));
time.sleep(1)
s = ser.read(ser.inWaiting())
print([hex(c) for c in s])
print ( len(s))
Store.parse(s)
#getTemplateNumber
setBaud()
data = TemplateNum.getHeader()
ser.write(bytearray(data));
time.sleep(1)
s = ser.read(ser.inWaiting())
print([hex(c) for c in s])
num = TemplateNum.parse(s)
print( "recived template Number is "+ str(num))
"""
Manage video rentals and controls when videos are checked out, due to return,
overdue fees and for added complexity create a summary of those accounts which are overdue for contact.
"""
import Store
the_store = Store.store()
the_store.createAccount('bob')
the_store.createAccount('timmy')
the_store.createAccount('greg')
the_store.createMovie('timbucktoo')
the_store.createMovie('star trek 3')
the_store.createMovie('villia')
the_store.checkMovie('timmy', 'villia')
the_store.dumpAccountInfo('timmy')
class Game :
def __init__(self) :
"""sets running to true, and creates a party and begins setting
up a pygame display """
self._running = True
self._display = None
self._party = Party()
self._turn = Turn()
self._store = Store ()
self._store.setUpStore ()
self._party.setUpParty ()
self._state = "Start"
self._width = 800
self._height = 600
self._size = (self._width, self._height)
pygame.init()
pygame.font.init()
self._display = pygame.display.set_mode(self._size)
self._myFont1 = pygame.font.Font('freesansbold.ttf', 15)
self._myFont2 = pygame.font.Font('freesansbold.ttf', 25)
self._myFont3 = pygame.font.Font('freesansbold.ttf', 12)
pygame.display.set_caption('Jungle Jamboree')
def on_loop (self):
self._display.blit(imgStart, (0,0))
self._display.blit(start, (400,400))
while(True):
mouse = pygame.mouse.get_pos()
for event in pygame.event.get():
#allows you to see what the last input was in the geany output window
print event
#called when you hit the X
if event.type == QUIT:
pygame.quit()
sys.exit()
if self._party.checkPartyDead () :
self._state == "GameOver"
self.gameOver ()
if self._state == "GameOver":
self.gameOver ()
elif self._state == "Start":
self.startButton (mouse, event)
elif self._state == "Store":
self.store (mouse, event)
elif self._state == "Home":
self.home (mouse, event)
elif self._state == "Inventory":
self.inventory (mouse, event)
elif self._state == "Party":
self.party (mouse, event)
elif self._state == "Forage":
self.forage (mouse, event)
elif self._state == "Travel":
self.travel (mouse, event)
pass
#the update for the screen
pygame.display.update()
def startButton (self, mouse, event) :
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 395, 460, 395, 415) :
self._state = "Store"
def travel (self, mouse, event) :
self._display.blit(imgTravel, (0, 0))
self._display.blit(leave1, (20, 550))
self._turn.updateTurn(self._party, self._display)
pygame.display.update()
waitEvent = pygame.event.wait()
while not (waitEvent.type == MOUSEBUTTONDOWN and \
self.checkMouse (mouse, 20, 60, 550, 570)) :
mouse = pygame.mouse.get_pos()
waitEvent = pygame.event.wait()
self._state = "Home"
def store (self, mouse, event) :
self._display.blit(imgStore, (0, 0))
self._display.blit(leave1, (20, 550))
self._store.menu (self._party, self._display, mouse, event)
option = self._store.getItemSelection(mouse, event)
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 20, 60, 550, 570) :
self._state = "Home"
def home (self, mouse, event) :
self.displayHome (mouse, event)
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 8, 95, 380, 405) :
self._state = "Store"
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 8, 160, 410, 435) :
self._state = "Forage"
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 8, 160, 440, 465) :
self._state = "Inventory"
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 8, 95, 470, 500) :
self._state = "Party"
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 8, 95, 500, 535) :
self._state = "Travel"
def displayHome (self, mouse, event) :
self._display.blit(imgJungle, (0, 0))
explorersDead = []
for person in self._party.generatePerson():
explorersDead.append(person.getHealthTitle ())
if not explorersDead[0] == "Dead":
self._display.blit(imgPerson1, (281, 400))
if not explorersDead[1] == "Dead":
self._display.blit(imgPerson2, (386, 407))
if not explorersDead[2] == "Dead":
self._display.blit(imgPerson3, (200, 380))
if not explorersDead[3] == "Dead":
self._display.blit(imgPerson4, (145, 400))
if not explorersDead[4] == "Dead":
self._display.blit(imgPerson5, (563, 440))
self._display.blit(store, (10, 380))
self._display.blit(forage, (10, 410))
self._display.blit(inventory, (10, 440))
self._display.blit(party, (10, 470))
travelFont = self._myFont2.render("TRAVEL", 1, (255,255,255))
self._display.blit(travelFont, (10, 500))
self._turn.displayMenu(self._party, self._display)
"""
dayString = "DAY: " + str(self._turn.getDay())
day = self._myFont2.render(dayString, 1, (255,255,255))
self._display.blit(day, (300, 270))
disString = "DISTANCE: " + str(self._turn.getDistance())
distance = self._myFont2.render(disString, 1, (255,255,255))
self._display.blit(distance, (300, 300))
foodString = "FOOD AMOUNT: " + str(self._party.getFood())
food = self._myFont2.render(foodString, 1, (255,255,255))
self._display.blit(food, (300, 330))
"""
def forage (self, mouse, event) :
self._display.blit(imgForage, (0, 0))
self._display.blit(leave1, (750, 575))
self._turn.forageEvent(self._party, self._display)
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 750, 800, 550, 600) :
self._state = "Home"
def inventory (self, mouse, event) :
self._display.blit(imgInventory, (0, 0))
self._display.blit(leave2, (20, 550))
self._party.getInventory().displayInventory(mouse, event, \
self._display)
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 20, 60, 550, 570) :
self._state = "Home"
def checkMouse (self, mouse, left, right, top, bottom):
isIn = False
if mouse[0] > left and mouse[0] < right \
and mouse[1] > top and mouse[1] < bottom :
isIn = True
return isIn
def party (self, mouse, event):
explorers = []
explorersStatus = []
explorersHealth = []
for person in self._party.generatePerson():
explorers.append(testGame._myFont2.render(person.getName(), 1, (0,0,0)))
explorersStatus.append(testGame._myFont2.render(person.getHealthTitle (), 1, (0,0,0)))
explorersHealth.append(testGame._myFont2.render(str(person.getHealth ()), 1, (0,0,0)))
self._display.blit(imgParty, (0, 0))
self._display.blit(imgPerson1, (15, 15))
self._display.blit(explorers[0], (100, 30))
self._display.blit(explorersStatus[0], (100, 55))
self._display.blit(explorersHealth[0], (100, 80))
self._display.blit(imgPerson2, (15, 215))
self._display.blit(explorers[1], (100, 230))
self._display.blit(explorersStatus[1], (100, 255))
self._display.blit(explorersHealth[1], (100, 280))
self._display.blit(imgPerson3, (15, 415))
self._display.blit(explorers[2], (100, 430))
self._display.blit(explorersStatus[2], (100, 455))
self._display.blit(explorersHealth[2], (100, 480))
self._display.blit(imgPerson4, (400, 15))
self._display.blit(explorers[3], (490, 30))
self._display.blit(explorersStatus[3], (490, 55))
self._display.blit(explorersHealth[3], (490, 80))
self._display.blit(imgPerson5, (400, 215))
self._display.blit(explorers[4], (490, 230))
self._display.blit(explorersStatus[4], (490, 255))
self._display.blit(explorersHealth[4], (490, 280))
self._display.blit(leave1, (750, 575))
if event.type == MOUSEBUTTONDOWN:
if self.checkMouse (mouse, 750, 800, 550, 600) :
self._state = "Home"
def gameOver (self):
self._display.blit(imgGameOver, (0, 0))
self._turn.displayEnd(self._party, self._display)
mouse = pygame.mouse.get_pos()
print "Game Over"
pygame.display.update ()
waitEvent = pygame.event.wait()
while not (waitEvent.type == MOUSEBUTTONDOWN ) :
mouse = pygame.mouse.get_pos()
waitEvent = pygame.event.wait()
