clang-format on sparse tests

[aartbik]

No description provided.

[Copilot]

Pull Request Overview

This PR applies clang-format to reflow and split long lines in sparse test files for improved code formatting consistency.

• Reformats license header comments to wrap at consistent column widths.
• Splits chained matrix and tensor assignments from multi-statement lines into individual lines.
• Adjusts function and templated class definitions to one-line definitions.

Reviewed Changes

Copilot reviewed 5 out of 5 changed files in this pull request and generated no comments.

Show a summary per file

File	Description
test/00_sparse/Solve.cu	Expanded chained A, E, Y assignments into separate lines for clarity.
test/00_sparse/Matvec.cu	Reformatted SetUp and template declarations; split CSR/CSC factory calls.
test/00_sparse/Matmul.cu	Expanded chained B, E assignments; one-line SetUp and template defs.
test/00_sparse/Convert.cu	Reformatted license header; one-line SetUp and CSR/CSC calls.
test/00_sparse/Basic.cu	Expanded COO/CSR/CSC index assignments into separate lines.

Comments suppressed due to low confidence (3)

test/00_sparse/Solve.cu:80

• [nitpick] Repeated element-by-element assignments for matrix A can be condensed. Consider using a loop over indices or a helper function to initialize these values to reduce duplication and improve readability.

A(0, 0) = static_cast<TestType>(1);

test/00_sparse/Matmul.cu:73

• [nitpick] Initializing B with repetitive scalar assignments is verbose. Consider populating the tensor in a loop or using an initializer list to streamline the setup code.

B(0, 0) = static_cast<T>(1);

test/00_sparse/Basic.cu:74

• [nitpick] The COO index arrays idxi and idxj are assigned element-by-element. To reduce boilerplate, consider initializing these arrays using a loop or by passing an initializer list if supported.

idxi(0) = 0;

[cliffburdick]

/build

[cliffburdick]

/build

[cliffburdick]

/build