phase2-bn254/powersoftau/test.sh

#!/bin/sh

rm challenge*
rm response*
rm transcript
rm phase1radix*
rm tmp_*

set -e

SIZE=15
BATCH=256

cargo run --release --bin new_constrained challenge1 $SIZE $BATCH
yes | cargo run --release --bin compute_constrained challenge1 response1 $SIZE $BATCH
cargo run --release --bin verify_transform_constrained challenge1 response1 challenge2 $SIZE $BATCH

yes | cargo run --release --bin compute_constrained challenge2 response2 $SIZE $BATCH
cargo run --release --bin verify_transform_constrained challenge2 response2 challenge3 $SIZE $BATCH

yes | cargo run --release --bin compute_constrained challenge3 response3 $SIZE $BATCH
cargo run --release --bin verify_transform_constrained challenge3 response3 challenge4 $SIZE $BATCH

cargo run --release --bin beacon_constrained challenge4 response4 $SIZE $BATCH 0000000000000000000a558a61ddc8ee4e488d647a747fe4dcc362fe2026c620 10
cargo run --release --bin verify_transform_constrained challenge4 response4 challenge5 $SIZE $BATCH

cargo run --release --bin prepare_phase2 response4 $SIZE $BATCH
prepare for testing for Ethereum related ceremony 2019-01-09 21:30:42 +03:00			`#!/bin/sh`

Accept filenames as command line arguments 2020-01-08 15:39:29 +03:00			`rm challenge*`
			`rm response*`
			`rm transcript`
removes debug prints 2019-09-04 15:54:48 +03:00			`rm phase1radix*`
Accept filenames as command line arguments 2020-01-08 15:39:29 +03:00			`rm tmp_*`
prepare for testing for Ethereum related ceremony 2019-01-09 21:30:42 +03:00
Accept filenames as command line arguments 2020-01-08 15:39:29 +03:00			`set -e`
prepare for testing for Ethereum related ceremony 2019-01-09 21:30:42 +03:00
update ceremony size 2020-04-07 20:39:05 +03:00			`SIZE=15`
Make ceremony params configurable at runtime (#10) * feat(parameters): Replace trait with a params struct We define a CeremonyParams struct which contains a curve and setup-specific parameters The curve is a CurveParams struct which contains the sizes of the compressed and uncompressed group elements This will allow us to easily extend the implementations over multiple curves and constraint numbers (currently these are hard coded and cannot be easily chagned) * feat(keypair): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait * feat(accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait * feat(batched-accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait driveby-change: also replace println's with error/info logs * feat(batched-accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait driveby-change: also replace println's with error/info logs * refactor(bn256): delete bn256 module and move tests to better locations * fix(bin): make all binaries build with the CeremonyParams object * test(e2e): run the test with circuit power and batch size provided at runtime * chore: remove unused accumulator.rs and new.rs 2020-02-13 12:04:29 +03:00			`BATCH=256`
prepare for testing for Ethereum related ceremony 2019-01-09 21:30:42 +03:00
Make ceremony params configurable at runtime (#10) * feat(parameters): Replace trait with a params struct We define a CeremonyParams struct which contains a curve and setup-specific parameters The curve is a CurveParams struct which contains the sizes of the compressed and uncompressed group elements This will allow us to easily extend the implementations over multiple curves and constraint numbers (currently these are hard coded and cannot be easily chagned) * feat(keypair): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait * feat(accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait * feat(batched-accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait driveby-change: also replace println's with error/info logs * feat(batched-accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait driveby-change: also replace println's with error/info logs * refactor(bn256): delete bn256 module and move tests to better locations * fix(bin): make all binaries build with the CeremonyParams object * test(e2e): run the test with circuit power and batch size provided at runtime * chore: remove unused accumulator.rs and new.rs 2020-02-13 12:04:29 +03:00			`cargo run --release --bin new_constrained challenge1 $SIZE $BATCH`
			`yes \| cargo run --release --bin compute_constrained challenge1 response1 $SIZE $BATCH`
			`cargo run --release --bin verify_transform_constrained challenge1 response1 challenge2 $SIZE $BATCH`
adds verify.rs to verify transcript and working phase2 for bn254 2019-09-04 13:15:17 +03:00
Make ceremony params configurable at runtime (#10) * feat(parameters): Replace trait with a params struct We define a CeremonyParams struct which contains a curve and setup-specific parameters The curve is a CurveParams struct which contains the sizes of the compressed and uncompressed group elements This will allow us to easily extend the implementations over multiple curves and constraint numbers (currently these are hard coded and cannot be easily chagned) * feat(keypair): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait * feat(accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait * feat(batched-accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait driveby-change: also replace println's with error/info logs * feat(batched-accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait driveby-change: also replace println's with error/info logs * refactor(bn256): delete bn256 module and move tests to better locations * fix(bin): make all binaries build with the CeremonyParams object * test(e2e): run the test with circuit power and batch size provided at runtime * chore: remove unused accumulator.rs and new.rs 2020-02-13 12:04:29 +03:00			`yes \| cargo run --release --bin compute_constrained challenge2 response2 $SIZE $BATCH`
			`cargo run --release --bin verify_transform_constrained challenge2 response2 challenge3 $SIZE $BATCH`
Accept filenames as command line arguments 2020-01-08 15:39:29 +03:00
Make ceremony params configurable at runtime (#10) * feat(parameters): Replace trait with a params struct We define a CeremonyParams struct which contains a curve and setup-specific parameters The curve is a CurveParams struct which contains the sizes of the compressed and uncompressed group elements This will allow us to easily extend the implementations over multiple curves and constraint numbers (currently these are hard coded and cannot be easily chagned) * feat(keypair): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait * feat(accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait * feat(batched-accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait driveby-change: also replace println's with error/info logs * feat(batched-accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait driveby-change: also replace println's with error/info logs * refactor(bn256): delete bn256 module and move tests to better locations * fix(bin): make all binaries build with the CeremonyParams object * test(e2e): run the test with circuit power and batch size provided at runtime * chore: remove unused accumulator.rs and new.rs 2020-02-13 12:04:29 +03:00			`yes \| cargo run --release --bin compute_constrained challenge3 response3 $SIZE $BATCH`
			`cargo run --release --bin verify_transform_constrained challenge3 response3 challenge4 $SIZE $BATCH`

NCC-CSWZ001-002: adds num exp as input to beacon_constrained and adds input validation 2020-04-28 18:36:23 +03:00			`cargo run --release --bin beacon_constrained challenge4 response4 $SIZE $BATCH 0000000000000000000a558a61ddc8ee4e488d647a747fe4dcc362fe2026c620 10`
Make ceremony params configurable at runtime (#10) * feat(parameters): Replace trait with a params struct We define a CeremonyParams struct which contains a curve and setup-specific parameters The curve is a CurveParams struct which contains the sizes of the compressed and uncompressed group elements This will allow us to easily extend the implementations over multiple curves and constraint numbers (currently these are hard coded and cannot be easily chagned) * feat(keypair): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait * feat(accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait * feat(batched-accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait driveby-change: also replace println's with error/info logs * feat(batched-accumulator): Use the CeremonyParams struct instead of being generic over the PowersOfTauParams trait driveby-change: also replace println's with error/info logs * refactor(bn256): delete bn256 module and move tests to better locations * fix(bin): make all binaries build with the CeremonyParams object * test(e2e): run the test with circuit power and batch size provided at runtime * chore: remove unused accumulator.rs and new.rs 2020-02-13 12:04:29 +03:00			`cargo run --release --bin verify_transform_constrained challenge4 response4 challenge5 $SIZE $BATCH`
Accept filenames as command line arguments 2020-01-08 15:39:29 +03:00
adds check_ratio tests and modifies tests to accomodate it 2020-04-27 14:22:31 +03:00			`cargo run --release --bin prepare_phase2 response4 $SIZE $BATCH`