wip: testing the trigger

Signed-off-by: Leonardo Grasso <me@leonardograsso.com>

userspace/libscap/engine/modern_bpf/modern_bpf_public.h

@@ -16,6 +16,8 @@ limitations under the License.
 
 #include <stdint.h>
 
+
+
 #define MODERN_BPF_ENGINE "modern_bpf"
 #define DEFAULT_CPU_FOR_EACH_BUFFER 1
 
@@ -26,9 +28,17 @@ extern "C"
 
 	struct scap_modern_bpf_engine_params
 	{
-		uint16_t cpus_for_each_buffer;	///< [EXPERIMENTAL] We will allocate a ring buffer every `cpus_for_each_buffer` CPUs. `0` is a special value and means a single ring buffer shared between all the CPUs.
-		bool allocate_online_only; ///< [EXPERIMENTAL] Allocate ring buffers only for online CPUs. The number of ring buffers allocated changes according to the `cpus_for_each_buffer` param. Please note: this buffer will be mapped twice both kernel and userspace-side, so pay attention to its size.
-		unsigned long buffer_bytes_dim; ///< Dimension of a ring buffer in bytes. The number of ring buffers allocated changes according to the `cpus_for_each_buffer` param. Please note: this buffer will be mapped twice both kernel and userspace-side, so pay attention to its size.
+		uint16_t cpus_for_each_buffer; ///< [EXPERIMENTAL] We will allocate a ring buffer every
+					       ///< `cpus_for_each_buffer` CPUs. `0` is a special value and means a
+					       ///< single ring buffer shared between all the CPUs.
+		bool allocate_online_only; ///< [EXPERIMENTAL] Allocate ring buffers only for online CPUs. The number of
+					   ///< ring buffers allocated changes according to the `cpus_for_each_buffer`
+					   ///< param. Please note: this buffer will be mapped twice both kernel and
+					   ///< userspace-side, so pay attention to its size.
+		unsigned long buffer_bytes_dim; ///< Dimension of a ring buffer in bytes. The number of ring buffers
+						///< allocated changes according to the `cpus_for_each_buffer` param.
+						///< Please note: this buffer will be mapped twice both kernel and
+						///< userspace-side, so pay attention to its size.
 	};
 
 #ifdef __cplusplus