Display the source code in rt/dwarfeh.d from which this page was generated on github.

If you spot a problem with this page, click here to create a Bugzilla issue.

Quickly fork, edit online, and submit a pull request for this page. Requires a signed-in GitHub account. This works well for small changes. If you'd like to make larger changes you may want to consider using local clone.

Module `rt.dwarfeh`

Exception handling support for Dwarf-style portable exceptions.

Functions

Name	Description
`actionTableLookup(exceptionObject, actionRecordPtr, pActionTable, tt, TType, exceptionClass)`	Look up classType in Action Table.
`actionTableLookup(exceptionObject, actionRecordPtr, pActionTable, tt, TType, exceptionClass)`	Look up classType in Action Table.
`getClassInfo(exceptionObject)`	Look at the chain of inflight exceptions and pick the class type that'll be looked for in catch clauses.
`getClassInfo(exceptionObject)`	Look at the chain of inflight exceptions and pick the class type that'll be looked for in catch clauses.
`getCppPtrToThrownObject(exceptionObject, sti)`	Get Pointer to Thrown Object if type of thrown object is implicitly convertible to the catch type.
`getCppPtrToThrownObject(exceptionObject, sti)`	Get Pointer to Thrown Object if type of thrown object is implicitly convertible to the catch type.
`scanLSDA(lsda, ip, exceptionClass, cleanupsOnly, preferHandler, exceptionObject, landingPad, handler)`	Read and extract information from the LSDA (aka gcc_except_table section). The dmd Call Site Table is structurally different from other implementations. It is organized as nested ranges, and one ip can map to multiple ranges. The most nested candidate is selected when searched. Other implementations have one candidate per ip.
`scanLSDA(lsda, ip, exceptionClass, cleanupsOnly, preferHandler, exceptionObject, landingPad, handler)`	Read and extract information from the LSDA (aka gcc_except_table section). The dmd Call Site Table is structurally different from other implementations. It is organized as nested ranges, and one ip can map to multiple ranges. The most nested candidate is selected when searched. Other implementations have one candidate per ip.
`sLEB128(p)`	Decode Signed LEB128.
`sLEB128(p)`	Decode Signed LEB128.
`uLEB128(p)`	Decode Unsigned LEB128.
`uLEB128(p)`	Decode Unsigned LEB128.
`_d_eh_swapContextDwarf(newContext)`	Called when fibers switch contexts.
`_d_eh_swapContextDwarf(newContext)`	Called when fibers switch contexts.
`_d_throwdwarf(o)`	Called by D code to throw an exception via
`_d_throwdwarf(o)`	Called by D code to throw an exception via

Interfaces

Name	Description
`CppTypeInfo`	Access C++ std::type_info's virtual functions from D, being careful to not require linking with libstd++ or interfere with core.stdcpp.typeinfo. So, give it a different name.
`CppTypeInfo`	Access C++ std::type_info's virtual functions from D, being careful to not require linking with libstd++ or interfere with core.stdcpp.typeinfo. So, give it a different name.

Structs

Name	Description
`CppExceptionHeader`	The C++ version of D's ExceptionHeader wrapper
`CppExceptionHeader`	The C++ version of D's ExceptionHeader wrapper
`ExceptionHeader`	Wrap the unwinder's data with our own compiler specific struct with our own data.
`ExceptionHeader`	Wrap the unwinder's data with our own compiler specific struct with our own data.

Manifest constants

Name	Type	Description
`cppExceptionClass`		C++ Support
`cppExceptionClass`		C++ Support

Authors

Walter Bright

License

Distributed under the Boost Software License 1.0. (See accompanying file LICENSE)