* The interpreter wasted cycles on unnecessary async/Promise wrapping
and redundant allocations even for synchronous operations.
* Now: more "sync-first" evaluation — try the fast synchronous path
first, only fall back to Promises when actually needed.
* In addition: fast paths for table access, variable lookups, string
concat, arithmetic, and function calls; loops can re-enter sync mode
after an async iteration resolves.
* Added benchmarks
Results: 1.3x–1.7x speedup across typical workloads (API calls, table
traversal, string ops), up to 1.92x in some cases.
* [LIQ] Add new aggregate functions, aliases, and queryable aggregate registry
* Extend with 13 new built-in aggregates: `product`, `string_agg`,
`yaml_agg`, `json_agg`, `bit_and`, `bit_or`, `bit_xor`, `bool_and`,
`bool_or`, `stddev_pop`, `stddev_samp`, `var_pop` and `var_samp`.
* Introduce `aggregate.alias` API allowing users to define custom
aliases for any aggregate. Standard aliases (`every`, `std`, `stddev`
and `variance`) are now defined via this API rather than hardcoded.
* Add `index.aggregates` queryable collection so users can discover
all available aggregates directly from LIQ queries.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix config pass through query path so custom aggregates work
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: Preserve `LuaTable`/`LuaFunction` values in aggregate config storage
`config.set` uses `LuaNativeJSFunction` which calls `luaValueToJS` on
all arguments. This converted the aggregate `LuaTable` to a plain JS
object and wrapped `LuaFunction` callbacks in JS functions that also
converted their returned values via `luaValueToJS`. The result was that
state returned by initialize (a `LuaTable`) got converted to a plain JS
object before being passed to `iterate`. Therefor Lua operations like
`table.insert` on that were failing because they expected a `LuaTable`
and not a plain JS array.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix formatting
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Improve aggregate functions descriptions, fix `sum` divergence
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Align `product` with `sum`
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: extract `alias` from `LuaTable` via `rawGet` in `aggregates()` registry
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Rename `alias` in `aggregates()` to `target` for clarity
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: Add a null guard at the top of `jsToLuaValue`
This preserves `null`/`undefined` as-is (both map to Lua nil) and
prevents them from falling through to the `typeof` "object" branch.
For this PR it means that null `target` in our `aggregates` entries will
correctly show as empty/`nil` in query results rather than `{}`.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: Documentation reflects recent changes
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: make `sum`/`product` return null on empty input; stop `LIQ_NULL` leaks
* `sum(`) and` product(`) now return null when no rows match (matching
Postgres semantics) instead of returning 0 and 1 respectively.
* Query result columns that hold null are internally preserved using
a `LIQ_NULL` sentinel so that column keys survive in `LuaTable`
storage. This sentinel was leaking into Lua code as "userdata"
through three read paths:
* `luaIndexValue`: `rawGet` returned the sentinel directly to Lua when
accessing table fields,
* `rawget` (stdlib): the builtin `rawget` function exposed the
sentinel without converting it back to `nil`,
* `createAugmentedEnv`: string interpolation unpacked table values via
`rawGet` into local variables, making the sentinel visible in
template expressions like `${var}`.
All three now convert `LIQ_NULL` to `nil` at the read boundary,
keeping the sentinel internal to table storage where it belongs.
* Update affected test expectations accordingly.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: Remove duplicated LIQ_NULL hazard, add guard for all builtin aggregate `iterate`s
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: `array_agg` preserves NULL positions
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: Add symbol guard to `json_agg`
`JSON.stringify(Symbol(...))` in an array produces null by accident.
That is a JS implementation detail we **MUST NOT** rely on. Explicit
null push makes intent clear and avoids surprises if the `Symbol`
representation ever changes.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: Add symbol guard to `yaml_agg` (ditto)
`js-yaml` has no knowledge of the `LIQ_NULL` symbol. Passing null makes
it emit YAML null (or `~`), which is the correct YAML representation of
a missing value and matches standard `json_agg`/`yaml_agg`
NULL-inclusion semantics.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: Add intra-aggregate ordering null guards
Without this, `LIQ_NULL` sort keys would fall through to `valA < valB`
which is always false for `Symbol`s which is breaking the `nulls
first`/`nulls last` contract...
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: Ditto, but for `order by` null comparisons
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: Guard `luaTypeName`, `luaTypeOf` and `luaToString` against `LIQ_NULL` sentinel
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: Guard presentation layer against `LIQ_NULL` sentinel leaking as visible text
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix: Evaluate extra args per-item in `executeAggregate`; add new aggregates
Extra arguments (2nd, 3rd, etc.) to aggregate functions were evaluated
against the outer query environment where the object variable is not
bound. This caused multi-argument aggregates like `covar_samp(data.y,
data.x)` to fail with nil reference errors. This commit addresses this
by evaluating extra args per-item inside the iterate loop using the item
environment so all arguments resolve correctly.
We also add few common aggregates:
- `covar_pop`, `covar_samp`, `corr`: population/sample covariance and
correlation coefficient using online co-moment algorithm.
- `quantile(value, q, method)`: general quantile with interpolation
methods: lower, higher, nearest, midpoint and default linear.
- `percentile_cont(value, q)`: continuous percentile (linear)
- `percentile_disc(value, q)`: discrete percentile (lower)
Note: `percentile_cont` and `percentile_disc` share the `quantile`
implementation through `ctx.name` at initialize time.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Update docs
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Make the ordering for quantile aggregates explicit
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Update docs
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Improve docs
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
---------
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
- Fix `group by` key building: populate array indices from
`keyParts` instead of only from `keyRecord`, which was empty for
some expressions (e.g. `tags[1]`).
- Fix collection handling: treat record-like `LuaTables` (no array part)
as items instead of extracting zero items.
- Update test suite.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Don't know what's going on with the Deno docker image, disabling the deno.lock file for now
* Another try
* Space Lua: Align numeric and table semantics with Lua
This change improves Space Lua compatibility with standard Lua 5.4,
focusing on numeric subtypes and table behavior. The test suite is
extended to lock in the expected semantics and should pass under both
Space Lua and a Lua interpreter.
SUMMARY OF CHANGES
------------------
Tighten Lua compatibility across evaluator and runtime:
- correct metamethod dispatch (`__index`, `__newindex`, `__call`,
comparison metamethods),
- loop limits,
- raw metamethod lookups.
Rework numeric semantics to preserve Lua **integer** vs **float**
behavior:
- $0$ vs $0.0$ and $-0.0$,
- explicit zero kind representation, and
- updates arithmetic/bitwise coercions accordingly.
Improve parser correctness by rejecting **unary plus** with aligned Lua
errors and better parsing errors reporting.
Fix `stdlib` behavior to match that of Lua:
- `table` function `concat`, `insert`, `remove`, `sort` and `unpack`
gain metamethod awareness and enforce Lua errors,
- `ipairs` iteration updated to stop on first nil and honor `__index`,
- `tonumber` updated to Luae conversion using `luaToNumberDetailed`,
- `math.modf` return corrected,
- `math.type` accuracy improvements for float/integer and $-0.0$,
- `math.pi` added.
Fix numeric subtypes for `/` and `^` operators so `math.type` matches
Lua results using tagging as well as unary `-`.
Expand test coverage:
- new `metamethods_test.lua` for Lua metamethod/operator semantics,
- extend arithmetic and length tests for zero-kind propagation and
`rawlen` vs `__len` metamethod,
- Extend `math` test suite to test proper Lua alignment (`math.type` and
more), and
- update context error expectations for Lua error messages.
RATIONALE
---------
Lua differs from JavaScript by having two numeric subtypes: **integer**
and **float**. Operators depend on the subtype: `+`, `-`, `*`, `//` and
`%` use integer mode when both operands are integers and float mode
otherwise. Bitwise operators require integers and `math.type(x)` reports
"integer" or "float". JavaScript has one numeric primitive type
(`number`) so a plain number value cannot record whether Lua considers
a value to be a float when the value has no fractional part (for example
$2.0$).
Lua also differs from "everything is IEEE 754 double" because the rules
are defined in terms of integer and float subtypes. Float operations
preserve IEEE 754 behavior including `NaN`, infinities and signed zero
($-0.0$) which affects results like $1/0.0$ versus $1/-0.0$. Integer
arithmetic does not preserve $-0$ and collapses it to $0$. Lua integer
arithmetic is exact within its integer range while JavaScript `number`
cannot exactly represent all integers in that range.
Lua numbers are integers or floats. Numeric strings coerce to integer or
float based on _lexical_ form. Each arithmetic operator selects the
result subtype from the operator rules and operand subtypes. Integer
only operators (bitwise and `//` as integer division) require integer
representability. Mixed arithmetic promotes to float as needed. Two
operators are **always float** typed: division (`/`) and exponentiation
(`^`) produce floats even if both operands are integers and even if the
numeric value has no fractional part. `math.type` reports that internal
subtype.
Tables are associative arrays and assigning `nil` removes a key. The
length operator `#` uses `__len` metamethod if present otherwise it uses
the raw length rule. `rawlen(table)` ignores `__len`. Without `__len`
Lua defines `#` as some boundary `N` such that `table[N]` is not `nil`
and `table[N+1]` is `nil`. If the table has holes (missing or `nil`
entries in the positive integer key sequence) the boundary may be non
unique so `#` is stable only for proper sequences without holes.
PERFORMANCE NOTES
-----------------
Numeric changes add small checks to preserve Lua integer and float
subtype semantics and avoid allocations except when the subtype would
otherwise be lost.
Some table operations may be slower due to stricter Lua 5.4 behavior
especially around length and sequence boundary handling which currently
requires extra metadata tracking and scans and cannot be avoided without
a completely different internal table representation.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Another try
* Replace `LuaFloatTag` plain objects with boxed Number for float tagging
* Restore pre-merge eval/numeric architecture and fix regressions
This commit restores the original branch architecture.
On top of the restored foundation, float-typed integer results (e.g.
`1.0 + 1.0` = `2.0`, `0.0 // 1.0` = `0.0`) are now correctly tagged via
`makeLuaFloat` so that `tostring` and `math.type` report them as floats.
The *unary minus* fast path for float literals and the `tonumber`
function also preserve float tagging.
Performance regressions from the merge are addressed by avoiding
`Number` boxing for non-integer floats (`3.14` needs no tag — it is
unambiguously float), adding *string key* fast paths in `LuaTable`
`has`/`rawGet`/`rawSet` to skip numeric normalization for the dominant
case, and inlining a `typeof` check in math standard library functions
to avoid function call overhead on plain numbers.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Replace boxed `Number` float tagging with plain tagged objects
* Replace `new Number()` boxing with plain tagged float objects for Lua
float type tracking.
* Integer-valued floats that need type disambiguation are now
represented as `{ value: number, isFloat: true }` instead of boxed
`Number` objects with a symbol property.
* Pre-allocated singletons are used for positive and negative float
zeros to avoid allocation entirely in common cases.
* Updated all detection, unwrapping, and coercion paths across
`numeric.ts`, `runtime.ts`, `eval.ts`, `stdlib.ts`, and `stdlib/`
modules to use the new `isTaggedFloat` type guard.
* Removed all `instanceof Number` checks.
* Deleted the `FloatKind` symbol and eliminated redundant helpers
`isLuaFloat`, `isFloatTag`, `getZeroBoxKind` and `toPlainNumber` that
became dead code.
* Simplified `math.type`, `luaToString`, `luaEquals`, `luaTypeName` and
various other key normalization paths.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Add fast paths in `coerceNumericPair` for tagged float operands
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix copy/paste typo
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Avoid extra `LuaEnv` allocations in "For" and "ForIn" loops
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* [Space Lua] Reuse loop variable environment in `for` and `for-in` loops
Numeric `for` and generic `for-in` loops allocated a fresh `LuaEnv` on
every iteration to hold loop variables. But this is only necessary when
a closure inside the loop body captures the loop variable.
The optimization uses a two-level check computed at parse time. If no
function definition exists in the loop's subtree, environment reuse is
safe. When a function definition is present a deeper analysis walks the
block to determine whether any function body references the loop
variable names without them being shadowed by its own parameters. When
a closure captures a loop variable the loop fall back to per-iteration
allocation.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* [Space Lua] Format numbers using standard Lua rules
Standard Lua formats floats via C `sprintf("%.14g")` (14 significant
digits, scientific notation when shorter, exponent padded to 2 digits,
and a guaranteed `.0` suffix for integer-valued floats).
* Replace the old `luaFormatNumber` with JS `toPrecision(14)`-based
implementation that reproduces this behavior.
* Integrates it so that `${}` expressions in the UI also display
numbers correctly.
* Fixes tagged floats (`{ value, isFloat }`) were being stripped by
`luaValueToJS` or matched as plain objects before reaching the number
formatter. This caused `${}` expressions to render raw JS numbers.
Examples:
```
- ${tostring(2^63)}
- ${2^63}
- ${(2^63)}
```
All of the the above examples show correct `9.2233720368548e+18` now.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* [Space Lua] Fix `string.format` for floats and tagged numbers
Unwrap tagged floats before `printf`, handle `inf`/`-inf`/`-nan` in
`formatDouble`, and fix `%g` producing `0e+00` for zero. Hopefuly it's
enough to gain Lua formatting.
Tests:
```
- ${string.format("%.14g", 0.0)} - `0`
- ${string.format("%.14g", 1.0)} - `1`
- ${string.format("%.14g", 1/3)} - `0.33333333333333`
- ${string.format("%.14g", math.pi)} - `3.1415926535898`
- ${string.format("%.14g", 1e-10)} - `1e-10`
- ${string.format("%.14g", 1e18)} - `1e+18`
- ${string.format("%.14g", 2^63)} - `9.2233720368548e+18`
- ${string.format("%.14g", 2^53)} - `9.007199254741e+15`
- ${string.format("%.14g", 1.7976931348623e+308)} - `1.7976931348623e+308`
- ${string.format("%.14g", 5e-324)} - `4.9406564584125e-324`
- ${string.format("%.14g", 0/0)} - `-nan`
- ${string.format("%.14g", 1/0)} - `inf`
- ${string.format("%.14g", -1/0)} - `-inf`
```
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* [Space Lua] Add and integrate new `luaFormat` utility and test suite
* Add `luaFormat` string formatting function compatible with Lua, and
integrate it across the codebase as a replacement for prior formatting
approaches.
* Add extensive test suite.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix check
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* [Space Lua] Add `%a`/`%A` and `%q` format specifiers to `string.format`
Implement hexadecimal floating-point (`%a`/`%A`) and quoted literal
(`%q`) specifiers.
* Add `%a`/`%A` as IEEE 754 double decomposition with full flag, width
and precision support.
* Add `%q` as producind valid Lua literals for strings, numbers,
booleans and nil.
* Use `Math.PI` for `math.pi` to preserve full double precision.
* Remove Deno based test suite and replace it with native Lua test
suite.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* [Space Lua] Add `%p` format specifier to `string.format`
In standard Lua, `%p` formats the internal C heap address of a value,
producing output like `0x55a3bc4e2f10`. It works on tables, functions,
threads, strings, and userdata (GC-ed objects). For `nil`, booleans, and
numbers it returns `(null)`.
In Space Lua, there are no *raw memory addresses* since the runtime is
JavaScript. Instead, `%p` assigns a *stable sequential integer* to each
object via a `WeakMap`, formatted as a 14-digit zero-padded hex value.
The key difference is that identifiers are deterministic and sequential
rather than random-looking heap addresses:
```lua
local t = {}
print(string.format("identifier: %p", t)) -- 0x00000000000001
print(string.format("the same: %p", t)) -- 0x00000000000001
print(string.format("another: %p", {}) -- 0x00000000000002
```
For strings, a regular `Map` is used so identical string content always
produces the same identifier.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Revert merge changes to the deno.json
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Replace `interface` with `type`
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Remove `has_math()` relict function test
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Refactor loop to map
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Remove `Deno.remove("deno.lock")` weirdness
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Refactor: Early return undefined in `astNumberKind` instead of assigning
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
---------
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
Co-authored-by: Zef Hemel <zef@zef.me>
* Space Lua: Refactor control flow signals
Removes "return throws an exception" failure mode. @zef :)
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Remove unused function
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Remove another unused function
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Remove unused `LuaBreak`/`LuaReturn` exception control flow
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
---------
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Space Lua: `<close>` attribute, `__close` metamethod and extensive tests
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Space Lua: Align arithmetical error messages with Lua 5.4
**Fixes:**
- Tighten `tonumber` semantics to accept hex floats like `0x1.2` while
keeping plain hex as integers.
- Improve Lua compatibility by fixing relational `>`/`>=` operand
ordering to preserve correct error type direction.
**Changes:**
- Update concatenation errors to include the operand type.
- Add `LuaStringCoercionError` from numeric coercion and handle it
in `luaOp()` to emit correct messages (or fallback).
- Raise
> `bad argument #2 to 'tonumber' (base out of range)`
for invalid bases.
- Update test suite
**Notes:**
- The `arithmetic_test.lua` test suite now passes if run with Lua 5.4.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Run `make fmt`
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Rename `assert_throws` to `assertThrows` in Lua test suite
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Replace `LuaStringCoercionError` class with sentinel constant
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
---------
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Space Lua: Add AST block type label/goto and duplicated label bools
* Space Lua: Add label/goto resolution and evaluation
Add per block map of labels metadata, per function block metadata cache
and `processBlock` to track AST blocks (`If`, `While`, `Repeat`, `For`
and `ForIn`, and `Do`) while recording labels and their positions.
Align with Lua scoping rules (_e.g._, a `goto` can not jump into the
scope of a local). Also allow the super-special "safe" end of block
cases (except inside `Repeat`). Duplicated labels are detected (error
`label 'foo' is already defined` etc.). The AST context for error
reporting is preserved. The `WeakMap` caches map any block to its
function's metadata.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Space Lua: The `goto` parse flags and eval path
At parser mark each block with `hasLabel`/`hasGoto` and record the first
duplicated label. Flags then propagate through blocks and control flow.
If no `goto`, run the block in a simple loop and raise duplicate label
error if any is present. If `goto` exists, jump via a label map.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Space Lua: Add labels and `goto` statement test suite
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Space Lua: Minor `goto`/labels improvement and test hotfix
- The `getBlockGotoMeta` now called only when a block has either
`hasGoto` or `hasLabel`.
- Add `BlocksFlags` type to get rid of some `(... as any)`s by view.
- Add `blockMetaOrThrow` helper.
- Fix test to reflect standard Lua semantics.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Space Lua: Goto: Add missing Lua semantics checks
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Space Lua: Goto: Add Lua semantics checks also covered in Lua tests
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Space Lua: Goto: Fix semantic divergence revealed by fixing unfinished test
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Fix typo
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Space Lua: Optimize block env creation and cache goto metadata
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Avoid using the venomous snake case
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Add comment for WeakMap use
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Space Lua: Block Label Fast-path Optimization
Add block flag `hasLabelHere` during parsing and use it in eval to skip
expensive metadata generation for blocks and entire functions without
label or goto.
Refactor eval logic:
- early fast path when a function is known to have no label/goto,
- later fast path for blocks in functions with goto.
Fetch metadata only when needed.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Space Lua: Remove `BlockFlags` indirection from eval
- Add `hasLabelHere` flag to `LuaBlock`.
- Remove `BlockFlags` indirection from eval.
- Set `hasLabelHere` directly.
- Add some "guards".
- Improve consistency of child filtering.
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Remove redundant return statement
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
---------
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
* Add result-or-promise (RP) exec model to interpreter (async-first).
* Add centralized table property access with fast misses.
* Update table string keys to be object map.
* Update error contexts to be more consistent and precise.
* Update evaluator to return either values or _Promises_.
* Update func calls, unary and bin operations, and expression lists.
* Update _stdlib_ to the changes and improve errors.
* Add tests to validate async control flow and error contexts.
* Add dedicated benches that isolate the _runtime_ from parsing.
* Align Space Lua arithmetic model with standard Lua
* Add missing __unm and __bnot metamethods
- add new basic tests
- add helper for negative tests
* Add comments for ASCII numeric constants
Signed-off-by: Matouš Jan Fialka <mjf@mjf.cz>
Zef Hemel