Added c storage macros to better write profiling data in the Matlab host

jvxgit · Feb 13, 2024 · 24677fe · 24677fe
1 parent d4090b1
commit 24677fe
Showing 1 changed file with 79 additions and 0 deletions.
diff --git a/sources/jvxLibraries/jvx-dsp-base/include/jvx_profiler/jvx_profiler_data_entry.h b/sources/jvxLibraries/jvx-dsp-base/include/jvx_profiler/jvx_profiler_data_entry.h
@@ -16,4 +16,83 @@ typedef jvxErrorType(*jvx_unregister_entry_profiling_data_c)(const char* name, j
 void jvx_profiler_allocate_single_entry(struct jvx_profiler_data_entry* entry, jvxSize szFld, jvxCBool cplxFld);
 void jvx_profiler_deallocate_single_entry(struct jvx_profiler_data_entry* entry);
 
+#if JVX_ALLOW_PROFILER_DATA_MACROS
+
+#define JVX_DATA_OUT_DBG_TP(hdl, prv, spec, ptrTo, ptrFrom, szTo, szFrom, cplx) \
+	if (hdl && (hdl->specData & ((jvxCBitField)1 << spec)) && hdl->ptrTo && prv->ptrFrom) \
+	{ \
+		assert(hdl->szTo == (szFrom)); \
+		if(cplx) \
+		{ \
+			memcpy(hdl->ptrTo, prv->ptrFrom, sizeof(jvxDataCplx) * (szFrom)); \
+		} \
+		else \
+		{ \
+			memcpy(hdl->ptrTo, prv->ptrFrom, sizeof(jvxData) * (szFrom)); \
+		} \
+	}
+
+#define JVX_DATA_OUT_DBG_TP_STR(hdl, prv, spec, entryTo, ptrFrom, szFrom) \
+	if (hdl && (hdl->specData & ((jvxCBitField)1 << spec)) &&  hdl->entryTo.fld && ptrFrom) \
+	{ \
+		assert(hdl->entryTo.sz == (szFrom)); \
+		if(hdl->entryTo.cplx) \
+		{ \
+			memcpy(hdl->entryTo.fld, ptrFrom, sizeof(jvxDataCplx) * (szFrom)); \
+		} \
+		else \
+		{ \
+			memcpy(hdl->entryTo.fld, ptrFrom, sizeof(jvxData) * (szFrom)); \
+		} \
+	}
+
+#define JVX_DATA_OUT_DBG_TP_STR_CHECK(var, hdl, spec, entryTo) \
+	var = (hdl && (hdl->specData & ((jvxCBitField)1 << spec)) &&  hdl->entryTo.fld);
+
+#define JVX_DATA_OUT_DBG_TP_STR_IDX(var, hdl, prv, entryTo, ptrFrom, idx) \
+	if (var && hdl && hdl->entryTo.fld && prv->ptrFrom) \
+	{ \
+		assert(idx < hdl->entryTo.sz); \
+		if(hdl->entryTo.cplx) \
+		{ \
+			jvxDataCplx* fldOut = (jvxDataCplx*)hdl->entryTo.fld; \
+			jvxDataCplx* fldIn = (jvxDataCplx*)prv->ptrFrom; \
+			fldOut[idx] = fldIn[idx]; \
+		} \
+		else \
+		{ \
+			jvxData* fldOut = (jvxData*)hdl->entryTo.fld; \
+			jvxData* fldIn = (jvxData*)prv->ptrFrom; \
+			fldOut[idx] = fldIn[idx]; \
+		} \
+	}
+#define JVX_DATA_OUT_DBG_TP_STR_VAL(var, hdl, prv, entryTo, val, tp, idx) \
+	if (var&& hdl && hdl->entryTo.fld) \
+	{ \
+		assert(idx < hdl->entryTo.sz); \
+		tp* fldOut = (tp*)hdl->entryTo.fld; \
+		fldOut[idx] = (tp)val; \
+	}
+#define JVX_DATA_OUT_DBG_TP_STR_UC(hdl, prv, entryTo, ptrFrom, szFrom) \
+	if (hdl && hdl->specData && hdl->entryTo.fld && prv->ptrFrom) \
+	{ \
+		assert(hdl->entryTo.sz == (szFrom)); \
+		if(hdl->entryTo.cplx) \
+		{ \
+			memcpy(hdl->entryTo.fld, prv->ptrFrom, sizeof(jvxDataCplx) * (szFrom)); \
+		} \
+		else \
+		{ \
+			memcpy(hdl->entryTo.fld, prv->ptrFrom, sizeof(jvxData) * (szFrom)); \
+		} \
+	}
+#else
+	#define JVX_DATA_OUT_DBG_TP(hdl, prv, spec, ptrTo, ptrFrom, szTo, szFrom, cplx)
+	#define JVX_DATA_OUT_DBG_TP_STR(hdl, prv, spec, entryTo, ptrFrom, szFrom) 
+	#define JVX_DATA_OUT_DBG_TP_STR_CHECK(var, hdl, spec, entryTo) 
+	#define JVX_DATA_OUT_DBG_TP_STR_IDX(var, hdl, prv, entryTo, ptrFrom, idx) 
+	#define JVX_DATA_OUT_DBG_TP_STR_VAL(var, hdl, prv, entryTo, val, tp, idx) 
+	#define JVX_DATA_OUT_DBG_TP_STR_UC(hdl, prv, entryTo, ptrFrom, szFrom) 
+#endif
+
 #endif