def get_display_status():
group_data = []
# _login()
monitoring_status, messaging_status = get_application_status()
headers = [
"GroupMe Group ID", "Bot ID", "Bot Monitoring Status",
"Bot Messaging Status", "Current Message", "Triggering Message"
]
global_data = [
"Global monitoring status: " + "On" if monitoring_status else "Off",
"Global messaging status: " + "On" if messaging_status else "Off"
]
if monitoring_status:
query = "SELECT groupme_group_id FROM groupme_yahoo"
groups = db.fetch_all(query)
# logging.warn("groups: %s"%groups)
for group in groups:
g = get_group_data(group[0])
# logging.warn("g %s"%g)
bot_id = g['bot_id'][0:4]
group_data.append([
group[0], bot_id, "On" if g['status'] else "Off",
"On" if g['messaging_status'] else "Off", g['message_num'],
g['message_limit']
])
display = {
"headers": headers,
"group_data": group_data,
"global_data": global_data
}
return display
def retrieve_by_name(self, name):
"""
Retrieves an object by name from the database.
"""
fetch_result = db.fetch_all("SELECT * FROM %s WHERE name = '%s'" % (self._get_table_name(), name))
if len(fetch_result) < 1:
raise Exception("The name '%s' doesn't exist." % name)
return self._new_instance(list(fetch_result[0]))
def retrieve_by_id(self, object_id):
'''
Retrieves an object by id from the database.
'''
fetch_result = db.fetch_all("SELECT * FROM %s WHERE id = '%d'" % (self.__table_name, object_id))
if len(fetch_result) < 1:
raise Exception("The id '%d' doesn't exist." % object_id)
return self._new_instance(list(fetch_result[0]))
def is_valid_name(self, name):
"""
Returns true if the name is associated with an existing object.
"""
fetch_result = db.fetch_all("SELECT id FROM %s WHERE name = '%s'" % (self._get_table_name(), name))
if len(fetch_result) >= 1:
return True
else:
return False
def get_name_from_id(self, object_id):
"""
Returns the name of the object that is associated with the given id.
"""
fetch_result = db.fetch_all("SELECT name FROM %s WHERE id = '%d'" % (self._get_table_name(), object_id))
if len(fetch_result) >= 1:
return fetch_result[0][0]
else:
raise Exception("The id '%d' doesn't exist." % object_id)
def get_id_from_name(self, name):
"""
Returns the id of the object that is associated with the given name.
"""
fetch_result = db.fetch_all("SELECT id FROM %s WHERE name = '%s'" % (self._get_table_name(), name))
if len(fetch_result) >= 1:
return fetch_result[0][0]
else:
raise Exception("The name '%s' doesn't exist." % name)
def retrieve_all(self):
'''
Retrieves all objects of this type.
'''
fetch_result = db.fetch_all("SELECT id FROM %s" % self.__table_name)
all_objects = []
for fetch_row in fetch_result:
all_objects.append(self.retrieve_by_id(fetch_row[0]))
return all_objects
def is_valid_id(self, object_id):
'''
Returns true if the id is associated with an existing object.
'''
fetch_result = db.fetch_all("SELECT id FROM %s WHERE id = '%d'" % (self.__table_name, object_id))
if len(fetch_result) >= 1:
return True
else:
return False
def archive(request):
"""
Returns a full archive (list) of all entries, most recent at top
"""
context = wegblob_settings.config
context["archive"] = db.fetch_all()
for i, entry in enumerate(context["archive"]):
context["archive"][i]["tags"] = _format_post_tags(entry["tags"])
response = render_to_response("wegblob-archive.html", context, context_instance=RequestContext(request))
return response
def archive(request):
"""
Returns a full archive (list) of all entries, most recent at top
"""
context = wegblob_settings.config
context['archive'] = db.fetch_all()
for i, entry in enumerate(context['archive']):
context['archive'][i]['tags'] = _format_post_tags(entry['tags'])
response = render_to_response('wegblob-archive.html',
context,
context_instance=RequestContext(request))
return response
def load_messages(groupme_group_id):
msg_list = []
if groupme_group_id:
select = "SELECT * FROM messages WHERE groupme_group_id = %s;"
select_values = (str(groupme_group_id), )
raw_messages = db.fetch_all(select, values=select_values)
for msg in raw_messages:
msg_list.append({
"groupme_group_id": msg[0],
"message_object": msg[1],
"index": msg[2],
"sender_is_bot": msg[3]
})
return msg_list
def load_triggers(group_id):
query = """SELECT * FROM triggers WHERE group_id=%s"""
values = (group_id, )
l = db.fetch_all(query, values)
triggers = []
for trigger in l:
d = {
'index': trigger[0],
'type': trigger[1],
'days': trigger[2],
'periods': trigger[3],
'status': trigger[4],
'group_id': trigger[5]
}
triggers.append(d)
return triggers
def process_pos(inserts):
# Retrieve the relevant info from the database
#p = period.g_period
#from_date = p.first()
#to_date = p.last()
fmt = "SELECT Code, Cost FROM qryPO WHERE BillingPeriod='%s'"
sql = fmt % (period.yyyymm())
costs = {}
for rec in db.fetch_all(sql):
costs[str(rec[0])] = rec[1]
# Add PO costs to database
for jcode in costs:
cost = costs[jcode]
if not inserts.has_key(jcode): continue # can happen with '3. Sundry' for example
# inserts[jcode] = create_insertion(jcode)
inserts[jcode]['InvPODatabaseCosts'] = cost
def daily_cal():
data = db.fetch_all()
answer = ''
summary = 0
# return data
for row in data:
if int(time.strftime('%d')) == time.strptime(row[3],
"%Y-%m-%d").tm_mday:
answer += str(row[1]) + ' - ' + str(row[2]) + ' ккал\n'
summary += row[2]
if answer == '':
answer = "Вы еще ничего не ели? :("
else:
answer += '*Всего за день: *' + str(summary) + ' ккал'
return answer
def save(self):
"""
Saves this object.
"""
if self._get_factory().is_valid_name(self.get_name()):
raise Exception("The name '%s' already exists." % self.get_name())
if self.get_id() == -1:
# Compute the next unique id.
fetch_result = db.fetch_all(
"SELECT id FROM %s ORDER BY id DESC LIMIT 1" % self._get_factory()._get_table_name()
)
if len(fetch_result) == 0:
self._get_data()[0] = 0
else:
self._get_data()[0] = int(fetch_result[0][0]) + 1
# Add the new curve to the database.
sql_statement = str(
"INSERT INTO %s VALUES(%s);" % (self._get_factory()._get_table_name(), str(self._get_data()).strip("[]"))
)
db.execute(sql_statement)
import streamlit as st
import numpy as np
import pandas as pd
import datetime
from datetime import timedelta
import db
from db import Model
# Example code for database:
models = db.fetch_all()
for model in models:
print(model.name, model.data)
# st.write('The script generate_models was last run at', models[0].data)
st.title('Stock Predictor')
# Style
st.markdown(
"""
<style>
.sidebar .sidebar-content {
padding: 45px;
}
.streamlit-table {
width: 400px;
}
</style>
""",
unsafe_allow_html=True,
)
