group_by(Blog).join(Entry) The resulting query will return Blog objects with all their normal attributes plus an additional attribute ‘count’ which will contain the number of entries. By default it uses an inner group_by(Blog).join(Entry) The resulting query will return Blog objects with all their normal attributes plus an additional attribute ‘count’ which will contain the number of entries. By default it uses an inner

group_by(Blog).join(Entry) The resulting query will return Blog objects with all their normal attributes plus an additional attribute ‘count’ which will contain the number of entries. By default it uses an inner group_by(Blog).join(Entry) The resulting query will return Blog objects with all their normal attributes plus an additional attribute ‘count’ which will contain the number of entries. By default it uses an inner

join(Tweet).group_by(User) The resulting query will return User objects with all their normal attributes plus an additional attribute ‘count’ which will contain the number of tweets. By default it uses an inner join(Tweet).group_by(User) The resulting query will return User objects with all their normal attributes plus an additional attribute ‘count’ which will contain the number of tweets. By default it uses an inner

group_by(Blog).join(Entry) The resulting query will return Blog objects with all their normal attributes plus an additional attribute ‘count’ which will contain the number of entries. By default it uses an inner group_by(Blog).join(Entry) The resulting query will return Blog objects with all their normal attributes plus an additional attribute ‘count’ which will contain the number of entries. By default it uses an inner

group_by(Blog).join(Entry) The resulting query will return Blog objects with all their normal attributes plus an additional attribute ‘count’ which will contain the number of entries. By default it uses an inner group_by(Blog).join(Entry) The resulting query will return Blog objects with all their normal attributes plus an additional attribute ‘count’ which will contain the number of entries. By default it uses an inner

statements as complex as you like. Let’s give all our employees a bonus equal to their previous bonus plus 10% of their salary: >>> query = Employee.update(bonus=(Employee.bonus + (Employee.salary * .1))) .group_by(User)) The resulting query will return User objects with all their normal attributes plus an additional attribute count which will contain the count of tweets for each user. By default it

statements as complex as you like. Let’s give all our employees a bonus equal to their previous bonus plus 10% of their salary: >>> query = Employee.update(bonus=(Employee.bonus + (Employee.salary * .1))) join(Tweet) .group_by(User)) The resulting query will return User objects with all their normal attributes plus an additional attribute count which will contain the count of tweets for each user. By default it

statements as complex as you like. Let’s give all our employees a bonus equal to their previous bonus plus 10% of their salary: >>> query = Employee.update(bonus=(Employee.bonus + (Employee.salary * .1))) .group_by(User)) The resulting query will return User objects with all their normal attributes plus an additional attribute count which will contain the count of tweets for each user. We use a left

statements as complex as you like. Let’s give all our employees a bonus equal to their previous bonus plus 10% of their salary: >>> query = Employee.update(bonus=(Employee.bonus + (Employee.salary * .1))) .group_by(User)) The resulting query will return User objects with all their normal attributes plus an additional attribute count which will contain the count of tweets for each user. We use a left

statements as complex as you like. Let’s give all our employees a bonus equal to their previous bonus plus 10% of their salary: >>> query = Employee.update(bonus=(Employee.bonus + (Employee.salary * .1))) .group_by(User)) The resulting query will return User objects with all their normal attributes plus an additional attribute count which will contain the count of tweets for each user. We use a left