from htmlgenerators import * import database from utilities import getArtistImage, getTrackImage from malojatime import * from urihandler import compose_querystring, internal_to_uri, uri_to_internal import urllib import datetime import math #def getpictures(ls,result,tracks=False): # from utilities import getArtistsInfo, getTracksInfo # if tracks: # for element in getTracksInfo(ls): # result.append(element.get("image")) # else: # for element in getArtistsInfo(ls): # result.append(element.get("image")) # artist=None,track=None,since=None,to=None,within=None,associated=False,max_=None,pictures=False def module_scrobblelist(max_=None,pictures=False,shortTimeDesc=False,earlystop=False,**kwargs): kwargs_filter = pickKeys(kwargs,"artist","track","associated") kwargs_time = pickKeys(kwargs,"timerange","since","to","within") # if earlystop, we don't care about the actual amount and only request as many from the db # without, we request everything and filter on site maxkey = {"max_":max_} if earlystop else {} scrobbles = database.get_scrobbles(**kwargs_time,**kwargs_filter,**maxkey) if pictures: scrobbleswithpictures = scrobbles if max_ is None else scrobbles[:max_] #scrobbleimages = [e.get("image") for e in getTracksInfo(scrobbleswithpictures)] #will still work with scrobble objects as they are a technically a subset of track objects #scrobbleimages = ["/image?title=" + urllib.parse.quote(t["title"]) + "&" + "&".join(["artist=" + urllib.parse.quote(a) for a in t["artists"]]) for t in scrobbleswithpictures] scrobbleimages = [getTrackImage(t["artists"],t["title"],fast=True) for t in scrobbleswithpictures] representative = scrobbles[0] if len(scrobbles) is not 0 else None # build list i = 0 html = "" for s in scrobbles: html += "" html += "" if pictures: img = scrobbleimages[i] else: img = None html += entity_column(s,image=img) # Alternative way: Do it in one cell #html += "" html += "" i += 1 if max_ is not None and i>=max_: break html += "
" + timestamp_desc(s["time"],short=shortTimeDesc) + "" + artistLinks(s["artists"]) + " โ€” " + trackLink({"artists":s["artists"],"title":s["title"]}) + "
" return (html,len(scrobbles),representative) def module_pulse(max_=None,**kwargs): from doreah.timing import clock, clockp kwargs_filter = pickKeys(kwargs,"artist","track","associated") kwargs_time = pickKeys(kwargs,"since","to","within","timerange","step","stepn","trail") ranges = database.get_pulse(**kwargs_time,**kwargs_filter) if max_ is not None: ranges = ranges[:max_] # if time range not explicitly specified, only show from first appearance # if "since" not in kwargs: # while ranges[0]["scrobbles"] == 0: # del ranges[0] maxbar = max([t["scrobbles"] for t in ranges]) maxbar = max(maxbar,1) #build list html = "" for t in ranges: range = t["range"] html += "" html += "" html += "" html += "" html += "" html += "
" + range.desc() + "" + scrobblesLink(range.urikeys(),amount=t["scrobbles"],**kwargs_filter) + "" + scrobblesLink(range.urikeys(),percent=t["scrobbles"]*100/maxbar,**kwargs_filter) + "
" return html def module_performance(max_=None,**kwargs): kwargs_filter = pickKeys(kwargs,"artist","track") kwargs_time = pickKeys(kwargs,"since","to","within","timerange","step","stepn","trail") ranges = database.get_performance(**kwargs_time,**kwargs_filter) if max_ is not None: ranges = ranges[:max_] # if time range not explicitly specified, only show from first appearance # if "since" not in kwargs: # while ranges[0]["scrobbles"] == 0: # del ranges[0] minrank = 80 for t in ranges: if t["rank"] is not None and t["rank"] > minrank: minrank = t["rank"] #build list html = "" for t in ranges: range = t["range"] html += "" html += "" html += "" prct = (minrank+1-t["rank"])*100/minrank if t["rank"] is not None else 0 html += "" html += "" html += "
" + range.desc() + "" + ("#" + str(t["rank"]) if t["rank"] is not None else "No scrobbles") + "" + rankLink(range.urikeys(),percent=prct,**kwargs_filter,medal=t["rank"]) + "
" return html def module_trackcharts(max_=None,**kwargs): kwargs_filter = pickKeys(kwargs,"artist","associated") kwargs_time = pickKeys(kwargs,"timerange","since","to","within") tracks = database.get_charts_tracks(**kwargs_filter,**kwargs_time) # last time range (to compare) try: trackslast = database.get_charts_tracks(**kwargs_filter,timerange=kwargs_time["timerange"].next(step=-1)) # create rank association lastrank = {} for tl in trackslast: lastrank[(*tl["track"]["artists"],tl["track"]["title"])] = tl["rank"] for t in tracks: try: t["delta"] = lastrank[(*t["track"]["artists"],t["track"]["title"])] - t["rank"] except: t["delta"] = math.inf except: pass if tracks != []: maxbar = tracks[0]["scrobbles"] representative = tracks[0]["track"] else: representative = None i = 0 html = "" for e in tracks: i += 1 if max_ is not None and i>max_: break html += "" # rank if i == 1 or e["scrobbles"] < prev["scrobbles"]: html += "" else: html += "" # rank change if e.get("delta") is None: pass elif e["delta"] is math.inf: html += "" elif e["delta"] > 0: html += "" elif e["delta"] < 0: html += "" else: html += "" # track html += entity_column(e["track"]) # scrobbles html += "" html += "" html += "" prev = e html += "
#" + str(i) + "๐Ÿ†•โ†—โ†˜โžก" + scrobblesTrackLink(e["track"],internal_to_uri(kwargs_time),amount=e["scrobbles"]) + "" + scrobblesTrackLink(e["track"],internal_to_uri(kwargs_time),percent=e["scrobbles"]*100/maxbar) + "
" return (html,representative) def module_artistcharts(max_=None,**kwargs): kwargs_filter = pickKeys(kwargs,"associated") #not used right now kwargs_time = pickKeys(kwargs,"timerange","since","to","within") artists = database.get_charts_artists(**kwargs_filter,**kwargs_time) # last time range (to compare) try: #from malojatime import _get_next artistslast = database.get_charts_artists(**kwargs_filter,timerange=kwargs_time["timerange"].next(step=-1)) # create rank association lastrank = {} for al in artistslast: lastrank[al["artist"]] = al["rank"] for a in artists: try: a["delta"] = lastrank[a["artist"]] - a["rank"] except: a["delta"] = math.inf except: pass if artists != []: maxbar = artists[0]["scrobbles"] representative = artists[0]["artist"] else: representative = None i = 0 html = "" for e in artists: i += 1 if max_ is not None and i>max_: break html += "" # rank if i == 1 or e["scrobbles"] < prev["scrobbles"]: html += "" else: html += "" # rank change #if "within" not in kwargs_time: pass if e.get("delta") is None: pass elif e["delta"] is math.inf: html += "" elif e["delta"] > 0: html += "" elif e["delta"] < 0: html += "" else: html += "" # artist html += entity_column(e["artist"],counting=e["counting"]) # scrobbles html += "" html += "" html += "" prev = e html += "
#" + str(i) + "๐Ÿ†•โ†—โ†˜โžก" + scrobblesArtistLink(e["artist"],internal_to_uri(kwargs_time),amount=e["scrobbles"],associated=True) + "" + scrobblesArtistLink(e["artist"],internal_to_uri(kwargs_time),percent=e["scrobbles"]*100/maxbar,associated=True) + "
" return (html, representative) def module_toptracks(pictures=True,**kwargs): kwargs_filter = pickKeys(kwargs,"artist","associated") kwargs_time = pickKeys(kwargs,"timerange","since","to","within","step","stepn","trail") tracks = database.get_top_tracks(**kwargs_filter,**kwargs_time) if tracks != []: maxbar = max(t["scrobbles"] for t in tracks) # track with most #1 positions max_appear = 0 representatives = list(t["track"] for t in tracks if t["track"] is not None) for t in representatives: max_appear = max(max_appear,representatives.count(t)) #representatives.sort(key=lambda reftrack:len([t for t in tracks if t["track"] == reftrack["track"] and t["track"] is not None])) representatives = [t for t in tracks if representatives.count(t["track"]) == max_appear] # of these, track with highest scrobbles in its #1 range representatives.sort(key=lambda t: t["scrobbles"]) representative = representatives[-1]["track"] else: representative = None i = 0 html = "" for e in tracks: #fromstr = "/".join([str(p) for p in e["from"]]) #tostr = "/".join([str(p) for p in e["to"]]) range = e["range"] i += 1 html += "" html += "" if e["track"] is None: if pictures: html += "" html += "" html += "" html += "" html += "" else: if pictures: img = getTrackImage(e["track"]["artists"],e["track"]["title"],fast=True) else: img = None html += entity_column(e["track"],image=img) html += "" html += "" html += "" prev = e html += "
" + range.desc() + "
" + "No scrobbles" + "" + "" + "" + "0" + "" + "" + "" + scrobblesTrackLink(e["track"],range.urikeys(),amount=e["scrobbles"]) + "" + scrobblesTrackLink(e["track"],range.urikeys(),percent=e["scrobbles"]*100/maxbar) + "
" return (html,representative) def module_topartists(pictures=True,**kwargs): kwargs_time = pickKeys(kwargs,"timerange","since","to","within","step","stepn","trail") artists = database.get_top_artists(**kwargs_time) if artists != []: maxbar = max(a["scrobbles"] for a in artists) # artists with most #1 positions max_appear = 0 representatives = list(a["artist"] for a in artists if a["artist"] is not None) for a in representatives: max_appear = max(max_appear,representatives.count(a)) representatives = [a for a in artists if representatives.count(a["artist"]) == max_appear] # of these, artist with highest scrobbles in their #1 range representatives.sort(key=lambda a: a["scrobbles"]) representative = representatives[-1]["artist"] else: representative = None i = 0 html = "" for e in artists: #fromstr = "/".join([str(p) for p in e["from"]]) #tostr = "/".join([str(p) for p in e["to"]]) range = e["range"] i += 1 html += "" html += "" if e["artist"] is None: if pictures: html += "" html += "" html += "" html += "" else: if pictures: img = getArtistImage(e["artist"],fast=True) else: img = None html += entity_column(e["artist"],image=img) html += "" html += "" html += "" prev = e html += "
" + range.desc() + "
" + "No scrobbles" + "" + "0" + "" + "" + "" + scrobblesArtistLink(e["artist"],range.urikeys(),amount=e["scrobbles"],associated=True) + "" + scrobblesArtistLink(e["artist"],range.urikeys(),percent=e["scrobbles"]*100/maxbar,associated=True) + "
" return (html,representative) def module_artistcharts_tiles(**kwargs): kwargs_filter = pickKeys(kwargs,"associated") #not used right now kwargs_time = pickKeys(kwargs,"timerange","since","to","within") artists = database.get_charts_artists(**kwargs_filter,**kwargs_time)[:14] while len(artists)<14: artists.append(None) i = 1 bigpart = [0,1,2,6,15] smallpart = [0,1,2,4,6,9,12,15] #rnk = (0,0) #temporary store so entries with the same scrobble amount get the same rank html = """""" for e in artists: if i in bigpart: n = bigpart.index(i) html += """" html += """
""" if i in smallpart: html += "" if e is not None: html += "" else: html += "" i += 1 if i in smallpart: html += "" if i in bigpart: html += "
" \ + "" + "#" + str(e["rank"]) + " " + html_link(e["artist"]) + "
""" return html def module_trackcharts_tiles(**kwargs): kwargs_filter = pickKeys(kwargs,"artist","associated") kwargs_time = pickKeys(kwargs,"timerange","since","to","within") tracks = database.get_charts_tracks(**kwargs_filter,**kwargs_time)[:14] while len(tracks)<14: tracks.append(None) #{"track":{"title":"","artists":[]}} i = 1 bigpart = [0,1,2,6,15] smallpart = [0,1,2,4,6,9,12,15] #rnk = (0,0) #temporary store so entries with the same scrobble amount get the same rank html = """""" for e in tracks: if i in bigpart: n = bigpart.index(i) html += """" html += """
""" if i in smallpart: html += "" if e is not None: html += "" else: html += "" i += 1 if i in smallpart: html += "" if i in bigpart: html += "
" \ + "" + "#" + str(e["rank"]) + " " + html_link(e["track"]) + "
""" return html # THIS FUNCTION USES THE ORIGINAL URI KEYS!!! def module_filterselection(keys,time=True,delimit=False): filterkeys, timekeys, delimitkeys, extrakeys = uri_to_internal(keys) html = "" if time: # all other keys that will not be changed by clicking another filter #keystr = "?" + compose_querystring(keys,exclude=["since","to","in"]) unchangedkeys = internal_to_uri({**filterkeys,**delimitkeys,**extrakeys}) # wonky selector for precise date range # fromdate = start_of_scrobbling() # todate = end_of_scrobbling() # if keys.get("since") is not None: fromdate = keys.get("since") # if keys.get("to") is not None: todate = keys.get("to") # if keys.get("in") is not None: fromdate, todate = keys.get("in"), keys.get("in") # fromdate = time_fix(fromdate) # todate = time_fix(todate) # fromdate, todate = time_pad(fromdate,todate,full=True) # fromdate = [str(e) if e>9 else "0" + str(e) for e in fromdate] # todate = [str(e) if e>9 else "0" + str(e) for e in todate] # # html += "
" # html += "from " # html += "to " # html += "
" from malojatime import today, thisweek, thismonth, thisyear ### temp!!! this will not allow weekly rank changes # weekday = ((now.isoweekday()) % 7) # weekbegin = now - datetime.timedelta(days=weekday) # weekend = weekbegin + datetime.timedelta(days=6) # weekbegin = [weekbegin.year,weekbegin.month,weekbegin.day] # weekend = [weekend.year,weekend.month,weekend.day] # weekbeginstr = "/".join((str(num) for num in weekbegin)) # weekendstr = "/".join((str(num) for num in weekend)) # relative to current range html += "
" # if timekeys.get("timerange").next(-1) is not None: # html += "ยซ" # if timekeys.get("timerange").next(-1) is not None or timekeys.get("timerange").next(1) is not None: # html += " " + timekeys.get("timerange").desc() + " " # if timekeys.get("timerange").next(1) is not None: # html += "ยป" if timekeys.get("timerange").next(-1) is not None: prevrange = timekeys.get("timerange").next(-1) html += "" + prevrange.desc() + "" html += " ยซ " if timekeys.get("timerange").next(-1) is not None or timekeys.get("timerange").next(1) is not None: html += "" + timekeys.get("timerange").desc() + "" if timekeys.get("timerange").next(1) is not None: html += " ยป " nextrange = timekeys.get("timerange").next(1) html += "" + nextrange.desc() + "" html += "
" # predefined ranges html += "
" if timekeys.get("timerange") == today(): html += "Today" else: html += "Today" html += " | " if timekeys.get("timerange") == thisweek(): html += "This Week" else: html += "This Week" html += " | " if timekeys.get("timerange") == thismonth(): html += "This Month" else: html += "This Month" html += " | " if timekeys.get("timerange") == thisyear(): html += "This Year" else: html += "This Year" html += " | " if timekeys.get("timerange") is None or timekeys.get("timerange").unlimited(): html += "All Time" else: html += "All Time" html += "
" if delimit: #keystr = "?" + compose_querystring(keys,exclude=["step","stepn"]) unchangedkeys = internal_to_uri({**filterkeys,**timekeys,**extrakeys}) # only for this element (delimit selector consists of more than one) unchangedkeys_sub = internal_to_uri({k:delimitkeys[k] for k in delimitkeys if k not in ["step","stepn"]}) html += "
" if delimitkeys.get("step") == "day" and delimitkeys.get("stepn") == 1: html += "Daily" else: html += "Daily" html += " | " if delimitkeys.get("step") == "week" and delimitkeys.get("stepn") == 1: html += "Weekly" else: html += "Weekly" html += " | " if delimitkeys.get("step") == "month" and delimitkeys.get("stepn") == 1: html += "Monthly" else: html += "Monthly" html += " | " if delimitkeys.get("step") == "year" and delimitkeys.get("stepn") == 1: html += "Yearly" else: html += "Yearly" html += "
" unchangedkeys_sub = internal_to_uri({k:delimitkeys[k] for k in delimitkeys if k != "trail"}) html += "
" if delimitkeys.get("trail") == 1: html += "Standard" else: html += "Standard" html += " | " if delimitkeys.get("trail") == 2: html += "Trailing" else: html += "Trailing" html += " | " if delimitkeys.get("trail") == 3: html += "Long Trailing" else: html += "Long Trailing" html += " | " if delimitkeys.get("trail") == math.inf: html += "Cumulative" else: html += "Cumulative" html += "
" return html