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#ifndef AWS_TESTING_ASYNC_STREAM_TESTER_H #define AWS_TESTING_ASYNC_STREAM_TESTER_H /** * Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved. * SPDX-License-Identifier: Apache-2.0. */ #include #include #include #include #include #include #include #ifndef AWS_UNSTABLE_TESTING_API # error This code is designed for use by AWS owned libraries for the AWS C99 SDK. \ You are welcome to use it, but we make no promises on the stability of this API. \ To enable use of this code, set the AWS_UNSTABLE_TESTING_API compiler flag. #endif /** * Use aws_async_input_stream_tester to test edge cases in systems that take async streams. * You can customize its behavior (e.g. fail on 3rd read, always complete async, always complete synchronously, etc) */ enum aws_async_read_completion_strategy { /* the tester has its own thread, and reads always complete from there */ AWS_ASYNC_READ_COMPLETES_ON_ANOTHER_THREAD, /* reads complete before read() even returns */ AWS_ASYNC_READ_COMPLETES_IMMEDIATELY, /* sometimes reads complete immediately, sometimes they complete on another thread */ AWS_ASYNC_READ_COMPLETES_ON_RANDOM_THREAD, }; struct aws_async_input_stream_tester_options { /* the async tester uses the synchronous tester under the hood, * so here are those options */ struct aws_input_stream_tester_options base; enum aws_async_read_completion_strategy completion_strategy; /* if non-zero, a read will take at least this long to complete */ uint64_t read_duration_ns; }; struct aws_async_input_stream_tester { struct aws_async_input_stream base; struct aws_allocator *alloc; struct aws_async_input_stream_tester_options options; struct aws_input_stream *source_stream; struct aws_thread thread; struct { struct aws_mutex lock; struct aws_condition_variable cvar; /* when thread should perform a read, these are set */ struct aws_byte_buf *read_dest; struct aws_future_bool *read_future; /* if true, thread should shut down */ bool do_shutdown; } synced_data; struct aws_atomic_var num_outstanding_reads; }; static inline void s_async_input_stream_tester_do_actual_read( struct aws_async_input_stream_tester *impl, struct aws_byte_buf *dest, struct aws_future_bool *read_future) { int error_code = 0; /* delay, if that's how we're configured */ if (impl->options.read_duration_ns != 0) { aws_thread_current_sleep(impl->options.read_duration_ns); } /* Keep calling read() until we get some data, or hit EOF. * We do this because the synchronous aws_input_stream API allows * 0 byte reads, but the aws_async_input_stream API does not. */ size_t prev_len = dest->len; struct aws_stream_status status = {.is_end_of_stream = false, .is_valid = true}; while ((dest->len == prev_len) && !status.is_end_of_stream) { /* read from stream */ if (aws_input_stream_read(impl->source_stream, dest) != AWS_OP_SUCCESS) { error_code = aws_last_error(); goto done; } /* check if stream is done */ if (aws_input_stream_get_status(impl->source_stream, &status) != AWS_OP_SUCCESS) { error_code = aws_last_error(); goto done; } } done: aws_atomic_fetch_sub(&impl->num_outstanding_reads, 1); if (error_code != 0) { aws_future_bool_set_error(read_future, error_code); } else { aws_future_bool_set_result(read_future, status.is_end_of_stream); } aws_future_bool_release(read_future); } static inline struct aws_future_bool *s_async_input_stream_tester_read( struct aws_async_input_stream *stream, struct aws_byte_buf *dest) { struct aws_async_input_stream_tester *impl = (struct aws_async_input_stream_tester *)stream->impl; size_t prev_outstanding_reads = aws_atomic_fetch_add(&impl->num_outstanding_reads, 1); AWS_FATAL_ASSERT(prev_outstanding_reads == 0 && "Overlapping read() calls are forbidden"); struct aws_future_bool *read_future = aws_future_bool_new(stream->alloc); bool do_on_thread = false; switch (impl->options.completion_strategy) { case AWS_ASYNC_READ_COMPLETES_ON_ANOTHER_THREAD: do_on_thread = true; break; case AWS_ASYNC_READ_COMPLETES_IMMEDIATELY: do_on_thread = false; break; case AWS_ASYNC_READ_COMPLETES_ON_RANDOM_THREAD: do_on_thread = (rand() % 2 == 0); break; } if (do_on_thread) { /* BEGIN CRITICAL SECTION */ aws_mutex_lock(&impl->synced_data.lock); impl->synced_data.read_dest = dest; impl->synced_data.read_future = aws_future_bool_acquire(read_future); AWS_FATAL_ASSERT(aws_condition_variable_notify_all(&impl->synced_data.cvar) == AWS_OP_SUCCESS); aws_mutex_unlock(&impl->synced_data.lock); /* END CRITICAL SECTION */ } else { /* acquire additional refcount on future, since we call release once it's complete */ aws_future_bool_acquire(read_future); s_async_input_stream_tester_do_actual_read(impl, dest, read_future); } return read_future; } static inline void s_async_input_stream_tester_do_actual_destroy(struct aws_async_input_stream_tester *impl) { if (impl->options.completion_strategy != AWS_ASYNC_READ_COMPLETES_IMMEDIATELY) { aws_condition_variable_clean_up(&impl->synced_data.cvar); aws_mutex_clean_up(&impl->synced_data.lock); } aws_input_stream_release(impl->source_stream); aws_mem_release(impl->base.alloc, impl); } /* refcount has reached zero */ static inline void s_async_input_stream_tester_destroy(struct aws_async_input_stream *async_stream) { struct aws_async_input_stream_tester *impl = (struct aws_async_input_stream_tester *)async_stream->impl; if (impl->options.completion_strategy == AWS_ASYNC_READ_COMPLETES_IMMEDIATELY) { s_async_input_stream_tester_do_actual_destroy(impl); } else { /* signal thread to finish cleaning things up */ /* BEGIN CRITICAL SECTION */ aws_mutex_lock(&impl->synced_data.lock); impl->synced_data.do_shutdown = true; AWS_FATAL_ASSERT(aws_condition_variable_notify_all(&impl->synced_data.cvar) == AWS_OP_SUCCESS); aws_mutex_unlock(&impl->synced_data.lock); /* END CRITICAL SECTION */ } } static inline bool s_async_input_stream_tester_thread_pred(void *arg) { struct aws_async_input_stream_tester *impl = (struct aws_async_input_stream_tester *)arg; return impl->synced_data.do_shutdown || (impl->synced_data.read_dest != NULL); } static inline void s_async_input_stream_tester_thread(void *arg) { struct aws_async_input_stream_tester *impl = (struct aws_async_input_stream_tester *)arg; bool do_shutdown = false; struct aws_byte_buf *read_dest = NULL; struct aws_future_bool *read_future = NULL; while (!do_shutdown) { /* BEGIN CRITICAL SECTION */ aws_mutex_lock(&impl->synced_data.lock); AWS_FATAL_ASSERT( aws_condition_variable_wait_pred( &impl->synced_data.cvar, &impl->synced_data.lock, s_async_input_stream_tester_thread_pred, impl) == AWS_OP_SUCCESS); /* acquire work */ do_shutdown = impl->synced_data.do_shutdown; read_dest = impl->synced_data.read_dest; impl->synced_data.read_dest = NULL; read_future = impl->synced_data.read_future; impl->synced_data.read_future = NULL; aws_mutex_unlock(&impl->synced_data.lock); /* END CRITICAL SECTION */ if (read_dest != NULL) { s_async_input_stream_tester_do_actual_read(impl, read_dest, read_future); } } /* thread has shut down, finish destruction */ s_async_input_stream_tester_do_actual_destroy(impl); } static inline uint64_t aws_async_input_stream_tester_total_bytes_read( const struct aws_async_input_stream *async_stream) { const struct aws_async_input_stream_tester *async_impl = (const struct aws_async_input_stream_tester *)async_stream->impl; const struct aws_input_stream_tester *synchronous_impl = (const struct aws_input_stream_tester *)async_impl->source_stream->impl; return synchronous_impl->total_bytes_read; } static struct aws_async_input_stream_vtable s_async_input_stream_tester_vtable = { .destroy = s_async_input_stream_tester_destroy, .read = s_async_input_stream_tester_read, }; static inline struct aws_async_input_stream *aws_async_input_stream_new_tester( struct aws_allocator *alloc, const struct aws_async_input_stream_tester_options *options) { struct aws_async_input_stream_tester *impl = (struct aws_async_input_stream_tester *)aws_mem_calloc(alloc, 1, sizeof(struct aws_async_input_stream_tester)); aws_async_input_stream_init_base(&impl->base, alloc, &s_async_input_stream_tester_vtable, impl); impl->options = *options; aws_atomic_init_int(&impl->num_outstanding_reads, 0); impl->source_stream = aws_input_stream_new_tester(alloc, &options->base); AWS_FATAL_ASSERT(impl->source_stream); if (options->completion_strategy != AWS_ASYNC_READ_COMPLETES_IMMEDIATELY) { aws_mutex_init(&impl->synced_data.lock); aws_condition_variable_init(&impl->synced_data.cvar); AWS_FATAL_ASSERT(aws_thread_init(&impl->thread, alloc) == AWS_OP_SUCCESS); struct aws_thread_options thread_options = *aws_default_thread_options(); thread_options.name = aws_byte_cursor_from_c_str("AsyncStream"); thread_options.join_strategy = AWS_TJS_MANAGED; AWS_FATAL_ASSERT( aws_thread_launch(&impl->thread, s_async_input_stream_tester_thread, impl, &thread_options) == AWS_OP_SUCCESS); } return &impl->base; } #endif /* AWS_TESTING_ASYNC_STREAM_TESTER_H */