- Generated by
1.9.8
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Halide 22.0.0
Halide compiler and libraries
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#include <memory>#include <sstream>#include <stdexcept>#include "Debug.h"#include "runtime/HalideRuntime.h"Go to the source code of this file.
Classes | |
| struct | Halide::Error |
| A base class for Halide errors. More... | |
| struct | Halide::RuntimeError |
| An error that occurs while running a JIT-compiled Halide pipeline. More... | |
| struct | Halide::CompileError |
| An error that occurs while compiling a Halide pipeline that Halide attributes to a user error. More... | |
| struct | Halide::InternalError |
| An error that occurs while compiling a Halide pipeline that Halide attributes to an internal compiler bug, or to an invalid use of Halide's internals. More... | |
| class | Halide::CompileTimeErrorReporter |
| CompileTimeErrorReporter is used at compile time (not runtime) when an error or warning is generated by Halide. More... | |
| class | Halide::Internal::ReportBase< T > |
| struct | Halide::Internal::ErrorReport< Exception > |
| struct | Halide::Internal::WarningReport |
Namespaces | |
| namespace | Halide |
| This file defines the class FunctionDAG, which is our representation of a Halide pipeline, and contains methods to using Halide's bounds tools to query properties of it. | |
| namespace | Halide::Internal |
Macros | |
| #define | user_warning _halide_user_warning |
| #define | user_error _halide_error_impl(Halide::CompileError) |
| #define | internal_error _halide_error_impl(Halide::InternalError) |
| #define | halide_runtime_error _halide_error_impl(Halide::RuntimeError) |
| #define | internal_assert(c) _halide_assert_impl(c, Halide::InternalError) |
| #define | user_assert(c) _halide_assert_impl(c, Halide::CompileError) |
| #define | _halide_user_error _halide_error_impl(Halide::CompileError) |
| #define | _halide_internal_error _halide_error_impl(Halide::InternalError) |
| #define | _halide_runtime_error _halide_error_impl(Halide::RuntimeError) |
| #define | _halide_internal_assert(c) _halide_assert_impl(c, Halide::InternalError) |
| #define | _halide_user_assert(c) _halide_assert_impl(c, Halide::CompileError) |
Functions | |
| bool | Halide::exceptions_enabled () |
| Query whether Halide was compiled with exceptions. | |
| void | Halide::set_custom_compile_time_error_reporter (CompileTimeErrorReporter *error_reporter) |
| The default error reporter logs to stderr, then throws an exception (if HALIDE_WITH_EXCEPTIONS) or calls abort (if not). | |
| void | Halide::Internal::issue_warning (const char *warning) |
| If a custom error reporter is configured, notifies the reporter by calling its warning() function. | |
| HALIDE_EXPORT_SYMBOL void | Halide::Internal::unhandled_exception_handler () |
| #define _halide_error_impl | ( | type | ) |
The following three diagnostic macros are implemented such that the message is evaluated only if the assertion's value is false.
This (regrettably) requires a macro to work, but has the highly desirable effect that all assertion parameters are totally skipped (not ever evaluated) when the assertion is true.
The macros work by deferring the call to issue() until after the stream has been evaluated. This previously used a trick where ErrorReport would throw in the destructor, but throwing in a destructor is UB in a lot of scenarios, and it was easy to break things by mistake.
| #define _halide_assert_impl | ( | condition, | |
| type | |||
| ) |
The following three diagnostic macros are implemented such that the message is evaluated only if the assertion's value is false.
This (regrettably) requires a macro to work, but has the highly desirable effect that all assertion parameters are totally skipped (not ever evaluated) when the assertion is true.
The macros work by deferring the call to issue() until after the stream has been evaluated. This previously used a trick where ErrorReport would throw in the destructor, but throwing in a destructor is UB in a lot of scenarios, and it was easy to break things by mistake.
| #define _halide_user_warning |
The following three diagnostic macros are implemented such that the message is evaluated only if the assertion's value is false.
This (regrettably) requires a macro to work, but has the highly desirable effect that all assertion parameters are totally skipped (not ever evaluated) when the assertion is true.
The macros work by deferring the call to issue() until after the stream has been evaluated. This previously used a trick where ErrorReport would throw in the destructor, but throwing in a destructor is UB in a lot of scenarios, and it was easy to break things by mistake.
| #define user_warning _halide_user_warning |
| #define user_error _halide_error_impl(Halide::CompileError) |
| #define internal_error _halide_error_impl(Halide::InternalError) |
| #define halide_runtime_error _halide_error_impl(Halide::RuntimeError) |
| #define internal_assert | ( | c | ) | _halide_assert_impl(c, Halide::InternalError) |
| #define user_assert | ( | c | ) | _halide_assert_impl(c, Halide::CompileError) |
| #define _halide_user_error _halide_error_impl(Halide::CompileError) |
| #define _halide_internal_error _halide_error_impl(Halide::InternalError) |
| #define _halide_runtime_error _halide_error_impl(Halide::RuntimeError) |
| #define _halide_internal_assert | ( | c | ) | _halide_assert_impl(c, Halide::InternalError) |
| #define _halide_user_assert | ( | c | ) | _halide_assert_impl(c, Halide::CompileError) |
1.9.8