from twisted.internet import defer

from twisted.internet.inotify import INotify

from twisted.python.filepath import FilePath

import cyclone.sse

import logging, bisect, time

import traceback

from light9.namespaces import L9, RDF

from light9.vidref.musictime import MusicTime

from light9.effect import effecteval

from light9.effect.settings import DeviceSettings

from light9.effect.simple_outputs import SimpleOutputs

from rdfdb.syncedgraph import SyncedGraph

    scales.DoubleStat('recentFps'),

)

class Note(object):

        g = self.graph = graph

        self.uri = uri

        self.effectEval = effectevalModule.EffectEval(

            graph, g.value(uri, L9['effectClass']), simpleOutputs)

        self.baseEffectSettings: Dict[URIRef, Any] = {}  # {effectAttr: value}

        for s in g.objects(uri, L9['setting']):

        self.points: List[Tuple[float, float]] = []

        for curve in g.objects(uri, L9['curve']):

            self.points.extend(

                self.getCurvePoints(curve, L9['strength'], originTime))

        self.points.sort()

        points = []

        po = list(self.graph.predicate_objects(curve))

        if dict(po).get(L9['attr'], None) != attr:

            return []

        for point in [row[1] for row in po if row[0] == L9['point']]:

            po2 = dict(self.graph.predicate_objects(point))

            points.append(

                (originTime + float(po2[L9['time']]), float(po2[L9['value']])))

        return points

        return self.points[0][0] <= t <= self.points[-1][0]

        i = bisect.bisect_left(self.points, (t, None)) - 1

        if i == -1:

            return self.points[0][1]

        if self.points[i][0] > t:

            return self.points[i][1]

        p1, p2 = self.points[i], self.points[i + 1]

        frac = (t - p1[0]) / (p2[0] - p1[0])

        y = p1[1] + (p2[1] - p1[1]) * frac

        return y

        """

        list of (device, attr, value), and a report for web

        """

        report = {

            'note': str(self.uri),

            'effectClass': self.effectEval.effect,

        self.updateLoop()

        self.codeWatcher = CodeWatcher(

            onChange=lambda: self.graph.addHandler(self.compileGraph))

    @stats.compileGraph.time()

        """rebuild our data from the graph"""

        t1 = time.time()

        g = self.graph

        for song in g.subjects(RDF.type, L9['Song']):

        log.info('compileGraph took %.2f ms', 1000 * (time.time() - t1))

    @stats.compileSong.time()

        t1 = time.time()

        self.notes[song] = []

        for note in self.graph.objects(song, L9['note']):

            self.notes[song].append(

                Note(self.graph, note, effecteval, self.simpleOutputs))

                    ]),

                    'recentFps':

                    stats.recentFps

                })

            self.lastStatLog = now

            # print "sec", sec

            # delay = max(0, time.time() - (now + 1 / self.fps))

            # print 'cl', delay

            delay = 0.005

            reactor.callLater(delay, self.updateLoop)

            reactor.callLater(2, self.updateLoop)

        d = self.update()

        d.addCallbacks(done, err)

    @stats.update.time()

        try:

            musicState = self.music.getLatest()

                return defer.succeed(0)

            settings = []

            songNotes = sorted(self.notes.get(song, []), key=lambda n: n.uri)

            noteReports = []

            for note in songNotes:

                noteReports.append(report)

                settings.append(s)

            dispatcher.send('state', update={'songNotes': noteReports})

            return self.sendToCollector(

                DeviceSettings.fromList(self.graph, settings))

        except Exception:

            traceback.print_exc()

            raise

class Updates(cyclone.sse.SSEHandler):

        cyclone.sse.SSEHandler.__init__(self, application, request, **kwargs)

        self.state: Dict = {}

        dispatcher.connect(self.updateState, 'state')

        self.numConnected = 0

        self.state.update(update)

        self.numConnected += 1

        if self.numConnected == 1:

            self.loop()

        if self.numConnected == 0:

            return

        self.sendEvent(self.state)

        reactor.callLater(.1, self.loop)

        self.numConnected -= 1

from typing import Tuple, NewType

from rdflib import URIRef

ClientType = NewType('ClientType', str)

ClientSessionType = NewType('ClientSessionType', str)

OutputUri = NewType('OutputUri', URIRef)  # e.g. dmxA

DeviceUri = NewType('DeviceUri', URIRef)  # e.g. :aura2

DeviceClass = NewType('DeviceClass', URIRef)  # e.g. :Aura

DmxIndex = NewType('DmxIndex', int)  # 1..512

DmxMessageIndex = NewType('DmxMessageIndex', int)  # 0..511

DeviceAttr = NewType('DeviceAttr', URIRef)  # e.g. :rx

OutputAttr = NewType('OutputAttr', URIRef)  # e.g. :xFine

OutputValue = NewType('OutputValue', int)  # byte in dmx message

UnixTime = NewType('UnixTime', float)

# Alternate output range for a device. Instead of outputting 0.0 to

# 1.0, you can map that range into, say, 0.2 to 0.7

OutputRange = NewType('OutputRange', Tuple[float, float])

    ctx.run(f'env/bin/flake8 --ignore=E115,E123,E124,E126,E225,E231,E261,E262,E265,E301,E302,E303,E305,E306,E401,E402,E501,E701,E731,W291,W293,W391,W504 {sources}', warn=True)

    sources = ' '.join(pkg_sources())

    run(['bin/collector'])

    run(['bin/rdfdb'])

    run(['bin/keyboardcomposer'])

    #for src in bin_sources:

    #    print(f"mypy {src}")

    #    run([src])# + pkg_sources())

@task

def reformat(ctx):

    ctx.run("env/bin/yapf --verbose --parallel --in-place --style google light9/*.py light9/*/*.py `file --no-pad  bin/* | grep 'Python script' | perl -lpe 's/:.*//'`")