PFK Rewards
Round 7
@li.mishansu#8315
2000
2k KEEP
Round 6
@li.mishansu#8315
1000
1000 KEEP
Introduce yourself
Hello KEEP community.
The idea with tBTC is really cool, I was immediately interested in your project.
The idea with tBTC is really cool, I was immediately interested in your project.
Nodes
0x1Fe02C9Ab7A037d076841A8C568486bfF95dAd91
Contribution
31.12.2020
In the last PFK I publish my work..
My ECDSA and Beacon nodes.
I also added my coins to the liquidity pool in the keep/the pair - https://etherscan.io/tx/0x1e4a90767ec70a985e39582c2ead1631201ee148af14dfc26cf0de07ade9684b
Any released product before its release must pass a series of tests: load, acceptance, functional, system, modular, etc. Robot Framework (https://robotframework.org/) is a versatile open source system for acceptance testing and robotic work. Acceptance testing goals are to test the business logic of your product, or part of a product.
Advantages of using the Robot Framework:
• Keyword Driven Testing (KDT) approach: having keywords available, test development can be done by a QA specialist with no or minimal programming skills.
• Variety of internal libraries: for RF there are over 40 different libraries, if the functionality from the ready-made libraries is not enough, then you can use external library (https://robotframework.org/#libraries) or implement and connect your own library.
• Own development environment RIDE (GUi). Tests are plain-text format.
• Convenient and detailed logs with test results: from them you can get a lot of information in case of problems with tests. I wrote an instruction that describes how you can automate the product testing process using the Robot Framework: https://li-misha.medium.com/robot-framework-keep-autotesting-14663071f2c9 The autotest consists of two parts:
• testing the connection and the response received from the server
• testing some web forms on the site for the correctness of their work https://github.com/limishans/tbtcexplorer_autotesting https://goo.su/2UaH
30.10.2020
This month I want to take part in PFK.
My ECDSA and Beacon nodes.
Any released product before its release must pass a series of tests: load, acceptance, functional, system, modular, etc. Robot Framework (https://robotframework.org/) is a versatile open source system for acceptance testing and robotic work. Acceptance testing goals are to test the business logic of your product, or part of a product. Advantages of using the Robot Framework:
• Keyword Driven Testing (KDT) approach: having keywords available, test development can be done by a QA specialist with no or minimal programming skills.
• Variety of internal libraries: for RF there are over 40 different libraries, if the functionality from the ready-made libraries is not enough, then you can use external library (https://robotframework.org/#libraries) or implement and connect your own library.
• Own development environment RIDE (GUi). Tests are plain-text format.
• Convenient and detailed logs with test results: from them you can get a lot of information in case of problems with tests.
I wrote an instruction that describes how you can automate the product testing process using the Robot Framework: https://li-misha.medium.com/robot-framework-keep-autotesting-14663071f2c9
In order for the RF to be able to pull its requests in the desired sequence, some test data is needed. To do this, i developed a project consisting of several Robot Framework tests and connected different libraries to them.
The autotest consists of two parts:
• testing the connection and the response received from the server
• testing some web forms on the site for the correctness of their work https://github.com/limishansu/tbtcexplorer_autotesting https://clck.ru/RgBWT
19.07.2020
Yesterday after studying the documentation I started my beacon node.
In the last PFK I publish my work..
My ECDSA and Beacon nodes.
I also added my coins to the liquidity pool in the keep/the pair - https://etherscan.io/tx/0x1e4a90767ec70a985e39582c2ead1631201ee148af14dfc26cf0de07ade9684b
Any released product before its release must pass a series of tests: load, acceptance, functional, system, modular, etc. Robot Framework (https://robotframework.org/) is a versatile open source system for acceptance testing and robotic work. Acceptance testing goals are to test the business logic of your product, or part of a product.
Advantages of using the Robot Framework:
• Keyword Driven Testing (KDT) approach: having keywords available, test development can be done by a QA specialist with no or minimal programming skills.
• Variety of internal libraries: for RF there are over 40 different libraries, if the functionality from the ready-made libraries is not enough, then you can use external library (https://robotframework.org/#libraries) or implement and connect your own library.
• Own development environment RIDE (GUi). Tests are plain-text format.
• Convenient and detailed logs with test results: from them you can get a lot of information in case of problems with tests. I wrote an instruction that describes how you can automate the product testing process using the Robot Framework: https://li-misha.medium.com/robot-framework-keep-autotesting-14663071f2c9 The autotest consists of two parts:
• testing the connection and the response received from the server
• testing some web forms on the site for the correctness of their work https://github.com/limishans/tbtcexplorer_autotesting https://goo.su/2UaH
30.10.2020
This month I want to take part in PFK.
My ECDSA and Beacon nodes.
Any released product before its release must pass a series of tests: load, acceptance, functional, system, modular, etc. Robot Framework (https://robotframework.org/) is a versatile open source system for acceptance testing and robotic work. Acceptance testing goals are to test the business logic of your product, or part of a product. Advantages of using the Robot Framework:
• Keyword Driven Testing (KDT) approach: having keywords available, test development can be done by a QA specialist with no or minimal programming skills.
• Variety of internal libraries: for RF there are over 40 different libraries, if the functionality from the ready-made libraries is not enough, then you can use external library (https://robotframework.org/#libraries) or implement and connect your own library.
• Own development environment RIDE (GUi). Tests are plain-text format.
• Convenient and detailed logs with test results: from them you can get a lot of information in case of problems with tests.
I wrote an instruction that describes how you can automate the product testing process using the Robot Framework: https://li-misha.medium.com/robot-framework-keep-autotesting-14663071f2c9
In order for the RF to be able to pull its requests in the desired sequence, some test data is needed. To do this, i developed a project consisting of several Robot Framework tests and connected different libraries to them.
The autotest consists of two parts:
• testing the connection and the response received from the server
• testing some web forms on the site for the correctness of their work https://github.com/limishansu/tbtcexplorer_autotesting https://clck.ru/RgBWT
19.07.2020
Yesterday after studying the documentation I started my beacon node.