search for: cccustomaction

...add a flag to CCValAssign (take a bit from HTP) to indicate isCustom and a way to author an arbitrary CCAction by including the source directly in the TableGen mini-language. This latter change might want a generic change to the TableGen language. For example, the syntax might be like: class foo : CCCustomAction { code <<< EOF ....multi-line C++ code goes here that allocates regs & mem and sets CCValAssign::isCustom.... EOF } Does this seem reasonable? An alternative is for CCCustom to take a string that names a function to be called: CCIfType<[f64], CCCustom<"MyCustomLoweri...

...n (take a bit from HTP) to indicate isCustom and a way to > author an arbitrary CCAction by including the source directly in the > TableGen mini-language. This latter change might want a generic change > to the TableGen language. For example, the syntax might be like: > > class foo : CCCustomAction { > code <<< EOF > ....multi-line C++ code goes here that allocates regs & mem and > sets CCValAssign::isCustom.... > EOF > } > > Does this seem reasonable? An alternative is for CCCustom to take a > string that names a function to be called: > > CCIf...

...TP) to indicate isCustom and a way to >> author an arbitrary CCAction by including the source directly in the >> TableGen mini-language. This latter change might want a generic change >> to the TableGen language. For example, the syntax might be like: >> >> class foo : CCCustomAction { >> code <<< EOF >> ....multi-line C++ code goes here that allocates regs & mem and >> sets CCValAssign::isCustom.... >> EOF >> } >> >> Does this seem reasonable? An alternative is for CCCustom to take a >> string that names a funct...

...to >>> author an arbitrary CCAction by including the source directly in the >>> TableGen mini-language. This latter change might want a generic >>> change >>> to the TableGen language. For example, the syntax might be like: >>> >>> class foo : CCCustomAction { >>> code <<< EOF >>> ....multi-line C++ code goes here that allocates regs & mem and >>> sets CCValAssign::isCustom.... >>> EOF >>> } >>> >>> Does this seem reasonable? An alternative is for CCCustom to take a >&gt...

...thor an arbitrary CCAction by including the source directly in the >>>> TableGen mini-language. This latter change might want a generic >>>> change >>>> to the TableGen language. For example, the syntax might be like: >>>> >>>> class foo : CCCustomAction { >>>> code <<< EOF >>>> ....multi-line C++ code goes here that allocates regs & mem and >>>> sets CCValAssign::isCustom.... >>>> EOF >>>> } >>>> >>>> Does this seem reasonable? An alternative is fo...

...source directly in >>>>> the >>>>> TableGen mini-language. This latter change might want a generic >>>>> change >>>>> to the TableGen language. For example, the syntax might be like: >>>>> >>>>> class foo : CCCustomAction { >>>>> code <<< EOF >>>>> ....multi-line C++ code goes here that allocates regs & mem and >>>>> sets CCValAssign::isCustom.... >>>>> EOF >>>>> } >>>>> >>>>> Does this seem reaso...

...t;>>>>> the >>>>>> TableGen mini-language. This latter change might want a generic >>>>>> change >>>>>> to the TableGen language. For example, the syntax might be like: >>>>>> >>>>>> class foo : CCCustomAction { >>>>>> code <<< EOF >>>>>> ....multi-line C++ code goes here that allocates regs & mem and >>>>>> sets CCValAssign::isCustom.... >>>>>> EOF >>>>>> } >>>>>> >>>>&...

...gt;>>>> TableGen mini-language. This latter change might want a generic >>>>>>>> change >>>>>>>> to the TableGen language. For example, the syntax might be like: >>>>>>>> >>>>>>>> class foo : CCCustomAction { >>>>>>>> code <<< EOF >>>>>>>> ....multi-line C++ code goes here that allocates regs & mem >>>>>>>> and >>>>>>>> sets CCValAssign::isCustom.... >>>>>>>> EOF >&...

...t; the >>>>>>> TableGen mini-language. This latter change might want a generic >>>>>>> change >>>>>>> to the TableGen language. For example, the syntax might be like: >>>>>>> >>>>>>> class foo : CCCustomAction { >>>>>>> code <<< EOF >>>>>>> ....multi-line C++ code goes here that allocates regs & mem >>>>>>> and >>>>>>> sets CCValAssign::isCustom.... >>>>>>> EOF >>>>>&gt...

On Dec 27, 2008, at 4:30 AM, Sandeep Patel wrote: > Attached is a prototype patch that uses CCState to lower RET nodes in > the ARM target. Lowering CALL nodes will come later. > > This patch does not handle f64 and i64 types. For these types, it > would be ideal to request the conversions below: i64 isn't Legal on ARM, so it should already be handled. > > > def

...t; generic >>>>>>>>>> change >>>>>>>>>> to the TableGen language. For example, the syntax might be >>>>>>>>>> like: >>>>>>>>>> >>>>>>>>>> class foo : CCCustomAction { >>>>>>>>>> code <<< EOF >>>>>>>>>> ....multi-line C++ code goes here that allocates regs & mem >>>>>>>>>> and >>>>>>>>>> sets CCValAssign::isCustom.... >>&gt...

...>>>>> generic >>>>>>>>> change >>>>>>>>> to the TableGen language. For example, the syntax might be >>>>>>>>> like: >>>>>>>>> >>>>>>>>> class foo : CCCustomAction { >>>>>>>>> code <<< EOF >>>>>>>>> ....multi-line C++ code goes here that allocates regs & mem >>>>>>>>> and >>>>>>>>> sets CCValAssign::isCustom.... >>>>>>&gt...

...gt;>>>> change >>>>>>>>>>>> to the TableGen language. For example, the syntax might be >>>>>>>>>>>> like: >>>>>>>>>>>> >>>>>>>>>>>> class foo : CCCustomAction { >>>>>>>>>>>> code <<< EOF >>>>>>>>>>>> ....multi-line C++ code goes here that allocates regs & mem >>>>>>>>>>>> and >>>>>>>>>>>> sets CCValA...

...gt;>>>>>>>> change >>>>>>>>>>> to the TableGen language. For example, the syntax might be >>>>>>>>>>> like: >>>>>>>>>>> >>>>>>>>>>> class foo : CCCustomAction { >>>>>>>>>>> code <<< EOF >>>>>>>>>>> ....multi-line C++ code goes here that allocates regs & mem >>>>>>>>>>> and >>>>>>>>>>> sets CCValAssign::isCustom...

...gt; change >>>>>>>>>>>>> to the TableGen language. For example, the syntax might be >>>>>>>>>>>>> like: >>>>>>>>>>>>> >>>>>>>>>>>>> class foo : CCCustomAction { >>>>>>>>>>>>> code <<< EOF >>>>>>>>>>>>> ....multi-line C++ code goes here that allocates regs & mem >>>>>>>>>>>>> and >>>>>>>>>>>>...

...gt;>>>>>>>>>>>> to the TableGen language. For example, the syntax might be >>>>>>>>>>>>>> like: >>>>>>>>>>>>>> >>>>>>>>>>>>>> class foo : CCCustomAction { >>>>>>>>>>>>>> code <<< EOF >>>>>>>>>>>>>> ....multi-line C++ code goes here that allocates regs & mem >>>>>>>>>>>>>> and >>>>>>>>>...

Attached is a prototype patch that uses CCState to lower RET nodes in the ARM target. Lowering CALL nodes will come later. This patch does not handle f64 and i64 types. For these types, it would be ideal to request the conversions below: def RetCC_ARM_APCS : CallingConv<[ CCIfType<[f32], CCBitConvertToType<i32>>, CCIfType<[f64], CCBitConvertToType<i64>>,

...e. For example, the syntax >>>>>>>>>>>>>>> might be >>>>>>>>>>>>>>> like: >>>>>>>>>>>>>>> >>>>>>>>>>>>>>> class foo : CCCustomAction { >>>>>>>>>>>>>>> code <<< EOF >>>>>>>>>>>>>>> ....multi-line C++ code goes here that allocates regs >>>>>>>>>>>>>>> & mem >>>>>>&g...

..., the syntax >>>>>>>>>>>>>>>> might be >>>>>>>>>>>>>>>> like: >>>>>>>>>>>>>>>> >>>>>>>>>>>>>>>> class foo : CCCustomAction { >>>>>>>>>>>>>>>> code <<< EOF >>>>>>>>>>>>>>>> ....multi-line C++ code goes here that allocates regs >>>>>>>>>>>>>>>> & mem >>>>...

...;>>>>>>>>>>>>> might be >>>>>>>>>>>>>>>>>> like: >>>>>>>>>>>>>>>>>> >>>>>>>>>>>>>>>>>> class foo : CCCustomAction { >>>>>>>>>>>>>>>>>> code <<< EOF >>>>>>>>>>>>>>>>>> ....multi-line C++ code goes here that allocates regs >>>>>>>>>>>>>>>>>> &a...