<｜begin▁of▁sentence｜>### Instruction:
As a medical transcriptionist, you transcribe dictated recordings from medical professionals into written reports, ensuring accuracy and confidentiality. Now, imagine you're working in a busy hospital where doctors dictate patient information using different terminology. Your task is to accurately transcribe these recordings into written reports using specialized software. Sometimes, doctors mention specific medical devices or procedures by their technical names, which may not be familiar to you. To assist in your transcription work, you need to quickly locate the corresponding medical term or procedure in the hospital's database or reference material. Similarly, in the context of networkx, given a string representing the name of a shape, you need to locate the corresponding shape drawer class that has been registered in igraph's ShapeDrawerDirectory. This ensures that you can accurately represent various shapes within network graphs using the appropriate drawing methods.
### Response:
from igraph.drawing.shapes import ShapeDrawerDirectory, CircleDrawer

# Assume CircleDrawer is already a shape drawer defined in igraph
# First we ensure that CircleDrawer is registered under the name 'circle'
ShapeDrawerDirectory.register('circle', CircleDrawer)

# Now we can resolve the drawer class by the shape name
resolved_drawer_class = ShapeDrawerDirectory.resolve('circle')

# resolved_drawer_class should now be CircleDrawer
print(resolved_drawer_class == CircleDrawer)
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