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Project: Rod

Publisher: Apohllo

model as a collection of objects

In order to fullfil its design goals, Rod should allow to store large
numbers of objects and faciliate their retrieval.

Background
Given
the library works in development mode
Scenarios
  1. enumerator behavior
  2. multiple object
  3. multiple object with has one relationship
  4. multiple object with has many relationship
  5. multiple object with has one polymorphic relationship
  6. multiple object with has many polymorphic relationship
enumerator behavior

The model should provide enumerator behavior (each, find, select, etc.).

Given
the class space is cleared
And
the model is connected with the default database
And
a class User has a name field of type string
And
a class User has a surname field of type string
And
a class User has a login field of type string
And
a class User has an age field of type integer
When
database is created
And
I create and store the following User(s):
name surname login age
John Smith john 12
Lara Croft lara 23
Adam Parker adam 17
Adam noob1 33
noob2 -1
And
I reopen database for reading
Then
there should be 5 User(s)
And
I should be able to iterate over these User(s)
And
I should be able to iterate with index over these User(s)
And
I should be able to find a User with '12' age and 'john' login
And
I should be able to find a User with '23' age and 'Croft' surname
And
I should be able to find a User with '17' age and 'Adam' name
And
I should be able to find a User with '' name and 'noob1' login
And
I should be able to find a User with '' name and '' surname
And
there should be 3 User(s) with age below 20
And
there should be 2 User(s) with age above 20
And
there should be 1 User with age below 20 with index below 2
multiple object

The database should properly store thousands of objects.

Given
the class space is cleared
And
the model is connected with the default database
And
a class User has a name field of type string
And
a class User has a surname field of type string
And
a class User has an age field of type integer
When
database is created
And
I create a User
And
his name is 'John'
And
his surname is 'Smith'
And
his age is '21'
And
I store him in the database 10000 times
And
I create a User
And
her name is 'Lara'
And
her surname is 'Croft'
And
her age is '23'
And
I store her in the database 10000 times
And
I reopen database for reading
Then
there should be 20000 User(s)
Then
User(s) from 1 to 10000 should have 'John' name
Then
User(s) from 10001 to 20000 should have 'Lara' name
multiple object with has one relationship

The database should properly store thousands of objects with has many relationship.

Given
the class space is cleared
And
the model is connected with the default database
And
a class Automobile has a name field of type string
And
a class User has a name field of type string
And
a class User has a surname field of type string
And
a class User has an age field of type integer
And
a class User has one automobile
When
database is created
And
I create an Automobile
And
its name is 'Modern car'
And
I store it in the database
And
I create a User
And
his name is 'John'
And
his surname is 'Smith'
And
his age is '21'
And
his automobile is the first Automobile created
And
I store him in the database 10000 times
And
I reopen database for reading
Then
there should be 10000 User(s)
Then
User(s) from 1 to 10000 should have an automobile equal to the first Automobile
multiple object with has many relationship

The database should properly store thousands of objects with has many relationship.

Given
the class space is cleared
And
the model is connected with the default database
And
a class Automobile has a name field of type string
And
a class User has a name field of type string
And
a class User has a surname field of type string
And
a class User has an age field of type integer
And
a class User has many automobiles
When
database is created
And
I create an Automobile
And
its name is 'Prehistoric car'
And
I store it in the database
And
I create another Automobile
And
its name is 'Modern car'
And
I store it in the database
And
I create a User
And
his name is 'John'
And
his surname is 'Smith'
And
his age is '21'
And
his automobiles contain the first Automobile created
And
his automobiles contain the second Automobile created
And
I store him in the database 10000 times
Then
User(s) from 1 to 10000 should have 2 automobiles
And
User(s) from 1 to 10000 should have first of automobiles equal to the first Automobile created
And
User(s) from 1 to 10000 should have second of automobiles equal to the second Automobile created
multiple object with has one polymorphic relationship

The database should properly store thousands of objects with has many relationship.

Given
the class space is cleared
And
the model is connected with the default database
And
a class Automobile has a name field of type string
And
a class Dog has a nickname field of type string
And
a class User has a name field of type string
And
a class User has one polymorphic item
When
database is created
And
I create an Automobile
And
its name is 'Modern car'
And
I store it in the database
And
I create a User
And
his name is 'John'
And
his item is the first Automobile created
And
I store him in the database 10000 times
And
I create a Dog
And
its nickname is 'Snoopy'
And
I store it in the database
And
I create a User
And
her name is 'Amy'
And
her item is the first Dog created
And
I store her in the database 10000 times
And
I reopen database for reading
Then
there should be 20000 User(s)
Then
User(s) from 1 to 10000 should have an item equal to the first Automobile
Then
User(s) from 10001 to 20000 should have an item equal to the first Dog
multiple object with has many polymorphic relationship

The database should properly store thousands of objects with has many relationship.

Given
the class space is cleared
And
the model is connected with the default database
And
a class Automobile has a name field of type string
And
a class Dog has a nickname field of type string
And
a class User has a name field of type string
And
a class User has many polymorphic items
When
database is created
And
I create an Automobile
And
its name is 'Prehistoric car'
And
I store it in the database
And
I create another Automobile
And
its name is 'Modern car'
And
I store it in the database
And
I create a User
And
his name is 'John'
And
his items contain the first Automobile created
And
his items contain the second Automobile created
And
I store him in the database 10000 times
And
I create a Dog
And
its nickname is 'Snoopy'
And
I store it in the database
And
I create a User
And
her name is 'Amy'
And
her items contain the first Automobile created
And
her items contain the second Automobile created
And
her items contain the first Dog created
And
I store her in the database 10000 times
Then
User(s) from 1 to 10000 should have 2 items
And
User(s) from 10001 to 20000 should have 3 items
And
User(s) from 1 to 20000 should have first of items equal to the first Automobile created
And
User(s) from 1 to 20000 should have second of items equal to the second Automobile created
And
User(s) from 10001 to 20000 should have third of items equal to the first Dog created

Last published almost 7 years ago by apohllo.