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doc: Describe all feature flags in library docs
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‎src/lib.rs‎

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//! style="width: 260px"></a>
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//! </p>
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//!
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//! This crate provides support for logging events and errors / panics to
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//! the [Sentry](https://sentry.io/) error logging service. It integrates with
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//! the standard panic system in Rust as well as a few popular error handling
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//! setups.
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//! This crate provides support for logging events and errors / panics to the
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//! [Sentry](https://sentry.io/) error logging service. It integrates with the standard panic
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//! system in Rust as well as a few popular error handling setups.
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//!
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//! # Quickstart
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//!
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//! To use the crate you need to create a client first. When a client is created
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//! it's typically bound to the current thread by calling `bind_client`. By default
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//! this happens by using the `sentry::init` convenience function. When the client
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//! is bound to the main thread it also becomes the default client for future
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//! threads created but it is always possible to override the client for a thread
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//! later by explicitly binding it.
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//! To use the crate you need to create a client first. When a client is created it's typically
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//! bound to the current thread by calling `bind_client`. By default this happens by using the
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//! `sentry::init` convenience function. When the client is bound to the main thread it also
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//! becomes the default client for future threads created but it is always possible to override the
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//! client for a thread later by explicitly binding it.
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//!
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//! The `sentry::init` function returns a guard that when dropped will flush
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//! Events that were not yet sent to the sentry service. It has a two second
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//! deadline for this so shutdown of applications might slightly delay as a result
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//! of this. Keep the guard around or sending events will not work.
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//! The `sentry::init` function returns a guard that when dropped will flush Events that were not
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//! yet sent to the sentry service. It has a two second deadline for this so shutdown of
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//! applications might slightly delay as a result of this. Keep the guard around or sending events
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//! will not work.
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//!
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//! ```
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//! let _guard = sentry::init("https://key@sentry.io/42");
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//!
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//! # Integrations
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//!
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//! What makes this crate useful are the various integrations that exist. Some
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//! of them are enabled by default, some uncommon ones or for deprecated parts of
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//! the ecosystem a feature flag needs to be enabled. For the available
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//! integrations and how to use them see [integrations](integrations/index.html).
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//! What makes this crate useful are the various integrations that exist. Some of them are enabled
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//! by default, some uncommon ones or for deprecated parts of the ecosystem a feature flag needs to
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//! be enabled. For the available integrations and how to use them see
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//! [integrations](integrations/index.html).
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//!
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//! # Scopes, Threads and Hubs
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//!
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//! Data is typically bound to a [`Scope`](struct.Scope.html). Scopes are stored
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//! in a hidden stack on a [`Hub`](struct.Hub.html). Once the library has been
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//! initialized a hub is automatically available. In the default config a new
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//! hub is created for each thread and they act independently.
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//! Data is typically bound to a [`Scope`](struct.Scope.html). Scopes are stored in a hidden stack
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//! on a [`Hub`](struct.Hub.html). Once the library has been initialized a hub is automatically
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//! available. In the default config a new hub is created for each thread and they act
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//! independently.
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//!
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//! The thread that calls `sentry::init` initializes the first hub which then automatically
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//! becomes the base of new hubs (You can get that hub by calling `Hub::main()`). If a
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//! new thread is spawned it gets a new hub based on that one (the thread calls
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//! `Hub::new_from_top(Hub::main())`). The current thread's hub is returned from
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//! `Hub::current()`. Any hub that is wrapped in an `Arc` can be temporarily bound to a
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//! thread with `Hub::run`. For more information see [`Hub`](struct.Hub.html).
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//! The thread that calls `sentry::init` initializes the first hub which then automatically becomes
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//! the base of new hubs (You can get that hub by calling `Hub::main()`). If a new thread is
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//! spawned it gets a new hub based on that one (the thread calls `Hub::new_from_top(Hub::main())`).
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//! The current thread's hub is returned from `Hub::current()`. Any hub that is wrapped in an `Arc`
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//! can be temporarily bound to a thread with `Hub::run`. For more information see
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//! [`Hub`](struct.Hub.html).
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//!
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//! Users are expected to reconfigure the scope with
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//! [`configure_scope`](fn.configure_scope.html). For more elaborate scope management
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//! the hub needs to be interfaced with directly.
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//! Users are expected to reconfigure the scope with [`configure_scope`](fn.configure_scope.html).
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//! For more elaborate scope management the hub needs to be interfaced with directly.
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//!
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//! In some situations (particularly in async code) it's often not possible to use
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//! the thread local hub. In that case a hub can be explicitly created and passed
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//! around. However due to the nature of some integrations some functionality like
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//! automatic breadcrumb recording depends on the thread local hub being correctly
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//! configured.
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//! In some situations (particularly in async code) it's often not possible to use the thread local
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//! hub. In that case a hub can be explicitly created and passed around. However due to the nature
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//! of some integrations some functionality like automatic breadcrumb recording depends on the
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//! thread local hub being correctly configured.
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//!
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//! # Minimal API
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//!
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//! This crate can also be used in "minimal" mode. This is enabled by disabling all
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//! default features of the crate. In that mode a minimal API set is retained that
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//! can be used to instrument code for Sentry without actually using Sentry. The
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//! minimal API is a small set of APIs that dispatch to the underlying implementations on
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//! the configured Sentry client. If the client is not there the minimal API will blackhole
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//! a lot of operations.
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//! This crate can also be used in "minimal" mode. This is enabled by disabling all default
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//! features of the crate. In that mode a minimal API set is retained that can be used to
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//! instrument code for Sentry without actually using Sentry. The minimal API is a small set of
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//! APIs that dispatch to the underlying implementations on the configured Sentry client. If the
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//! client is not there the minimal API will blackhole a lot of operations.
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//!
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//! Only if a user then also uses and configures Sentry this code becomes used.
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//!
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//! In minimal mode some types are restricted in functionality. For instance the
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//! `Client` is not available and the `Hub` does not retain all API functionality.
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//! To see what the APIs in mnimal mode look like you can build the docs for this
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//! crate without any features enabled.
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//! In minimal mode some types are restricted in functionality. For instance the `Client` is not
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//! available and the `Hub` does not retain all API functionality. To see what the APIs in mnimal
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//! mode look like you can build the docs for this crate without any features enabled.
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//!
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//! # Features
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//!
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//! Functionality of the crate can be turned on and off by feature flags. This is the
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//! current list of feature flags:
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//!
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//! default flags:
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//!
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//! * `with_client_implementation`: turns on the real client implementation.
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//! * `with_default_transport`: compiles in the default HTTP transport.
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//! * `with_backtrace`: enables backtrace support (automatically turned on in a few cases)
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//! * `with_panic`: enables the panic integration
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//! * `with_failure`: enables the `failure` integration
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//! * `with_log`: enables the `log` integration
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//! * `with_env_logger`: enables the `env_logger` integration
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//! * `with_device_info`: enables the device info context
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//! * `with_rust_info`: enables the rust compiler info context
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//! * `with_debug_meta`: enables debug meta support (permits server side symbolication)
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//! * `with_debug_to_log`: when enabled sentry will debug log to a debug log at all times
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//! instead of printing to stderr when debug is enabled on the hub.
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//!
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//! additional features:
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//!
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//! * `with_error_chain`: enables the error-chain integration
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//! * `with_test_support`: enables the test support module
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//! * `with_reqwest_transport`: enables the reqwest transport explicitly. This
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//! is currently the default transport.
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//! * `with_curl_transport`: enables the curl transport.
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//! Functionality of the crate can be turned on and off by feature flags. This is the current list
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//! of feature flags:
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//!
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//! Default features:
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//!
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//! * `with_client_implementation`: Turns on the real client implementation.
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//! * `with_default_transport`: Compiles in the default HTTP transport (see below).
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//! * `with_backtrace`: Enables backtrace support (automatically turned on in a few cases).
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//! * `with_panic`: Enables the panic integration.
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//! * `with_failure`: Enables the `failure` integration.
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//! * `with_device_info`: Enables the device info context.
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//! * `with_rust_info`: Enables the rust compiler info context instead of printing to stderr when
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//! debug is enabled on the hub.
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//!
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//! Additional context:
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//!
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//! * `with_debug_meta`: Adds debug meta to reported events (permits server side symbolication).
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//!
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//! Additional integrations:
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//!
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//! * `with_log`: Enables the `log` integration.
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//! * `with_env_logger`: Enables the `env_logger` integration.
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//! * `with_debug_to_log`: When enabled sentry will debug log to a debug log at all times.
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//! * `with_error_chain`: Enables the error-chain integration.
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//!
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//! Additional transports:
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//! * `with_reqwest_transport`: Enables the reqwest transport explicitly. This is currently the
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//! default transport.
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//! * `with_curl_transport`: Enables the curl transport.
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//! * `with_rustls`: Enables the `rustls` TLS implementation. This is currently the default when
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//! using the `with_reqwest_transport` feature.
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//! * `with_native_tls`: Enables the `default-tls` feature of the `reqwest` library.
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//!
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//! Testing:
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//!
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//! * `with_test_support`: Enables the test support module.
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#![warn(missing_docs)]
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#[macro_use]

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