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#ifndef AWS_IO_HOST_RESOLVER_H #define AWS_IO_HOST_RESOLVER_H /** * Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved. * SPDX-License-Identifier: Apache-2.0. */ #include #include AWS_PUSH_SANE_WARNING_LEVEL struct aws_event_loop_group; enum aws_address_record_type { /* ipv4 address. */ AWS_ADDRESS_RECORD_TYPE_A, /* ipv6 address. */ AWS_ADDRESS_RECORD_TYPE_AAAA }; enum aws_get_host_address_flags { /* get number of ipv4 addresses. */ AWS_GET_HOST_ADDRESS_COUNT_RECORD_TYPE_A = 0x00000001, /* get number of ipv6 addresses. */ AWS_GET_HOST_ADDRESS_COUNT_RECORD_TYPE_AAAA = 0x00000002 }; struct aws_string; struct aws_host_address { struct aws_allocator *allocator; const struct aws_string *host; const struct aws_string *address; enum aws_address_record_type record_type; uint64_t expiry; /* This next section is strictly for mitigating the impact of sticky hosts that aren't performing well. */ /*for use in DNS-based load balancing.*/ size_t use_count; /* give a hint on when to remove a bad host from service. */ size_t connection_failure_count; /* we don't implement this yet, but we will asap. */ uint8_t weight; }; struct aws_host_resolver; /** * Invoked once an address has been resolved for host. The type in host_addresses is struct aws_host_address (by-value). * The caller does not own this memory and you must copy the host address before returning from this function if you * plan to use it later. For convenience, we've provided the aws_host_address_copy() and aws_host_address_clean_up() * functions. */ typedef void(aws_on_host_resolved_result_fn)( struct aws_host_resolver *resolver, const struct aws_string *host_name, int err_code, const struct aws_array_list *host_addresses, void *user_data); /** * Function signature for configuring your own resolver (the default just uses getaddrinfo()). The type in * output_addresses is struct aws_host_address (by-value). We assume this function blocks, hence this absurdly * complicated design. */ typedef int(aws_resolve_host_implementation_fn)( struct aws_allocator *allocator, const struct aws_string *host_name, struct aws_array_list *output_addresses, void *user_data); struct aws_host_resolution_config { aws_resolve_host_implementation_fn *impl; size_t max_ttl; void *impl_data; uint64_t resolve_frequency_ns; /* 0 defaults to 1 second interval */ }; struct aws_host_resolver_purge_host_options { /* the host to purge the cache for */ const struct aws_string *host; /* Callback to invoke when the purge is complete */ aws_simple_completion_callback *on_host_purge_complete_callback; /* user_data will be passed as it is in the callback. */ void *user_data; }; /** should you absolutely disdain the default implementation, feel free to implement your own. */ struct aws_host_resolver_vtable { /** clean up everything you allocated, but not resolver itself. */ void (*destroy)(struct aws_host_resolver *resolver); /** resolve the host by host_name, the user owns host_name, so it needs to be copied if you persist it, * invoke res with the result. This function should never block. */ int (*resolve_host)( struct aws_host_resolver *resolver, const struct aws_string *host_name, aws_on_host_resolved_result_fn *res, const struct aws_host_resolution_config *config, void *user_data); /** gives your implementation a hint that an address has some failed connections occuring. Do whatever you want (or * nothing) about it. */ int (*record_connection_failure)(struct aws_host_resolver *resolver, const struct aws_host_address *address); /** * @Deprecated Use purge_cache_with_callback instead * wipe out anything you have cached. */ int (*purge_cache)(struct aws_host_resolver *resolver); /** wipe out anything you have cached. */ int (*purge_cache_with_callback)( struct aws_host_resolver *resolver, aws_simple_completion_callback *on_purge_cache_complete_callback, void *user_data); /** wipe out anything cached for a specific host */ int (*purge_host_cache)( struct aws_host_resolver *resolver, const struct aws_host_resolver_purge_host_options *options); /** get number of addresses for a given host. */ size_t (*get_host_address_count)( struct aws_host_resolver *resolver, const struct aws_string *host_name, uint32_t flags); }; struct aws_host_resolver { struct aws_allocator *allocator; void *impl; struct aws_host_resolver_vtable *vtable; struct aws_ref_count ref_count; struct aws_shutdown_callback_options shutdown_options; }; struct aws_host_resolver_default_options { size_t max_entries; struct aws_event_loop_group *el_group; const struct aws_shutdown_callback_options *shutdown_options; aws_io_clock_fn *system_clock_override_fn; }; AWS_EXTERN_C_BEGIN /** * Copies `from` to `to`. */ AWS_IO_API int aws_host_address_copy(const struct aws_host_address *from, struct aws_host_address *to); /** * Moves `from` to `to`. After this call, from is no longer usable. Though, it could be resused for another * move or copy operation. */ AWS_IO_API void aws_host_address_move(struct aws_host_address *from, struct aws_host_address *to); /** * Cleans up the memory for `address` */ AWS_IO_API void aws_host_address_clean_up(struct aws_host_address *address); /** WARNING! do not call this function directly (getaddrinfo()): it blocks. Provide a pointer to this function for other * resolution functions. */ AWS_IO_API int aws_default_dns_resolve( struct aws_allocator *allocator, const struct aws_string *host_name, struct aws_array_list *output_addresses, void *user_data); /** * Creates a host resolver with the default behavior. Here's the behavior: * * Since there's not a reliable way to do non-blocking DNS without a ton of risky work that would need years of testing * on every Unix system in existence, we work around it by doing a threaded implementation. * * When you request an address, it checks the cache. If the entry isn't in the cache it creates a new one. * Each entry has a potentially short lived back-ground thread based on ttl for the records. Once we've populated the * cache and you keep the resolver active, the resolution callback will be invoked immediately. When it's idle, it will * take a little while in the background thread to fetch more, evaluate TTLs etc... In that case your callback will be * invoked from the background thread. * * -------------------------------------------------------------------------------------------------------------------- * * A few things to note about TTLs and connection failures. * * We attempt to honor your max ttl but will not honor it if dns queries are failing or all of your connections are * marked as failed. Once we are able to query dns again, we will re-evaluate the TTLs. * * Upon notification connection failures, we move them to a separate list. Eventually we retry them when it's likely * that the endpoint is healthy again or we don't really have another choice, but we try to keep them out of your * hot path. * * --------------------------------------------------------------------------------------------------------------------- * * Finally, this entire design attempts to prevent problems where developers have to choose between large TTLs and thus * sticky hosts or short TTLs and good fleet utilization but now higher latencies. In this design, we resolve every * second in the background (only while you're actually using the record), but we do not expire the earlier resolved * addresses until max ttl has passed. * * This for example, should enable you to hit thousands of hosts in the Amazon S3 fleet instead of just one or two. */ AWS_IO_API struct aws_host_resolver *aws_host_resolver_new_default( struct aws_allocator *allocator, const struct aws_host_resolver_default_options *options); /** * Increments the reference count on the host resolver, allowing the caller to take a reference to it. * * Returns the same host resolver passed in. */ AWS_IO_API struct aws_host_resolver *aws_host_resolver_acquire(struct aws_host_resolver *resolver); /** * Decrements a host resolver's ref count. When the ref count drops to zero, the resolver will be destroyed. */ AWS_IO_API void aws_host_resolver_release(struct aws_host_resolver *resolver); /** * calls resolve_host on the vtable. config will be copied. */ AWS_IO_API int aws_host_resolver_resolve_host( struct aws_host_resolver *resolver, const struct aws_string *host_name, aws_on_host_resolved_result_fn *res, const struct aws_host_resolution_config *config, void *user_data); /** * calls record_connection_failure on the vtable. */ AWS_IO_API int aws_host_resolver_record_connection_failure( struct aws_host_resolver *resolver, const struct aws_host_address *address); /** * @Deprecated Use purge_cache_with_callback instead * calls purge_cache on the vtable. */ AWS_IO_API int aws_host_resolver_purge_cache(struct aws_host_resolver *resolver); /** * Calls aws_host_resolver_purge_cache_with_callback on the vtable which will wipe out everything host resolver has * cached. */ AWS_IO_API int aws_host_resolver_purge_cache_with_callback( struct aws_host_resolver *resolver, aws_simple_completion_callback *on_purge_cache_complete_callback, void *user_data); /** * Removes the cache for a host asynchronously. */ AWS_IO_API int aws_host_resolver_purge_host_cache( struct aws_host_resolver *resolver, const struct aws_host_resolver_purge_host_options *options); /** * get number of addresses for a given host. */ AWS_IO_API size_t aws_host_resolver_get_host_address_count( struct aws_host_resolver *resolver, const struct aws_string *host_name, uint32_t flags); /** * Returns the default host resolution config used internally if none specified. * * @return default host resolution config */ AWS_IO_API struct aws_host_resolution_config aws_host_resolver_init_default_resolution_config(void); AWS_EXTERN_C_END AWS_POP_SANE_WARNING_LEVEL #endif /* AWS_IO_HOST_RESOLVER_H */