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This repository was archived by the owner on Jan 12, 2024. It is now read-only.
When generating documentation for /// # See Also blocks, the Q# compiler currently does not resolve identifier names for operations, functions and UDTs to their fully-qualified names. See microsoft/QuantumLibraries#190 for an example.
To Reproduce
Generate documentation for an operation in the Microsoft.Quantum.Arithmetic namespace and with the following comment:
/// # Summary/// Performs a modular increment of a qubit register by an integer constant.////// Let us denote `increment` by a, `modulus` by N and integer encoded in `target` by y./// Then the operation performs the following transformation:/// \begin{align}/// \ket{y} \mapsto \ket{(y + a) \operatorname{mod} N}/// \end{align}/// Integers are encoded in little-endian format.////// # Input/// ## increment/// Integer increment a to be added to y./// ## modulus/// Integer N that mods y + a./// ## target/// Integer y in `LittleEndian` format that `increment` a is added to.////// # See Also/// - IncrementPhaseByModularInteger////// # Remarks/// Assumes that the initial value of target is less than N/// and that the increment a is less than N. /// Note that/// <xref:microsoft.quantum.arithmetic.incrementphasebymodularinteger> implements/// the same operation in the `PhaseLittleEndian` basis.operationIncrementByModularInteger(increment : Int, modulus : Int, target : LittleEndian) : Unit {
Expected behavior
Expected that the above would typeset the same as replacing the # See Also block with:
/// # See Also/// - Microsoft.Quantum.Arithmetic.IncrementPhaseByModularInteger