def test_generate_with_inheritance_alt(self):
room = ClassDiagramPart("Room",
fields=["width", "height"],
methods=["set_color()"])
inheritance = InheritanceDiagramPart()
kitchen = ClassDiagramPart("Kitchen",
methods=[
"arrange_kitchen()",
"place_floor_cabinet()",
"place_wall_cabinet()"
])
diagram = Diagram(kitchen, parent=room, inheritance=inheritance)
expected = (" ___________ \n"
"| Room |\n"
"|-----------|\n"
"|width |\n"
"|height |\n"
"|set_color()|\n"
"|___________|\n"
"∆\n"
"|_____________________ \n"
"| Kitchen |\n"
"|---------------------|\n"
"|arrange_kitchen() |\n"
"|place_floor_cabinet()|\n"
"|place_wall_cabinet() |\n"
"|_____________________|\n")
encoder = PrettyPrintEncoder()
actual = encoder.generate(diagram)
self.assertEqual(expected, actual)
def test_generate_with_inheritance(self):
person = ClassDiagramPart("Person", fields=[
"name",
"age"
])
inheritance = InheritanceDiagramPart()
employee = ClassDiagramPart("Employee", fields=[
"job_title"
])
diagram = Diagram(employee,
parent=person,
inheritance=inheritance)
person_class = ("class Person:\n"
" def __init__(self, name, age):\n"
" self.name = name\n"
" self.age = age\n")
employee_class = ("class Employee(Person):\n"
" def __init__(self, job_title):\n"
" self.job_title = job_title\n")
encoder = SourceCodeEncoder()
actual = encoder.generate(diagram) # Returns and array of classes
self.assertEqual("person", actual[0][0])
self.assertEqual(person_class, actual[0][1])
self.assertEqual("employee", actual[1][0])
self.assertEqual(employee_class, actual[1][1])
def test_generate_with_aggregation(self):
task_list_diagram = ClassDiagramPart("TaskList", methods=[
"get_the_tasks()",
"prioritize()"
], fields=["the_tasks"])
task_list_aggregation = AggregationDiagramPart("the_tasks",
right_multiplicity="*")
task_diagram = ClassDiagramPart("Task")
diagram = Diagram(task_list_diagram,
aggregation=task_list_aggregation,
aggregated=task_diagram)
task_list_class = ("class TaskList:\n"
" def __init__(self, the_tasks):\n"
" self.the_tasks = the_tasks\n"
"\n"
" def get_the_tasks(self):\n"
" pass\n"
"\n"
" def prioritize(self):\n"
" pass\n")
task_class = ("class Task:\n"
" pass\n")
encoder = SourceCodeEncoder()
actual = encoder.generate(diagram)
self.assertEqual("tasklist", actual[1][0])
self.assertEqual(task_list_class, actual[1][1])
self.assertEqual("task", actual[0][0])
self.assertEqual(task_class, actual[0][1])
def test_generate_with_inheritance(self):
person = ClassDiagramPart("Person", fields=["name", "age"])
inheritance = InheritanceDiagramPart()
employee = ClassDiagramPart("Employee", fields=["job_title"])
expected = """<?xml version="1.0" encoding="UTF-8"?>
<xmi:XMI xmi:version="2.1" xmlns:uml="http://schema.omg.org/spec/UML/2.0" xmlns:xmi="http://schema.omg.org/spec/XMI/2.1">
<xmi:Documentation exporter="Prexel" exporterVersion="1.0"/>
<uml:Model name="RootModel" xmi:id="" xmi:type="uml:Model">
<packagedElement isAbstract="false" isActive="false" isFinalSpecialization="false" isLeaf="false" name="Person" visibility="public" xmi:id="" xmi:type="uml:Class">
<ownedAttribute aggregation="none" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" name="name" visibility="public" xmi:id="" xmi:type="uml:Property"/>
<ownedAttribute aggregation="none" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" name="age" visibility="public" xmi:id="" xmi:type="uml:Property"/>
</packagedElement>
<packagedElement isAbstract="false" isActive="false" isFinalSpecialization="false" isLeaf="false" name="Employee" visibility="public" xmi:id="" xmi:type="uml:Class">
<ownedAttribute aggregation="none" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" name="job_title" visibility="public" xmi:id="" xmi:type="uml:Property"/>
<generalization general="" specific="" xmi:type="uml:Generalization"/>
</packagedElement>
</uml:Model>
</xmi:XMI>
"""
diagram = Diagram(employee, parent=person, inheritance=inheritance)
encoder = XMIEncoder()
actual = encoder.generate(diagram, display_id=False)
self.assertEqual(expected, actual)
def evaluate(self):
# Check for the first PREXEL marker
self.start_marker()
# Process the first class name
first_class_diagram = ClassDiagramPart()
first_class_diagram.name = self.class_name()
# Optionally check for FIELD and METHOD tokens
self.class_body(first_class_diagram)
# Optional - Check for inheritance
if self.inheritance():
self.diagram.parent = first_class_diagram
else:
self.diagram.main = first_class_diagram
# Optional - Check for aggregation but don't
# consider the fields and methods following the aggregation
# token as part of the aggregated class.In this position
# they belong to the main class
self.aggregation(include_following_tokens=False)
# Process fields and methods for main class
self.class_body(self.diagram.main)
# Optional - Check for aggregation
self.aggregation()
return self.diagram
def test_concat_aggregation_alt(self):
task_list_diagram = ClassDiagramPart(
"TaskList", methods=["get_the_tasks()", "prioritize()"])
task_list_aggregation = AggregationDiagramPart("the_tasks",
left_multiplicity="10",
right_multiplicity="*")
task_diagram = ClassDiagramPart(
"Task",
fields=["field1", "field2", "field3"],
methods=["method1()", "method2()", "method3()"])
expected = (" _______________ _________ \n"
"| TaskList |<>10-the_tasks---*>| Task |\n"
"|---------------| |---------|\n"
"|get_the_tasks()| |field1 |\n"
"|prioritize() | |field2 |\n"
"|_______________| |field3 |\n"
" |method1()|\n"
" |method2()|\n"
" |method3()|\n"
" |_________|\n")
encoder = PrettyPrintEncoder()
task_list = encoder.create_class(task_list_diagram)
aggregation = encoder.create_aggregation_arrow(task_list_aggregation)
task = encoder.create_class(task_diagram)
actual = encoder.concat_aggregation(aggregator=task_list,
aggregation=aggregation,
aggregated=task)
self.assertEqual(expected, actual)
def aggregation(self, include_following_tokens=True):
"""
Process any aggregated classes. The class process both the AGGREGATION token and
a CLASS_NAME token for the aggregated class.
"""
if self.current_token and self.current_token.type is Token.AGGREGATION:
# Cache the current token
token = self.current_token
# Process AGGREGATION Token
self.process_token(Token.AGGREGATION)
# Confirm that a CLASS_NAME token follows the AGGREGATION TOKEN
if not self.next_token_is_class_token():
self.error("There is no class name following the aggregation.")
# Process aggregated ClassDiagramPart. Optionally include class body
aggregated = ClassDiagramPart()
aggregated.name = self.class_name()
if include_following_tokens:
self.class_body(aggregated)
self.diagram.aggregated = aggregated
# Process AggregationDiagramPart
aggregation = AggregationDiagramPart()
# Create a list for the fields on the main ClassDiagramPart object
if not self.diagram.main.fields:
self.diagram.main.fields = []
# Check that the AGGREGATION token has a name, if not
# default to the aggregated class's name
name = token.value["name"]
if name:
self.diagram.main.fields.append(name)
aggregation.name = name
else:
# Generate an aggregation name from the aggregated class
generated_name = aggregated.name.lower()
self.diagram.main.fields.append(generated_name)
aggregation.name = generated_name
# Add multiplicity values
aggregation.left_multiplicity = token.value["left_multi"]
aggregation.right_multiplicity = token.value["right_multi"]
# Save aggregation value to Diagram object
self.diagram.aggregation = aggregation
def test_create_class(self):
diagram = ClassDiagramPart("Kitchen", methods=[
"arrange_kitchen()",
"place_floor_cabinet()",
"place_wall_cabinet()"
], fields=[
"width",
"height"
])
expected = ("class Kitchen:\n"
" def __init__(self, width, height):\n"
" self.width = width\n"
" self.height = height\n"
"\n"
" def arrange_kitchen(self):\n"
" pass\n"
"\n"
" def place_floor_cabinet(self):\n"
" pass\n"
"\n"
" def place_wall_cabinet(self):\n"
" pass\n"
)
encoder = SourceCodeEncoder()
actual = encoder.create_class(diagram)
self.assertEqual(expected, actual)
def test_convert_simple(self):
simple_class = ClassDiagramPart("Kitchen",
methods=[
"arrange_kitchen()",
"place_floor_cabinet()",
"place_wall_cabinet()"
],
fields=["field1"])
expected = """<?xml version="1.0" encoding="UTF-8"?>
<xmi:XMI xmi:version="2.1" xmlns:uml="http://schema.omg.org/spec/UML/2.0" xmlns:xmi="http://schema.omg.org/spec/XMI/2.1">
<xmi:Documentation exporter="Prexel" exporterVersion="1.0"/>
<uml:Model name="RootModel" xmi:id="" xmi:type="uml:Model">
<packagedElement isAbstract="false" isActive="false" isFinalSpecialization="false" isLeaf="false" name="Kitchen" visibility="public" xmi:id="" xmi:type="uml:Class">
<ownedAttribute aggregation="none" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" name="field1" visibility="public" xmi:id="" xmi:type="uml:Property"/>
<ownedOperation concurrency="sequential" isAbstract="false" isLeaf="false" isQuery="false" isStatic="false" name="arrange_kitchen" visibility="public" xmi:id="" xmi:type="uml:Operation"/>
<ownedOperation concurrency="sequential" isAbstract="false" isLeaf="false" isQuery="false" isStatic="false" name="place_floor_cabinet" visibility="public" xmi:id="" xmi:type="uml:Operation"/>
<ownedOperation concurrency="sequential" isAbstract="false" isLeaf="false" isQuery="false" isStatic="false" name="place_wall_cabinet" visibility="public" xmi:id="" xmi:type="uml:Operation"/>
</packagedElement>
</uml:Model>
</xmi:XMI>
"""
diagram = Diagram(main=simple_class)
xmi_encoder = XMIEncoder()
actual = xmi_encoder.generate(diagram, display_id=False)
self.assertEqual(expected, actual)
def test_class_body(self):
"""
Test the class_body() method, which processes FIELD and METHOD tokens
"""
text = "|Airplane size color take_off()"
lexer = Lexer(text)
interpreter = Interpreter(lexer)
interpreter.start_marker()
class_diagram = ClassDiagramPart()
class_diagram.name = interpreter.class_name()
interpreter.class_body(class_diagram)
self.assertEqual(class_diagram.fields, ["size", "color"])
self.assertEqual(class_diagram.methods, ["take_off()"])
def test_create_class_empty(self):
diagram = ClassDiagramPart("Kitchen")
expected = (" _______ \n" "|Kitchen|\n" "|_______|\n")
encoder = PrettyPrintEncoder()
actual = encoder.create_class(diagram)
self.assertEqual(expected, actual)
def test_generate_with_aggregation_with_multiplicity(self):
employer_diagram = ClassDiagramPart(
"Employer", fields=["name", "age", "employees"])
employees_aggregation = AggregationDiagramPart("employees",
left_multiplicity="1",
right_multiplicity="*")
employee_diagram = ClassDiagramPart("Employee", fields=["position"])
expected = """<?xml version="1.0" encoding="UTF-8"?>
<xmi:XMI xmi:version="2.1" xmlns:uml="http://schema.omg.org/spec/UML/2.0" xmlns:xmi="http://schema.omg.org/spec/XMI/2.1">
<xmi:Documentation exporter="Prexel" exporterVersion="1.0"/>
<uml:Model name="RootModel" xmi:id="" xmi:type="uml:Model">
<packagedElement isAbstract="false" isActive="false" isFinalSpecialization="false" isLeaf="false" name="Employer" visibility="public" xmi:id="" xmi:type="uml:Class">
<ownedAttribute aggregation="none" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" name="name" visibility="public" xmi:id="" xmi:type="uml:Property"/>
<ownedAttribute aggregation="none" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" name="age" visibility="public" xmi:id="" xmi:type="uml:Property"/>
<ownedAttribute aggregation="none" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" name="employees" visibility="public" xmi:id="" xmi:type="uml:Property"/>
</packagedElement>
<packagedElement isAbstract="false" isActive="false" isFinalSpecialization="false" isLeaf="false" name="Employee" visibility="public" xmi:id="" xmi:type="uml:Class">
<ownedAttribute aggregation="none" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" name="position" visibility="public" xmi:id="" xmi:type="uml:Property"/>
<ownedMember isDerived="false" name="employees" visibility="public" xmi:id="" xmi:type="uml:Association">
<ownedEnd aggregation="none" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" type="" visibility="public" xmi:type="uml:Property" xmi:id="">
<lowerValue value="1" xmi:id="" xmi:type="uml:LiteralInteger"/>
<upperValue value="1" xmi:id="" xmi:type="uml:LiteralInteger"/>
</ownedEnd>
<ownedEnd aggregation="shared" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" type="" visibility="public" xmi:type="uml:Property" xmi:id="">
<lowerValue value="*" xmi:id="" xmi:type="uml:LiteralUnlimitedNatural"/>
<upperValue value="*" xmi:id="" xmi:type="uml:LiteralUnlimitedNatural"/>
</ownedEnd>
<memberEnd xmi:idref=""/>
<memberEnd xmi:idref=""/>
</ownedMember>
</packagedElement>
</uml:Model>
</xmi:XMI>
"""
diagram = Diagram(employer_diagram,
aggregation=employees_aggregation,
aggregated=employee_diagram)
encoder = XMIEncoder()
actual = encoder.generate(diagram, display_id=False)
self.assertEqual(expected, actual)
def test_aggregation_with_missing_aggregation_name(self):
"""
Test the aggregation() method,
"""
text = "|Kitchen <>---> Cupboard"
lexer = Lexer(text)
interpreter = Interpreter(lexer)
diagram = interpreter.diagram
class_diagram_part = ClassDiagramPart()
interpreter.start_marker()
class_diagram_part.name = interpreter.class_name()
diagram.main = class_diagram_part
interpreter.aggregation()
self.assertEqual(diagram.aggregation.name, "cupboard")
self.assertEqual(diagram.main.fields, ["cupboard"])
self.assertEqual(diagram.aggregated.name, "Cupboard")
def test_inheritance_with_error(self):
"""
Test the inheritance() method, with an improper syntax
"""
text = "|Kitchen >>"
lexer = Lexer(text)
interpreter = Interpreter(lexer)
class_diagram_part = ClassDiagramPart()
interpreter.start_marker()
class_diagram_part.name = interpreter.class_name()
# Should raise a InterpreterException
with self.assertRaises(InterpreterException) as context:
interpreter.inheritance()
self.assertEqual(context.exception.args[0],
"Missing child class after \">>\"")
def test_generate_class_with_method_params_as_object(self):
style_diagram = ClassDiagramPart("Style", methods=[
{"signature": "get_cabinet(height)", "body": "return XCabinet()"}
])
xcabinet_diagram = ClassDiagramPart("XCabinet")
expected = ("class Style:\n"
" def get_cabinet(self, height):\n"
" return XCabinet()\n"
"class XCabinet:\n"
" pass\n"
)
encoder = SourceCodeEncoder()
style = encoder.create_class(style_diagram)
xcabinet = encoder.create_class(xcabinet_diagram)
actual = style + xcabinet
self.assertEqual(expected, actual)
def test_generate_full(self):
task_list_diagram = ClassDiagramPart(
"TaskList", methods=["get_the_tasks()", "prioritize()"])
task_list_aggregation = AggregationDiagramPart("the_tasks",
right_multiplicity="*")
task_diagram = ClassDiagramPart("Task", fields=["name", "description"])
parent = ClassDiagramPart("Manager",
fields=["field1", "field2"],
methods=["method1()", "method2()"])
inheritance = InheritanceDiagramPart()
diagram = Diagram(task_list_diagram,
parent=parent,
inheritance=inheritance,
aggregation=task_list_aggregation,
aggregated=task_diagram)
expected = (" _________ \n"
"| Manager |\n"
"|---------|\n"
"|field1 |\n"
"|field2 |\n"
"|method1()|\n"
"|method2()|\n"
"|_________|\n"
"∆\n"
"|_______________ ___________ \n"
"| TaskList |<>-the_tasks---*>| Task |\n"
"|---------------| |-----------|\n"
"|get_the_tasks()| |name |\n"
"|prioritize() | |description|\n"
"|_______________| |___________|\n")
encoder = PrettyPrintEncoder()
actual = encoder.generate(diagram)
self.assertEqual(expected, actual)
def test_generate_empty_class(self):
wing = ClassDiagramPart("Wing")
diagram = Diagram(wing)
expected = ("class Wing:\n"
" pass\n")
encoder = SourceCodeEncoder()
actual = encoder.generate(diagram)
self.assertEqual("wing", actual[0][0])
self.assertEqual(expected, actual[0][1])
def test_generate_class_with_method_params(self):
diagram = ClassDiagramPart("MyClass", methods=[
"crazy_method2Name(param1, param2)"
])
expected = ("class MyClass:\n"
" def crazy_method2Name(self, param1, param2):\n"
" pass\n")
encoder = SourceCodeEncoder()
actual = encoder.create_class(diagram)
self.assertEqual(expected, actual)
def test_generate_full(self):
task_list_diagram = ClassDiagramPart("TaskList", methods=[
"get_the_tasks()",
"prioritize()"
])
task_list_aggregation = AggregationDiagramPart("name",
right_multiplicity="*")
task_diagram = ClassDiagramPart("Task", fields=[
"name",
"description"
], methods=[
"complete()",
"delete()"
])
parent = ClassDiagramPart("Manager", fields=[
"field1",
"field2"
], methods=[
"method1()",
"method2()"
])
inheritance = InheritanceDiagramPart()
diagram = Diagram(task_list_diagram,
parent=parent,
inheritance=inheritance,
aggregation=task_list_aggregation,
aggregated=task_diagram)
encoder = SourceCodeEncoder()
actual = encoder.generate(diagram)
# NOT TESTING ANYTHING, JUST CHECKING OUTPUT
print(actual[0][1])
print(actual[1][1])
def test_inheritance(self):
"""
Test the inheritance() method, which processes an inheritance relationship
"""
text = "|Room height width >> Kitchen"
lexer = Lexer(text)
interpreter = Interpreter(lexer)
diagram = interpreter.diagram
class_diagram_part = ClassDiagramPart()
interpreter.start_marker()
class_diagram_part.name = interpreter.class_name()
interpreter.class_body(class_diagram_part)
if interpreter.inheritance():
diagram.parent = class_diagram_part
else:
diagram.main = class_diagram_part
self.assertEqual(diagram.parent.name, "Room")
self.assertEqual(diagram.parent.fields, ["height", "width"])
self.assertEqual(diagram.main.name, "Kitchen")
def test_generate_with_aggregation(self):
task_list_diagram = ClassDiagramPart(
"TaskList", methods=["get_the_tasks()", "prioritize()"])
task_list_aggregation = AggregationDiagramPart("the_tasks",
right_multiplicity="*")
task_diagram = ClassDiagramPart("Task")
diagram = Diagram(task_list_diagram,
aggregation=task_list_aggregation,
aggregated=task_diagram)
expected = (" _______________ ____ \n"
"| TaskList |<>-the_tasks---*>|Task|\n"
"|---------------| |____|\n"
"|get_the_tasks()| \n"
"|prioritize() | \n"
"|_______________| \n")
encoder = PrettyPrintEncoder()
actual = encoder.generate(diagram)
self.assertEqual(expected, actual)
def test_generate_with_aggregation(self):
task_list_diagram = ClassDiagramPart(
"TaskList",
methods=["get_the_tasks()", "prioritize()"],
fields=["the_tasks"])
task_list_aggregation = AggregationDiagramPart("the_tasks")
task_diagram = ClassDiagramPart("Task")
expected = """<?xml version="1.0" encoding="UTF-8"?>
<xmi:XMI xmi:version="2.1" xmlns:uml="http://schema.omg.org/spec/UML/2.0" xmlns:xmi="http://schema.omg.org/spec/XMI/2.1">
<xmi:Documentation exporter="Prexel" exporterVersion="1.0"/>
<uml:Model name="RootModel" xmi:id="" xmi:type="uml:Model">
<packagedElement isAbstract="false" isActive="false" isFinalSpecialization="false" isLeaf="false" name="TaskList" visibility="public" xmi:id="" xmi:type="uml:Class">
<ownedAttribute aggregation="none" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" name="the_tasks" visibility="public" xmi:id="" xmi:type="uml:Property"/>
<ownedOperation concurrency="sequential" isAbstract="false" isLeaf="false" isQuery="false" isStatic="false" name="get_the_tasks" visibility="public" xmi:id="" xmi:type="uml:Operation"/>
<ownedOperation concurrency="sequential" isAbstract="false" isLeaf="false" isQuery="false" isStatic="false" name="prioritize" visibility="public" xmi:id="" xmi:type="uml:Operation"/>
</packagedElement>
<packagedElement isAbstract="false" isActive="false" isFinalSpecialization="false" isLeaf="false" name="Task" visibility="public" xmi:id="" xmi:type="uml:Class">
<ownedMember isDerived="false" name="the_tasks" visibility="public" xmi:id="" xmi:type="uml:Association">
<ownedEnd aggregation="none" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" type="" visibility="public" xmi:type="uml:Property" xmi:id=""/>
<ownedEnd aggregation="shared" isDerived="false" isID="false" isLeaf="false" isOrdered="false" isReadOnly="false" isStatic="false" isUnique="false" type="" visibility="public" xmi:type="uml:Property" xmi:id=""/>
<memberEnd xmi:idref=""/>
<memberEnd xmi:idref=""/>
</ownedMember>
</packagedElement>
</uml:Model>
</xmi:XMI>
"""
diagram = Diagram(task_list_diagram,
aggregation=task_list_aggregation,
aggregated=task_diagram)
encoder = XMIEncoder()
actual = encoder.generate(diagram, display_id=False)
self.assertEqual(expected, actual)
def test_aggregation_multi_line(self):
"""
Test the aggregation() method using multi-line syntax
"""
text = """
|Kitchen <>-cupboard--> Cupboard
|size
|color"""
lexer = Lexer(text)
interpreter = Interpreter(lexer)
diagram = interpreter.diagram
class_diagram_part = ClassDiagramPart()
interpreter.start_marker()
class_diagram_part.name = interpreter.class_name()
diagram.main = class_diagram_part
interpreter.aggregation(include_following_tokens=False)
interpreter.class_body(diagram.main)
self.assertEqual(diagram.aggregation.name, "cupboard")
self.assertEqual(diagram.main.fields, ["cupboard", "size", "color"])
self.assertEqual(diagram.aggregated.name, "Cupboard")
def inheritance(self):
"""
Process an INHERITANCE TOKEN. Sets the parent and inheritance fields
on the Diagram object.
___________ ________________
| Diagram |<>-parent--->|ClassDiagramPart|
|-----------| |________________|
|inheritance|
|parent |
|___________|
"""
has_inheritance = False
if self.current_token and self.current_token.type is Token.INHERITANCE:
inheritance = InheritanceDiagramPart()
# Process token
self.process_token(Token.INHERITANCE)
# Check CLASS_NAME token follows the INHERITANCE token
if self.next_token_is_class_token():
child = ClassDiagramPart()
# Determine child class name
child.name = self.class_name()
# Append inheritance diagram and then parent class diagram
self.diagram.inheritance = inheritance
self.diagram.main = child
has_inheritance = True
else:
self.error("Missing child class after \">>\"")
return has_inheritance
def test_create_class(self):
diagram = ClassDiagramPart("Kitchen",
methods=[
"arrange_kitchen()",
"place_floor_cabinet()",
"place_wall_cabinet()"
])
expected = (" _____________________ \n"
"| Kitchen |\n"
"|---------------------|\n"
"|arrange_kitchen() |\n"
"|place_floor_cabinet()|\n"
"|place_wall_cabinet() |\n"
"|_____________________|\n")
encoder = PrettyPrintEncoder()
actual = encoder.create_class(diagram)
self.assertEqual(expected, actual)