def test_new_style_polyface_face_count():
doc = ezdxf.new()
section = EntitySection(doc, load_entities(NEW_STYLE_POLYFACE, 'ENTITIES'))
entities = list(section)
polyface = entities[0]
faces = list(polyface.faces())
assert 6 == len(faces)
def test_load_section():
doc = ezdxf.new('R2000')
ent = load_entities(TESTOBJECTS, 'OBJECTS')
section = ObjectsSection(doc, ent)
assert len(section) == 6
assert section[0].dxftype() == 'DICTIONARY'
def test_load_section():
doc = ezdxf.new("R2000")
ent = load_entities(TESTOBJECTS, "OBJECTS")
section = ObjectsSection(doc, ent)
assert len(section) == 6
assert section[0].dxftype() == "DICTIONARY"
def test_load_table_with_invalid_table_entry():
"""This LAYERS table has an invalid APPID table entry, which should be
ignored at the loading stage.
"""
doc = ezdxf.new("R12")
entities = list(load_entities(INVALID_TABLE_ENTRY, "TABLES"))
table = Table()
table.load(doc, iter(entities[1:-1])) # without SECTION tags and ENDTAB
assert len(table) == 0
def test_load_section():
doc = ezdxf.new()
entities = load_entities(TEST_CLASSES, 'CLASSES', doc)
classes = ClassesSection(doc, entities)
assert len(classes.classes) == 3
# this tests internals - use storage key is not exposed by API
assert ('ACDBDICTIONARYWDFLT',
'AcDbDictionaryWithDefault') in classes.classes
assert ('DICTIONARYVAR', 'AcDbDictionaryVar') in classes.classes
assert ('TABLESTYLE', 'AcDbTableStyle') in classes.classes
def test_load_section():
doc = ezdxf.new()
entities = load_entities(TEST_CLASSES, "CLASSES")
classes = ClassesSection(doc, entities)
assert len(classes.classes) == 3
# this tests internals - use storage key is not exposed by API
assert (
"ACDBDICTIONARYWDFLT",
"AcDbDictionaryWithDefault",
) in classes.classes
assert ("DICTIONARYVAR", "AcDbDictionaryVar") in classes.classes
assert ("TABLESTYLE", "AcDbTableStyle") in classes.classes
def test_empty_section(dxf12):
blocks = BlocksSection(dxf12, list(load_entities(EMPTYSEC, 'BLOCKS')))
# the NES creates automatically *Model_Space and *Paper_Space blocks
assert '*Model_Space' in blocks
assert '*Paper_Space' in blocks
collector = TagCollector(dxfversion=dxf12.dxfversion)
blocks.export_dxf(collector)
assert collector.tags[0] == (0, 'SECTION')
assert collector.tags[1] == (2, 'BLOCKS')
assert collector.tags[2] == (0, 'BLOCK')
# tag[3] is a arbitrary handle
assert collector.tags[3][0] == 5
assert collector.tags[4] == (8, '0') # default layer '0'
assert collector.tags[5] == (
2, '$Model_Space') # export modelspace with leading '$' for R12
assert collector.tags[-1] == (0, 'ENDSEC')
def bounded_blocks(dxf12):
entities = list(load_entities(TESTBLOCKS, 'BLOCKS'))
for entity in entities:
factory.bind(entity, dxf12)
return BlocksSection(dxf12, entities)
def blocks(dxf12):
return BlocksSection(dxf12, list(load_entities(TESTBLOCKS, 'BLOCKS')))
def test_ac1024_load_table():
doc = ezdxf.new("R2010")
entities = list(load_entities(AC1024TABLE, "TABLES"))
table = AppIDTable()
table.load(doc, iter(entities[1:-1])) # without SECTION tags and ENDTAB
assert 10 == len(table)
def test_ac1024_load_table():
doc = ezdxf.new('R2010')
entities = list(load_entities(AC1024TABLE, 'TABLES', doc))
table = Table(doc, entities[1:-1]) # without SECTION tags and ENDTAB
assert 10 == len(table)
