Docstring updates

helion/_compiler/helper_function.py

@@ -80,9 +80,9 @@ def create_combine_function_wrapper(
     Args:
         combine_fn: The original combine function
         is_tuple_input: Whether the input is a tuple
-        target_format: Either 'tuple' or 'unpacked' format
-            - 'tuple': expects (left_tuple, right_tuple) for tuple inputs
-            - 'unpacked': expects (left_elem0, left_elem1, ..., right_elem0, right_elem1, ...) for tuple inputs
+        target_format: Either 'tuple' or 'unpacked'. The 'tuple' option expects
+            (left_tuple, right_tuple) inputs, while 'unpacked' expects
+            (left_elem0, left_elem1, ..., right_elem0, right_elem1, ...) inputs
 
     Returns:
         A wrapper function that converts between the formats

helion/autotuner/base_search.py

@@ -863,6 +863,7 @@ def wait_for_all(
 
         Args:
             futures: A list of PrecompileFuture objects.
+            desc: Optional description used for the progress display.
 
         Returns:
             A list of boolean values indicating completion status.

helion/language/creation_ops.py

@@ -36,6 +36,7 @@ def zeros(
     Args:
         shape: A list of sizes (or tile indices which are implicitly converted to sizes)
         dtype: Data type of the tensor (default: torch.float32)
+        device: Device must match the current compile environment device
 
     Returns:
         torch.Tensor: A device tensor of the given shape and dtype filled with zeros
@@ -82,6 +83,7 @@ def full(
         shape: A list of sizes (or tile indices which are implicitly converted to sizes)
         value: The value to fill the tensor with
         dtype: The data type of the tensor (default: torch.float32)
+        device: Device must match the current compile environment device
 
     Returns:
         torch.Tensor: A device tensor of the given shape and dtype filled with value
@@ -192,9 +194,10 @@ def arange(
     automatically using the current kernel's device and index dtype.
 
     Args:
-        *args: Variable arguments passed to torch.arange(start, end, step).
+        args: Positional arguments passed to torch.arange(start, end, step).
         dtype: Data type of the result tensor (defaults to kernel's index dtype)
-        **kwargs: Additional keyword arguments passed to torch.arange
+        device: Device must match the current compile environment device
+        kwargs: Additional keyword arguments passed to torch.arange
 
     Returns:
         torch.Tensor: 1D tensor containing the sequence

helion/language/random_ops.py

@@ -32,6 +32,7 @@ def rand(
     Args:
         shape: A list of sizes for the output tensor
         seed: A single element int64 tensor or int literal
+        device: Device must match the current compile environment device
 
     Returns:
         torch.Tensor: A device tensor of float32 dtype filled with uniform random values in [0, 1)

helion/runtime/kernel.py

@@ -268,7 +268,7 @@ def autotune(
         Args:
             args: Example arguments used for benchmarking during autotuning.
             force: If True, force full autotuning even if a config is provided.
-            **options: Additional options for autotuning.
+            options: Additional keyword options forwarded to the autotuner.
 
         Returns:
             Config: The best configuration found during autotuning.
@@ -490,7 +490,7 @@ def autotune(
         Args:
             args: Example arguments used for benchmarking during autotuning.
             force: If True, force full autotuning even if a config is provided.
-            **kwargs: Additional options for autotuning.
+            kwargs: Additional keyword options forwarded to the autotuner.
 
         Returns:
             Config: The best configuration found during autotuning.
@@ -678,13 +678,16 @@ def kernel(
 
     Args:
         fn: The function to be wrapped by the Kernel. If None, a decorator is returned.
-        config: A single configuration to use for the kernel. See :class:`~helion.Config` for details.
-        configs: A list of configurations to use for the kernel.  Can only specify one of config or configs.
-                See :class:`~helion.Config` for details.
+        config: A single configuration to use for the kernel. Refer to the
+            ``helion.Config`` class for details.
+        configs: A list of configurations to use for the kernel. Can only specify
+            one of config or configs. Refer to the ``helion.Config`` class for
+            details.
         key: Optional callable returning a hashable that augments the specialization key.
         settings: Keyword arguments representing settings for the Kernel.
-                 Can also use settings=Settings(...) to pass a Settings object directly.
-                 See :class:`~helion.Settings` for available options.
+            Can also use settings=Settings(...) to pass a Settings object
+            directly. Refer to the ``helion.Settings`` class for available
+            options.
 
     Returns:
         object: A Kernel object or a decorator that returns a Kernel object.

helion/runtime/triton_helpers.py

@@ -138,9 +138,12 @@ def triton_wait_multiple_signal(
     sync_before: tl.constexpr = False,  # pyright: ignore[reportArgumentType]
 ) -> None:
     """
-    Simultenuoslly wait for multiple global memory barrier to reach the expected value.
+    Simultaneously wait for multiple global memory barriers to reach the
+    expected value.
 
-    This function implements each thread in a CTA spin-waits and continuously checks a memory location until it reaches the expected value, providing synchronization across CTAs.
+    Each thread in a CTA spin-waits and continuously checks its assigned memory
+    location until it reaches the expected value, providing synchronization
+    across CTAs.
 
     Args:
         addr: Memory addresses of the barriers to wait on (Maximum 32 barriers)
@@ -149,7 +152,9 @@ def triton_wait_multiple_signal(
         sem: Memory semantics for the atomic operation. Options: "acquire", "relaxed".
         scope: Scope of the atomic operation. Options: "gpu", "sys"
         op: Atomic operation type: "ld", "atomic_cas"
-        skip_sync: Skip CTA synchronization after acquiring the barrier. (default: False)
+        skip_sync: Skip CTA synchronization after acquiring the barrier
+            (default False).
+        sync_before: Add a CTA sync before the wait (default False)
     """
     tl.static_assert(
         (sem == "acquire" or sem == "relaxed") or sem == "release",