Gut processor. Make a simple classification object

mev_inspect/processor.py

@@ -1,43 +1,28 @@
 from typing import List
 
-from mev_inspect.inspectors import Inspector
+from mev_inspect.schemas.blocks import Block, TraceType
-from mev_inspect.schemas.blocks import Block, NestedTrace, TraceType
 from mev_inspect.schemas.classifications import (
     Classification,
-    UnknownClassification,
+    ClassificationType,
 )
-from mev_inspect.traces import as_nested_traces
 
 
 class Processor:
-    def __init__(self, inspectors: List[Inspector]) -> None:
+    def __init__(self) -> None:
-        self._inspectors = inspectors
+        pass
 
-    def get_transaction_evaluations(
+    def process(
         self,
         block: Block,
     ) -> List[Classification]:
-        transaction_traces = (
-            trace for trace in block.traces if trace.type != TraceType.reward
-        )
-
         return [
-            self._run_inspectors(nested_trace)
+            Classification(
-            for nested_trace in as_nested_traces(transaction_traces)
+                transaction_hash=trace.transaction_hash,
+                block_number=trace.block_number,
+                trace_type=trace.type,
+                trace_address=trace.trace_address,
+                classification_type=ClassificationType.unknown,
+            )
+            for trace in block.traces
+            if trace.type != TraceType.reward
         ]
-
-    def _run_inspectors(self, nested_trace: NestedTrace) -> Classification:
-        for inspector in self._inspectors:
-            classification = inspector.inspect(nested_trace)
-
-            if classification is not None:
-                return classification
-
-        internal_classifications = [
-            self._run_inspectors(subtrace) for subtrace in nested_trace.subtraces
-        ]
-
-        return UnknownClassification(
-            trace=nested_trace.trace,
-            internal_classifications=internal_classifications,
-        )

mev_inspect/schemas/classifications.py

@@ -1,14 +1,18 @@
+from enum import Enum
 from typing import List
 
 from pydantic import BaseModel
 
-from .blocks import Trace
+from .blocks import TraceType
+
+
+class ClassificationType(Enum):
+    unknown = "unknown"
 
 
 class Classification(BaseModel):
-    pass
+    transaction_hash: str
-
+    block_number: int
-
+    trace_type: TraceType
-class UnknownClassification(Classification):
+    trace_address: List[int]
-    trace: Trace
+    classification_type: ClassificationType
-    internal_classifications: List[Classification]

testing_file.py

@@ -3,7 +3,6 @@ import argparse
 from web3 import Web3
 
 from mev_inspect import block
-from mev_inspect.inspectors.uniswap import UniswapInspector
 from mev_inspect.processor import Processor
 
 parser = argparse.ArgumentParser(description="Inspect some blocks.")
@@ -17,25 +16,32 @@ parser.add_argument(
 parser.add_argument(
     "-rpc", metavar="r", help="rpc endpoint, this needs to have parity style traces"
 )
-args = parser.parse_args()
 
-## Set up the base provider, but don't wrap it in web3 so we can make requests to it with make_request()
-base_provider = Web3.HTTPProvider(args.rpc)
 
-## Get block data that we need
+def inspect_block(base_provider, block_number):
-block_data = block.create_from_block_number(args.block_number[0], base_provider)
+    block_data = block.create_from_block_number(block_number, base_provider)
-print(f"Total traces: {len(block_data.traces)}")
+    print(f"Total traces: {len(block_data.traces)}")
 
-total_transactions = len(
+    total_transactions = len(
-    set(t.transaction_hash for t in block_data.traces if t.transaction_hash is not None)
+        set(
-)
+            t.transaction_hash
-print(f"Total transactions: {total_transactions}")
+            for t in block_data.traces
+            if t.transaction_hash is not None
+        )
+    )
+    print(f"Total transactions: {total_transactions}")
 
-## Build a Uniswap inspector
+    processor = Processor()
-uniswap_inspector = UniswapInspector(base_provider)
+    classifications = processor.process(block_data)
 
-## Create a processor, pass in an ARRAY of inspects
+    print(f"Returned {len(classifications)} classifications")
-processor = Processor([uniswap_inspector, uniswap_inspector])
 
-classifications = processor.get_transaction_evaluations(block_data)
+
-print(f"Returned {len(classifications)} classifications")
+if __name__ == "__main__":
+    args = parser.parse_args()
+
+    ## Set up the base provider, but don't wrap it in web3 so we can make requests to it with make_request()
+
+    w3_base_provider = Web3.HTTPProvider(args.rpc)
+
+    inspect_block(w3_base_provider, args.block_number[0])