CouchDB

Package uuid generates a 128-bit UUID based on Unix time (similar to one of CouchDB's UUID options). For example: The benefits of this form of UUID are chronological sortability, which is good for database key usage, and a measure of protection against predictability, since it carries at least 72 bits of entropy (9 x 8b). Note that this doesn't necessarily make it a good choice for cryptographic purposes. This package defaults to the UUID form without dashes, as they're not particularly useful in this format.

Package kivik provides a generic interface to CouchDB or CouchDB-like databases. The kivik package must be used in conjunction with a database driver. See https://github.com/go-kivik/kivik/wiki/Kivik-database-drivers for a list. The kivik driver system is modeled after the standard library's sql and sql/driver packages, although the client API is completely different due to the different database models implemented by SQL and NoSQL databases such as CouchDB.

Package uuid generates a 128-bit UUID based on Unix time (similar to one of CouchDB's UUID options). For example: The benefits of this form of UUID are chronological sortability, which is good for database key usage, and a measure of protection against predictability, since it carries at least 72 bits of entropy (9 x 8b). Note that this doesn't necessarily make it a good choice for cryptographic purposes. This package defaults to the UUID form without dashes, as they're not particularly useful in this format.

Package kivik provides a generic interface to CouchDB or CouchDB-like databases. The kivik package must be used in conjunction with a database driver. See https://github.com/go-kivik/kivik/wiki/Kivik-database-drivers for a list. The kivik driver system is modeled after the standard library's sql and sql/driver packages, although the client API is completely different due to the different database models implemented by SQL and NoSQL databases such as CouchDB.

Package kivik provides a generic interface to CouchDB or CouchDB-like databases. The kivik package must be used in conjunction with a database driver. See https://github.com/go-kivik/kivik/wiki/Kivik-database-drivers for a list. The kivik driver system is modeled after the standard library's sql and sql/driver packages, although the client API is completely different due to the different database models implemented by SQL and NoSQL databases such as CouchDB. Most functions that may block require a Context as their first argument. The context permits cancelling a blocked function in case of a timeout, or some other event (such as a cancelled HTTP request if a web server). Be sure to read the context package GoDocs at https://golang.org/pkg/context/ and see https://blog.golang.org/context for example code for a server that uses Contexts. If in doubt, you can pass context.TODO() as the context variable. Think of the TODO context as a place-holder for cases when it is unclear which Context to use, or when surrounding functions have not yet been extended to support a Context parameter. For example:

Package kivik provides a generic interface to CouchDB or CouchDB-like databases. The kivik package must be used in conjunction with a database driver. See https://github.com/flimzy/kivik/wiki/Kivik-database-drivers for a list. The kivik driver system is modeled after the standard library's sql and sql/driver packages, although the client API is completely different due to the different database models implemented by SQL and NoSQL databases such as CouchDB. Most functions that may block require a Context as their first argument. The context permits cancelling a blocked function in case of a timeout, or some other event (such as a cancelled HTTP request if a web server). Be sure to read the context package GoDocs at https://golang.org/pkg/context/ and see https://blog.golang.org/context for example code for a server that uses Contexts. If in doubt, you can pass context.TODO() as the context variable. Think of the TODO context as a place-holder for cases when it is unclear which Context to use, or when surrounding functions have not yet been extended to support a Context parameter. For example:

Package kivik provides a generic interface to CouchDB or CouchDB-like databases. The kivik package must be used in conjunction with a database driver. See https://github.com/flimzy/kivik/wiki/Kivik-database-drivers for a list. The kivik driver system is modeled after the standard library's sql and sql/driver packages, although the client API is completely different due to the different database models implemented by SQL and NoSQL databases such as CouchDB. Most functions that may block require a Context as their first argument. The context permits cancelling a blocked function in case of a timeout, or some other event (such as a cancelled HTTP request if a web server). Be sure to read the context package GoDocs at https://golang.org/pkg/context/ and see https://blog.golang.org/context for example code for a server that uses Contexts. If in doubt, you can pass context.TODO() as the context variable. Think of the TODO context as a place-holder for cases when it is unclear which Context to use, or when surrounding functions have not yet been extended to support a Context parameter. For example:

Package couch provides a CouchDB API.

Package proxy provides a simple proxy for a CouchDB server

Package uuid generates a 128-bit UUID based on Unix time (similar to one of CouchDB's UUID options). For example: The benefits of this form of UUID are chronological sortability, which is good for database key usage, and a measure of protection against predictability, since it carries at least 72 bits of entropy (9 x 8b). Note that this doesn't necessarily make it a good choice for cryptographic purposes. This package defaults to the UUID form without dashes, as they're not particularly useful in this format.

Package kivik provides a generic interface to CouchDB or CouchDB-like databases. The kivik package must be used in conjunction with a database driver. See https://github.com/flimzy/kivik/wiki/Kivik-database-drivers for a list. The kivik driver system is modeled after the standard library's sql and sql/driver packages, although the client API is completely different due to the different database models implemented by SQL and NoSQL databases such as CouchDB. Most functions that may block require a Context as their first argument. The context permits cancelling a blocked function in case of a timeout, or some other event (such as a cancelled HTTP request if a web server). Be sure to read the context package GoDocs at https://golang.org/pkg/context/ and see https://blog.golang.org/context for example code for a server that uses Contexts. If in doubt, you can pass context.TODO() as the context variable. Think of the TODO context as a place-holder for cases when it is unclear which Context to use, or when surrounding functions have not yet been extended to support a Context parameter. For example:

Package gocouch implements wrappers for the 95% of CouchDB HTTP API

Package uuid generates a 128-bit UUID based on Unix time (similar to one of CouchDB's UUID options). For example: The benefits of this form of UUID are chronological sortability, which is good for database key usage, and a measure of protection against predictability, since it carries at least 72 bits of entropy (9 x 8b). Note that this doesn't necessarily make it a good choice for cryptographic purposes. This package defaults to the UUID form without dashes, as they're not particularly useful in this format.

Package kivik provides a generic interface to CouchDB or CouchDB-like databases. The kivik package must be used in conjunction with a database driver. The officially supported drivers are: The Filesystem and Memory drivers are also available, but in early stages of development, and so many features do not yet work: The kivik driver system is modeled after the standard library's `sql` and `sql/driver` packages, although the client API is completely different due to the different database models implemented by SQL and NoSQL databases such as CouchDB. couchDB stores JSON, so Kivik translates Go data structures to and from JSON as necessary. The conversion between Go data types and JSON, and vice versa, is handled automatically according to the rules and behavior described in the documentationf or the standard library's `encoding/json` package (https://golang.org/pkg/encoding/json). One would be well-advised to become familiar with using `json` struct field tags (https://golang.org/pkg/encoding/json/#Marshal) when working with JSON documents. Most Kivik methods take `context.Context` as their first argument. This allows the cancellation of blocking operations in the case that the result is no longer needed. A typical use case for a web application would be to cancel a Kivik request if the remote HTTP client ahs disconnected, rednering the results of the query irrelevant. To learn more about Go's contexts, read the `context` package documentation (https://golang.org/pkg/context/) and read the Go blog post "Go Concurrency Patterns: Context" (https://blog.golang.org/context) for example code. If in doubt, you can pass `context.TODO()` as the context variable. Example: Kivik returns errors that embed an HTTP status code. In most cases, this is the HTTP status code returned by the server. The embedded HTTP status code may be accessed easily using the StatusCode() method, or with a type assertion to `interface { StatusCode() int }`. Example: Any error that does not conform to this interface will be assumed to represent a http.StatusInternalServerError status code. For common usage, authentication should be as simple as including the authentication credentials in the connection DSN. For example: This will connect to `localhost` on port 5984, using the username `admin` and the password `abc123`. When connecting to CouchDB (as in the above example), this will use cookie auth (https://docs.couchdb.org/en/stable/api/server/authn.html?highlight=cookie%20auth#cookie-authentication). Depending on which driver you use, there may be other ways to authenticate, as well. At the moment, the CouchDB driver is the only official driver which offers additional authentication methods. Please refer to the CouchDB package documentation for details (https://pkg.go.dev/github.com/go-kivik/couchdb/v4). With a client handle in hand, you can create a database handle with the DB() method to interact with a specific database.

Package kivik provides a generic interface to CouchDB or CouchDB-like databases. The kivik package must be used in conjunction with a database driver. See https://github.com/flimzy/kivik/wiki/Kivik-database-drivers for a list. The kivik driver system is modeled after the standard library's sql and sql/driver packages, although the client API is completely different due to the different database models implemented by SQL and NoSQL databases such as CouchDB. Most functions that may block require a Context as their first argument. The context permits cancelling a blocked function in case of a timeout, or some other event (such as a cancelled HTTP request if a web server). Be sure to read the context package GoDocs at https://golang.org/pkg/context/ and see https://blog.golang.org/context for example code for a server that uses Contexts. If in doubt, you can pass context.TODO() as the context variable. Think of the TODO context as a place-holder for cases when it is unclear which Context to use, or when surrounding functions have not yet been extended to support a Context parameter. For example:

Package kivik provides a generic interface to CouchDB or CouchDB-like databases. The kivik package must be used in conjunction with a database driver. See https://github.com/go-kivik/kivik/wiki/Kivik-database-drivers for a list. The kivik driver system is modeled after the standard library's sql and sql/driver packages, although the client API is completely different due to the different database models implemented by SQL and NoSQL databases such as CouchDB.

Package couch provides a CouchDB API.

Package kivik provides a generic interface to CouchDB or CouchDB-like databases. The kivik package must be used in conjunction with a database driver. See https://github.com/go-kivik/kivik/wiki/Kivik-database-drivers for a list. The kivik driver system is modeled after the standard library's sql and sql/driver packages, although the client API is completely different due to the different database models implemented by SQL and NoSQL databases such as CouchDB.

Package kivik provides a generic interface to CouchDB or CouchDB-like databases. The kivik package must be used in conjunction with a database driver. See https://github.com/go-kivik/kivik/wiki/Kivik-database-drivers for a list. The kivik driver system is modeled after the standard library's sql and sql/driver packages, although the client API is completely different due to the different database models implemented by SQL and NoSQL databases such as CouchDB.

Package mango provides support for parsing and executing Cloudant, CouchDB, and PouchDB-style Mango queries against JSON documents.

Package uuid generates a 128-bit UUID based on Unix time (similar to one of CouchDB's UUID options). For example: The benefits of this form of UUID are chronological sortability, which is good for database key usage, and a measure of protection against predictability, since it carries at least 72 bits of entropy (9 x 8b). Note that this doesn't necessarily make it a good choice for cryptographic purposes. This package defaults to the UUID form without dashes, as they're not particularly useful in this format.

Package akc_go_sdk_v2 provide core functions for developers to build a robust chaincode with minimum setup. There are 2 main sub packages to use akc-go-sdk-v2/util provides CRUD utilities to work with CouchDB State Database Reference: https://pkg.go.dev/github.com/Akachain/akc-go-sdk-v2/util akc-go-sdk-v2/mock provides testing suit to connect to a CouchDB instance and run the chaincode code against it. Reference: https://pkg.go.dev/github.com/Akachain/akc-go-sdk-v2/mock

Package couchdb provides components to work with CouchDB 2.x with Go. Resource is the low-level wrapper functions of HTTP methods used for communicating with CouchDB Server. Server contains all the functions to work with CouchDB server, including some basic functions to facilitate the basic user management provided by it. Database contains all the functions to work with CouchDB database, such as documents manipulating and querying. ViewResults represents the results produced by design document views. When calling any of its functions like Offset(), TotalRows(), UpdateSeq() or Rows(), it will perform a query on views on server side, and returns results as slice of Row ViewDefinition is a definition of view stored in a specific design document, you can define your own map-reduce functions and Sync with the database. Document represents a document object in database. All struct that can be mapped into CouchDB document must have it embedded. For example: Then you can call Store(db, &user) to store it into CouchDB or Load(db, user.GetID(), &anotherUser) to get the data from database. ViewField represents a view definition value bound to Document.

Package couchdb implements wrappers for the CouchDB HTTP API. Unless otherwise noted, all functions in this package can be called from more than one goroutine at the same time.