This oracle script will act as a proxy. We have to send the scenario number and value with it to execute the specified type of code.
Input {
data_source_id: u64,
scenario: u64,
value: u64,
text: string,
}
Output {
dummy: u64,
}
- Scenario 1: ask_external_data
- Value = Number of calling
- Scenario 2: infinite_loop
- Value = -
- Scenario 3: arithmetic_ops
- Value = Number of calling
- Scenario 4: allocate_mem
- Value = Size of memory
- Scenario 5: find_median
- Value = Number of calling
- Scenario 6: finite_loop
- Value = Number of calling
- Scenario 7: set_local_var
- Value = Size of memory
- Scenario 0: Nothing
- Value = -
- Scenario 101: infinite_loop
- Value = -
- Scenario 102: arithmetic_ops
- Value = Number of loops
- Scenario 103: allocate_mem
- Value = Size of memory
- Scenario 104: find_median
- Value = Number of loops
- Scenario 105: finite_loop
- Value = Number of loops
- Scenario 106: set_local_var
- Value = Size of memory
- Scenario 201: get_ask_count
- Value = Number of loops
- Scenario 202: get_min_count
- Value = Number of loops
- Scenario 203: get_prepare_time
- Value = Number of loops
- Scenario 204: get_execute_time
- Value = Number of loops
- Scenario 205: get_ans_count
- Value = Number of loops
- Scenario 206: get_calldata
- Value = Number of loops
- Scenario 207: save_return_data
- Value = Number of loops
- Scenario 208: get_external_data
- Value = Number of loops
- Scenario 209: ecvrf_verify
- Value = Number of loops
- Scenario 210: base_import
- Value = -
cd benchmark
go test -v -bench=. -benchtime=1s -benchmem -cpu 4 -parallel 1 -timeout 0
go test -v -bench=. -benchtime=5x -benchmem -cpu 4 -parallel 1 -timeout 0