OpenFheCkksContext#
Currently, this API is unsupported in Python
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class OpenFheCkksContext : public helayers::OpenFheContext#
Implementation of OpenFheContext for the CKKS scheme.
Public Functions
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OpenFheCkksContext()#
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virtual void init(const HeConfigRequirement &req) override#
Internal use.
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virtual bool isConfigRequirementFeasible(const HeConfigRequirement &req) const override#
Internal use.
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virtual int getBestFeasibleFractionalPartPrecision(const HeConfigRequirement &req) const override#
Returns the best feasible fractional part precision under the given configuration requirement.
If there is no such a fractional part precision, returns -1. All the fields of the given requirement other than req.fractionalPartPrecision are expected to be present, while any value in req.fractionalPartPrecision will be ignored.
- Parameters:
req – The requirement to get best fractional part precision for.
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virtual int getBestFeasibleMulDepth(const HeConfigRequirement &req) const override#
Returns the best feasible multiplication depth under the given configuration requirement.
If there is no such a multiplication depth, returns -1. All the fields of the given requirement other than req.multiplicationDepth are expected to be present, while any value in req.multiplicationDepth will be ignored.
- Parameters:
req – The requirement to get best multiplication depth for.
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virtual bool publicFunctionsSupported(const PublicFunctions &publicFunctions) const override#
Returns whether the given PublicFunctions object is supported by this HeContext.
The given PublicFunctions object is assumed to be valid (see also PublicFunctions::validate()).
- Parameters:
publicFunctions – The PublicFunctions object.
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inline virtual std::string getSchemeName() const override#
Returns the name of the underlying scheme.
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OpenFheCkksContext()#