Over the course of the audit, in addition to a manual review of the code, we applied different automated program analysis tools and evaluated their output.
A few things to note on results from Picus and Ecne:
- Ecne can output false positive. It relies on static analysis but does not call an SMT solver to concretely find the potential attack vector.
- Picus does not output false positive. Its produces one of the following outputs:
safe: Picus did not find underconstrained bugsunsafe: Picus found an underconstrained bug. It may also output the attack vector.unknown: Picus cannot get a result within the given time limit. Manual review is necessary. The time limit for the solver can also be increased. - Note that two solvers that use different theories are available for Picus: z3 and cvc5. Picus and some of its libraries are still in development and could cointain bugs. In case of conflicting results,
safefor one andunsafefor the other, the only way to know which one is correct would be to manually verify the counter example produced by the solver that reportedunsafe.
circomspect : A static analyzer and linter for the Circom zero-knowledge DSL
circomspect: analyzing template 'SBox'
circomspect: analyzing template 'Secp256k1Mul'
circomspect: analyzing template 'AddRoundConst'
circomspect: analyzing template 'EfficientECDSA'
warning: The variable `bits` is assigned a value, but this value is never read.
┌─ packages/circuits/eff_ecdsa_membership/eff_ecdsa.circom:14:5
│
14 │ var bits = 256;
│ ^^^^^^^^^^^^^^ The value assigned to `bits` here is never read.
│
= For more details, see https://github.com/trailofbits/circomspect/blob/main/doc/analysis_passes.md#unused-variable-or-parameter.
circomspect: analyzing template 'MatrixMul'
circomspect: analyzing template 'K'
warning: Using the signal assignment operator `<--` does not constrain the assigned signal.
┌─ packages/circuits/eff_ecdsa_membership/secp256k1/mul.circom:123:5
│
123 │ signal slo <-- s & (2 ** (128) - 1);
│ ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The assigned signal `slo` is not constrained here.
·
129 │ inBits.in <== slo + tQlo;
│ ------------------------ The signal `slo` is constrained here.
·
144 │ signal alo <== slo + tQlo - (carry * 2 ** 128);
│ ---------------------------------------------- The signal `slo` is constrained here.
·
170 │ theta.in[1] <== slo + tQlo;
│ -------------------------- The signal `slo` is constrained here.
·
177 │ signal klo <== (slo + tQlo + borrow.out * (2 ** 128)) - isQuotientOne.out * qlo;
│ ------------------------------------------------------------------------------- The signal `slo` is constrained here.
│
= For more details, see https://github.com/trailofbits/circomspect/blob/main/doc/analysis_passes.md#signal-assignment.
warning: Using the signal assignment operator `<--` does not constrain the assigned signal.
┌─ packages/circuits/eff_ecdsa_membership/secp256k1/mul.circom:124:5
│
124 │ signal shi <-- s >> 128;
│ ^^^^^^^^^^^^^^^^^^^^^^^ The assigned signal `shi` is not constrained here.
·
142 │ signal ahi <== shi + tQhi + carry;
│ --------------------------------- The signal `shi` is constrained here.
·
178 │ signal khi <== (shi + tQhi - borrow.out * 1) - isQuotientOne.out * qhi;
│ ----------------------------------------------------------------------- The signal `shi` is constrained here.
│
= For more details, see https://github.com/trailofbits/circomspect/blob/main/doc/analysis_passes.md#signal-assignment.
warning: Using `Num2Bits` to convert field elements to bits may lead to aliasing issues.
┌─ packages/circuits/eff_ecdsa_membership/secp256k1/mul.circom:180:25
│
180 │ component kloBits = Num2Bits(256);
│ ^^^^^^^^^^^^^ Circomlib template `Num2Bits` instantiated here.
│
= Consider using `Num2Bits_strict` if the input size may be >= than the prime size.
= For more details, see https://github.com/trailofbits/circomspect/blob/main/doc/analysis_passes.md#non-strict-binary-conversion.
warning: Using `Num2Bits` to convert field elements to bits may lead to aliasing issues.
┌─ packages/circuits/eff_ecdsa_membership/secp256k1/mul.circom:183:25
│
183 │ component khiBits = Num2Bits(256);
│ ^^^^^^^^^^^^^ Circomlib template `Num2Bits` instantiated here.
│
= Consider using `Num2Bits_strict` if the input size may be >= than the prime size.
= For more details, see https://github.com/trailofbits/circomspect/blob/main/doc/analysis_passes.md#non-strict-binary-conversion.
circomspect: analyzing template 'Poseidon'
circomspect: analyzing template 'Secp256k1Double'
warning: Using the signal assignment operator `<--` does not constrain the assigned signal.
┌─ packages/circuits/eff_ecdsa_membership/secp256k1/double.circom:22:5
│
22 │ lambda <-- (3 * xPSquared) / (2 * yP);
│ ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The assigned signal `lambda` is not constrained here.
23 │ lambda * 2 * yP === 3 * xPSquared;
│ ---------------------------------- The signal `lambda` is constrained here.
24 │
25 │ outX <== lambda * lambda - (2 * xP);
│ ----------------------------------- The signal `lambda` is constrained here.
26 │ outY <== lambda * (xP - outX) - yP;
│ ---------------------------------- The signal `lambda` is constrained here.
│
= For more details, see https://github.com/trailofbits/circomspect/blob/main/doc/analysis_passes.md#signal-assignment.
warning: In signal assignments containing division, the divisor needs to be constrained to be non-zero
┌─ packages/circuits/eff_ecdsa_membership/secp256k1/double.circom:22:35
│
22 │ lambda <-- (3 * xPSquared) / (2 * yP);
│ ^^^^^^ The divisor `(2 * yP)` must be constrained to be non-zero.
│
= For more details, see https://github.com/trailofbits/circomspect/blob/main/doc/analysis_passes.md#unconstrained-division.
circomspect: analyzing template 'FullRound'
circomspect: analyzing template 'PartialRound'
circomspect: analyzing template 'PubKeyMembership'
circomspect: analyzing template 'MerkleTreeInclusionProof'
circomspect: 7 issues found.
Picus : Automated verification of uniqueness property for ZKP circuits
Command:
racket ./test-v3-uniqueness.rkt --r1cs <file>.r1cs --timeout 3000 --smt --solver {z3, cvc5}
Circuits were compiled with the following command to compare results with Ecne:
circom <file>.circom --r1cs --O0 --sym
- tree.circom
solver z3
# strong uniqueness: safe.
# weak uniqueness: safe.
solver cvc5
# strong uniqueness: safe.
# weak uniqueness: safe.
- add.circom
Add incomplete
solver z3
# strong uniqueness: safe.
# weak uniqueness: safe.
solver cvc5
# strong uniqueness: unknown.
# weak uniqueness: unknown.
Add complete
solver z3
# strong uniqueness: safe.
# weak uniqueness: safe.
solver cvc5
# strong uniqueness: unknown.
# weak uniqueness: unknown.
- double.circom
solver z3
# strong uniqueness: safe.
# weak uniqueness: safe.
solver cvc5
# strong uniqueness: unsafe.
# weak uniqueness: unsafe.
- poseidon.circom
solver z3
# strong uniqueness: safe.
# weak uniqueness: safe.
solver cvc5
# strong uniqueness: safe.
# weak uniqueness: safe.
- pubkey_membership.circom, mul.circom, eff_ecdsa.circom: intractable to run (too many constraints)
Ecne: An engine for verifying the soundness of R1CS constraints
- eff_ecdsa.circom
time to prep inputs 729 milliseconds
setup solver 385 milliseconds
Solved for 300 variables out of 6285 total variables
Solved for 0 target variables out of 2 total target variables
------ Bad Constraints ------
...
R1CS function eff_ecdsa has potentially unsound constraints
- tree.circom
time to prep inputs 128 milliseconds
setup solver 166 milliseconds
Solved for 1479 variables out of 1479 total variables
Solved for 1 target variables out of 1 total target variables
------ Bad Constraints ------
...
R1CS function tree has sound constraints (No trusted functions needed!)
- add.circom
time to prep inputs 91 milliseconds
setup solver 171 milliseconds
Solved for 6 variables out of 9 total variables
Solved for 0 target variables out of 2 total target variables
------ Bad Constraints ------
...
R1CS function addIncomplete has potentially unsound constraints
time to prep inputs 92 milliseconds
setup solver 178 milliseconds
Solved for 34 variables out of 48 total variables
Solved for 0 target variables out of 2 total target variables
------ Bad Constraints ------
...
R1CS function addcomplete has potentially unsound constraints
- double.circom
time to prep inputs 56 milliseconds
setup solver 115 milliseconds
Solved for 3 variables out of 6 total variables
Solved for 0 target variables out of 2 total target variables
------ Bad Constraints ------
...
R1CS function double has potentially unsound constraints
- mul.circom
time to prep inputs 478 milliseconds
setup solver 248 milliseconds
Solved for 289 variables out of 6231 total variables
Solved for 0 target variables out of 2 total target variables
------ Bad Constraints ------
...
R1CS function mul has potentially unsound constraints
time to prep inputs 144 milliseconds
setup solver 212 milliseconds
Solved for 10 variables out of 1336 total variables
Solved for 0 target variables out of 256 total target variables
------ Bad Constraints ------
...
R1CS function k has potentially unsound constraints
- poseidon.circom
time to prep inputs 208 milliseconds
setup solver 262 milliseconds
Solved for 1479 variables out of 1479 total variables
Solved for 1 target variables out of 1 total target variables
------ Bad Constraints ------
...
R1CS function poseidon has sound constraints (No trusted functions needed!)
- pubkey_membership.circom
time to prep inputs 2626 milliseconds
setup solver 651 milliseconds
Solved for 640 variables out of 37572 total variables
Solved for 0 target variables out of 0 total target variables
------ Bad Constraints ------
...
R1CS function pubkeymembership has sound constraints (No trusted functions needed!)
The circom-mutator was developed during the review. It intended to help find blind spots in the test coverage of circom projects.
circom-mutator works by injecting bugs into existing code in order to generate "mutants". The output is then compared with that of existing tests. Mutanted circuits should ideally make tests fail. In many cases, an injected bug will not necessarily mean that the circuit is vulnerable, but rather that the test coverage can be improved, or that the circuit accepts these edge cases but proper validation should be performed elsewhere (such as in the application layer).
The tool can be used either as a CLI (npx circom-mutator <file>) or by adding it to the project and calling the testMutations helper function on the jest test files.
FAIL tests/eff_ecdsa.test.ts
● Console
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
26c26
< sMultT.scalar <== s;
---
> sMultT.scalar <-- s;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(Secp256k1Add)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
31c31
< component pubKey = Secp256k1AddComplete();
---
> component pubKey = Secp256k1AddIncomplete();
at ../../node_modules/circom-mutator/src/tester.ts:52:19
● [mutation] eff_ecdsa › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).toThrow()
Received function did not throw
63 | });
64 |
> 65 | expect(() => circuit.checkConstraints(w)).toThrow();
| ^
66 | }
67 | });
68 |
at tests/eff_ecdsa.test.ts:65:47
at fulfilled (tests/eff_ecdsa.test.ts:5:58)
● [mutation] eff_ecdsa › [mutation] Replace Secp256k1AddComplete by Secp256k1AddIncomplete. (Secp256k1Add)
expect(received).toThrow()
Received function did not throw
63 | });
64 |
> 65 | expect(() => circuit.checkConstraints(w)).toThrow();
| ^
66 | }
67 | });
68 |
at tests/eff_ecdsa.test.ts:65:47
at fulfilled (tests/eff_ecdsa.test.ts:5:58)
FAIL tests/poseidon.test.ts (7.047 s)
● Console
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
9c9
< signal inDouble <== in * in;
---
> signal inDouble <-- in * in;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
9,10c9,10
< signal inDouble <-- in * in;
< signal inQuadruple <== inDouble * inDouble;
---
> signal inDouble <== in * in;
> signal inQuadruple <-- inDouble * inDouble;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
10c10
< signal inQuadruple <-- inDouble * inDouble;
---
> signal inQuadruple <== inDouble * inDouble;
13c13
< out <== inQuadruple * in;
---
> out <-- inQuadruple * in;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
13c13
< out <-- inQuadruple * in;
---
> out <== inQuadruple * in;
27c27
< out[i] <== tmp;
---
> out[i] <-- tmp;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
27c27
< out[i] <-- tmp;
---
> out[i] <== tmp;
38c38
< out[i] <== state[i] + round_keys[pos + i];
---
> out[i] <-- state[i] + round_keys[pos + i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
38c38
< out[i] <-- state[i] + round_keys[pos + i];
---
> out[i] <== state[i] + round_keys[pos + i];
48c48
< constAdded.state[i] <== state[i];
---
> constAdded.state[i] <-- state[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
48c48
< constAdded.state[i] <-- state[i];
---
> constAdded.state[i] <== state[i];
55c55
< sBoxes[i].in <== constAdded.out[i];
---
> sBoxes[i].in <-- constAdded.out[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
55c55
< sBoxes[i].in <-- constAdded.out[i];
---
> sBoxes[i].in <== constAdded.out[i];
60c60
< matrixMul.state[i] <== sBoxes[i].out;
---
> matrixMul.state[i] <-- sBoxes[i].out;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
60c60
< matrixMul.state[i] <-- sBoxes[i].out;
---
> matrixMul.state[i] <== sBoxes[i].out;
64c64
< out[i] <== matrixMul.out[i];
---
> out[i] <-- matrixMul.out[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
64c64
< out[i] <-- matrixMul.out[i];
---
> out[i] <== matrixMul.out[i];
75c75
< constAdded.state[i] <== state[i];
---
> constAdded.state[i] <-- state[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
75c75
< constAdded.state[i] <-- state[i];
---
> constAdded.state[i] <== state[i];
79c79
< sBox.in <== constAdded.out[0];
---
> sBox.in <-- constAdded.out[0];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
79c79
< sBox.in <-- constAdded.out[0];
---
> sBox.in <== constAdded.out[0];
84c84
< matrixMul.state[i] <== sBox.out;
---
> matrixMul.state[i] <-- sBox.out;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
84c84
< matrixMul.state[i] <-- sBox.out;
---
> matrixMul.state[i] <== sBox.out;
86c86
< matrixMul.state[i] <== constAdded.out[i];
---
> matrixMul.state[i] <-- constAdded.out[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
86c86
< matrixMul.state[i] <-- constAdded.out[i];
---
> matrixMul.state[i] <== constAdded.out[i];
91c91
< out[i] <== matrixMul.out[i];
---
> out[i] <-- matrixMul.out[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
91c91
< out[i] <-- matrixMul.out[i];
---
> out[i] <== matrixMul.out[i];
108c108
< initState[1] <== inputs[0];
---
> initState[1] <-- inputs[0];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
108,109c108,109
< initState[1] <-- inputs[0];
< initState[2] <== inputs[1];
---
> initState[1] <== inputs[0];
> initState[2] <-- inputs[1];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
109c109
< initState[2] <-- inputs[1];
---
> initState[2] <== inputs[1];
116c116
< fRoundsFirst[j].state[i] <== initState[i];
---
> fRoundsFirst[j].state[i] <-- initState[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
116c116
< fRoundsFirst[j].state[i] <-- initState[i];
---
> fRoundsFirst[j].state[i] <== initState[i];
120c120
< fRoundsFirst[j].state[i] <== fRoundsFirst[j - 1].out[i];
---
> fRoundsFirst[j].state[i] <-- fRoundsFirst[j - 1].out[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
120c120
< fRoundsFirst[j].state[i] <-- fRoundsFirst[j - 1].out[i];
---
> fRoundsFirst[j].state[i] <== fRoundsFirst[j - 1].out[i];
132c132
< pRounds[j].state[i] <== fRoundsFirst[numFullRoundsHalf - 1].out[i];
---
> pRounds[j].state[i] <-- fRoundsFirst[numFullRoundsHalf - 1].out[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
132c132
< pRounds[j].state[i] <-- fRoundsFirst[numFullRoundsHalf - 1].out[i];
---
> pRounds[j].state[i] <== fRoundsFirst[numFullRoundsHalf - 1].out[i];
136c136
< pRounds[j].state[i] <== pRounds[j - 1].out[i];
---
> pRounds[j].state[i] <-- pRounds[j - 1].out[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
136c136
< pRounds[j].state[i] <-- pRounds[j - 1].out[i];
---
> pRounds[j].state[i] <== pRounds[j - 1].out[i];
147c147
< fRoundsLast[j].state[i] <== pRounds[numPartialRounds - 1].out[i];
---
> fRoundsLast[j].state[i] <-- pRounds[numPartialRounds - 1].out[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
147c147
< fRoundsLast[j].state[i] <-- pRounds[numPartialRounds - 1].out[i];
---
> fRoundsLast[j].state[i] <== pRounds[numPartialRounds - 1].out[i];
151c151
< fRoundsLast[j].state[i] <== fRoundsLast[j - 1].out[i];
---
> fRoundsLast[j].state[i] <-- fRoundsLast[j - 1].out[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
151c151
< fRoundsLast[j].state[i] <-- fRoundsLast[j - 1].out[i];
---
> fRoundsLast[j].state[i] <== fRoundsLast[j - 1].out[i];
157c157
< out <== fRoundsLast[numFullRoundsHalf-1].out[1];
---
> out <-- fRoundsLast[numFullRoundsHalf-1].out[1];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
● [mutation] poseidon › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
53 | });
54 |
> 55 | expect(() => circuit.checkConstraints(w)).rejects.toThrow();
| ^
56 | }
57 | });
58 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/poseidon.test.ts:55:5
at fulfilled (tests/poseidon.test.ts:5:58)
FAIL tests/pubkey_membership.test.ts (18.541 s)
● Console
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
28c28
< ecdsa.Tx <== Tx;
---
> ecdsa.Tx <-- Tx;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
28,29c28,29
< ecdsa.Tx <-- Tx;
< ecdsa.Ty <== Ty;
---
> ecdsa.Tx <== Tx;
> ecdsa.Ty <-- Ty;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
29,30c29,30
< ecdsa.Ty <-- Ty;
< ecdsa.Ux <== Ux;
---
> ecdsa.Ty <== Ty;
> ecdsa.Ux <-- Ux;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
30,31c30,31
< ecdsa.Ux <-- Ux;
< ecdsa.Uy <== Uy;
---
> ecdsa.Ux <== Ux;
> ecdsa.Uy <-- Uy;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
31,32c31,32
< ecdsa.Uy <-- Uy;
< ecdsa.s <== s;
---
> ecdsa.Uy <== Uy;
> ecdsa.s <-- s;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
32c32
< ecdsa.s <-- s;
---
> ecdsa.s <== s;
35c35
< pubKeyHash.inputs[0] <== ecdsa.pubKeyX;
---
> pubKeyHash.inputs[0] <-- ecdsa.pubKeyX;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
35,36c35,36
< pubKeyHash.inputs[0] <-- ecdsa.pubKeyX;
< pubKeyHash.inputs[1] <== ecdsa.pubKeyY;
---
> pubKeyHash.inputs[0] <== ecdsa.pubKeyX;
> pubKeyHash.inputs[1] <-- ecdsa.pubKeyY;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
36c36
< pubKeyHash.inputs[1] <-- ecdsa.pubKeyY;
---
> pubKeyHash.inputs[1] <== ecdsa.pubKeyY;
39c39
< merkleProof.leaf <== pubKeyHash.out;
---
> merkleProof.leaf <-- pubKeyHash.out;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
39c39
< merkleProof.leaf <-- pubKeyHash.out;
---
> merkleProof.leaf <== pubKeyHash.out;
42c42
< merkleProof.pathIndices[i] <== pathIndices[i];
---
> merkleProof.pathIndices[i] <-- pathIndices[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
42,43c42,43
< merkleProof.pathIndices[i] <-- pathIndices[i];
< merkleProof.siblings[i] <== siblings[i];
---
> merkleProof.pathIndices[i] <== pathIndices[i];
> merkleProof.siblings[i] <-- siblings[i];
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(MissingOutputCheckConstraint)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
45c45
< root === merkleProof.root;
---
>
at ../../node_modules/circom-mutator/src/tester.ts:52:19
● [mutation] pubkey_membership › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
135 | const w = await circuit.calculateWitness(input, true);
136 |
> 137 | expect(async () => await circuit.checkConstraints(w)).rejects.toThrow();
| ^
138 | }
139 | });
140 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/pubkey_membership.test.ts:137:5
at fulfilled (tests/pubkey_membership.test.ts:5:58)
● [mutation] pubkey_membership › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
135 | const w = await circuit.calculateWitness(input, true);
136 |
> 137 | expect(async () => await circuit.checkConstraints(w)).rejects.toThrow();
| ^
138 | }
139 | });
140 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/pubkey_membership.test.ts:137:5
at fulfilled (tests/pubkey_membership.test.ts:5:58)
● [mutation] pubkey_membership › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
135 | const w = await circuit.calculateWitness(input, true);
136 |
> 137 | expect(async () => await circuit.checkConstraints(w)).rejects.toThrow();
| ^
138 | }
139 | });
140 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/pubkey_membership.test.ts:137:5
at fulfilled (tests/pubkey_membership.test.ts:5:58)
● [mutation] pubkey_membership › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
135 | const w = await circuit.calculateWitness(input, true);
136 |
> 137 | expect(async () => await circuit.checkConstraints(w)).rejects.toThrow();
| ^
138 | }
139 | });
140 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/pubkey_membership.test.ts:137:5
at fulfilled (tests/pubkey_membership.test.ts:5:58)
● [mutation] pubkey_membership › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
135 | const w = await circuit.calculateWitness(input, true);
136 |
> 137 | expect(async () => await circuit.checkConstraints(w)).rejects.toThrow();
| ^
138 | }
139 | });
140 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/pubkey_membership.test.ts:137:5
at fulfilled (tests/pubkey_membership.test.ts:5:58)
● [mutation] pubkey_membership › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
135 | const w = await circuit.calculateWitness(input, true);
136 |
> 137 | expect(async () => await circuit.checkConstraints(w)).rejects.toThrow();
| ^
138 | }
139 | });
140 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/pubkey_membership.test.ts:137:5
at fulfilled (tests/pubkey_membership.test.ts:5:58)
● [mutation] pubkey_membership › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
135 | const w = await circuit.calculateWitness(input, true);
136 |
> 137 | expect(async () => await circuit.checkConstraints(w)).rejects.toThrow();
| ^
138 | }
139 | });
140 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/pubkey_membership.test.ts:137:5
at fulfilled (tests/pubkey_membership.test.ts:5:58)
● [mutation] pubkey_membership › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
135 | const w = await circuit.calculateWitness(input, true);
136 |
> 137 | expect(async () => await circuit.checkConstraints(w)).rejects.toThrow();
| ^
138 | }
139 | });
140 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/pubkey_membership.test.ts:137:5
at fulfilled (tests/pubkey_membership.test.ts:5:58)
● [mutation] pubkey_membership › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
135 | const w = await circuit.calculateWitness(input, true);
136 |
> 137 | expect(async () => await circuit.checkConstraints(w)).rejects.toThrow();
| ^
138 | }
139 | });
140 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/pubkey_membership.test.ts:137:5
at fulfilled (tests/pubkey_membership.test.ts:5:58)
● [mutation] pubkey_membership › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
135 | const w = await circuit.calculateWitness(input, true);
136 |
> 137 | expect(async () => await circuit.checkConstraints(w)).rejects.toThrow();
| ^
138 | }
139 | });
140 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/pubkey_membership.test.ts:137:5
at fulfilled (tests/pubkey_membership.test.ts:5:58)
● [mutation] pubkey_membership › [mutation] Arithmetic Over/Under Flows (Num2Bits)
expect(received).rejects.toThrow()
Received promise resolved instead of rejected
Resolved to value: undefined
135 | const w = await circuit.calculateWitness(input, true);
136 |
> 137 | expect(async () => await circuit.checkConstraints(w)).rejects.toThrow();
| ^
138 | }
139 | });
140 |
at expect (../../node_modules/expect/build/index.js:105:15)
at tests/pubkey_membership.test.ts:137:5
at fulfilled (tests/pubkey_membership.test.ts:5:58)
FAIL tests/eff_ecdsa_to_addr.test.ts (42.852 s)
● Console
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
22c22
< effEcdsa.s <== s;
---
> effEcdsa.s <-- s;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(Num2Bits)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
28,29d27
< component pubKeyXBits = Num2Bits(256);
< pubKeyXBits.in <== effEcdsa.pubKeyX;
30a29,30
>
>
38c38
< pubToAddr.pubkeyBits[i + 256] <== pubKeyXBits.out[i];
---
>
at ../../node_modules/circom-mutator/src/tester.ts:52:19
● [mutation] eff_ecdsa_to_addr › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).toThrow()
Received function did not throw
70 | });
71 |
> 72 | expect(() => circuit.checkConstraints(w)).toThrow();
| ^
73 | }
74 | });
75 |
at tests/eff_ecdsa_to_addr.test.ts:72:47
at fulfilled (tests/eff_ecdsa_to_addr.test.ts:5:58)
● [mutation] eff_ecdsa_to_addr › [mutation] Arithmetic Over/Under Flows (Num2Bits)
assert.strictEqual(received, expected)
Expected value to strictly be equal to:
undefined
Received:
null
Message:
circom compiler error
Error: Command failed: circom --wasm --sym --r1cs --output /var/folders/pb/g_b_19n15hn4gkl0cvjjlzfm0000gn/T/circom_-64331-7x80QurfBYCb --prime secq256k1 packages/circuits/tests/circuits/eff_ecdsa_to_addr_test.circom
error[T3001]: Exception caused by invalid access
┌─ "packages/circuits/eff_ecdsa_membership/eff_ecdsa_to_addr.circom":41:14
│
41 │ addr <== pubToAddr.address;
│ ^^^^^^^^^^^^^^^^^ found here
│
= call trace:
->EfficientECDSAToAddr
previous errors were found
Difference:
Comparing two different types of values. Expected undefined but received null.
at compile (../../node_modules/circom_tester/wasm/tester.js:91:2)
at wasm_tester (../../node_modules/circom_tester/wasm/tester.js:45:2)
FAIL tests/addr_membership.test.ts (63.911 s)
● Console
console.log
(AssignedButNotConstrained)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
29c29
< effEcdsa.Tx <== Tx;
---
> effEcdsa.Tx <-- Tx;
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(MissingOutputCheckConstraint)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
56c56
< root === merkleProof.root;
---
>
at ../../node_modules/circom-mutator/src/tester.ts:52:19
console.log
(Num2Bits)
at ../../node_modules/circom-mutator/src/tester.ts:51:19
console.log
35,36d34
< component pubKeyXBits = Num2Bits(256);
< pubKeyXBits.in <== effEcdsa.pubKeyX;
37a36,37
>
>
45c45
< pubToAddr.pubkeyBits[i + 256] <== pubKeyXBits.out[i];
---
>
at ../../node_modules/circom-mutator/src/tester.ts:52:19
● [mutation] eff_ecdsa_to_addr › [mutation] Replace constraints by assignments (AssignedButNotConstrained)
expect(received).toThrow()
Received function did not throw
134 | const w = await circuit.calculateWitness(input, true);
135 |
> 136 | expect(() => circuit.checkConstraints(w)).toThrow();
| ^
137 | }
138 | });
139 |
at tests/addr_membership.test.ts:136:47
at fulfilled (tests/addr_membership.test.ts:5:58)
● [mutation] eff_ecdsa_to_addr › [mutation] Remove constraints on circuit outputs (MissingOutputCheckConstraint)
expect(received).toThrow()
Received function did not throw
134 | const w = await circuit.calculateWitness(input, true);
135 |
> 136 | expect(() => circuit.checkConstraints(w)).toThrow();
| ^
137 | }
138 | });
139 |
at tests/addr_membership.test.ts:136:47
at fulfilled (tests/addr_membership.test.ts:5:58)
● [mutation] eff_ecdsa_to_addr › [mutation] Arithmetic Over/Under Flows (Num2Bits)
assert.strictEqual(received, expected)
Expected value to strictly be equal to:
undefined
Received:
null
Message:
circom compiler error
Error: Command failed: circom --wasm --sym --r1cs --output /var/folders/pb/g_b_19n15hn4gkl0cvjjlzfm0000gn/T/circom_-64330-yAAED1vVOo1S --prime secq256k1 packages/circuits/tests/circuits/addr_membership_test.circom
error[T3001]: Exception caused by invalid access
┌─ "packages/circuits/eff_ecdsa_membership/addr_membership.circom":49:26
│
49 │ merkleProof.leaf <== pubToAddr.address;
│ ^^^^^^^^^^^^^^^^^ found here
│
= call trace:
->AddrMembership
previous errors were found
Difference:
Comparing two different types of values. Expected undefined but received null.
at compile (../../node_modules/circom_tester/wasm/tester.js:91:2)
at wasm_tester (../../node_modules/circom_tester/wasm/tester.js:45:2)