index int64 | repo_name string | branch_name string | path string | content string | import_graph string |
|---|---|---|---|---|---|
60,054 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0016_alter_ad_advertiser.py | # Generated by Django 4.0.dev20210715050039 on 2021-07-19 07:34
from django.db import migrations, models
import django.db.models.deletion
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0015_alter_click_adid_alter_view_viewid'),
]
operations = [
migrations.AlterField(
model_name='ad',
name='advertiser',
field=models.ForeignKey(default=None, on_delete=django.db.models.deletion.CASCADE, related_name='myAds', to='advertiser_mangement.advertiser'),
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,055 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0020_summaryshit.py | # Generated by Django 4.0.dev20210715050039 on 2021-07-25 01:44
from django.db import migrations, models
import django.db.models.deletion
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0019_alter_ad_imgurl'),
]
operations = [
migrations.CreateModel(
name='summaryShit',
fields=[
('id', models.BigAutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
('date', models.DateTimeField()),
('count', models.IntegerField()),
('adID', models.ForeignKey(on_delete=django.db.models.deletion.CASCADE, related_name='mySummary', to='advertiser_mangement.ad')),
],
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,056 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0004_alter_ad_clicks_alter_ad_views.py | # Generated by Django 4.0.dev20210712094637 on 2021-07-12 19:39
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0003_ad_advertiser_alter_ad_imgurl'),
]
operations = [
migrations.AlterField(
model_name='ad',
name='clicks',
field=models.IntegerField(blank=True),
),
migrations.AlterField(
model_name='ad',
name='views',
field=models.IntegerField(blank=True),
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,057 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/serializers.py | from datetime import date
from django.db import models
from django.db.models import fields, indexes
from rest_framework import serializers, views
from .models import Ad, Advertiser, Click, View
from datetime import datetime
class AdSerializer(serializers.ModelSerializer):
class Meta:
model = Ad
fields = ('title', 'link', 'imgUrl', 'advertiser')
class ClickSerializer(serializers.ModelSerializer):
class Meta:
model = Click
fields = '__all__'
class ViewSerializer(serializers.ModelSerializer):
class Meta:
model = View
fields = '__all__'
def create(self, validated_data):
return View.objects.create()
def update(self, instance, validated_data):
instance.email = validated_data.get('email', instance.email)
instance.content = validated_data.get('content', instance.content)
instance.created = validated_data.get('created', instance.created)
return instance
class AdvertiserSerializer(serializers.ModelSerializer):
class Meta:
model = Advertiser
fields = ['name'] | {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,058 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0017_alter_ad_imgurl.py | # Generated by Django 4.0.dev20210715050039 on 2021-07-20 07:21
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0016_alter_ad_advertiser'),
]
operations = [
migrations.AlterField(
model_name='ad',
name='imgUrl',
field=models.ImageField(blank=True, upload_to=''),
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,059 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0006_advertiser_clicks_advertiser_views.py | # Generated by Django 4.0.dev20210712094637 on 2021-07-12 20:29
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0005_alter_ad_clicks_alter_ad_views'),
]
operations = [
migrations.AddField(
model_name='advertiser',
name='clicks',
field=models.IntegerField(default=0),
),
migrations.AddField(
model_name='advertiser',
name='views',
field=models.IntegerField(default=0),
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,060 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0018_alter_ad_imgurl_alter_click_date_alter_view_date.py | # Generated by Django 4.0.dev20210715050039 on 2021-07-21 08:55
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0017_alter_ad_imgurl'),
]
operations = [
migrations.AlterField(
model_name='ad',
name='imgUrl',
field=models.ImageField(upload_to=''),
),
migrations.AlterField(
model_name='click',
name='date',
field=models.DateTimeField(auto_now_add=True),
),
migrations.AlterField(
model_name='view',
name='date',
field=models.DateTimeField(auto_now_add=True),
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,061 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/tasks.py | from celery import shared_task
from .models import Ad, Click, View, summaryShit
from datetime import datetime
@shared_task
def summary_in_last_hour():
t = datetime.now()
last_hour = t.replace(hour=int(t.strftime("%H"))-1)
ad_list = Ad.objects.all()
for ad in ad_list:
NOview = View.objects.filter(viewID=ad, date__range=(last_hour, datetime.now())).count()
new_obj = summaryShit(adID=ad, date=last_hour, count=NOview, view_or_click=1)
new_obj.save()
NOclick = Click.objects.filter(adID=ad, date__range=(last_hour, datetime.now())).count()
new_obj = summaryShit(adID=ad, date=last_hour, count=NOclick, view_or_click=0)
new_obj.save()
@shared_task
def summary_in_last_day():
t = datetime.now()
last_day = t.replace(day=int(t.strftime("%d"))-1)
ad_list = Ad.objects.all()
for ad in ad_list:
NOview = summaryShit.objects.filter(adID=ad, date__range=(last_day, datetime.now()), view_or_click=1).count()
new_obj = summaryShit(adID=ad, date=last_day, count=NOview, view_or_click=1)
new_obj.save()
NOclick = summaryShit.objects.filter(adID=ad, date__range=(last_day, datetime.now()), view_or_click=0).count()
new_obj = summaryShit(adID=ad, date=last_day, count=NOclick, view_or_click=0)
new_obj.save()
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,062 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0008_remove_view_viewid_ad_clicks_ad_views_delete_click_and_more.py | # Generated by Django 4.0.dev20210712094637 on 2021-07-13 11:35
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0007_remove_ad_clicks_remove_ad_views_view_click'),
]
operations = [
migrations.RemoveField(
model_name='view',
name='viewID',
),
migrations.AddField(
model_name='ad',
name='clicks',
field=models.IntegerField(blank=True, default=0),
),
migrations.AddField(
model_name='ad',
name='views',
field=models.IntegerField(blank=True, default=0),
),
migrations.DeleteModel(
name='Click',
),
migrations.DeleteModel(
name='View',
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,063 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0007_remove_ad_clicks_remove_ad_views_view_click.py | # Generated by Django 4.0.dev20210712094637 on 2021-07-13 11:29
from django.db import migrations, models
import django.db.models.deletion
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0006_advertiser_clicks_advertiser_views'),
]
operations = [
migrations.RemoveField(
model_name='ad',
name='clicks',
),
migrations.RemoveField(
model_name='ad',
name='views',
),
migrations.CreateModel(
name='View',
fields=[
('id', models.BigAutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
('date', models.DateField()),
('viewID', models.ForeignKey(on_delete=django.db.models.deletion.CASCADE, to='advertiser_mangement.ad')),
],
),
migrations.CreateModel(
name='Click',
fields=[
('id', models.BigAutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
('date', models.DateField()),
('adID', models.ForeignKey(on_delete=django.db.models.deletion.CASCADE, to='advertiser_mangement.ad')),
],
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,064 | soudabemhashemi/Yektanet | refs/heads/master | /Yektanet/celery.py | import os
from celery import Celery
from celery.schedules import crontab
os.environ.setdefault('DJANGO_SETTINGS_MODULE', 'Yektanet.settings')
app = Celery('Yektanet')
app.config_from_object('django.conf:settings', namespace='CELERY')
app.autodiscover_tasks()
app.conf.beat_schedule = {
"number_of_views_clicks_lastHour": {
"task": "advertiser_mangement.tasks.summary_in_last_hour",
"schedule": crontab(hour="*", minute=0)
},
"number_of_views_clicks_lastDay": {
"task": "advertiser_mangement.tasks.summary_in_last_day",
"schedule": crontab(hour=0, minute=0)
}
} | {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,065 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0015_alter_click_adid_alter_view_viewid.py | # Generated by Django 4.0.dev20210715050039 on 2021-07-15 12:45
from django.db import migrations, models
import django.db.models.deletion
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0014_remove_view_a'),
]
operations = [
migrations.AlterField(
model_name='click',
name='adID',
field=models.ForeignKey(on_delete=django.db.models.deletion.CASCADE, related_name='myClicks', to='advertiser_mangement.ad'),
),
migrations.AlterField(
model_name='view',
name='viewID',
field=models.ForeignKey(on_delete=django.db.models.deletion.CASCADE, related_name='myViews', to='advertiser_mangement.ad'),
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,066 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/models.py | from django.db import models
from django.db.models.deletion import CASCADE
from django.db.models.fields import IntegerField
from django.urls import reverse
from django.utils.translation import gettext_lazy as _
def upload_to(instance, filename):
return '{filename}'.format(filename=filename)
class Advertiser(models.Model):
name = models.CharField(max_length=200)
def __str__(self):
return self.name
class Ad(models.Model):
title = models.CharField(max_length=200)
imgUrl = models.ImageField(_("Image"), upload_to=upload_to)
link = models.CharField(max_length=200)
advertiser = models.ForeignKey(Advertiser(), on_delete=models.CASCADE, default=None, related_name="myAds")
approve = models.BooleanField(default=False)
def __str__(self):
return self.title
def countView(self, userIp):
newView = View(viewID=self, ip=userIp)
newView.save()
def countClick(self, userIp):
newClick = Click(adID=self, ip=userIp)
newClick.save()
class Click(models.Model):
adID = models.ForeignKey(Ad(), on_delete=models.CASCADE, blank=False, related_name="myClicks")
date = models.DateTimeField(auto_now_add=True)
ip = models.GenericIPAddressField()
class View(models.Model):
viewID = models.ForeignKey(Ad(), on_delete=models.CASCADE, blank=False, related_name="myViews")
date = models.DateTimeField(auto_now_add=True)
ip = models.GenericIPAddressField()
class summaryShit(models.Model):
adID = models.ForeignKey(Ad, on_delete=CASCADE, related_name="mySummary")
date = models.DateTimeField()
count = models.IntegerField()
class Type(models.IntegerChoices):
CLICK = 0
VIEW = 1
view_or_click = models.IntegerField(choices=Type.choices, default=1)
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,067 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0001_initial.py | # Generated by Django 4.0.dev20210712094637 on 2021-07-12 15:48
from django.db import migrations, models
class Migration(migrations.Migration):
initial = True
dependencies = [
]
operations = [
migrations.CreateModel(
name='Ad',
fields=[
('id', models.IntegerField(primary_key=True, serialize=False)),
('title', models.CharField(max_length=200)),
('imgUrl', models.CharField(max_length=200)),
('link', models.CharField(max_length=200)),
('clicks', models.IntegerField()),
('views', models.IntegerField()),
],
),
migrations.CreateModel(
name='Advertiser',
fields=[
('id', models.IntegerField(primary_key=True, serialize=False)),
('name', models.CharField(max_length=200)),
],
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,068 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/apps.py | from django.apps import AppConfig
class AdvertiserMangementConfig(AppConfig):
default_auto_field = 'django.db.models.BigAutoField'
name = 'advertiser_mangement'
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,069 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0011_alter_click_date_alter_view_date.py | # Generated by Django 4.0.dev20210712094637 on 2021-07-13 20:09
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0010_ad_approve'),
]
operations = [
migrations.AlterField(
model_name='click',
name='date',
field=models.DateTimeField(),
),
migrations.AlterField(
model_name='view',
name='date',
field=models.DateTimeField(),
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,070 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/tests.py | from django.test import TestCase
from .models import Ad, Advertiser
class ModelTest(TestCase):
@classmethod
def setUpTestData(cls):
pass
# Advertiser.objects.create(name='advertiser3')
def test_title(self):
ins = Ad.objects.all()
expected_object_name = f'{ins[1].title}'
self.assertEquals(expected_object_name, 'title1')
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,071 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0010_ad_approve.py | # Generated by Django 4.0.dev20210712094637 on 2021-07-13 18:40
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0009_remove_ad_clicks_remove_ad_views_view_click'),
]
operations = [
migrations.AddField(
model_name='ad',
name='approve',
field=models.BooleanField(default=False),
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,072 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0014_remove_view_a.py | # Generated by Django 4.0.dev20210715050039 on 2021-07-15 09:55
from django.db import migrations
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0013_view_a'),
]
operations = [
migrations.RemoveField(
model_name='view',
name='a',
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,073 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0012_remove_advertiser_clicks_remove_advertiser_views.py | # Generated by Django 4.0.dev20210712094637 on 2021-07-14 06:23
from django.db import migrations
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0011_alter_click_date_alter_view_date'),
]
operations = [
migrations.RemoveField(
model_name='advertiser',
name='clicks',
),
migrations.RemoveField(
model_name='advertiser',
name='views',
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,074 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/views.py | from django.db.models import query
from django.db.models.query import QuerySet
from django.http.response import HttpResponse, JsonResponse
from django.shortcuts import render, redirect
from django.views.decorators.csrf import csrf_exempt
from rest_framework import generics
from rest_framework import views
from rest_framework.exceptions import ParseError
from rest_framework.parsers import JSONParser
from rest_framework import serializers
from rest_framework.renderers import TemplateHTMLRenderer
from rest_framework.response import Response
from rest_framework.serializers import Serializer
from rest_framework.views import APIView
from .models import Ad, Advertiser, Click, View
from .serializers import AdSerializer, AdvertiserSerializer, ClickSerializer, ViewSerializer
from rest_framework.parsers import MultiPartParser, FormParser
import json
from rest_framework.decorators import api_view
from rest_framework import status
# from django.shortcuts import get_object_or_404
from django.contrib.auth.models import User
from django.contrib import messages
from django.views.generic.edit import FormView
from django.shortcuts import redirect
# class GenerateRandomUserView(FormView):
# template_name = 'core/generate_random_users.html'
# form_class = GenerateRandomUserForm
# def form_valid(self, form):
# total = form.cleaned_data.get('total')
# create_random_user_accounts.delay(total)
# messages.success(self.request, 'We are generating your random users! Wait a moment and refresh this page.')
# return redirect('users_list')
@api_view(['GET', 'POST'])
def createAdvertiser(request):
if request.method == "GET":
advertisers = Advertiser.objects.all()
serializer = AdvertiserSerializer(advertisers, many=True)
return Response(serializer.data)
elif request.method == "POST":
serializer = AdvertiserSerializer(data=request.data)
if serializer.is_valid():
serializer.save()
return Response(serializer.data, status=status.HTTP_201_CREATED)
return Response(serializer.errors, status=status.HTTP_400_BAD_REQUEST)
class createAd(APIView):
parser_classes = [MultiPartParser, FormParser]
def get(self, request):
ad_list = Ad.objects.all()
serializer = AdSerializer(ad_list, many=True)
ip = request.ip
for ad in ad_list:
ad.countView(ip)
return Response(serializer.data)
def post(self, request, format=None):
serializer = AdSerializer(data=request.data)
if serializer.is_valid():
serializer.save()
return Response(serializer.data, status=status.HTTP_201_CREATED)
return Response(serializer.errors, status=status.HTTP_400_BAD_REQUEST)
# class createAd(generics.ListAPIView):
# queryset = Ad.objects.all()
# serializer = AdSerializer
# renderer_classes = [TemplateHTMLRenderer]
# template_name = 'create_new.html'
# def get(self, request):
# serializer = AdSerializer()
# return Response({'serializer': serializer})
# def post(self, request, *args, **kwargs):
# file = request.data['imgUrl']
# image = Ad.objects.create(imgUrl=file)
# return HttpResponse(json.dumps({'message': "uploaded."}), status=200)
# class createAd(APIView):
# renderer_classes = [TemplateHTMLRenderer]
# parser_classes = [MultiPartParser, FormParser]
# def get(self, request):
# serializer = AdSerializer()
# return Response({'serializer': serializer})
# def post(self, request, format=None):
# serializer = AdSerializer(data=request.data)
# if not serializer.is_valid():
# return Response({'serializer': serializer})
# serializer.save()
# return redirect('advertiser_mangement:home')
# @api_view(['GET', 'POST'])
# def createAd(request):
# parser_classes = [MultiPartParser, FormParser]
# if request.method == "GET":
# ads = Ad.objects.all()
# serializer = AdSerializer(ads, many=True)
# return Response(serializer.data)
# elif request.method == "POST":
# serializer = AdSerializer(data=request.data)
# if serializer.is_valid():
# serializer.save()
# return Response(serializer.data, status=status.HTTP_201_CREATED)
# return Response(serializer.errors, status=status.HTTP_400_BAD_REQUEST)
# class AdList(generics.ListAPIView):
# queryset = Ad.objects.all()
# serializer_class = AdSerializer
# def get(self, request):
# serializer = ViewSerializer(data=self.queryset)
# print(serializer)
# if serializer.is_valid():
# serializer.save()
# return Response(serializer.data)
# from django import template
# from django.db.models.aggregates import Avg
# from django.http import HttpResponse, HttpResponseRedirect, request
# from django.shortcuts import render, get_object_or_404
# from django.views.generic import ListView, DetailView
# from django.views.generic.edit import CreateView
# from rest_framework import serializers
# from .models import Ad, Advertiser, Click, View
# from django.template import loader
# from django.views.generic.base import TemplateView, RedirectView
# from django.shortcuts import redirect
# from django.template.response import TemplateResponse
# import datetime
# from django.db.models import Count, F
# import itertools
# from datetime import datetime, timedelta
# from rest_framework.decorators import api_view
# from rest_framework.response import Response
# from .serializers import AdvertiserSerializer, AdSerializer
# @api_view(['GET'])
# def homePage(request):
# ads = Ad.objects.all()
# serializer = AdSerializer(ads, many=True)
# return Response(serializer.data)
# def countViews(request, post_ids):
# for post_id in post_ids:
# ad = Ad.objects.get(id = post_id.id)
# ip = request.ip
# newView = View(viewID=ad, date=datetime.now(), ip=ip)
# newView.save()
# class HomePageView(TemplateView):
# template_name = "home.html"
# def get_context_data(self, **kwargs):
# context = super().get_context_data(**kwargs)
# context['ad_list'] = Ad.objects.all()
# context['advertiser_list'] = Advertiser.objects.all()
# countViews(self.request, context['ad_list'])
# return context
# class countClicks(RedirectView):
# def get_redirect_url(self, *args, **kwargs):
# ad = Ad.objects.get(pk=kwargs['pk'])
# newClick = Click(adID=ad, date=datetime.now(), ip='127.0.0.1')
# newClick.save()
# return ad.link
# def createAd(request):
# if request.method == "POST":
# title = request.POST['title']
# imgUrl = request.POST['image']
# link = request.POST['url']
# advertiser = Advertiser.objects.get(id=request.POST['advertiser'])
# ins = Ad(title=title, imgUrl=imgUrl, link=link, advertiser=advertiser)
# ins.save()
# return redirect('advertiser_mangement:home')
# return render(request, 'create_new.html')
# def report(request):
# def date_hour(timestamp):
# return timestamp.strftime("%H")
# date_list = Click.objects.values('date')
# view_list_date = View.objects.values('date')
# ad_list = Ad.objects.all()
# for a in ad_list:
# print("For Ad ", a.id)
# objs = Click.objects.filter(
# date__range=(date_list[0]['date'],date_list.last()['date']),
# adID=a,
# )
# groups = itertools.groupby(objs, lambda x: date_hour(x.date))
# for group, matches in groups:
# print("Clock: ", group, "TTL:", sum(1 for _ in matches))
# print("_______________________________")
# ###########
# view_list_date = View.objects.values('date').order_by('date')
# for v in view_list_date:
# Noclicks = Ad.objects.all().filter(myClicks__date=v['date']).count()
# NOview = Ad.objects.all().filter(myViews__date=v['date']).count()
# print(Noclicks/NOview)
# ############
# sum1 = 0
# selectedView = None
# for ad in Ad.objects.values('id'):
# for click in Ad.objects.get(id=ad['id']).myClicks.all():
# for view in Ad.objects.get(id=ad['id']).myViews.all():
# if click.ip == view.ip and view.date < click.date:
# selectedView = view
# time2 = click.date - selectedView.date
# sum1 += time2.seconds
# if Ad.objects.get(id=ad['id']).myClicks.count() != 0:
# avg = round(sum1 / Ad.objects.get(id=ad['id']).myClicks.count(), 3)
# else:
# avg = 0
# print('avg seconds:' + str(avg))
# str_avg_time = str(timedelta(s00econds=avg))
# print(str_avg_time)
# # print(groups)
# # print(objs)
# # since groups is an iterator and not a list you have not yet traversed the list
# # print(Click.objects.all().aggregate(avg_diff=Avg(F('date')-F('date'))))
# # q1 = Click.objects.select_related('adID')
# # q2 = View.objects.select_related('adID')
# # print(q1.values('ip','adID__id','date').intersection(q2.values('ip', 'adID__id', 'date')))
# # clicks = Click.objects.all()
# # def date_hour(a,b):
# # e = a.strftime("%H")
# # ee = b.strftime("%H")
# # print(ee-e)
# # for c in clicks:
# # view = View.objects.filter(
# # adID = c.adID,
# # ip = c.ip
# # )
# # date_hour(c.date, view[0].date)
# # s = 0
# # for v in view:
# # s += abs(c.date - v.date)
# # print(s)
# return render(request, 'home.html')
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,075 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0013_view_a.py | # Generated by Django 4.0.dev20210715050039 on 2021-07-15 09:53
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0012_remove_advertiser_clicks_remove_advertiser_views'),
]
operations = [
migrations.AddField(
model_name='view',
name='a',
field=models.IntegerField(default=0),
preserve_default=False,
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,076 | soudabemhashemi/Yektanet | refs/heads/master | /advertiser_mangement/migrations/0003_ad_advertiser_alter_ad_imgurl.py | # Generated by Django 4.0.dev20210712094637 on 2021-07-12 19:37
from django.db import migrations, models
import django.db.models.deletion
class Migration(migrations.Migration):
dependencies = [
('advertiser_mangement', '0002_alter_ad_id_alter_advertiser_id'),
]
operations = [
migrations.AddField(
model_name='ad',
name='advertiser',
field=models.ForeignKey(default=None, on_delete=django.db.models.deletion.CASCADE, to='advertiser_mangement.advertiser'),
),
migrations.AlterField(
model_name='ad',
name='imgUrl',
field=models.ImageField(upload_to=''),
),
]
| {"/advertiser_mangement/admin.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/migrations/0019_alter_ad_imgurl.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/serializers.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tasks.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/tests.py": ["/advertiser_mangement/models.py"], "/advertiser_mangement/views.py": ["/advertiser_mangement/models.py", "/advertiser_mangement/serializers.py"]} |
60,109 | mukund-kri/django-and-ember | refs/heads/master | /ember/urls.py | from django.conf.urls import patterns, include, url
from django.contrib import admin
from rest_framework import routers
admin.autodiscover()
urlpatterns = patterns(
'',
url(r'^$', 'simple.views.index', name='home'),
# url(r'^ember/', include('ember.foo.urls')),
# Add zurb foundation resources
url(r'^foundation/', include('foundation.urls')),
# Browsable API for debugging
url(r'^api-auth/', include('rest_framework.urls', namespace='rest_framework')),
url('^rest/', include('restapi.urls')),
url(r'^admin/', include(admin.site.urls)),
)
| {"/simple/admin.py": ["/simple/models.py"], "/restapi/views.py": ["/simple/models.py"]} |
60,110 | mukund-kri/django-and-ember | refs/heads/master | /simple/models.py | from django.db import models
class Project(models.Model):
name = models.CharField(max_length=256)
def __unicode__(self):
return "<Project %s>" % self.name
class Task(models.Model):
name = models.CharField(max_length=256)
project = models.ForeignKey(Project, related_name='tasks')
def __unicode__(self):
return "<Task %s>" % self.name
| {"/simple/admin.py": ["/simple/models.py"], "/restapi/views.py": ["/simple/models.py"]} |
60,111 | mukund-kri/django-and-ember | refs/heads/master | /restapi/urls.py | from django.conf.urls.defaults import patterns, url, include
from rest_framework import routers
from restapi import views
router = routers.DefaultRouter()
router.register(r'projects', views.ProjectViewSet)
# router.register(r'tasks', TaskViewSet)
urlpatterns = patterns(
'',
url('^', include(router.urls)),
url(r'^projects/(?P<project_pk>\d+)/tasks/$', views.TaskByProjectList.as_view()),
)
| {"/simple/admin.py": ["/simple/models.py"], "/restapi/views.py": ["/simple/models.py"]} |
60,112 | mukund-kri/django-and-ember | refs/heads/master | /simple/admin.py | from django.contrib import admin
from simple.models import Project, Task
class ProjectAdmin(admin.ModelAdmin):
pass
admin.site.register(Project, ProjectAdmin)
class TaskAdmin(admin.ModelAdmin):
pass
admin.site.register(Task, TaskAdmin)
| {"/simple/admin.py": ["/simple/models.py"], "/restapi/views.py": ["/simple/models.py"]} |
60,113 | mukund-kri/django-and-ember | refs/heads/master | /restapi/views.py | from rest_framework import viewsets
from rest_framework import generics
from simple.models import Project, Task
from restapi.serializers import ProjectSerializer, TaskSerializer
class ProjectViewSet(viewsets.ModelViewSet):
queryset = Project.objects.all()
serializer_class = ProjectSerializer
class TaskViewSet(viewsets.ModelViewSet):
queryset = Task.objects.all()
serializer_class = TaskSerializer
class TaskByProjectList(generics.ListCreateAPIView):
model = Task
serializer_class = TaskSerializer
def get_queryset(self):
project_pk = self.kwargs.get('project_pk', None)
if project_pk is not None:
return Task.objects.filter(project__pk=project_pk)
return []
| {"/simple/admin.py": ["/simple/models.py"], "/restapi/views.py": ["/simple/models.py"]} |
60,114 | mukund-kri/django-and-ember | refs/heads/master | /simple/views.py | from django.shortcuts import render_to_response
# Index view that will load all the html/js/css for the single page app
def index(request):
return render_to_response('simple/index.html')
| {"/simple/admin.py": ["/simple/models.py"], "/restapi/views.py": ["/simple/models.py"]} |
60,156 | chrisylb/masterarbeit2 | refs/heads/main | /highway_env/envs/merge_ego.py | import numpy as np
from numpy.core._multiarray_umath import ndarray
#from gym import GoalEnv
from gym.envs.registration import register
from typing import Tuple
from highway_env import utils
from highway_env.envs.common.abstract import AbstractEnv
from highway_env.road.lane import LineType, StraightLane, SineLane
from highway_env.road.road import Road, RoadNetwork
from highway_env.vehicle.controller import ControlledVehicle
from highway_env.vehicle.objects import Obstacle
from highway_env.vehicle.kinematics import Vehicle
from highway_env.vehicle.concontroller import ConcontrolledVehicle
class MergeEgoEnv(AbstractEnv):
COLLISION_REWARD: float = -10
HIGH_SPEED_REWARD: float = 1
@classmethod
def default_config(cls) -> dict:
config = super().default_config()
config.update({
"observation": {
"type": "Kinematics",
"vehicles_count": 4,
"absolute": True,
"features_range": {"x": [-100, 100], "y": [-100, 100], "vx": [-15, 15], "vy": [-15, 15]}
},
"action": {
"type": "ContinuousAction",
"longitudinal": True,
"lateral": False,
"acceleration_range": [-2,2],
"steering_range": [-np.pi / 2, np.pi / 2],
},
"duration": 18,
'simulation_frequency': 20,
'policy_frequency': 4,
'other_vehicles_type': 'highway_env.vehicle.kinematics.Vehicle'
})
return config
def _reward(self, action: np.ndarray):
"""
The vehicle is rewarded for driving with high speed on lanes to the right and avoiding collisions
But an additional altruistic penalty is also suffered if any vehicle on the merging lane has a low speed.
:param action: the action performed
:return: the reward of the state-action transition
"""
if self.vehicle.speed>7 and self.vehicle.speed<15:
high_speed_reward=0.05
else:
high_speed_reward=-0.1
if self.vehicle.position[0]>240:
safe=3
else:
safe=0
reward = self.COLLISION_REWARD * self.vehicle.crashed+self.HIGH_SPEED_REWARD*high_speed_reward+safe
return reward
# return utils.lmap( reward,[-10,1],[0, 1])
# Altruistic penalty
# for vehicle in self.road.vehicles:
# if vehicle.lane_index == ("b", "c", 2) and isinstance(vehicle, ControlledVehicle):
# reward += self.MERGING_SPEED_REWARD * \
# (vehicle.target_speed - vehicle.speed) / vehicle.target_speed
#return utils.lmap(action_reward[action] + reward,
# [self.COLLISION_REWARD + self.MERGING_SPEED_REWARD,
# self.HIGH_SPEED_REWARD + self.RIGHT_LANE_REWARD],
# [0, 1])
def _is_terminal(self) -> bool:
"""The episode is over when a collision occurs or when the access ramp has been passed."""
return self.vehicle.crashed or self.vehicle.position[0] > 250
def _reset(self) -> None:
self._make_road()
self._make_vehicles()
def _make_road(self) -> None:
"""
Make a road composed of a straight highway and a merging lane.
:return: the road
"""
net = RoadNetwork()
# Highway lanes
ends = [150, 80, 20, 80] # Before, converging, merge, after
c, s, n = LineType.CONTINUOUS_LINE, LineType.STRIPED, LineType.NONE
y = [0, StraightLane.DEFAULT_WIDTH]
line_type = [[c, s], [n, c]]
line_type_merge = [[c, s], [n, s]]
amplitude = 3.25
ljk = StraightLane([0, 6.5 + 4 + 4], [ends[0], 6.5 + 4 + 4], line_types=[c, c], forbidden=True)
lke = SineLane(ljk.position(ends[0], -amplitude), ljk.position(sum(ends[:2]), -amplitude),
amplitude, 2 * np.pi / (2*ends[1]), np.pi / 2, line_types=[c, c], forbidden=True)
net.add_lane("j", "k", ljk)
net.add_lane("k", "b", lke)
for i in range(2):
net.add_lane("a", "b", StraightLane([0, y[i]], [sum(ends[:2]), y[i]], line_types=line_type[i]))
net.add_lane("b", "c", StraightLane([sum(ends[:2]), y[i]], [sum(ends[:3]), y[i]], line_types=line_type_merge[i]))
net.add_lane("c", "d", StraightLane([sum(ends[:3]), y[i]], [sum(ends), y[i]], line_types=line_type[i]))
#net.add_lane("e", "c", lbc)
road = Road(network=net, np_random=self.np_random, record_history=self.config["show_trajectories"])
#road.objects.append(Obstacle(road, lbc.position(ends[2], 0)))
self.road = road
def _make_vehicles(self) -> None:
"""
Populate a road with several vehicles on the highway and on the merging lane, as well as an ego-vehicle.
:return: the ego-vehicle
"""
road = self.road
ego_vehicle = self.action_type.vehicle_class(road,
road.network.get_lane(("j", "k", 0)).position(120, 0), speed=8)
road.vehicles.append(ego_vehicle)
try:
ego_vehicle.plan_route_to("c")
except AttributeError:
pass
self.vehicle = ego_vehicle
other_vehicles_type = utils.class_from_path(self.config["other_vehicles_type"])
spead=self.np_random.randn()
road.vehicles.append(other_vehicles_type(road, road.network.get_lane(("a", "b", 1)).position(200, 0), speed=8+spead*10 ))
road.vehicles.append(other_vehicles_type(road, road.network.get_lane(("a", "b", 1)).position(120, 0), speed=8+spead*10 ))
road.vehicles.append(other_vehicles_type(road, road.network.get_lane(("a", "b", 1)).position(160, 0), speed=8+spead*10 ))
#merging_v = other_veh
#road.vehicles.append(merging_v)
register(
id='merge-v2',
entry_point='highway_env.envs:MergeEgoEnv',
)
| {"/highway_env/envs/merge_ego.py": ["/highway_env/vehicle/concontroller.py"]} |
60,157 | chrisylb/masterarbeit2 | refs/heads/main | /highway_env/vehicle/concontroller.py | from typing import List, Tuple, Union
import numpy as np
import copy
from highway_env import utils
from highway_env.road.road import Road, LaneIndex, Route
from highway_env.types import Vector
from highway_env.vehicle.kinematics import Vehicle
class ConcontrolledVehicle(Vehicle):
"""
continue action """
target_speed: float
""" Desired velocity."""
TAU_A = 0.6 # [s]
TAU_DS = 0.2 # [s]
PURSUIT_TAU = 0.5*TAU_DS # [s]
KP_A = 1 / TAU_A
KP_HEADING = 1 / TAU_DS
KP_LATERAL = 1/3 * KP_HEADING # [1/s]
MAX_STEERING_ANGLE = np.pi / 3 # [rad]
DELTA_SPEED = 5 # [m/s]
def __init__(self,
road: Road,
position: Vector,
heading: float = 0,
speed: float = 0,
target_lane_index: LaneIndex = None,
target_speed: float = None,
route: Route = None):
super().__init__(road, position, heading, speed)
self.target_lane_index = target_lane_index or self.lane_index
self.target_speed = target_speed or self.speed
self.route = route
self.action = {'steering': 0, 'acceleration': 0}
@classmethod
def create_from(cls, vehicle: "ControlledVehicle") -> "ControlledVehicle":
"""
Create a new vehicle from an existing one.
The vehicle dynamics and target dynamics are copied, other properties are default.
:param vehicle: a vehicle
:return: a new vehicle at the same dynamical state
"""
v = cls(vehicle.road, vehicle.position, heading=vehicle.heading, speed=vehicle.speed,
target_lane_index=vehicle.target_lane_index, target_speed=vehicle.target_speed,
route=vehicle.route)
return v
def plan_route_to(self, destination: str) -> "ControlledVehicle":
"""
Plan a route to a destination in the road network
:param destination: a node in the road network
"""
try:
path = self.road.network.shortest_path(self.lane_index[1], destination)
except KeyError:
path = []
if path:
self.route = [self.lane_index] + [(path[i], path[i + 1], None) for i in range(len(path) - 1)]
else:
self.route = [self.lane_index]
return self
def act(self, action: Union[dict, str] = None) -> None:
if action:
self.follow_road()
action['steering'] = self.steering_control(self.target_lane_index)
action['steering'] = np.clip(action['steering'], -self.MAX_STEERING_ANGLE, self.MAX_STEERING_ANGLE)
super().act(action)
def follow_road(self) -> None:
"""At the end of a lane, automatically switch to a next one."""
if self.road.network.get_lane(self.target_lane_index).after_end(self.position):
self.target_lane_index = self.road.network.next_lane(self.target_lane_index,
route=self.route,
position=self.position,
np_random=self.road.np_random)
def steering_control(self, target_lane_index: LaneIndex) -> float:
"""
Steer the vehicle to follow the center of an given lane.
1. Lateral position is controlled by a proportional controller yielding a lateral speed command
2. Lateral speed command is converted to a heading reference
3. Heading is controlled by a proportional controller yielding a heading rate command
4. Heading rate command is converted to a steering angle
:param target_lane_index: index of the lane to follow
:return: a steering wheel angle command [rad]
"""
target_lane = self.road.network.get_lane(target_lane_index)
lane_coords = target_lane.local_coordinates(self.position)
lane_next_coords = lane_coords[0] + self.speed * self.PURSUIT_TAU
lane_future_heading = target_lane.heading_at(lane_next_coords)
# Lateral position control
lateral_speed_command = - self.KP_LATERAL * lane_coords[1]
# Lateral speed to heading
heading_command = np.arcsin(np.clip(lateral_speed_command / utils.not_zero(self.speed), -1, 1))
heading_ref = lane_future_heading + np.clip(heading_command, -np.pi/4, np.pi/4)
# Heading control
heading_rate_command = self.KP_HEADING * utils.wrap_to_pi(heading_ref - self.heading)
# Heading rate to steering angle
steering_angle = np.arcsin(np.clip(self.LENGTH / 2 / utils.not_zero(self.speed) * heading_rate_command,
-1, 1))
steering_angle = np.clip(steering_angle, -self.MAX_STEERING_ANGLE, self.MAX_STEERING_ANGLE)
return float(steering_angle)
def speed_control(self, target_speed: float) -> float:
"""
Control the speed of the vehicle.
Using a simple proportional controller.
:param target_speed: the desired speed
:return: an acceleration command [m/s2]
"""
return self.KP_A * (target_speed - self.speed)
def get_routes_at_intersection(self) -> List[Route]:
"""Get the list of routes that can be followed at the next intersection."""
if not self.route:
return []
for index in range(min(len(self.route), 3)):
try:
next_destinations = self.road.network.graph[self.route[index][1]]
except KeyError:
continue
if len(next_destinations) >= 2:
break
else:
return [self.route]
next_destinations_from = list(next_destinations.keys())
routes = [self.route[0:index+1] + [(self.route[index][1], destination, self.route[index][2])]
for destination in next_destinations_from]
return routes
def set_route_at_intersection(self, _to: int) -> None:
"""
Set the road to be followed at the next intersection.
Erase current planned route.
:param _to: index of the road to follow at next intersection, in the road network
"""
routes = self.get_routes_at_intersection()
if routes:
if _to == "random":
_to = self.road.np_random.randint(len(routes))
self.route = routes[_to % len(routes)]
def predict_trajectory_constant_speed(self, times: np.ndarray) -> Tuple[List[np.ndarray], List[float]]:
"""
Predict the future positions of the vehicle along its planned route, under constant speed
:param times: timesteps of prediction
:return: positions, headings
"""
coordinates = self.lane.local_coordinates(self.position)
route = self.route or [self.lane_index]
return tuple(zip(*[self.road.network.position_heading_along_route(route, coordinates[0] + self.speed * t, 0)
for t in times]))
| {"/highway_env/envs/merge_ego.py": ["/highway_env/vehicle/concontroller.py"]} |
60,165 | scanny/githelpers | refs/heads/master | /features/environment.py | # encoding: utf-8
"""Setup and teardown logic for scenarios."""
import os
import tempfile
from zipfile import ZipFile
import py
def before_scenario(context, scenario):
"""Initialize fresh copy of the test repository in temp directory.
Store the test-respository directory in `context.repo_dir`. Also store the current
working directory in `context.original_working_dir` so it can be restored after the
feature is run.
"""
test_repo_dir = py.path.local(tempfile.mkdtemp())
empty_dir = py.path.local(tempfile.mkdtemp())
if "linear-repo" in scenario.tags:
repo_zip = _test_file("linear-repo.zip")
else:
repo_zip = _test_file("test-repo.zip")
zip_file = ZipFile(repo_zip)
zip_file.extractall(str(test_repo_dir))
context.original_working_dir = test_repo_dir.chdir()
context.repo_dir, context.empty_dir = test_repo_dir, empty_dir
def after_scenario(context, scenario):
"""Restore original working directory and remove test-repo temp-directory."""
context.original_working_dir.chdir()
context.repo_dir.remove(rec=1)
context.empty_dir.remove(rec=1)
def _test_file(filename):
"""Return str absolute path to *filename* in acceptance test_files directory."""
thisdir = os.path.split(__file__)[0]
return os.path.abspath(os.path.join(thisdir, "steps", "test_files", filename))
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,166 | scanny/githelpers | refs/heads/master | /features/steps/repo.py | # encoding: utf-8
"""Acceptance test step implementations related to repository."""
from __future__ import absolute_import, division, print_function, unicode_literals
from behave import given, then, when
import githelpers.scripts.fix as fix
import githelpers.scripts.next as next
import githelpers.scripts.prev as prev
import githelpers.scripts.drop as drop
from githelpers.gitlib import (
checkout,
current_branch_name,
head,
is_reachable,
reset_hard_to,
)
# given ===================================================
@given("rev {abbrev} is reachable")
def given_rev_abbrev_is_reachable(context, abbrev):
assert is_reachable(abbrev)
@given("the current branch is '{branch_name}'")
def given_the_current_branch_is_branch_name(context, branch_name):
if current_branch_name() != branch_name:
checkout(branch_name)
@given("the current commit is {sha1}")
def given_the_current_commit_is_sha1(context, sha1):
reset_hard_to(sha1)
@given("the working directory is a Git repo")
def given_the_cwd_is_a_Git_repository(context):
context.repo_dir.chdir()
@given("the working directory is not in a Git repository")
def given_the_cwd_is_not_in_a_Git_repository(context):
context.empty_dir.chdir()
@given("the working tree is not clean")
def given_the_working_tree_is_not_clean(context):
with open("barbaz.txt", "w") as f:
f.write("barbazzle\n")
# when ====================================================
@when("I issue the command `fix {commit_ish}`")
def when_I_issue_the_command_fix_commit_ish(context, commit_ish):
rc = fix.main(["behave-fix", commit_ish])
context.return_code = rc
@when("I issue the command `next`")
def when_I_issue_the_command_next(context):
context.return_code = next.main()
@when("I issue the command `prev`")
def when_I_issue_the_command_prev(context):
context.return_code = prev.main()
@when("I issue the command `drop {abbrev}`")
def when_I_issue_the_command_drop_abbrev(context, abbrev):
rc = drop.main(["behave-drop", abbrev])
context.return_code = rc
# then ====================================================
@then("HEAD is {abbrev_hash}")
def then_HEAD_is_abbrev_hash(context, abbrev_hash):
assert head().startswith(abbrev_hash)
@then("rev {abbrev} is not reachable")
def then_rev_abbrev_is_not_reachable(context, abbrev):
assert not is_reachable(abbrev)
@then("the current branch is '{branch_name}'")
def then_the_current_branch_is_branch_name(context, branch_name):
branch = current_branch_name()
assert branch == branch_name, "got '%s'" % branch
@then("the return code is {return_code}")
def then_the_return_code_is_return_code(context, return_code):
rc = context.return_code
assert rc == int(return_code), "got %d" % rc
@then("stderr output starts with '{prefix}'")
def then_stderr_output_starts_with_prefix(context, prefix):
err = context.stderr_capture.getvalue()
assert err.startswith(prefix), "got:\n'%s'" % err
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,167 | scanny/githelpers | refs/heads/master | /githelpers/gitlib.py | # encoding: utf-8
"""Git helper functions, each roughly equivalent to a form of a git command."""
from .runcmd import output_of, return_code_of
def branch_exists(branch_name: str):
"""Return |True| when `branch_name` exists in the current repository."""
cmd = ["git", "show-ref", "--verify", "refs/heads/%s" % branch_name]
return return_code_of(cmd) == 0
def branch_hash(branch_name: str):
"""Return 40-char str SHA1 hash of commit pointed to by `branch_name`."""
return output_of(["git", "rev-parse", branch_name]).strip()
def branch_hashes():
"""Return list of str SHA1 hash for each of local branch in this repository."""
out = output_of(["git", "show-ref", "--heads", "--hash"])
return [line for line in out.splitlines()]
def branch_names():
"""Return list of str name of each local branch in this repository."""
out = output_of(["git", "for-each-ref", "--format=%(refname)", "refs/heads"])
return [line[11:] for line in out.splitlines()]
def branches_containing(commitish: str):
"""Return list of name of each local branch from which `commitish` is reachable."""
rev = full_hash_of(commitish)
return [name for name in branch_names() if rev in rev_list(name)]
def checkout(branch_name: str):
"""Checkout branch having `branch_name`.
Returns whatever output is send to stdout. Raises |RunCmdError| if checkout is
unsuccessful.
"""
return output_of(["git", "checkout", branch_name])
def children_of_head():
"""Return list of str SHA1 hash for each child commit of HEAD."""
out = output_of(["git", "rev-list", "--all", "--children"])
head_sha1 = head()
for line in out.splitlines():
if line.startswith(head_sha1):
return line.split()[1:]
raise Exception("HEAD not found in rev-list output")
def create_branch_at(branch_name: str, commit_ref: str):
"""Create branch `branch_name` at `commit_ref`.
Does not checkout the new branch. Returns stdout output, but this command is
normally silent.
"""
return output_of(["git", "branch", branch_name, commit_ref])
def current_branch_name():
"""Return str current branch name, or 'HEAD' if in detached head state."""
return output_of(["git", "rev-parse", "--abbrev-ref", "HEAD"]).strip()
def delete_branch(branch_name: str):
"""Delete the reference refs/heads/{`branch_name`}."""
if branch_name == current_branch_name():
raise ValueError("Cannot delete current branch '%s'" % branch_name)
return output_of(["git", "branch", "-D", branch_name])
def full_hash_of(commit_ish: str):
"""Return str full 40-character SHA1 hash of commit identified by `commit_ish`.
Raises |RunCmdError| if `commit_ish` does not correspond to a revision in the
repository.
"""
return output_of(["git", "rev-parse", commit_ish]).strip()
def head():
"""Return str SHA1 hash of the commit pointed to by 'HEAD'."""
return output_of(["git", "rev-parse", "HEAD"]).strip()
def head_is_independent():
"""Return |True| if the current branch pointer is only reference to its commit.
In this situation, that commit would become unreachable if the current branch
pointer was moved "downward" to the parent commit. |False| otherwise.
"""
return head() in independent_branch_hashes()
def independent_branch_hashes():
"""Return list of str SHA1 hash for each independent local branch.
An independent branch is one that cannot be reached from another branch.
Conceptually, an independent branch is a commit graph "tip" that has only one branch
reference.
"""
out = output_of(["git", "show-branch", "--independent"] + branch_hashes())
return [line for line in out.splitlines()]
def is_clean():
"""Return |True| when current working directory has no uncommitted changes."""
out = output_of(["git", "status", "--porcelain"])
return out == ""
def is_commit(commit_ref: str):
"""Return |True| when `commit_ref` "points" to a commit in this repository."""
ref = "%s^{commit}" % commit_ref
cmd = ["git", "rev-parse", "-q", "--verify", "%s" % ref]
return return_code_of(cmd) == 0
def is_git_repo():
"""Return |True| when the current working directory is in a git repository."""
cmd = ["git", "rev-parse", "--git-dir"]
return return_code_of(cmd) == 0
def is_reachable(commitish: str):
"""Return |True| when `commitish` is reachable from at least one branch."""
return full_hash_of(commitish) in reachable_revs()
def parent_revs_of(commitish: str):
"""Return list of str SHA1 hash of each parent commit of `commitish`."""
rev = full_hash_of(commitish)
parents_spec = "%s^@" % rev
return output_of(["git", "rev-parse", parents_spec]).split()
def reachable_revs():
"""Return list of str SHA1 hash of each commit reachable from a reference.
All references in the repository are included, including local, remote, and tag
refs.
"""
return output_of(["git", "rev-list", "--all"]).split()
def rebase_onto(newbase: str, old_base: str, branch_name: str):
"""Rebase `branch_name` onto `newbase` exclusive of the commit at `old_base`."""
return output_of(
["git", "rebase", "--onto", newbase, old_base, branch_name]
).rstrip()
def reset_hard_to(commit_ref: str):
"""Move current branch to `commit_ref`. Note this is potentially destructive."""
return output_of(["git", "reset", "--hard", commit_ref])
def rev_list(commitish: str):
"""Return list of str SHA1 hash of each commit reachable from `commitish`."""
return output_of(["git", "rev-list", commitish]).split()
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,168 | scanny/githelpers | refs/heads/master | /githelpers/scripts/drop.py | # encoding: utf-8
"""Remove a commit from its branch.
Exits with an error message if the commit is reachable from more than one local branch
or has other than one parent commit.
"""
import sys
from typing import List, Optional
from .exceptions import ExecutionError
from ..gitlib import (
branches_containing,
checkout,
current_branch_name,
full_hash_of,
is_clean,
is_git_repo,
is_reachable,
parent_revs_of,
rebase_onto,
)
from ..runcmd import RunCmdError
def main(argv: Optional[List[str]] = None):
"""Entry point for 'drop' script."""
args = sys.argv[1:] if argv is None else argv[1:]
if len(args) != 1:
print("usage: drop <commit>")
return 1
commitish = args[0]
try:
_drop(commitish)
except ExecutionError as e:
print(e.message, file=sys.stderr)
return e.return_code
return 0
def _drop(commitish_to_drop: str):
"""Remove `commitish_to_drop` from its branch.
Exits with an error message if `commitish_to_drop` is reachable from more than one
branch or has other than exactly one parent.
"""
_exit_if_not_valid_in_context(commitish_to_drop)
rev_to_drop = _resolve_rev(commitish_to_drop)
orig_branch = current_branch_name()
commit_branch = _only_branch_containing(commitish_to_drop)
newbase = _single_parent_of(commitish_to_drop)
print(rebase_onto(newbase, rev_to_drop, commit_branch))
if current_branch_name() != orig_branch and orig_branch != "HEAD":
checkout(orig_branch)
def _exit_if_not_valid_in_context(commitish: str):
"""Exit with error message when current state does not permit drop.
These conditions are:
* the current working directory is not in a Git repository
* the working directory is dirty
* the current branch is independent
"""
if not is_git_repo():
raise ExecutionError("Not in a Git repository.\nAborting.", 2)
# --- raise if `commitish` is not a revision in repo ---
_resolve_rev(commitish)
if not is_clean():
raise ExecutionError("Workspace contains uncommitted changes.\nAborting.\a", 3)
def _only_branch_containing(commitish: str):
"""Return the name of the branch containing `commitish`.
Exit with an error message if `commitish` can be reached from other than exactly one
branch.
"""
branch_names = branches_containing(commitish)
branch_count = len(branch_names)
if branch_count > 1:
raise ExecutionError(
"Commit %s reachable from more than one branch.\n" "Aborting." % commitish,
5,
)
return branch_names[0]
def _resolve_rev(commitish: str):
"""Return the 40 character SHA1 hash for `committish`.
Exit with an error message if `commitish` does not resolve to a reachable commit in
the repository.
"""
try:
rev = full_hash_of(commitish)
except RunCmdError:
raise ExecutionError("Unknown revision %s.\a" % commitish, 4)
if not is_reachable(rev):
raise ExecutionError(
"%s is not a reachable commit.\nAborting.\a" % commitish, 4
)
return rev
def _single_parent_of(commitish: str):
"""Return the SHA1 hash of the single parent of `commitish`.
Exit with an error message if there is other than a single parent.
"""
parent_revs = parent_revs_of(commitish)
parent_rev_count = len(parent_revs)
if parent_rev_count == 0:
raise ExecutionError("Commit %s has no parent.\nAborting.\a" % commitish, 6)
if parent_rev_count > 1:
raise ExecutionError(
"Commit %s has more than one parent.\nAborting." % commitish, 7
)
return parent_revs[0]
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,169 | scanny/githelpers | refs/heads/master | /githelpers/scripts/lawg.py | #!/usr/bin/env python
"""Print a nicely colored git log, one commit per line.
Example:
* 0561b64 (4 days) build: update travis-ci passing icon (HEAD, master)
* 1786f2f (4 days) release: prepare v0.5.7 release (tag: v0.5.7)
* a767f78 (4 days) docs: add new placeholder features to API docs
The log format uses an ASCII x1f (unit-separator) character ' ' between each field to
ease parsing it into the required tokens. A ' ' in the commit subject or other field
will break this (but I've never seen it happen).
"""
from __future__ import print_function
import errno
import re
import subprocess
import sys
from typing import Iterable, Tuple
from typing_extensions import Protocol
RED = "\033[31m"
RED_BOLD = "\033[0;31;1m"
GREEN = "\033[32m"
YELLOW = "\033[33m"
BLUE = "\033[34m"
CYAN = "\033[36m"
WHITE = "\033[37m"
RESET = "\033[0m"
REFS_COLOR = BLUE
SHA1_COLOR = YELLOW
CLASSIFIER_COLOR = CYAN
TIME_COLOR = GREEN
def main():
# --- Send log lines to stdout one at a time, exiting on broken pipe, such as might
# --- happen when user quits `git-lawg | less` before all input is read.
try:
for line in str(_LogLines.load()).splitlines():
print(line)
except IOError as e:
if e.errno != errno.EPIPE:
raise
sys.stderr.close()
class _Line(Protocol):
"""Interface a line object must implement."""
def pretty(self, max_graf: int, max_sha1: int, max_time: int) -> str:
"""Return this line formatted and colored, ready for display on the console."""
...
@property
def widths(self) -> Tuple[int, int, int]:
"""The (graf_width, sha1_width, time_width) 3-tuple for this line."""
...
class _LogLines:
"""Collection of `_Line` object for each line in the git log."""
def __init__(self, lines: Iterable[_Line]):
self._lines = tuple(lines)
def __str__(self):
"""The formatted and ANSI-colored git log as a text string.
Suitable for dumping to the console. Used as the main text output method.
"""
max_graf, max_sha1, max_time = self._max_widths
return "\n".join(
[line.pretty(max_graf, max_sha1, max_time) for line in self._lines]
)
@classmethod
def load(cls) -> "_LogLines":
"""Return `_LogLines` object filled with the results of the git log requested.
Command-line parameters are passed through to the git log command.
"""
HASH, TIME, SUBJ, REFS = "%h", "%ar", "%s", "%d"
fmt = "\x1f%s\x1f%s\x1f%s\x1f%s" % (HASH, TIME, SUBJ, REFS)
cmd = ["git", "log", "--graph", "--pretty=tformat:%s" % fmt] + sys.argv[1:]
proc = subprocess.Popen(cmd, stdout=subprocess.PIPE, universal_newlines=True)
assert proc.stdout is not None
return cls(_BaseLine.from_text(line) for line in proc.stdout.readlines())
@property
def _max_widths(self) -> Tuple[int, int, int]:
"""A (max_graf_width, max_sha1_width, max_time_width) 3-tuple.
Contains the maximum string length of the graf, sha1, and time fields,
respectively, across all the lines in this list. This is used to present these
values in even columns.
"""
graf_widths, sha1_widths, time_widths = zip(
*[line.widths for line in self._lines]
)
return (max(graf_widths), max(sha1_widths), max(time_widths))
class _BaseLine:
"""A "line" represents a single output line of the git-lawg output.
Example:
* 24b6388b0a (17 hours) code refactoring (spike)
* 95fc8bd5eb (3 days) Merge branch 'feature' into master
|\
* | c9ea41de79 (3 days) bug fix
* | fb61bb6050 (3 days) template fix
Note that some lines contain only the graphical ancestry-line characters. This gives
rise to the need for two subtypes.
"""
_graf: str
ansi_regex = re.compile(r"\033\[[0-9;]*m")
months_regex = re.compile(r", [0-9]+ months?")
@classmethod
def from_text(cls, line: str) -> _Line:
"""Factory method.
Return a `_Line` object initialized from the raw log line text in *line*.
"""
tokens = cls._condition_line(line).split("\x1f")
# -- a full line has five tokens --
if len(tokens) > 1:
graf, sha1, time, subj, refs = tokens
return _FullLine(graf, sha1, time, subj, refs)
# -- a "graf-only" line has only one --
graf = tokens[0]
return _GrafOnlyLine(graf)
@classmethod
def _condition_line(cls, line: str) -> str:
"""Return str `line` after removing extraneous information.
Undesired information includes ' ago' and the ', {n} months' substring in the
relative time for commits over a year old.
"""
# --- delimiter \x1b is whitespace in Python 3, so be specific what to strip ---
line = line.rstrip(" \n")
# --- Replace (2 years ago) with (2 years) ---
line = line.replace(" ago", "")
# --- Replace (2 years, 5 months) with (2 years) ---
line = cls.months_regex.sub("", line)
return line
@property
def _graf_len(self):
"""The length of the graf string after stripping any ANSI color codes."""
ansi_stripped_graf = self.ansi_regex.sub("", self._graf)
return len(ansi_stripped_graf)
class _FullLine(_BaseLine):
""" A single git log line, broken into five tokens:
* *graf* - the graphical ancestry line characters
* *sha1* - the commit SHA1 hash
* *time* - the relative time since the commit, e.g. '2 days'
* *subj* - the commit message, subject line only
* *refs* - the REFS string if present, e.g. '(HEAD, master)'
Handles all the ANSI coloring and line formatting.
"""
def __init__(self, graf: str, sha1: str, time: str, subj: str, refs: str):
self._graf = graf
self._sha1 = sha1
self._time = time
self._subj = subj
self._refs = refs
def pretty(self, max_graf: int, max_sha1: int, max_time: int) -> str:
"""Return this line formatted and colored, ready for display on the console."""
sha1_pad = " " * (max_graf + max_sha1 - self._graf_len - len(self._sha1))
time_pad = " " * (max_time - len(self._time))
return (
f"{self._graf}{self.sha1}{sha1_pad}"
f" {self.time}{time_pad}"
f" {self.subj}{self.refs}"
)
@property
def refs(self) -> str:
"""The colored and formatted refs string.
Prefixed with padding here to avoid trailing whitespace in commits that have no
refs.
"""
refs = self._refs
if not refs:
return ""
return " %s%s%s" % (REFS_COLOR, refs, RESET)
@property
def sha1(self) -> str:
"""The colored and formatted SHA1 hash string."""
return "%s%s%s" % (SHA1_COLOR, self._sha1, RESET)
@property
def subj(self) -> str:
"""The colored and formatted commit message string.
If the message is prefixed with a single-word classifier followed by a colon,
that classifier gets a distinct color.
"""
subj = self._subj[:50]
words = subj.split()
if not words or not words[0].endswith(":"):
return subj
classifier = words[0]
remainder = subj[len(classifier) :]
return f"{CLASSIFIER_COLOR}{classifier}{RESET}{remainder}"
@property
def time(self):
"""The colored and formatted relative time string, surrounded by parentheses."""
return "%s(%s)%s" % (TIME_COLOR, self._time, RESET)
@property
def widths(self) -> Tuple[int, int, int]:
"""The (graf_width, sha1_width, time_width) 3-tuple for this line.
It contains the string length of the graf, sha1, and time fields for this line,
respectively. The graf string length is calculated after the ANSI color codes
are stripped from it. These three fields figure in the padding added to fields
to get them to line up in neat columns on the console.
"""
return self._graf_len, len(self._sha1), len(self._time)
class _GrafOnlyLine(_BaseLine):
"""A line that contains only the graphical ancestry-line characters."""
def __init__(self, graf: str):
self._graf = graf
def pretty(self, max_graf: int, max_sha1: int, max_time: int) -> str:
"""Return this line formatted and colored, ready for display on the console."""
# -- the max-width arguments are unused for a graf-only line --
del max_graf
del max_sha1
del max_time
return self._graf
@property
def widths(self) -> Tuple[int, int, int]:
"""The (graf_width, sha1_width, time_width) 3-tuple for this line."""
return self._graf_len, 0, 0
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,170 | scanny/githelpers | refs/heads/master | /githelpers/scripts/next.py | # encoding: utf-8
"""Move the current branch (upward) to its immediate child.
Exits with an error message if there is not exactly one direct child or if changes in
the working directory would be lost.
"""
from __future__ import print_function
import sys
from .exceptions import ExecutionError
from ..gitlib import children_of_head, is_clean, is_git_repo, reset_hard_to
def main():
"""Entry point for 'next' script."""
try:
_next()
except ExecutionError as e:
print(e.message, file=sys.stderr)
return e.return_code
return 0
def _child():
"""Return the SHA1 hash of the single child commit of HEAD.
Exit with return code 4 if there is no child commit (HEAD is at the "tip" of a
branch). Exit with return code 5 if HEAD has more than one child commit.
"""
child_sha1s = children_of_head()
if len(child_sha1s) == 0:
raise ExecutionError("No next commit.\a", 4)
if len(child_sha1s) > 1:
raise ExecutionError("More than one child.\nAborting.\a", 5)
return child_sha1s[0]
def _exit_if_not_valid_in_context():
"""Exit with return-code if `next` is not valid in current repo context.
Exit with return-code 2 if the current working directory is not in a Git
repository or return-code 3 if the working directory is dirty. Otherwise,
return None.
"""
if not is_git_repo():
raise ExecutionError("Not in a Git repository.\nAborting.", 2)
if not is_clean():
raise ExecutionError("Workspace contains uncommitted changes.\nAborting.", 3)
def _next():
"""Move the current branch (upward) to its immediate child.
Exits with an error message if there is not exactly one direct child or if changes
in the working directory would be lost.
"""
_exit_if_not_valid_in_context()
print(reset_hard_to(_child()), end="")
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,171 | scanny/githelpers | refs/heads/master | /setup.py | #!/usr/bin/env python
# encoding: utf-8
import codecs
import os
import re
from setuptools import setup
MAIN_PKG = "githelpers"
def _read_from_file(relpath):
"""Return the text contained in the file at *relpath* as unicode."""
thisdir = os.path.dirname(__file__)
path = os.path.join(thisdir, relpath)
with codecs.open(path, encoding="utf8") as f:
text = f.read()
return text
NAME = "githelpers"
DESCRIPTION = "Provides Git helper scripts such as `next`, `prev`, and `fix`."
KEYWORDS = "git"
AUTHOR = "Steve Canny"
AUTHOR_EMAIL = "stcanny@gmail.com"
URL = "https://github.com/scanny"
PACKAGES = [MAIN_PKG, "githelpers.scripts"]
ENTRY_POINTS = {
"console_scripts": [
"drop = githelpers.scripts.drop:main",
"fix = githelpers.scripts.fix:main",
"git-lawg = githelpers.scripts.lawg:main",
"next = githelpers.scripts.next:main",
"prev = githelpers.scripts.prev:main",
]
}
# ---------------------------------------------------------------------------
# Everything below is calculated and shouldn't normally need editing
# ---------------------------------------------------------------------------
# read version from main package __init__.py
init_py = _read_from_file(os.path.join(MAIN_PKG, "__init__.py"))
VERSION = re.search('__version__ = "([^"]+)"', init_py).group(1)
params = {
"author": AUTHOR,
"author_email": AUTHOR_EMAIL,
"description": DESCRIPTION,
"entry_points": ENTRY_POINTS,
"keywords": KEYWORDS,
"name": NAME,
"packages": PACKAGES,
"url": URL,
"version": VERSION,
}
setup(**params)
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,172 | scanny/githelpers | refs/heads/master | /tests/test_gitlib.py | # encoding: utf-8
"""Unit test suite for the githelpers module."""
from zipfile import ZipFile
import py
import pytest
from githelpers.gitlib import (
branch_exists,
branch_hash,
branch_hashes,
branch_names,
branches_containing,
checkout,
children_of_head,
create_branch_at,
current_branch_name,
delete_branch,
head,
head_is_independent,
independent_branch_hashes,
is_clean,
is_commit,
is_git_repo,
parent_revs_of,
reset_hard_to,
)
TEST_REPO_ZIP = str(py.path.local(__file__).dirpath("test-repo.zip"))
class Describe_branch_exists(object):
def it_is_True_for_existing_branch(self, readonly_test_repo):
assert branch_exists("master") is True
def it_is_False_for_nonexistent_branch(self, readonly_test_repo):
assert branch_exists("fzxyed") is False
class Describe_branch_hashes(object):
def it_returns_a_hash_for_each_branch(self, call_fixture):
expected_value = call_fixture
hashes = branch_hashes()
assert hashes == expected_value
# fixtures -------------------------------------------------------
@pytest.fixture
def call_fixture(self, readonly_test_repo):
return [
"27caec118c2fa2a11b481a02e68a214a64cb3e87",
"0eafe04e11a41374a1bd11f2eb1776d9d44febb1",
"53a12abad9779cd3c4b02b83df01af9c01ed28b4",
"2294d9797588a8a0f6aa95ef488cf872b36f2131",
]
class Describe_branch_names(object):
def it_returns_all_the_local_branch_names(self, readonly_test_repo):
assert branch_names() == ["feature/foobar", "fixit", "master", "spike"]
class Describe_branches_containing(object):
def it_returns_branch_names_containing_commitish(self, call_fixture):
commitish, expected_value = call_fixture
branch_names = branches_containing(commitish)
assert branch_names == expected_value
# fixtures -------------------------------------------------------
@pytest.fixture(
params=[
("2294d97", ["spike"]),
("27caec1", ["feature/foobar", "master"]),
("99ec480", ["feature/foobar", "master", "spike"]),
("0eafe04", ["feature/foobar", "fixit", "master", "spike"]),
]
)
def call_fixture(self, request, readonly_test_repo):
commitish, branch_names = request.param
return commitish, branch_names
class Describe_checkout(object):
def it_checks_out_a_branch(self, new_test_repo):
bazfoo = new_test_repo.join("bazfoo.txt")
assert not bazfoo.check()
checkout("master")
assert bazfoo.check()
assert current_branch_name() == "master"
class Describe_children_of_head(object):
def it_returns_the_child_commit_hashes(self, call_fixture):
expected_value = call_fixture
hashes = children_of_head()
assert hashes == expected_value
# fixtures -------------------------------------------------------
@pytest.fixture(
params=[
("spike", []),
("fixit", ["6604de21f566378d994a517018a909c078a055bc"]),
(
"99ec480",
[
"27caec118c2fa2a11b481a02e68a214a64cb3e87",
"2294d9797588a8a0f6aa95ef488cf872b36f2131",
],
),
]
)
def call_fixture(self, request, new_test_repo):
commit_ish, hashes = request.param
checkout(commit_ish)
return hashes
class Describe_create_branch_at(object):
def it_creates_a_new_branch_at_commit_ref(self, new_test_repo):
assert not branch_exists("foobar")
create_branch_at("foobar", "2294d979")
assert branch_exists("foobar")
assert branch_hash("foobar").startswith("2294d979")
assert current_branch_name() != "foobar"
class Describe_current_branch_name(object):
def it_is_spike_for_test_repo(self, readonly_test_repo):
assert current_branch_name() == "spike"
class Describe_delete_branch(object):
def it_removes_a_branch(self, new_test_repo):
assert branch_exists("feature/foobar")
delete_branch("feature/foobar")
assert not branch_exists("feature/foobar")
def it_raises_on_delete_current_branch(self, new_test_repo):
with pytest.raises(ValueError):
delete_branch("spike")
class Describe_head_is_independent(object):
def it_knows_whether_current_branch_is_independent(self, call_fixture):
expected_value = call_fixture
assert head_is_independent() == expected_value
# fixtures -------------------------------------------------------
@pytest.fixture(
params=[
("spike", True),
("master", True),
("feature/foobar", False),
("fixit", False),
]
)
def call_fixture(self, request, new_test_repo):
branch_name, expected_value = request.param
checkout(branch_name)
return expected_value
class Describe_independent_branch_hashes(object):
def it_returns_a_hash_for_each_independent_branch(self, call_fixture):
expected_value = call_fixture
hashes = independent_branch_hashes()
assert hashes == expected_value
# fixtures -------------------------------------------------------
@pytest.fixture
def call_fixture(self, readonly_test_repo):
return [
"53a12abad9779cd3c4b02b83df01af9c01ed28b4",
"2294d9797588a8a0f6aa95ef488cf872b36f2131",
]
class Describe_is_clean(object):
def it_returns_True_in_clean_repo(self, clean_repo_fixture):
assert is_clean() is True
def it_returns_False_in_dirty_repo(self, dirty_repo_fixture):
assert is_clean() is False
# fixtures -------------------------------------------------------
@pytest.fixture
def clean_repo_fixture(self, request, readonly_test_repo):
pass
@pytest.fixture
def dirty_repo_fixture(self, request, new_test_repo):
new_test_repo.join("newfile.txt").write("0x984rt\n")
class Describe_is_commit(object):
def it_is_True_for_commit(self, valid_sha1_fixture):
sha1 = valid_sha1_fixture
assert is_commit(sha1) is True
def it_is_False_for_nonexistent_sha1(self, bad_hash_fixture):
sha1 = bad_hash_fixture
assert is_commit(sha1) is False
# fixtures -------------------------------------------------------
@pytest.fixture
def valid_sha1_fixture(self, request, readonly_test_repo):
return "6604de21f566378d994a517018a909c078a055bc"
@pytest.fixture
def bad_hash_fixture(self, request, readonly_test_repo):
return "f00ba59999999999999999999999999999999999"
class Describe_is_git_repo(object):
def it_returns_True_in_git_repo(self, inside_repo_fixture):
assert is_git_repo() is True
def it_returns_False_outside_git_repo(self, outside_repo_fixture):
assert is_git_repo() is False
# fixtures -------------------------------------------------------
@pytest.fixture
def inside_repo_fixture(self, request, readonly_test_repo):
return
@pytest.fixture
def outside_repo_fixture(self, request, tmpdir):
non_repo_dir = tmpdir.mkdir("not-a-git-repo")
cwd = non_repo_dir.chdir()
request.addfinalizer(lambda: cwd.chdir())
class Describe_parent_revs_of(object):
def it_returns_a_hash_for_each_parent_commit(self, call_fixture):
commitish, expected_value = call_fixture
revs = parent_revs_of(commitish)
assert revs == expected_value
# fixtures -------------------------------------------------------
@pytest.fixture(
params=[
("spike", ["99ec48014b47dc9f9cfe6fd325b281dbaed12d3f"]),
("fixit", []),
("master", ["27caec118c2fa2a11b481a02e68a214a64cb3e87"]),
("HEAD", ["99ec48014b47dc9f9cfe6fd325b281dbaed12d3f"]),
]
)
def call_fixture(self, request, new_test_repo):
commitish, revs = request.param
return commitish, revs
class Describe_reset_hard_to(object):
def it_resets_the_commit_and_working_tree(self, new_test_repo):
barbaz = new_test_repo.join("barbaz.txt")
assert barbaz.check()
reset_hard_to("fixit")
assert not barbaz.check()
assert head() == "0eafe04e11a41374a1bd11f2eb1776d9d44febb1"
# shared fixtures ----------------------------------------------------
@pytest.fixture(scope="module")
def module_test_repo(request, tmpdir_factory):
"""Extract the test repo into a temporary directory having module scope."""
test_repo_dir = tmpdir_factory.mktemp("test-repo")
ZipFile(TEST_REPO_ZIP).extractall(str(test_repo_dir))
return test_repo_dir
@pytest.fixture
def readonly_test_repo(request, module_test_repo):
"""
Change the current working directory to the module scope test repo,
restoring the original working directory after the test.
"""
cwd = module_test_repo.chdir()
request.addfinalizer(lambda: cwd.chdir())
@pytest.fixture
def new_test_repo(request, tmpdir):
"""
Extract the test repo into a temporary directory, making that temp
directory the current working directory. Restore the original current
working directory after request.
"""
test_repo_dir = tmpdir.mkdir("test-repo")
zip_file = ZipFile(TEST_REPO_ZIP)
zip_file.extractall(str(test_repo_dir))
cwd = test_repo_dir.chdir()
request.addfinalizer(lambda: cwd.chdir())
return test_repo_dir
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,173 | scanny/githelpers | refs/heads/master | /githelpers/scripts/prev.py | # encoding: utf-8
"""Move the current branch (downward) to its parent commit.
Exits with an error message if changes in the working directory would be lost or if the
current commit would no longer be reachable.
"""
from __future__ import print_function
import sys
from .exceptions import ExecutionError
from ..gitlib import (
head_is_independent,
is_clean,
is_git_repo,
parent_revs_of,
reset_hard_to,
)
def main():
"""Entry point for 'prev' script."""
try:
_prev()
except ExecutionError as e:
print(e.message, file=sys.stderr)
return e.return_code
return 0
def _exit_if_not_valid_in_context():
"""Exit with error message when `prev` is not valid in current repo context.
Exit with error-message if the current working directory is not in a Git repository,
the working directory is dirty, or the current branch is independent. Otherwise,
return |None|.
"""
if not is_git_repo():
raise ExecutionError("Not in a Git repository.\nAborting.", 2)
if not is_clean():
raise ExecutionError("Workspace contains uncommitted changes.\nAborting.\a", 3)
if head_is_independent():
raise ExecutionError("Current commit would become unreachable\nAborting.\a", 4)
def _parent():
"""Return the SHA1 hash of the first parent commit of HEAD.
Exit with an error message if there is no parent commit (i.e. HEAD is an initial
commit).
"""
parents = parent_revs_of("HEAD")
if not parents:
raise ExecutionError("No parent commit.\nAborting.\a", 5)
return parents[0]
def _prev():
"""Move the current branch (downward) to its parent commit.
Exits with an error message if changes in the working directory would be lost or if
the current commit would no longer be reachable.
"""
_exit_if_not_valid_in_context()
print(reset_hard_to(_parent()), end="")
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,174 | scanny/githelpers | refs/heads/master | /githelpers/scripts/exceptions.py | # encoding: utf-8
"""Exceptions for scripts."""
class ExecutionError(Exception):
"""Execption for returning non-zero error codes directly to main()."""
def __init__(self, message, return_code=1):
self._message = message
self._return_code = return_code
def __str__(self):
return self._message
@property
def message(self):
return self._message
@property
def return_code(self):
return self._return_code
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,175 | scanny/githelpers | refs/heads/master | /githelpers/scripts/fix.py | # encoding: utf-8
"""Move 'fixit' branch to the commit identified by sys.argv[1].
Exits with an error message if the current working directory is not in a Git repository,
the working tree is dirty, or *commit_ref* does not identify a commit in the repository.
"""
import sys
from .exceptions import ExecutionError
from ..gitlib import (
branch_exists,
checkout,
create_branch_at,
current_branch_name,
is_clean,
is_commit,
is_git_repo,
reset_hard_to,
)
def main(argv=None):
"""Entry point for 'fix' script."""
commit_ish = sys.argv[1] if argv is None else argv[1]
try:
_fix(commit_ish)
except ExecutionError as e:
print(e.message, file=sys.stderr)
return e.return_code
return 0
def _checkout_branch_and_reset_to(branch_name, commit_ref):
"""Check out *branch_name* and reset it hard to *commit_ref*.
Create the branch at HEAD it doesn't exist.
"""
if not branch_exists(branch_name):
create_branch_at(branch_name, "HEAD")
if current_branch_name() != branch_name:
print(checkout(branch_name), end="")
print(reset_hard_to(commit_ref), end="")
def _exit_if_not_valid(commit_ref):
"""Exit with error message if *commit_ref* does not identify commit in this repo.
Otherwise, return None.
"""
if not is_commit(commit_ref):
raise ExecutionError(
"%s is not a valid commit reference.\nAborting." % commit_ref, 4
)
def _exit_if_not_valid_in_context():
"""Return None or exit with error message if `fix` is not valid in current context.
These contexts are:
* the current working directory is not in a Git repository or
* the working directory is dirty
"""
if not is_git_repo():
raise ExecutionError("Not in a Git repository.\nAborting.", 2)
if not is_clean():
raise ExecutionError("Workspace contains uncommitted changes.\nAborting.", 3)
def _fix(commit_ref):
"""Move 'fixit' branch to the commit identified by *commit_ref*.
Exits with an error message if the current working directory is not in a Git
repository or if *commit_ref* does not identify a commit in the repository.
"""
_exit_if_not_valid_in_context()
_exit_if_not_valid(commit_ref)
_checkout_branch_and_reset_to("fixit", commit_ref)
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,176 | scanny/githelpers | refs/heads/master | /githelpers/__init__.py | __version__ = "0.0.2" # pragma: no cover
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,177 | scanny/githelpers | refs/heads/master | /githelpers/runcmd.py | # encoding: utf-8
"""Wrapper around subprocess, providing command execution services."""
from subprocess import PIPE, Popen
from typing import Sequence, Tuple, Union
Args = Union[Sequence[str], str]
class RunCmdError(Exception):
"""Base class for exceptions in `runcmd` module."""
def __init__(self, rc: int, cmd: Args, out: bytes, err: bytes):
self._rc = rc
self._cmd = cmd
self._out = out
self._err = err
def __str__(self):
return "Command '%s' returned non-zero exit status %d, reporting:\n%s" % (
self._cmd,
self._rc,
self._err,
)
def run(args: Args) -> Tuple[int, bytes, bytes]:
"""Return (rc, out, err) 3-tuple indicating result of running the command in *args*.
*rc*, *out*, and *err* are the return code, output on stdout, and output on stderr,
respectively.
"""
process = Popen(args, stdout=PIPE, stderr=PIPE)
out, err = process.communicate()
rc = process.returncode
return rc, out, err
def output_of(args: Args) -> str:
"""Return the output written to stdout by the command line in *args*.
Raises |RunCmdError| if the return code is not zero.
"""
rc, out, err = run(args)
if rc != 0:
raise RunCmdError(rc, args, out, err)
return str(out, encoding="utf-8")
def return_code_of(args: Args) -> int:
"""Return the exit code returned from executing the command line in *args*.
All stdout and stderr output is suppressed.
"""
rc, _, _ = run(args)
return rc
| {"/features/steps/repo.py": ["/githelpers/scripts/fix.py", "/githelpers/scripts/next.py", "/githelpers/scripts/prev.py", "/githelpers/scripts/drop.py", "/githelpers/gitlib.py"], "/githelpers/gitlib.py": ["/githelpers/runcmd.py"], "/githelpers/scripts/drop.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py", "/githelpers/runcmd.py"], "/githelpers/scripts/next.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/tests/test_gitlib.py": ["/githelpers/gitlib.py"], "/githelpers/scripts/prev.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"], "/githelpers/scripts/fix.py": ["/githelpers/scripts/exceptions.py", "/githelpers/gitlib.py"]} |
60,187 | rk9-fms/fms_hardware | refs/heads/master | /conveyor/conveyor_web_api.py | from flask import Flask, Blueprint, jsonify, request, make_response
from flask_cors import CORS
from multiprocessing.pool import ThreadPool
from conveyor.conveyor_hardware_api import Conveyor, Lock
app = Flask(__name__)
CORS(app)
conveyor_api = Blueprint('conveyor_api', __name__, url_prefix='/api/v1/conveyor')
cv = Conveyor([Lock('ZYL.1', 4, 18), Lock('ZYL.2', 17, 23), Lock('ZYL.3', 27, 24), Lock('ZYL.4', 22, 25)])
def _validate_lock_id_or_name(request_json):
try:
lock_ids = request_json.get("ids")
lock_names = request_json.get("names")
except AttributeError:
lock_ids = None
lock_names = None
error = None
unknown_locks = []
if lock_ids:
parameter = lock_ids
parameter_name = "ids"
conveyor_lock_ids = [lock.id for lock in cv.locks]
for lock_id in lock_ids:
if lock_id not in conveyor_lock_ids:
unknown_locks.append(lock_id)
elif lock_names:
parameter = lock_names
parameter_name = "names"
conveyor_lock_names = [lock.name for lock in cv.locks]
for lock_name in lock_names:
if lock_name not in conveyor_lock_names:
unknown_locks.append(lock_name)
else:
parameter = None
parameter_name = None
error = "No data was sent"
if unknown_locks:
error = "Locks with {}:{} are not attached to conveyor".format(parameter_name, unknown_locks)
return error, parameter
@conveyor_api.route("/locks/status", methods=["GET", "POST"])
def locks_status():
params = request.json
error, locks = _validate_lock_id_or_name(params)
if not error:
resp_json = {
"status": 200, "body": [
{
"id": cv.lock_state(lock).lock.id,
"name": cv.lock_state(lock).lock.name,
"status": cv.lock_state(lock).state.name,
"is_busy": cv.lock_state(lock).lock.is_busy,
} for lock in locks
]
}
return make_response(jsonify(resp_json), 200)
else:
resp_json = {"status": 400, "body": error}
return make_response(jsonify(resp_json), 400)
@conveyor_api.route("/locks/open", methods=["GET", "POST"])
def locks_open():
params = request.json
error, locks = _validate_lock_id_or_name(params)
if not error:
p = ThreadPool(len(cv.locks))
p.map(cv.lock_open, tuple(locks))
p.close()
p.join()
resp_json = {
"status": 200, "body": {
"lock(id:{}, name: {})".format(cv.lock_state(lock).lock.id, cv.lock_state(lock).lock.name):
"Has been opened" for lock in locks
}
}
return make_response(jsonify(resp_json), 200)
else:
resp_json = {"status": 400, "body": error}
return make_response(jsonify(resp_json), 400)
@conveyor_api.route("/locks/close", methods=["GET", "POST"])
def locks_close():
params = request.json
error, locks = _validate_lock_id_or_name(params)
if not error:
p = ThreadPool(len(cv.locks))
p.map(cv.lock_close, tuple(locks))
p.close()
p.join()
resp_json = {
"status": 200, "body": {
"lock(id:{}, name: {})".format(cv.lock_state(lock).lock.id, cv.lock_state(lock).lock.name):
"Has been closed" for lock in locks
}
}
return make_response(jsonify(resp_json), 200)
else:
resp_json = {"status": 400, "body": error}
return make_response(jsonify(resp_json), 400)
@conveyor_api.route("/locks/pass_one", methods=["GET", "POST"])
def locks_pass_one():
params = request.json
error, locks = _validate_lock_id_or_name(params)
if not error:
p = ThreadPool(len(cv.locks))
p.map(cv.lock_pass_one, tuple(locks))
p.close()
p.join()
resp_json = {
"status": 200, "body": {
"lock(id:{}, name: {})".format(cv.lock_state(lock).lock.id, cv.lock_state(lock).lock.name):
"Car has been released" for lock in locks
}
}
return make_response(jsonify(resp_json), 200)
else:
resp_json = {"status": 400, "body": error}
return make_response(jsonify(resp_json), 400)
@conveyor_api.route("/status", methods=["GET", "POST"])
def conveyor_status():
resp_json = {
"status": 200, "body": {
"conveyor_state": cv.state.name, "locks_state": [
{
"id": lock.lock.id,
"name": lock.lock.name,
"status": lock.state.name,
"is_busy": lock.lock.is_busy,
} for lock in cv.locks_state()
]
}
}
return make_response(jsonify(resp_json), 200)
app.register_blueprint(conveyor_api)
if __name__ == "__main__":
app.run()
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,188 | rk9-fms/fms_hardware | refs/heads/master | /storage/hardware_api/config.py | import serial
import platform
if platform.system() == 'Darwin':
# on mac: https://plugable.com/2011/07/12/installing-a-usb-serial-adapter-on-mac-os-x/
serial_port = '/dev/cu.usbserial'
else:
# for raspberry pi
serial_port = '/dev/ttyUSB0'
serial_kwargs = dict(
port=serial_port,
baudrate=4800,
bytesize=serial.SEVENBITS,
parity=serial.PARITY_EVEN,
stopbits=serial.STOPBITS_ONE,
timeout=0
)
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,189 | rk9-fms/fms_hardware | refs/heads/master | /storage/web_api/storage_web_api.py | from flask import Flask, Blueprint, jsonify, request, make_response
from flask_cors import CORS
from storage.hardware_api.storage_api import Storage, StorageHWAPIBySerial
from storage.hardware_api.storage_test_api import st_hw_api
app = Flask(__name__)
CORS(app)
# TODO: refactor this in next iteration
# for debug purposes. in "prod" run by nginx (or uwsgi in my case)
if __name__ == "__main__":
st = Storage(st_hw_api)
else:
st = Storage(StorageHWAPIBySerial())
storage_api_url_prefix = '/api/v1/storage'
storage_api = Blueprint('storage_api', __name__, url_prefix=storage_api_url_prefix)
@app.errorhandler(404)
def _handle_api_error(ex):
if request.path.startswith(storage_api_url_prefix):
return make_response(jsonify({'status': 404, 'body': ''}), 404)
else:
return ex
def _validate_side_row_column(request_json):
error = None
side, row, column = (request_json.get(k) for k in ['side', 'row', 'column'])
if not all([side, row, column]):
error = "You need to pass 'row', 'side' and 'column'"
elif not all(isinstance(arg, int) for arg in [side, row, column]):
error = 'All args must be integer'
elif not 1 <= side <= st.SIDES:
error = f'Number of sides must be in range of [1; {st.SIDES}], got {side}'
elif not 1 <= row <= st.ROWS:
error = f'Number of sides must be in range of [1; {st.ROWS}], got {row}'
elif not 1 <= column <= st.COLUMNS:
error = f'Number of sides must be in range of [1; {st.COLUMNS}], got {column}'
return error, side, row, column
@storage_api.route('/move_to/home', methods=['GET', 'POST'])
def move_to_home():
st.return_to_home()
resp_json = {"status": 200, "body": "added to queue"}
return make_response(jsonify(resp_json), 200)
@storage_api.route('/move_to/idle_position', methods=['GET', 'POST'])
def move_to_idle_position():
st.move_to_idle_position()
resp_json = {"status": 200, "body": "added to queue"}
return make_response(jsonify(resp_json), 200)
@storage_api.route('/move_to/conveyor', methods=['GET', 'POST'])
def move_to_conveyor():
st.move_to_conveyor_pick_place_position()
resp_json = {"status": 200, "body": "added to queue"}
return make_response(jsonify(resp_json), 200)
@storage_api.route('/pick/asrs', methods=['GET', 'POST'])
def pick_asrs():
params = request.json
error, side, row, column = _validate_side_row_column(params)
if error:
resp_json = {"status": 400, "body": error}
return make_response(jsonify(resp_json), 400)
st.pick_from_asrs(side, row, column)
resp_json = {"status": 200, "body": "added to queue"}
return make_response(jsonify(resp_json), 200)
@storage_api.route('/pick/conveyor', methods=['GET', 'POST'])
def pick_conveyor():
st.pick_from_conveyor()
# return 400 if location is not CONVEYOR
resp_json = {"status": 200, "body": "added to queue"}
return make_response(jsonify(resp_json), 200)
@storage_api.route('/place/asrs', methods=['GET', 'POST'])
def place_asrs():
params = request.json
error, side, row, column = _validate_side_row_column(params)
if error:
resp_json = {"status": 400, "body": error}
return make_response(jsonify(resp_json), 400)
st.place_to_asrs(side, row, column)
resp_json = {"status": 200, "body": "added to queue"}
return make_response(jsonify(resp_json), 200)
@storage_api.route('/place/conveyor', methods=['GET', 'POST'])
def place_conveyor():
st.place_to_conveyor()
resp_json = {"status": 200, "body": "added to queue"}
return make_response(jsonify(resp_json), 200)
@storage_api.route('/location', methods=['GET', 'POST'])
def location():
_location = st.location
resp_json = {"status": 200, "body": {'location': {'name': _location.name,
'value': _location.value}}}
return make_response(jsonify(resp_json), 200)
@storage_api.route('/status', methods=['GET', 'POST'])
def status():
_status = st.status
resp_json = {"status": 200, "body": {'status': {'name': _status.name,
'value': _status.value}}}
return make_response(jsonify(resp_json), 200)
@storage_api.route('/current_task', methods=['GET', 'POST'])
def current_task():
_current_task = st.current_task
if _current_task:
_current_task, *_task_args = st.current_task
resp_json = {"status": 200, "body": {'current_task': {'name': _current_task.name,
'value': _current_task.value,
'task_args': _task_args}}}
else:
resp_json = {"status": 200, "body": {'current_task': None}}
return make_response(jsonify(resp_json), 200)
@storage_api.route('/debug/output', methods=['GET', 'POST'])
def debug_output():
return b'<br>'.join(st_hw_api.ser.getvalue().split(b'\n\r'))
@storage_api.route('/queue', methods=['GET', 'POST'])
def queue():
_queue = [[loc.name, loc.value, args] for loc, *args in st.queue.queue]
resp_json = {"status": 200, "body": {"queue": _queue}}
return make_response(jsonify(resp_json), 200)
app.register_blueprint(storage_api)
if __name__ == "__main__":
app.run(host='0.0.0.0')
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,190 | rk9-fms/fms_hardware | refs/heads/master | /conveyor/test_mock/web_api.py | from unittest.mock import patch, MagicMock
from conveyor.test_mock.gpio_mock import GPIOMock, ListenerSocketClient
mock_host, mock_port = 'localhost', 42024
mock_based_api_host, mock_based_api_port = '127.0.0.1', 5000
MockRPi = MagicMock()
# fetching simulation-mock
MockRPi.GPIO = GPIOMock(ListenerSocketClient(mock_host, mock_port))
modules = {
"RPi": MockRPi,
"RPi.GPIO": MockRPi.GPIO,
}
# patching RPi
with patch.dict("sys.modules", modules):
# importing module that has RPi-lib imports
from conveyor.conveyor_web_api import app
app.run(mock_based_api_host, mock_based_api_port)
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,191 | rk9-fms/fms_hardware | refs/heads/master | /conveyor/conveyor_test_api.py | from unittest.mock import patch, MagicMock
from unittest import TestCase
from time import sleep
class GPIOMock:
BOARD = 1
OUT = 1
IN = 1
BCM = 1
HIGH = 1
LOW = 1
@staticmethod
def setmode(a):
print(a)
@staticmethod
def setup(a, b):
print(a)
@staticmethod
def output(a, b):
print(a)
@staticmethod
def input(a):
print(a)
@staticmethod
def cleanup():
print("a")
@staticmethod
def setmode(a):
print(a)
@staticmethod
def setwarnings(flag):
print("False")
MockRPi = MagicMock()
MockRPi.GPIO = GPIOMock
modules = {
"RPi": MockRPi,
"RPi.GPIO": MockRPi.GPIO,
}
with patch.dict("sys.modules", modules):
import RPi.GPIO as GPIO
from conveyor.conveyor_hardware_api import Lock, Conveyor, ConveyorState, LockState
class TestLock(TestCase):
def setUp(self):
self.lock = Lock('ZYL.1', 4, 18)
def test_lock_name(self):
self.assertEqual(self.lock.name, "ZYL.1".lower(), "Lock name is incorrect")
def test_lock_in_port(self):
self.assertEqual(self.lock.in_port, 4, "Lock in_port is incorrect")
def test_lock_out_port(self):
self.assertEqual(self.lock.out_port, 18, "Lock out_port is incorrect")
def test_lock_state(self):
self.assertEqual(self.lock.state, LockState.CLOSED, "Lock state is incorrect")
def test_lock_is_busy(self):
self.assertEqual(self.lock.is_busy, False, "Lock is_busy value is incorrect")
def test_open_lock(self):
self.lock.open()
self.assertEqual(self.lock.state, LockState.OPEN, "Lock state is incorrect")
def test_close_lock(self):
self.lock.open()
self.assertEqual(self.lock.state, LockState.OPEN, "Lock state is incorrect")
self.lock.close()
self.assertEqual(self.lock.state, LockState.CLOSED, "Lock state is incorrect")
def test_release_car_lock(self):
self.lock.pass_one()
sleep(0.1)
self.assertEqual(self.lock.state, LockState.OPEN, "Lock state is incorrect")
sleep(0.8)
self.assertEqual(self.lock.state, LockState.CLOSED, "Lock state is incorrect")
class TestConveyor(TestCase):
def setUp(self):
self.cv = Conveyor(
[Lock("ZYL.1", 4, 18), Lock("ZYL.2", 17, 23), Lock("ZYL.3", 27, 24), Lock("ZYL.4", 22, 25)]
)
def test_conveyor_state(self):
self.assertEqual(self.cv.state, ConveyorState.ENABLED, "Conveyor state is incorrect")
def test_conveyor_e_stop(self):
self.cv.conveyor_e_stop()
self.assertEqual(self.cv.state, ConveyorState.E_STOP, "Conveyor state is incorrect")
def test_conveyor_lock_state(self):
lock, state = self.cv.lock_state(1)
self.assertEqual(state, LockState.CLOSED, "Lock state is incorrect")
lock, state = self.cv.lock_state("zyl.1")
self.assertEqual(state, LockState.CLOSED, "Lock state is incorrect")
def test_conveyor_lock_release_car(self):
self.cv.lock_pass_one(1)
sleep(0.1)
self.assertEqual(self.cv.locks[0].state, LockState.OPEN, "Conveyor lock state is incorrect")
sleep(0.8)
self.assertEqual(self.cv.locks[0].state, LockState.CLOSED, "Conveyor lock state is incorrect")
self.cv.lock_pass_one("zyl.1")
sleep(0.1)
self.assertEqual(self.cv.locks[0].state, LockState.OPEN, "Conveyor lock state is incorrect")
sleep(0.8)
self.assertEqual(self.cv.locks[0].state, LockState.CLOSED, "Conveyor lock state is incorrect")
def test_conveyor_lock_open(self):
self.cv.lock_open(1)
lock, state = self.cv.lock_state(1)
self.assertEqual(state, LockState.OPEN, "Conveyor lock state is incorrect")
self.cv.lock_close(1)
lock, state = self.cv.lock_state(1)
self.assertEqual(state, LockState.CLOSED, "Conveyor lock state is incorrect")
self.cv.lock_open("zyl.1")
lock, state = self.cv.lock_state("zyl.1")
self.assertEqual(state, LockState.OPEN, "Conveyor lock state is incorrect")
def test_conveyor_lock_close(self):
self.cv.lock_open(1)
lock, state = self.cv.lock_state(1)
self.assertEqual(state, LockState.OPEN, "Conveyor lock state is incorrect")
self.cv.lock_close(1)
lock, state = self.cv.lock_state(1)
self.assertEqual(state, LockState.CLOSED, "Conveyor lock state is incorrect")
self.cv.lock_open(1)
lock, state = self.cv.lock_state(1)
self.assertEqual(state, LockState.OPEN, "Conveyor lock state is incorrect")
self.cv.lock_close("zyl.1")
lock, state = self.cv.lock_state("zyl.1")
self.assertEqual(state, LockState.CLOSED, "Conveyor lock state is incorrect")
def test_conveyor_locks_state(self):
locks_state = [state for lock, state in self.cv.locks_state()]
expected_locks_state = [LockState.CLOSED, LockState.CLOSED, LockState.CLOSED, LockState.CLOSED]
self.assertEqual(locks_state, expected_locks_state, "Locks states are incorrect")
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,192 | rk9-fms/fms_hardware | refs/heads/master | /conveyor/simulation/listener.py | import queue
import threading
import socketserver
from conveyor.simulation.simulation import Conveyor
class Listener:
# TODO: handle conveyor start/stop. out_port = 7
def __init__(self, locks_conf: [str, int, int], conveyor: Conveyor=None):
"""
Base simulation listener class
Must handle commands like:
- OUTPUT <out_port(int)> <value(0|1)>
- INPUT <in_port(int)>
that works with GPI-mock and operates with Conveyor simulation locks
"""
self.conveyor = conveyor
self.command_map = {
'OUTPUT': self.handle_output,
'INPUT': self.handle_input
}
self.in_ports, self.out_ports = zip(*[(in_p, out_p) for _, in_p, out_p in locks_conf])
self.handle_queue = queue.Queue()
def fetch_conveyor(self, conveyor: Conveyor):
self.conveyor = conveyor
def handler(self, data: bytes):
""" Main handler function, that chooses handler function for the command"""
self.handle_queue.put(f'-> Received: {data.decode("utf8")}\n')
try:
data = str(data, 'utf-8')
command, *args = data.split(' ')
command_handler = self.command_map[command.upper()]
result = command_handler(*args)
except (ValueError, KeyError) as e:
result = f'NOT OK, exception: {e}'.encode('utf8')
self.handle_queue.put(f'<- Response: {result.decode("utf8")}\n')
return result
def handle_output(self, out_port, value):
""" Open/Close lock """
out_port, value = int(out_port), int(value)
action_map = {1: self.conveyor.lock_open,
0: self.conveyor.lock_close}
action_map[value](self.out_ports.index(out_port))
return b'OK'
def handle_input(self, in_port):
""" Get status of the lock """
in_port = int(in_port)
lock_status = self.conveyor.way.locks[self.in_ports.index(in_port)].is_empty()
return str(int(not lock_status)).encode('utf8') # 'not' is for inverting
def start(self):
if self.conveyor is not None:
self._start()
else:
raise RuntimeError('You need to fetch conveyor to listener at first')
def _start(self):
""" Need to be implemented in children """
raise NotImplemented
def stop(self):
raise NotImplemented
class SocketServerListener(Listener):
def __init__(self, locks_conf: [str, int, int], conveyor: Conveyor=None, host='localhost', port=42024):
""" Listener based on the simple socketserver in the thread """
super().__init__(locks_conf, conveyor)
server, handler = self.prepare_server_and_handler(self.handler)
self.server = server((host, port), handler)
def prepare_server_and_handler(self, handler):
class ThreadedTCPRequestHandler(socketserver.StreamRequestHandler):
def handle(self):
# self.rfile is a file-like object created by the handler;
# we can now use e.g. readline() instead of raw recv() calls
data = self.rfile.readline().strip()
result = handler(data)
# Likewise, self.wfile is a file-like object used to write back
# to the client
self.wfile.write(result)
class ThreadedTCPServer(socketserver.ThreadingMixIn, socketserver.TCPServer):
_block_on_close = True
return ThreadedTCPServer, ThreadedTCPRequestHandler
def _start(self):
""" Start server in the thread """
server_thread = threading.Thread(target=self.server.serve_forever, daemon=False)
server_thread.start()
def stop(self):
self.server.server_close()
self.server.shutdown()
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,193 | rk9-fms/fms_hardware | refs/heads/master | /storage/hardware_api/test.py | import time
import types
import random
from io import BytesIO
from mock import patch
from storage.hardware_api.storage_api import Storage, StorageHWAPIBySerial, StorageHWStatus
print('Lets test some basics')
print('We will mock serial connection by io.BytesIO, run simple method Storage.move_to_idle_position,')
print('and then we will check commands that all this complicated things sends to ASRS')
time.sleep(0.5) # little beautifying for logs output
with patch('serial.Serial') as patched_serial:
patched_serial.return_value = BytesIO()
st_hw_api = StorageHWAPIBySerial()
def get_status(self):
status = random.choice([StorageHWStatus.IDLE, StorageHWStatus.BUSY])
self.logger.debug(f'Current status: {status!r}')
return status
# patching the bound method
st_hw_api.get_status = types.MethodType(get_status, st_hw_api)
st = Storage(st_hw_api)
st.move_to_idle_position()
st.move_to_idle_position()
print(st.status)
st.return_to_home()
st.pick_from_asrs(1, 2, 3)
st.return_to_home()
st.stop()
time.sleep(0.5) # little beautifying for logs output
print('Output commands are:')
for command in st_hw_api.ser.getvalue().split(b'\n\r'):
if command:
print(command + b'\n\r')
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,194 | rk9-fms/fms_hardware | refs/heads/master | /conveyor/web_ui/fake_conv_api.py | from flask import Flask, jsonify, make_response, request
from flask_cors import CORS
app = Flask(__name__)
CORS(app)
@app.route('/', defaults={'path': ''}, methods=['GET', 'POST'])
@app.route('/<path:path>', methods=['GET', 'POST'])
def catch_all(path):
print(path, request.json)
return make_response(jsonify({'status': 200, 'body': 'yasos bib'}))
# just for logs monitoring
app.run(port=5000)
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,195 | rk9-fms/fms_hardware | refs/heads/master | /conveyor/simulation/simulation.py | import time
import queue
import threading
class Rail:
"""
Base object of the conveyor assembly line.
Each object in the assembly line storing link to the next one
"""
def __init__(self, next_obj=None):
self.next_obj: Rail = next_obj
self.palette = None
def is_empty(self):
return True if self.palette is None else False
class Lock(Rail):
""" Assembly line lock """
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
self.is_closed = True
self.is_pass_one = False
class StorageDeployPad(Rail):
""" Palettes deploy pad """
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
self.is_picking_from = False
class Palette:
""" Palette object """
def __init__(self, way_obj: Rail):
self.way_obj = way_obj
def move_forward(self):
""" The main palettes method. Here is the logic about movement decisions """
# another palette ahead
if not self.way_obj.next_obj.is_empty():
return
# in closed lock
if isinstance(self.way_obj, Lock) and not self.way_obj.is_pass_one and self.way_obj.is_closed:
return
# awaiting deploy pad
if isinstance(self.way_obj, StorageDeployPad) and self.way_obj.is_picking_from:
self.way_obj.is_picking_from = False
self.way_obj.palette = None
return self
# closed lock in pass_one mode
if isinstance(self.way_obj, Lock) and self.way_obj.is_pass_one:
self.way_obj.is_pass_one = False
# replacing link to palette obj from current position to next assembly line object
self.way_obj.palette = None
self.way_obj.next_obj.palette = self
# replacing link to current assembly line obj in palette
self.way_obj = self.way_obj.next_obj
class Way:
def __init__(self, locks_coords: [int], conv_len: int, deploy_position: int):
"""
Assembly line container
Represents the linked list. Contains Rails and its children, that may contains palettes
:param [int] locks_coords: indexes of locks in list
:param int conv_len: conveyor length
:param int deploy_position: index of deploy pad in list
"""
self.locks_coords = locks_coords
self.way_len = conv_len
self.deploy_pad: StorageDeployPad = None
self.deploy_position = deploy_position
self.locks: [Lock] = []
self._way_container = []
self.init_way()
def init_way(self):
""" Init the assembly line container by all coordinates """
prev_obj: Rail = None
first_obj = None
for position in range(self.way_len + 1):
if position in self.locks_coords:
new_obj = Lock()
self.locks.append(new_obj)
elif position == self.deploy_position:
new_obj = StorageDeployPad()
self.deploy_pad = new_obj
else:
new_obj = Rail()
self._way_container.append(new_obj)
if position == 0: # is first
first_obj = new_obj
if position == self.way_len: # is last
new_obj.next_obj = first_obj
if prev_obj is not None:
prev_obj.next_obj = new_obj
prev_obj = new_obj
def __iter__(self):
return iter(self._way_container)
class Conveyor:
sim_speed_delay = 0.9
def __init__(self, locks_coords: [int], deploy_coord: int, conv_len: int):
"""
Simulation core.
Simulation loop runs in thread
:param locks_coords [int]: indexes of locks in list
:param deploy_coord: conveyor length
:param conv_len: index of deploy pad in list
"""
self.locks_coords = locks_coords
self.conv_len = conv_len
self.storage_deploy_pad_position = deploy_coord
self.way = Way(self.locks_coords, self.conv_len, self.storage_deploy_pad_position)
self.palettes = []
self.visualisation_queue = queue.Queue()
self.active = False
self._lock = threading.Lock()
self._conv_thread = self._start_conveyor_thread()
self._quit = False
def _start_conveyor_thread(self):
thread = threading.Thread(target=self._loop_by_time, daemon=True) # daemon for easy quit
thread.start()
return thread
def lock_pass_one(self, lock_index):
with self._lock:
lock: Lock = self.way.locks[lock_index]
if lock.is_empty():
return
if not lock.is_closed:
lock.is_closed = True
else:
lock.is_pass_one = True
def lock_open(self, lock_index):
with self._lock:
self.way.locks[lock_index].is_closed = False
def lock_close(self, lock_index):
with self._lock:
self.way.locks[lock_index].is_closed = True
def place_to_conveyor(self):
self._add_palette(self.storage_deploy_pad_position)
def pick_from_conveyor(self):
with self._lock:
self.way.deploy_pad: StorageDeployPad
self.way.deploy_pad.is_picking_from = True
def stop_assembly_line(self):
with self._lock:
self.active = False
def start_assembly_line(self):
with self._lock:
self.active = True
def _add_palette(self, position):
with self._lock:
way_obj = self.way._way_container[position]
palette = Palette(way_obj)
way_obj.palette = palette
self.palettes.append(palette)
def _loop_by_time(self):
while True:
if self.active:
self._one_loop_tick()
time.sleep(self.sim_speed_delay)
if self._quit:
break
def _one_loop_tick(self):
with self._lock:
for palette in self.palettes[:]:
palette_to_delete = palette.move_forward()
if palette_to_delete:
self.palettes.remove(palette_to_delete)
self.visualisation_queue.put(self.way)
def quit(self):
with self._lock:
self._quit = True
self._conv_thread.join(self.sim_speed_delay)
def reset(self):
with self._lock:
self.palettes.clear()
for element in self.way:
element.palette = None
if isinstance(element, Lock):
element.is_closed = True
element.is_pass_one = False
def print_way(way: Way):
""" Simple visualiser for debug purpose """
def get_ascii(element: Rail):
ascii_element = '=' if element.is_empty() else '[*]'
if isinstance(element, Lock):
if element.is_pass_one:
ascii_element = f'{{{ascii_element}>1}}'
elif element.is_closed:
ascii_element = f'{{{ascii_element}|}}'
else:
ascii_element = f'{{{ascii_element}>}}'
if isinstance(element, StorageDeployPad):
if element.is_picking_from:
ascii_element = f'#{ascii_element}^#'
else:
ascii_element = f'#{ascii_element}>#'
return ascii_element
print(''.join(get_ascii(element) for element in way))
def simple_visualizer(conveyor: Conveyor):
def vis_loop():
while True:
try:
way = conveyor.visualisation_queue.get(block=False)
print_way(way)
except queue.Empty:
pass
finally:
time.sleep(0.1)
return threading.Thread(target=vis_loop)
if __name__ == '__main__':
locks_coords_list = [0, 7, 15, 32]
conv = Conveyor(locks_coords_list, 44, 54)
simple_visualizer(conv).start()
conv._add_palette(10)
conv._add_palette(7)
conv._add_palette(18)
conv._add_palette(50)
conv._add_palette(35)
conv._add_palette(34)
conv.pick_from_conveyor()
conv.lock_open(1)
conv.start_assembly_line()
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,196 | rk9-fms/fms_hardware | refs/heads/master | /conveyor/simulation/visualizer.py | import queue
import tkinter as tk
from conveyor.config import locks_rpi_config
import conveyor.simulation.config as sim_conf
from conveyor.simulation.simulation import Way, Conveyor
from conveyor.simulation.listener import SocketServerListener, Listener
def prepare_formated_ascii(way: Way):
""" Template engine for template in the config """
palette = '[*]'
no_palette = ' '
format_list = []
for element in way:
if element.is_empty():
element_ascii = no_palette
else:
element_ascii = palette
format_list.append(element_ascii)
return sim_conf.template_for_format.format(*format_list)
def print_formatted_way(way: Way):
print(prepare_formated_ascii(way))
class TkVisualiser:
def __init__(self, conveyor: Conveyor, listener: Listener):
""" Visualiser based on tkinter """
self.conveyor = conveyor
self.conveyor.stop_assembly_line()
self._add_conveyor_open_and_close_callbacks() # hack with open/close callbacks
self.listener = listener
self.listener.fetch_conveyor(conveyor)
self.root = self.init_root()
visualiser_frame = tk.Frame(self.root, relief=tk.SUNKEN, borderwidth=1)
# visualisation text widget
self.text = tk.Text(visualiser_frame,
bg='black', fg='white',
height=sim_conf.template_height, width=sim_conf.template_width)
self.text.pack(side=tk.TOP)
# simulation speed control frame
self.create_sim_speed_frame(visualiser_frame).pack(side=tk.TOP, fill=tk.X)
# assembly line control frame
self.create_assembly_line_frame(visualiser_frame).pack(side=tk.TOP, fill=tk.X)
# deploy pad control frame
self.create_deploy_frame(visualiser_frame).pack(side=tk.TOP, fill=tk.X)
# locks control frame
locks_frame, self.locks_statuses_labels = self.create_locks_frame(visualiser_frame)
locks_frame.pack(side=tk.TOP, fill=tk.X)
# reset button
reset_button = tk.Button(visualiser_frame, text='Reset visualisation')
reset_button.pack(side=tk.BOTTOM)
reset_button.bind("<Button-1>", lambda event: self.conveyor.reset())
visualiser_frame.pack(side=tk.LEFT)
# listener log frame
listener_frame, self.listener_log_text = self.create_listener_frame(self.root)
listener_frame.pack(side=tk.RIGHT, fill=tk.BOTH)
self.root.after(50, self._listener_logger)
self._visualisation_loop(self.conveyor.visualisation_queue)
self.conveyor.start_assembly_line()
def _add_conveyor_open_and_close_callbacks(self):
""" Hack for adding callbacks to conveyor.lock_open / conveyor.lock_close methods """
old_open_foo = self.conveyor.lock_open
old_close_foo = self.conveyor.lock_close
def lock_open_with_cb(lock_index):
def callback():
self.locks_statuses_labels[lock_index][0].config(text='Opened', bg='green')
callback()
old_open_foo(lock_index)
def lock_close_with_cb(lock_index):
def callback():
self.locks_statuses_labels[lock_index][0].config(text='Closed', bg='red')
callback()
old_close_foo(lock_index)
self.conveyor.lock_open = lock_open_with_cb
self.conveyor.lock_close = lock_close_with_cb
def init_root(self):
root = tk.Tk()
root.title('Conveyor simulation visualizer')
root.protocol('WM_DELETE_WINDOW', self.stop)
root.resizable(width=False, height=False)
return root
def create_sim_speed_frame(self, parent):
"""
Frame for controlling simulation speed by spinbox
| Simulation speed, s | [0.8]± |
"""
def upd_sim_speed():
self.conveyor.sim_speed_delay = sim_speed_var.get()
sim_speed_frame = tk.Frame(parent, relief=tk.SUNKEN, borderwidth=1)
sim_speed_label = tk.Label(sim_speed_frame, text='Simulation speed, s')
sim_speed_label.pack(side=tk.LEFT, expand=1)
sim_speed_var = tk.DoubleVar()
sim_speed_var.set(self.conveyor.sim_speed_delay)
sim_speed_spinbox = tk.Spinbox(sim_speed_frame,
from_=0.1, to=2, increment=0.05,
textvariable=sim_speed_var, command=upd_sim_speed)
sim_speed_spinbox.pack(side=tk.LEFT, expand=1)
return sim_speed_frame
def create_assembly_line_frame(self, parent):
"""
Assembly line control frame
| Assembly line | Start | Stop |
"""
assembly_line_frame = tk.Frame(parent, relief=tk.SUNKEN, borderwidth=1)
assembly_line_frame_label = tk.Label(assembly_line_frame, text='Assembly line')
assembly_line_frame_label.pack(side=tk.LEFT, expand=1)
assembly_line_buttons_frame = tk.Frame(assembly_line_frame)
assembly_line_start_button = tk.Button(assembly_line_buttons_frame, text='Start')
assembly_line_start_button.pack(side=tk.LEFT)
assembly_line_start_button.bind("<Button-1>", lambda event: self.conveyor.start_assembly_line())
assembly_line_start_button = tk.Button(assembly_line_buttons_frame, text='Stop')
assembly_line_start_button.pack(side=tk.LEFT)
assembly_line_start_button.bind("<Button-1>", lambda event: self.conveyor.stop_assembly_line())
assembly_line_buttons_frame.pack(side=tk.LEFT, expand=1)
return assembly_line_frame
def create_deploy_frame(self, parent):
"""
Deploy pad control frame
| Deploy | Deploy from Storage | Take to the Storage |
"""
deploy_frame = tk.Frame(parent, relief=tk.SUNKEN, borderwidth=1)
deploy_frame_label = tk.Label(deploy_frame, text='Deploy')
deploy_frame_label.pack(side=tk.LEFT, expand=1)
deploy_buttons_frame = tk.Frame(deploy_frame)
deploy_start_button = tk.Button(deploy_buttons_frame, text='Deploy from Storage')
deploy_start_button.pack(side=tk.LEFT)
deploy_start_button.bind("<Button-1>", lambda event: self.conveyor.place_to_conveyor())
deploy_start_button = tk.Button(deploy_buttons_frame, text='Take to the Storage')
deploy_start_button.pack(side=tk.LEFT)
deploy_start_button.bind("<Button-1>", lambda event: self.conveyor.pick_from_conveyor())
deploy_buttons_frame.pack(side=tk.LEFT, expand=1)
return deploy_frame
def create_locks_frame(self, parent):
"""
Locks control frame
| Lock name |
| Opened | Empty |
| Open | Close |
| Pass one |
"""
locks_frame = tk.Frame(parent)
locks_statuses_labels = []
for lock_index in range(4):
# creating the frame
lock_frame = tk.Frame(locks_frame, relief=tk.SUNKEN, borderwidth=1)
# First row
lock_label = tk.Label(lock_frame, text=f'Lock {lock_index + 1}')
lock_label.pack(side=tk.TOP)
# Second row
lock_status_frame = tk.Frame(lock_frame)
if self.conveyor.way.locks[lock_index].is_closed:
text, color = 'Closed', 'red'
else:
text, color = 'Opened', 'green'
lock_is_opened_label = tk.Label(lock_status_frame, text=text, width=7, bg=color)
lock_is_opened_label.pack(side=tk.LEFT)
lock_is_empty_status = tk.Label(lock_status_frame, text='Empty', width=7)
lock_is_empty_status.pack(side=tk.LEFT)
lock_status_frame.pack(side=tk.TOP)
locks_statuses_labels.append((lock_is_opened_label, lock_is_empty_status))
# Third row
lock_buttons_frame = tk.Frame(lock_frame)
lock_open_button = tk.Button(lock_buttons_frame, text='Open', width=7)
lock_open_button.pack(side=tk.LEFT)
lock_open_button.bind("<Button-1>", lambda event, i=lock_index: self.conveyor.lock_open(i))
lock_open_button = tk.Button(lock_buttons_frame, text='Close', width=7)
lock_open_button.pack(side=tk.LEFT)
lock_open_button.bind("<Button-1>", lambda event, i=lock_index: self.conveyor.lock_close(i))
lock_buttons_frame.pack(side=tk.TOP)
# Fourth row
lock_open_button = tk.Button(lock_frame, text='Pass one', width=14)
lock_open_button.pack(side=tk.TOP)
lock_open_button.bind("<Button-1>", lambda event, i=lock_index: self.conveyor.lock_pass_one(i))
# Packing the frame
lock_frame.pack(side=tk.LEFT, expand=1)
return locks_frame, locks_statuses_labels
def _listener_logger(self):
""" Checks listener queue and updates text widget """
try:
data = self.listener.handle_queue.get(block=False)
self.listener_log_text.insert('0.1', data)
except queue.Empty:
pass
finally:
self.root.after(50, self._listener_logger)
@staticmethod
def create_listener_frame(parent):
listener_frame = tk.LabelFrame(parent, relief=tk.SUNKEN, borderwidth=1, text='Listener log')
listener_text_widget = tk.Text(listener_frame, width=30)
listener_text_widget.pack(fill=tk.BOTH, expand=1)
return listener_frame, listener_text_widget
def _visualisation_loop(self, visualisation_queue: queue.Queue):
try:
way = visualisation_queue.get(block=False)
self.tk_draw(way)
except queue.Empty:
pass
finally:
self.root.after(50, self._visualisation_loop, visualisation_queue)
def tk_draw(self, way: Way):
"""
Visualisation callback
Redraws tk.Text widget.
Makes decisions based on assembly line elements states
"""
self.text.delete('0.1', tk.END)
self.text.insert('0.1', prepare_formated_ascii(way))
for lock_i, lock in enumerate(way.locks):
# coloring the is_open flag
lock_status_coords = sim_conf.locks_is_open_symbols[lock_i]
lock_is_open_tag_name = f'lock_is_open_{lock_i}'
self.text.tag_add(lock_is_open_tag_name, *lock_status_coords[0])
self.text.tag_add(lock_is_open_tag_name, *lock_status_coords[1])
colour = 'red' if lock.is_closed else 'green'
self.text.tag_config(lock_is_open_tag_name, foreground=colour)
# coloring the not is_empty flag
lock_status_coords = sim_conf.locks_is_empty_symbols[lock_i]
lock_is_empty_tag_name = f'lock_is_empty_{lock_i}'
for symb_coord in lock_status_coords:
self.text.tag_add(lock_is_empty_tag_name, symb_coord)
text, colour = ('Empty', 'white') if lock.is_empty() else ('Loaded', 'orange')
self.locks_statuses_labels[lock_i][1].config(text=text, bg=colour)
self.text.tag_config(lock_is_empty_tag_name, foreground=colour)
# coloring deploy pad element
deploy_pad_tag_name = 'deploy_pad_is_picking_from'
self.text.tag_add(deploy_pad_tag_name, *sim_conf.deploy_pad_symbols[0])
self.text.tag_add(deploy_pad_tag_name, *sim_conf.deploy_pad_symbols[1])
colour = 'purple' if way.deploy_pad.is_picking_from else 'white'
self.text.tag_config(deploy_pad_tag_name, foreground=colour)
def start(self):
self.conveyor.start_assembly_line()
self.listener.start()
try:
self.root.mainloop()
except KeyboardInterrupt:
self.stop()
def stop(self):
self.listener.stop()
self.conveyor.stop_assembly_line()
self.conveyor.quit()
self.root.quit()
if __name__ == '__main__':
conv = Conveyor(sim_conf.locks_coords_list, sim_conf.deploy_coord, sim_conf.conv_len)
conv.sim_speed_delay = 0.8
lis = SocketServerListener(locks_rpi_config)
vis = TkVisualiser(conv, lis)
vis.start()
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,197 | rk9-fms/fms_hardware | refs/heads/master | /storage/hardware_api/storage_test_api.py | import time
import types
from io import BytesIO
from unittest.mock import patch, MagicMock
class GPIOMock:
BOARD = 'BOARD'
OUT = 'OUT'
IN = 'IN'
BCM = 'BCM'
HIGH = 'HIGH'
LOW = 'LOW'
def setmode(self, mode):
print(f'setmode {mode}')
def setup(self, port, mode):
print(f'setup {port} {mode}')
def output(self, port, mode):
print(f'output {port} {mode}')
def setwarnings(self, flag):
print(f'setwarnings {flag}')
MockRPi = MagicMock()
MockRPi.GPIO = GPIOMock()
modules = {
"RPi": MockRPi,
"RPi.GPIO": MockRPi.GPIO
}
with patch.dict("sys.modules", modules), patch('serial.Serial') as patched_serial:
from storage.hardware_api.storage_api import StorageHWAPIBySerial, StorageHWStatus
patched_serial.return_value = BytesIO()
st_hw_api = StorageHWAPIBySerial()
st_hw_api._status_call_count = 0
def get_status(self):
if self._status_call_count == 3:
status = StorageHWStatus.IDLE
self._status_call_count = 0
else:
status = StorageHWStatus.BUSY
self._status_call_count += 1
self.logger.debug(f'Current status: {status!r}, {self._status_call_count}')
return status
# patching the bound method
st_hw_api.get_status = types.MethodType(get_status, st_hw_api)
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,198 | rk9-fms/fms_hardware | refs/heads/master | /storage/hardware_api/storage_api.py | import os
import time
import enum
import json
import serial
import logging
import threading
from queue import Queue
from collections import namedtuple
from abc import ABC, abstractmethod
import RPi.GPIO as GPIO
from storage.hardware_api import config
# TODO: create state like LOADED_AT_PICK_SIDE LOADED_AT_PLACE_SIDE, methods and asserts of this states
# TODO: think about executor queue backup
# TODO: think about queued tasks removing, or smth like this
# TODO: think about executor timeout exception
# TODO: improve logging
# configuring GPIO
GPIO.setmode(GPIO.BCM)
GPIO.setwarnings(False)
# configuring logging
logger = logging.getLogger()
logger.setLevel(logging.DEBUG)
fh = logging.FileHandler('ASRS.log')
fh.setLevel(logging.DEBUG)
ch = logging.StreamHandler()
ch.setLevel(logging.DEBUG)
formatter = logging.Formatter('%(asctime)s - %(name)s.%(funcName)s - %(levelname)s - %(message)s')
fh.setFormatter(formatter)
ch.setFormatter(formatter)
logger.addHandler(fh)
logger.addHandler(ch)
class StorageLocation(enum.Enum):
HOME = 0
HOME_CENTER = 1
ASRS = 2
PRE_CONVEYOR = 3
CONVEYOR = 4
ASRS_PICK = 5
ASRS_PLACE = 6
class StorageHWStatus(enum.Enum):
BUSY = 1
IDLE = 2
E_STOP = 3
ERROR = 4 # does it exists?
class StorageStatus(enum.Enum):
NEED_TO_CALIBRATE = 0
IDLE = 1
ERROR = 2
BUSY = 3
class ASRS:
""" Class for ASRS config storing """
ROWS = 5
COLUMNS = 5
SIDES = 2
# TODO: make it as properties for logging
location = StorageLocation.HOME
status = StorageStatus.IDLE
class StorageHWAPI(ABC):
@abstractmethod
def home_move(self):
...
@abstractmethod
def home_center_move(self):
...
@abstractmethod
def asrs_place(self, side, row, column):
...
@abstractmethod
def asrs_pick(self, side, row, column):
...
@abstractmethod
def asrs_center_move(self):
...
@abstractmethod
def pre_conv_place(self):
...
@abstractmethod
def pre_conv_pick(self):
...
@abstractmethod
def conv_place(self):
...
@abstractmethod
def conv_pick(self):
...
@abstractmethod
def get_status(self):
...
@property
def status(self):
return self.get_status()
class StorageHWAPIBySerial(StorageHWAPI):
"""
Class that provides hardware API to ASRS over Serial
"""
serial_config = config.serial_kwargs
ASRS = 'ASRS'
ASRS_CENTER = 'ASRS_CENTER'
HOME = 'HOME'
HOME_CENTER = 'HOME_CENTER'
CONVEYOR = 'CONV'
PRE_CONVEYOR = 'PRE_CONV'
COMMAND_ENCODING = '1251'
COMMAND_SEPARATOR = '\n\r'
GPIO_STATUS_PORTS = [4, 2, 0]
def __init__(self):
self.logger = logging.getLogger(f'{type(self).__name__}')
self.logger.debug('Opening serial connection with ASRS')
self.ser = serial.Serial(**self.serial_config)
[GPIO.setup(port, GPIO.IN) for port in self.GPIO_STATUS_PORTS]
def __repr__(self):
return f'{type(self).__name__}()'
def __del__(self):
self.ser.close()
def _prepare_command(self, command: str):
""" Close the ASRS command with separator """
command = f'{command}{self.COMMAND_SEPARATOR}'.encode(self.COMMAND_ENCODING)
return command
def _prepare_and_send_command(self, command):
""" Send command to ASRS """
self.logger.debug(f'Sending command to ASRS: {command!r}')
command = self._prepare_command(command)
self.ser.write(command)
def home_move(self):
command = f'PLACE {self.HOME}'
self._prepare_and_send_command(command)
def home_center_move(self):
command = f'PLACE {self.HOME_CENTER}'
self._prepare_and_send_command(command)
def asrs_place(self, side, row, column):
command = f'PLACE {self.ASRS} {side} {row} {column}'
self._prepare_and_send_command(command)
def asrs_pick(self, side, row, column):
command = f'PICK {self.ASRS} {side} {row} {column}'
self._prepare_and_send_command(command)
def asrs_center_move(self):
command = f'PLACE {self.ASRS_CENTER}'
self._prepare_and_send_command(command)
def pre_conv_place(self):
command = f'PLACE {self.PRE_CONVEYOR}'
self._prepare_and_send_command(command)
def pre_conv_pick(self):
command = f'PICK {self.PRE_CONVEYOR}'
self._prepare_and_send_command(command)
def conv_place(self):
command = f'PLACE {self.CONVEYOR}'
self._prepare_and_send_command(command)
def conv_pick(self):
command = f'PICK {self.CONVEYOR}'
self._prepare_and_send_command(command)
def get_status(self):
# TODO: debug it
gpio_status = ''.join(str(GPIO.input(port)) for port in self.GPIO_STATUS_PORTS)
gpio_status_map = {
'000': StorageHWStatus.IDLE,
'001': StorageHWStatus.BUSY,
'111': StorageHWStatus.E_STOP
}
status = gpio_status_map.get(gpio_status, StorageHWStatus.ERROR)
self.logger.debug(f'Current status: {status!r}')
return status
class StorageCommandExecutorThread(ASRS):
idle_wait_timeout = 30
def __init__(self, storage_hw_api: StorageHWAPI):
self.st_api = storage_hw_api
self._executor_logger = logging.getLogger(f'{type(self).__name__}(executor_thread)')
self._executor_logger.debug('Initializing the executor thread')
self._init_waypoints_stuff()
self._task_queue = Queue()
self._executor_thread = threading.Thread(target=self._executor)
self._executor_thread.daemon = True
self._executor_stopped = False
self._executor_thread.start()
self._current_task = None
def _init_waypoints_stuff(self):
raw_waypoint_nt = namedtuple('RawWaypoint', 'location, asrs_method_positive, asrs_method_negative')
self.waypoint_nt = namedtuple('Waypoint', 'location, asrs_method, method_args')
self.waypoints_list = [
raw_waypoint_nt(StorageLocation.HOME, self.st_api.home_move, self.st_api.home_move),
raw_waypoint_nt(StorageLocation.HOME_CENTER, self.st_api.home_center_move, self.st_api.home_center_move),
raw_waypoint_nt(StorageLocation.ASRS, self.st_api.asrs_center_move, self.st_api.asrs_center_move),
raw_waypoint_nt(StorageLocation.PRE_CONVEYOR, self.st_api.pre_conv_place, self.st_api.pre_conv_pick),
raw_waypoint_nt(StorageLocation.CONVEYOR, self.st_api.conv_place, self.st_api.conv_pick)
]
def _generate_way_methods_list(self, from_location: StorageLocation, to_location: StorageLocation) -> list:
""" Generates the way methods list from one location to another """
# think about the reasons to rewrite it with collections.OrderedDict
self._executor_logger.debug(f'Creating waypoints list'
f'from {from_location.name!r} to {to_location.name!r}')
if from_location is to_location:
self._executor_logger.debug('Already at needed position')
way_methods_list = []
elif to_location.value > from_location.value:
self._executor_logger.debug('Will move in positive direction')
way_methods_list = self.waypoints_list[from_location.value:to_location.value + 1]
way_methods_list = [self.waypoint_nt(w.location, w.asrs_method_positive, ()) for w in way_methods_list]
else:
self._executor_logger.debug('Will move in negative direction')
way_methods_list = reversed(self.waypoints_list[to_location.value:from_location.value + 1])
way_methods_list = [self.waypoint_nt(w.location, w.asrs_method_negative, ()) for w in way_methods_list]
self._executor_logger.debug(f'Waypoints list: '
f'{" -> ".join(str(waypoint.location) for waypoint in way_methods_list)}')
return way_methods_list
def _generate_pick_place_waypoints(self, from_location: StorageLocation, to_location: StorageLocation, args):
self._executor_logger.debug(f'Generating waypoints list for {to_location} in {args}')
way_methods_list = self._generate_way_methods_list(from_location, StorageLocation.ASRS)
asrs_methods_map = {StorageLocation.ASRS_PICK: self.st_api.asrs_pick,
StorageLocation.ASRS_PLACE: self.st_api.asrs_place}
asrs_method = asrs_methods_map[to_location]
pick_place_waypoint = self.waypoint_nt(to_location, asrs_method, args)
way_methods_list.append(pick_place_waypoint)
asrs_center_waypoint = self.waypoint_nt(StorageLocation.ASRS, self.st_api.asrs_center_move, ())
way_methods_list.append(asrs_center_waypoint)
self._executor_logger.debug(f'Waypoints list: '
f'{" -> ".join(str(waypoint.location) for waypoint in way_methods_list)}')
return way_methods_list
def move_to_location(self, location: StorageLocation, *args):
""" Move from current position to the destination """
self._executor_logger.debug(f'Put the destination in the queue: {location} '
f'with args: {args}')
self._task_queue.put((location, *args))
self._executor_logger.debug(f'Queue: {self._task_queue.queue}')
def _run_asrs_method_and_wait_till_execution(self, asrs_method, *args):
self._executor_logger.debug(f'Got some asrs_method to execute: {asrs_method.__code__.co_name} '
f'with args: {args}')
self._wait_till_idle()
self._executor_logger.debug(f'Executing {asrs_method.__code__.co_name} with args {args}')
asrs_method(*args) # *method_args
self._wait_till_idle()
self._executor_logger.debug(f'Command {asrs_method.__code__.co_name} is executed')
def _wait_till_idle(self):
self._executor_logger.debug('Waiting till IDLE hw state')
time.sleep(0.5)
if self.st_api.status is StorageHWStatus.IDLE:
self._executor_logger.debug('Current state is IDLE already')
return
waiting_start_time = time.time()
while time.time() - waiting_start_time < self.idle_wait_timeout:
status = self.st_api.status
if status is StorageHWStatus.IDLE:
self._executor_logger.debug('Current state is IDLE, stops waiting')
return
elif status is StorageHWStatus.BUSY:
self._executor_logger.debug('Current state is BUSY, going to sleep')
time.sleep(0.5)
else:
raise RuntimeError(f"Some problems. Error: {status}")
raise TimeoutError("timeout has been reached")
def _executor(self):
self._executor_logger.debug("Executor thread initialized")
while True:
# i can't find another way to stabilize executor thread
try:
if self._executor_stopped and self._task_queue.empty():
self._executor_logger.debug('It\'s time to STOP')
break
current_location = self.location
destination, *destination_args = self._task_queue.get()
self._current_task = [destination, *destination_args]
self._executor_logger.debug(f'Need to move from {current_location} to {destination}')
if destination in [StorageLocation.ASRS_PLACE, StorageLocation.ASRS_PICK]:
way_methods_list = self._generate_pick_place_waypoints(current_location,
destination,
destination_args)
else:
way_methods_list = self._generate_way_methods_list(current_location, destination)
if way_methods_list:
self._executor_logger.debug(f'Calling the methods from way_methods_list one by one')
self.status = StorageStatus.BUSY
for location, asrs_method, method_args in way_methods_list:
self._run_asrs_method_and_wait_till_execution(asrs_method, *method_args)
self.location = location
self.status = StorageStatus.IDLE
else:
self.location = destination
self._executor_logger.debug(f'And we are here: {self.location}')
self._current_task = None
except Exception as e:
self._executor_logger.exception(e)
def stop(self):
""" Blocking method, waits for all queue terminating """
self._executor_logger.debug('Get command to wait for completion al queue and to stop executor')
self._executor_stopped = True
self._executor_thread.join()
@property
def queue(self):
return self._task_queue
@property
def current_task(self):
return self._current_task
class Storage(StorageCommandExecutorThread, ASRS):
""" High level class, that realises communication with ASRS """
DEBUG = True
backup_file = 'storage_backup.json'
def __init__(self, storage_hw_api: StorageHWAPI):
self.st_api = storage_hw_api
super().__init__(self.st_api)
self.logger = logging.getLogger(f'{type(self).__name__}')
self.location = StorageLocation.HOME
self.status = StorageStatus.IDLE
if not self.DEBUG:
self._load_state_and_location()
def __repr__(self):
return f'{type(self).__name__}()'
def __del__(self):
if not self.DEBUG:
self.return_to_home()
self._save_state_and_location()
def _load_state_and_location(self):
self.logger.debug('Loading saved state')
if os.path.exists(self.backup_file):
self.logger.debug('State backup file found')
with open(self.backup_file, 'w', encoding='utf8') as backup_file:
backup = json.load(backup_file)
self.location = StorageLocation(backup['location'])
self.status = StorageStatus(backup['status'])
else:
self.logger.debug('There are no state backup file')
def _save_state_and_location(self):
self.logger.debug('Saving current state')
backup = {'location': self.location.value,
'status': self.status.status}
with open(self.backup_file, encoding='utf8') as backup_file:
json.dump(backup, backup_file, indent='\t')
def _validate_side_row_column(self, side, row, column):
if not 1 <= side <= self.SIDES:
raise AttributeError(f'Number of sides must be in range of [1; {self.SIDES}], got {side}')
if not 1 <= row <= self.ROWS:
raise AttributeError(f'Number of sides must be in range of [1; {self.ROWS}], got {row}')
if not 1 <= column <= self.COLUMNS:
raise AttributeError(f'Number of sides must be in range of [1; {self.COLUMNS}], got {column}')
def return_to_home(self):
self.logger.debug(f'Returning to home')
self.move_to_location(StorageLocation.HOME)
def move_to_idle_position(self):
self.logger.debug('Moving to the idle position')
self.move_to_location(StorageLocation.ASRS)
def pick_from_asrs(self, side, row, column):
self._validate_side_row_column(side, row, column)
self.logger.debug(f'Picking up the item. side: {side}, row: {row}, column: {column}')
self.move_to_location(StorageLocation.ASRS_PICK, side, row, column)
def place_to_asrs(self, side, row, column):
self._validate_side_row_column(side, row, column)
self.logger.debug(f'Placing down the item. side: {side}, row: {row}, column: {column}')
self.move_to_location(StorageLocation.ASRS_PLACE, side, row, column)
def move_to_conveyor_pick_place_position(self):
self.logger.debug('Moving to conveyor pick&place position')
self.move_to_location(StorageLocation.CONVEYOR)
def pick_from_conveyor(self):
# TODO: change this logic. need to check current location during the execution, not during this method call
# if self.location is StorageLocation.CONVEYOR:
self.logger.debug('Picking up the item from conveyor')
self.move_to_idle_position()
def place_to_conveyor(self):
self.logger.debug('Placing down the item on conveyor')
self.move_to_conveyor_pick_place_position()
def demo(storage: Storage):
storage.move_to_idle_position()
storage.pick_from_asrs(1, 2, 2)
storage.place_to_conveyor()
storage.pick_from_conveyor()
storage.place_to_asrs(2, 4, 4)
storage.return_to_home()
storage.stop()
if __name__ == '__main__':
s = Storage(StorageHWAPIBySerial())
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,199 | rk9-fms/fms_hardware | refs/heads/master | /conveyor/conveyor_hardware_api.py | from time import sleep
from enum import Enum
from collections import namedtuple
import RPi.GPIO as GPIO
GPIO.setmode(GPIO.BCM)
GPIO.setwarnings(False)
class LockState(Enum):
CLOSED = 0
OPEN = 1
class ConveyorState(Enum):
E_STOP = 0
ENABLED = 1
class Conveyor:
def __init__(self, locks):
self.locks = locks
for lock_id, lock in enumerate(self.locks, 1):
lock.id = lock_id
self.state = ConveyorState.ENABLED
GPIO.setup(7, GPIO.OUT)
GPIO.output(7, GPIO.LOW)
self._lock_with_state = namedtuple('lock_with_state', ('lock', 'state'))
def conveyor_e_stop(self):
GPIO.output(7, GPIO.HIGH)
self.state = ConveyorState.E_STOP
def _find_lock_by_id(self, lock_id):
for lock in self.locks:
if lock.id == lock_id:
return lock
def _find_lock_by_name(self, lock_name):
for lock in self.locks:
if lock.name == lock_name.lower():
return lock
def _get_lock_by_id_or_name(self, searching_parameter):
if isinstance(searching_parameter, int):
return self._find_lock_by_id(searching_parameter)
elif isinstance(searching_parameter, str):
return self._find_lock_by_name(searching_parameter)
def lock_pass_one(self, lock_identifier):
self._get_lock_by_id_or_name(lock_identifier).pass_one()
def lock_open(self, lock_identifier):
self._get_lock_by_id_or_name(lock_identifier).open()
def lock_close(self, lock_identifier):
self._get_lock_by_id_or_name(lock_identifier).close()
def locks_state(self):
return [
self._lock_with_state(lock, lock.state)
for lock in self.locks
]
def lock_state(self, lock_identifier):
lock = self._get_lock_by_id_or_name(lock_identifier)
return self._lock_with_state(lock, lock.state)
class Lock:
PASS_ONE_AWAIT_TIME = 0.8
def __init__(self, name, in_port, out_port):
self.name = name.lower()
self.in_port = in_port
self.out_port = out_port
GPIO.setup(self.in_port, GPIO.IN)
GPIO.setup(self.out_port, GPIO.OUT)
GPIO.output(self.out_port, GPIO.LOW)
self.state = LockState.CLOSED
@property
def is_busy(self):
if GPIO.input(self.in_port):
return True
else:
return False
def open(self):
if self.state == LockState.OPEN:
return
GPIO.output(self.out_port, GPIO.HIGH)
self.state = LockState.OPEN
def close(self):
if self.state == LockState.CLOSED:
return
GPIO.output(self.out_port, GPIO.LOW)
self.state = LockState.CLOSED
def pass_one(self):
if self.state == LockState.OPEN:
return
GPIO.output(self.out_port, GPIO.HIGH)
self.state = LockState.OPEN
sleep(self.PASS_ONE_AWAIT_TIME)
GPIO.output(self.out_port, GPIO.LOW)
self.state = LockState.CLOSED
if __name__ == "__main__":
cv = Conveyor([Lock("ZYL.1", 4, 18), Lock("ZYL.2", 17, 23), Lock("ZYL.3", 27, 24), Lock("ZYL.4", 22, 25)])
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,200 | rk9-fms/fms_hardware | refs/heads/master | /conveyor/config.py | locks_rpi_config = [
# name, in_port, out_port
('ZYL.1', 4, 18),
('ZYL.2', 17, 23),
('ZYL.3', 27, 24),
('ZYL.4', 22, 25)
]
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,201 | rk9-fms/fms_hardware | refs/heads/master | /conveyor/test_mock/gpio_mock.py | import socket
class ListenerProtocolClient:
""" Base class for mocking RPI lib """
def send_request(self, data):
raise NotImplemented
class ListenerSocketClient(ListenerProtocolClient):
def __init__(self, host='localhost', port=42024):
""" Simulation listener client based on sockets """
self.host = host
self.port = port
def send_request(self, data):
with socket.socket(socket.AF_INET, socket.SOCK_STREAM) as sock:
# Connect to server and send data
sock.connect((self.host, self.port))
sock.sendall(data + b"\n")
# Receive data from the server and shut down
received = str(sock.recv(1024), "utf-8")
return received
class GPIOMock:
BOARD = 1
OUT = 1
IN = 1
BCM = 1
HIGH = 1
LOW = 0
def __init__(self, listener_client: ListenerProtocolClient):
"""
RPI lib mock.
Works based on simulation protocol client, sends requests with data like:
- OUTPUT <out_port(int)> <value(0|1)>
- INPUT <in_port(int)>
"""
self.client = listener_client
@staticmethod
def _prepare_command(command: str, *args: list):
args_str_list = " ".join(str(arg) for arg in args)
return f'{command.upper()} {args_str_list}'.encode()
@staticmethod
def setmode(a):
pass
def setup(self, out_port, value):
pass
def output(self, out_port, value):
command = 'OUTPUT'
data = self._prepare_command(command, out_port, value)
self.client.send_request(data)
def input(self, in_port):
command = 'INPUT'
data = self._prepare_command(command, in_port)
port_input = self.client.send_request(data)
return int(port_input)
@staticmethod
def cleanup():
pass
@staticmethod
def setwarnings(flag):
pass
| {"/conveyor/conveyor_web_api.py": ["/conveyor/conveyor_hardware_api.py"], "/storage/web_api/storage_web_api.py": ["/storage/hardware_api/storage_api.py", "/storage/hardware_api/storage_test_api.py"], "/conveyor/test_mock/web_api.py": ["/conveyor/test_mock/gpio_mock.py", "/conveyor/conveyor_web_api.py"], "/conveyor/conveyor_test_api.py": ["/conveyor/conveyor_hardware_api.py"], "/conveyor/simulation/listener.py": ["/conveyor/simulation/simulation.py"], "/storage/hardware_api/test.py": ["/storage/hardware_api/storage_api.py"], "/conveyor/simulation/visualizer.py": ["/conveyor/config.py", "/conveyor/simulation/simulation.py", "/conveyor/simulation/listener.py"], "/storage/hardware_api/storage_test_api.py": ["/storage/hardware_api/storage_api.py"]} |
60,202 | amitskwalia/django-project | refs/heads/master | /steelrumors/links/forms.py | from django import forms
from .models import UserProfile
from .models import Link
class UserProfileForm(forms.ModelForm):
class Meta:
model=UserProfile
class LinkForm(forms.ModelForm):
class Meta:
model=Link
exclude = ("submitter", "rank_score")
| {"/steelrumors/links/forms.py": ["/steelrumors/links/models.py"], "/steelrumors/links/views.py": ["/steelrumors/links/models.py", "/steelrumors/links/forms.py"]} |
60,203 | amitskwalia/django-project | refs/heads/master | /steelrumors/links/models.py | from django.db import models
from django.contrib.auth.models import User
from django.db.models import Count
from django.core.urlresolvers import reverse
class LinkVoteCountManager(models.Manager):
def get_query_set(self):
return super(LinkVoteCountManager, self).get_query_set().annotate(votes=Count('vote')).order_by("-votes")
class Link(models.Model):
title=models.CharField("Headline", max_length=100)
submitter=models.ForeignKey(User)
submitted_on=models.DateTimeField(auto_now_add=True)
rank_score=models.FloatField(default=0.0)
url=models.URLField("URL", max_length=250, blank=True)
description=models.TextField(blank=True)
with_votes=LinkVoteCountManager()
objects=models.Manager()
def __unicode__(self):
return self.title
def get_absolute_url(self):
return reverse("link_detail", kwargs={"pk": str(self.id)})
class Vote(models.Model):
voter=models.ForeignKey(User)
link=models.ForeignKey(Link)
def __unicode__(self):
return "%s Voted %s" % (self.voter.username, self.link.title)
class UserProfile(models.Model):
user=models.OneToOneField(User, unique=True)
bio=models.TextField(null=True)
def __unicode__(self):
return "%s 's profile" % self.user
def create_profile(sender, instance, created, **kwargs):
if created:
profile, created = UserProfile.objects.get_or_create(user=instance)
from django.db.models.signals import post_save
post_save.connect(create_profile, sender=User)
| {"/steelrumors/links/forms.py": ["/steelrumors/links/models.py"], "/steelrumors/links/views.py": ["/steelrumors/links/models.py", "/steelrumors/links/forms.py"]} |
60,204 | amitskwalia/django-project | refs/heads/master | /steelrumors/links/views.py | from django.views.generic import ListView
from django.views.generic import DetailView
from .models import Link, Vote, UserProfile
from .forms import UserProfileForm
from .forms import LinkForm
from django.contrib.auth import get_user_model
from django.views.generic.edit import UpdateView
from django.views.generic.edit import CreateView
from django.views.generic.edit import DeleteView
from django.core.urlresolvers import reverse,reverse_lazy
class LinkListView(ListView):
model=Link
queryset=Link.with_votes.all()
paginate_by=4
class LinkCreateView(CreateView):
model=Link
form_class=LinkForm
def form_valid(self, form):
f=form.save(commit=False)
f.rank_score=0.0
f.submitter=self.request.user
f.save()
return super(LinkCreateView, self).form_valid(form)
class LinkDetailView(DetailView):
model = Link
class LinkUpdateView(UpdateView):
model = Link
form_class=LinkForm
class LinkDeleteView(DeleteView):
model=Link
success_url = reverse_lazy("home")
class UserProfileDetailView(DetailView):
model=get_user_model()
slug_field="username"
template_name="user_detail.html"
def get_object(self, queryset=None):
user = super(UserProfileDetailView, self).get_object(queryset)
UserProfile.objects.get_or_create(user=user)
return user
class UserProfileEditView(UpdateView):
model=UserProfile
form_class=UserProfileForm
template_name="edit_profile.html"
def get_object(self, queryset=None):
return UserProfile.objects.get_or_create(user=self.request.user)[0]
def get_success_url(self):
return reverse("profile", kwargs={ "slug": self.request.user })
| {"/steelrumors/links/forms.py": ["/steelrumors/links/models.py"], "/steelrumors/links/views.py": ["/steelrumors/links/models.py", "/steelrumors/links/forms.py"]} |
60,205 | MonikaShah/SWKv1 | refs/heads/main | /swk/swkapi/apps.py | from django.apps import AppConfig
class SwkapiConfig(AppConfig):
name = 'swkapi'
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,206 | MonikaShah/SWKv1 | refs/heads/main | /swk/views.py | from django.shortcuts import render,redirect,HttpResponse,HttpResponseRedirect
from django.template import loader
from .forms import TracksheetForm, DutyEntryForm, TracksheetForm1,GrievanceForm, AudioGrievanceForm,UploadPictureForm,ImageShowForm#,RatingForm
from .models import DutyEntry, SupervisorsList,Tracksheet,Zones ,SwkAttendants, Rating, UploadPictureModel
from django.contrib.auth import authenticate, login, logout
from django.contrib.auth.models import User,auth
from django.contrib.auth import logout
from django.contrib import messages
from django.http import JsonResponse
from django.contrib.auth.decorators import login_required
from django.http import HttpResponseRedirect
from django.utils.translation import gettext_lazy as _
from django.core.mail import send_mail, get_connection
from datetime import datetime
#import easygui
from django.conf import settings
from django.views.generic import TemplateView
# from swk.HelloAnalytics import *
from django.views.generic import ListView
import json
import csv
from django.views.decorators.csrf import csrf_exempt
from django.views.decorators.http import require_http_methods
from django.contrib.staticfiles.storage import staticfiles_storage
from django.core.files.storage import FileSystemStorage
#import pandas as pd
# import pandas as pd
# import plotly.express as px
# from plotly.offline import plot
# import plotly.graph_objects as og
# import numpy
# Create your views here.form
def show(request):
datas= Tracksheet.objects.all().order_by('-date')
# datas1= Tracksheet.objects.all().order_by('-lane_name')
wardetail= DutyEntry.objects.all()
# data= User.objects.all()
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
context = {
'datas':datas,
# 'Visitor_count': recd_response
}
# return render(request,'show_data.html',{'datas':datas})
return render(request,'show_data.html',context)
# def download(request,year,month,day):
# print(year)
# print(month)
# print(day)
# new_date=year+'-'+ month +'-'+day
# datas= Tracksheet.objects.filter(date=new_date)
# # print(datas)
# return render(request,'download_data.html',{'datas':datas})
def downloadzone(request,year,month,day,year1,month1,day1,zone_name):
print(zone_name)
print(year)
print(month)
print(day)
print(year1)
print(month1)
print(day1)
new_date=year+'-'+ month +'-'+day
new_date1=year1+'-'+ month1 +'-'+day1
# zone_name = zone_name.split(',')
# zone_count = zone_name.count(',')
# print(zone_count)
# for count in zone_count:
# zone_name = 'lane_name='+zone_name[count]
if(zone_name=='ALL'):
datas= Tracksheet.objects.filter(date__range=(new_date, new_date1)).order_by('date','lane_name')
else:
datas= Tracksheet.objects.filter(lane_name__in=(zone_name.split(',')), date__range=(new_date, new_date1)).order_by('date','lane_name')
# datas= Tracksheet.objects.filter(lane_name=zone_name, date__range=(new_date, new_date1)).order_by('date','lane_name')
# print(datas.query)
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
context = {
'datas':datas,
# 'Visitor_count': recd_response
}
# return render(request,'show_data.html',{'datas':datas})
return render(request,'download_data_zone.html',context)
# return render(request,'download_data_zone.html',{'datas':datas})
def edit(request, id):
data = Tracksheet.objects.get(track_id=id)
# docdata = doctor.objects.get(id=id)
print(data.date)
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
context = {
'data':data,
# 'Visitor_count': recd_response
}
# return render(request,'edit.html', {'data':data})
return render(request,'edit.html',context)
def update(request, id):
# print(id)
data = Tracksheet.objects.get(track_id=id)
print(data)
form = TracksheetForm(request.POST, instance = data)
print(form)
if form.is_valid():
print("success")
form.save()
return redirect("/show/")
else:
print("fail")
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
context = {
'data':data,
# 'Visitor_count': recd_response
}
# return render(request, 'edit.html', {'data': data})
return render(request, 'edit.html', context)
def destroy(request, id):
data = Tracksheet.objects.get(track_id=id)
data.delete()
return redirect("/show/")
def user_login(request):
# context = RequestContext(request)
if request.method == 'POST':
username = request.POST['username']
password = request.POST['password']
user = authenticate(username=username, password=password)
if user is not None:
if user.is_active:
login(request, user)
# Redirect to index page.
# messages.info(request,"login sucessfully")
messages.info(request,_(u"loggedin sucessfully. Please check navigation bar on top to fill required forms."))
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
# context = {
# 'Visitor_count': recd_response
# }
# return render(request, "rating.html", context)
return render(request,"HomePage.html")
# return render(request,"HomePage.html",context)
else:
# Return a 'disabled account' error message
messages.info(request,_(u"Your account is disabled"))
return HttpResponseRedirect_(u"Your account is disabled.")
else:
# Return an 'invalid login' error message.
print (_(u"invalid login details for " + username))
# messages.info(request,"Invalid login details"+ username )
messages.error(request, _(u"Invalid username or password."))
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
# context = {
# 'Visitor_count': recd_response
# }
# return render(request,'adminlogin.html',context)
return render(request,'adminlogin.html')
else:
# the login is a GET request, so just show the user the login form.
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
# context = {
# 'Visitor_count': recd_response
# }
# return render(request,'adminlogin.html',context)
return render(request,'adminlogin.html')
def HomePage(request):
# print(main)
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# # print(response)
# recd_response = print_response(response)
# print(recd_response)
# context ={
# 'Visitor_count':recd_response
# }
# return render(request,"HomePage.html",context)
return render(request,"HomePage.html")
def logout_request(request):
logout(request)
messages.info(request, _(u"Logged out successfully!"))
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
# context = {
# 'Visitor_count': recd_response
# }
return render(request,'adminlogin.html',context)
#return render(request,"HomePage.html",context)
def DutyEntryPage(request):
if request.method == "POST":
# num_houses = request.POST.get("")
form = DutyEntryForm(request.POST or None)
if form.is_valid():
form.save()
messages.success(request, _(u'Your data is saved'))
return HttpResponseRedirect(request.path_info)
else:
form = DutyEntryForm(request.POST or None)
context= {
'form': form,
'test': 'test',
}
return render(request,'DutyEntryForm.html',context)
def TracksheetPage(request):
form = TracksheetForm(request.POST or None)
form1 = ImageShowForm(request.POST or None)
if request.is_ajax():
requestvar = request.get_full_path()
print(requestvar)
# if(requestvar!=null):
# docinfo = []
# docinfo1 =[]
#
# if(requestvar.find('name1')):
if "name1" in requestvar:
selected_field1 = request.GET['name1']
print("true")
print(selected_field1)
docinfo1 = list(UploadPictureModel.objects.filter(date=selected_field1).values());
print("doc info from upload picture model is " ,docinfo1)
jsondata2 =docinfo1[0]
return JsonResponse(jsondata2)
elif "name" in requestvar:
selected_field = request.GET['name']
print(selected_field)
docinfo = list(SwkAttendants.objects.filter(zone_name=selected_field).values());
print("doc info is " ,docinfo)
jsondata2 =docinfo[0]
# field=docinfo[0]["zone_id"]
# print(field)
# docinfo1 = list(SwkAttendants.objects.filter(zone_id=field).values());
# jsondata2=docinfo1[0]
# print("docinfo 0 is ",docinfo[0])
return JsonResponse(jsondata2)
if request.method == "POST":
form = TracksheetForm(request.POST or None)
print(form)
if form.is_valid():
query_column = form.cleaned_data['lane_name']
# operator = form.cleaned_data['operator']
# value = form.cleaned_data['value']
query="""select num_houses_lane from DutyEntry where lane_name = '{}'""".format(query_column)
raw = DutyEntry.objects.raw(query)
context = {'form':form,'data':raw}
date = form.cleaned_data['date']
zone = form.cleaned_data['zone_id_id']
print(zone)
# print(request.POST['username'])
laneName = form.cleaned_data['lane_name']
print(laneName)
if laneName =="none":
messages.warning(request, _(u'Please select Zone'))
if Tracksheet.objects.filter(date=date, lane_name=laneName).exists():
messages.warning(request, _(u'Data already exists'))
else:
instance = form.save(commit=False)
instance.num_houses_lane = 100
instance.rejected = ((instance.drywaste_bf +instance.wetwaste_bf) - (instance.drywaste_af + instance.wetwaste_af))
instance.num_houses_giving_mixwaste = (instance.num_houses_reached - instance.num_houses_doing_segg)
print(instance.num_houses_giving_mixwaste)
instance.zone_id_id=zone
print(instance.zone_id_id)
instance.save()
messages.success(request, _(u'Your data is saved for {} dated {}').format(laneName,date))
# form.save()
# messages.success(request, 'Your data is saved')
return HttpResponseRedirect(request.path_info)
else:
messages.warning(request, _(u'Please check your form'))
else:
form = TracksheetForm(request.POST or None)
diary = UploadPictureModel.objects.order_by("-date")[:1]
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
context= {
'form': form,
'diary': diary,
'media_url':settings.MEDIA_URL,
# 'Visitor_count': recd_response
}
return render(request,'TracksheetForm.html',context)
def TrackformPageDetail(request):
form = TracksheetForm1(request.POST or None)
if request.is_ajax():
selected_field = request.GET['name']
print("Selected Fileds is" +selected_field)
docinfo = list(SwkAttendants.objects.filter(zone_name=selected_field).values());
# print(docinfo)
jsondata =docinfo[0]
# field=docinfo[0]["zone_id"]
# print(field)
# docinfo1 = list(SwkAttendants.objects.filter(zone_id=field).values());
# jsondata1=docinfo1[0]
return JsonResponse(jsondata)
if request.method == "POST":
form = TracksheetForm1(request.POST or None)
print(form)
if form.is_valid():
query_column = form.cleaned_data['lane_name']
# operator = form.cleaned_data['operator']
# value = form.cleaned_data['value']
query="""select num_houses_lane from DutyEntry where lane_name = '{}'""".format(query_column)
raw = DutyEntry.objects.raw(query)
context = {'form':form,'data':raw}
date = form.cleaned_data['date']
zone = form.cleaned_data['zone_id_id']
print(zone)
# print(request.POST['username'])
laneName = form.cleaned_data['lane_name']
print(laneName)
if laneName =="none":
messages.warning(request, _(u'Please select Zone'))
if Tracksheet.objects.filter(date=date, lane_name=laneName).exists():
messages.warning(request, _(u'Data already exists'))
else:
instance = form.save(commit=False)
instance.num_houses_lane = 100
instance.rejected = ((instance.drywaste_bf +instance.wetwaste_bf) - (instance.drywaste_af + instance.wetwaste_af))
instance.num_houses_giving_mixwaste = (instance.num_houses_reached - instance.num_houses_doing_segg)
print(instance.num_houses_giving_mixwaste)
instance.zone_id_id=zone
print(instance.zone_id_id)
instance.save()
messages.success(request, _(u'Your data is saved for {} dated {}').format(laneName,date))
# form.save()
# messages.success(request, 'Your data is saved')
return HttpResponseRedirect(request.path_info)
else:
messages.warning(request, _(u'Please check your form'))
else:
form = TracksheetForm1(request.POST or None)
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
context= {
'form': form,
'test': 'test',
# 'Visitor_count': recd_response
}
return render(request,'TrackformPageDetail.html',context)
def AboutUs(request):
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
# context = {
# 'Visitor_count': recd_response
# }
# return render(request, "aboutus.html", context)
return render(request, "aboutus.html")
def report(request):
return HttpResponseRedirect('/report_builder/report/9')
def FAQ(request):
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
# context = {
# 'Visitor_count': recd_response
# }
# return render(request, "faq.html", context)
return render(request, "faq.html")
def Contact(request):
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
# context = {
# 'Visitor_count': recd_response
# }
# return render(request, "contact.html", context)
return render(request, "contact.html")
def RatingView(request):
print(request.method)
if request.method == 'POST':
name = request.POST.get('name')
mobile = request.POST.get('mobile')
email = request.POST.get('email')
service_swk = request.POST.get('rating1')
timing_swk = request.POST.get('rating2')
mobile_swk = request.POST.get('rating3')
compost_kit_garden = request.POST.get('rating4')
communicate_swk = request.POST.get('rating5')
solid_waste_man = request.POST.get('rating6')
service_workers = request.POST.get('rating7')
segregation = request.POST.get('rating8')
recycle_process = request.POST.get('rating9')
awareness = request.POST.get('rating10')
role = request.POST.get('rating11')
sub=Rating(name=name,mobile=mobile,email=email,service_swk=service_swk,timing_swk=timing_swk,mobile_swk=mobile_swk,compost_kit_garden=compost_kit_garden,communicate_swk=communicate_swk,solid_waste_man=solid_waste_man,service_workers=service_workers,segregation=segregation,recycle_process=recycle_process,awareness=awareness,role=role)
# if sub.save():
# print(sub.save)
sub.save()
messages.success(request, _(u' Your feedback is saved. '))
return HttpResponseRedirect(request.path_info)
# else:
# messages.warning(request, _(u'Please check your form'))
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
# context = {
# 'Visitor_count': recd_response
# }
#return render(request, "rating.html", context)
return render(request,"rating.html")
def upload(request):
customHeader = request.META['HTTP_MYCUSTOMHEADER']
# obviously handle correct naming of the file and place it somewhere like media/uploads/
uploadedFile = open("recording.ogg", "wb")
# the actual file is in request.body
uploadedFile.write(request.body)
uploadedFile.close()
# put additional logic like creating a model instance or something like this here
return HttpResponse(escape(repr(request)))
def audiogrievance(request):
url = staticfiles_storage.path('zones_lanes.csv')
url2 = staticfiles_storage.path('supervisors.csv')
form = AudioGrievanceForm(request.POST or None)
if request.method == 'POST':
myfile = request.FILES['myfile']
fs = FileSystemStorage()
filename = fs.save(myfile.name, myfile)
uploaded_file_url = fs.url(filename)
form = AudioGrievanceForm(request.POST or None)
if form.is_valid():
latitude = request.POST.get('latitude')
longitude = request.POST.get('longitude')
cd = form.cleaned_data
name = form.cleaned_data['name']
mobile = form.cleaned_data['mobile']
selectzones = form.cleaned_data['selectzones']
selectlanes = form.cleaned_data['selectlanes']
grievance = form.cleaned_data['grievance']
audio_src = form.cleaned_data['audio_src']
img_src = form.cleaned_data['img_src']
grievance_no = form.cleaned_data['grievance_no']
upload = request.FILES['upload']
fss = FileSystemStorage()
file = fss.save(upload.name, upload)
file_url = fss.url(file)
#df = pd.read_csv('zones_lanes.csv', delimiter=',')
# User list comprehension to create a list of lists from Dataframe rows
#row_wise_csv = [list(row) for row in df.values]
with open(url, "r") as file:
lines = file.readlines()
row_wise_csv = [[value for value in line.split(",")] for line in lines]
list_zones_true = row_wise_csv[1]
list_zones_true = list_zones_true[1:]
list_zones_true_2 =[]
for element in list_zones_true:
list_zones_true_2.append(element.strip('\n'))
print(list_zones_true_2)
ind = list_zones_true_2.index(selectzones)
print(ind)
with open(url2) as csvfile:
rows = csv.reader(csvfile)
column_wise_csv = list(zip(*rows))
column_zones = column_wise_csv[1]
column_zones = column_zones[1:]
cell_zones = ""
ind = ind+1
i=-1
flag = -1
for cell in column_zones:
i = i+1
cell_zones = cell
my_list = cell_zones.split(",")
print(my_list)
for num in my_list:
num = num.strip()
curr_num = int(num)
if (ind == curr_num) :
print("here")
flag = i
break
supervisor_name = column_wise_csv[0]
supervisor_name = supervisor_name[1:]
supervisor_name_curr = supervisor_name[flag]
print(supervisor_name_curr)
supervisor_email = column_wise_csv[2]
supervisor_email = supervisor_email[1:]
supervisor_email_curr = supervisor_email[flag]
print(supervisor_email_curr)
print("Grievance is "+cd['grievance'])
print("email is "+ cd['email'])
from_email = form.cleaned_data['email']
message_mail = 'Senders Name - '+ name + "\n" + 'Senders Mobile - '+ str(mobile) + "\n" + 'Senders Email Id - ' +from_email + "\n" + 'Grievance for Zone - ' +selectzones + "\n" + 'Grievance of lane - ' +selectlanes + "\n"+ 'Grievance Number - '+grievance_no + 'Grievance Received - '+ grievance+"\n" + 'Audio Recording - http://127.0.0.1:8000/media/'+ audio_src+"\n" + 'Image - http://127.0.0.1:8000/media/'+ img_src+"\n" + 'Grievance no - '+ grievance_no
# message_mail = 'Senders Name - '+ name + "\n" + 'Senders Mobile - '+ str(mobile) + "\n" + 'Senders Email Id - ' +from_email + "\n"
# + 'Is collecting food waste once a day enough? - '+ fw_once + "\n"
# + 'Would you like to collect food waste twice a day enough? - '+ str(fw_twice) + "\n"
# + 'Do you have container for food waste? - '+ str(fw_container) + "\n"
# + 'Do you have container for dry waste? - '+ str(dw_container) + "\n"
# + 'Do you have container for menstrual waste? - '+ str(mw_container) + "\n"
# + 'Do you have container for e-waste waste? - '+ str(ew_container) + "\n"
# + 'Feedback Received - '+ feedback
# print(latitude)
# print(request.POST.get('lat'))
print(from_email)
print(request.POST)
form.save()
con = get_connection('django.core.mail.backends.console.EmailBackend')
con = get_connection('django.core.mail.backends.smtp.EmailBackend')
# if (send_mail('Feedback (SWK)', cd['feedback'],cd.get('email', 'noreply@example.com'),
# ['monikapatira@gmail.com'],connection=con)):
to_emails = ['karu1098@gmail.com', 'sms.swk@gmail.com']
to_emails.append(supervisor_email_curr)
print(to_emails)
if(send_mail('Grievance received for swk.communitygis.net', message_mail,from_email,to_emails,fail_silently=False,)):
# if(send_mail('Feedback (SWK)', message_mail,from_email,['monikapatira@gmail.com'],fail_silently=False,)):
print("message sent")
else :
console.log(message_mail)
print("Failure")
messages.success(request, 'Your grievance is saved and email is sent. Your Greivance no. is '+grievance_no)
return HttpResponseRedirect(request.path_info)
else:
cd = form.cleaned_data
print(cd)
print(form.errors)
messages.warning(request, 'Please check your form')
form_class = AudioGrievanceForm
# return render(request,"grievance_form.html",context)
return render(request, 'audio-grievance_form.html',{'form': GrievanceForm})
else:
form_class = AudioGrievanceForm
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
# context = {
# 'Visitor_count': recd_response
# }
# return render(request, "audio-grievance_form.html", {'form': form_class, 'Visitor_count':recd_response})
return render(request, "audio-grievance_form.html", {'form': form_class})
def Grievance(request):
url = staticfiles_storage.path('zones_lanes.csv')
url2 = staticfiles_storage.path('supervisors.csv')
form = GrievanceForm(request.POST or None)
if request.method == 'POST':
form = GrievanceForm(request.POST or None)
if form.is_valid():
latitude = request.POST.get('latitude')
longitude = request.POST.get('longitude')
cd = form.cleaned_data
name = form.cleaned_data['name']
mobile = form.cleaned_data['mobile']
selectzones = form.cleaned_data['selectzones']
selectlanes = form.cleaned_data['selectlanes']
grievance = form.cleaned_data['grievance']
grievance_no = form.cleaned_data['grievance_no']
#df = pd.read_csv('zones_lanes.csv', delimiter=',')
# User list comprehension to create a list of lists from Dataframe rows
#row_wise_csv = [list(row) for row in df.values]
with open(url, "r") as file:
lines = file.readlines()
row_wise_csv = [[value for value in line.split(",")] for line in lines]
list_zones_true = row_wise_csv[1]
list_zones_true = list_zones_true[1:]
list_zones_true_2 =[]
for element in list_zones_true:
list_zones_true_2.append(element.strip('\n'))
print(list_zones_true_2)
ind = list_zones_true_2.index(selectzones)
print(ind)
with open(url2) as csvfile:
rows = csv.reader(csvfile)
column_wise_csv = list(zip(*rows))
column_zones = column_wise_csv[1]
column_zones = column_zones[1:]
cell_zones = ""
ind = ind+1
i=-1
flag = -1
for cell in column_zones:
i = i+1
cell_zones = cell
my_list = cell_zones.split(",")
print(my_list)
for num in my_list:
num = num.strip()
curr_num = int(num)
if (ind == curr_num) :
print("here")
flag = i
break
supervisor_name = column_wise_csv[0]
supervisor_name = supervisor_name[1:]
supervisor_name_curr = supervisor_name[flag]
print(supervisor_name_curr)
supervisor_email = column_wise_csv[2]
supervisor_email = supervisor_email[1:]
supervisor_email_curr = supervisor_email[flag]
print(supervisor_email_curr)
print("Grievance is "+cd['grievance'])
print("email is "+ cd['email'])
from_email = form.cleaned_data['email']
message_mail = 'Senders Name - '+ name + "\n" + 'Senders Mobile - '+ str(mobile) + "\n" + 'Senders Email Id - ' +from_email + "\n" + 'Grievance for Zone - ' +selectzones + "\n" + 'Grievance of lane - ' +selectlanes + "\n"+ 'Grievance Number - '+grievance_no +"\n"+ 'Grievance Received - '+ grievance
# message_mail = 'Senders Name - '+ name + "\n" + 'Senders Mobile - '+ str(mobile) + "\n" + 'Senders Email Id - ' +from_email + "\n"
# + 'Is collecting food waste once a day enough? - '+ fw_once + "\n"
# + 'Would you like to collect food waste twice a day enough? - '+ str(fw_twice) + "\n"
# + 'Do you have container for food waste? - '+ str(fw_container) + "\n"
# + 'Do you have container for dry waste? - '+ str(dw_container) + "\n"
# + 'Do you have container for menstrual waste? - '+ str(mw_container) + "\n"
# + 'Do you have container for e-waste waste? - '+ str(ew_container) + "\n"
# + 'Feedback Received - '+ feedback
# print(latitude)
# print(request.POST.get('lat'))
print(from_email)
print(request.POST)
form.save()
#con = get_connection('django.core.mail.backends.console.EmailBackend')
con = get_connection('django.core.mail.backends.smtp.EmailBackend')
# if (send_mail('Feedback (SWK)', cd['feedback'],cd.get('email', 'noreply@example.com'),
# ['monikapatira@gmail.com'],connection=con)):
to_emails = ['karu1098@gmail.com', 'sms.swk@gmail.com']
to_emails.append(supervisor_email_curr)
print(to_emails)
if(send_mail('Grievance received for swk.communitygis.net', message_mail,from_email,to_emails,fail_silently=False,)):
# if(send_mail('Feedback (SWK)', message_mail,from_email,['monikapatira@gmail.com'],fail_silently=False,)):
print("message sent")
else :
console.log(message_mail)
print("Failure")
messages.success(request, 'Your grievance is saved and email is sent. Your Greivance no. is '+grievance_no)
return HttpResponseRedirect(request.path_info)
else:
cd = form.cleaned_data
print(cd)
print(form.errors)
messages.warning(request, 'Please check your form')
form_class = GrievanceForm
# return render(request,"grievance_form.html",context)
return render(request, 'grievance_form.html',{'form': GrievanceForm})
else:
form_class = GrievanceForm
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
# context = {
# 'Visitor_count': recd_response
# }
# return render(request, "grievance_form.html", {'form': form_class, 'Visitor_count':recd_response})
return render(request, "grievance_form.html", {'form': form_class})
def uploadimage(request):
if request.method == 'POST':
form = UploadPictureForm(request.POST, request.FILES)
date = request.POST.get('date')
if form.is_valid():
if UploadPictureModel.objects.filter(date=date).exists():
messages.warning(request, _(u'Image for this date already exists'))
else:
instance = form.save()
instance.user = request.user
instance.save()
print("Image is saved.")
messages.success(request,_(u'Image has been uploaded'))
return redirect('/')
else:
form = UploadPictureForm()
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
context = {
# 'Visitor_count': recd_response,
'form':form
}
# return render(request,'upload_image.html',{'form': form})
return render(request,'upload_image.html',context)
#@csrf_exempt
@require_http_methods(["GET"])
def getdetails(request):
#country_name = request.POST['country_name']
url = staticfiles_storage.path('zones_lanes.csv')
result_set = []
if request.method == 'GET' and request.is_ajax():
ourid = request.GET.get('name[]')
# all_cities = []
with open(url) as csvfile:
rows = csv.reader(csvfile)
column_wise_csv = list(zip(*rows))
# df = pd.read_csv('zones_lanes.csv', delimiter=',')
with open(url, "r") as file:
lines = file.readlines()
row_wise_csv = [[value for value in line.split(",")] for line in lines]
# User list comprehension to create a list of lists from Dataframe rows
# row_wise_csv = [list(row) for row in df.values]
with open(url) as csvfile:
rows = csv.reader(csvfile)
column_wise_csv = list(zip(*rows))
list_zones_true = row_wise_csv[1]
list_zones_true = list_zones_true[1:]
if ourid == 'please select your zone':
list_zones = row_wise_csv[1]
list_zones = list_zones[1:]
else:
ind = list_zones_true.index(ourid)
ind = ind +1
list_zones =column_wise_csv[ind]
list_zones = list_zones[2:]
list_zones = list(list_zones)
while("" in list_zones) :
list_zones.remove("")
list_zones = tuple(list_zones)
for zone in list_zones:
result_set.append({'name': zone})
return JsonResponse(result_set,safe = False)
# def Graphs(request):
# df = pd.read_excel('/home/ubuntu/Documents/Diet-Diversity/Nutri-infotainment survey (Part 1) (Responses).xlsx',0)
# df.head(2)
# # Bar chart
# # fig = px.bar(df, x = 'What is your Weight? (kgs)', y = 'What is your Height? (cms)', title='Weight to Height ratio')
# # plot_div = plot(fig, output_type='div')
# # Pie Chart
# names = ['White colour', 'Orange colour', 'No Ration card']
# fig = px.pie(df, names=names, title ='Ration card Holders')
# fig.update_traces(
# textposition = 'inside',
# textinfo = 'percent+label'
# )
# fig.update_layout(
# title_font_size = 42
# )
# # Bar Chart with count and index
# entities = df['What is your dietary habit?'].value_counts()
# index = entities.index
# fig1 = px.bar(df, x=index, y=entities, title= 'Dietary Habits')
# fig1.update_layout(
# title_font_size = 42
# )
# # Grouped Bar Chart with count and index
# fig2 = og.Figure(data=[og.Bar(
# name = 'Consume Banana Peel',
# y = df['Do you consume banana peel?'].value_counts(),
# x = df['Do you consume banana peel?'].value_counts().index
# ),
# og.Bar(
# name = 'Consume Dudhi (Bottle gourd) Peel',
# y = df['Do you consume bottle gourd (dudhi/lauki)peel?'].value_counts(),
# x = df['Do you consume bottle gourd (dudhi/lauki)peel?'].value_counts().index
# )
# ])
# fig2.update_layout(
# title ='Consumption of banana and dudhi peel',
# title_font_size = 42
# )
# plot_div = plot(fig, output_type='div')
# plot_div1 = plot(fig1,output_type='div')
# plot_div2 = plot(fig2,output_type='div')
# return render(request,'graphs.html', context={'plot_div': plot_div, 'plot_div1':plot_div1,'plot_div2':plot_div2 })
# def some_object_view(request, pk):
# some_obj = get_object_or_404(SOME_MODEL, pk=pk)
# Visit.objects.add_object_visit(request, obj=some_obj)
# class SupervisorListView(ListView):
# model = SupervisorsList
# template = "/grievance.html"
# return render(request, 'cities_template.html', {'cities': cities})
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,207 | MonikaShah/SWKv1 | refs/heads/main | /swk/migrations/0012_merge_20210616_0743.py | # Generated by Django 3.1.5 on 2021-06-16 07:43
from django.db import migrations
class Migration(migrations.Migration):
dependencies = [
('swk', '0011_swkattendants'),
('swk', '0003_uploadpicturemodel'),
]
operations = [
]
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,208 | MonikaShah/SWKv1 | refs/heads/main | /swk/migrations/0001_initial.py | # Generated by Django 3.1.1 on 2020-12-09 12:58
from django.db import migrations, models
import django.db.models.deletion
class Migration(migrations.Migration):
initial = True
dependencies = [
('wagtailcore', '0052_pagelogentry'),
]
operations = [
migrations.CreateModel(
name='SwkTracksheetReport',
fields=[
('num_houses_reached', models.IntegerField()),
('num_houses_doing_segg', models.IntegerField()),
('num_houses_giving_mixwaste', models.IntegerField()),
('drywaste_bf', models.IntegerField()),
('drywaste_af', models.IntegerField()),
('wetwaste_bf', models.IntegerField()),
('wetwaste_af', models.IntegerField()),
('lane_name', models.CharField(max_length=200)),
('num_attendants', models.IntegerField()),
('first_attendants_name', models.CharField(max_length=100)),
('second_attendants_name', models.CharField(max_length=100)),
('time_of_visit', models.CharField(max_length=100)),
('track_id', models.AutoField(primary_key=True, serialize=False)),
('date', models.DateField()),
('supervisor_name', models.CharField(max_length=100)),
('num_houses', models.IntegerField(blank=True, null=True)),
('rejected_total', models.IntegerField(blank=True, null=True)),
('rejected_dry', models.IntegerField(blank=True, null=True)),
('rejected_wet', models.IntegerField(blank=True, null=True)),
],
options={
'db_table': 'swk_tracksheet_report',
'managed': False,
},
),
migrations.CreateModel(
name='DutyEntry',
fields=[
('lane_name', models.CharField(max_length=200, primary_key=True, serialize=False)),
('first_attendants_name', models.CharField(max_length=100)),
('second_attendants_name', models.CharField(max_length=100)),
('num_houses_lane', models.IntegerField()),
],
),
migrations.CreateModel(
name='HomePage',
fields=[
('page_ptr', models.OneToOneField(auto_created=True, on_delete=django.db.models.deletion.CASCADE, parent_link=True, primary_key=True, serialize=False, to='wagtailcore.page')),
],
options={
'abstract': False,
},
bases=('wagtailcore.page',),
),
migrations.CreateModel(
name='Tracksheet',
fields=[
('date', models.DateField()),
('num_houses_reached', models.IntegerField(default=20)),
('num_houses_doing_segg', models.IntegerField()),
('num_houses_giving_mixwaste', models.IntegerField()),
('drywaste_bf', models.IntegerField()),
('drywaste_af', models.IntegerField()),
('wetwaste_bf', models.IntegerField()),
('wetwaste_af', models.IntegerField()),
('lane_name', models.CharField(max_length=200)),
('num_attendants', models.IntegerField(default=2)),
('first_attendants_name', models.CharField(max_length=100)),
('second_attendants_name', models.CharField(max_length=100)),
('supervisor_name', models.CharField(default='Zaheer', max_length=100)),
('time_of_visit', models.CharField(max_length=100)),
('track_id', models.AutoField(primary_key=True, serialize=False)),
('rejected', models.IntegerField()),
('zone_id', models.CharField(max_length=10)),
],
),
migrations.CreateModel(
name='TracksheetModel',
fields=[
('page_ptr', models.OneToOneField(auto_created=True, on_delete=django.db.models.deletion.CASCADE, parent_link=True, primary_key=True, serialize=False, to='wagtailcore.page')),
],
options={
'abstract': False,
},
bases=('wagtailcore.page',),
),
]
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,209 | MonikaShah/SWKv1 | refs/heads/main | /react_dashboard/urls.py | from django.urls import path, re_path, include
from .views import index
urlpatterns = [
path('',index,name="dashboard")
] | {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,210 | MonikaShah/SWKv1 | refs/heads/main | /swk/migrations/0011_swkattendants.py | # Generated by Django 3.1.6 on 2021-02-14 05:14
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('swk', '0010_auto_20201217_1052'),
]
operations = [
migrations.CreateModel(
name='SwkAttendants',
fields=[
('id', models.AutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
('attendant1', models.CharField(blank=True, max_length=50, null=True)),
('attendant2', models.CharField(blank=True, max_length=50, null=True)),
('supervisor', models.CharField(blank=True, max_length=50, null=True)),
('zone_name', models.CharField(blank=True, max_length=100, null=True)),
('zone_id', models.CharField(blank=True, max_length=10, null=True)),
],
options={
'db_table': 'swk_attendants',
'managed': False,
},
),
]
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,211 | MonikaShah/SWKv1 | refs/heads/main | /swk/migrations/0004_auto_20201217_0607.py | # Generated by Django 3.1.1 on 2020-12-17 06:07
from django.db import migrations, models
import django.db.models.deletion
class Migration(migrations.Migration):
dependencies = [
('swk', '0003_auto_20201216_1628'),
]
operations = [
migrations.CreateModel(
name='Zones',
fields=[
('id', models.CharField(max_length=10, primary_key=True, serialize=False)),
('zone_name', models.CharField(blank=True, max_length=100, null=True)),
('zone_id', models.CharField(blank=True, max_length=10, null=True)),
],
options={
'db_table': 'zones',
'managed': False,
},
),
migrations.DeleteModel(
name='zone',
),
migrations.AlterField(
model_name='tracksheet',
name='zone_id',
field=models.ForeignKey(on_delete=django.db.models.deletion.CASCADE, to='swk.zones'),
),
]
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,212 | MonikaShah/SWKv1 | refs/heads/main | /swk/forms.py | from django import forms
from .models import Tracksheet,DutyEntry,Zones,Grievance,UploadPictureModel#, Rating
import os
from crispy_forms.helper import FormHelper
from crispy_forms.layout import Layout, Submit, Row, Column, ButtonHolder
import datetime
# from phonenumber_field.formfields import PhoneNumberField
from django.contrib.gis import forms
from django.utils.translation import ugettext_lazy as _
from django.core.exceptions import ValidationError
from datetime import timedelta
# import pandas as pd
# import numpy as np
import xlrd
import csv
demarcated_lane = [('none','Select Zone'),
('Hira Seth Chawl to Waras Lane','Hira Seth Chawl to Waras Lane'),
('Navneet Lane to Tare Galli','Navneet Lane to Tare Galli'),
('Bhandar Wada to Amar Prem Chowk','Bhandar Wada to Amar Prem Chowk'),
('Pakhari Galli','Pakhari Galli'),
('Shankar Mandir to Bhagat Galli','Shankar Mandir to Bhagat Galli'),
('Gonta Galli to Kranti Galli','Gonta Galli to Kranti Galli'),
('Kranti galli to Navjeevan wasahat','Kranti galli to Navjeevan wasahat'),
('Bazar Galli to Fish market','Bazar Galli to Fish market'),
('Maval Maratha (Payari)', 'Maval Maratha (Payari)'),
('Sonapur to Dukkur Galli','Sonapur to Dukkur Galli'),
('Dukkur Galli to Taak Galli','Dukkur Galli to Taak Galli'),
('Nagobacha Ghumat to Achanak','Nagobacha Ghumat to Achanak'),
('Golfadevi','Golfadevi'),
]
timeslot= [
('7:30am - 8:30 am','Morning'),
('7:30pm - 8:30 pm','Evening'),
]
Fatten_name = [
('Amrapali Nikalje','Amrapali Nikalje'),
('Kaushalya Maske', 'Kaushalya Maske'),
('Asha Sadar','Asha Sadar'),
('Kalinda Jogdand', 'Kalinda Jogdand'),
('Laxmi Gaoli','Laxmi Gaoli'),
('Jana pote','Jana pote'),
('Bismillah Saiyad','Bismillah Saiyad'),
('Rehana Saikh','Rehana Saikh'),
('Aruna Parkhe','Aruna Parkhe'),
('Ganga Sonavane','Ganga Sonavane'),
('Kavita Binniwale','Kavita Binniwale'),
('Sangeeta Gaikwad','Sangeeta Gaikwad'),
('Rama Sinde','Rama Sinde'),
('Sanjay Ahire','Sanjay Ahire'),
]
Satten_name = [
('Krushna Patekar', 'Krushna Patekar'),
('Parvati Yede','Parvati Yede'),
('Sakuntala Kahrat','Sakuntala Kahrat'),
('Amba Bai Isre', 'Amba Bai Isre'),
('Jija BaiMakasare','Jija BaiMakasare'),
('Vaishali Gaoli','Vaishali Gaoli'),
('Gaya Bai Parkhe','Gaya Bai Parkhe'),
('Indu Bai Gade','Indu Bai Gade'),
('Farzana Khan','Farzana Khan'),
('Santa Sinde','Santa Sinde'),
('Durga Ganbas','Durga Ganbas'),
('Sheema Sonavane','Sheema Sonavane'),
('Vinayak Salve','Vinayak Salve'),
]
supervisor_name = [
('Akshay Kharat','Akshay Kharat'),
('Sanjay Thorat','Sanjay Thorat'),
('Ankit Singh','Ankit Singh'),
('Umesh Salve','Umesh Salve'),
('Savita Sonawane','Savita Sonawane'),
('Zaheer','Zaheer'),
('Akash','Akash'),
]
reason_late_entry = [
("Late Entry - Holiday", 'On Holiday'),
("Late Entry - Forgot", 'Forgot to make Entry'),
("Late Entry - Unwell",'Not Well')
]
class TracksheetForm(forms.ModelForm):
date= forms.DateField(label = _(u'Date'),required=True,widget=forms.TextInput(attrs={'type': 'date'}),initial=datetime.date.today)
lane_name = forms.CharField(label = _(u'Zone'),widget=forms.Select(choices=demarcated_lane), localize=True)
num_attendants = forms.CharField(label = _(u'Attendants Number'),widget=forms.HiddenInput(),required=False)
first_attendants_name = forms.CharField(label = _(u'First Attendant'),widget=forms.HiddenInput(),required=False)
second_attendants_name = forms.CharField(label = _(u'Second Attendant'),widget=forms.HiddenInput(),required=False)
supervisor_name = forms.CharField(label = _(u'Supervisor'))
num_houses_reached = forms.FloatField(label = _(u'Houses Reached'))
# time_of_visit = forms.CharField(label = _(u'Time of Visit'),widget=forms.Select(choices=timeslot))
time_of_visit = forms.CharField(label = _(u'Time of Visit'),widget=forms.HiddenInput(),required=False)
drywaste_bf = forms.IntegerField(label = _(u"Dry waste before(kgs)"))
drywaste_af = forms.IntegerField(label = _(u"Dry waste after(kgs)"))
wetwaste_bf = forms.IntegerField(label = _(u"Wet waste before(kgs)"))
wetwaste_af = forms.IntegerField(label = _(u"Wet waste after(kgs)"))
num_houses_doing_segg = forms.IntegerField(label = _(u"Houses doing segregation"))
num_houses_giving_mixwaste = forms.IntegerField(label = _(u"Houses giving mixed waste"),widget=forms.HiddenInput(),required=False)
rejected = forms.IntegerField(label=_(u"Rejected Waste"),widget=forms.HiddenInput(),required=False)
zone_id_id=forms.CharField(max_length=10, label=_(u"Zone ID"),widget=forms.HiddenInput(),required=False)
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
# self.fields['date'].localize = True
# self.fields['zone_id']=forms.ModelChoiceField(queryset=Zones.objects.filter(zone_name=user))
def clean(self):
my_date = self.cleaned_data['date']
today = datetime.date.today()
yesterday = today - timedelta(days = 1)
# my_time = self.cleaned_data['my_time']
# my_date_time = (my_date + ' ' + my_time + ':00')
# my_date_time = datetime.strptime(my_date_time, '%m/%d/%Y %H:%M:%S')
# console.log(date.today())
if my_date > datetime.date.today():
raise forms.ValidationError('Future Dates are not allowed.!!')
if my_date < yesterday:
raise forms.ValidationError('You can only enter todays and yesterdays date.!!')
return my_date
class Meta:
model = Tracksheet
fields = '__all__'
exclude = ['zone_id','reason_late_entry']
class TracksheetForm1(forms.ModelForm):
date= forms.DateField(label = _(u'Date'),required=True,widget=forms.TextInput(attrs={'type': 'date'}),initial=datetime.date.today)
lane_name = forms.CharField(label = _(u'Zone'),widget=forms.Select(choices=demarcated_lane), localize=True)
num_attendants = forms.CharField(label = _(u'Attendants Number'),widget=forms.HiddenInput(),required=False)
first_attendants_name = forms.CharField(label = _(u'First Attendant'),widget=forms.HiddenInput(),required=False)
second_attendants_name = forms.CharField(label = _(u'Second Attendant'),widget=forms.HiddenInput(),required=False)
supervisor_name = forms.CharField(label = _(u'Supervisor'))
num_houses_reached = forms.IntegerField(label = _(u'Houses Reached'))
# time_of_visit = forms.CharField(label = _(u'Time of Visit'),widget=forms.Select(choices=timeslot))
time_of_visit = forms.CharField(label = _(u'Time of Visit'),widget=forms.HiddenInput(),required=False)
drywaste_bf = forms.IntegerField(label = _(u"Dry waste before(kgs)"))
drywaste_af = forms.IntegerField(label = _(u"Dry waste after(kgs)"))
wetwaste_bf = forms.IntegerField(label = _(u"Wet waste before(kgs)"))
wetwaste_af = forms.IntegerField(label = _(u"Wet waste after(kgs)"))
num_houses_doing_segg = forms.IntegerField(label = _(u"Houses doing segregation"))
num_houses_giving_mixwaste = forms.IntegerField(label = _(u"Houses giving mixed waste"),widget=forms.HiddenInput(),required=False)
rejected = forms.IntegerField(label=_(u"Rejected Waste"),widget=forms.HiddenInput(),required=False)
reason_late_entry=forms.CharField(label=_(u"Reason for Late Entry"),widget =forms.Select(choices=reason_late_entry), localize=True,required=True)
zone_id_id=forms.CharField(max_length=10, label=_(u"Zone ID"),widget=forms.HiddenInput(),required=False)
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
def clean(self):
my_date = self.cleaned_data['date']
today = datetime.date.today()
yesterday = today - timedelta(days = 1)
# my_time = self.cleaned_data['my_time']
# my_date_time = (my_date + ' ' + my_time + ':00')
# my_date_time = datetime.strptime(my_date_time, '%m/%d/%Y %H:%M:%S')
# console.log(date.today())
if my_date > datetime.date.today():
raise forms.ValidationError('Future Dates are not allowed.!!')
class Meta:
model = Tracksheet
fields = '__all__'
exclude = ['zone_id']
class DutyEntryForm(forms.ModelForm):
lane_name = forms.CharField(label = 'Name of the Route',widget=forms.Select(choices=demarcated_lane))
first_attendants_name = forms.CharField(label = 'Name of First Attendant',widget=forms.Select(choices=Fatten_name))
second_attendants_name = forms.CharField(label = 'Name of Second Attendant',widget=forms.Select(choices=Satten_name))
num_houses_lane = forms.IntegerField(label = 'Houses in Lane')
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
self.helper = FormHelper()
self.helper.layout = Layout(
Row(
Column('lane_name', css_class='form-group col-md-5 mb-0'),
Column('num_houses_lane', css_class='form-group col-md-5 mb-0'),
css_class='form-row'
),
Row(
Column('first_attendants_name', css_class='form-group col-md-5 mb-0'),
Column('second_attendants_name', css_class='form-group col-md-5 mb-0'),
css_class='form-row'
),
Submit('submit', 'Save')
)
class Meta:
model = DutyEntry
fields = '__all__'
class GrievanceForm(forms.ModelForm):
YESNO_CHOICES = ((0, 'No'), (1, 'Yes'))
name= forms.CharField(label = _(u'Name'))
email = forms.CharField(label = _(u'email'))
mobile = forms.IntegerField(label = _(u'mobile'))
grievance = forms.CharField(widget=forms.Textarea(attrs={"rows":15, "cols":50}),label = _(u'grievance'))
grievance_no = forms.CharField(widget=forms.HiddenInput(),label = _(u'grievance no'))
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
class Meta:
model = Grievance
fields = '__all__'
exclude = ['latitude','longitude','id','audio_src','img_src']
widgets = {'selectzones': forms.HiddenInput(),'selectlanes':forms.HiddenInput()}
class AudioGrievanceForm(forms.ModelForm):
name= forms.CharField()
email = forms.CharField()
mobile = forms.CharField()
selectzones = forms.CharField(widget = forms.HiddenInput())
selectlanes = forms.CharField(widget = forms.HiddenInput())
# grievance = forms.CharField(widget=forms.Textarea(attrs={"rows":15, "cols":50}))
grievance = forms.CharField(required=False,widget=forms.Textarea(attrs={"rows":15, "cols":50}))
audio_src = forms.CharField(widget=forms.HiddenInput())
img_src = forms.CharField(widget=forms.HiddenInput())
grievance_no = forms.CharField(widget=forms.HiddenInput())
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
class Meta:
model = Grievance
fields = '__all__'
exclude = ['latitude','longitude','id']
widgets = {'audio_src':forms.HiddenInput(),'img_src':forms.HiddenInput(),'grievance_no':forms.HiddenInput()}
class UploadPictureForm(forms.ModelForm):
class Meta:
model = UploadPictureModel
fields = ('picture','name','date')
class ImageShowForm(forms.Form):
picture = forms.CharField(widget=forms.Textarea(attrs={"rows":15, "cols":50}))
# pictures = forms.FileField()
# class SupervisorListForm(forms.ModelForm):
# class Meta:
# model = SupervisorsList
# exclude = ('Grievance',)
# class UploadPictureForm(forms.ModelForm):
# picture = forms.ImageField(label='')
# date = forms.DateField(label = 'Date')
# class Meta:
# model = UploadPicture
# fields = '__all__'
# class RatingForm(forms.Form):
# name = forms.CharField(label='Your name', max_length=100)
# class RatingForm(forms.ModelForm):
# name = forms.CharField(label='Your name', max_length=100)
# mobile = forms.IntegerField(label = "Contact Number")
# email = forms.CharField(label = "Email Id")
# service_swk = forms.IntegerField(label = "How do you find service of SWK?")
# class Meta:
# model = Rating
# fields = '__all__' | {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,213 | MonikaShah/SWKv1 | refs/heads/main | /swk/migrations/0006_auto_20201217_1029.py | # Generated by Django 3.1.1 on 2020-12-17 10:29
from django.db import migrations
class Migration(migrations.Migration):
dependencies = [
('swk', '0005_auto_20201217_0956'),
]
operations = [
migrations.RenameField(
model_name='tracksheet',
old_name='zone_id',
new_name='zone_id',
),
]
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,214 | MonikaShah/SWKv1 | refs/heads/main | /swk/urls.py | from django.urls import path
from django.conf.urls import url
from . import views
from django.conf import settings
from django.conf.urls.static import static
# from visits.models import Visits
urlpatterns = [
path('',views.HomePage, name = 'homepage'),
path('aboutus/', views.AboutUs, name = 'aboutus'),
# path('formlayout/',views.formLayout,name='formlayout'),
path('trackform/', views.TracksheetPage, name = "trackform"),
path('trackform_det/',views.TrackformPageDetail, name ="trackform_det"),
path('dutyentryform/', views.DutyEntryPage, name = "dutyentryform"),
path('login/', views.user_login, name='login'),
path("logout", views.logout_request, name="logout"),
path('show/',views.show, name='show'),
path('edit/<int:id>', views.edit),
path('update/<int:id>', views.update),
path('delete/<int:id>', views.destroy),
# url(r'^download_data/(?P<year>\d{4})-(?P<month>\d{2})-(?P<day>\d{2})/$', views.download),
# url(r'^download_data_zone/(?P<year>\d{4})-(?P<month>\d{2})-(?P<day>\d{2})&(?P<lane_name>\D+)/$', views.downloadzone),
url(r'^download_data_zone/(?P<year>\d{4})-(?P<month>\d{2})-(?P<day>\d{2})to(?P<year1>\d{4})-(?P<month1>\d{2})-(?P<day1>\d{2})&(?P<zone_name>\D+)/$', views.downloadzone),
path('report/',views.report,name='report'),
path('faq/',views.FAQ, name = 'faq'),
path('grievance/',views.Grievance, name = 'grievance'),
path('rating/',views.RatingView, name = 'rating'),
path('contact/',views.Contact, name = 'contact'),
path('uploadimage/',views.uploadimage, name = 'uploadimage'),
path('getdetails/',views.getdetails,name = 'getdetails'),
path('audiogrievance/',views.audiogrievance, name = 'audiogrievance')
# path('graphs/',views.Graphs, name = 'graphs'),
]
if settings.DEBUG:
urlpatterns += static(settings.MEDIA_URL, document_root=settings.MEDIA_ROOT)
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,215 | MonikaShah/SWKv1 | refs/heads/main | /swk/migrations/0003_auto_20201216_1628.py | # Generated by Django 3.1.1 on 2020-12-16 16:28
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('swk', '0002_zones'),
]
operations = [
migrations.CreateModel(
name='zone',
fields=[
('id', models.AutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
('zone_name', models.CharField(blank=True, max_length=100, null=True)),
('zone_id', models.CharField(blank=True, max_length=10, null=True)),
],
options={
'db_table': 'zone',
'managed': False,
},
),
migrations.DeleteModel(
name='Zones',
),
]
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,216 | MonikaShah/SWKv1 | refs/heads/main | /swk/migrations/0013_auto_20210616_0805.py | # Generated by Django 3.1.5 on 2021-06-16 08:05
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('swk', '0012_merge_20210616_0743'),
]
operations = [
migrations.CreateModel(
name='Grievance',
fields=[
('id', models.AutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
('name', models.CharField(max_length=100)),
('email', models.EmailField(blank=True, max_length=254)),
('mobile', models.IntegerField(blank=True, null=True)),
('selectzones', models.CharField(max_length=100)),
('selectlanes', models.CharField(max_length=100)),
('grievance', models.TextField()),
],
options={
'db_table': 'swk_grievance',
'managed': False,
},
),
migrations.CreateModel(
name='Rating',
fields=[
('id', models.AutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
('name', models.CharField(max_length=100)),
('mobile', models.CharField(max_length=10, null=True)),
('email', models.CharField(max_length=100, null=True)),
('service_swk', models.IntegerField(default='yes')),
('timing_swk', models.IntegerField()),
('mobile_swk', models.IntegerField()),
('compost_kit_garden', models.IntegerField()),
('communicate_swk', models.IntegerField()),
('solid_waste_man', models.IntegerField()),
('service_workers', models.IntegerField()),
('segregation', models.IntegerField()),
('recycle_process', models.IntegerField()),
('awareness', models.IntegerField()),
('role', models.CharField(max_length=10)),
],
options={
'db_table': 'swk_rating',
'managed': False,
},
),
migrations.CreateModel(
name='SupervisorsList',
fields=[
('id', models.AutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
('supervisor_names', models.CharField(blank=True, max_length=100, null=True)),
('supervisor_email', models.CharField(blank=True, max_length=100, null=True)),
('zone_id', models.CharField(blank=True, max_length=100, null=True)),
],
options={
'db_table': 'swk_zone_supervisors',
'managed': False,
},
),
migrations.CreateModel(
name='SwkBubblePopulation',
fields=[
('id', models.AutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
('zone_id', models.CharField(blank=True, max_length=50, null=True)),
('bubble_id', models.IntegerField(blank=True, null=True)),
('spot_id', models.IntegerField(blank=True, null=True)),
('bubble_population', models.IntegerField(blank=True, null=True)),
],
options={
'db_table': 'swk_bubble_population',
'managed': False,
},
),
migrations.AlterField(
model_name='tracksheet',
name='date',
field=models.DateField(help_text='Enter Date'),
),
migrations.AlterField(
model_name='tracksheet',
name='num_attendants',
field=models.CharField(default=2, max_length=10),
),
migrations.AlterField(
model_name='tracksheet',
name='num_houses_reached',
field=models.IntegerField(default=20, help_text='Enter Houses Reached'),
),
]
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,217 | MonikaShah/SWKv1 | refs/heads/main | /swk/swkapi/serializers.py | from rest_framework import serializers
from swk.models import Tracksheet,Zones,SwkBubblePopulation
class newTracksheet(serializers.HyperlinkedModelSerializer):
zone_id = serializers.CharField(source='zone_id_id')
class Meta:
model = Tracksheet
fields = ( "date",
"num_houses_reached",
"num_houses_doing_segg",
"num_houses_giving_mixwaste",
"drywaste_bf",
"drywaste_af",
"wetwaste_bf",
"wetwaste_af",
"lane_name",
"num_attendants",
"first_attendants_name",
"second_attendants_name",
"supervisor_name",
"time_of_visit","rejected","zone_id")
class populationSerializer(serializers.HyperlinkedModelSerializer):
class Meta:
model = SwkBubblePopulation
fields = ("zone_id","bubble_id","bubble_population") | {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,218 | MonikaShah/SWKv1 | refs/heads/main | /swk/migrations/0003_uploadpicturemodel.py | # Generated by Django 3.1.5 on 2021-05-21 04:13
import datetime
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('swk', '0002_tracksheet_reason_late_entry'),
]
operations = [
migrations.CreateModel(
name='UploadPictureModel',
fields=[
('id', models.AutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')),
('picture', models.ImageField(blank=True, null=True, upload_to='Images/')),
('name', models.CharField(blank=True, max_length=100, null=True)),
('date', models.DateField(blank=True, default=datetime.datetime.now, null=True)),
],
),
]
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,219 | MonikaShah/SWKv1 | refs/heads/main | /swk/swkapi/urls.py | from django.urls import include, path
from rest_framework import routers
from . import views
router = routers.DefaultRouter()
router.register(r'trackid', views.tracksheetview)
router.register(r'bubblepopulation', views.populationView)
# Wire up our API using automatic URL routing.
# Additionally, we include login URLs for the browsable API.
urlpatterns = [
path('', include(router.urls)),
# path('api-auth/', include('rest_framework.urls', namespace='rest_framework'))
] | {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,220 | MonikaShah/SWKv1 | refs/heads/main | /swk/apps.py | from django.apps import AppConfig
class SwkConfig(AppConfig):
name = 'swk'
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,221 | MonikaShah/SWKv1 | refs/heads/main | /swk/models.py | from django.db import models
from django import forms
from django.forms import ModelForm
from datetime import datetime
from decimal import Decimal
from wagtail.core.models import Page
from django.utils.translation import gettext_lazy as _
class Document(models.Model):
description = models.CharField(max_length=255, blank=True)
document = models.FileField(upload_to='documents/')
uploaded_at = models.DateTimeField(auto_now_add=True)
class DutyEntry(models.Model):
lane_name = models.CharField(primary_key = True, max_length=200, blank = False)
first_attendants_name = models.CharField(max_length=100)
second_attendants_name = models.CharField(max_length=100)
num_houses_lane = models.IntegerField()
def __str__(self):
return self.lane_name
class HomePage(Page):
template = "HomePage.html"
class Zones(models.Model):
id = models.CharField(primary_key=True, max_length=10)
zone_name = models.CharField(max_length=100, blank=True, null=True)
zone_id = models.CharField(max_length=10, blank=True, null=True)
class Meta:
managed = False
db_table = 'zones'
class TracksheetModel(Page):
template = "TracksheetForm.html"
class SwkAttendants(models.Model):
attendant1 = models.CharField(max_length=50, blank=True, null=True)
attendant2 = models.CharField(max_length=50, blank=True, null=True)
supervisor = models.CharField(max_length=50, blank=True, null=True)
zone_name = models.CharField(max_length=100, blank=True, null=True)
zone_id = models.CharField(max_length=10, blank=True, null=True)
class Meta:
managed = False
db_table = 'swk_attendants'
class Tracksheet(models.Model):
# date =models.DateField()
date =models.DateField(help_text=_('Enter Date'))
lane_name = models.CharField(max_length=200, blank = False)
# lane_name = models.ForeignKey(DutyEntry,default = 1, on_delete=models.SET_DEFAULT)
num_attendants = models.CharField(default = 2,max_length= 10 )
first_attendants_name = models.CharField(max_length=100)
second_attendants_name = models.CharField(max_length=100)
supervisor_name = models.CharField(max_length=100,default = 'Zaheer')
num_houses_reached = models.IntegerField(default= 20,help_text=_('Enter Houses Reached'))
num_houses_doing_segg = models.IntegerField()
num_houses_giving_mixwaste = models.IntegerField()
drywaste_bf = models.IntegerField()
drywaste_af = models.IntegerField()
wetwaste_bf = models.IntegerField()
wetwaste_af = models.IntegerField()
time_of_visit = models.CharField(max_length=100)
track_id = models.AutoField(primary_key=True)
rejected = models.IntegerField()
reason_late_entry = models.CharField(blank=False,max_length=200,default="OnTime")
zone_id=models.ForeignKey(Zones, on_delete=models.CASCADE)
def __str__(self):
return self.lane_name
class SwkTracksheetReport(models.Model):
num_houses_reached = models.DecimalField(max_digits=11, decimal_places=3)
num_houses_doing_segg = models.IntegerField()
num_houses_giving_mixwaste = models.IntegerField()
drywaste_bf = models.IntegerField()
drywaste_af = models.IntegerField()
wetwaste_bf = models.IntegerField()
wetwaste_af = models.IntegerField()
lane_name = models.CharField(max_length=200)
num_attendants = models.IntegerField()
first_attendants_name = models.CharField(max_length=100)
second_attendants_name = models.CharField(max_length=100)
time_of_visit = models.CharField(max_length=100)
track_id = models.AutoField(primary_key=True)
date = models.DateField()
supervisor_name = models.CharField(max_length=100)
num_houses = models.IntegerField(blank=True, null=True)
rejected_total = models.IntegerField(blank=True, null=True)
rejected_dry = models.IntegerField(blank=True, null=True)
rejected_wet = models.IntegerField(blank=True, null=True)
class Meta:
managed = False
db_table = 'swk_tracksheet_report'
class Grievance(models.Model):
name = models.CharField(max_length=100,help_text=_('Name'))
email = models.EmailField(blank=True)
mobile = models.CharField(max_length=15,blank=True, null=True)
selectzones = models.CharField(max_length=100)
selectlanes = models.CharField(max_length=100)
# audio_src = models.CharField(max_length=100)
audio_src = models.CharField(max_length=100,null=True, default=None, blank=True)
# img_src = models.CharField(max_length=100)
img_src = models.CharField(max_length=100,null=True, default=None, blank=True)
# grievance = models.TextField(blank=False, null=False)
grievance = models.TextField(null=True, default=None, blank=True),
uploaded_at = models.DateTimeField(auto_now_add=True)
grievance_no = models.CharField(max_length=100)
class Meta:
managed = False
db_table = 'swk_grievance'
class Rating(models.Model):
name = models.CharField(max_length=100)
mobile = models.CharField(null=True,max_length=10)
email = models.CharField(max_length=100,null=True)
service_swk = models.IntegerField(default='yes')
timing_swk = models.IntegerField()
mobile_swk = models.IntegerField()
compost_kit_garden = models.IntegerField()
communicate_swk = models.IntegerField()
solid_waste_man = models.IntegerField()
service_workers = models.IntegerField()
segregation = models.IntegerField()
recycle_process = models.IntegerField()
awareness = models.IntegerField()
role = models.CharField(max_length=10)
class Meta:
managed = False
db_table = 'swk_rating'
class SwkBubblePopulation(models.Model):
zone_id = models.CharField(max_length=50, blank=True, null=True)
bubble_id = models.IntegerField(blank=True, null=True)
spot_id = models.IntegerField(blank=True, null=True)
bubble_population = models.IntegerField(blank=True, null=True)
class Meta:
managed = False
db_table = 'swk_bubble_population'
class UploadPictureModel(models.Model):
picture = models.ImageField(upload_to='Images/', blank=True, null=True)
name = models.CharField(max_length=100, blank=True, null=True)
date = models.DateField(null=True, blank=True, default=datetime.now)
class SupervisorsList(models.Model):
supervisor_names = models.CharField(max_length=100, blank=True, null=True)
supervisor_email = models.CharField(max_length=100,null=True, blank=True)
zone_id = models.CharField(max_length=100,null=True, blank=True)
class Meta:
managed = False
db_table = 'swk_zone_supervisors'
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,222 | MonikaShah/SWKv1 | refs/heads/main | /swk/swkapi/views.py | from django.shortcuts import render
# Create your views here.
from rest_framework import viewsets
from .serializers import newTracksheet,populationSerializer
from swk.models import Tracksheet,SwkBubblePopulation
class tracksheetview(viewsets.ModelViewSet):
queryset = Tracksheet.objects.all().order_by('track_id')
serializer_class = newTracksheet
# def get_queryset(self,*args, **kwargs):
# # selectedTab = self.kwargs.get('tab', None)
# queryset = Tracksheet.objects.all().order_by('num_houses_giving_mixwaste')
# return queryset
class populationView(viewsets.ModelViewSet):
queryset = SwkBubblePopulation.objects.all()
serializer_class = populationSerializer | {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,223 | MonikaShah/SWKv1 | refs/heads/main | /react_dashboard/views.py | from django.shortcuts import render
# from swk.HelloAnalytics import *
# Create your views here.
def index(request,*args,**kwargs):
# analytics = initialize_analyticsreporting()
# response = get_report(analytics)
# recd_response = print_response(response)
# context = {
# 'Visitor_count': recd_response
# }
# return render(request,'react_dashboard/index.html',context)
return render(request,'react_dashboard/index.html') | {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,224 | MonikaShah/SWKv1 | refs/heads/main | /swk/admin.py | from django.contrib import admin
# Register your models here.
# from .models import Drywaste, Tracksheet,Lanedetails,LaneCordinator
from .models import Tracksheet,DutyEntry,Rating,UploadPictureModel
admin.site.register(Tracksheet)
admin.site.register(DutyEntry)
admin.site.register(Rating)
admin.site.register(UploadPictureModel) | {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,225 | MonikaShah/SWKv1 | refs/heads/main | /swk/migrations/0002_tracksheet_reason_late_entry.py | # Generated by Django 3.1.5 on 2021-05-18 07:38
from django.db import migrations, models
class Migration(migrations.Migration):
dependencies = [
('swk', '0001_initial'),
]
operations = [
migrations.AddField(
model_name='tracksheet',
name='reason_late_entry',
field=models.CharField(default='OnTime', max_length=200),
),
]
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,226 | MonikaShah/SWKv1 | refs/heads/main | /swk/swkapi/models.py | from django.db import models
from swk.models import Tracksheet
# Create your models here.
| {"/swk/views.py": ["/swk/forms.py", "/swk/models.py"], "/react_dashboard/urls.py": ["/react_dashboard/views.py"], "/swk/forms.py": ["/swk/models.py"], "/swk/swkapi/serializers.py": ["/swk/models.py"], "/swk/swkapi/views.py": ["/swk/swkapi/serializers.py", "/swk/models.py"], "/swk/admin.py": ["/swk/models.py"], "/swk/swkapi/models.py": ["/swk/models.py"]} |
60,255 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py | import os
import nltk
try:
nltk.data.find('wordnet')
except:
nltk.download('wordnet')
from nltk.corpus import wordnet as wn
import emora_stdm.state_transition_dialogue_manager.wordnet as stdmwn
from emora_stdm.state_transition_dialogue_manager.knowledge_base import KnowledgeBase
from structpy.collection import Multibidict
if __name__ == '__main__':
if not os.path.isdir('data'):
os.mkdir('data')
if not os.path.isfile('data/count_1w.txt'):
os.system('wget -O data/count_1w.txt https://norvig.com/ngrams/count_1w.txt')
if not os.path.isfile('data/count_2w.txt'):
os.system('wget -O data/count_2w.txt https://norvig.com/ngrams/count_2w.txt')
def process_counts(file, count_cutoff=None):
d = {}
for line in file:
line = line.split()
gram = ' '.join(line[:-1])
count = int(line[-1])
if not count_cutoff or count > count_cutoff:
d[gram] = count
return d
counts1w = open('data/count_1w.txt')
counts2w = open('data/count_2w.txt')
counts_dict = {**process_counts(counts1w, 100000), **process_counts(counts2w, 100000)}
# (subtype, type)
type_arcs = set()
expr_arcs = set()
i = 0
for synset in wn.all_synsets():
hyponyms = synset.hyponyms()
for hyponym in hyponyms:
sub_hyponyms = hyponym.hyponyms()
if not sub_hyponyms:
lemmas = {x.name().replace('_', ' ') for x in hyponym.lemmas()}
for lemma in list(lemmas):
if lemma not in counts_dict or counts_dict[lemma] < 0:
lemmas.remove(lemma)
if lemmas:
type_arcs.add((hyponym.name(), synset.name()))
for lemma in lemmas:
expr_arcs.add((hyponym.name(), lemma))
else:
type_arcs.add((hyponym.name(), synset.name()))
for lemma in hyponym.lemmas():
expr_arcs.add((hyponym.name(), lemma.name().replace('_', ' ')))
i += 1
if i % 1000 == 0:
print(i, 'processed')
print('done')
print(len(type_arcs))
kb = KnowledgeBase(arcs={(x, 'type', y) for x, y in type_arcs}
| {(x, 'expr', y) for x, y in expr_arcs})
output = open('data/wordnet.json', 'w')
output.write(kb.to_json())
'''
while True:
i = input('>> ')
try:
synsets = wn.synsets(i)
result = set()
for synset in synsets:
result.update(kb.expressions(kb.subtypes(synset.name())))
print(result)
except:
print('nope')
''' | {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,256 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/state_transition_dialogue_manager/macro.py |
from abc import ABC, abstractmethod, abstractproperty
from emora_stdm.state_transition_dialogue_manager.ngrams import Ngrams
from typing import Union, Set, List, Dict, Callable, Tuple, NoReturn, Any
class Macro(ABC):
@abstractmethod
def run(self, ngrams: Ngrams, vars: Dict[str, Any], args: List[Any]):
"""
:param ngrams: an Ngrams object defining the set of all ngrams in the
input utterance (for NLU) or vocabulary (for NLG). Treat
like a set for all ngrams, or get a specific ngram set
using ngrams[n]. Get original string using .text()
:param vars: a reference to the dictionary of variables
:param args: a list of arguments passed to the macro from the Natex
:returns: string, set, boolean, or arbitrary object
returning a string will replace the macro call with that string
in the natex
returning a set of strings replaces macro with a disjunction
returning a boolean will replace the macro with wildcards (True)
or an unmatchable character sequence (False)
returning an arbitrary object is only used to pass data to other macros
"""
pass
def debugging_on(self):
self.debugging = True
def __call__(self, *args, **kwargs):
return self.run(*args, **kwargs)
| {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,257 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/modules/ontology_example.py |
from emora_stdm import DialogueFlow
import json
df = DialogueFlow('start')
df.knowledge_base().load_json_file('ontology_example.json')
df.load_transitions({
'state': 'start',
'`What is your favorite animal?`': {
'[#ONT(mammal)]': {
'`I think mammals are cool too!`': 'start'
},
'[#ONT(reptile)]': {
'`Reptiles are cool.`': 'start'
},
'[$animal=#ONT(animal)]': {
'score': 0.5,
'`I like` $animal `too.`': 'start'
},
'error': {
'`I\'ve never heard of that animal.`': 'start'
}
}
})
if __name__ == '__main__':
df.run()
| {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,258 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py |
import pytest
from emora_stdm.state_transition_dialogue_manager.wordnet import synonyms, hyponyms, related_synsets
def test_synonyms():
child_syns = synonyms('child')
assert 'kid' in child_syns
assert 'minor' in child_syns
car_syns = synonyms('car')
assert 'automobile' in car_syns
def test_hyponyms():
vehicle_hypos = hyponyms('car')
assert 'car' in vehicle_hypos
assert 'sedan' in vehicle_hypos
def test_related_synsets():
happy_related = related_synsets('happy')
assert any(['happiness' in x.name() for x in happy_related])
happiness_related = related_synsets('happiness')
assert any(['happy' in x.name() for x in happiness_related])
| {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,259 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/test_state_transition_dialogue_manager/test_utilities.py |
import pytest
from copy import deepcopy
from emora_stdm.state_transition_dialogue_manager.utilities import \
AlterationTrackingDict, json_deserialize_flexible, json_serialize_flexible
def test_alteration_tracking_dict():
d = AlterationTrackingDict({'x': 1, 'y': 2})
assert d.altered() == set()
d['x'] = 2
assert d.altered() == {'x'}
d.update({'y': 2, 'z': 3})
assert d.altered() == {'x', 'y', 'z'}
def test_json_serialize_flexible():
special_one = object()
special_two = object()
mapping = {
special_one: 'ONE',
special_two: 'TWO'
}
rmapping = {v: k for k, v in mapping.items()}
original_obj = [
{'one': 1, 'two': 2, 'three': [3, 4, 5, special_one, {'hello': 'there'}], 'four': (True, special_two)}
]
to_serialize = [
{'one': 1, 'two': 2, 'three': [3, 4, 5, special_one, {'hello': 'there'}], 'four': (True, special_two)}
]
idx = 0
for obj in to_serialize:
serialization = json_serialize_flexible(obj, mapping)
deserialization = json_deserialize_flexible(serialization, rmapping)
assert original_obj[idx] == deserialization
idx += 1 | {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", 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"/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,260 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/state_transition_dialogue_manager/settings.py |
class Settings(dict):
def __init__(self, **kwargs):
dict.__init__(self, kwargs)
def update(self, **kwargs):
for k, v in kwargs.items():
self[k] = v
def __getattr__(self, item):
# to fix __getstate__ KeyError: https://bytes.com/topic/python/answers/626288-pickling-class-__getattr__
try:
return dict.__getitem__(self, item)
except KeyError:
raise AttributeError
def __setattr__(self, key, value):
dict.__setitem__(self, key, value)
def __str__(self):
return 'Settings(' + ', '.join([k + '=' + str(v) for k, v in self.items()]) + ')'
def __repr__(self):
return str(self)
| {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,261 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/state_transition_dialogue_manager/stochastic_options.py |
import random
class StochasticOptions(dict):
def __init__(self, options):
if isinstance(options, dict):
dict.__init__(self, options)
else:
dict.__init__(self, {k: 1.0 for k in options})
def select(self):
options = list(self.keys())
assert len(options) > 0
total = sum(self.values())
if total <= 0.0:
return random.choice(options)
thresholds = []
curr = 0
for t in options:
prob = self[t] / total
curr += prob
thresholds.append(curr)
r = random.uniform(0, 1.0)
for i, threshold in enumerate(thresholds):
if r < threshold:
return options[i]
return options[-1]
| {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,262 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/modules/multiple_components_example.py |
from emora_stdm import DialogueFlow, CompositeDialogueFlow
A = DialogueFlow('start')
A.load_transitions({
'state': 'start',
'`Let\'s talk about books!`': {
'error': {
'`What\'s your favorite book?`': {
'error': {
'`Cool!`': 'end',
'`Okay.`': 'movies:movie_question'
}
}
}
}
})
B = DialogueFlow('start')
B.load_transitions({
'`Let\'s talk about movies!`': {
'state': 'start',
'error': {
'state': 'movie_question',
'`What is your favorite movie?`': {
'error': {
'`That\'s a good one!`': {}
}
}
}
}
})
C = CompositeDialogueFlow('start', system_error_state='start', user_error_state='greet')
C.add_component(A, 'books')
C.add_component(B, 'movies')
C.component('SYSTEM').load_transitions({
'state': 'start',
'`Hello!`': {
'state': 'greet',
'error': 'books:start'
}
})
if __name__ == '__main__':
C.run() | {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,263 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/state_transition_dialogue_manager/wordnet.py | import sys
from time import time
import nltk
try:
nltk.data.find('wordnet')
except:
nltk.download('wordnet')
from nltk.corpus import wordnet as wn
import os
from emora_stdm.state_transition_dialogue_manager.knowledge_base import KnowledgeBase
wordnet_knowledge_base = KnowledgeBase()
import importlib_resources as impr
from . import data
try:
pass
# t1 = time()
# sys.stderr.write('Loading wordnet.json... ')
# json_str = impr.read_text(data, 'wordnet.json')
# wordnet_knowledge_base.load_json_string(json_str)
# sys.stderr.write(' done in {}s'.format(time() - t1))
except FileNotFoundError:
sys.stderr.write(' failed to load.')
def related_synsets(word):
"""
returns lemmas
"""
related = set()
synsets = wn.synsets(word)
for lemma in set().union(*[set(x.lemmas()) for x in synsets]):
derivations = lemma.derivationally_related_forms()
related.add(lemma.synset())
for derivation in derivations:
related.add(derivation.synset())
return related
def lemmas_of(synset):
return {x.name().replace('_', ' ').lower() for x in synset.lemmas()}
def synonyms(word):
l = set()
for syn in wn.synsets(word):
l.update(lemmas_of(syn))
return l
def _hyponyms(synset):
hypos = synset.hyponyms()
if hypos:
result = hypos
for hypo in list(hypos):
result.extend(_hyponyms(hypo))
return result
else:
return hypos
def hyponyms(word):
l = set()
for syn in wn.synsets(word):
l.update(lemmas_of(syn))
hypo_syns = _hyponyms(syn)
for hypo_syn in hypo_syns:
l.update(lemmas_of(hypo_syn))
return l
| {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,264 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py |
import pytest
from emora_stdm import DialogueFlow
from emora_stdm.state_transition_dialogue_manager.composite_dialogue_flow import CompositeDialogueFlow
def test_composite_df_working():
df1 = DialogueFlow('A', initial_speaker=DialogueFlow.Speaker.USER)
df1.add_state('A', 'X')
df1.add_state('X')
df1.add_state('C', 'D')
df1.add_state('D')
df1.add_user_transition('A', 'D', '$fruit=apple dog')
df1.add_system_transition('X', 'C', 'banana catfish')
df1.add_system_transition('D', 'A', 'dog apple')
#df1.add_system_transition('X', ('movie', 'Y'), 'movie')
#df1.run(debugging=True)
df2 = DialogueFlow('A', initial_speaker=DialogueFlow.Speaker.USER)
df2.add_state('A', 'X')
df2.add_state('X')
df2.add_state('C', 'D')
df2.add_state('D')
df2.add_user_transition('A', 'D', '$state=alaska down')
df2.add_system_transition('X', 'C', 'bark call')
df2.add_system_transition('D', 'A', 'down alaska')
#df2.run(debugging=True)
df2.add_state(('SYSTEM', 'topic_err'), global_nlu='back')
df2.add_state(('one', 'X'), global_nlu='dog')
cdf = CompositeDialogueFlow('start', 'topic_err', 'topic', initial_speaker=DialogueFlow.Speaker.USER)
cdf.add_component(df1, 'one')
cdf.add_component(df2, 'two')
cdf.add_state('start', 'greet')
cdf.add_state('greet')
cdf.add_state('topic', 'topic_err')
cdf.add_state('topic_err')
cdf.add_system_transition('topic_err', 'topic', 'what do you want to discuss')
cdf.add_system_transition('greet', 'topic', 'hello')
cdf.add_user_transition('topic', ('one', 'X'), '$animal={catfish, dog}')
cdf.add_user_transition('topic', ('two', 'X'), '$item={alaska, bark, down}')
cdf.add_user_transition(('one', 'A'), ('SYSTEM', 'topic_err'), 'back')
cdf.user_turn('hello')
assert cdf.system_turn() == 'hello'
cdf.user_turn('bark')
assert cdf.controller_name() == 'two'
assert cdf.system_turn() == 'bark call'
cdf.user_turn('back')
assert cdf.controller_name() == 'SYSTEM'
def test_composite_df_with_error_in_component():
df1 = DialogueFlow('A', initial_speaker=DialogueFlow.Speaker.USER)
df1.add_state('A', 'X')
df1.add_state('X')
df1.add_state('C', 'D')
df1.add_state('D')
df1.add_user_transition('A', 'D', '$fruit=apple dog')
df1.add_system_transition('X', 'C', 'banana catfish')
df1.add_system_transition('D', 'A', 'dog apple')
#df1.add_system_transition('X', ('movie', 'Y'), 'movie')
#df1.run(debugging=True)
df2 = DialogueFlow('A', initial_speaker=DialogueFlow.Speaker.USER)
df2.add_state('A', 'X')
df2.add_state('X')
df2.add_state('C', 'D')
df2.add_state('D')
df2.add_user_transition('A', 'D', '$state=alaska down')
df2.add_state(('SYSTEM', 'topic_err'), global_nlu='back')
df2.add_state(('one', 'X'), global_nlu='dog')
cdf = CompositeDialogueFlow('start', 'topic_err', 'topic', initial_speaker=DialogueFlow.Speaker.USER)
cdf.add_component(df1, 'one')
cdf.add_component(df2, 'two')
cdf.add_state('start', 'greet')
cdf.add_state('greet')
cdf.add_state('topic', 'topic_err')
cdf.add_state('topic_err')
cdf.add_system_transition('topic_err', 'topic', 'what do you want to discuss')
cdf.add_system_transition('greet', 'topic', 'hello')
cdf.add_user_transition('topic', ('one', 'X'), '$animal={catfish, dog}')
cdf.add_user_transition('topic', ('two', 'X'), '$item={alaska, bark, down}')
cdf.add_user_transition(('one', 'A'), ('SYSTEM', 'topic_err'), 'back')
cdf.user_turn('hello')
assert cdf.system_turn() == 'hello'
cdf.user_turn('bark')
assert cdf.controller_name() == 'two'
assert cdf.system_turn().strip() == 'what do you want to discuss'
cdf.user_turn('catfish')
assert cdf.controller_name() == 'one'
def test_composite_df_with_error_in_composite():
#NOT A VALID TEST: MODIFY TO MAKE ERROR IN COMPOSITE DIALOGUE FLOW
df1 = DialogueFlow('A', initial_speaker=DialogueFlow.Speaker.USER)
df1.add_state('A', 'X')
df1.add_state('X')
df1.add_state('C', 'D')
df1.add_state('D')
df1.add_user_transition('A', 'D', '$fruit=apple dog')
df1.add_system_transition('X', 'C', 'banana catfish')
df1.add_system_transition('D', 'A', 'dog apple')
#df1.add_system_transition('X', ('movie', 'Y'), 'movie')
#df1.run(debugging=True)
df2 = DialogueFlow('A', initial_speaker=DialogueFlow.Speaker.USER)
df2.add_state('A', 'X')
df2.add_state('X')
df2.add_state('C', 'D')
df2.add_state('D')
df2.add_user_transition('A', 'D', '$state=alaska down')
df2.add_state(('SYSTEM', 'topic_err'), global_nlu='back')
df2.add_state(('one', 'X'), global_nlu='dog')
cdf = CompositeDialogueFlow('start', 'topic_err', 'topic', initial_speaker=DialogueFlow.Speaker.USER)
cdf.add_component(df1, 'one')
cdf.add_component(df2, 'two')
cdf.add_state('start', 'greet')
cdf.add_state('greet')
cdf.add_state('topic', 'topic_err')
cdf.add_state('topic_err')
cdf.add_system_transition('topic_err', 'topic', 'what do you want to discuss')
cdf.add_system_transition('greet', 'topic', 'hello')
cdf.add_user_transition('topic', ('one', 'X'), '$animal={catfish, dog}')
cdf.add_user_transition('topic', ('two', 'X'), '$item={alaska, bark, down}')
cdf.add_user_transition(('one', 'A'), ('SYSTEM', 'topic_err'), 'back')
cdf.user_turn('hello')
assert cdf.system_turn() == 'hello'
cdf.user_turn('bark')
assert cdf.controller_name() == 'two'
assert cdf.system_turn().strip() == 'what do you want to discuss'
cdf.user_turn('catfish')
assert cdf.controller_name() == 'one'
def test_serialization():
df1 = DialogueFlow('A', initial_speaker=DialogueFlow.Speaker.USER)
df1.add_state('A', 'X')
df1.add_state('X')
df1.add_state('C', 'D')
df1.add_state('D')
df1.add_user_transition('A', 'D', '$fruit=apple dog')
df1.add_system_transition('X', 'C', 'banana catfish')
df1.add_system_transition('D', 'A', 'dog apple')
#df1.add_system_transition('X', ('movie', 'Y'), 'movie')
#df1.run(debugging=True)
df2 = DialogueFlow('A', initial_speaker=DialogueFlow.Speaker.USER)
df2.add_state('A', 'X')
df2.add_state('X')
df2.add_state('C', 'D')
df2.add_state('D')
df2.add_user_transition('A', 'D', '$state=alaska down')
df2.add_state(('SYSTEM', 'topic_err'), global_nlu='back')
df2.add_state(('one', 'X'), global_nlu='dog')
cdf = CompositeDialogueFlow('start', 'topic_err', 'topic', initial_speaker=DialogueFlow.Speaker.USER)
cdf.add_component(df1, 'one')
cdf.add_component(df2, 'two')
cdf.add_state('start', 'greet')
cdf.add_state('greet')
cdf.add_state('topic', 'topic_err')
cdf.add_state('topic_err')
cdf.add_system_transition('topic_err', 'topic', 'what do you want to discuss')
cdf.add_system_transition('greet', 'topic', 'hello')
cdf.add_user_transition('topic', ('one', 'X'), '$animal={catfish, dog}')
cdf.add_user_transition('topic', ('two', 'X'), '$item={alaska, bark, down}')
cdf.add_user_transition(('one', 'A'), ('SYSTEM', 'topic_err'), 'back')
cdf.new_turn()
cdf.user_turn('hello')
assert cdf.system_turn() == 'hello'
s = cdf.serialize()
cdf.new_turn()
cdf.deserialize(s)
cdf.user_turn('bark')
assert cdf.controller_name() == 'two'
assert cdf.system_turn().strip() == 'what do you want to discuss'
s = cdf.serialize()
cdf.new_turn()
cdf.deserialize(s)
cdf.user_turn('catfish')
assert cdf.controller_name() == 'one'
def test_serialization_gates():
cdf = CompositeDialogueFlow('start', 'topic_err', 'topic', initial_speaker=DialogueFlow.Speaker.USER)
cdf.add_user_transition('start', 'one', 'hello')
cdf.add_system_transition('one', 'two', '`one to two` #GATE', score=10)
cdf.add_user_transition('two', 'one', 'hello')
cdf.add_system_transition('one', 'three', '`one to three`')
cdf.new_turn()
cdf.user_turn('hello')
assert cdf.system_turn().strip() == 'one to two'
s = cdf.serialize()
cdf.new_turn()
cdf.deserialize(s)
cdf.user_turn('hello')
assert cdf.system_turn().strip() == 'one to three'
cdf = CompositeDialogueFlow('start', 'topic_err', 'topic', initial_speaker=DialogueFlow.Speaker.USER)
cdf.controller().add_state('one', enter='#GATE')
cdf.add_user_transition('start', 'one', 'hello')
cdf.add_system_transition('one', 'two', '`one to two`')
cdf.add_user_transition('two', 'one', 'hello', score=10)
cdf.add_user_transition('two', 'three', 'hello')
cdf.add_system_transition('three', 'four', '`three to four`')
cdf.new_turn()
cdf.user_turn('hello')
assert cdf.system_turn().strip() == 'one to two'
s = cdf.serialize()
print(s)
cdf.new_turn()
cdf.deserialize(s)
cdf.user_turn('hello')
assert cdf.system_turn().strip() == 'three to four'
| {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,265 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py |
from emora_stdm.state_transition_dialogue_manager.dialogue_flow \
import DialogueFlow, module_source_target, module_state
from emora_stdm.state_transition_dialogue_manager.macros_common import *
from emora_stdm.state_transition_dialogue_manager.utilities import \
json_serialize_flexible, json_deserialize_flexible
from emora_stdm.state_transition_dialogue_manager.dialogue_flow import \
speaker_enum_mapping, speaker_enum_rmapping
from time import time
import dill
from pathos.multiprocessing import ProcessingPool as Pool
import traceback
def precache(transition_datas):
for tran_datas in transition_datas:
tran_datas['natex'].precache()
parsed_trees = [x['natex']._compiler._parsed_tree for x in transition_datas]
return parsed_trees
class CompositeDialogueFlow:
def __init__(self, initial_state, system_error_state, user_error_state,
initial_speaker = DialogueFlow.Speaker.SYSTEM, macros=None, kb=None):
if isinstance(system_error_state, str):
system_error_state = ('SYSTEM', system_error_state)
if isinstance(user_error_state, str):
user_error_state = ('SYSTEM', user_error_state)
# the dialogue flow currently controlling the conversation
self._controller = DialogueFlow(initial_state, initial_speaker, macros, kb)
self._controller_name = 'SYSTEM'
# namespace : dialogue flow mapping
self._components = {}
self.add_component(self._controller, 'SYSTEM')
self._system_error_state = system_error_state
self._user_error_state = user_error_state
def run(self, debugging=False):
"""
test in interactive mode
:return: None
"""
while True:
if self.controller().speaker() == DialogueFlow.Speaker.SYSTEM:
t1 = time()
response = self.system_turn(debugging=debugging)
if debugging:
print('System turn in {:5}'.format(time() - t1))
print("S:", response)
else:
user_input = input("U: ")
t1 = time()
self.user_turn(user_input, debugging=debugging)
if debugging:
print('User turn in {:5}'.format(time() - t1))
def system_turn(self, debugging=False):
"""
an entire system turn comprising a single system utterance and
one or more system transitions
:return: the natural language system response
"""
visited = {self._controller.state()}
self.controller().vars()['__goal_return_state__'] = 'None'
responses = []
while self.controller().speaker() is DialogueFlow.Speaker.SYSTEM:
try:
response, next_state = self.controller().system_transition(self.controller().state(), debugging=debugging)
assert next_state is not None
self.controller().set_state(next_state)
except Exception as e:
print('Error in CompositeDialogueFlow. Component: {} State: {}'.format(self.controller_name(), self.controller().state()))
traceback.print_exc(file=sys.stdout)
response, next_state = '', self._system_error_state
visited = visited - {next_state}
if isinstance(next_state, tuple):
self.set_control(*next_state)
responses.append(response)
if next_state in visited or not self.state_settings(*self.state()).system_multi_hop:
self.controller().set_speaker(DialogueFlow.Speaker.USER)
visited.add(next_state)
full_response = ' '.join(responses)
self.controller().vars()['__selected_response__'] = full_response
return full_response
def user_turn(self, natural_language, debugging=False):
"""
an entire user turn comprising one user utterance and
one or more user transitions
:param natural_language:
:param debugging:
:return: None
"""
self.controller().vars()['__user_utterance__'] = natural_language
try:
self.controller().apply_update_rules(natural_language, debugging=debugging)
next_state = self.controller().state()
except Exception as e:
print('Error in CompositeDialogueFlow. Component: {} State: {}'.format(self._controller_name, self.controller().state()))
traceback.print_exc(file=sys.stdout)
next_state = self._user_error_state
visited = {self.controller().state()}
while self.controller().speaker() is DialogueFlow.Speaker.USER:
try:
next_state = self.controller().user_transition(natural_language, self.controller().state(), debugging=debugging)
assert next_state is not None
self.controller().set_state(next_state)
except Exception as e:
print('Error in CompositeDialogueFlow. Component: {} State: {}'.format(self._controller_name, self.controller().state()))
traceback.print_exc(file=sys.stdout)
next_state = self._user_error_state
next_state = module_state(next_state)
if isinstance(next_state, tuple):
self.set_control(*next_state)
if self.state_settings(*self.state()).user_multi_hop:
self.controller().apply_update_rules(natural_language, debugging=debugging)
if next_state in visited or not self.state_settings(*self.state()).user_multi_hop:
self.controller().set_speaker(DialogueFlow.Speaker.SYSTEM)
visited.add(next_state)
next_state = module_state(next_state)
if isinstance(next_state, tuple):
self.set_control(*next_state)
if self.controller().speaker() is DialogueFlow.Speaker.USER:
self.controller().apply_update_rules(natural_language, debugging=debugging)
def set_control(self, namespace, state):
state = module_state(state)
speaker = self.controller().speaker()
old_state = self.controller().state()
self.component(namespace).set_state(old_state)
self.set_controller(namespace)
self.controller().set_speaker(speaker)
if isinstance(state, tuple):
umh = self.state_settings(*state).user_multi_hop
smh = self.state_settings(*state).system_multi_hop
else:
umh = self.state_settings(namespace, state).user_multi_hop
smh = self.state_settings(namespace, state).system_multi_hop
if speaker == DialogueFlow.Speaker.USER and not umh:
self.controller().change_speaker()
elif speaker == DialogueFlow.Speaker.SYSTEM and not smh:
self.controller().change_speaker()
self.controller().set_state(state)
def precache_transitions(self, process_num=1):
start = time()
transition_data_sets = []
for i in range(process_num):
transition_data_sets.append([])
count = 0
if process_num == 1:
for name,df in self._components.items():
df.precache_transitions(process_num)
else:
# for name,df in self._components.items():
# for transition in df._graph.arcs():
# transition_data_sets[count].append(df._graph.arc_data(*transition))
# count = (count + 1) % process_num
#
# print("multiprocessing...")
# p = Pool(process_num)
# results = p.map(precache, transition_data_sets)
# for i in range(len(results)):
# result_list = results[i]
# t_list = transition_data_sets[i]
# for j in range(len(result_list)):
# parsed_tree = result_list[j]
# t = t_list[j]
# t['natex']._compiler._parsed_tree = parsed_tree
raise NotImplementedError()
print("Elapsed: ", time() - start)
def add_state(self, state, error_successor=None):
state = module_state(state)
if isinstance(state, tuple):
ns, state = state
else:
ns = 'SYSTEM'
self._components[ns].add_state(state, error_successor)
def add_user_transition(self, source, target, natex_nlu, **settings):
source, target = module_source_target(source, target)
if isinstance(source, tuple):
ns, source = source
else:
ns = 'SYSTEM'
self._components[ns].add_user_transition(source, target, natex_nlu, **settings)
def add_system_transition(self, source, target, natex_nlg, **settings):
source, target = module_source_target(source, target)
if isinstance(source, tuple):
ns, source = source
else:
ns = 'SYSTEM'
self._components[ns].add_system_transition(source, target, natex_nlg, **settings)
def add_component(self, component, namespace):
self._components[namespace] = component
component.set_is_module(self)
component.set_namespace(namespace)
component.set_gates(self.component('SYSTEM').gates())
def component(self, namespace):
return self._components[namespace]
def components(self):
return self._components.values()
def set_state(self, state):
state = module_state(state)
if isinstance(state, tuple):
if self.component(state[0]) != self.controller():
self.component(state[0]).set_state(self.controller().state()) # so __system_state__ is set properly
self.set_controller(state[0])
state = state[1]
self.controller().set_state(state)
def set_controller(self, controller_name):
old_controller_vars = self._controller.vars()
if self._controller_name != controller_name:
del old_controller_vars['__state__']
self._controller = self.component(controller_name)
self._controller_name = controller_name
new_controller_vars = self._controller.vars()
new_controller_vars.update(old_controller_vars)
self._controller.set_vars(new_controller_vars)
def transition_natex(self, namespace, source, target, speaker):
source, target = module_source_target(source, target)
if isinstance(source, tuple):
source = source[1]
if isinstance(target, tuple):
target = target[1]
return self.component(namespace).transition_natex(source, target, speaker)
def state_settings(self, namespace, state):
return self.component(namespace).state_settings(state)
def set_vars(self, vars):
self._controller.set_vars(vars)
def reset(self):
gates = None
goals = None
for name, component in self._components.items():
component.reset()
if gates is None:
gates = component.gates()
goals = component.goals()
component.set_gates(gates)
component.set_goals(goals)
self.set_controller("SYSTEM")
def controller(self):
return self._controller
def controller_name(self):
return self._controller_name
def state(self):
return self._controller_name, self._controller.state()
def serialize(self):
"""
Returns json serialized dict of
{'vars': vars, 'gates': gates, 'state': state}
"""
config = {'vars': self._controller.vars(),
'gates': self._controller.gates(),
'state': self.state()}
return json_serialize_flexible(config, speaker_enum_mapping)
def deserialize(self, config_str):
config = json_deserialize_flexible(config_str, speaker_enum_rmapping)
self.reset()
self.set_state(config['state'])
self.set_vars(config['vars'])
gates = defaultdict(list, config['gates'])
for name, component in self._components.items():
component.set_gates(gates)
def new_turn(self, toplevel="SYSTEM"):
self.reset()
self.set_controller(toplevel)
| {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,266 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/state_transition_dialogue_manager/dialogue_flow.py |
from enum import Enum, auto
from emora_stdm.state_transition_dialogue_manager.memory import Memory
from emora_stdm.state_transition_dialogue_manager.natex_nlu import NatexNLU
from emora_stdm.state_transition_dialogue_manager.natex_nlg import NatexNLG
from emora_stdm.state_transition_dialogue_manager.database import GraphDatabase
from structpy.graph.labeled_digraph import MapMultidigraph
from typing import Union, Set, List, Dict, Callable, Tuple, NoReturn
from emora_stdm.state_transition_dialogue_manager.utilities import AlterationTrackingDict
from emora_stdm.state_transition_dialogue_manager.ngrams import Ngrams
from emora_stdm.state_transition_dialogue_manager.settings import Settings
from emora_stdm.state_transition_dialogue_manager.stochastic_options import StochasticOptions
from emora_stdm.state_transition_dialogue_manager.utilities import HashableDict
from emora_stdm.state_transition_dialogue_manager.macro import Macro
from emora_stdm.state_transition_dialogue_manager.knowledge_base import KnowledgeBase
from emora_stdm.state_transition_dialogue_manager.macros_common import *
from emora_stdm.state_transition_dialogue_manager.natex_common import natex_macros_common
from emora_stdm.state_transition_dialogue_manager.state import State
from emora_stdm.state_transition_dialogue_manager.update_rules import UpdateRules
from emora_stdm.state_transition_dialogue_manager.utilities import random_max, get_rmapping
from emora_stdm.state_transition_dialogue_manager.utilities import \
json_serialize_flexible, json_deserialize_flexible
from time import time
import dill
from pathos.multiprocessing import ProcessingPool as Pool
def module_source_target(source, target):
if isinstance(source, str) and ':' in source:
i = source.find(':')
source = (source[:i], source[i+1:])
if isinstance(target, str) and ':' in target:
i = target.find(':')
target = (target[:i], target[i + 1:])
return source, target
def module_state(state):
if isinstance(state, str) and ':' in state:
i = state.find(':')
state = (state[:i], state[i + 1:])
return state
def precache(transition_datas):
for tran_datas in transition_datas:
tran_datas['natex'].precache()
parsed_trees = [x['natex']._compiler._parsed_tree for x in transition_datas]
return parsed_trees
_autostate = '-1'
class EnumByName(Enum):
def _generate_next_value_(name, start, count, last_values):
return name
class Speaker(EnumByName):
SYSTEM = auto()
USER = auto()
speaker_enum_mapping = {Speaker.SYSTEM: 'speaker_system', Speaker.USER: 'speaker_user'}
speaker_enum_rmapping = get_rmapping(speaker_enum_mapping)
class DialogueFlow:
Speaker = Speaker
@classmethod
def autostate(cls):
global _autostate
_autostate = str(int(_autostate) + 1)
return _autostate
def __init__(self, initial_state: Union[Enum, str, tuple], initial_speaker = Speaker.SYSTEM,
macros: Dict[str, Macro] =None, kb: Union[KnowledgeBase, str, List[str]] =None,
default_system_state=None, end_state='__end__', all_multi_hop=True, wordnet=False):
self._graph = GraphDatabase()
self._initial_state = State(initial_state)
self._potential_transition = None
self._initial_speaker = initial_speaker
self._speaker = self._initial_speaker
self._vars = HashableDict()
self._transitions = []
self._update_transitions = []
self.vars()['__state__'] = self._initial_state
self.set_state(self._initial_state)
self._gates = defaultdict(list)
self._prepends = {}
self._var_dependencies = defaultdict(set)
self._error_transitioned = False
self._default_state = default_system_state
self._end_state = end_state
self._goals = {}
self._all_multi_hop = all_multi_hop
self._composite_dialogue_flow = None
self._namespace = None
self.vars()['__stack__'] = []
self.vars()['__system_state__'] = 'None' if initial_speaker == Speaker.USER else self._initial_state
if kb is None:
self._kb = KnowledgeBase()
elif isinstance(kb, str):
self._kb = KnowledgeBase()
self._kb.load_json_file(kb)
elif isinstance(kb, list):
self._kb = KnowledgeBase()
for filename in kb:
self._kb.load_json_file(filename)
else:
self._kb = kb
onte = ONTE(self._kb)
kbe = KBE(self._kb)
goal_exit_macro = GoalExit(self)
self._macros = {
'WN': WN(wordnet),
'ONT': onte, 'ONTE': onte,
'ONTUL': ONTUL(self._kb),
'KBQ': kbe, 'KBE': kbe,
'ONTN': ONTN(self._kb),
'EXP': EXP(self._kb),
'ONT_NEG': ONT_NEG(self._kb),
'FPP': FirstPersonPronoun(self._kb),
'TPP': ThirdPersonPronoun(self._kb),
'PSP': PossessivePronoun(self._kb),
'GATE': Gate(self),
'TRANSITION': Transition(self),
'GOAL': GoalPursuit(goal_exit_macro, self),
'GCOM': GoalCompletion(self),
'GEXT': goal_exit_macro,
'GSRET': SetGoalReturnPoint(),
'GRET': GoalReturn(self),
'GCLR': ClearGoalStack(),
'VT': VirtualTransitions(self),
'CE': CanEnter(self),
'EXTR': ExtractList(self._kb)
}
self._macros.update(macros_common_dict)
self._macros.update(natex_macros_common)
if macros:
self._macros.update(macros)
self._rules = UpdateRules(vars=self._vars, macros=self._macros)
self.add_state(end_state)
self._vars['__user_utterance__'] = None
# TOP LEVEL: SYSTEM-LEVEL USE CASES
def run(self, debugging=False):
"""
test in interactive mode
:return: None
"""
t1 = time()
while self.state() != self.end_state():
if self.speaker() == Speaker.SYSTEM:
system_response = self.system_turn(debugging=debugging)
if debugging:
print('Time delta: {:.5f}'.format(time() - t1))
print("S:", system_response)
else:
user_input = input("U: ")
t1 = time()
self.user_turn(user_input, debugging=debugging)
def system_turn(self, debugging=False):
"""
an entire system turn comprising a single system utterance and
one or more system transitions
:return: the natural language system response
"""
t1 = time()
self.vars()['__goal_return_state__'] = 'None'
visited = {self.state()}
responses = []
while self.speaker() is Speaker.SYSTEM:
response, next_state = self.system_transition(self.state(), debugging=debugging)
self.set_state(next_state)
responses.append(response)
if next_state in visited or (not self.state_settings(next_state).system_multi_hop):
self.set_speaker(Speaker.USER)
visited.add(next_state)
t2 = time()
if debugging:
print('System turn in {:.5f}'.format(t2-t1))
full_response = ' '.join(responses)
self.vars()['__selected_response__'] = full_response
return full_response
def user_turn(self, natural_language, debugging=False):
"""
an entire user turn comprising one user utterance and
one or more user transitions
:param natural_language:
:param debugging:
:return: None
"""
t1 = time()
natural_language = ''.join([c.lower() for c in natural_language if c.isalpha() or c == ' '])
self.vars()['__user_utterance__'] = natural_language
self._transitions.clear()
self.apply_update_rules(natural_language, debugging)
visited = {self.state()}
while self.speaker() is Speaker.USER:
next_state = self.user_transition(natural_language, self.state(), debugging=debugging)
if self._error_transitioned and next_state != self.state():
try:
nns = self.user_transition(natural_language, next_state, debugging=debugging)
if nns not in visited:
next_state = nns
except RuntimeError:
if debugging:
print("Couldn't error hop")
self.set_state(next_state)
if next_state in visited or (not self.state_settings(next_state).user_multi_hop):
self.set_speaker(Speaker.SYSTEM)
visited.add(next_state)
self.set_speaker(Speaker.SYSTEM)
t2 = time()
if debugging:
print('User turn in {:.5f}'.format(t2 - t1))
def load_transitions(self, json_dict, speaker=None):
"""
wheeeeeeee!
"""
if speaker is None:
speaker = self._initial_speaker
if 'state' in json_dict:
source = json_dict['state']
else:
source = DialogueFlow.autostate()
hop = None
switch = False
enter = None
# read settings and transitions for state
transitions = []
for key, value in json_dict.items():
if key == 'transitions':
assert isinstance(value, list)
transitions = value
elif key == 'root':
root = json_dict['root']
elif key == 'hop':
hop = json_dict['hop']
elif key == 'prepend':
prepend = json_dict['prepend']
self.set_state_prepend(source, prepend)
elif key == 'switch':
switch = json_dict['switch']
elif key == 'enter':
enter = json_dict['enter']
elif key not in {'state', 'hop', 'score', 'switch', 'enter'}:
transitions.append((key, value))
# set up state settings
if not self.has_state(source):
self.add_state(source)
if hop:
if speaker == Speaker.USER:
speaker = Speaker.SYSTEM
self.state_settings(source).update(system_multi_hop=True)
elif speaker == Speaker.SYSTEM:
speaker = Speaker.USER
self.state_settings(source).update(user_multi_hop=True)
if switch:
self.update_state_settings(source, switch=True)
if enter:
self.update_state_settings(source, enter=enter)
# set up transitions
expanded_transitions = []
for natex, target in transitions:
natex_with_leading_digits_stripped = ''
i = 0
c = natex[i] if natex else ''
while c and c.isnumeric():
natex_with_leading_digits_stripped += c
i += 1
c = natex[i] if i < len(natex) else ''
if natex == 'error':
if isinstance(target, dict):
if 'state' not in target:
target['state'] = DialogueFlow.autostate()
expanded_transitions.append(target)
target = target['state']
if not self.has_state(target):
self.add_state(target)
self.set_error_successor(source, target)
else:
score = 1.0
if isinstance(target, dict):
if 'state' not in target:
target['state'] = DialogueFlow.autostate()
if 'score' in target:
score = target['score']
expanded_transitions.append(target)
target = target['state']
if not self.has_state(target):
self.add_state(target)
if speaker == Speaker.USER:
if self.has_transition(source, target, Speaker.USER):
intermediate = '_' + self.autostate()
self.add_state(intermediate, target)
self.add_user_transition(source, intermediate, natex + ' #TARGET(%s)' % target, score=score)
else:
self.add_user_transition(source, target, natex, score=score)
elif speaker == Speaker.SYSTEM:
if self.has_transition(source, target, Speaker.SYSTEM):
intermediate = '_' + self.autostate()
self.add_state(intermediate)
self.add_system_transition(source, intermediate, natex + ' #TARGET(%s)' % target, score=score)
else:
self.add_system_transition(source, target, natex, score=score)
# switch turn (will be switched back if multi hop detected on next recursive call)
if speaker == Speaker.USER:
speaker = Speaker.SYSTEM
elif speaker == Speaker.SYSTEM:
speaker = Speaker.USER
# recurse to load nested turns
for transition in expanded_transitions:
self.load_transitions(transition, speaker)
# HIGH LEVEL
def system_transition(self, state: Union[Enum, str, tuple], debugging=False):
"""
:param state:
:param debugging:
:return: a <state, response> tuple representing the successor state and response
"""
if '__gate__' in self._vars:
del self._vars['__gate__']
state = module_state(state)
ti = time()
if state is None:
state = self.state()
else:
state = State(state)
transition_options = []
transitions = list(self.transitions(state, Speaker.SYSTEM))
transition_items = []
for transition in transitions:
natex = self.transition_natex(*transition)
score = self.transition_settings(*transition).score
transition_items.append((natex, transition, score))
while self._transitions:
natex, transition, score = self._transitions.pop()
transition_items.append((natex, transition, score))
while self._update_transitions:
natex, transition, score = self._update_transitions.pop()
transition_items.append((natex, transition, score))
for natex, transition, score in transition_items:
t1 = time()
transition_transition_enter = None
vars = HashableDict(self._vars)
self._potential_transition = transition # MOVED, todo
try:
generation = natex.generate(vars=vars, macros=self._macros, debugging=debugging)
except Exception as e:
print()
print('Transition {}: {} failed'.format(str(transition), natex))
traceback.print_exc(file=sys.stdout)
print()
generation = None
source, target, speaker = transition
if '__source__' in vars:
source = State(module_state(vars['__source__']))
del vars['__source__']
if '__target__' in vars:
target = State(module_state(vars['__target__']))
del vars['__target__']
transition = source, target, speaker
# if not self.is_module() and isinstance(target, tuple):
# continue
if '->' in transition[1]:
_src, _tar = target.split('->')[0], target.split('->')[1]
_tar = State(module_state(_tar))
transition = (_src, _tar, speaker)
try:
appended_generation = self.transition_natex(*transition).generate(vars=vars, macros=self._macros, debugging=debugging)
if appended_generation is None:
generation = None
else:
generation = generation + ' ' + appended_generation
except Exception as e:
print()
print('Transition {}: {} failed'.format(str(transition), natex))
traceback.print_exc(file=sys.stdout)
print()
generation = None
elif isinstance(transition[1], tuple) and '->' in transition[1][1]:
namespace = transition[1][0]
source, target = (namespace, target[1].split('->')[0]), target[1].split('->')[1]
target = State(module_state(target))
transition_transition_enter = source
transition = (source, target, speaker)
try:
appended_generation = self.composite_dialogue_flow().transition_natex(
namespace, *transition).generate(vars=vars, macros=self._macros, debugging=debugging)
if generation is None or appended_generation is None:
generation = None
else:
generation = generation + ' ' + appended_generation
except Exception as e:
print()
print('Transition {}: {} failed'.format(str(transition), natex))
traceback.print_exc(file=sys.stdout)
print()
generation = None
source, target, speaker = transition
if '__source__' in vars:
source = State(module_state(vars['__source__']))
del vars['__source__']
if '__target__' in vars:
target = State(module_state(vars['__target__']))
del vars['__target__']
transition = source, target, speaker
enter_natex_pass = True
transition_transition_enter_vars = vars
if transition_transition_enter is not None:
if self.is_module() and isinstance(transition_transition_enter, tuple):
enter_natex = self.composite_dialogue_flow().state_settings(*transition_transition_enter).enter
else:
enter_natex = self.state_settings(transition_transition_enter).enter
if enter_natex is not None:
try:
enter_natex_pass = enter_natex.generate(vars=transition_transition_enter_vars, macros=self._macros, debugging=debugging)
except Exception as e:
print()
print(e)
print('Enter Natex {}: {} failed'.format(str(transition_transition_enter), enter_natex))
print()
enter_natex_pass = None
if enter_natex_pass:
if self.is_module() and isinstance(target, tuple):
enter_natex = self.composite_dialogue_flow().state_settings(*target).enter
else:
enter_natex = self.state_settings(target).enter
if enter_natex is not None:
try:
enter_natex_pass = enter_natex.generate(vars=vars, macros=self._macros, debugging=debugging)
except Exception as e:
print()
print(e)
print('Enter Natex {}: {} failed'.format(str(target), enter_natex))
print()
enter_natex_pass = None
if generation is not None and enter_natex_pass is not None:
if '__score__' in vars:
score = vars['__score__']
del vars['__score__']
gate_closed = False
gate_var_config = None
gate_target_id = None
if '__gate__' in vars:
gate_var_config = vars['__gate__']
gate_target_id = (self.namespace(), target) if (not isinstance(target, tuple) and self.is_module()) else target
for vc in self.gates()[gate_target_id]:
if gate_var_config == vc:
gate_closed = True
del vars['__gate__']
tt_gate_var_config = None
tt_gate_target_id = None
if transition_transition_enter is not None and '__gate__' in transition_transition_enter_vars:
tt_gate_var_config = transition_transition_enter_vars['__gate__']
tt_gate_target_id = (self.namespace(), transition_transition_enter) if \
(not isinstance(transition_transition_enter, tuple) and self.is_module()) else transition_transition_enter
for vc in self.gates()[tt_gate_target_id]:
if tt_gate_var_config == vc:
gate_closed = True
del transition_transition_enter_vars['__gate__']
transition_transition_enter_vars.update(vars)
vars = transition_transition_enter_vars
if not gate_closed:
transition_options.append((score, natex, generation, transition, vars, gate_var_config, gate_target_id, tt_gate_var_config, tt_gate_target_id))
t2 = time()
if debugging:
print('Transition {} evaluated in {:.5f}'.format(transition, t2-t1))
while self._transitions:
natex, transition, score = self._transitions.pop()
transition_items.append((natex, transition, score))
self._transitions.clear()
if transition_options:
if debugging:
print('Transition options: ------------')
for option in transition_options:
print('{} {}: {}'.format(option[0], option[3][1], option[1]))
print('--------------------------------')
score, natex, response, transition, vars, gate_var_config, gate_target_id, tt_gate_var_config, tt_gate_target_id =\
random_max(transition_options, key=lambda x: x[0])
if gate_var_config is not None:
self.gates()[gate_target_id].append(gate_var_config)
if tt_gate_var_config is not None:
self.gates()[tt_gate_target_id].append(tt_gate_var_config)
if debugging:
updates = {}
for k, v in vars.items():
if k not in self._vars or v != self._vars[k]:
updates[k] = v
if updates:
print('Updating vars:')
for k, v in updates.items():
if k in self._vars:
print(' {} = {} -> {}'.format(k, self._vars[k], v))
else:
print(' {} = None -> {}'.format(k, v))
self.update_vars(vars)
next_state = transition[1]
if debugging:
tf = time()
print('System transition in {:.5f}'.format(tf-ti))
print('Transitioning {} -> {}'.format(self.state(), next_state))
if '__response_prefix__' in self.vars() and self.vars()['__response_prefix__'] != 'None':
response = self.vars()['__response_prefix__'] + ' ' + response
self.vars()['__response_prefix__'] = 'None'
return response, next_state
else:
if self._default_state is not None:
self.set_state(self._default_state)
if debugging:
print('No valid system transitions found, going to default state...')
return self.system_transition(self.state(), debugging=debugging)
raise AssertionError('dialogue flow system transition found no valid options from state {}'.format(state))
def user_transition(self, natural_language: str, state: Union[Enum, str, tuple], debugging=False):
"""
:param state:
:param natural_language:
:param debugging:
:return: the successor state representing the highest score user transition
that matches natural_language, or None if none match
"""
if '__gate__' in self._vars:
del self._vars['__gate__']
if '__user_utterance__' in self.vars() and self.vars()['__user_utterance__'] is not None:
natural_language = self.vars()['__user_utterance__']
else:
natural_language = ''.join([c.lower() for c in natural_language if c.isalpha() or c == ' '])
state = module_state(state)
self._error_transitioned = False
ti = time()
if state is None:
state = self.state()
else:
state = State(state)
transition_options = []
transition_items = []
for transition in self.transitions(state, Speaker.USER):
natex = self.transition_natex(*transition)
score = self.transition_settings(*transition).score
transition_items.append((natex, transition, score))
while self._transitions:
natex, transition, score = self._transitions.pop()
transition_items.append((natex, transition, score))
ngrams = Ngrams(natural_language, n=10)
for natex, transition, score in transition_items:
self._potential_transition = transition
if not self.is_module() and isinstance(transition[1], tuple):
continue
t1 = time()
if debugging:
print('Evaluating transition {}'.format(transition[:2]))
vars = HashableDict(self._vars)
try:
match = natex.match(natural_language, vars, self._macros, ngrams, debugging)
except Exception as e:
print()
print('Transition {}: {} failed'.format(str(transition), natex))
traceback.print_exc(file=sys.stdout)
print()
match = None
source, target, speaker = transition
if '__source__' in vars:
source = State(module_state(vars['__source__']))
del vars['__source__']
if '__target__' in vars:
target = State(module_state(vars['__target__']))
del vars['__target__']
transition = source, target, speaker
if self.is_module() and isinstance(target, tuple):
enter_natex = self.composite_dialogue_flow().state_settings(*target).enter
else:
enter_natex = self.state_settings(target).enter
enter_natex_pass = True
if enter_natex is not None:
try:
enter_natex_pass = enter_natex.generate(vars=vars, macros=self._macros, debugging=debugging)
except Exception as e:
print()
print(e)
print('Enter Natex {}: {} failed'.format(str(target), enter_natex))
print()
enter_natex_pass = None
if match and enter_natex_pass is not None:
if debugging:
print('Transition {} matched "{}"'.format(transition[:2], natural_language))
if '__score__' in vars:
score = vars['__score__']
del vars['__score__']
gate_closed = False
gate_var_config = None
gate_target_id = None
if '__gate__' in vars:
gate_var_config = vars['__gate__']
gate_target_id = (self.namespace(), target) if (
not isinstance(target, tuple) and self.is_module()) else target
for vc in self.gates()[gate_target_id]:
if gate_var_config == vc:
gate_closed = True
del vars['__gate__']
if not gate_closed:
transition_options.append((score, natex, transition, vars, gate_var_config, gate_target_id))
t2 = time()
if debugging:
print('Transition {} evaluated in {:.5f}'.format(transition, t2-t1))
while self._transitions:
natex, transition, score = self._transitions.pop()
transition_items.append((natex, transition, score))
self._transitions.clear()
if transition_options:
if debugging:
print('Transition options: ------------')
for option in transition_options:
print('{} {}: {}'.format(option[0], option[2][1], option[1]))
print('--------------------------------')
score, natex, transition, vars, gate_var_config, gate_target_id = random_max(transition_options, key=lambda x: x[0])
if gate_var_config is not None:
self.gates()[gate_target_id].append(gate_var_config)
if debugging:
updates = {}
for k, v in vars.items():
if k not in self._vars or v != self._vars[k]:
updates[k] = v
if updates:
print('Updating vars:')
for k, v in updates.items():
if k in self._vars:
print(' {} = {} -> {}'.format(k, self._vars[k], v))
else:
print(' {} = None -> {}'.format(k, v))
self.update_vars(vars)
next_state = transition[1]
if debugging:
print('User transition in {:.5f}'.format(time() - ti))
print('Transitioning {} -> {}'.format(self.state(), next_state))
return next_state
else:
self._error_transitioned = True
next_state = self.error_successor(self.state())
if debugging:
print('User transition in {:.5f}'.format(time() - ti))
print('Error transition {} -> {}'.format(self.state(), next_state))
return next_state
def precache_transitions(self, process_num=1):
"""
Make DialogueFlow fast from the start with the power of precache!
"""
if process_num == 1:
for transition in self._graph.arcs():
data = self._graph.arc_data(*transition)
data['natex'].precache()
for rule in self.update_rules().rules:
rule.precondition.precache()
if rule.postcondition:
rule.postcondition.precache()
else:
# transition_data_sets = []
# for i in range(process_num):
# transition_data_sets.append([])
# count = 0
# for transition in self._graph.arcs():
# transition_data_sets[count].append(self._graph.arc_data(*transition))
# count = (count + 1) % process_num
#
# print("multiprocessing...")
# p = Pool(process_num)
# results = p.map(precache, transition_data_sets)
# for i in range(len(results)):
# result_list = results[i]
# t_list = transition_data_sets[i]
# for j in range(len(result_list)):
# parsed_tree = result_list[j]
# t = t_list[j]
# t['natex']._compiler._parsed_tree = parsed_tree
raise NotImplementedError()
def check(self, debugging=False):
all_good = True
for state in self._graph.nodes():
has_system_fallback = False
has_user_fallback = False
for source, target, speaker in self._graph.arcs_out(state):
if speaker == Speaker.SYSTEM:
if self.transition_natex(source, target, speaker).is_complete():
has_system_fallback = True
if self.error_successor(state) is not None:
has_user_fallback = True
in_labels = {x[2] for x in self.incoming_transitions(state)}
if Speaker.SYSTEM in in_labels:
if not has_user_fallback:
if debugging:
print('WARNING: Turn-taking dead end: state {} has no fallback user transition'.format(state))
all_good = False
if Speaker.USER in in_labels:
if not has_system_fallback:
if debugging:
print('WARNING: Turn-taking dead end: state {} may have no fallback system transitions'.format(state))
all_good = False
return all_good
def add_user_transition(self, source: Union[Enum, str, tuple], target: Union[Enum, str, tuple],
natex_nlu: Union[str, NatexNLU, List[str]], **settings):
source, target = module_source_target(source, target)
source = State(source)
target = State(target)
if self.has_transition(source, target, Speaker.USER):
raise ValueError('user transition {} -> {} already exists'.format(source, target))
natex_nlu = NatexNLU(natex_nlu, macros=self._macros)
if not self.has_state(source):
self.add_state(source)
if not self.has_state(target):
self.add_state(target)
self._graph.add_arc(source, target, Speaker.USER)
self.set_transition_natex(source, target, Speaker.USER, natex_nlu)
transition_settings = Settings(score=1.0)
transition_settings.update(**settings)
if self._all_multi_hop:
self.update_state_settings(source, user_multi_hop=True)
self.set_transition_settings(source, target, Speaker.USER, transition_settings)
if target in self._prepends:
prepend = self._prepends[target]
natex = self.transition_natex(source, target, Speaker.USER)
self.set_transition_natex(source, target, Speaker.USER, prepend + natex)
def add_system_transition(self, source: Union[Enum, str, tuple], target: Union[Enum, str, tuple],
natex_nlg: Union[str, NatexNLG, List[str]], **settings):
source, target = module_source_target(source, target)
source = State(source)
target = State(target)
if self.has_transition(source, target, Speaker.SYSTEM):
raise ValueError('system transition {} -> {} already exists'.format(source, target))
natex_nlg = NatexNLG(natex_nlg, macros=self._macros)
if not self.has_state(source):
self.add_state(source)
if not self.has_state(target):
self.add_state(target)
self._graph.add_arc(source, target, Speaker.SYSTEM)
self.set_transition_natex(source, target, Speaker.SYSTEM, natex_nlg)
transition_settings = Settings(score=1.0)
transition_settings.update(**settings)
self.set_transition_settings(source, target, Speaker.SYSTEM, transition_settings)
if self._all_multi_hop:
self.update_state_settings(source, system_multi_hop=True)
if target in self._prepends:
prepend = self._prepends[target]
natex = self.transition_natex(source, target, Speaker.SYSTEM)
self.set_transition_natex(source, target, Speaker.SYSTEM, prepend + natex)
def add_state(self, state: Union[Enum, str, tuple], error_successor: Union[Union[Enum, str, tuple], None] =None, **settings):
state = module_state(state)
state = State(state)
if self.has_state(state):
raise ValueError('state {} already exists'.format(state))
state_settings = Settings(user_multi_hop=False, system_multi_hop=False, switch=False, enter=None)
state_settings.update(**settings)
self._graph.add_node(state)
self.update_state_settings(state, **state_settings)
if error_successor is not None:
error_successor = State(error_successor)
self.set_error_successor(state, error_successor)
# LOW LEVEL: PROPERTIES, GETTERS, SETTERS
def transition_natex(self, source: Union[Enum, str, tuple], target: Union[Enum, str, tuple], speaker: Enum):
source, target = module_source_target(source, target)
source = State(source)
target = State(target)
return self._graph.arc_data(source, target, speaker)['natex']
def set_transition_natex(self, source, target, speaker, natex):
source, target = module_source_target(source, target)
source = State(source)
target = State(target)
if isinstance(natex, str):
if speaker == Speaker.USER:
natex = NatexNLU(natex, macros=self._macros)
else:
natex = NatexNLG(natex, macros=self._macros)
self._graph.arc_data(source, target, speaker)['natex'] = natex
def transition_settings(self, source: Union[Enum, str, tuple], target: Union[Enum, str, tuple], speaker: Enum):
source, target = module_source_target(source, target)
source = State(source)
target = State(target)
return self._graph.arc_data(source, target, speaker)['settings']
def set_transition_settings(self, source, target, speaker, settings):
source, target = module_source_target(source, target)
source = State(source)
target = State(target)
self._graph.arc_data(source, target, speaker)['settings'] = settings
def update_transition_settings(self, source, target, speaker, **settings):
source, target = module_source_target(source, target)
source = State(source)
target = State(target)
self.transition_settings(source, target, speaker).update(**settings)
def state_settings(self, state):
state = module_state(state)
state = State(state)
return self._graph.data(state)['settings']
def add_global_nlu(self, state, nlu, score=0.5, post_nlu=None):
state = module_state(state)
state = State(state)
if not self.has_state(state):
self.add_state(state)
if isinstance(state, tuple):
state = ':'.join(state)
if isinstance(nlu, list) or isinstance(nlu, set):
nlu = '{' + ', '.join(nlu) + '}'
if post_nlu is None:
self._rules.add('{} ({})'.format(nlu, score), '#TRANSITION({}, {})'.format(state, score))
else:
self._rules.add('{} ({})'.format(nlu, score), '#TRANSITION({}, {}, {})'.format(state, score, post_nlu))
def update_state_settings(self, state, **settings):
state = module_state(state)
state = State(state)
if 'settings' not in self._graph.data(state):
self._graph.data(state)['settings'] = Settings()
if 'global_nlu' in settings:
self.add_global_nlu(state, settings['global_nlu'])
if 'enter' in settings and isinstance(settings['enter'], str):
settings['enter'] = NatexNLG(settings['enter'], macros=self._macros)
self.state_settings(state).update(**settings)
def remove_transition(self, source, target, speaker):
source, target = module_source_target(source, target)
source = State(source)
target = State(target)
MapMultidigraph.remove_arc(self.graph(), source, target, speaker)
def states(self):
return self.graph().nodes()
def state(self):
return self._vars['__state__']
def set_state(self, state: Union[Enum, str, tuple]):
state = module_state(state)
state = State(state)
if self.speaker() == Speaker.SYSTEM:
if '__state__' in self.vars():
st_str = self.vars()['__state__'][1] if isinstance(self.vars()['__state__'],tuple) else self.vars()['__state__']
if not st_str.startswith('_'):
self.vars()['__system_state__'] = self.vars()['__state__']
if '__system_state__' not in self.vars():
self.vars()['__system_state__'] = 'None'
else:
self.vars()['__system_state__'] = 'None'
self._vars['__state__'] = state
def has_state(self, state):
state = module_state(state)
state = State(state)
return self._graph.has_node(state)
def error_successor(self, state):
state = module_state(state)
state = State(state)
data = self._graph.data(state)
if 'error' in data:
return data['error']
else:
return None
def set_error_successor(self, state, error_successor):
state, error_successor = module_source_target(state, error_successor)
state = State(state)
error_successor = State(error_successor)
self._graph.data(state)['error'] = error_successor
def speaker(self):
return self._speaker
def set_speaker(self, speaker: Enum):
self._speaker = speaker
def graph(self):
return self._graph
def vars(self):
return self._vars
def set_vars(self, vars):
self._vars = vars
self.update_rules().set_vars(vars)
def transitions(self, source_state, speaker=None):
"""
get (source, target, speaker) transition tuples for the entire state machine
(default) or that lead out from a given source_state
:param source_state: optionally, filter returned transitions by source state
:param speaker: optionally, filter returned transitions by speaker
:return: a generator over (source, target, speaker) 3-tuples
"""
source_state = module_state(source_state)
source_state = State(source_state)
if speaker is None:
yield from self._graph.arcs_out(source_state)
elif self._graph.has_arc_label(source_state, speaker):
yield from self._graph.arcs_out(source_state, label=speaker)
else:
return
def has_transition(self, source, target, speaker):
source, target = module_source_target(source, target)
source = State(source)
target = State(target)
return self._graph.has_arc(source, target, speaker)
def incoming_transitions(self, target_state):
target_state = module_state(target_state)
target_state = State(target_state)
yield from self._graph.arcs_in(target_state)
def change_speaker(self):
if self.speaker() is Speaker.USER:
self.set_speaker(Speaker.SYSTEM)
elif self.Speaker is Speaker.SYSTEM:
self.set_speaker(Speaker.USER)
def reset(self):
self._transitions.clear()
self._speaker = self._initial_speaker
self._vars = HashableDict()
self.vars()['__state__'] = self._initial_state
self.vars()['__stack__'] = []
self.vars()['__user_utterance__'] = None
self.vars()['__system_state__'] = 'None' if self._initial_speaker == Speaker.USER else self._initial_state
self.set_state(self._initial_state)
self._rules.set_vars(self._vars)
self._gates = defaultdict(list)
def update_vars(self, variables: HashableDict):
if not isinstance(variables, HashableDict):
variables = HashableDict(variables)
for k in variables:
if k in self._var_dependencies:
dependencies = self._var_dependencies[k]
for dependency in dependencies:
if dependency in self._vars:
self._vars[dependency] = None
self._vars.update({k: variables[k] for k in variables if k != '__score__' and k in variables})
def potential_transition(self):
return self._potential_transition
def gates(self):
return self._gates
def var_dependencies(self):
return self._var_dependencies
def set_state_prepend(self, state, prepend):
state = module_state(state)
self._prepends[state] = prepend
if self.has_state(state):
for transition in self._graph.arcs_in(state):
natex = self.transition_natex(*transition)
self.set_transition_natex(*transition, prepend + natex)
def add_update_rule(self, precondition, postcondition=None):
self._rules.add(precondition, postcondition)
def apply_update_rules(self, user_input, debugging=False):
result = self._rules.update(user_input, debugging)
if result is not None:
response, score = result
self._update_transitions.append(
(response, (self.state(), self.state(), Speaker.SYSTEM), score))
#self.set_speaker(Speaker.SYSTEM)
def knowledge_base(self):
return self._kb
def set_is_module(self, composite_dialogue_flow):
self._composite_dialogue_flow = composite_dialogue_flow
def is_switch(self, state):
return self.state_settings(state)['switch']
def end_state(self):
return self._end_state
def update_rules(self):
return self._rules
def goals(self):
return self._goals
def set_goals(self, goals_dict):
self._goals = goals_dict
def dynamic_transitions(self):
return self._transitions
def composite_dialogue_flow(self):
return self._composite_dialogue_flow
def is_module(self):
return self.composite_dialogue_flow() is not None
def namespace(self):
return self._namespace
def add_macros(self, macro_dict):
self._macros.update(macro_dict)
def set_namespace(self, namespace):
self._namespace = namespace
def set_gates(self, gates):
self._gates = gates
def load_global_nlu(self, transitions, default_score=0.5):
orig_score=default_score
for nlu, followup in transitions.items():
default_score=orig_score
if nlu == 'state':
continue
if isinstance(followup, str):
state = followup
else:
if 'state' not in followup:
state = DialogueFlow.autostate()
followup['state'] = state
else:
state = followup['state']
if 'score' in followup:
default_score = followup['score']
self.add_global_nlu(state, nlu, default_score, post_nlu='`/.*/ #GEXT`')
self.load_transitions(transitions, Speaker.USER)
def load_update_rules(self, rules_dict, score=None):
for pre, post in rules_dict.items():
self.update_rules().add(pre, post, score=score)
def macros(self):
return self._macros
def add_goal(self, id_string, return_state=None, return_phrase=None, doom_counter=None):
goal = {
'id': id_string,
'return_state': return_state,
'return_phrase': return_phrase,
'doom_counter': doom_counter
}
self._goals[id_string] = goal
def serialize(self):
"""
Returns json serialized dict of
{'vars': vars, 'gates': gates, 'state': state}
"""
config = {'vars': self.vars(),
'gates': self.gates(),
'state': self.state()}
return json_serialize_flexible(config, speaker_enum_mapping)
def deserialize(self, config_str):
config = json_deserialize_flexible(config_str, speaker_enum_rmapping)
self.reset()
self.set_state(config['state'])
self.set_vars(config['vars'])
self.set_gates(config['gates'])
| {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,267 | dwtcourses/emora_stdm | refs/heads/master | /__init__.py | # import os
# cwd = os.getcwd()
#
# from emora_stdm.stdm.StateTransitionDialogueManager.expression import _ExpressionReducer, _expression_parser
# from emora_stdm.stdm.StateTransitionDialogueManager.utilities import all_grams, random_choice
#
# from emora_stdm.stdm.StateTransitionDialogueManager.knowledge_base import KnowledgeBase
# from emora_stdm.stdm.StateTransitionDialogueManager.utilities import all_grams, random_choice
# from emora_stdm.stdm.StateTransitionDialogueManager.dialogue_transition import DialogueTransition
# from emora_stdm.stdm.StateTransitionDialogueManager.stdm_exceptions import MissingStateException,\
# MissingOntologyException, MissingKnowledgeException, MissingErrorStateException
#
# from emora_stdm.stdm.StateTransitionDialogueManager.dialogue_flow import DialogueFlow
#
# if 'test_state_machine_dialogue' not in cwd and '/deploy/' in cwd:
# from emora_stdm.stdm.modules.holiday import component as holiday
# from emora_stdm.stdm.modules.opening import component as opening | {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,268 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py |
from emora_stdm import DialogueFlow
df = DialogueFlow('root', initial_speaker=DialogueFlow.Speaker.SYSTEM)
flow = {
'state': 'root',
'hello': {
'[hi]': {
'have you seen a good movie recently':{
'[yes]': {
'cool what is it':{
'error': 'root'
}
},
'[no]':{
'ok then': {
'error': 'root'
}
}
},
'how are you': {
'[good]': {
'thats good': {
'error': 'root'
}
},
'[bad]': {
'sorry to hear that':{
'error': 'root'
}
}
}
},
'[how, you]': {
'good': {
'error': 'root'
}
}
}
}
df.load_transitions(flow, DialogueFlow.Speaker.SYSTEM)
df.state_settings('root').update(system_multi_hop=True)
df.add_state('recovery_question', global_nlu='[!{do, who, what, when, where, why, how, is, can, should}, /.*/]')
df.add_system_transition('recovery_question', 'root', '"Hmm.. I\'m not sure."')
df.add_user_transition('x', 'y', '#ANY($myvar=something, $other=somethingelse) [hello]')
while True:
df.system_turn()
v = input()
var, val = v.split('=')
df.vars().update({var: val})
df.user_turn(input())
if __name__ == '__main__':
df.run(debugging=True) | {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,269 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py |
from emora_stdm.state_transition_dialogue_manager.macros_common import WN
from emora_stdm.state_transition_dialogue_manager.ngrams import Ngrams
wn = WN()
if __name__ == '__main__':
while True:
i = input('Enter "<WN ARG>", or "<PHRASE> in <WN ARG>": ')
if ' in ' in i:
i = [x.strip() for x in i.split(' in ')]
print(i[0] in wn.run(Ngrams(i[0]), {}, [i[1]]))
else:
print(wn.run(None, {}, [i]))
| {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
60,270 | dwtcourses/emora_stdm | refs/heads/master | /emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py |
import os
print(os.getcwd())
from emora_stdm import DialogueFlow
df = DialogueFlow('start')
df.add_user_transition('start', 'success', '/.*/')
df.set_error_successor('start', 'fail')
df.add_system_transition('success', 'start', 'success')
df.add_system_transition('fail', 'start', 'fail')
df.knowledge_base().load_json_file('_common.json')
if __name__ == '__main__':
while True:
i = input('>> ')
if 'natex ' in i[:len('natex ')]:
df.set_transition_natex('start', 'success', DialogueFlow.Speaker.USER, i[len('natex '):])
else:
df.set_speaker(DialogueFlow.Speaker.USER)
df.user_turn(i, debugging=True)
df.set_speaker(DialogueFlow.Speaker.SYSTEM)
print(df.system_turn(debugging=False))
| {"/emora_stdm/state_transition_dialogue_manager/process_wordnet_data.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/state_transition_dialogue_manager/macro.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/modules/ontology_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_utilities.py": ["/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/multiple_components_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/settings.py", "/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/state.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_json_style_dialogue_flow.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_wordnet.py": ["/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_test_natex.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/modules/macro_definition_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/modules/hello_world_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/chat_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"], "/emora_stdm/modules/update_rules_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_update_rules.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/database.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/__init__.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/update_rules.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_settings.py": ["/emora_stdm/state_transition_dialogue_manager/settings.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stochastic_options.py": ["/emora_stdm/state_transition_dialogue_manager/stochastic_options.py"], "/emora_stdm/modules/natex_compilation.py": ["/emora_stdm/__init__.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_stack.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/sigdial_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_natex_nlu.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py"], "/emora_stdm/modules/interoperability_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/update_rules.py": ["/emora_stdm/state_transition_dialogue_manager/update_rule.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py"], "/emora_stdm/modules/reasoning_example.py": ["/emora_stdm/__init__.py"], "/emora_stdm/state_transition_dialogue_manager/macros_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/memory.py", "/emora_stdm/state_transition_dialogue_manager/utilities.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/wordnet.py"], "/emora_stdm/state_transition_dialogue_manager/update_rule.py": ["/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_state.py": ["/emora_stdm/state_transition_dialogue_manager/state.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_macros.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/macros_common.py", "/emora_stdm/state_transition_dialogue_manager/natex_common.py", "/emora_stdm/state_transition_dialogue_manager/knowledge_base.py", "/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_knowledge_base.py": ["/emora_stdm/state_transition_dialogue_manager/knowledge_base.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_dialogue_flow.py": ["/emora_stdm/state_transition_dialogue_manager/dialogue_flow.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlg.py"], "/emora_stdm/test_state_transition_dialogue_manager/interactive_composite_dialogue_flow.py": ["/emora_stdm/__init__.py", "/emora_stdm/state_transition_dialogue_manager/composite_dialogue_flow.py"], "/emora_stdm/test_state_transition_dialogue_manager/test_ngrams.py": ["/emora_stdm/state_transition_dialogue_manager/ngrams.py"], "/emora_stdm/state_transition_dialogue_manager/natex_common.py": ["/emora_stdm/state_transition_dialogue_manager/macro.py", "/emora_stdm/state_transition_dialogue_manager/ngrams.py", "/emora_stdm/state_transition_dialogue_manager/natex_nlu.py"]} |
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