Parent Log: http://ci.aztec-labs.com/872252fc092e6399 Command: 4ef547fa5e299294 yarn-project/scripts/run_test.sh simulator/src/public/avm/avm_memory_types.test.ts Commit: https://github.com/AztecProtocol/aztec-packages/commit/016def8adbfe93f34b41a41f439b146b5318c895 Env: REF_NAME=gh-readonly-queue/next/pr-15237-d4893155ff105399557b55c16450c39921c70d11 CURRENT_VERSION=0.87.6 CI_FULL=1 Date: Tue Jun 24 11:55:14 UTC 2025 System: ARCH=amd64 CPUS=128 MEM=493Gi HOSTNAME=pr-15237_amd64_x4-full Resources: CPU_LIST=0-127 CPUS=2 MEM=8g TIMEOUT=600s History: http://ci.aztec-labs.com/list/history_aaee828035f5cfae_next 11:55:15 PASS src/public/avm/avm_memory_types.test.ts 11:55:15 TaggedMemory 11:55:15 Elements should be Field(0) after construction (3 ms) 11:55:15 Should set and get integral types (1 ms) 11:55:15 Should set and get field elements 11:55:15 Slice should get Field(0) on unset elements (1 ms) 11:55:15 Should set and get slices 11:55:15 Should access and write in last index of memory 11:55:15 Should not access beyond memory last index (34 ms) 11:55:15 Integral Types (U1 only) 11:55:15 Uint1 11:55:15 Should construct a new Uint1 from a number 11:55:15 Should construct a new Uint1 from a bigint 11:55:15 Should build a new Uint1 11:55:15 Should add two Uint1 correctly (1 ms) 11:55:15 Should subtract two Uint1 correctly (4 ms) 11:55:15 Should multiply two Uint1 correctly 11:55:15 Should divide two Uint1 correctly (1 ms) 11:55:15 Should shift right Uint1 correctly 11:55:15 Should shift left Uint1 correctly (1 ms) 11:55:15 Should and two Uint1 correctly 11:55:15 Should or two Uint1 correctly 11:55:15 Should xor two Uint1 correctly 11:55:15 Should check equality of two Uint1 correctly (1 ms) 11:55:15 Should check if one Uint1 is less than another correctly 11:55:15 Integral Types (excluding U1) 11:55:15 Uint8 11:55:15 Should construct a new Uint8 from a number 11:55:15 Should construct a new Uint8 from a bigint (1 ms) 11:55:15 Should build a new Uint8 11:55:15 Should add two Uint8 correctly (1 ms) 11:55:15 Should subtract two Uint8 correctly 11:55:15 Should multiply two Uint8 correctly 11:55:15 Should divide two Uint8 correctly 11:55:15 Should shift right Uint8 correctly 11:55:15 Should shift left Uint8 correctly (1 ms) 11:55:15 Should and two Uint8 correctly 11:55:15 Should or two Uint8 correctly (1 ms) 11:55:15 Should xor two Uint8 correctly 11:55:15 Should check equality of two Uint8 correctly (1 ms) 11:55:15 Should check if one Uint8 is less than another correctly 11:55:15 Uint16 11:55:15 Should construct a new Uint16 from a number 11:55:15 Should construct a new Uint16 from a bigint (1 ms) 11:55:15 Should build a new Uint16 11:55:15 Should add two Uint16 correctly 11:55:15 Should subtract two Uint16 correctly 11:55:15 Should multiply two Uint16 correctly 11:55:15 Should divide two Uint16 correctly (1 ms) 11:55:15 Should shift right Uint16 correctly 11:55:15 Should shift left Uint16 correctly 11:55:15 Should and two Uint16 correctly (1 ms) 11:55:15 Should or two Uint16 correctly 11:55:15 Should xor two Uint16 correctly (1 ms) 11:55:15 Should check equality of two Uint16 correctly 11:55:15 Should check if one Uint16 is less than another correctly (1 ms) 11:55:15 Uint32 11:55:15 Should construct a new Uint32 from a number 11:55:15 Should construct a new Uint32 from a bigint (1 ms) 11:55:15 Should build a new Uint32 11:55:15 Should add two Uint32 correctly (1 ms) 11:55:15 Should subtract two Uint32 correctly 11:55:15 Should multiply two Uint32 correctly 11:55:15 Should divide two Uint32 correctly (1 ms) 11:55:15 Should shift right Uint32 correctly 11:55:15 Should shift left Uint32 correctly 11:55:15 Should and two Uint32 correctly 11:55:15 Should or two Uint32 correctly 11:55:15 Should xor two Uint32 correctly (1 ms) 11:55:15 Should check equality of two Uint32 correctly 11:55:15 Should check if one Uint32 is less than another correctly 11:55:15 Uint64 11:55:15 Should construct a new Uint64 from a number 11:55:15 Should construct a new Uint64 from a bigint 11:55:15 Should build a new Uint64 11:55:15 Should add two Uint64 correctly (1 ms) 11:55:15 Should subtract two Uint64 correctly 11:55:15 Should multiply two Uint64 correctly 11:55:15 Should divide two Uint64 correctly 11:55:15 Should shift right Uint64 correctly 11:55:15 Should shift left Uint64 correctly 11:55:15 Should and two Uint64 correctly 11:55:15 Should or two Uint64 correctly (1 ms) 11:55:15 Should xor two Uint64 correctly 11:55:15 Should check equality of two Uint64 correctly 11:55:15 Should check if one Uint64 is less than another correctly 11:55:15 Uint128 11:55:15 Should construct a new Uint128 from a number 11:55:15 Should construct a new Uint128 from a bigint 11:55:15 Should build a new Uint128 11:55:15 Should add two Uint128 correctly 11:55:15 Should subtract two Uint128 correctly 11:55:15 Should multiply two Uint128 correctly 11:55:15 Should divide two Uint128 correctly 11:55:15 Should shift right Uint128 correctly 11:55:15 Should shift left Uint128 correctly 11:55:15 Should and two Uint128 correctly 11:55:15 Should or two Uint128 correctly 11:55:15 Should xor two Uint128 correctly 11:55:15 Should check equality of two Uint128 correctly (1 ms) 11:55:15 Should check if one Uint128 is less than another correctly 11:55:15 Field 11:55:15 Should build a new Field 11:55:15 Should add two Fields correctly 11:55:15 Should subtract two Fields correctly 11:55:15 Should multiply two Fields correctly 11:55:15 Should divide two Fields correctly 11:55:15 Should check equality of two Fields correctly (1 ms) 11:55:15 Should check if one Field is less than another correctly 11:55:15 Should convert Field to BigInt correctly (1 ms) 11:55:15 11:55:15 Test Suites: 1 passed, 1 total 11:55:15 Tests: 99 passed, 99 total 11:55:15 Snapshots: 0 total 11:55:15 Time: 0.664 s 11:55:15 Ran all test suites matching simulator/src/public/avm/avm_memory_types.test.ts. 11:55:15 Force exiting Jest: Have you considered using `--detectOpenHandles` to detect async operations that kept running after all tests finished?