Logo: Relish

  1. Sign in

Project: Rod

Publisher: Apohllo

Store and load data for classes with inheritence relation

Background
Given
the library works in development mode
Scenarios
  1. two classes: A and B < A, sharing some fields,
  2. three classes: A, B < A and C < B sharing some fields,
  3. two classes: A and B < A, sharing some fields and has one relations,
  4. two classes: A and B < A, sharing some fields and has many relations,
  5. inheritence and polymorphic associations
two classes: A and B < A, sharing some fields,

connected to the same database.

Given
the class space is cleared
And
a class Person inherits from Rod::Model::Base
And
a class Person has a name field of type string
And
a class Person is connected to Database1
And
a class User inherits from Person
And
a class User has a login field of type string
When
Database1 is created
And
I create a Person
And
his name is 'John'
And
I store him in the database
And
I create a User
And
her name is 'Annie'
And
her login is 'ann123'
And
I store her in the database
And
I reopen Database1 for reading
Then
there should be 1 Person(s)
And
the name of the first Person should be 'John'
And
the first Person should not have a login field
And
there should be 1 User
And
the name of the first User should be 'Annie'
And
the login of the first User should be 'ann123'
three classes: A, B < A and C < B sharing some fields,

connected to the same database.

Given
the class space is cleared
And
a class Person inherits from Rod::Model::Base
And
a class Person has a name field of type string
And
a class Person is connected to Database1
And
a class User inherits from Person
And
a class User has a login field of type string
And
a class SuperUser inherits from User
And
a class SuperUser has a room field of type string
When
Database1 is created
And
I create a Person
And
his name is 'John'
And
I store him in the database
And
I create a User
And
her name is 'Annie'
And
her login is 'ann123'
And
I store her in the database
And
I create a SuperUser
And
his name is 'Nerd'
And
his login is 'n4rrd'
And
his room is '2-111'
And
I store him in the database
And
I reopen Database1 for reading
Then
there should be 1 Person(s)
And
there should be 1 User(s)
And
there should be 1 SuperUser
And
the name of the first Person should be 'John'
And
the first Person should not have a login field
And
the first Person should not have a room field
And
the name of the first User should be 'Annie'
And
the login of the first User should be 'ann123'
And
the first User should not have a room field
And
the name of the first SuperUser should be 'Nerd'
And
the login of the first SuperUser should be 'n4rrd'
And
the room of the first SuperUser should be '2-111'
two classes: A and B < A, sharing some fields and has one relations,

connected to the same database.

Given
the class space is cleared
And
a class Automobile inherits from Rod::Model::Base
And
a class Automobile has a name field of type string
And
a class Automobile is connected to Database1
And
a class Dog inherits from Rod::Model::Base
And
a class Dog has a name field of type string
And
a class Dog is connected to Database1
And
a class Account inherits from Rod::Model::Base
And
a class Account has a id field of type integer
And
a class Account is connected to Database1
And
a class Person inherits from Rod::Model::Base
And
a class Person has a name field of type string
And
a class Person has one automobile
And
a class Person has one dog
And
a class Person is connected to Database1
And
a class User inherits from Person
And
a class User has a login field of type string
And
a class User has one account
When
Database1 is created
And
I create an Automobile
And
its name is 'Modern'
And
I store it in the database
And
I create a Dog
And
its name is 'Snoopy'
And
I store it in the database
And
I create an Account
And
its id is '100'
And
I store it in the database
And
I create a Person
And
his name is 'John'
And
I store him in the database
And
I create a User
And
her name is 'Annie'
And
her login is 'ann123'
And
her automobile is the first Automobile created
And
her dog is the first Dog created
And
her account is the first Account created
And
I store her in the database
And
I reopen Database1 for reading
Then
there should be 1 Person
And
the name of the first Person should be 'John'
And
the first Person should not have an Account
And
there should be 1 User
And
the name of the first User should be 'Annie'
And
the login of the first User should be 'ann123'
And
the automobile of the first User should be equal to the first Automobile
And
the dog of the first User should be equal to the first Dog
And
the account of the first User should be equal to the first Account
two classes: A and B < A, sharing some fields and has many relations,

connected to the same database.

Given
the class space is cleared
And
a class Automobile inherits from Rod::Model::Base
And
a class Automobile has a name field of type string
And
a class Automobile is connected to Database1
And
a class Dog inherits from Rod::Model::Base
And
a class Dog has a name field of type string
And
a class Dog is connected to Database1
And
a class Account inherits from Rod::Model::Base
And
a class Account has a id field of type integer
And
a class Account is connected to Database1
And
a class Person inherits from Rod::Model::Base
And
a class Person has a name field of type string
And
a class Person has many automobiles
And
a class Person has many dogs
And
a class Person is connected to Database1
And
a class User inherits from Person
And
a class User has a login field of type string
And
a class User has many accounts
When
Database1 is created
And
I create an Automobile
And
its name is 'Modern'
And
I store him in the database
And
I create another Automobile
And
its name is 'Prehistoric'
And
I store him in the database
And
I create a Dog
And
its name is 'Snoopy'
And
I store it in the database
And
I create a Dog
And
its name is 'Pluto'
And
I store it in the database
And
I create an Account
And
its id is '100'
And
I store it in the database
And
I create an Account
And
its id is '200'
And
I store it in the database
And
I create a Person
And
his name is 'John'
And
I store him in the database
And
I create a User
And
her name is 'Annie'
And
her login is 'ann123'
And
her automobiles contain the first Automobile created
And
her automobiles contain the second Automobile created
And
her dogs contain the first Dog created
And
her dogs contain the second Dog created
And
her accounts contain the first Account created
And
her accounts contain the second Account created
And
I store her in the database
And
I reopen Database1 for reading
Then
there should be 1 Person
And
the name of the first Person should be 'John'
And
the first Person should not have an Account
And
there should be 1 User
And
the name of the first User should be 'Annie'
And
the login of the first User should be 'ann123'
And
the first User should have 2 automobiles
And
the first User should have 2 dogs
And
the first User should have 2 accounts
And
the first of automobiles of the first User should be equal to the first Automobile
And
the second of automobiles of the first User should be equal to the second Automobile
And
the first of dogs of the first User should be equal to the first Dog
And
the second of dogs of the first User should be equal to the second Dog
And
the first of accounts of the first User should be equal to the first Account
And
the second of accounts of the first User should be equal to the second Account
inheritence and polymorphic associations

It should be possible to access instances of a class inheriting
directly form Model via polymorhpic association.

Given
the class space is cleared
And
a class Automobile inherits from Rod::Model::Base
And
a class Automobile has a name field of type string
And
a class Automobile is connected to Database1
And
a class Person inherits from Rod::Model::Base
And
a class Person has a name field of type string
And
a class Person has one polymorphic automobile
And
a class Person is connected to Database1
When
Database1 is created
And
I create an Automobile
And
its name is 'Modern'
And
I store him in the database
And
I create a Person
And
his name is 'John'
And
his automobile is the first Automobile created
And
I store him in the database
Then
there should be 1 Person
And
there should be 1 Automobile
And
the automobile of the first Person should be equal to the first Automobile

Last published almost 7 years ago by apohllo.