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selftests/bpf: Remove bpf_assert_eq-like macros.

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Since the last user was converted to bpf_cmp, remove bpf_assert_eq/ne/... macros.

__bpf_assert_op() macro is kept for experiments, since it's slightly more efficient
than bpf_assert(bpf_cmp_unlikely()) until LLVM is fixed.

Signed-off-by: Alexei Starovoitov <ast@kernel.org>
Signed-off-by: Andrii Nakryiko <andrii@kernel.org>
Acked-by: Jiri Olsa <jolsa@kernel.org>
Acked-by: Kumar Kartikeya Dwivedi <memxor@gmail.com>
Link: https://lore.kernel.org/bpf/20231226191148.48536-5-alexei.starovoitov@gmail.com
This commit is contained in:
Alexei Starovoitov
2023-12-26 11:11:46 -08:00
committed by Andrii Nakryiko
parent 624cd2a176
commit 907dbd3ede
1 changed files with 0 additions and 150 deletions
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150
tools/testing/selftests/bpf/bpf_experimental.h
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@@ -341,156 +341,6 @@ l_true: \
*/
#define bpf_assert_with(cond, value) if (!(cond)) bpf_throw(value);
/* Description
* Assert that LHS is equal to RHS. This statement updates the known value
* of LHS during verification. Note that RHS must be a constant value, and
* must fit within the data type of LHS.
* Returns
* Void.
* Throws
* An exception with the value zero when the assertion fails.
*/
#define bpf_assert_eq(LHS, RHS) \
({ \
barrier_var(LHS); \
__bpf_assert_op(LHS, ==, RHS, 0, true); \
})
/* Description
* Assert that LHS is equal to RHS. This statement updates the known value
* of LHS during verification. Note that RHS must be a constant value, and
* must fit within the data type of LHS.
* Returns
* Void.
* Throws
* An exception with the specified value when the assertion fails.
*/
#define bpf_assert_eq_with(LHS, RHS, value) \
({ \
barrier_var(LHS); \
__bpf_assert_op(LHS, ==, RHS, value, true); \
})
/* Description
* Assert that LHS is less than RHS. This statement updates the known
* bounds of LHS during verification. Note that RHS must be a constant
* value, and must fit within the data type of LHS.
* Returns
* Void.
* Throws
* An exception with the value zero when the assertion fails.
*/
#define bpf_assert_lt(LHS, RHS) \
({ \
barrier_var(LHS); \
__bpf_assert_op(LHS, <, RHS, 0, false); \
})
/* Description
* Assert that LHS is less than RHS. This statement updates the known
* bounds of LHS during verification. Note that RHS must be a constant
* value, and must fit within the data type of LHS.
* Returns
* Void.
* Throws
* An exception with the specified value when the assertion fails.
*/
#define bpf_assert_lt_with(LHS, RHS, value) \
({ \
barrier_var(LHS); \
__bpf_assert_op(LHS, <, RHS, value, false); \
})
/* Description
* Assert that LHS is greater than RHS. This statement updates the known
* bounds of LHS during verification. Note that RHS must be a constant
* value, and must fit within the data type of LHS.
* Returns
* Void.
* Throws
* An exception with the value zero when the assertion fails.
*/
#define bpf_assert_gt(LHS, RHS) \
({ \
barrier_var(LHS); \
__bpf_assert_op(LHS, >, RHS, 0, false); \
})
/* Description
* Assert that LHS is greater than RHS. This statement updates the known
* bounds of LHS during verification. Note that RHS must be a constant
* value, and must fit within the data type of LHS.
* Returns
* Void.
* Throws
* An exception with the specified value when the assertion fails.
*/
#define bpf_assert_gt_with(LHS, RHS, value) \
({ \
barrier_var(LHS); \
__bpf_assert_op(LHS, >, RHS, value, false); \
})
/* Description
* Assert that LHS is less than or equal to RHS. This statement updates the
* known bounds of LHS during verification. Note that RHS must be a
* constant value, and must fit within the data type of LHS.
* Returns
* Void.
* Throws
* An exception with the value zero when the assertion fails.
*/
#define bpf_assert_le(LHS, RHS) \
({ \
barrier_var(LHS); \
__bpf_assert_op(LHS, <=, RHS, 0, false); \
})
/* Description
* Assert that LHS is less than or equal to RHS. This statement updates the
* known bounds of LHS during verification. Note that RHS must be a
* constant value, and must fit within the data type of LHS.
* Returns
* Void.
* Throws
* An exception with the specified value when the assertion fails.
*/
#define bpf_assert_le_with(LHS, RHS, value) \
({ \
barrier_var(LHS); \
__bpf_assert_op(LHS, <=, RHS, value, false); \
})
/* Description
* Assert that LHS is greater than or equal to RHS. This statement updates
* the known bounds of LHS during verification. Note that RHS must be a
* constant value, and must fit within the data type of LHS.
* Returns
* Void.
* Throws
* An exception with the value zero when the assertion fails.
*/
#define bpf_assert_ge(LHS, RHS) \
({ \
barrier_var(LHS); \
__bpf_assert_op(LHS, >=, RHS, 0, false); \
})
/* Description
* Assert that LHS is greater than or equal to RHS. This statement updates
* the known bounds of LHS during verification. Note that RHS must be a
* constant value, and must fit within the data type of LHS.
* Returns
* Void.
* Throws
* An exception with the specified value when the assertion fails.
*/
#define bpf_assert_ge_with(LHS, RHS, value) \
({ \
barrier_var(LHS); \
__bpf_assert_op(LHS, >=, RHS, value, false); \
})
/* Description
* Assert that LHS is in the range [BEG, END] (inclusive of both). This
* statement updates the known bounds of LHS during verification. Note