SymbolSearchAction
Overview
SymbolSearchAction is a concrete class that represents a symbol
search operation in the codebase. It can be initialized with a query
string and an optional list of search results. The class enables
comparison of SymbolSearchAction instances and uniquely identifies
each instance based on its hash.
This class provides two key methods, to_payload() and
from_payload(). The to_payload() method generates a serializable
payload from the instance’s query and search results, suitable for
storage or transmission. The from_payload() method, a class method,
takes such a payload and reconstructs the SymbolSearchAction
instance from it.
Usage Example
The following example illustrates how to create and work with an instance of SymbolSearchAction.
from automata.eval.tool.search_eval import SymbolSearchAction
# Create a SymbolSearchAction
sym_search_action = SymbolSearchAction(query="MyQuery")
# Now, let's simulate a search operation that returned some results
sym_search_action.search_results = ["result1", "result2"]
# Create a payload from the SymbolSearchAction
payload = sym_search_action.to_payload()
# The payload should look something like {'type': 'SymbolSearchAction', 'query': 'MyQuery', 'search_results': 'result1,result2'}
print(payload)
# Now, create a SymbolSearchAction from the payload
sym_search_action_reconstructed = SymbolSearchAction.from_payload(payload)
# The original and reconstructed SymbolSearchAction should be equivalent
assert sym_search_action == sym_search_action_reconstructed
Limitations and Follow-up Questions
SymbolSearchAction doesn’t actually perform any search operations -
it is simply a representation of a search action that can be serialised
or deserialised.
This class makes a strong assumption about the payload format, specifically that ‘query’ and ‘search_results’ are both strings. This may limit its compatibility with other systems or future extensions.
How does this class interact with the rest of the search functionality provided in Automata for codebase exploration?
Is there a need for more flexible payload schemas?
How should this class handle errors in payload conversion?