llvm::AMDGPU::TargetID

Synopsis

Declared in <llvm/TargetParser/AMDGPUTargetParser.h>

class TargetID;

Name	Description
`TargetID` [constructor]	Construct a TargetID from a triple `TT` and the processor+features string e.g. "gfx90a", "gfx90a:xnack+:sramecc-", "".
`~TargetID` [destructor]	Destructor
`getCanonicalFeatureString`
`getGPUKind`
`getSramEccSetting`
`getTargetTripleString`
`getXnackSetting`
`isAMDHSA`
`isEquivalent`	Returns true if `Other` denotes the same target as *this, i.e. the same processor and xnack/sramecc settings on a compatible triple. This is a semantic equality that looks through spelling differences.
`isSramEccOnOrAny`
`isSramEccOnOrOff`
`isSramEccSupported`
`isXnackOnOrAny`
`isXnackOnOrOff`
`isXnackSupported`
`print`
`printCanonicalTargetIDString`	Print the canonical processor name followed by any explicit xnack and sramecc feature modifiers (e.g. "gfx908:sramecc-:xnack+"), without the triple prefix.
`providesFor`	Returns true if a device image for *this can provide the device code for a request for `Other.` This is directional and models logical-linking compatibility.
`setSramEccSetting`	Sets sramecc setting to `NewSramEccSetting.`
`setXnackSetting`	Sets xnack setting to `NewXnackSetting.`
`toString`
`operator==`	Equality operator
`operator!=`	Inequality operator

Name	Description
`parse`	Parse and validate a TargetID for triple `TT` from the processor+features string `ProcAndFeatures` (e.g. "gfx90a", "gfx90a:xnack+:sramecc-", ""). Returns std::nullopt if the triple is not AMDGCN, the processor is unrecognized, or a feature modifier is invalid for the processor.
`parseTargetIDString`	Parse and validate a TargetID from a full "<triple>-<processor>:<features>" directive string.