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- Added deferred compound assignment operators (+=, -=, *=, /=, %=, &=, |=, ^=, <<=, >>=) in operators.hpp. - Introduced seq_expression class to evaluate multiple expressions in sequence in seq.hpp. - Enhanced variable class to support deferred assignment from expressions. - Created integration tests for deferred assignment and sequence expressions in assign.cpp and seq.cpp. - Added unit tests for assignment behavior, including immediate and deferred assignments, in assign.cpp. - Updated visitor pattern to handle new assignment and sequence node kinds in visitor.cpp. - Modified for loop tests to utilize deferred expressions and validate behavior.
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| operator()() noexcept(noexcept(Operation{}(m_target(), evaluate(m_value)))) | ||
| { | ||
| auto value = evaluate(m_value); | ||
| return Operation{}(m_target(), std::move(value)); |
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Preserve copy assignment for variable RHS values
When the right-hand side is another variable whose value type is copy-assignable but has a deleted move assignment, evaluate(m_value) successfully creates the required value snapshot, but unconditionally moving that snapshot selects the deleted move-assignment operator. Consequently, the advertised i = j expression fails when evaluated even though ordinary lvalue assignment of the underlying type is valid; preserve copy semantics for variable right-hand sides rather than always forcing an rvalue.
AGENTS.md reference: AGENTS.md:L20-L24
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| template<typename... Ex> | ||
| constexpr explicit seq_expression(Ex&&... ex) noexcept( |
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Exclude seq_expression from forwarding construction
When a non-const named sequence is copied, such as auto copy = original, this unconstrained constructor deduces Ex as seq_expression& and is a better match than the implicit const& copy constructor. It then attempts to construct the operand tuple from the entire sequence and compilation fails, despite all operands being copyable; exclude the current specialization from this forwarding constructor or explicitly provide copy operations.
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