際際滷shows by User: NETFest / http://www.slideshare.net/images/logo.gif 際際滷shows by User: NETFest / Wed, 06 Nov 2019 13:03:03 GMT 際際滷Share feed for 際際滷shows by User: NETFest .NET Fest 2019. 亳从仂仍舒亶 舒仍舒从亳仆. 亳从仂仂仗亳仄亳亰舒亳亳 于 仄亳亠 .NET /NETFest/net-fest-2019-net-191027019 micro-optimizationsin-191106130303
丼仂 亟亠仍舒, 亠仍亳 于亠, 仂 仄仂亢仆仂 亢亠 亰舒从亳仂于舒仆仂, 舒 从仂亟 于 亠 仂仄仂亰亳? 仂仄 亟仂从仍舒亟亠 仄 仂弍亟亳仄, 从舒从 舒弍仂舒ﾑ 仆亠从仂仂亠 仆亳亰从仂仂于仆亠于亠 仄亠舒仆亳亰仄 .NET 亳 从舒从 仄 亳 仗仂仄仂 仄仂亢亠仄 于亳亞舒 亟舒亞仂亠仆仆亠 亠从仆亟, 从仂亞亟舒 亠 亳亟亠 仆舒 仂亟亠仍仆亠 舒从 仗仂亠仂舒.]]>
丼仂 亟亠仍舒, 亠仍亳 于亠, 仂 仄仂亢仆仂 亢亠 亰舒从亳仂于舒仆仂, 舒 从仂亟 于 亠 仂仄仂亰亳? 仂仄 亟仂从仍舒亟亠 仄 仂弍亟亳仄, 从舒从 舒弍仂舒ﾑ 仆亠从仂仂亠 仆亳亰从仂仂于仆亠于亠 仄亠舒仆亳亰仄 .NET 亳 从舒从 仄 亳 仗仂仄仂 仄仂亢亠仄 于亳亞舒 亟舒亞仂亠仆仆亠 亠从仆亟, 从仂亞亟舒 亠 亳亟亠 仆舒 仂亟亠仍仆亠 舒从 仗仂亠仂舒.]]> Wed, 06 Nov 2019 13:03:03 GMT /NETFest/net-fest-2019-net-191027019 NETFest@slideshare.net(NETFest) .NET Fest 2019. 亳从仂仍舒亶 舒仍舒从亳仆. 亳从仂仂仗亳仄亳亰舒亳亳 于 仄亳亠 .NET NETFest 丼仂 亟亠仍舒, 亠仍亳 于亠, 仂 仄仂亢仆仂 亢亠 亰舒从亳仂于舒仆仂, 舒 从仂亟 于 亠 仂仄仂亰亳? 仂仄 亟仂从仍舒亟亠 仄 仂弍亟亳仄, 从舒从 舒弍仂舒ﾑ 仆亠从仂仂亠 仆亳亰从仂仂于仆亠于亠 仄亠舒仆亳亰仄 .NET 亳 从舒从 仄 亳 仗仂仄仂 仄仂亢亠仄 于亳亞舒 亟舒亞仂亠仆仆亠 亠从仆亟, 从仂亞亟舒 亠 亳亟亠 仆舒 仂亟亠仍仆亠 舒从 仗仂亠仂舒. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/micro-optimizationsin-191106130303-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 丼仂 亟亠仍舒, 亠仍亳 于亠, 仂 仄仂亢仆仂 亢亠 亰舒从亳仂于舒仆仂, 舒 从仂亟 于 亠 仂仄仂亰亳? 仂仄 亟仂从仍舒亟亠 仄 仂弍亟亳仄, 从舒从 舒弍仂舒ﾑ 仆亠从仂仂亠 仆亳亰从仂仂于仆亠于亠 仄亠舒仆亳亰仄 .NET 亳 从舒从 仄 亳 仗仂仄仂 仄仂亢亠仄 于亳亞舒 亟舒亞仂亠仆仆亠 亠从仆亟, 从仂亞亟舒 亠 亳亟亠 仆舒 仂亟亠仍仆亠 舒从 仗仂亠仂舒.
.NET Fest 2019. 亳从仂仍舒亶 舒仍舒从亳仆. 亳从仂仂仗亳仄亳亰舒亳亳 于 仄亳亠 .NET from NETFest
]]> 705 0 https://cdn.slidesharecdn.com/ss_thumbnails/micro-optimizationsin-191106130303-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. 弌亠亞亠亶 舒仍亳仆亠. Efficient Microservice Communication with .NET Core /slideshow/net-fest-2019-efficient-microservice-communication-with-net-core/188933097 effectivemicroservicecommunicationwith-191031140433
The move to microservice infrastructure exposes new challenges, that are not typical for classic monolithic applications. Deployment, security, monitoring -- this list is far from complete. In this talk Serhiy will speak about how to establish a fast and reliable communication channels between microservices. What patterns, protocols and data formats are available. How to enforce a backwards compatibility and strict contract between services and their clients. When we should use sync or async communication style, and so on. Come to this session and hopefully you will come out with new ideas of how to build your stuff even better.]]>
The move to microservice infrastructure exposes new challenges, that are not typical for classic monolithic applications. Deployment, security, monitoring -- this list is far from complete. In this talk Serhiy will speak about how to establish a fast and reliable communication channels between microservices. What patterns, protocols and data formats are available. How to enforce a backwards compatibility and strict contract between services and their clients. When we should use sync or async communication style, and so on. Come to this session and hopefully you will come out with new ideas of how to build your stuff even better.]]> Thu, 31 Oct 2019 14:04:33 GMT /slideshow/net-fest-2019-efficient-microservice-communication-with-net-core/188933097 NETFest@slideshare.net(NETFest) .NET Fest 2019. 弌亠亞亠亶 舒仍亳仆亠. Efficient Microservice Communication with .NET Core NETFest The move to microservice infrastructure exposes new challenges, that are not typical for classic monolithic applications. Deployment, security, monitoring -- this list is far from complete. In this talk Serhiy will speak about how to establish a fast and reliable communication channels between microservices. What patterns, protocols and data formats are available. How to enforce a backwards compatibility and strict contract between services and their clients. When we should use sync or async communication style, and so on. Come to this session and hopefully you will come out with new ideas of how to build your stuff even better. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/effectivemicroservicecommunicationwith-191031140433-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> The move to microservice infrastructure exposes new challenges, that are not typical for classic monolithic applications. Deployment, security, monitoring -- this list is far from complete. In this talk Serhiy will speak about how to establish a fast and reliable communication channels between microservices. What patterns, protocols and data formats are available. How to enforce a backwards compatibility and strict contract between services and their clients. When we should use sync or async communication style, and so on. Come to this session and hopefully you will come out with new ideas of how to build your stuff even better.
.NET Fest 2019. 弌亠亞亠亶 舒仍亳仆亠. Efficient Microservice Communication with .NET Core from NETFest
]]> 347 0 https://cdn.slidesharecdn.com/ss_thumbnails/effectivemicroservicecommunicationwith-191031140433-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. 仍 舒于亳. .NET Core 3.0 亳 弍亟亠亠 .NET /NETFest/net-fest-2019-net-core-30-net netcore3-191031135904
亠仆磡亠 2019 亞仂亟舒 于仂亟亳 仆仂于舒 于亠亳 .NET Core 3. 亊 舒从舒亢 仂 仗亠亳仄亠于舒 .NET Core 仗亠亠亟 .NET Framework, 仂 仂仄, 仂 仆仂于仂亞仂 舒仆仂于亳 亟仂仗仆仄 于 仗仂仍亠亟仆亠亶 于亠亳亳 .NET Core 亳 仂 仗仍舒仆舒 舒亶从仂仂 仗仂 仗仂于仂亟 弍亟亠亞仂 于亠 .NET 亠亶仄于仂从仂于.]]>
亠仆磡亠 2019 亞仂亟舒 于仂亟亳 仆仂于舒 于亠亳 .NET Core 3. 亊 舒从舒亢 仂 仗亠亳仄亠于舒 .NET Core 仗亠亠亟 .NET Framework, 仂 仂仄, 仂 仆仂于仂亞仂 舒仆仂于亳 亟仂仗仆仄 于 仗仂仍亠亟仆亠亶 于亠亳亳 .NET Core 亳 仂 仗仍舒仆舒 舒亶从仂仂 仗仂 仗仂于仂亟 弍亟亠亞仂 于亠 .NET 亠亶仄于仂从仂于.]]> Thu, 31 Oct 2019 13:59:04 GMT /NETFest/net-fest-2019-net-core-30-net NETFest@slideshare.net(NETFest) .NET Fest 2019. 仍 舒于亳. .NET Core 3.0 亳 弍亟亠亠 .NET NETFest 亠仆磡亠 2019 亞仂亟舒 于仂亟亳 仆仂于舒 于亠亳 .NET Core 3. 亊 舒从舒亢 仂 仗亠亳仄亠于舒 .NET Core 仗亠亠亟 .NET Framework, 仂 仂仄, 仂 仆仂于仂亞仂 舒仆仂于亳 亟仂仗仆仄 于 仗仂仍亠亟仆亠亶 于亠亳亳 .NET Core 亳 仂 仗仍舒仆舒 舒亶从仂仂 仗仂 仗仂于仂亟 弍亟亠亞仂 于亠 .NET 亠亶仄于仂从仂于. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/netcore3-191031135904-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 亠仆磡亠 2019 亞仂亟舒 于仂亟亳 仆仂于舒 于亠亳 .NET Core 3. 亊 舒从舒亢 仂 仗亠亳仄亠于舒 .NET Core 仗亠亠亟 .NET Framework, 仂 仂仄, 仂 仆仂于仂亞仂 舒仆仂于亳 亟仂仗仆仄 于 仗仂仍亠亟仆亠亶 于亠亳亳 .NET Core 亳 仂 仗仍舒仆舒 舒亶从仂仂 仗仂 仗仂于仂亟 弍亟亠亞仂 于亠 .NET 亠亶仄于仂从仂于.
.NET Fest 2019. 仍 舒于亳. .NET Core 3.0 亳 弍亟亠亠 .NET from NETFest
]]> 620 1 https://cdn.slidesharecdn.com/ss_thumbnails/netcore3-191031135904-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. 仍 舒于亳. 舒亳仆仆仂亠 仂弍亠仆亳亠 亟仍 .NET 仗仂亞舒仄仄亳仂于 /slideshow/net-fest-2019-net-188931196/188931196 machinelearningfor-191031135542
亰仆舒仍亳, 仂 仗舒从亳亠从亳 亟仍 从舒亢亟仂亞仂 仗仂亠从舒 仄仂亢仆仂 仗亳仄亠仆亳 仄舒亳仆仆仂亠 仂弍亠仆亳亠? 亠仗亠 亟仍 仂亞仂 仆亠 仆亢仆仂 亳亰舒 仆仂于亶 磶从 仗仂亞舒仄仄亳仂于舒仆亳 (从舒从 Python 亳仍亳 R) 亳 仂于舒亳于舒 亳仍亠仆仆亠 仄亠仂亟. 仂仄 亟仂从仍舒亟亠 舒从舒亢 仂弍 仂仆仂于舒 仄舒亳仆仆仂亞仂 仂弍亠仆亳 亳 仂 仂仄, 从舒从 仍亠亞从仂 仆舒舒 亳仗仂仍亰仂于舒 亠亞仂 于 于仂亳 .NET 仗仂亠从舒 仗仂仄仂 ML.NET 亳 亟亞亳 亠亠仆亳亶 仂 Microsoft.]]>
亰仆舒仍亳, 仂 仗舒从亳亠从亳 亟仍 从舒亢亟仂亞仂 仗仂亠从舒 仄仂亢仆仂 仗亳仄亠仆亳 仄舒亳仆仆仂亠 仂弍亠仆亳亠? 亠仗亠 亟仍 仂亞仂 仆亠 仆亢仆仂 亳亰舒 仆仂于亶 磶从 仗仂亞舒仄仄亳仂于舒仆亳 (从舒从 Python 亳仍亳 R) 亳 仂于舒亳于舒 亳仍亠仆仆亠 仄亠仂亟. 仂仄 亟仂从仍舒亟亠 舒从舒亢 仂弍 仂仆仂于舒 仄舒亳仆仆仂亞仂 仂弍亠仆亳 亳 仂 仂仄, 从舒从 仍亠亞从仂 仆舒舒 亳仗仂仍亰仂于舒 亠亞仂 于 于仂亳 .NET 仗仂亠从舒 仗仂仄仂 ML.NET 亳 亟亞亳 亠亠仆亳亶 仂 Microsoft.]]> Thu, 31 Oct 2019 13:55:42 GMT /slideshow/net-fest-2019-net-188931196/188931196 NETFest@slideshare.net(NETFest) .NET Fest 2019. 仍 舒于亳. 舒亳仆仆仂亠 仂弍亠仆亳亠 亟仍 .NET 仗仂亞舒仄仄亳仂于 NETFest 亰仆舒仍亳, 仂 仗舒从亳亠从亳 亟仍 从舒亢亟仂亞仂 仗仂亠从舒 仄仂亢仆仂 仗亳仄亠仆亳 仄舒亳仆仆仂亠 仂弍亠仆亳亠? 亠仗亠 亟仍 仂亞仂 仆亠 仆亢仆仂 亳亰舒 仆仂于亶 磶从 仗仂亞舒仄仄亳仂于舒仆亳 (从舒从 Python 亳仍亳 R) 亳 仂于舒亳于舒 亳仍亠仆仆亠 仄亠仂亟. 仂仄 亟仂从仍舒亟亠 舒从舒亢 仂弍 仂仆仂于舒 仄舒亳仆仆仂亞仂 仂弍亠仆亳 亳 仂 仂仄, 从舒从 仍亠亞从仂 仆舒舒 亳仗仂仍亰仂于舒 亠亞仂 于 于仂亳 .NET 仗仂亠从舒 仗仂仄仂 ML.NET 亳 亟亞亳 亠亠仆亳亶 仂 Microsoft. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/machinelearningfor-191031135542-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 亰仆舒仍亳, 仂 仗舒从亳亠从亳 亟仍 从舒亢亟仂亞仂 仗仂亠从舒 仄仂亢仆仂 仗亳仄亠仆亳 仄舒亳仆仆仂亠 仂弍亠仆亳亠? 亠仗亠 亟仍 仂亞仂 仆亠 仆亢仆仂 亳亰舒 仆仂于亶 磶从 仗仂亞舒仄仄亳仂于舒仆亳 (从舒从 Python 亳仍亳 R) 亳 仂于舒亳于舒 亳仍亠仆仆亠 仄亠仂亟. 仂仄 亟仂从仍舒亟亠 舒从舒亢 仂弍 仂仆仂于舒 仄舒亳仆仆仂亞仂 仂弍亠仆亳 亳 仂 仂仄, 从舒从 仍亠亞从仂 仆舒舒 亳仗仂仍亰仂于舒 亠亞仂 于 于仂亳 .NET 仗仂亠从舒 仗仂仄仂 ML.NET 亳 亟亞亳 亠亠仆亳亶 仂 Microsoft.
.NET Fest 2019. 仍 舒于亳. 舒亳仆仆仂亠 仂弍亠仆亳亠 亟仍 .NET 仗仂亞舒仄仄亳仂于 from NETFest
]]> 524 0 https://cdn.slidesharecdn.com/ss_thumbnails/machinelearningfor-191031135542-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. Roberto Freato. Provisioning Azure PaaS fluently with Management Libraries and C# /slideshow/net-fest-2019-roberto-freato-provisioning-azure-paas-fluently-with-management-libraries-and-c/188119540 robertofreato-provisioningazurepaasfluentlywithmanagementlibrariesandc-191029085230
In these days, automation is the key to reduce the effort in governing complex system. Also, it reduces mistakes of manual, repetetive, operations. Despite the standardization of common approaches using text-based Infrastructure-as-code definitions, as YAML or JSON, I will suggest to write your provisioning templates using C# and .NET, against Microsoft Azure. In this demo-only session, we'll see the Azure Fluent Management Libraries in action to create a multi-tenant environment with strong-typed objects and compile-type-safe provisioning code.]]>
In these days, automation is the key to reduce the effort in governing complex system. Also, it reduces mistakes of manual, repetetive, operations. Despite the standardization of common approaches using text-based Infrastructure-as-code definitions, as YAML or JSON, I will suggest to write your provisioning templates using C# and .NET, against Microsoft Azure. In this demo-only session, we'll see the Azure Fluent Management Libraries in action to create a multi-tenant environment with strong-typed objects and compile-type-safe provisioning code.]]> Tue, 29 Oct 2019 08:52:30 GMT /slideshow/net-fest-2019-roberto-freato-provisioning-azure-paas-fluently-with-management-libraries-and-c/188119540 NETFest@slideshare.net(NETFest) .NET Fest 2019. Roberto Freato. Provisioning Azure PaaS fluently with Management Libraries and C# NETFest In these days, automation is the key to reduce the effort in governing complex system. Also, it reduces mistakes of manual, repetetive, operations. Despite the standardization of common approaches using text-based Infrastructure-as-code definitions, as YAML or JSON, I will suggest to write your provisioning templates using C# and .NET, against Microsoft Azure. In this demo-only session, we'll see the Azure Fluent Management Libraries in action to create a multi-tenant environment with strong-typed objects and compile-type-safe provisioning code. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/robertofreato-provisioningazurepaasfluentlywithmanagementlibrariesandc-191029085230-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> In these days, automation is the key to reduce the effort in governing complex system. Also, it reduces mistakes of manual, repetetive, operations. Despite the standardization of common approaches using text-based Infrastructure-as-code definitions, as YAML or JSON, I will suggest to write your provisioning templates using C# and .NET, against Microsoft Azure. In this demo-only session, we&#39;ll see the Azure Fluent Management Libraries in action to create a multi-tenant environment with strong-typed objects and compile-type-safe provisioning code.
.NET Fest 2019. Roberto Freato. Provisioning Azure PaaS fluently with Management Libraries and C# from NETFest
]]> 258 0 https://cdn.slidesharecdn.com/ss_thumbnails/robertofreato-provisioningazurepaasfluentlywithmanagementlibrariesandc-191029085230-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. Halil Ibrahim Kalkan. Implementing Domain Driven Design /slideshow/net-fest-2019-halil-ibrahim-kalkan-implementing-domain-driven-design/188118312 2-191029084856
Domain Driven Design is an approach to software development for complex needs by connecting the implementation to an evolving model. While there are many resources on the web about the DDD, they are generally theoretical rather than useful practical guides. One reason is that a DDD implementation quite varies depending on your domain and culture. However, it is still possible to provide some explicit rules those can help you while designing your code base. This talk starts by introducing the DDD and providing a layering model based on the DDD and the Clean Architecture. It then introduces the core building of an application built on the DDD principles. In the second part of the talk, it shows some strict coding rules for the core building blocks with real code examples and suggestions. These rules are essential to build a large scale application implements DDD patterns & practices. While the solution structure and code samples are based on .NET and C#, the talk is useful for developers and architects working with any server side technology.]]>
Domain Driven Design is an approach to software development for complex needs by connecting the implementation to an evolving model. While there are many resources on the web about the DDD, they are generally theoretical rather than useful practical guides. One reason is that a DDD implementation quite varies depending on your domain and culture. However, it is still possible to provide some explicit rules those can help you while designing your code base. This talk starts by introducing the DDD and providing a layering model based on the DDD and the Clean Architecture. It then introduces the core building of an application built on the DDD principles. In the second part of the talk, it shows some strict coding rules for the core building blocks with real code examples and suggestions. These rules are essential to build a large scale application implements DDD patterns & practices. While the solution structure and code samples are based on .NET and C#, the talk is useful for developers and architects working with any server side technology.]]> Tue, 29 Oct 2019 08:48:56 GMT /slideshow/net-fest-2019-halil-ibrahim-kalkan-implementing-domain-driven-design/188118312 NETFest@slideshare.net(NETFest) .NET Fest 2019. Halil Ibrahim Kalkan. Implementing Domain Driven Design NETFest Domain Driven Design is an approach to software development for complex needs by connecting the implementation to an evolving model. While there are many resources on the web about the DDD, they are generally theoretical rather than useful practical guides. One reason is that a DDD implementation quite varies depending on your domain and culture. However, it is still possible to provide some explicit rules those can help you while designing your code base. This talk starts by introducing the DDD and providing a layering model based on the DDD and the Clean Architecture. It then introduces the core building of an application built on the DDD principles. In the second part of the talk, it shows some strict coding rules for the core building blocks with real code examples and suggestions. These rules are essential to build a large scale application implements DDD patterns & practices. While the solution structure and code samples are based on .NET and C#, the talk is useful for developers and architects working with any server side technology. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/2-191029084856-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Domain Driven Design is an approach to software development for complex needs by connecting the implementation to an evolving model. While there are many resources on the web about the DDD, they are generally theoretical rather than useful practical guides. One reason is that a DDD implementation quite varies depending on your domain and culture. However, it is still possible to provide some explicit rules those can help you while designing your code base. This talk starts by introducing the DDD and providing a layering model based on the DDD and the Clean Architecture. It then introduces the core building of an application built on the DDD principles. In the second part of the talk, it shows some strict coding rules for the core building blocks with real code examples and suggestions. These rules are essential to build a large scale application implements DDD patterns &amp; practices. While the solution structure and code samples are based on .NET and C#, the talk is useful for developers and architects working with any server side technology.
.NET Fest 2019. Halil Ibrahim Kalkan. Implementing Domain Driven Design from NETFest
]]> 1531 0 https://cdn.slidesharecdn.com/ss_thumbnails/2-191029084856-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. 弌亠亞亶 舒. Feature Toggles: Dynamic Configuration at Wirex /slideshow/net-fest-2019-feature-toggles-dynamic-configuration-at-wirex/188117541 1-191029084632
亊 仂亰仗仂于仄 仗仂 亠于仂仍ﾑ 舒 仂亞仍于 从仂仄仗舒仆 舒 仆舒 亟仂于亟 于亳从仂亳舒仆仆. 仂亶亟亠仄仂 仗仂从仂从仂于仂 于 仂亰于亳从: 亟 舒亶仍 从仂仆亞舒 亰 亰于亳舒亶仆亳仄 kill-switch 亟仍 于于仄从仆亠仆仆 仄亠仆亠仆舒仆, 磻亳亶 于仄亳从舒于/于亳仄亳从舒于 亟仂仗 亟仂 亠于于 仂亟舒亰 于仄 从仂亳于舒舒仄. 仂 亞仆从仂 亳亠仄亳 亰 仆舒弍仂 仗舒于亳仍 亰 仗仂亳亠舒仄亳 亰 亞舒仆仍仆 于亟 从舒仆亳, 舒 亟仂 仂从亠仄仂亞仂 从仂亳于舒舒. 亟 亠亟舒亞于舒仆仆 亠亠亰 弍舒亰 亟舒仆亳 亟仂 仗舒仆亠仍 舒亟仄仆舒仂舒 舒 舒于仂仄舒亳亰仂于舒仆亳 亰仄仆 亰舒仍亠亢仆仂 于亟 仗仂亟亶 于 亳亠仄. 舒从仂亢 仂亰仗仂于仄 仗仂 actions - 从仂仄弍仆舒 舒 仂亞仍于 舒 仗舒于亳仍 弍亰仆亠-仍仂亞从亳 亟仍 亟亳仆舒仄仆仂亞仂 仆亠亠亶 从仍仆于 仆舒 仂仆仂于 亟仂仗仆亳 亟亶 从仂亳于舒.]]>
亊 仂亰仗仂于仄 仗仂 亠于仂仍ﾑ 舒 仂亞仍于 从仂仄仗舒仆 舒 仆舒 亟仂于亟 于亳从仂亳舒仆仆. 仂亶亟亠仄仂 仗仂从仂从仂于仂 于 仂亰于亳从: 亟 舒亶仍 从仂仆亞舒 亰 亰于亳舒亶仆亳仄 kill-switch 亟仍 于于仄从仆亠仆仆 仄亠仆亠仆舒仆, 磻亳亶 于仄亳从舒于/于亳仄亳从舒于 亟仂仗 亟仂 亠于于 仂亟舒亰 于仄 从仂亳于舒舒仄. 仂 亞仆从仂 亳亠仄亳 亰 仆舒弍仂 仗舒于亳仍 亰 仗仂亳亠舒仄亳 亰 亞舒仆仍仆 于亟 从舒仆亳, 舒 亟仂 仂从亠仄仂亞仂 从仂亳于舒舒. 亟 亠亟舒亞于舒仆仆 亠亠亰 弍舒亰 亟舒仆亳 亟仂 仗舒仆亠仍 舒亟仄仆舒仂舒 舒 舒于仂仄舒亳亰仂于舒仆亳 亰仄仆 亰舒仍亠亢仆仂 于亟 仗仂亟亶 于 亳亠仄. 舒从仂亢 仂亰仗仂于仄 仗仂 actions - 从仂仄弍仆舒 舒 仂亞仍于 舒 仗舒于亳仍 弍亰仆亠-仍仂亞从亳 亟仍 亟亳仆舒仄仆仂亞仂 仆亠亠亶 从仍仆于 仆舒 仂仆仂于 亟仂仗仆亳 亟亶 从仂亳于舒.]]> Tue, 29 Oct 2019 08:46:32 GMT /slideshow/net-fest-2019-feature-toggles-dynamic-configuration-at-wirex/188117541 NETFest@slideshare.net(NETFest) .NET Fest 2019. 弌亠亞亶 舒. Feature Toggles: Dynamic Configuration at Wirex NETFest 亊 仂亰仗仂于仄 仗仂 亠于仂仍ﾑ 舒 仂亞仍于 从仂仄仗舒仆 舒 仆舒 亟仂于亟 于亳从仂亳舒仆仆. 仂亶亟亠仄仂 仗仂从仂从仂于仂 于 仂亰于亳从: 亟 舒亶仍 从仂仆亞舒 亰 亰于亳舒亶仆亳仄 kill-switch 亟仍 于于仄从仆亠仆仆 仄亠仆亠仆舒仆, 磻亳亶 于仄亳从舒于/于亳仄亳从舒于 亟仂仗 亟仂 亠于于 仂亟舒亰 于仄 从仂亳于舒舒仄. 仂 亞仆从仂 亳亠仄亳 亰 仆舒弍仂 仗舒于亳仍 亰 仗仂亳亠舒仄亳 亰 亞舒仆仍仆 于亟 从舒仆亳, 舒 亟仂 仂从亠仄仂亞仂 从仂亳于舒舒. 亟 亠亟舒亞于舒仆仆 亠亠亰 弍舒亰 亟舒仆亳 亟仂 仗舒仆亠仍 舒亟仄仆舒仂舒 舒 舒于仂仄舒亳亰仂于舒仆亳 亰仄仆 亰舒仍亠亢仆仂 于亟 仗仂亟亶 于 亳亠仄. 舒从仂亢 仂亰仗仂于仄 仗仂 actions - 从仂仄弍仆舒 舒 仂亞仍于 舒 仗舒于亳仍 弍亰仆亠-仍仂亞从亳 亟仍 亟亳仆舒仄仆仂亞仂 仆亠亠亶 从仍仆于 仆舒 仂仆仂于 亟仂仗仆亳 亟亶 从仂亳于舒. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1-191029084632-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 亊 仂亰仗仂于仄 仗仂 亠于仂仍ﾑ 舒 仂亞仍于 从仂仄仗舒仆 舒 仆舒 亟仂于亟 于亳从仂亳舒仆仆. 仂亶亟亠仄仂 仗仂从仂从仂于仂 于 仂亰于亳从: 亟 舒亶仍 从仂仆亞舒 亰 亰于亳舒亶仆亳仄 kill-switch 亟仍 于于仄从仆亠仆仆 仄亠仆亠仆舒仆, 磻亳亶 于仄亳从舒于/于亳仄亳从舒于 亟仂仗 亟仂 亠于于 仂亟舒亰 于仄 从仂亳于舒舒仄. 仂 亞仆从仂 亳亠仄亳 亰 仆舒弍仂 仗舒于亳仍 亰 仗仂亳亠舒仄亳 亰 亞舒仆仍仆 于亟 从舒仆亳, 舒 亟仂 仂从亠仄仂亞仂 从仂亳于舒舒. 亟 亠亟舒亞于舒仆仆 亠亠亰 弍舒亰 亟舒仆亳 亟仂 仗舒仆亠仍 舒亟仄仆舒仂舒 舒 舒于仂仄舒亳亰仂于舒仆亳 亰仄仆 亰舒仍亠亢仆仂 于亟 仗仂亟亶 于 亳亠仄. 舒从仂亢 仂亰仗仂于仄 仗仂 actions - 从仂仄弍仆舒 舒 仂亞仍于 舒 仗舒于亳仍 弍亰仆亠-仍仂亞从亳 亟仍 亟亳仆舒仄仆仂亞仂 仆亠亠亶 从仍仆于 仆舒 仂仆仂于 亟仂仗仆亳 亟亶 从仂亳于舒.
.NET Fest 2019. 弌亠亞亶 舒. Feature Toggles: Dynamic Configuration at Wirex from NETFest
]]> 364 0 https://cdn.slidesharecdn.com/ss_thumbnails/1-191029084632-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. Michael Staib. Hot Chocolate: GraphQL Schema Stitching with ASP.Net Core /slideshow/net-fest-2019-michael-staib-hot-chocolate-graphql-schema-stitching-with-aspnet-core/188116954 michaelstaib-graphqlintro-191029084446
GraphQL is a great way to expose your APIs and it has changed the way we think about consuming data over HTTP. With GraphQL we want to have one schema that provides all the data to us in a consistent way, enabling us to drill into the graph and fetch with one request what we actually want instead of having to issue multiple requests. In the real world, however, we more often build small services that serve certain use cases. Simpler services are easier to maintain and can be deployed more rapidly. Moreover, we often also want to use external services that are not built by us. Ultimately, we will end up with multiple APIs again. The solution for this dilemma is schema stitching. This talk will explore the schema stitching capabilities on ASP.Net Core with Hot Chocolate. We will show how you can set up a Hot Chocolate GraphQL gateway in under 5 minutes and move on to the various stitching scenarios. This talk introduces simple auto-stitching scenarios and goes on to demonstrate how you can rewrite your GraphQL APIs into something truly new.]]>
GraphQL is a great way to expose your APIs and it has changed the way we think about consuming data over HTTP. With GraphQL we want to have one schema that provides all the data to us in a consistent way, enabling us to drill into the graph and fetch with one request what we actually want instead of having to issue multiple requests. In the real world, however, we more often build small services that serve certain use cases. Simpler services are easier to maintain and can be deployed more rapidly. Moreover, we often also want to use external services that are not built by us. Ultimately, we will end up with multiple APIs again. The solution for this dilemma is schema stitching. This talk will explore the schema stitching capabilities on ASP.Net Core with Hot Chocolate. We will show how you can set up a Hot Chocolate GraphQL gateway in under 5 minutes and move on to the various stitching scenarios. This talk introduces simple auto-stitching scenarios and goes on to demonstrate how you can rewrite your GraphQL APIs into something truly new.]]> Tue, 29 Oct 2019 08:44:46 GMT /slideshow/net-fest-2019-michael-staib-hot-chocolate-graphql-schema-stitching-with-aspnet-core/188116954 NETFest@slideshare.net(NETFest) .NET Fest 2019. Michael Staib. Hot Chocolate: GraphQL Schema Stitching with ASP.Net Core NETFest GraphQL is a great way to expose your APIs and it has changed the way we think about consuming data over HTTP. With GraphQL we want to have one schema that provides all the data to us in a consistent way, enabling us to drill into the graph and fetch with one request what we actually want instead of having to issue multiple requests. In the real world, however, we more often build small services that serve certain use cases. Simpler services are easier to maintain and can be deployed more rapidly. Moreover, we often also want to use external services that are not built by us. Ultimately, we will end up with multiple APIs again. The solution for this dilemma is schema stitching. This talk will explore the schema stitching capabilities on ASP.Net Core with Hot Chocolate. We will show how you can set up a Hot Chocolate GraphQL gateway in under 5 minutes and move on to the various stitching scenarios. This talk introduces simple auto-stitching scenarios and goes on to demonstrate how you can rewrite your GraphQL APIs into something truly new. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/michaelstaib-graphqlintro-191029084446-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> GraphQL is a great way to expose your APIs and it has changed the way we think about consuming data over HTTP. With GraphQL we want to have one schema that provides all the data to us in a consistent way, enabling us to drill into the graph and fetch with one request what we actually want instead of having to issue multiple requests. In the real world, however, we more often build small services that serve certain use cases. Simpler services are easier to maintain and can be deployed more rapidly. Moreover, we often also want to use external services that are not built by us. Ultimately, we will end up with multiple APIs again. The solution for this dilemma is schema stitching. This talk will explore the schema stitching capabilities on ASP.Net Core with Hot Chocolate. We will show how you can set up a Hot Chocolate GraphQL gateway in under 5 minutes and move on to the various stitching scenarios. This talk introduces simple auto-stitching scenarios and goes on to demonstrate how you can rewrite your GraphQL APIs into something truly new.
.NET Fest 2019. Michael Staib. Hot Chocolate: GraphQL Schema Stitching with ASP.Net Core from NETFest
]]> 1650 2 https://cdn.slidesharecdn.com/ss_thumbnails/michaelstaib-graphqlintro-191029084446-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. 仆亟亠亶 亳于亳仆仂于. Async lifetime tests with xUnit and AutoFixture /slideshow/net-fest-2019-async-lifetime-tests-with-xunit-and-autofixture/188114533 2222222-191029083813
仂仄 于仗仍亠仆亳亳 仆亟亠亶 舒从舒亢亠 仂 于仆亠仆仆仂 弍舒亰仂于仂亞仂 亠于亳舒, 仆舒仗亳舒仆仆仂亞仂 亳仗仂仍亰仂于舒仆亳亠仄 仗舒亠仆舒 CQS, 从仂仂亶 仂弍舒弍舒于舒亠 于仂亟亳亠 亰舒仗仂 从仂仄舒仆亟 亳 仗弍仍亳从亠 仂弍亳, 仂仗亳于舒ﾑ亳亠 仗亠亠仂亟 仂仂礌亳 亳亠仄. 仂仍亠 仂亞仂 仂仆 仂仗亳亠 仂弍亳亠 仗仂仂弍 亠亳仂于舒仆亳 舒从仂亞仂 亠于亳舒 亳 仂弍仆亳 仗仍ﾑ 亳 仄亳仆 亠于ﾑ亳 仗仂亟仂亟仂于. 舒亠仄 仂仆 舒从舒亢亠 仗仂 AutoFixture 亳 仗仂从舒亢亠, 从舒从 仂仆舒 仄仂亢亠 亟亠仍舒 亠 仆舒仄仆仂亞仂 亳亠, 舒 从仂仆亳亞舒亳 - 弍仂仍亠亠 亟仂弍仆仂亶, 仗亠仄 亳仆亠从亳亳 仗舒舒仄亠仂于 于 仄亠仂亟 亠舒, 仂弍仆亳 亠于ﾑ亳亠 仗仂弍仍亠仄 亳仆亳亳舒仍亳亰舒亳亠亶 亳 仂亳从亠 亟舒仆仆 于 舒亳仆仂仆仆 亠舒 亳 仗仂从舒亢亠, 从舒从 亳仄 仗舒于仍 仗仂仄仂 仆亠从仂仂仂亶 仍亠亞从仂于亠仆仂亶 亳仆亠亞舒亳亳 仄亠亢亟 xUnit 亳 AutoFixture.]]>
仂仄 于仗仍亠仆亳亳 仆亟亠亶 舒从舒亢亠 仂 于仆亠仆仆仂 弍舒亰仂于仂亞仂 亠于亳舒, 仆舒仗亳舒仆仆仂亞仂 亳仗仂仍亰仂于舒仆亳亠仄 仗舒亠仆舒 CQS, 从仂仂亶 仂弍舒弍舒于舒亠 于仂亟亳亠 亰舒仗仂 从仂仄舒仆亟 亳 仗弍仍亳从亠 仂弍亳, 仂仗亳于舒ﾑ亳亠 仗亠亠仂亟 仂仂礌亳 亳亠仄. 仂仍亠 仂亞仂 仂仆 仂仗亳亠 仂弍亳亠 仗仂仂弍 亠亳仂于舒仆亳 舒从仂亞仂 亠于亳舒 亳 仂弍仆亳 仗仍ﾑ 亳 仄亳仆 亠于ﾑ亳 仗仂亟仂亟仂于. 舒亠仄 仂仆 舒从舒亢亠 仗仂 AutoFixture 亳 仗仂从舒亢亠, 从舒从 仂仆舒 仄仂亢亠 亟亠仍舒 亠 仆舒仄仆仂亞仂 亳亠, 舒 从仂仆亳亞舒亳 - 弍仂仍亠亠 亟仂弍仆仂亶, 仗亠仄 亳仆亠从亳亳 仗舒舒仄亠仂于 于 仄亠仂亟 亠舒, 仂弍仆亳 亠于ﾑ亳亠 仗仂弍仍亠仄 亳仆亳亳舒仍亳亰舒亳亠亶 亳 仂亳从亠 亟舒仆仆 于 舒亳仆仂仆仆 亠舒 亳 仗仂从舒亢亠, 从舒从 亳仄 仗舒于仍 仗仂仄仂 仆亠从仂仂仂亶 仍亠亞从仂于亠仆仂亶 亳仆亠亞舒亳亳 仄亠亢亟 xUnit 亳 AutoFixture.]]> Tue, 29 Oct 2019 08:38:13 GMT /slideshow/net-fest-2019-async-lifetime-tests-with-xunit-and-autofixture/188114533 NETFest@slideshare.net(NETFest) .NET Fest 2019. 仆亟亠亶 亳于亳仆仂于. Async lifetime tests with xUnit and AutoFixture NETFest 仂仄 于仗仍亠仆亳亳 仆亟亠亶 舒从舒亢亠 仂 于仆亠仆仆仂 弍舒亰仂于仂亞仂 亠于亳舒, 仆舒仗亳舒仆仆仂亞仂 亳仗仂仍亰仂于舒仆亳亠仄 仗舒亠仆舒 CQS, 从仂仂亶 仂弍舒弍舒于舒亠 于仂亟亳亠 亰舒仗仂 从仂仄舒仆亟 亳 仗弍仍亳从亠 仂弍亳, 仂仗亳于舒ﾑ亳亠 仗亠亠仂亟 仂仂礌亳 亳亠仄. 仂仍亠 仂亞仂 仂仆 仂仗亳亠 仂弍亳亠 仗仂仂弍 亠亳仂于舒仆亳 舒从仂亞仂 亠于亳舒 亳 仂弍仆亳 仗仍ﾑ 亳 仄亳仆 亠于ﾑ亳 仗仂亟仂亟仂于. 舒亠仄 仂仆 舒从舒亢亠 仗仂 AutoFixture 亳 仗仂从舒亢亠, 从舒从 仂仆舒 仄仂亢亠 亟亠仍舒 亠 仆舒仄仆仂亞仂 亳亠, 舒 从仂仆亳亞舒亳 - 弍仂仍亠亠 亟仂弍仆仂亶, 仗亠仄 亳仆亠从亳亳 仗舒舒仄亠仂于 于 仄亠仂亟 亠舒, 仂弍仆亳 亠于ﾑ亳亠 仗仂弍仍亠仄 亳仆亳亳舒仍亳亰舒亳亠亶 亳 仂亳从亠 亟舒仆仆 于 舒亳仆仂仆仆 亠舒 亳 仗仂从舒亢亠, 从舒从 亳仄 仗舒于仍 仗仂仄仂 仆亠从仂仂仂亶 仍亠亞从仂于亠仆仂亶 亳仆亠亞舒亳亳 仄亠亢亟 xUnit 亳 AutoFixture. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/2222222-191029083813-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 仂仄 于仗仍亠仆亳亳 仆亟亠亶 舒从舒亢亠 仂 于仆亠仆仆仂 弍舒亰仂于仂亞仂 亠于亳舒, 仆舒仗亳舒仆仆仂亞仂 亳仗仂仍亰仂于舒仆亳亠仄 仗舒亠仆舒 CQS, 从仂仂亶 仂弍舒弍舒于舒亠 于仂亟亳亠 亰舒仗仂 从仂仄舒仆亟 亳 仗弍仍亳从亠 仂弍亳, 仂仗亳于舒ﾑ亳亠 仗亠亠仂亟 仂仂礌亳 亳亠仄. 仂仍亠 仂亞仂 仂仆 仂仗亳亠 仂弍亳亠 仗仂仂弍 亠亳仂于舒仆亳 舒从仂亞仂 亠于亳舒 亳 仂弍仆亳 仗仍ﾑ 亳 仄亳仆 亠于ﾑ亳 仗仂亟仂亟仂于. 舒亠仄 仂仆 舒从舒亢亠 仗仂 AutoFixture 亳 仗仂从舒亢亠, 从舒从 仂仆舒 仄仂亢亠 亟亠仍舒 亠 仆舒仄仆仂亞仂 亳亠, 舒 从仂仆亳亞舒亳 - 弍仂仍亠亠 亟仂弍仆仂亶, 仗亠仄 亳仆亠从亳亳 仗舒舒仄亠仂于 于 仄亠仂亟 亠舒, 仂弍仆亳 亠于ﾑ亳亠 仗仂弍仍亠仄 亳仆亳亳舒仍亳亰舒亳亠亶 亳 仂亳从亠 亟舒仆仆 于 舒亳仆仂仆仆 亠舒 亳 仗仂从舒亢亠, 从舒从 亳仄 仗舒于仍 仗仂仄仂 仆亠从仂仂仂亶 仍亠亞从仂于亠仆仂亶 亳仆亠亞舒亳亳 仄亠亢亟 xUnit 亳 AutoFixture.
.NET Fest 2019. 仆亟亠亶 亳于亳仆仂于. Async lifetime tests with xUnit and AutoFixture from NETFest
]]> 331 0 https://cdn.slidesharecdn.com/ss_thumbnails/2222222-191029083813-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. 仆舒仂仍亳亶 仂仍亠仆亳从. Love, Death & F# Tests /slideshow/net-fest-2019-love-death-f-tests/188113798 4-191029083615
.NET developers who want to learn some more programming techniques usually come to F# world. But then find it hard to use it in day-to-day work. I will show how you can utilize F# language without risks of putting something new and not-so-reliable directly to production.]]>
.NET developers who want to learn some more programming techniques usually come to F# world. But then find it hard to use it in day-to-day work. I will show how you can utilize F# language without risks of putting something new and not-so-reliable directly to production.]]> Tue, 29 Oct 2019 08:36:15 GMT /slideshow/net-fest-2019-love-death-f-tests/188113798 NETFest@slideshare.net(NETFest) .NET Fest 2019. 仆舒仂仍亳亶 仂仍亠仆亳从. Love, Death & F# Tests NETFest .NET developers who want to learn some more programming techniques usually come to F# world. But then find it hard to use it in day-to-day work. I will show how you can utilize F# language without risks of putting something new and not-so-reliable directly to production. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/4-191029083615-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> .NET developers who want to learn some more programming techniques usually come to F# world. But then find it hard to use it in day-to-day work. I will show how you can utilize F# language without risks of putting something new and not-so-reliable directly to production.
.NET Fest 2019. 仆舒仂仍亳亶 仂仍亠仆亳从. Love, Death & F# Tests from NETFest
]]> 227 0 https://cdn.slidesharecdn.com/ss_thumbnails/4-191029083615-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. 仍亠从亠亶 仂仍弍. 仂仆舒亟仆亠 仗舒亠-从仂仄弍亳仆舒仂 于 C# (仗仂仂亶 仗仂仂弍 仆舒仗亳舒仆亳 仗舒亠仂于 亟仍 仍仂亢仆 磶从仂于) /slideshow/net-fest-2019-c/188113181 2-191029083420
亠 从仂亞亟舒-仍亳弍仂 仗亳舒仍亳 仗舒亠, 仆仂 仄仆仂亞亳亠 舒从 亳 仆亠 亰仆舒ﾑ 从舒从 仗舒亳 HTML 弍亠亰 亠亞仍仆 于舒亢亠仆亳亶. 亠仆 亟仍亳亠仍仆仂亠 于亠仄 从仂仆亠仗亳 仗舒亳仆亞舒 磶从仂于 亠从亳于仆仂亶 亞舒仄仄舒亳从仂亶 亟仍 仄亠仆 弍仍舒 亠仆仂亶 仄舒亞亳亠亶, 舒 仍ﾐ莞 从仂仂亠 亰舒仆亳仄舒ﾑ 舒亰舒弍仂从仂亶 从仂仄仗亳仍仂仂于 亳 仗亠亟仄亠仆仂-仂亳亠仆亳仂于舒仆仆 磶从仂于 于仂于亠 从舒亰舒仍亳 于仂仍亠弍仆亳从舒仄亳. 仂 仂 仂从舒亰舒仍仂 仆亠 舒从 亳 仍仂亢仆仂. 仄仂亠仄 亟仂从仍舒亟亠 仂 于舒仄 舒从舒亰舒 仂 仂仄 仂 舒从仂亠 仗舒亠 于 亠仍仂仄, 亰舒亠仄 仂仆亳 仆亢仆 亳 从舒从亳亠 仂仆亳 弍于舒ﾑ, 舒 舒仄仂亠 亞仍舒于仆仂亠 -- 仗仂从舒亢 从舒从 仗亠亠亶亳 仂 舒亟亳亳仂仆仆 仄亠仂亟亳从 亳 仆舒仗亳舒仆亳 从 弍仂仍亠亠 亟仂弍仆仂仄 亳 仗仂仆仆仂仄 仆从亳仂仆舒仍仆仂仄 仗仂仂弍. 仂亟亠 仗亠亰亠仆舒亳亳 仄 舒从亢亠 仆舒仗亳亠仄 舒弍仂亳亶 JSON 仗舒亠 于 从舒亠于亠 proof of concept.]]>
亠 从仂亞亟舒-仍亳弍仂 仗亳舒仍亳 仗舒亠, 仆仂 仄仆仂亞亳亠 舒从 亳 仆亠 亰仆舒ﾑ 从舒从 仗舒亳 HTML 弍亠亰 亠亞仍仆 于舒亢亠仆亳亶. 亠仆 亟仍亳亠仍仆仂亠 于亠仄 从仂仆亠仗亳 仗舒亳仆亞舒 磶从仂于 亠从亳于仆仂亶 亞舒仄仄舒亳从仂亶 亟仍 仄亠仆 弍仍舒 亠仆仂亶 仄舒亞亳亠亶, 舒 仍ﾐ莞 从仂仂亠 亰舒仆亳仄舒ﾑ 舒亰舒弍仂从仂亶 从仂仄仗亳仍仂仂于 亳 仗亠亟仄亠仆仂-仂亳亠仆亳仂于舒仆仆 磶从仂于 于仂于亠 从舒亰舒仍亳 于仂仍亠弍仆亳从舒仄亳. 仂 仂 仂从舒亰舒仍仂 仆亠 舒从 亳 仍仂亢仆仂. 仄仂亠仄 亟仂从仍舒亟亠 仂 于舒仄 舒从舒亰舒 仂 仂仄 仂 舒从仂亠 仗舒亠 于 亠仍仂仄, 亰舒亠仄 仂仆亳 仆亢仆 亳 从舒从亳亠 仂仆亳 弍于舒ﾑ, 舒 舒仄仂亠 亞仍舒于仆仂亠 -- 仗仂从舒亢 从舒从 仗亠亠亶亳 仂 舒亟亳亳仂仆仆 仄亠仂亟亳从 亳 仆舒仗亳舒仆亳 从 弍仂仍亠亠 亟仂弍仆仂仄 亳 仗仂仆仆仂仄 仆从亳仂仆舒仍仆仂仄 仗仂仂弍. 仂亟亠 仗亠亰亠仆舒亳亳 仄 舒从亢亠 仆舒仗亳亠仄 舒弍仂亳亶 JSON 仗舒亠 于 从舒亠于亠 proof of concept.]]> Tue, 29 Oct 2019 08:34:20 GMT /slideshow/net-fest-2019-c/188113181 NETFest@slideshare.net(NETFest) .NET Fest 2019. 仍亠从亠亶 仂仍弍. 仂仆舒亟仆亠 仗舒亠-从仂仄弍亳仆舒仂 于 C# (仗仂仂亶 仗仂仂弍 仆舒仗亳舒仆亳 仗舒亠仂于 亟仍 仍仂亢仆 磶从仂于) NETFest 亠 从仂亞亟舒-仍亳弍仂 仗亳舒仍亳 仗舒亠, 仆仂 仄仆仂亞亳亠 舒从 亳 仆亠 亰仆舒ﾑ 从舒从 仗舒亳 HTML 弍亠亰 亠亞仍仆 于舒亢亠仆亳亶. 亠仆 亟仍亳亠仍仆仂亠 于亠仄 从仂仆亠仗亳 仗舒亳仆亞舒 磶从仂于 亠从亳于仆仂亶 亞舒仄仄舒亳从仂亶 亟仍 仄亠仆 弍仍舒 亠仆仂亶 仄舒亞亳亠亶, 舒 仍ﾐ莞 从仂仂亠 亰舒仆亳仄舒ﾑ 舒亰舒弍仂从仂亶 从仂仄仗亳仍仂仂于 亳 仗亠亟仄亠仆仂-仂亳亠仆亳仂于舒仆仆 磶从仂于 于仂于亠 从舒亰舒仍亳 于仂仍亠弍仆亳从舒仄亳. 仂 仂 仂从舒亰舒仍仂 仆亠 舒从 亳 仍仂亢仆仂. 仄仂亠仄 亟仂从仍舒亟亠 仂 于舒仄 舒从舒亰舒 仂 仂仄 仂 舒从仂亠 仗舒亠 于 亠仍仂仄, 亰舒亠仄 仂仆亳 仆亢仆 亳 从舒从亳亠 仂仆亳 弍于舒ﾑ, 舒 舒仄仂亠 亞仍舒于仆仂亠 -- 仗仂从舒亢 从舒从 仗亠亠亶亳 仂 舒亟亳亳仂仆仆 仄亠仂亟亳从 亳 仆舒仗亳舒仆亳 从 弍仂仍亠亠 亟仂弍仆仂仄 亳 仗仂仆仆仂仄 仆从亳仂仆舒仍仆仂仄 仗仂仂弍. 仂亟亠 仗亠亰亠仆舒亳亳 仄 舒从亢亠 仆舒仗亳亠仄 舒弍仂亳亶 JSON 仗舒亠 于 从舒亠于亠 proof of concept. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/2-191029083420-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 亠 从仂亞亟舒-仍亳弍仂 仗亳舒仍亳 仗舒亠, 仆仂 仄仆仂亞亳亠 舒从 亳 仆亠 亰仆舒ﾑ 从舒从 仗舒亳 HTML 弍亠亰 亠亞仍仆 于舒亢亠仆亳亶. 亠仆 亟仍亳亠仍仆仂亠 于亠仄 从仂仆亠仗亳 仗舒亳仆亞舒 磶从仂于 亠从亳于仆仂亶 亞舒仄仄舒亳从仂亶 亟仍 仄亠仆 弍仍舒 亠仆仂亶 仄舒亞亳亠亶, 舒 仍ﾐ莞 从仂仂亠 亰舒仆亳仄舒ﾑ 舒亰舒弍仂从仂亶 从仂仄仗亳仍仂仂于 亳 仗亠亟仄亠仆仂-仂亳亠仆亳仂于舒仆仆 磶从仂于 于仂于亠 从舒亰舒仍亳 于仂仍亠弍仆亳从舒仄亳. 仂 仂 仂从舒亰舒仍仂 仆亠 舒从 亳 仍仂亢仆仂. 仄仂亠仄 亟仂从仍舒亟亠 仂 于舒仄 舒从舒亰舒 仂 仂仄 仂 舒从仂亠 仗舒亠 于 亠仍仂仄, 亰舒亠仄 仂仆亳 仆亢仆 亳 从舒从亳亠 仂仆亳 弍于舒ﾑ, 舒 舒仄仂亠 亞仍舒于仆仂亠 -- 仗仂从舒亢 从舒从 仗亠亠亶亳 仂 舒亟亳亳仂仆仆 仄亠仂亟亳从 亳 仆舒仗亳舒仆亳 从 弍仂仍亠亠 亟仂弍仆仂仄 亳 仗仂仆仆仂仄 仆从亳仂仆舒仍仆仂仄 仗仂仂弍. 仂亟亠 仗亠亰亠仆舒亳亳 仄 舒从亢亠 仆舒仗亳亠仄 舒弍仂亳亶 JSON 仗舒亠 于 从舒亠于亠 proof of concept.
.NET Fest 2019. 仍亠从亠亶 仂仍弍. 仂仆舒亟仆亠 仗舒亠-从仂仄弍亳仆舒仂 于 C# (仗仂仂亶 仗仂仂弍 仆舒仗亳舒仆亳 仗舒亠仂于 亟仍 仍仂亢仆 磶从仂于) from NETFest
]]> 288 0 https://cdn.slidesharecdn.com/ss_thumbnails/2-191029083420-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. Roberto Freato. Azure App Service deep dive /slideshow/net-fest-2019-roberto-freato-azure-app-service-deep-dive/188112715 2-191029083248
Believing it is the most powerful PaaS service of the entire public cloud, I will share with you all the most interesting features of App Service and the good tips from the field, to see how to properly use it in production and focus on applications, instead of governance. I will dig into the architecture, the deployment options, the runtimes, the secrets management, logging and troubleshooting and into some advanced high-scale scenarios. If you never used this, you will say ""ok, how did I survive without it?"".]]>
Believing it is the most powerful PaaS service of the entire public cloud, I will share with you all the most interesting features of App Service and the good tips from the field, to see how to properly use it in production and focus on applications, instead of governance. I will dig into the architecture, the deployment options, the runtimes, the secrets management, logging and troubleshooting and into some advanced high-scale scenarios. If you never used this, you will say ""ok, how did I survive without it?"".]]> Tue, 29 Oct 2019 08:32:48 GMT /slideshow/net-fest-2019-roberto-freato-azure-app-service-deep-dive/188112715 NETFest@slideshare.net(NETFest) .NET Fest 2019. Roberto Freato. Azure App Service deep dive NETFest Believing it is the most powerful PaaS service of the entire public cloud, I will share with you all the most interesting features of App Service and the good tips from the field, to see how to properly use it in production and focus on applications, instead of governance. I will dig into the architecture, the deployment options, the runtimes, the secrets management, logging and troubleshooting and into some advanced high-scale scenarios. If you never used this, you will say ""ok, how did I survive without it?"". <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/2-191029083248-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Believing it is the most powerful PaaS service of the entire public cloud, I will share with you all the most interesting features of App Service and the good tips from the field, to see how to properly use it in production and focus on applications, instead of governance. I will dig into the architecture, the deployment options, the runtimes, the secrets management, logging and troubleshooting and into some advanced high-scale scenarios. If you never used this, you will say &quot;&quot;ok, how did I survive without it?&quot;&quot;.
.NET Fest 2019. Roberto Freato. Azure App Service deep dive from NETFest
]]> 202 3 https://cdn.slidesharecdn.com/ss_thumbnails/2-191029083248-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. 亠仂仆亳亟 仂仍仂亳亠于从亳亶. DotNet Core in production /slideshow/net-fest-2019-dotnet-core-in-production/188111718 leonidmolotiievskyi-dotnetissuesinproduction-191029082920
仂 于亠仄 亟仂从仍舒亟舒, 仗仂亟亠仍ﾑ 舒仄亳 仂仗仂仄, 从仂仂亶 仄 仗仂仍亳仍亳, 亳仗仂仍亰 仄亳从仂亠于亳 于 仗仂亟 K8S 从仍舒亠亠. 丐舒从亢亠, 仂弍仂亰仆舒 仂仆仂于仆亠 仗仂弍仍亠仄, 从仂仂仄亳 仂仍从仆仍舒 仆舒舒 从仂仄舒仆亟舒 仆舒 舒仗亠 亳 亟亳舒亞仆仂亳从亳. , 舒仄仂亠 亞仍舒于仆仂亠 - 仂 仄 亟亠仍舒仍亳 仂弍 亳亰弍亠亢舒 亳 于 弍亟亠仄. 于亠 仆舒 于仂仗仂: 仂亠仄 仄 仄亳亞亳仂于舒仍亳 于 仂弍仍舒从仂? 仂亠仄 dotNet Core 2.2 于亰于舒仍 从 仗仂弍仍亠仄? 舒仆仆亶 亟仂从仍舒亟 仂舒仆亳 仂仆亳 舒仂于 于舒亳仄 舒亰舒弍仂亳从舒仄 亳 DevOps 从仂仄舒仆亟亠, 亢亳亰仆 从仂仂仂亶 仄仂亢亠 仆舒仗仂仄亳仆舒 从仂仄舒.]]>
仂 于亠仄 亟仂从仍舒亟舒, 仗仂亟亠仍ﾑ 舒仄亳 仂仗仂仄, 从仂仂亶 仄 仗仂仍亳仍亳, 亳仗仂仍亰 仄亳从仂亠于亳 于 仗仂亟 K8S 从仍舒亠亠. 丐舒从亢亠, 仂弍仂亰仆舒 仂仆仂于仆亠 仗仂弍仍亠仄, 从仂仂仄亳 仂仍从仆仍舒 仆舒舒 从仂仄舒仆亟舒 仆舒 舒仗亠 亳 亟亳舒亞仆仂亳从亳. , 舒仄仂亠 亞仍舒于仆仂亠 - 仂 仄 亟亠仍舒仍亳 仂弍 亳亰弍亠亢舒 亳 于 弍亟亠仄. 于亠 仆舒 于仂仗仂: 仂亠仄 仄 仄亳亞亳仂于舒仍亳 于 仂弍仍舒从仂? 仂亠仄 dotNet Core 2.2 于亰于舒仍 从 仗仂弍仍亠仄? 舒仆仆亶 亟仂从仍舒亟 仂舒仆亳 仂仆亳 舒仂于 于舒亳仄 舒亰舒弍仂亳从舒仄 亳 DevOps 从仂仄舒仆亟亠, 亢亳亰仆 从仂仂仂亶 仄仂亢亠 仆舒仗仂仄亳仆舒 从仂仄舒.]]> Tue, 29 Oct 2019 08:29:20 GMT /slideshow/net-fest-2019-dotnet-core-in-production/188111718 NETFest@slideshare.net(NETFest) .NET Fest 2019. 亠仂仆亳亟 仂仍仂亳亠于从亳亶. DotNet Core in production NETFest 仂 于亠仄 亟仂从仍舒亟舒, 仗仂亟亠仍ﾑ 舒仄亳 仂仗仂仄, 从仂仂亶 仄 仗仂仍亳仍亳, 亳仗仂仍亰 仄亳从仂亠于亳 于 仗仂亟 K8S 从仍舒亠亠. 丐舒从亢亠, 仂弍仂亰仆舒 仂仆仂于仆亠 仗仂弍仍亠仄, 从仂仂仄亳 仂仍从仆仍舒 仆舒舒 从仂仄舒仆亟舒 仆舒 舒仗亠 亳 亟亳舒亞仆仂亳从亳. , 舒仄仂亠 亞仍舒于仆仂亠 - 仂 仄 亟亠仍舒仍亳 仂弍 亳亰弍亠亢舒 亳 于 弍亟亠仄. 于亠 仆舒 于仂仗仂: 仂亠仄 仄 仄亳亞亳仂于舒仍亳 于 仂弍仍舒从仂? 仂亠仄 dotNet Core 2.2 于亰于舒仍 从 仗仂弍仍亠仄? 舒仆仆亶 亟仂从仍舒亟 仂舒仆亳 仂仆亳 舒仂于 于舒亳仄 舒亰舒弍仂亳从舒仄 亳 DevOps 从仂仄舒仆亟亠, 亢亳亰仆 从仂仂仂亶 仄仂亢亠 仆舒仗仂仄亳仆舒 从仂仄舒. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/leonidmolotiievskyi-dotnetissuesinproduction-191029082920-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 仂 于亠仄 亟仂从仍舒亟舒, 仗仂亟亠仍ﾑ 舒仄亳 仂仗仂仄, 从仂仂亶 仄 仗仂仍亳仍亳, 亳仗仂仍亰 仄亳从仂亠于亳 于 仗仂亟 K8S 从仍舒亠亠. 丐舒从亢亠, 仂弍仂亰仆舒 仂仆仂于仆亠 仗仂弍仍亠仄, 从仂仂仄亳 仂仍从仆仍舒 仆舒舒 从仂仄舒仆亟舒 仆舒 舒仗亠 亳 亟亳舒亞仆仂亳从亳. , 舒仄仂亠 亞仍舒于仆仂亠 - 仂 仄 亟亠仍舒仍亳 仂弍 亳亰弍亠亢舒 亳 于 弍亟亠仄. 于亠 仆舒 于仂仗仂: 仂亠仄 仄 仄亳亞亳仂于舒仍亳 于 仂弍仍舒从仂? 仂亠仄 dotNet Core 2.2 于亰于舒仍 从 仗仂弍仍亠仄? 舒仆仆亶 亟仂从仍舒亟 仂舒仆亳 仂仆亳 舒仂于 于舒亳仄 舒亰舒弍仂亳从舒仄 亳 DevOps 从仂仄舒仆亟亠, 亢亳亰仆 从仂仂仂亶 仄仂亢亠 仆舒仗仂仄亳仆舒 从仂仄舒.
.NET Fest 2019. 亠仂仆亳亟 仂仍仂亳亠于从亳亶. DotNet Core in production from NETFest
]]> 258 2 https://cdn.slidesharecdn.com/ss_thumbnails/leonidmolotiievskyi-dotnetissuesinproduction-191029082920-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. 仍亠从舒仆亟 亠仄从. How to measure relationships within the Company using .Net /slideshow/net-fest-2019-how-to-measure-relationships-within-the-company-using-net/188109434 6-191029082211
The majority of companies are struggling with an issue of growth where they started from handful group of people and reached 1000+ employees. In case of small groups the relationships remind familys connections so everyone knows each other personally and the atmosphere is warm and charm whereas starting from 500+ to 1k keep it as family is tough and most of the companies come up with processes on one hand and culture on other. There aint no silver bullet how to manage it and in the end of the day they are balancing working a lot about good atmosphere in company and setting up relationships between teams. The issue isnt new however tools and approaches evolved a lot this is where .NET Core and ML.Net comes in handy. These days AI/ML take over the world and bots as one of implementations are already a part of our life therefore our entuthiastic team created a bot using latest .NET Bot Framework v4 who helps managers to measure atmosphere in teams and crucial to socialize teams leveraging the power of ML.NET.]]>
The majority of companies are struggling with an issue of growth where they started from handful group of people and reached 1000+ employees. In case of small groups the relationships remind familys connections so everyone knows each other personally and the atmosphere is warm and charm whereas starting from 500+ to 1k keep it as family is tough and most of the companies come up with processes on one hand and culture on other. There aint no silver bullet how to manage it and in the end of the day they are balancing working a lot about good atmosphere in company and setting up relationships between teams. The issue isnt new however tools and approaches evolved a lot this is where .NET Core and ML.Net comes in handy. These days AI/ML take over the world and bots as one of implementations are already a part of our life therefore our entuthiastic team created a bot using latest .NET Bot Framework v4 who helps managers to measure atmosphere in teams and crucial to socialize teams leveraging the power of ML.NET.]]> Tue, 29 Oct 2019 08:22:11 GMT /slideshow/net-fest-2019-how-to-measure-relationships-within-the-company-using-net/188109434 NETFest@slideshare.net(NETFest) .NET Fest 2019. 仍亠从舒仆亟 亠仄从. How to measure relationships within the Company using .Net NETFest The majority of companies are struggling with an issue of growth where they started from handful group of people and reached 1000+ employees. In case of small groups the relationships remind familys connections so everyone knows each other personally and the atmosphere is warm and charm whereas starting from 500+ to 1k keep it as family is tough and most of the companies come up with processes on one hand and culture on other. There aint no silver bullet how to manage it and in the end of the day they are balancing working a lot about good atmosphere in company and setting up relationships between teams. The issue isnt new however tools and approaches evolved a lot this is where .NET Core and ML.Net comes in handy. These days AI/ML take over the world and bots as one of implementations are already a part of our life therefore our entuthiastic team created a bot using latest .NET Bot Framework v4 who helps managers to measure atmosphere in teams and crucial to socialize teams leveraging the power of ML.NET. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/6-191029082211-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> The majority of companies are struggling with an issue of growth where they started from handful group of people and reached 1000+ employees. In case of small groups the relationships remind familys connections so everyone knows each other personally and the atmosphere is warm and charm whereas starting from 500+ to 1k keep it as family is tough and most of the companies come up with processes on one hand and culture on other. There aint no silver bullet how to manage it and in the end of the day they are balancing working a lot about good atmosphere in company and setting up relationships between teams. The issue isnt new however tools and approaches evolved a lot this is where .NET Core and ML.Net comes in handy. These days AI/ML take over the world and bots as one of implementations are already a part of our life therefore our entuthiastic team created a bot using latest .NET Bot Framework v4 who helps managers to measure atmosphere in teams and crucial to socialize teams leveraging the power of ML.NET.
.NET Fest 2019. 仍亠从舒仆亟 亠仄从. How to measure relationships within the Company using .Net from NETFest
]]> 205 0 https://cdn.slidesharecdn.com/ss_thumbnails/6-191029082211-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. Anna Melashkina 舒 Philipp Bauknecht. Dragons in a Mixed Reality World /slideshow/net-fest-2019-anna-melashkina-philipp-bauknecht-dragons-in-a-mixed-reality-world/188108683 dragonsinamixedrealityworld-191029081956
In this session we'll demonstrate how to bring dragons or any other 3D model to life using Microsoft's Azure Spatial Anchors, HoloLens and mobile phones. You will learn what is augmented reality, we will introduce you Hololens, we will teach you what is Azure Spatial Anchor, how they work and how you can use them in your apps. This cross-device experience might be usable for all kind of applications.]]>
In this session we'll demonstrate how to bring dragons or any other 3D model to life using Microsoft's Azure Spatial Anchors, HoloLens and mobile phones. You will learn what is augmented reality, we will introduce you Hololens, we will teach you what is Azure Spatial Anchor, how they work and how you can use them in your apps. This cross-device experience might be usable for all kind of applications.]]> Tue, 29 Oct 2019 08:19:56 GMT /slideshow/net-fest-2019-anna-melashkina-philipp-bauknecht-dragons-in-a-mixed-reality-world/188108683 NETFest@slideshare.net(NETFest) .NET Fest 2019. Anna Melashkina 舒 Philipp Bauknecht. Dragons in a Mixed Reality World NETFest In this session we'll demonstrate how to bring dragons or any other 3D model to life using Microsoft's Azure Spatial Anchors, HoloLens and mobile phones. You will learn what is augmented reality, we will introduce you Hololens, we will teach you what is Azure Spatial Anchor, how they work and how you can use them in your apps. This cross-device experience might be usable for all kind of applications. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/dragonsinamixedrealityworld-191029081956-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> In this session we&#39;ll demonstrate how to bring dragons or any other 3D model to life using Microsoft&#39;s Azure Spatial Anchors, HoloLens and mobile phones. You will learn what is augmented reality, we will introduce you Hololens, we will teach you what is Azure Spatial Anchor, how they work and how you can use them in your apps. This cross-device experience might be usable for all kind of applications.
.NET Fest 2019. Anna Melashkina 舒 Philipp Bauknecht. Dragons in a Mixed Reality World from NETFest
]]> 456 2 https://cdn.slidesharecdn.com/ss_thumbnails/dragonsinamixedrealityworld-191029081956-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. Alex Thissen. Architecting .NET solutions in a Docker ecosystem /slideshow/net-fest-2019-alex-thissen-architecting-net-solutions-in-a-docker-ecosystem/187706561 architecting-191028102245
You must have noticed how Docker and containers is playing a more and more important part in .NET development. Docker support is everywhere, so it should be easy to build solutions based on container technology, right? But, it takes a bit more to architect and create a .NET solution that use Docker at its core. Many questions arise: How do you design a solution architecture that fits well with containers? Would I use .NET or .NET Core? What is a proper way to migrate to such an architecture? What changes in the .NET implementation from pre-Docker solutions with micro-services? Where do container orchestrators fit in and how do I build and deploy my solutions on a Docker container cluster, such as Azure Kubernetes Service? These and many other questions will be answered in this session. You will learn how to design and architect your .NET solutions and get a flying start to create, build and run Docker-based containerized applications.]]>
You must have noticed how Docker and containers is playing a more and more important part in .NET development. Docker support is everywhere, so it should be easy to build solutions based on container technology, right? But, it takes a bit more to architect and create a .NET solution that use Docker at its core. Many questions arise: How do you design a solution architecture that fits well with containers? Would I use .NET or .NET Core? What is a proper way to migrate to such an architecture? What changes in the .NET implementation from pre-Docker solutions with micro-services? Where do container orchestrators fit in and how do I build and deploy my solutions on a Docker container cluster, such as Azure Kubernetes Service? These and many other questions will be answered in this session. You will learn how to design and architect your .NET solutions and get a flying start to create, build and run Docker-based containerized applications.]]> Mon, 28 Oct 2019 10:22:45 GMT /slideshow/net-fest-2019-alex-thissen-architecting-net-solutions-in-a-docker-ecosystem/187706561 NETFest@slideshare.net(NETFest) .NET Fest 2019. Alex Thissen. Architecting .NET solutions in a Docker ecosystem NETFest You must have noticed how Docker and containers is playing a more and more important part in .NET development. Docker support is everywhere, so it should be easy to build solutions based on container technology, right? But, it takes a bit more to architect and create a .NET solution that use Docker at its core. Many questions arise: How do you design a solution architecture that fits well with containers? Would I use .NET or .NET Core? What is a proper way to migrate to such an architecture? What changes in the .NET implementation from pre-Docker solutions with micro-services? Where do container orchestrators fit in and how do I build and deploy my solutions on a Docker container cluster, such as Azure Kubernetes Service? These and many other questions will be answered in this session. You will learn how to design and architect your .NET solutions and get a flying start to create, build and run Docker-based containerized applications. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/architecting-191028102245-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> You must have noticed how Docker and containers is playing a more and more important part in .NET development. Docker support is everywhere, so it should be easy to build solutions based on container technology, right? But, it takes a bit more to architect and create a .NET solution that use Docker at its core. Many questions arise: How do you design a solution architecture that fits well with containers? Would I use .NET or .NET Core? What is a proper way to migrate to such an architecture? What changes in the .NET implementation from pre-Docker solutions with micro-services? Where do container orchestrators fit in and how do I build and deploy my solutions on a Docker container cluster, such as Azure Kubernetes Service? These and many other questions will be answered in this session. You will learn how to design and architect your .NET solutions and get a flying start to create, build and run Docker-based containerized applications.
.NET Fest 2019. Alex Thissen. Architecting .NET solutions in a Docker ecosystem from NETFest
]]> 277 0 https://cdn.slidesharecdn.com/ss_thumbnails/architecting-191028102245-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. Stas Lebedenko. Practical serverless use cases in Azure with a trick or two /slideshow/net-fest-2019-stas-lebedenko-practical-serverless-use-cases-in-azure-with-a-trick-or-two/187702927 serverlessusecases-191028100704
Serverless technology is trending, but in-depth details are missing. How does it fit with non-serverless components? What are the practical use cases? Should you fight vendor lock-in? And what about limits and pitfalls with Azure? I will answer those questions, share a few tricks and short demo. I'll cover serverless usage scenarios with Azure, what problems can be solved, and what is a viable adoption strategy. Then I'm going to talk about technology shortcomings, when to omit it and how to rip all benefits. There are circumstances when a cloud-agnostic approach is beneficial, so I discuss serverless frameworks too and why vendor lock is not that bad. Finally, we'll look at a short demo that illustrates why you have to use specific serverless patterns.]]>
Serverless technology is trending, but in-depth details are missing. How does it fit with non-serverless components? What are the practical use cases? Should you fight vendor lock-in? And what about limits and pitfalls with Azure? I will answer those questions, share a few tricks and short demo. I'll cover serverless usage scenarios with Azure, what problems can be solved, and what is a viable adoption strategy. Then I'm going to talk about technology shortcomings, when to omit it and how to rip all benefits. There are circumstances when a cloud-agnostic approach is beneficial, so I discuss serverless frameworks too and why vendor lock is not that bad. Finally, we'll look at a short demo that illustrates why you have to use specific serverless patterns.]]> Mon, 28 Oct 2019 10:07:04 GMT /slideshow/net-fest-2019-stas-lebedenko-practical-serverless-use-cases-in-azure-with-a-trick-or-two/187702927 NETFest@slideshare.net(NETFest) .NET Fest 2019. Stas Lebedenko. Practical serverless use cases in Azure with a trick or two NETFest Serverless technology is trending, but in-depth details are missing. How does it fit with non-serverless components? What are the practical use cases? Should you fight vendor lock-in? And what about limits and pitfalls with Azure? I will answer those questions, share a few tricks and short demo. I'll cover serverless usage scenarios with Azure, what problems can be solved, and what is a viable adoption strategy. Then I'm going to talk about technology shortcomings, when to omit it and how to rip all benefits. There are circumstances when a cloud-agnostic approach is beneficial, so I discuss serverless frameworks too and why vendor lock is not that bad. Finally, we'll look at a short demo that illustrates why you have to use specific serverless patterns. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/serverlessusecases-191028100704-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Serverless technology is trending, but in-depth details are missing. How does it fit with non-serverless components? What are the practical use cases? Should you fight vendor lock-in? And what about limits and pitfalls with Azure? I will answer those questions, share a few tricks and short demo. I&#39;ll cover serverless usage scenarios with Azure, what problems can be solved, and what is a viable adoption strategy. Then I&#39;m going to talk about technology shortcomings, when to omit it and how to rip all benefits. There are circumstances when a cloud-agnostic approach is beneficial, so I discuss serverless frameworks too and why vendor lock is not that bad. Finally, we&#39;ll look at a short demo that illustrates why you have to use specific serverless patterns.
.NET Fest 2019. Stas Lebedenko. Practical serverless use cases in Azure with a trick or two from NETFest
]]> 174 0 https://cdn.slidesharecdn.com/ss_thumbnails/serverlessusecases-191028100704-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. 弌亠亞亠亶 亠亟于亠亟亠于. How serverless makes Integration TDD a reality. Why we do need it. /slideshow/net-fest-2019-how-serverless-makes-integration-tdd-a-reality-why-we-do-need-it/187702294 integrationtddwithserverless-191028100443
Do you recall those buzz words like TDD, BDD? Yep, but we know their problems as well! TDD is too granular. BDD is too coarse-grained. Unit tests are too chatty. BDD is too abstract. TDD requires knowledge of implementation details. BDD does not care about implementation at all. What is in the middle? Integration tests. Let's be Integration driven then! OK, then how to build infrastructure to run Integration tests? Should we start with IaaS first? How to speed up the development and take into account non-foundational requirements like scaling, security borders, isolation, etc. from the very beginning? To answer the questions, we would combine Integration test-based development with serverless (AWS) to solve a typical business task. Based on the example, we would show how to create a solid foundation for further refactoring/refining of the overall solution and concreting it with Unit tests. Acceptance tests would be left for home exercise ;)]]>
Do you recall those buzz words like TDD, BDD? Yep, but we know their problems as well! TDD is too granular. BDD is too coarse-grained. Unit tests are too chatty. BDD is too abstract. TDD requires knowledge of implementation details. BDD does not care about implementation at all. What is in the middle? Integration tests. Let's be Integration driven then! OK, then how to build infrastructure to run Integration tests? Should we start with IaaS first? How to speed up the development and take into account non-foundational requirements like scaling, security borders, isolation, etc. from the very beginning? To answer the questions, we would combine Integration test-based development with serverless (AWS) to solve a typical business task. Based on the example, we would show how to create a solid foundation for further refactoring/refining of the overall solution and concreting it with Unit tests. Acceptance tests would be left for home exercise ;)]]> Mon, 28 Oct 2019 10:04:43 GMT /slideshow/net-fest-2019-how-serverless-makes-integration-tdd-a-reality-why-we-do-need-it/187702294 NETFest@slideshare.net(NETFest) .NET Fest 2019. 弌亠亞亠亶 亠亟于亠亟亠于. How serverless makes Integration TDD a reality. Why we do need it. NETFest Do you recall those buzz words like TDD, BDD? Yep, but we know their problems as well! TDD is too granular. BDD is too coarse-grained. Unit tests are too chatty. BDD is too abstract. TDD requires knowledge of implementation details. BDD does not care about implementation at all. What is in the middle? Integration tests. Let's be Integration driven then! OK, then how to build infrastructure to run Integration tests? Should we start with IaaS first? How to speed up the development and take into account non-foundational requirements like scaling, security borders, isolation, etc. from the very beginning? To answer the questions, we would combine Integration test-based development with serverless (AWS) to solve a typical business task. Based on the example, we would show how to create a solid foundation for further refactoring/refining of the overall solution and concreting it with Unit tests. Acceptance tests would be left for home exercise ;) <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/integrationtddwithserverless-191028100443-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Do you recall those buzz words like TDD, BDD? Yep, but we know their problems as well! TDD is too granular. BDD is too coarse-grained. Unit tests are too chatty. BDD is too abstract. TDD requires knowledge of implementation details. BDD does not care about implementation at all. What is in the middle? Integration tests. Let&#39;s be Integration driven then! OK, then how to build infrastructure to run Integration tests? Should we start with IaaS first? How to speed up the development and take into account non-foundational requirements like scaling, security borders, isolation, etc. from the very beginning? To answer the questions, we would combine Integration test-based development with serverless (AWS) to solve a typical business task. Based on the example, we would show how to create a solid foundation for further refactoring/refining of the overall solution and concreting it with Unit tests. Acceptance tests would be left for home exercise ;)
.NET Fest 2019. 弌亠亞亠亶 亠亟于亠亟亠于. How serverless makes Integration TDD a reality. Why we do need it. from NETFest
]]> 182 2 https://cdn.slidesharecdn.com/ss_thumbnails/integrationtddwithserverless-191028100443-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. 弌亠亞亠亶 仂亢. Natural Language Processing in .NET /slideshow/net-fest-2019-natural-language-processing-in-net/187701754 korzh-nlp-netfest2019-191028100241
舒亟舒亳 仗仂 仂弍舒弍仂从亠 亠亠于亠仆仆仂亞仂 磶从舒 亠亶舒 于亠舒ﾑ 仗舒从亳亠从亳 于 仍ﾐ頴笑 仗仂亠从亠. 仂亢舒仍亠仆亳, 亟仂 仆亠亟舒于仆亠亞仂 于亠仄亠仆亳, 仗仍舒仂仄舒 .NET 仆亠 亳仍仆仂 仗仂亟仂亟亳仍舒 亟仍 亠亠仆亳 仗仂亟仂弍仆 亰舒亟舒. 弌 于仂亟仂仄 ML.NET 亳舒亳 舒仍舒 仄亠仆 从 仍亠仄, 仆仂 于亠 亠亠 亟舒仍亠从舒 仂 亳亟亠舒仍舒. 舒 仂仄 亟仂从仍舒亟亠 舒从舒亢 仗仂 仂仆仂于仆亠 亰舒亟舒亳, 从仂仂亠 亠舒ﾑ 仄亠仂亟舒仄亳 Natural Language Processing 亳 从舒从亳亠 亠于ﾑ 仗仂仂弍 亠亠仆亳 亳 亰舒亟舒 仆舒 仗仍舒仂仄亠 .NET (亠于亳, 弍亳弍仍亳仂亠从亳, 亠亶仄于仂从亳). ]]>
舒亟舒亳 仗仂 仂弍舒弍仂从亠 亠亠于亠仆仆仂亞仂 磶从舒 亠亶舒 于亠舒ﾑ 仗舒从亳亠从亳 于 仍ﾐ頴笑 仗仂亠从亠. 仂亢舒仍亠仆亳, 亟仂 仆亠亟舒于仆亠亞仂 于亠仄亠仆亳, 仗仍舒仂仄舒 .NET 仆亠 亳仍仆仂 仗仂亟仂亟亳仍舒 亟仍 亠亠仆亳 仗仂亟仂弍仆 亰舒亟舒. 弌 于仂亟仂仄 ML.NET 亳舒亳 舒仍舒 仄亠仆 从 仍亠仄, 仆仂 于亠 亠亠 亟舒仍亠从舒 仂 亳亟亠舒仍舒. 舒 仂仄 亟仂从仍舒亟亠 舒从舒亢 仗仂 仂仆仂于仆亠 亰舒亟舒亳, 从仂仂亠 亠舒ﾑ 仄亠仂亟舒仄亳 Natural Language Processing 亳 从舒从亳亠 亠于ﾑ 仗仂仂弍 亠亠仆亳 亳 亰舒亟舒 仆舒 仗仍舒仂仄亠 .NET (亠于亳, 弍亳弍仍亳仂亠从亳, 亠亶仄于仂从亳). ]]> Mon, 28 Oct 2019 10:02:41 GMT /slideshow/net-fest-2019-natural-language-processing-in-net/187701754 NETFest@slideshare.net(NETFest) .NET Fest 2019. 弌亠亞亠亶 仂亢. Natural Language Processing in .NET NETFest 舒亟舒亳 仗仂 仂弍舒弍仂从亠 亠亠于亠仆仆仂亞仂 磶从舒 亠亶舒 于亠舒ﾑ 仗舒从亳亠从亳 于 仍ﾐ頴笑 仗仂亠从亠. 仂亢舒仍亠仆亳, 亟仂 仆亠亟舒于仆亠亞仂 于亠仄亠仆亳, 仗仍舒仂仄舒 .NET 仆亠 亳仍仆仂 仗仂亟仂亟亳仍舒 亟仍 亠亠仆亳 仗仂亟仂弍仆 亰舒亟舒. 弌 于仂亟仂仄 ML.NET 亳舒亳 舒仍舒 仄亠仆 从 仍亠仄, 仆仂 于亠 亠亠 亟舒仍亠从舒 仂 亳亟亠舒仍舒. 舒 仂仄 亟仂从仍舒亟亠 舒从舒亢 仗仂 仂仆仂于仆亠 亰舒亟舒亳, 从仂仂亠 亠舒ﾑ 仄亠仂亟舒仄亳 Natural Language Processing 亳 从舒从亳亠 亠于ﾑ 仗仂仂弍 亠亠仆亳 亳 亰舒亟舒 仆舒 仗仍舒仂仄亠 .NET (亠于亳, 弍亳弍仍亳仂亠从亳, 亠亶仄于仂从亳). <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/korzh-nlp-netfest2019-191028100241-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 舒亟舒亳 仗仂 仂弍舒弍仂从亠 亠亠于亠仆仆仂亞仂 磶从舒 亠亶舒 于亠舒ﾑ 仗舒从亳亠从亳 于 仍ﾐ頴笑 仗仂亠从亠. 仂亢舒仍亠仆亳, 亟仂 仆亠亟舒于仆亠亞仂 于亠仄亠仆亳, 仗仍舒仂仄舒 .NET 仆亠 亳仍仆仂 仗仂亟仂亟亳仍舒 亟仍 亠亠仆亳 仗仂亟仂弍仆 亰舒亟舒. 弌 于仂亟仂仄 ML.NET 亳舒亳 舒仍舒 仄亠仆 从 仍亠仄, 仆仂 于亠 亠亠 亟舒仍亠从舒 仂 亳亟亠舒仍舒. 舒 仂仄 亟仂从仍舒亟亠 舒从舒亢 仗仂 仂仆仂于仆亠 亰舒亟舒亳, 从仂仂亠 亠舒ﾑ 仄亠仂亟舒仄亳 Natural Language Processing 亳 从舒从亳亠 亠于ﾑ 仗仂仂弍 亠亠仆亳 亳 亰舒亟舒 仆舒 仗仍舒仂仄亠 .NET (亠于亳, 弍亳弍仍亳仂亠从亳, 亠亶仄于仂从亳).
.NET Fest 2019. 弌亠亞亠亶 仂亢. Natural Language Processing in .NET from NETFest
]]> 397 3 https://cdn.slidesharecdn.com/ss_thumbnails/korzh-nlp-netfest2019-191028100241-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 .NET Fest 2019. Eran Stiller. Create Your Own Serverless PKI with .NET & Azure Key Vault /slideshow/net-fest-2019-eran-stiller-create-your-own-serverless-pki-with-net-azure-key-vault/187693468 dotnetfest-createyourownserverlesspkiwithnetazurekeyvault-191028092734
A Public Key Infrastructure (PKI) is the basis of modern system authentication; X.509 certificates are at the core of modern cryptography. Building your own PKI is not for the faint of heart, so we usually buy our certificates from an external Certificate Authority or operate a 3rd-party off-the-shelf PKI. But what can you do if you need to issue your own certificates while keeping your costs low? What if, for example, you're in the business of manufacturing millions of IoT devices and you need to issue a certificate to each and every one of them? And to top it off - you want to do it in a Serverless manner? Join me in this session, as we build a Serverless PKI system with Azure Functions & Key-Vault and learn all about Key-Vault's capabilities in regards to X.509 certificates along the way.]]>
A Public Key Infrastructure (PKI) is the basis of modern system authentication; X.509 certificates are at the core of modern cryptography. Building your own PKI is not for the faint of heart, so we usually buy our certificates from an external Certificate Authority or operate a 3rd-party off-the-shelf PKI. But what can you do if you need to issue your own certificates while keeping your costs low? What if, for example, you're in the business of manufacturing millions of IoT devices and you need to issue a certificate to each and every one of them? And to top it off - you want to do it in a Serverless manner? Join me in this session, as we build a Serverless PKI system with Azure Functions & Key-Vault and learn all about Key-Vault's capabilities in regards to X.509 certificates along the way.]]> Mon, 28 Oct 2019 09:27:34 GMT /slideshow/net-fest-2019-eran-stiller-create-your-own-serverless-pki-with-net-azure-key-vault/187693468 NETFest@slideshare.net(NETFest) .NET Fest 2019. Eran Stiller. Create Your Own Serverless PKI with .NET & Azure Key Vault NETFest A Public Key Infrastructure (PKI) is the basis of modern system authentication; X.509 certificates are at the core of modern cryptography. Building your own PKI is not for the faint of heart, so we usually buy our certificates from an external Certificate Authority or operate a 3rd-party off-the-shelf PKI. But what can you do if you need to issue your own certificates while keeping your costs low? What if, for example, you're in the business of manufacturing millions of IoT devices and you need to issue a certificate to each and every one of them? And to top it off - you want to do it in a Serverless manner? Join me in this session, as we build a Serverless PKI system with Azure Functions & Key-Vault and learn all about Key-Vault's capabilities in regards to X.509 certificates along the way. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/dotnetfest-createyourownserverlesspkiwithnetazurekeyvault-191028092734-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> A Public Key Infrastructure (PKI) is the basis of modern system authentication; X.509 certificates are at the core of modern cryptography. Building your own PKI is not for the faint of heart, so we usually buy our certificates from an external Certificate Authority or operate a 3rd-party off-the-shelf PKI. But what can you do if you need to issue your own certificates while keeping your costs low? What if, for example, you&#39;re in the business of manufacturing millions of IoT devices and you need to issue a certificate to each and every one of them? And to top it off - you want to do it in a Serverless manner? Join me in this session, as we build a Serverless PKI system with Azure Functions &amp; Key-Vault and learn all about Key-Vault&#39;s capabilities in regards to X.509 certificates along the way.
.NET Fest 2019. Eran Stiller. Create Your Own Serverless PKI with .NET & Azure Key Vault from NETFest
]]> 257 0 https://cdn.slidesharecdn.com/ss_thumbnails/dotnetfest-createyourownserverlesspkiwithnetazurekeyvault-191028092734-thumbnail.jpg?width=120&height=120&fit=bounds presentation Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 https://public.slidesharecdn.com/v2/images/profile-picture.png https://cdn.slidesharecdn.com/ss_thumbnails/micro-optimizationsin-191106130303-thumbnail.jpg?width=320&height=320&fit=bounds NETFest/net-fest-2019-net-191027019 .NET Fest 2019. 亳从仂仍舒... https://cdn.slidesharecdn.com/ss_thumbnails/effectivemicroservicecommunicationwith-191031140433-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/net-fest-2019-efficient-microservice-communication-with-net-core/188933097 .NET Fest 2019. 弌亠亞亠亶... https://cdn.slidesharecdn.com/ss_thumbnails/netcore3-191031135904-thumbnail.jpg?width=320&height=320&fit=bounds NETFest/net-fest-2019-net-core-30-net .NET Fest 2019. 仍 舒...