VMware SIG Purpose, Projects managed, How to join ## The Roadmap Moving “Out of Tree”: vSphere cloud provider + storage (CSI) ## How to Get Information on an ongoing basis The VMware SIG How to Contribute instance ## SIG Sponsored projects ## vSphere cloud provider (In-tree and Out-of-tree) - A cloud provider is a Kubernetes controller that runs cloud provider-specific loops required for the functioning of kube-controller-manager to cloud-provider specific code. In order to free the Kubernetes project of this dependency, the cloud-controller-manager was introduced. ## CSI provider for vSphere - Container Storage

a library, runs in the app’s process # Android Media Manager (Media Content Provider) - The Media provider contains meta data for all available media on both internal and external storage devices. location • size • artist • albums • playlists ## The main table in Media: files A single table to represent all types of media files: Each row can be an image, audio, video, or playlist |\_id|\_data|\_size|title| 4.3_r1.1/xref/packages/providers/MediaProvider/src/com/android/providers/media/MediaProvider.java#1335 ## Other tables in Media • thumbnails, • artists, • albums, • audio_playlists_map (stores members

data source to Clickhouse in minutes ## PTS ## Provider Transform Sinker • Major Provider Must Listen • Merge sharding tables SolidKey ## Typical Provider Config Type: mysql, // mysql, mongodb, redis usually primary key id Pairs: { // field mapping id: id, name: name ## PTS ## Provider Transform Sinker • Major Provider • Secondary Providers Table: name ID Name Table: age ID Age Table: Height Height ID Height Clickhouse Table:user ID Name Age Height ## PTS ## Provider Transform Sinker • Merge sharding tables Table: name ID Name Table: name\_201901 ID Name ![Image](/uploads/doc

Techniques • Media queries : Taille de l'écran (ou sortie) • UNITES RELATIVES • Fonts : Dimensions en em • Fluid Grids : Disposition et taille des éléments en % • Flexible images (and media): Taille • Exemple $ ^{4} $ ## Media Queries $ ^{5} $ • media type: all, screen, print, tv, braille, handheld, ... media="screen"/> media="print"/> • media query 1. dans élément link media="screen and (max-device-width: 800px)" href="style800

relied upon. We don’t just want to hard-code these types into our program... so we’ll use a type provider to find them at compile time! ### 1.2 A simple example First, let’s go over a basic usage of type providers themselves are simple. A type provider is simply an IO action that returns a value of this type: data Provider a = Provide a | Error String Looks familiar? Provider is just Either a String, given a Let’s write a simple one now: module Provider -- Asks nicely for the user to supply the size of C's size_t type on this -- machine getSizeT : IO (Provider Int) getSizeT = do putStrLn "I'm

relied upon. We don’t just want to hard-code these types into our program... so we’ll use a type provider to find them at compile time! ### 1.2 A simple example First, let’s go over a basic usage of type providers themselves are simple. A type provider is simply an IO action that returns a value of this type: data Provider a = Provide a | Error String Looks familiar? Provider is just Either a String, given a Let’s write a simple one now: module Provider -- Asks nicely for the user to supply the size of C's size_t type on this -- machine getSizeT : IO (Provider Int) getSizeT = do putStrLn "I'm

relied upon. We don’t just want to hard-code these types into our program... so we’ll use a type provider to find them at compile time! ### 1.2 A simple example First, let’s go over a basic usage of type providers themselves are simple. A type provider is simply an IO action that returns a value of this type: data Provider a = Provide a | Error String Looks familiar? Provider is just Either a String, given a Let’s write a simple one now: module Provider -- Asks nicely for the user to supply the size of C's size_t type on this -- machine getSizeT : IO (Provider Int) getSizeT = do putStrLn "I'm

the order of transactions and then broadcasts blocks to peers. • A pluggable membership service provider is responsible for associating entities in the network with cryptographic identities. • An optional network), the members of a Hyperledger Fabric network enroll through a trusted Membership Service Provider (MSP). Hyperledger Fabric also offers several pluggable options. Ledger data can be stored in multiple certificates). • Membership (conceptual documentation) Talks through the role of a Membership Service Provider (MSP), which converts identities into roles in a Fabric network. • Peers (conceptual documentation)

the order of transactions and then broadcasts blocks to peers. - A pluggable membership service provider is responsible for associating entities in the network with cryptographic identities. - An optional Introduction • Hyperledger Fabric Model • Blockchain network • Identity. • Membership Service Provider (MSP) • Policies • Peers • Ledger • The Ordering Service • Smart Contracts and Chaincode network), the members of a Hyperledger Fabric network enroll through a trusted Membership Service Provider (MSP). Hyperledger Fabric also offers several pluggable options. Ledger data can be stored in multiple

network), the members of a Hyperledger Fabric network enroll through a trusted Membership Service Provider (MSP). Hyperledger Fabric also offers several pluggable options. Ledger data can be stored in multiple policies, access control lists, and other pertinent information • Channel’s contain Membership Service Provider instances allowing for crypto materials to be derived from different certificate authorities See For an identity to be verifiable, it must come from a trusted authority. A membership service provider (MSP) is how this is achieved in Fabric. More specifically, an MSP is a component that defines the