Скачать parsec для windows 7 32 bit

Скачать последнюю версию программы Parsec Build 147-4 64 bit на Windows. Получите возможность пригласить друзей поиграть в ваши любимые игры онлайн, даже если в них не предусмотрен мультиплеер.

Parsec — это программа, которая придётся по вкусу всем любителям онлайн игр. С её помощью, вы сможете играть вместе с друзьями даже в те игры, в которых отсутствует мультиплеер.

Описание программы:

Используя Парсек, вы сможете пригласить друзей поиграть онлайн, наслаждаясь любимыми сетевыми играми вместе. Если же выбранная вами игра обладает только сетевым режимом, программа позволит вам играть по очереди, благодаря возможности участвовать в игровом процессе в качестве зрителя. При этом, игрок может в любой момент передать управление товарищу, чтобы вместе пройти наиболее сложные моменты.

В дополнение к этому, программа будет полезна для тех, кто оказался вдали от своего игрового ПК, имея при себе только недостаточно мощный ноутбук. Благодаря Parsec, вы сможете подключиться к удалённому компьютеру и транслировать желаемые игры с него. Таким образом, вы сможете избежать проблему недостаточной мощности имеющегося у вас под рукой устройства и наслаждаться любимыми играми на мощном железе, без каких-либо лагов или просадки FPS.

Ещё одной приятной особенностью программы является функция поиска группы. Играете в сетевую игру в одиночестве? Не беда. Parsec быстро найдет вам компанию.

С нашего сайта вы также можете скачать Parsec для MacOS, Parsec для Linux и Parsec для Android.

Скачайте Parsec для Windows с нашего сайта и не забудьте поделиться с нами своими впечатлениями в комментариях.

Источник

Parsec is a high performance, low latency remote access product connecting you to your computer from anywhere. Discover new ways to play, watch, and share games with your friends.

Features

Silky smooth screen sharing

Parsec’s proprietary technology allows gamers of all stripes to play their favorite games at 60 FPS HD across multiple devices anywhere, anytime and virtually lag free.

Local co-op is local no more

With the Parsec platform you can play any multiplayer game with anyone in the world with extremely low lag. Play any game online without worrying about subscribing to online services and which platform and hardware you and your friends use.

The arcade of the future

In the Arcade, we make it easier to find someone to play your favorite games with. It’s a matchmaking service that helps you play local multiplayer games online with anyone anywhere in the world.

Gaming

  • Cooperative. Indie games, retro, emulators, or even AAA. There is not a better feeling than that couch experience.
  • Versus. Play your favorite fighting games or just 1v1 me bro, no items, FD, Fox only.
  • A little help…from your friends! Let them help you beat that difficult section or just show them how to do that double shell jump.

Productivity

  • Cad and Graphics. This is the perfect remote desktop tool for CAD, graphics, video editing and more! Check out Parsec for Teams.
  • WFH. Travel? Work? Access your computer for anything you need on the go, any time.
  • Problem Solving. Need some troubleshooting? Let a friend take control and help!

Hang Out

  • Listen to Music. Listen to music at the same time. No hassle. For some reason nobody has made a better solution.
  • Watch Videos Together. «Wait, why I didn’t think of that before?» This is not the first time we have watched The Office like this.
  • Community. Join or host tournaments! Matchmaking in offline multiplayer games has never been easier.

How does it work?

As high performance, low cost video processing chips were introduced, it became clear that delivering video over the internet at extremely low latencies was possible. Since then, it has been our obsession to perfect peer-to-peer, low latency game streaming over a wide area network.

Parsec’s core technology suite, the Parsec SDK, is built in cross platform C. We take a strong stand against unnecessary bloat, complexity, and dependencies of dubious value. Even our host side WebRTC implementation (for our web client) was custom built without requiring Google’s massive dependency tree.

We use our own peer-to-peer networking protocol called BUD; Better User Datagrams (naming is hard). BUD has been optimized for low-latency video delivery based on the data gathered over a three year period. With a 97% NAT traversal success rate and lightning fast adjustment to packet loss and congestion, BUD is the cornerstone of the Parsec SDK.

Native code — why low-level code is the only way to get performance

We didn’t build on top of any wrappers — we wanted full hardware control and the ability to manipulate every element of the stream to reduce latency as much as possible. On our test setup on a LAN ethernet connection, Parsec adds only 7 milliseconds of latency to your game. Remember, your ping is important, so if you’re far from the computer, there will be more lag.

BUD — The networking protocol for game streaming

It’s not a clever name, but the protocol works. Providing reliable UDP video at the lowest latency possible while handling all sorts of messy networking situations. Built with an ultra-responsive dynamic bitrate adjustment that is constantly adjusting based on network conditions. It also supports the best in-class security available with DTLS 1.2 with AES128 or AES256 cipher enabled on every single packet sent over the network.

Peer-to-peer NAT traversal for co-playing with friends

Nothing makes you rage quit when you’re just trying to play some games with friends faster than a bunch of networking errors. Making sure two computers can connect in a peer-to-peer connection with as little latency as possible is really difficult. We’ve spent years optimizing our NAT traversal techniques to give you the highest likelihood of connecting on the first try. 95% of our users successfully co-play together due to this effort.

Hardware encoding and decoding plus frame timing optimizations

We support the h.264 codec and low latency desktop capture, with a zero-copy GPU pipeline to the encoder. You can use whatever GPU you want — AMD gets the same love as Nvidia here. We use hardware decoding whenever possible on every platform we support, and we have low level frame timing and synchronization optimizations for a smooth 60 FPS stream.

What’s New

  • You will now see a highlighted changelog documenting new changes in the app after updates.
  • Hosts can now set an idle timer to disconnect the client after being idle for a set period of time (the minimum is 5 minutes).
  • Hosts can now see a live indicator showing which guest is currently using their mouse, keyboard or gamepad buttons.

Improvements

  • Improved visibility using the watermarking feature. Watermarking can now be set on hosts and clients and displays the username and user ID outside of the user defined text.
  • [Teams/Warp] The Parsec client for Windows now supports WinTab.
  • [Windows] Echo cancellation now allows you to use the voice application of your choosing.
  • [macOS] We’ve improved keyboard immersive mode for macOS clients.

Bugfixes

  • Fixed an issue where toggling «keep host resolution» several times caused a black screen or video encoder restart loop.
  • [macOS] Fixed an issue where switching screens on macOS hosts did not work without toggling between screens.
Источник

1.1.0

Main features delivered

  • Add generate random support into TPM and PKCS11 providers
  • Implement configurable exclusion of deprecated primitives
  • Allow binary PIN values for PKCS11 provider
  • Recognise a PKCS11 hardware token with its serial number instead of slot number

For a more comprehensive view of the release see the changelog below.

Changelog

1.1.0 (2022-09-13)

1.1.0-rc2 (2022-09-13)

Full Changelog

Merged pull requests:

  • Update change log for release candidate 1.1.0-rc2 #639 (mohamedasaker-arm)
  • Release candidate prep 1.1.0 rc2 #638 (mohamedasaker-arm)

1.1.0-rc1 (2022-09-07)

Full Changelog

Implemented enhancements:

  • Update PKCS11 dependency #604
  • Allow binary PIN values for PKCS11 providers #603
  • Implement get_random in the PKCS11 provider #594
  • Implement get_random in TPM provider #593
  • Create script for Quickstart package #534
  • Recognise a PKCS11 hardware token with its serial number instead of slot number #481
  • Implement configurable exclusion of deprecated primitives #119

Fixed bugs:

  • RSA padding oracle issue #619
  • PKCS11 provider serial_number configuration #615
  • Export of public EC key fails with PKCS#11 back-end on NXP Layerscape #599
  • Wrong permissions on KIM files #598
  • Send back PsaErrorInvalidPadding when needed #620 (ionut-arm)

Security fixes:

  • Update Spiffe dependency #602

Closed issues:

  • Add key persistence tests for TS provider #568
  • Create stability tests for SQLite KIM #519
  • Change default socket path for E2E tests #463

Merged pull requests:

  • Update Change log and service version no. #637 (mohamedasaker-arm)
  • Update maintainers list #636 (mohamedasaker-arm)
  • Fix spiffy issue #635 (gowthamsk-arm)
  • Add sqlite stability tests #634 (gowthamsk-arm)
  • Feature/119 implement configurable exclusion of deprecated primitives #633 (mohamedasaker-arm)
  • Feature/603 allow binary pin values for pkcs11 #631 (mohamedasaker-arm)
  • Add Eq to the types with PartialEq #630 (ionut-arm)
  • build and share docker image across jobs #628 (mohamedasaker-arm)
  • Kim file permissions #627 (gowthamsk-arm)
  • Testing/568 add key persistence tests for ts provider #625 (mohamedasaker-arm)
  • Fix problem reported by Clippy (rust 1.62) #624 (mohamedasaker-arm)
  • Validate hash sign operation before execution. #623 (gowthamsk-arm)
  • Fix Hugues’ email address #622 (hug-dev)
  • Compare trimmed token serial numbers (PKCS11 provider) #621 (mohamedasaker-arm)
  • Added some context to error messages. #618 (fredrik-jansson-se)
  • Implement get_random in the PKCS11 provider #613 (gowthamsk-arm)
  • Add a script to create the Quickstart package #612 (mohamedasaker-arm)
  • Change default socket path for E2E tests #610 (gowthamsk-arm)
  • Fix cargo-audit TOML config #609 (ionut-arm)
  • Recognise a PKCS11 hardware token with its serial number instead of slot number #608 (mohamedasaker-arm)
  • Bump version of cryptoki #605 (ionut-arm)
  • Fix issue #599 — allow EC_POINT public key data to omit ASN.1 structure wrapping #600 (paulhowardarm)
  • Add generate random support into TPM provider #595 (anta5010)

1.0.0

Main features delivered

  • Added a new Key Info Manager — the SQLite KIM — which will serve as the default KIM from now on.
  • Added and implemented a new operation, CanDoCrypto, which allows clients to verify the capabilities of the various backends before performing any actual cryptographic operations.
  • Added and implemented two operations, AttestKey and PrepareKeyAttestation, in the TPM provider, backed by TPM2_ActivateCredential.
  • Added support for importing ECC public keys in the TPM provider.

For a more comprehensive view of the release see the changelog below.

Changelog

1.0.0 (2022-03-21)

1.0.0-rc3 (2022-03-21)

Full Changelog

Fixed bugs:

  • Cargo audit failing #544

Merged pull requests:

  • Prepare for Release Candidate 3 #592 (ionut-arm)

1.0.0-rc2 (2022-03-02)

Full Changelog

Implemented enhancements:

  • Updates for Release Candidate 2 #584 (ionut-arm)

Closed issues:

  • Update the Parsec Book to include SQLiteKeyInfoManager #532

1.0.0-rc1 (2022-02-16)

Full Changelog

Implemented enhancements:

  • parsec.service hardening #569
  • Implement CryptoCanDo for the Trusted Services and Mbed Crypto providers #543
  • Implement CryptoCanDo for TPM provider #542
  • Refactor the PKCS11 CryptoCanDo implementation #541
  • Implement ActivateCredential key attestation #539
  • Making the SQLiteKIM the default #531
  • Create a new KeyInfoManager based on SQLite #424
  • Add support for other cryptographic services in the Trusted Service provider #341
  • Add system emulation tests for TS provider #304
  • Add support for importing ECC public key in the TPM provider #170
  • Add asymmetric encryption to TS provider #580 (ionut-arm)
  • Change dependency revision for TSS crate #579 (ionut-arm)
  • Add systemd hardening options #572 (ionut-arm)
  • Make SQLite KIM default #570 (ionut-arm)
  • Feature sqlite kim #566 (ionut-arm)
  • Add error handling to ActivateCredential #562 (ionut-arm)
  • Add ActivateCredential tests and fixes #560 (ionut-arm)
  • Activate credential #558 (ionut-arm)
  • Expand support for importing public keys for TPM #540 (ionut-arm)
  • [CryptoAuthLib provider] PsaAeadEncrypt and PsaAeadDecrypt implemented #536 (TomaszPawelecGL)

Fixed bugs:

  • Disable test from old E2E suite #574
  • Errors in validating ECC key bits in PKCS11 provider #545
  • UnixDomainSocket connection returns error from server #528
  • Fuzz Testing & Nightly Cargo udeps are failing due to prost-derive #514
  • TPM Provider does not persist generated keys accross reboot #504
  • Issue with PKCS11 backend with Nitrokey HSM #380
  • Skip flakey test #577 (ionut-arm)
  • Fix codecov build #573 (ionut-arm)
  • Fix handling of bits in PKCS11 imports #546 (ionut-arm)

Closed issues:

  • Align with stable TSS crate #567
  • Stable 0.8.1 release depends on tss-esapi alpha #527
  • Create E2E tests for SQLite KIM #516
  • Switch to dynamic key names in tests #453
  • Add capabilities discovery operations #426

Merged pull requests:

  • Update Changelog and service version no. #583 (ionut-arm)
  • Bump bindgen dependency version #582 (ionut-arm)
  • Bump SQLite dependency #581 (ionut-arm)
  • [CryptoAuthLib provider] PsaRawKeyAgreement operation implementation #578 (akazimierskigl)
  • Implement can-do-crypto for TS and mbed-crypto providers #565 (anta5010)
  • Add error message if submodule not initialised #564 (ionut-arm)
  • [CryptoAuthLib provider] PsaCipherEncrypt and PsaCipherDecrypt implementation #563 (akazimierskigl)
  • Add clippy and fmt checkt to e2e_tests #561 (ionut-arm)
  • Re-factor e2e tests to use common key attributes functions #556 (anta5010)
  • Merge can-do-crypto branch into main #555 (anta5010)
  • Merge main branch changes into can-do crypto #554 (anta5010)
  • Jn9e9/issue453 #552 (jn9e9)
  • e2e CanDoCrypto tests for Hashes, ECC curves and Crypto algorithms #551 (anta5010)
  • Implement CanDoCrypto trait and use it for PKCS11 and TPM providers #550 (anta5010)
  • Use ec_params for can-do-crypto checks instead of hard-coded values #549 (anta5010)
  • Small refactor of PKCS11 CryptoCanDo #548 (anta5010)
  • Merge origin/main into can-do-crypto #547 (anta5010)
  • Increase the MSRV to 1.53.0 #535 (hug-dev)
  • Update the CHANGELOG file with 0.8.1 #533 (hug-dev)
  • Added the CanDoCrypto operation as well as fixing some of the other test scripts. #522 (Kakemone)

0.8.1

Main features delivered

  • ECC keys are now supported in the PKCS11 provider
  • a SPIFFE based authenticator is now available
  • New CryptoAuthLib provider operation support: generate/import/export keys, sign/verify
  • The TPM provider can be set as optional depending on platform availability
  • The slot_number field is now optional
  • all-providers now contains the Trusted Service provider
  • The TPM provider has been updated to store keys in a different format, with migration capability from the previous format.

See the changelog below to see all differences with previous release.

Changelog

0.8.1 (2021-09-17)

Full Changelog

Implemented enhancements:

  • Add Unit Tests to SQLiteKeyInfoManager #510
  • Change KeyTriple to Include Auth ID, Provider Name & Provider UUID #488
  • Update provider to use new version fo TransKeyCtx #515 (ionut-arm)

Fixed bugs:

  • Decide and implement a new serialization format for KeyInfo #509
  • Memory leak in TS context #501
  • Disable broken workflows #525 (ionut-arm)

Closed issues:

  • Make a Parsec Ockam Vault: investigation issue #506
  • Add Basic SQLiteKeyInfoManager Storage/Retrieval Functionality #503
  • Add config tests for multiple provider names #496

Merged pull requests:

  • Bump version for release #526 (ionut-arm)
  • Use as_ptr for TS service name #524 (anta5010)
  • Lower Hash algorithm #499 (hug-dev)
  • Update CHANGELOG #498 (hug-dev)

0.8.0 (2021-08-05)

Full Changelog

Implemented enhancements:

  • Add Provider Name Config Option #487
  • Add PKCS11 provider export-attributes switch #462
  • Refactor the all-providers workflow #455
  • Adjust linking for TS provider #427
  • Allow providers to be optional or conditional depending on platform feature availability #401
  • Add cross-compilation tests for the TPM provider #382
  • Make the slot_number field optional #375
  • Design workflow and associated APIs for key attestation in Parsec #370
  • Implement error handling for TS caller errors #332
  • Add release-build tests to CI #163
  • Add the possibility of changing key store location of Mbed Crypto provider #53
  • Add TS provider to all-providers #482 (ionut-arm)
  • Adjust TS provider linking #474 (ionut-arm)
  • Add cargo-audit config #473 (ionut-arm)
  • Update dependency on Trusted Services #467 (ionut-arm)
  • Add import and export support for ECC for PKCS11 #452 (ionut-arm)
  • Add a SPIFFE based authenticator #449 (hug-dev)
  • Add ECC functionality to PKCS11 prov #446 (ionut-arm)
  • Enable coverage testing for TS provider #434 (ionut-arm)
  • Create SECURITY.md #414 (ionut-arm)
  • Add TPM provider cross-compilation #403 (ionut-arm)
  • Added Option<Slot> to PKCS 11 Provider constructor #402 (Sven-bg)

Fixed bugs:

  • If a response is an error, log it before sending it #417
  • Fix ingress/egress trace logs #416
  • Make KeyInfo a private type #400
  • Unable to build 0.7.2 for i686 (and ppc64/ppc64le) #379
  • Unable to build 0.7.2 for armv7 #378
  • Document clearly how Mbed Crypto provider keys are stored #373
  • Fix code coverage reports #495 (ionut-arm)
  • Modify the git submodule command #490 (hug-dev)
  • Do not login if no user pin was entered #489 (hug-dev)
  • Fix git command and use Arm machine #485 (ionut-arm)
  • Fix CircleCI config format. #484 (ionut-arm)
  • Add submodule initialisation to CircleCI #483 (ionut-arm)
  • Make cross-compilation run on release version #454 (ionut-arm)
  • Bump picky crate versions #443 (ionut-arm)
  • Remove the TS coverage computation #436 (ionut-arm)
  • Fix nightly workflow #435 (ionut-arm)
  • Fix ServiceConfig import in fuzz_service #433 (ionut-arm)
  • Fix Contributing link #415 (ionut-arm)
  • Fix ownership of ibmtpm folder #385 (ionut-arm)
  • Fix CircleCI config #384 (ionut-arm)
  • Implement a few fixes #374 (ionut-arm)

Security fixes:

  • Resurrect fuzz testing framework #422
  • Set up Github security policy #398
  • Investigate testing of Cryptoauthlib provider #315
  • rust-spiffe: make sure that the claims returned by the validation operation are as expected #290
  • rust-spiffe: provide a local validation of the JWT-SVID #289
  • Revive the fuzz testing framework #429 (ionut-arm)

Closed issues:

  • NXP PKCS#11 Parsec integration testing. #456
  • Split the build tests on a different CI workflow #447
  • Support ECC signing keys in the PKCS#11 provider #421
  • Stability: Communication with backends #412
  • Adopt CII Best Practices Badge from the LF #411
  • Unable to build parsec 0.7.2 with rust 1.43.1. Parsec 0.6.0 builds fine. #409
  • Stability: Build toolchain #408
  • Stability: Environment variables #405
  • Stability: Dynamic libraries dependencies #397
  • Stability: systemd communication [#396](https://github.com/parallaxsecond/par…

0.7.0

Changelog

0.7.0 (2021-03-23)

Full Changelog

Main features and bugfixes delivered

  • Added support for admin clients in the service. Admins can perform two operations forbidden for other clients: ListClients (returns a list of clients with active data available in at least one provider), and DeleteClient (which removes all data stored by the service for a given client).
  • Updated our PKCS11 backend to use an improved, higher-level crate (cryptoki) that offers a safer interface.
  • Two new providers were added, one for ATECCx08 devices via CryptoAuthLib, and one for Trusted Services running in a Trusted Execution Environment. Both are under development and thus not ready for production deployments.
  • Fixed a bug where all keys reported by ListKeys were shown as MbedCryptoProvider keys.

Implemented enhancements:

  • Stop the duplication of key ID conversions #331
  • Add key management operations support #267
  • Enable TS context initialization #266
  • Create the Trusted Service bindings #265
  • Improve import key support in TPM provider #251
  • Investigate and define the work required for SPIFFE-based client identity management #232
  • Make existence of key info consistent with existence of key #149
  • Extract Docker images into own repo #124
  • Add version structures for better handling of versions #43
  • Rearrange modules for a more structured feel #32
  • Change CI to use published Docker image #357 (ionut-arm)
  • Improve coverage script #348 (ionut-arm)
  • Add coverage checking in nightly run #347 (ionut-arm)
  • Trusted service provider #330 (ionut-arm)
  • Add admin configuration #316 (ionut-arm)
  • Add new parsec provider using ATECCx08 cryptochip via CryptoAuthentication Library #303 (RobertDrazkowskiGL)
  • Improve error handling in builder #298 (ionut-arm)
  • Add Changelog file (#278) #280 (ionut-arm)
  • Remove PKCS11 single thread lock (#264) #277 (ionut-arm)

Fixed bugs:

  • Move the spiffe related features in its own branch #327
  • Resolve default implementation issue for list_keys in Provide #312
  • ListKeys should only be callable on the Core provider #310
  • Service should not start if some components weren’t built successfully #297
  • No changelog for the releases #278
  • PKCS11 multi-threading #264
  • Fix ImportKey to allow importing private key #126
  • PKCS 11 provider stress tests sometimes fail #116
  • Update docker registry for TPM2 images #356 (ionut-arm)
  • Run the Codecov script outside container #353 (ionut-arm)
  • Fix code coverage docker command #352 (ionut-arm)
  • Remove the spiffe-based authenticator #328 (hug-dev)

Security fixes:

  • Add a test for admin operations #309
  • Implement admin logic #308
  • Investigate admin role and admin-level operations #292
  • Add failure-counter mechanism #176

Closed issues:

  • Implement ListClients and DeleteClient in the core provider #311
  • Correct lint issues found after the toolchain upgrade to version 1.49.0 #305
  • Investigate cross-compilation to Linux on Aarch64 #300
  • Investigate adding ListClients and DeleteClient operations #293
  • Consume the new, safer Rust PKCS#11 interface into Parsec when it is available #272
  • Add a SPIFFE JWT-SVID multitenancy test #269
  • Add a JWT-SVID Authenticator #268
  • Investigate and define the work required for compatibility with Arm Firmware Framework for Armv8-A (FF-A) #247

Merged pull requests:

  • Prepare for 0.7.0 release #363 (hug-dev)
  • Update to latest TSS crate version #362 (ionut-arm)
  • Enable code coverage for PKCS11, disable for TS #361 (ionut-arm)
  • Add Edmund to Contributors list #359 (ionut-arm)
  • Add myself to contributors, re. rust-cryptoki #358 (nickray)
  • Add some cross-compilation tests #355 (hug-dev)
  • Upgrade all dependencies to their latest version #345 (hug-dev)
  • Create KeyInfoManagerClient #343 (ionut-arm)
  • Parsec PsaHashCompare operation implementation for CryptoAuthLib provider #333 (akazimierskigl)
  • Parsec PsaGenerateRandom operation implementation for CryptoAuthLib provider #325 (RobertDrazkowskiGL)
  • Add consistency in key creation/deletion #324 (hug-dev)
  • Make the authenticators their own features #322 (puiterwijk)
  • Improve mandatory Provide methods #321 (ionut-arm)
  • Use newest TSS crate #320 (ionut-arm)
  • Add ListClients and DeleteClient operations #318 (hug-dev)
  • Added support for PsaHashCompute to CryptoAuthLib provider. #317 (RobertDrazkowskiGL)
  • Update service dependencies #314 (ionut-arm)
  • Add a test checking ListKeys provider target #313 (hug-dev)
  • Fix lint warning #306 (ionut-arm)
  • Return correct key provider id in list_keys #302 (jn9e9)
  • Use the new abstraction on the PKCS11 interface #301 (hug-dev)
  • Switch Travis CI build to cron-only #299 (ionut-arm)
  • Add a JWT-SVID authenticator #283 (hug-dev)
  • Add Patrick to the contributor list #281 (puiterwijk)

0.6.0

Changelog

0.6.0 (2020-10-20)

Full Changelog

Main features delivered

  • Authentication support for Unix Peer Credentials (for Domain Sockets); authenticators are now configurable at runtime using config.toml
  • Added support for an operation (ListKeys) to list all keys belonging to a client
  • Removed filesystem checks (ownership/permissions) as we can now more safely rely on valid setup by the admin

Implemented enhancements:

  • Add multitenancy testing infrastructure 👩‍🔧 #245
  • Delete «Provider» suffix out of provider names #134
  • Improve error message on service startup #260 (ionut-arm)

Fixed bugs:

  • Limit key imports in TPM provider #255 (ionut-arm)

Closed issues:

  • Add authenticator configuration #270
  • Assemble a PR checklist for code reviewers #258
  • Adjust README disclaimer wording #231

Merged pull requests:

  • Add multitenancy tests #276 (hug-dev)
  • Put config tests in all_providers #275 (hug-dev)
  • Remove warnings about parsec and parsec-clients #274 (hug-dev)
  • Add authentication configuration #273 (hug-dev)
  • Refactored provider names #263 (samwell61)
  • Add list keys #261 (joechrisellis)

0.5.0

Changelog

0.5.0 (2020-10-02)

Full Changelog

Main features delivered

  • Moved the Parsec service assets to locations in the filesystem where they would match the FHS spec
  • Added memory cleanup for sensitive buffers — before the memory is released, the contents are scrubbed away

Implemented enhancements:

  • Creating a build-time configuration file #256
  • Merge integration tests in E2E test suite #228
  • Support dbus-parsec with NXP secureobj library #223
  • Verify which dependencies can/should be updated #158
  • Add more test cases #151
  • Test Parsec installation as a systemd daemon #49
  • Improve E2E testing #253 (ionut-arm)
  • Upgrade and clean dependencies #246 (hug-dev)
  • Import private key support for TPM provider #243 (joechrisellis)
  • Allow software operations in PKCS11 provider #241 (ionut-arm)
  • Improve key metadata handling #240 (ionut-arm)
  • Add support for psa_generate_random operation for MbedCrypto provider #208 (joechrisellis)

Fixed bugs:

  • Memory cleanup of sensitive data #122
  • Fix attribute conversion in PKCS11 provider #254 (ionut-arm)
  • Fix sign attribute in PKCS11 #252 (ionut-arm)
  • Add Uuid from the interface directly #242 (hug-dev)
  • Add buffer_size_limit config option for providers #233 (joechrisellis)

Security fixes:

  • Add memory zeroizing when needed #239 (hug-dev)

Closed issues:

  • Implement ListAuthenticators #216
  • Better error message when file not found #210
  • Implement an authenticator based on the domain socket peer credential #200

Merged pull requests:

  • Add Unix peer credentials authenticator #214 (joechrisellis)

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Follow the software instructions to :
  • Create your trusted organization in PARSEC
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  • Join a trusted organization in PARSEC
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  • Create your first workspace to store your data
  • Invite your colleagues to share your data and collaborate securely
  • Use PARSEC from another terminal by adding a second device

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PNSoft-32 — cтандартная версия программного обеспечения с возможностью поддержки 32-х точек прохода. Позволяет решать задачи управления доступом на любых типах объектов за счет гибкого изменения конфигурации системы благодаря наличию различных дополнительных программных модулей.

В качестве базы данных можно использовать как бесплатную версию, входящую в комплект поставки, так и корпоративную Enterprise версию MS SQL Server, если объёмы обрабатываемых данных превышают возможности бесплатной версии.

В данной версии поддерживается вся гамма оборудования, интеграционные сервисы, WEB-серверы, а также интегрированные в ParsecNET подсистемы сторонних производителей.

Для решения некоторых специфических задач имеется встроенная поддержка отправки уведомлений по электронной почте, а также через GSM-модем в виде SMS.

Имеющийся в составе версии программный контроллер позволяет обслуживать точки прохода или проезда в нестандартной конфигурации, а вместе с системой распознавания автомобильных номеров организовывать автомобильные проходные.

Требования к ПК

В качестве сервера и рабочих станций системы ParsecNET 3 могут использоваться практически все современные компьютеры, имеющие не менее 3 Гб оперативной памяти. Для сервера рекомендуется иметь не менее 4-х Гб оперативной памяти. Требуемый объем жесткого диска определяется размерами ваших баз данных и длительностью хранения транзакций системы.

Версии операционных систем

Система ParsecNET начиная с версии 3.2 работает на современных 32-х битных и 64-х битных версиях Windows, а именно:

  • Windows 7 (рекомендуется не ниже Professional, Service Pack 1);
  • Windows 8/8.1;
  • Windows 10;
  • Windows 11.

Кроме того, начиная с версии 3.7 поддерживаются только 64-х битные серверные платформы:

  • Windows 2008 Server, Windows 2008 Server R2;
  • Windows 2012 Server, Windows 2012 Server R2;
  • Windows 2016 Server;
  • Windows 2019 Server.

Для работы системы ParsecNET 3 необходимо наличие на компьютере установленного Microsoft .NET Framework 4.6. Данный пакет входит в состав дистрибутива ParsecNET 3.

Важно:
Не рекомендуется даже для рабочих станций (кроме WEB — рабочих станций) использовать «домашние» версии Windows (Home edition), поскольку они имеют ряд физических ограничений, и не обеспечивают гарантированного функционирования ParsecNET версии 3.

Аппаратные требования к минимальным конфигурациям ПК

Наименование компонентов ПК Сервер Дополнительная рабочая станция
Процессор Intel Core второго поколения (семейство Sandy Bridge, 2011), рабочая частота 2 ГГц или аналогичный процессор AMD семейства Zambezi (2011)
Оперативная память Объём 4 Гб Объём 3 Гб
Жёсткий диск Свободного места не менее 5 Гб Свободного места не менее 2 Гб
Цветной монитор Разрешение 1280х1024, 16 млн. цветов (True Color)
Клавиатура Стандартная
Манипулятор «мышь» Стандартная
USB-порт USB 2.0 (2 порта)

Требования к SQL Server

Поставляемая с системой бесплатная версия Microsoft SQL Server 2012 Express Edition имеет ограничение на размер одной базы данных в 10 Гб. Если вы не укладываетесь в указанный размер, то следует приобрести платную версию, не имеющую таких ограничений.

    Система поддерживает следующие SQL сервера:

  • MS SQL Server 2008;
  • MS SQL Server 2008 R2;
  • MS SQL Server 2012.
  • MS SQL Server 2014.
    Для оценки объема БД необходимо учитывать следующие факты:

  • Транзакции (сообщения о событиях) системы хранятся в отдельной базе данных (БД). В другой БД хранятся все остальные данные системы (конфигурация, пользователи, настройки, шаблоны и так далее). Поэтому расчеты следует вести отдельно для каждой из баз данных.
  • Одна транзакция занимает в БД примерно 0,5 килобайта, при ограничении в 10 Гбайт можно хранить до 20 миллионов событий.
  • Размер одной записи в БД персонала зависит от ее состава. При 5-10 дополнительных полях с фотографией одна запись занимает от 50 до 100 килобайт, что на бесплатной версии MS SQL позволяет иметь в БД от 100 до 200 тысяч человек. Если фотографии не используются, то это значение возрастает в десятки раз.

Замечание:

Рекомендуется создавать архивные копии БД раз в сутки. Не реже одного раза в 6 месяцев рекомендуется архивировать БД, установив флаг «Обрезать лог транзакций после создания резервной копии». Это позволит значительно уменьшить размер БД системы.

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