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https://github.com/krateng/maloja.git
synced 2023-08-10 21:12:55 +03:00
Added different pulses on start page
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Krateng
186
malojatime.py
186
malojatime.py
@@ -11,150 +11,7 @@ def register_scrobbletime(timestamp):
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FIRST_SCROBBLE = int(timestamp)
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# This is meant to be a time object that is aware of its own precision
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# now I know what you're saying
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# "This is total overengineering, Jimmy!"
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# "Just convert all user input into timestamps right at the entry into the database and only work with those"
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# "You can get the range descriptions right at the start as well or even generate them from timestamps with a simple comparison"
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# and you are absolutely correct
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# but my name isn't Jimmy
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# so we're doing objects
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#class Time():
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#
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# precision = 0
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# # 0 unused, no information at all, embrace eternity
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# # 1 year
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# # 2 month
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# # 3 day
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# # 4 specified by exact timestamp
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#
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# def __init__(self,*time):
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# # time can be a int (timestamp), list or string (/-delimited list)
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#
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# if len(time) == 1:
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# time = time[0] #otherwise we will already have a tuple and we can deal with that
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# if isinstance(time,int) and time < 10000: time = [time] # if we have a low number, it's not a timestamp, but a year
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#
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#
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# if isinstance(time,str):
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# time = time.split("/")
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# if isinstance(time,list) or isinstance(time,tuple):
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# time = [int(x) for x in time][:3]
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# self.precision = len(time)
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# if len(time) > 0: self.YEAR = time[0]
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# if len(time) > 1: self.MONTH = time[1]
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# if len(time) > 2: self.DAY = time[2]
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# elif isinstance(time,int):
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# self.precision = 4
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# self.TIMESTAMP = time
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# dt = datetime.datetime.utcfromtimestamp(time)
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# self.YEAR, self.MONTH, self.DAY = dt.year, dt.month, dt.day
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#
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#
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# def _array(self):
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# if self.precision == 4:
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# timeobject = datetime.datetime.utcfromtimestamp(self.TIMESTAMP)
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# return [timeobject.year,timeobject.month,timeobject.day]
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# if self.precision == 3: return [self.YEAR,self.MONTH,self.DAY]
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# if self.precision == 2: return [self.YEAR,self.MONTH]
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# if self.precision == 1: return [self.YEAR]
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#
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#
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# def get(self):
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# if self.precision == 4: return self.TIMESTAMP
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# if self.precision == 3: return [self.YEAR,self.MONTH,self.DAY]
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# if self.precision == 2: return [self.YEAR,self.MONTH]
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# if self.precision == 1: return [self.YEAR]
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#
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# def getStartTimestamp(self):
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# if self.precision == 4: return self.TIMESTAMP
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# else:
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# YEAR = self.YEAR if self.precision > 0 else 1970
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# MONTH = self.MONTH if self.precision > 1 else 1
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# DAY = self.DAY if self.precision > 2 else 1
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# return int(datetime.datetime(YEAR,MONTH,DAY,tzinfo=datetime.timezone.utc).timestamp())
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#
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# def getEndTimestamp(self):
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# if self.precision == 4: return self.TIMESTAMP
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# else: return self.getNext().getStartTimestamp()-1
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#
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# # get next time of the same precision, e.g. next month if month of this time was defined (even if it's 1 or 12)
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# def getNext(self,obj=True):
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# if self.precision == 4: result = self.TIMESTAMP + 1
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# else: result = _getNext(self._array())
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#
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# if obj: return Time(result)
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# else: return result
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#
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#
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# def pad(self,precision=3):
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# arrayA, arrayB = self._array(), self._array()
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# if self.precision < min(2,precision):
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# arrayA.append(1)
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# arrayB.append(12)
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# if self.precision+1 < min(3,precision):
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# arrayA.append(1)
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# arrayB.append(monthrange(*arrayB)[1])
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#
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# return (arrayA,arrayB)
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#
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# def describe(self,short=False):
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# if self.precision == 4:
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# if short:
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# now = datetime.datetime.now(tz=datetime.timezone.utc)
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# difference = int(now.timestamp() - self.TIMESTAMP)
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#
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# if difference < 10: return "just now"
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# if difference < 60: return str(difference) + " seconds ago"
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# difference = int(difference/60)
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# if difference < 60: return str(difference) + " minutes ago" if difference>1 else str(difference) + " minute ago"
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# difference = int(difference/60)
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# if difference < 24: return str(difference) + " hours ago" if difference>1 else str(difference) + " hour ago"
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# difference = int(difference/24)
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# timeobject = datetime.datetime.utcfromtimestamp(self.TIMESTAMP)
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# if difference < 5: return timeobject.strftime("%A")
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# if difference < 31: return str(difference) + " days ago" if difference>1 else str(difference) + " day ago"
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# #if difference < 300 and tim.year == now.year: return tim.strftime("%B")
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# #if difference < 300: return tim.strftime("%B %Y")
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#
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# return timeobject.strftime("%d. %B %Y")
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# else:
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# timeobject = datetime.datetime.utcfromtimestamp(self.TIMESTAMP)
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# return tim.strftime("%d. %b %Y %I:%M %p")
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#
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# else:
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# YEAR = self.YEAR if self.precision > 0 else 2022
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# MONTH = self.MONTH if self.precision > 1 else 5 #else numbers dont matter, just needed to create the datetime object
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# DAY = self.DAY if self.precision > 2 else 4
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# timeobject = datetime.datetime(YEAR,MONTH,DAY,tzinfo=datetime.timezone.utc)
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# if self.precision == 3: return timeobject.strftime("%d. %B %Y")
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# if self.precision == 2: return timeobject.strftime("%B %Y")
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# if self.precision == 1: return timeobject.strftime("%Y")
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# if self.precision == 0: return "Embrace Eternity"
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#def getRange(timeA,timeB):
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# return (timeA.getStartTimestamp(),timeB.getEndTimestamp())
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#
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#def getRangeDesc(timeA,timeB):
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# aA, aB = timeA.get(), timeB.get()
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# if len(aA) != len(aB):
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# prec = max(len(aA),len(aB))
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# aA, aB = timeA.pad(prec)[0], timeB.pad(prec)[1]
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# if aA == aB:
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# return Time(aA).describe()
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# if aA[:-1] == aB[:-1]:
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# return " ".join(Time(aA).describe().split(" ")[:-1]) + " to " + Time(aB).describe() #what
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#
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# alright forget everything I've just told you
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# so how bout this:
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# we completely ignore times
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# all singular times (only used for scrobbles) are only ever expressed in timestamps anyway and remain simple ints
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# ranges specified in any kind of list are completely separated from them
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# even if you specify the pulse
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# holy feck this is so much better
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# converts strings and stuff to lists
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@@ -184,7 +41,7 @@ def time_pad(f,t):
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f,t = time_fix(f), time_fix(t)
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while len(f) < len(t):
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if len(f) == 1: f.append(1)
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elif len(f) == 2: f.append(1)
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elif len(f) == 2: f.append(1)
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while len(f) > len(t):
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if len(t) == 1: t.append(12)
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elif len(t) == 2: t.append(monthrange(*t)[1])
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@@ -221,12 +78,31 @@ def time_desc(t,short=False):
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date = [1970,1,1]
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date[:len(t)] = t
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timeobject = datetime.datetime(date[0],date[1],date[2],tzinfo=datetime.timezone.utc)
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nowdate = [1970,1,1]
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nowobject = datetime.datetime.now(tz=datetime.timezone.utc)
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nowdate[:len(t)] = [nowobject.year, nowobject.month, nowobject.day][:len(t)]
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nowobject = datetime.datetime(nowdate[0],nowdate[1],nowdate[2],tzinfo=datetime.timezone.utc)
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if short:
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if len(t) == 3:
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diff = (nowobject - timeobject).days
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if diff == 0: return "Today"
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if diff == 1: return "Yesterday"
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if diff < 7: return timeobject.strftime("%A")
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#elif len(t) == 2:
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if len(t) == 3: return timeobject.strftime("%d. %B %Y")
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if len(t) == 2: return timeobject.strftime("%B %Y")
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if len(t) == 1: return timeobject.strftime("%Y")
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def range_desc(since=None,to=None,within=None,short=False):
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# the 'short' var we pass down to some of the time_desc calls is a different one than the one here
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# the function-wide one indicates whether we want the 'in' 'from' etc at the start
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# the other one is if we want exact dates or weekdays etc
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if within is not None:
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since = within
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to = within
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@@ -257,10 +133,15 @@ def range_desc(since=None,to=None,within=None,short=False):
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since,to = time_pad(since,to)
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if since == to:
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if len(since) == 3:
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sincestr = "on " + time_desc(since)
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sincestr = "on " + time_desc(since,short=True)
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else:
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sincestr = "in " + time_desc(since)
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shortsincestr = time_desc(since)
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sincestr = "in " + time_desc(since,short=True)
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shortsincestr = time_desc(since,short=True)
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tostr = ""
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elif _week(since,to):
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sincestr = "in " + _week(since,to)
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shortsincestr = _week(since,to)
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tostr = ""
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else:
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fparts = time_desc(since).split(" ")
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@@ -333,6 +214,15 @@ def delimit_desc(step="month",stepn=1,trail=1):
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return txt
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def _week(since,to):
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if len(since) != 3 or len(to) != 3: return False
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dt_since, dt_to = datetime.datetime(*since,tzinfo=datetime.timezone.utc), datetime.datetime(*to,tzinfo=datetime.timezone.utc)
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if (dt_to - dt_since).days != 6: return False
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if dt_since.weekday() != 6: return False
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c = dt_to.isocalendar()[:2]
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return str("Week " + str(c[1]) + " " + str(c[0]))
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def _num(i):
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names = ["Zero","One","Two","Three","Four","Five","Six","Seven","Eight","Nine","Ten","Eleven","Twelve"]
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if i < len(names): return names[i]
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