X-Git-Url: https://gerrit.o-ran-sc.org/r/gitweb?a=blobdiff_plain;f=include%2Fhfta%2Fhfta_sfun.h;h=c203217b2ec0eb13b2523d19c7bf58f0908d9e97;hb=07495effe193ca3f73c3bf0ce417068f9ac9dcdd;hp=4c05838151e17a310ed215a4dbb1b5653a5e2497;hpb=93d248304a68de7a8f9daf4aa74f9ee4cd27410c;p=com%2Fgs-lite.git

diff --git a/include/hfta/hfta_sfun.h b/include/hfta/hfta_sfun.h
index 4c05838..c203217 100644
--- a/include/hfta/hfta_sfun.h
+++ b/include/hfta/hfta_sfun.h
@@ -1,113 +1,113 @@
-/* ------------------------------------------------
- Copyright 2014 AT&T Intellectual Property
- Licensed under the Apache License, Version 2.0 (the "License");
- you may not use this file except in compliance with the License.
- You may obtain a copy of the License at
- 
- http://www.apache.org/licenses/LICENSE-2.0
- 
- Unless required by applicable law or agreed to in writing, software
- distributed under the License is distributed on an "AS IS" BASIS,
- WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
- See the License for the specific language governing permissions and
- limitations under the License.
- ------------------------------------------- */
-
-#ifndef _HFTA_SFUN_H_INCLUDED_
-#define _HFTA_SFUN_H_INCLUDED_
-
-#include "vstring.h"
-#include "host_tuple.h"
-
-////////////////////////////////////////////////////////////////
-///		Dummy state and functions, for testing
-////////////////////////////////////////////////////////////////////
-
-void _sfun_state_destroy_Foo(char(*)[20] );
-void _sfun_state_dirty_init_Foo(char(*)[20],char(*)[20], int);
-void _sfun_state_final_init_Foo(char(*)[20], int);
-void _sfun_state_clean_init_Foo(char(*)[20]);
-unsigned int Bar(char(*)[20], int, unsigned int);
-
-int packet_count(void *s, int curr_num_samples);
-double gamma(void *s, int curr_num_samples);
-int init_threshold(void *s, int curr_num_samples);
-int do_clean_count(void *s, int curr_num_samples);
-int delay(void *s, int curr_num_samples);
-int newly_closed(void *s, int curr_num_samples);
-
-////////////////////////////////////////////////////
-///		Adaptive smart sampling
-////////////////////////////////////////////////////////////////////
-void _sfun_state_clean_init_smart_sampling_state(void *s);
-void _sfun_state_dirty_init_smart_sampling_state(void *s_new, void *s_old, int curr_num_samples);
-void _sfun_state_final_init_smart_sampling_state(void *s, int curr_num_samples);
-void _sfun_state_destroy_smart_sampling_state(void *s){};
-
-int ssample(void *s,int curr_num_samples, unsigned long long int len, unsigned int sample_size);
-int ssample(void *s,int curr_num_samples, int len, unsigned int sample_size){
-	return ssample(s,curr_num_samples,(unsigned long long int)len,sample_size);
-}
-int ssample(void *s,int curr_num_samples, unsigned int len, unsigned int sample_size){
-	return ssample(s,curr_num_samples,(unsigned long long int)len,sample_size);
-}
-
-int ssfinal_clean(void *s, int curr_num_sample, unsigned long long int glens);
-int ssfinal_clean(void *s, int curr_num_samples, int glen){
-	return ssfinal_clean(s, curr_num_samples, (unsigned long long int)glen);
-}
-int ssfinal_clean(void *s, int curr_num_samples, unsigned int glen){
-	return ssfinal_clean(s, curr_num_samples, (unsigned long long int)glen);
-}
-
-int ssdo_clean(void *s, int curr_num_samples);
-
-int ssclean_with(void *s,int curr_num_sample, unsigned long long int glens);
-int ssclean_with(void *s,int curr_num_sample, unsigned int glens){
-	return ssclean_with(s, curr_num_sample, (unsigned long long int)glens);
-}
-int ssclean_with(void *s,int curr_num_sample, int glens){
-	return ssclean_with(s, curr_num_sample, (unsigned long long int)glens);
-}
-
-double ssthreshold(void *s, int curr_num_sample);
-int count_distinct(void *s, int curr_num_samples);
-int packet_count(void *s, int curr_num_samples);
-double gamma(void *s, int curr_num_samples);
-int init_threshold(void *s, int curr_num_samples);
-int do_clean_count(void *s, int curr_num_samples);
-int delay(void *s, int curr_num_samples);
-int newly_closed(void *s, int curr_num_samples);
-
-//flow sampling
-int flow_ssdo_clean(void *s, int curr_num_samples,unsigned int maxtime);
-
-int flow_ssample(void *s,int curr_num_samples, unsigned int sample_size);
-
-int flow_ssclean_with(void *s,int curr_num_sample, unsigned int ccondition,  unsigned int delay,  unsigned int maxtime, unsigned long long int glens);
-int flow_ssclean_with(void *s,int curr_num_sample, unsigned int ccondition, unsigned int delay, unsigned int maxtime, unsigned int glens){
-	return flow_ssclean_with(s, curr_num_sample, ccondition, delay, maxtime, (unsigned long long int)glens);
-}
-int flow_ssclean_with(void *s,int curr_num_sample, unsigned int ccondition, unsigned int delay, unsigned int maxtime, int glens){
-	return flow_ssclean_with(s, curr_num_sample, ccondition, delay, maxtime, (unsigned long long int)glens);
-}
-
-int flow_ssfinal_clean(void *s, int curr_num_sample, unsigned int ccondition, unsigned int delay, unsigned int maxtime, unsigned long long int glens);
-int flow_ssfinal_clean(void *s, int curr_num_samples,unsigned int ccondition, unsigned int delay, unsigned int maxtime, int glen){
-	return flow_ssfinal_clean(s, curr_num_samples, ccondition, delay, maxtime, (unsigned long long int)glen);
-}
-int flow_ssfinal_clean(void *s, int curr_num_samples,unsigned int ccondition, unsigned int delay, unsigned int maxtime, unsigned int glen){
-	return flow_ssfinal_clean(s, curr_num_samples, ccondition, delay, maxtime, (unsigned long long int)glen);
-}
-
-////////////////////////////////////////////////////////////////////
-///             Manku-Motwani Heavy Hitters
-////////////////////////////////////////////////////////////////////
-void _sfun_state_clean_init_manku_hh_state(void *s);
-void _sfun_state_dirty_init_manku_hh_state(void *s_new, void *s_old, int curr_num_samples);
-void _sfun_state_final_init_manku_hh_state(void *s, int curr_num_samples);
-void _sfun_state_destroy_manku_hh_state(void *s){};
-
-/////////////////////////////////////////////////////////////////////
-
-#endif
+/* ------------------------------------------------
+ Copyright 2014 AT&T Intellectual Property
+ Licensed under the Apache License, Version 2.0 (the "License");
+ you may not use this file except in compliance with the License.
+ You may obtain a copy of the License at
+ 
+ http://www.apache.org/licenses/LICENSE-2.0
+ 
+ Unless required by applicable law or agreed to in writing, software
+ distributed under the License is distributed on an "AS IS" BASIS,
+ WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ See the License for the specific language governing permissions and
+ limitations under the License.
+ ------------------------------------------- */
+
+#ifndef _HFTA_SFUN_H_INCLUDED_
+#define _HFTA_SFUN_H_INCLUDED_
+
+#include "vstring.h"
+#include "host_tuple.h"
+
+////////////////////////////////////////////////////////////////
+///		Dummy state and functions, for testing
+////////////////////////////////////////////////////////////////////
+
+void _sfun_state_destroy_Foo(char(*)[20] );
+void _sfun_state_dirty_init_Foo(char(*)[20],char(*)[20], int);
+void _sfun_state_final_init_Foo(char(*)[20], int);
+void _sfun_state_clean_init_Foo(char(*)[20]);
+unsigned int Bar(char(*)[20], int, unsigned int);
+
+int packet_count(void *s, int curr_num_samples);
+double gamma(void *s, int curr_num_samples);
+int init_threshold(void *s, int curr_num_samples);
+int do_clean_count(void *s, int curr_num_samples);
+int delay(void *s, int curr_num_samples);
+int newly_closed(void *s, int curr_num_samples);
+
+////////////////////////////////////////////////////
+///		Adaptive smart sampling
+////////////////////////////////////////////////////////////////////
+void _sfun_state_clean_init_smart_sampling_state(void *s);
+void _sfun_state_dirty_init_smart_sampling_state(void *s_new, void *s_old, int curr_num_samples);
+void _sfun_state_final_init_smart_sampling_state(void *s, int curr_num_samples);
+void _sfun_state_destroy_smart_sampling_state(void *s){};
+
+int ssample(void *s,int curr_num_samples, unsigned long long int len, unsigned int sample_size);
+int ssample(void *s,int curr_num_samples, int len, unsigned int sample_size){
+	return ssample(s,curr_num_samples,(unsigned long long int)len,sample_size);
+}
+int ssample(void *s,int curr_num_samples, unsigned int len, unsigned int sample_size){
+	return ssample(s,curr_num_samples,(unsigned long long int)len,sample_size);
+}
+
+int ssfinal_clean(void *s, int curr_num_sample, unsigned long long int glens);
+int ssfinal_clean(void *s, int curr_num_samples, int glen){
+	return ssfinal_clean(s, curr_num_samples, (unsigned long long int)glen);
+}
+int ssfinal_clean(void *s, int curr_num_samples, unsigned int glen){
+	return ssfinal_clean(s, curr_num_samples, (unsigned long long int)glen);
+}
+
+int ssdo_clean(void *s, int curr_num_samples);
+
+int ssclean_with(void *s,int curr_num_sample, unsigned long long int glens);
+int ssclean_with(void *s,int curr_num_sample, unsigned int glens){
+	return ssclean_with(s, curr_num_sample, (unsigned long long int)glens);
+}
+int ssclean_with(void *s,int curr_num_sample, int glens){
+	return ssclean_with(s, curr_num_sample, (unsigned long long int)glens);
+}
+
+double ssthreshold(void *s, int curr_num_sample);
+int count_distinct(void *s, int curr_num_samples);
+int packet_count(void *s, int curr_num_samples);
+double gamma(void *s, int curr_num_samples);
+int init_threshold(void *s, int curr_num_samples);
+int do_clean_count(void *s, int curr_num_samples);
+int delay(void *s, int curr_num_samples);
+int newly_closed(void *s, int curr_num_samples);
+
+//flow sampling
+int flow_ssdo_clean(void *s, int curr_num_samples,unsigned int maxtime);
+
+int flow_ssample(void *s,int curr_num_samples, unsigned int sample_size);
+
+int flow_ssclean_with(void *s,int curr_num_sample, unsigned int ccondition,  unsigned int delay,  unsigned int maxtime, unsigned long long int glens);
+int flow_ssclean_with(void *s,int curr_num_sample, unsigned int ccondition, unsigned int delay, unsigned int maxtime, unsigned int glens){
+	return flow_ssclean_with(s, curr_num_sample, ccondition, delay, maxtime, (unsigned long long int)glens);
+}
+int flow_ssclean_with(void *s,int curr_num_sample, unsigned int ccondition, unsigned int delay, unsigned int maxtime, int glens){
+	return flow_ssclean_with(s, curr_num_sample, ccondition, delay, maxtime, (unsigned long long int)glens);
+}
+
+int flow_ssfinal_clean(void *s, int curr_num_sample, unsigned int ccondition, unsigned int delay, unsigned int maxtime, unsigned long long int glens);
+int flow_ssfinal_clean(void *s, int curr_num_samples,unsigned int ccondition, unsigned int delay, unsigned int maxtime, int glen){
+	return flow_ssfinal_clean(s, curr_num_samples, ccondition, delay, maxtime, (unsigned long long int)glen);
+}
+int flow_ssfinal_clean(void *s, int curr_num_samples,unsigned int ccondition, unsigned int delay, unsigned int maxtime, unsigned int glen){
+	return flow_ssfinal_clean(s, curr_num_samples, ccondition, delay, maxtime, (unsigned long long int)glen);
+}
+
+////////////////////////////////////////////////////////////////////
+///             Manku-Motwani Heavy Hitters
+////////////////////////////////////////////////////////////////////
+void _sfun_state_clean_init_manku_hh_state(void *s);
+void _sfun_state_dirty_init_manku_hh_state(void *s_new, void *s_old, int curr_num_samples);
+void _sfun_state_final_init_manku_hh_state(void *s, int curr_num_samples);
+void _sfun_state_destroy_manku_hh_state(void *s){};
+
+/////////////////////////////////////////////////////////////////////
+
+#endif