Prior to this change `mach.Core.init` would heap allocate the structure, returning `*Core`:
```zig
app.core = try mach.Core.init(allocator, .{});
```
This was obviously not ideal, but wasn't possible to eliminate before due to how Core was
entangled with the platform abstraction. Now that it has been removed, we can reduce Core
initialization to take a `*Core` to initialize. In practice this means initialization looks
something like this:
```zig
try mach.Core.init(&app.core, alloctor, .{});
```
Or more simply:
```zig
try app.core.init(allocator, .{});
```
And we eliminate the `*Core` allocation entirely in most cases.
Signed-off-by: Stephen Gutekanst <stephen@hexops.com>
`supported` is a better variable name because `supported.limits.foobar` is the actual
way it need be referenced, and `limits.limits.foobar` would be redundant.
Signed-off-by: Stephen Gutekanst <stephen@hexops.com>
* gpu-dawn: update to latest version generated-2023-01-12.1673546526
Signed-off-by: Wrench[bot] <wrench@hexops.com>
Co-authored-by: Stephen Gutekanst <stephen@hexops.com>
`getError()` now returns a struct `Error` containing `error_code` and
`description`. Rationale: retrieving the error code with the previous
implementation of `getError()` caused `getErrorString()` to return
null (the reverse is also true). The new implementation allows both
values to be retrieved at once.
The previous `getError()` function has been renamed to
`getErrorCode()` to reflect the fact that it returns a simple Zig
error rather than the `Error` struct. The error set returned by
`getErrorCode()` is now named `ErrorCode` rather than `Error`.
The behavior of the `getError()` family of functions clearing the
stored error is unchanged. However, since all code that used
`defer glfw.getError() catch {}` to explicitly clear errors had to be
refactored, a new `glfw.clearError()` function that returns void is
now available to make this operation more explicit.
Additionally, `mustGetError()` is now `mustGetErrorCode()`, and new
functions `mustGetError()` and `mustGetErrorString()` have been added
which wrap `getError()` and `getErrorString()` but panic if no error
is actually available.
Tests and API documentation had to be refactored across all of
`mach/glfw`. This commit also takes the opportunity to skip tests
involving window creation on CI so that other tests may still execute
normally.
This reverts commit a1fe671db8.
Lue suggested reverting #661 because ZLS worked around the issue of @src
being relative in that environment: https://github.com/zigtools/zls/pull/898
This is not a perfect solution (what zls did seems to be a workaround), but
is good enough for us until Zig gets an official package manager.
* all: build: fix sdkPath for relative @src.file
Prior to this commit, the build system heavily assumed that the result
`@src.file` would always be absolute, but this is no longer
guaranteed, likely due to there being no such thing as an "absolute
path" in WASI.
It appears that for normal invocations of `zig build`, it is safe to
assume that `@src.file` is absolute. However, when ZLS uses a custom
`build_runner.zig` to collect build configuration, `@src.file` is
actually relative to the current working directory, at least on my
system. For a while, this led to ZLS completions breaking entirely,
but presently it actually causes ZLS to crash!
The solution is not as simple as using relative `sdkPath` results
as-is, because the build system may attempt to resolve these paths
relative to build root, when the paths are actually relative to the
current working directory.
This leads to a sticky situation: the current working directory is a
runtime concept, but `@src.file` is resolved at compile time. However,
it appears that the build runner does not change current working
directory in between compilation and execution, so it is probably safe
to calculate `sdkPath` using runtime current working directory.
Still, this requires major changes with how `sdkPath` works, since
runtime computation and allocations are required. So pretty much
anything that relied on `sdkPath` being comptime-known has been
refactored in this commit.
The most severe result of this is that, for example, `gpu.pkg` can no
longer be a comptime-known constant: it has to be a runtime function
that takes a `*Builder` and returns a `Pkg`.
This commit deals with usages of `*.pkg` and `sdkPath` within Mach
itself, but projects that depend on Mach such as `mach-examples` will
almost certainly require changes as well.
* all: update README to reflect change in pkg usage
For details on updating your code to use this version, see: 88b1106953
Signed-off-by: Stephen Gutekanst <stephen@hexops.com>
Co-authored-by: Stephen Gutekanst <stephen@hexops.com>
* get column values from separate functions
* split ArchetypeStorage.block into blocks per component type
* ecs: remove allocator field from ArchetypeStorage
* ecs: remove whitespace
* ecs: correct suspicious index operation in setRow
* add back zero-size ColumnType check; bring back reliance on component names
* ecs: validate setRaw length matches
* ecs: fix failing test & move values slice into Column type
Signed-off-by: Stephen Gutekanst <stephen@hexops.com>
Co-authored-by: Stephen Gutekanst <stephen@hexops.com>
