<filename>traininglog/exercise/querying_functions.py
# exercise/querying_functions.py
# <NAME>
# 06/02/15

"""
Functions for querying the database.
"""

# Imports
from traininglog.models import Member, Exercise, Weight, Message
from flask.ext.login import current_user

def get_exercise_total(date, member=current_user):
    """
    Returns the number of hours exercised on the date given.
    If a member is given exercise for that user is selected (defaults to the current user)
    """
    # Select the exercise data
    exercise_data = Exercise.query.filter(Exercise.date>date.date()).filter_by(member=member).all()
    total = 0
    for data in exercise_data:
        # For each event add the duration of that event to the total.
        total += data.exercise_duration
    # Return the total.
    return total

def get_hours_running(member=current_user):
    """ 
    Returns the total hours of running.
    """
    # Select the exercise data
    exercise_data = Exercise.query.filter_by(member=member,exercise_type='running').all()
    total = 0
    for data in exercise_data:
        # For each event add the duration of that event to the total.
        total += data.exercise_duration
    # Return the total.
    return total

def get_hours_cycling(member=current_user):  
    """ 
    Returns the total hours of cycling.
    """ 
    # Select the exercise data
    exercise_data = Exercise.query.filter_by(member=member,exercise_type='cycling').all()
    total = 0
    for data in exercise_data:
        # For each event add the duration of that event to the total.
        total += data.exercise_duration
    # Return the total.
    return total

def get_hours_swimming(member=current_user): 
    """ 
    Returns the total hours of swimming.
    """
    # Select the exercise data
    exercise_data = Exercise.query.filter_by(member=member,exercise_type='swimming').all()
    total = 0
    for data in exercise_data:
        # For each event add the duration of that event to the total.
        total += data.exercise_duration
    # Return the total.
    return total

def get_cals_total(date, member=current_user):
    """
    Returns the total number of calories burned.
    """
    # Select the exercise data
    exercise_data = Exercise.query.filter(Exercise.date>date.date()).filter_by(member=member).all()
    total = 0
    for data in exercise_data:
        # For each event add the calories burned of that event to the total.
        total += data.get_calories_burned()
    # Return the total.
    return total

def get_cals_running(member=current_user):
    """ 
    Returns the total calories burned of running.
    """
    # Select the exercise data
    exercise_data = Exercise.query.filter_by(member=member,exercise_type='running').all()
    total = 0
    for data in exercise_data:
        # For each event add the calories burned of that event to the total.
        total += data.get_calories_burned()
    # Return the total.
    return total

def get_cals_cycling(member=current_user):  
    """ 
    Returns the total calories burned of cycling.
    """ 
    # Select the exercise data
    exercise_data = Exercise.query.filter_by(member=member,exercise_type='cycling').all()
    total = 0
    for data in exercise_data:
        # For each event add the calories burned of that event to the total.
        total += data.get_calories_burned()
    # Return the total.
    return total

def get_cals_swimming(member=current_user): 
    """ 
    Returns the total calories burned of swimming.
    """
    # Select the exercise data
    exercise_data = Exercise.query.filter_by(member=member,exercise_type='swimming').all()
    total = 0
    for data in exercise_data:
        # For each event add the calories burned of that event to the total.
        total += data.get_calories_burned()
    # Return the total.
    return total
<filename>traininglog/exercise/querying_functions.py
# exercise/querying_functions.py
# <NAME>
# 06/02/15

"""
Functions for querying the database.
"""

# Imports
from traininglog.models import Member, Exercise, Weight, Message
from flask.ext.login import current_user

def get_exercise_total(date, member=current_user):
    """
    Returns the number of hours exercised on the date given.
    If a member is given exercise for that user is selected (defaults to the current user)
    """
    # Select the exercise data
    exercise_data = Exercise.query.filter(Exercise.date>date.date()).filter_by(member=member).all()
    total = 0
    for data in exercise_data:
        # For each event add the duration of that event to the total.
        total += data.exercise_duration
    # Return the total.
    return total

def get_hours_running(member=current_user):
    """ 
    Returns the total hours of running.
    """
    # Select the exercise data
    exercise_data = Exercise.query.filter_by(member=member,exercise_type='running').all()
    total = 0
    for data in exercise_data:
        # For each event add the duration of that event to the total.
        total += data.exercise_duration
    # Return the total.
    return total

def get_hours_cycling(member=current_user):  
    """ 
    Returns the total hours of cycling.
    """ 
    # Select the exercise data
    exercise_data = Exercise.query.filter_by(member=member,exercise_type='cycling').all()
    total = 0
    for data in exercise_data:
        # For each event add the duration of that event to the total.
        total += data.exercise_duration
    # Return the total.
    return total

def get_hours_swimming(member=current_user): 
    """ 
    Returns the total hours of swimming.
    """
    # Select the exercise data
    exercise_data = Exercise.query.filter_by(member=member,exercise_type='swimming').all()
    total = 0
    for data in exercise_data:
        # For each event add the duration of that event to the total.
        total += data.exercise_duration
    # Return the total.
    return total

def get_cals_total(date, member=current_user):
    """
    Returns the total number of calories burned.
    """
    # Select the exercise data
    exercise_data = Exercise.query.filter(Exercise.date>date.date()).filter_by(member=member).all()
    total = 0
    for data in exercise_data:
        # For each event add the calories burned of that event to the total.
        total += data.get_calories_burned()
    # Return the total.
    return total

def get_cals_running(member=current_user):
    """ 
    Returns the total calories burned of running.
    """
    # Select the exercise data
    exercise_data = Exercise.query.filter_by(member=member,exercise_type='running').all()
    total = 0
    for data in exercise_data:
        # For each event add the calories burned of that event to the total.
        total += data.get_calories_burned()
    # Return the total.
    return total

def get_cals_cycling(member=current_user):  
    """ 
    Returns the total calories burned of cycling.
    """ 
    # Select the exercise data
    exercise_data = Exercise.query.filter_by(member=member,exercise_type='cycling').all()
    total = 0
    for data in exercise_data:
        # For each event add the calories burned of that event to the total.
        total += data.get_calories_burned()
    # Return the total.
    return total

def get_cals_swimming(member=current_user): 
    """ 
    Returns the total calories burned of swimming.
    """
    # Select the exercise data
    exercise_data = Exercise.query.filter_by(member=member,exercise_type='swimming').all()
    total = 0
    for data in exercise_data:
        # For each event add the calories burned of that event to the total.
        total += data.get_calories_burned()
    # Return the total.
    return total
# exercise/querying_functions.py # <NAME> # 06/02/15 Functions for querying the database. # Imports Returns the number of hours exercised on the date given.     If a member is given exercise for that user is selected (defaults to the current user) # Select the exercise data # For each event add the duration of that event to the total. # Return the total. Returns the total hours of running. # Select the exercise data # For each event add the duration of that event to the total. # Return the total. Returns the total hours of cycling. # Select the exercise data # For each event add the duration of that event to the total. # Return the total. Returns the total hours of swimming. # Select the exercise data # For each event add the duration of that event to the total. # Return the total. Returns the total number of calories burned. # Select the exercise data # For each event add the calories burned of that event to the total. # Return the total. Returns the total calories burned of running. # Select the exercise data # For each event add the calories burned of that event to the total. # Return the total. Returns the total calories burned of cycling. # Select the exercise data # For each event add the calories burned of that event to the total. # Return the total. Returns the total calories burned of swimming. # Select the exercise data # For each event add the calories burned of that event to the total. # Return the total.