previously, we had lazy analysis of top level declarations,
but if a declaration was referenced within a compile-time
if or switch statement, that would still add the top
level declaration to the resolution queue.
now we have a declref ir instruction, which is only resolved
if we analyze the instruction. this takes into account comptime
branching.
closes#270
* add `@compileLog(...)` builtin function
- Helps debug code running at compile time
- See #240
* fix crash when there is an error on the start value of a slice
* add implicit cast from int and float types to int and float
literals if the value is known at compile time
* make array concatenation work with slices in addition to
arrays and c string literals
* fix compile error message for something not having field access
* fix crash when `@setDebugSafety()` was called from a
function being evaluated at compile-time
* fix compile-time evaluation of overflow math builtins.
* avoid debug safety panic handler in builtin.o and compiler_rt.o
since we use no debug safety in these modules anyway
* add compiler_rt functions for division on ARM
- Closes#254
* move default panic handler to std.debug so users can
call it manually
* std.io.printf supports a width in the format specifier
See #167
Need to troubleshoot when we send 2 slices to printf. It goes
into an infinite loop.
This commit introduces 4 builtin functions:
* `@isInteger`
* `@isFloat`
* `@canImplictCast`
* `@typeName`
* add errorName builtin function
* add assertion for generated memcopy being on correct types
* respect handle_is_ptr for constant values
* fix return codegen to respect sret semantics
* remove ArrayLen IR instruction; we already have StructFieldPtr
with "len" field
* fix gen_const_val for pointers inside aggregates
* Rip out legacy code for generics
* put scope in instruction instead of AST nodes
* separate top level decl stuff from AST nodes
- remove the assumption that there is a 1:1 correspondence
between an output instruction and an AST node
- This way we won't have to clone AST nodes for generics.