- ///////////////////////////////////////////////////////////
-// Matching predicates
-///////////////////////////////////////////////////////////
- PRED [LFTA_LEGAL, COST HIGH]str_exists_substr[string, string];
- PRED [LFTA_LEGAL, COST HIGH]str_compare[string,string];
- PRED [LFTA_LEGAL, COST LOW] str_match_offset [uint,string,string];
- PRED [LFTA_LEGAL, COST LOW] byte_match_offset [uint,uint,string];
-
-///////////////////////////////////////////////////////////
-// MIN/MAX functions
-///////////////////////////////////////////////////////////
-
-
- ullong FUN [LFTA_LEGAL, COST FREE] LLMIN (ullong,ullong);
- ullong FUN [LFTA_LEGAL, COST FREE] LLMAX (ullong,ullong);
- uint FUN [LFTA_LEGAL, COST FREE] UMIN (uint,uint);
- uint FUN [LFTA_LEGAL, COST FREE] UMAX (uint,uint);
-
- IP FUN [LFTA_LEGAL, COST FREE] UMIN (IP,IP);
- IP FUN [LFTA_LEGAL, COST FREE] UMAX (IP,IP);
-
-///////////////////////////////////////////////////////////
-// conditional functions
-///////////////////////////////////////////////////////////
-
- uint FUN [LFTA_LEGAL, COST FREE] EQ (uint, uint);
- uint FUN [LFTA_LEGAL, COST FREE] GEQ (uint, uint);
- uint FUN [LFTA_LEGAL, COST FREE] LEQ (uint, uint);
-
-
-///////////////////////////////////////////////////////////
-// Function for regex matching
-///////////////////////////////////////////////////////////
-
-
-uint FUN [LFTA_LEGAL, COST EXPENSIVE]
- str_regex_match( string, string HANDLE);
- uint FUN [LFTA_LEGAL, COST EXPENSIVE]
- str_partial_regex_match( string, string HANDLE, uint);
- string FUN [PARTIAL, COST EXPENSIVE] str_extract_regex( string, string HANDLE);
-
-///////////////////////////////////////////////////////////
-// Truncating strings
-///////////////////////////////////////////////////////////
-
- string FUN [LFTA_LEGAL,PARTIAL,COST FREE] str_truncate (string, uint);
-
-///////////////////////////////////////////////////////////
-// Function for casting
-///////////////////////////////////////////////////////////
-
- int FUN [LFTA_LEGAL,COST FREE] non_temporal(int);
- uint FUN [LFTA_LEGAL,COST FREE] non_temporal(uint);
- llong FUN [LFTA_LEGAL,COST FREE] non_temporal(llong);
- ullong FUN [LFTA_LEGAL,COST FREE] non_temporal(ullong);
-
- int FUN [LFTA_LEGAL,COST FREE]INT(uint);
- int FUN [LFTA_LEGAL,COST FREE]INT(ullong);
- int FUN [LFTA_LEGAL,COST FREE]INT(llong);
-
- uint FUN [LFTA_LEGAL,COST FREE]UINT(int);
- uint FUN [LFTA_LEGAL,COST FREE]UINT(ullong);
- uint FUN [LFTA_LEGAL,COST FREE]UINT(llong);
- uint FUN [LFTA_LEGAL,COST FREE]UINT(IP);
-
- float FUN [LFTA_LEGAL,COST FREE] FLOAT(llong);
- float FUN [LFTA_LEGAL,COST FREE] FLOAT(ullong);
- float FUN [LFTA_LEGAL,COST FREE] FLOAT(int);
- float FUN [LFTA_LEGAL,COST FREE] FLOAT(uint);
-
- ullong FUN [LFTA_LEGAL,COST FREE]ULLONG(uint);
- ullong FUN [LFTA_LEGAL,COST FREE]ULLONG(int);
-
-///////////////////////////////////////////////////////////
-// Numeric functions
-///////////////////////////////////////////////////////////
-
- float FUN [LFTA_LEGAL, COST LOW] sqrt(float);
-
-
-///////////////////////////////////////////////////////////
-// Convert an IPv4 address
-///////////////////////////////////////////////////////////
-
-
- uint FUN [PARTIAL,COST HIGH] strtoi(string);
- IP FUN [PARTIAL,COST HIGH] strtoip(string);
-
-// for constant strings - faster at runtime
- uint FUN [LFTA_LEGAL,COST LOW] strtoi_c(string HANDLE);
- IP FUN [LFTA_LEGAL,COST LOW] strtoip_c(string HANDLE);
-
-
-///////////////////////////////////////////////////////////
-// Compute running sum
-///////////////////////////////////////////////////////////
-
-
-
- ullong UDAF [RUNNING, SUBAGGR moving_sum_lfta, SUPERAGGR super_moving_sum_udaf ] moving_sum_udaf fstring12 (uint, uint);
-
- uint EXTR moving_sum moving_sum_udaf moving_sum_extract (uint,uint);
- uint FUN [COST LOW] moving_sum_extract(ullong);
-
- float EXTR moving_sum_exp moving_sum_udaf moving_sum_extract_exp (uint,uint, float);
- float FUN [COST LOW] moving_sum_extract_exp(ullong, float);
-
- ullong UDAF [RUNNING] super_moving_sum_udaf fstring12 (ullong);
- ullong UDAF moving_sum_lfta fstring8 (uint, uint);
-
-
-///////////////////////////////////////////////////////////
-// Compute the average of
-// all positive numbers
-///////////////////////////////////////////////////////////
-
- float UDAF POSAVG fstring16(float);
-
-
-///////////////////////////////////////////////////////////
-// Simple average example
-///////////////////////////////////////////////////////////
-
- float EXTR extr_avg avg_udaf extr_avg_fcn (uint);
- float FUN extr_avg_fcn (string);
- string UDAF[SUBAGGR avg_udaf_lfta, SUPERAGGR avg_udaf_hfta] avg_udaf fstring12 (uint);
- string UDAF avg_udaf_hfta fstring12 (string);
- string UDAF avg_udaf_lfta fstring12 (uint);
-
-///////////////////////////////////////////////////////////
-// SAMPLING
-///////////////////////////////////////////////////////////
-
- fstring100 STATE smart_sampling_state;
- int SFUN packet_count smart_sampling_state ();
- float SFUN gamma smart_sampling_state ();
- int SFUN do_clean_count smart_sampling_state ();
- int SFUN init_threshold smart_sampling_state ();
- int SFUN delay smart_sampling_state();
- int SFUN newly_closed smart_sampling_state();
-
-///////////////////////////////////////////////////////////
-// Manku Heavy Hitter
-///////////////////////////////////////////////////////////
-
-
- fstring20 STATE manku_hh_state;
- BOOL SFUN local_count manku_hh_state (UINT);
- int SFUN current_bucket manku_hh_state ();
-
-///////////////////////////////////////////////////////////
-// FIRST and LAST aggregation funciton
-// Should be replaced by builtins
-///////////////////////////////////////////////////////////
-
- uint UDAF [RUNNING, SUBAGGR FIRST_lfta, SUPERAGGR FIRST_hfta] FIRST uint (uint);
- uint UDAF [RUNNING] FIRST_hfta uint (uint);
- uint UDAF [RUNNING] FIRST_lfta uint (uint);
-
- ullong UDAF [RUNNING, SUBAGGR FIRST_ULL_lfta, SUPERAGGR FIRST_ULL_hfta] FIRST ullong (ullong);
- ullong UDAF [RUNNING] FIRST_ULL_hfta ullong (ullong);
- ullong UDAF [RUNNING] FIRST_ULL_lfta ullong (ullong);
-
- IP UDAF [RUNNING, SUBAGGR FIRST_lfta, SUPERAGGR FIRST_hfta] FIRST IP (IP);
- IP UDAF [RUNNING] FIRST_hfta IP (IP);
- IP UDAF [RUNNING] FIRST_lfta IP (IP);
-
- string UDAF [RUNNING, SUBAGGR FIRST_STR_lfta, SUPERAGGR FIRST_STR_hfta] FIRST string (string);
- string UDAF [RUNNING] FIRST_STR_hfta string (string);
- string UDAF [RUNNING] FIRST_STR_lfta string (string);
-
- uint UDAF [RUNNING, SUBAGGR LAST_lfta, SUPERAGGR LAST_hfta] LAST uint (uint);
- uint UDAF [RUNNING] LAST_hfta uint (uint);
- uint UDAF [RUNNING] LAST_lfta uint (uint);
-
- ullong UDAF [RUNNING, SUBAGGR LAST_ULL_lfta, SUPERAGGR LAST_ULL_hfta] LAST ullong (ullong);
- ullong UDAF [RUNNING] LAST_ULL_hfta ullong (ullong);
- ullong UDAF [RUNNING] LAST_ULL_lfta ullong (ullong);
-
- IP UDAF [RUNNING, SUBAGGR LAST_lfta, SUPERAGGR LAST_hfta] LAST IP (IP);
- IP UDAF [RUNNING] LAST_hfta IP (IP);
- IP UDAF [RUNNING] LAST_lfta IP (IP);
-
- string UDAF [RUNNING, SUBAGGR LAST_STR_lfta, SUPERAGGR LAST_STR_hfta] LAST string (string);
- string UDAF [RUNNING] LAST_STR_hfta string (string);
- string UDAF [RUNNING] LAST_STR_lfta string (string);
-
-///////////////////////////////////////////////////////////
-// integer array aggregation funciton
-// We are going to store 4 values in LFTA in fixed size buffer
-// plus one byte for array length (17 bytes total)
-// HFTA will combine partial aggregates
-///////////////////////////////////////////////////////////
-
- string UDAF [RUNNING, SUBAGGR running_array_aggr_lfta, SUPERAGGR running_array_aggr_hfta] running_array_aggr string (uint);
- string UDAF [RUNNING] running_array_aggr_hfta string (string);
- string UDAF [RUNNING] running_array_aggr_lfta fstring17 (uint);
-
+ ///////////////////////////////////////////////////////////\r
+// Matching predicates\r
+///////////////////////////////////////////////////////////\r
+ PRED [LFTA_LEGAL, COST HIGH]str_exists_substr[string, string];\r
+ PRED [LFTA_LEGAL, COST HIGH]str_compare[string,string];\r
+ PRED [LFTA_LEGAL, COST LOW] str_match_offset [uint,string,string];\r
+ PRED [LFTA_LEGAL, COST LOW] byte_match_offset [uint,uint,string];\r
+ \r
+///////////////////////////////////////////////////////////\r
+// MIN/MAX functions\r
+///////////////////////////////////////////////////////////\r
+\r
+\r
+ ullong FUN [LFTA_LEGAL, COST FREE] LLMIN (ullong,ullong);\r
+ ullong FUN [LFTA_LEGAL, COST FREE] LLMAX (ullong,ullong); \r
+ uint FUN [LFTA_LEGAL, COST FREE] UMIN (uint,uint);\r
+ uint FUN [LFTA_LEGAL, COST FREE] UMAX (uint,uint); \r
+\r
+ IP FUN [LFTA_LEGAL, COST FREE] UMIN (IP,IP);\r
+ IP FUN [LFTA_LEGAL, COST FREE] UMAX (IP,IP);\r
+ \r
+///////////////////////////////////////////////////////////\r
+// conditional functions\r
+///////////////////////////////////////////////////////////\r
+\r
+ uint FUN [LFTA_LEGAL, COST FREE] EQ (uint, uint);\r
+ uint FUN [LFTA_LEGAL, COST FREE] GEQ (uint, uint);\r
+ uint FUN [LFTA_LEGAL, COST FREE] LEQ (uint, uint);\r
+\r
+\r
+///////////////////////////////////////////////////////////\r
+// Function for regex matching\r
+///////////////////////////////////////////////////////////\r
+\r
+\r
+uint FUN [LFTA_LEGAL, COST EXPENSIVE]\r
+ str_regex_match( string, string HANDLE);\r
+ uint FUN [LFTA_LEGAL, COST EXPENSIVE] \r
+ str_partial_regex_match( string, string HANDLE, uint);\r
+ string FUN [PARTIAL, COST EXPENSIVE] str_extract_regex( string, string HANDLE);\r
+ \r
+///////////////////////////////////////////////////////////\r
+// Truncating strings \r
+///////////////////////////////////////////////////////////\r
+ \r
+ string FUN [LFTA_LEGAL,PARTIAL,COST FREE] str_truncate (string, uint);\r
+ \r
+///////////////////////////////////////////////////////////\r
+// Function for casting\r
+///////////////////////////////////////////////////////////\r
+\r
+ int FUN [LFTA_LEGAL,COST FREE] non_temporal(int);\r
+ uint FUN [LFTA_LEGAL,COST FREE] non_temporal(uint);\r
+ llong FUN [LFTA_LEGAL,COST FREE] non_temporal(llong);\r
+ ullong FUN [LFTA_LEGAL,COST FREE] non_temporal(ullong);\r
+\r
+ int FUN [LFTA_LEGAL,COST FREE]INT(uint);\r
+ int FUN [LFTA_LEGAL,COST FREE]INT(ullong);\r
+ int FUN [LFTA_LEGAL,COST FREE]INT(llong);\r
+ \r
+ uint FUN [LFTA_LEGAL,COST FREE]UINT(int);\r
+ uint FUN [LFTA_LEGAL,COST FREE]UINT(ullong);\r
+ uint FUN [LFTA_LEGAL,COST FREE]UINT(llong);\r
+ uint FUN [LFTA_LEGAL,COST FREE]UINT(IP);\r
+\r
+ float FUN [LFTA_LEGAL,COST FREE] FLOAT(llong);\r
+ float FUN [LFTA_LEGAL,COST FREE] FLOAT(ullong);\r
+ float FUN [LFTA_LEGAL,COST FREE] FLOAT(int);\r
+ float FUN [LFTA_LEGAL,COST FREE] FLOAT(uint);\r
+\r
+ ullong FUN [LFTA_LEGAL,COST FREE]ULLONG(uint);\r
+ ullong FUN [LFTA_LEGAL,COST FREE]ULLONG(int);\r
+\r
+///////////////////////////////////////////////////////////\r
+// Numeric functions\r
+///////////////////////////////////////////////////////////\r
+\r
+ float FUN [LFTA_LEGAL, COST LOW] sqrt(float); \r
+\r
+\r
+///////////////////////////////////////////////////////////\r
+// Convert an IPv4 address \r
+///////////////////////////////////////////////////////////\r
+\r
+\r
+ uint FUN [PARTIAL,COST HIGH] strtoi(string);\r
+ IP FUN [PARTIAL,COST HIGH] strtoip(string); \r
+\r
+// for constant strings - faster at runtime\r
+ uint FUN [LFTA_LEGAL,COST LOW] strtoi_c(string HANDLE);\r
+ IP FUN [LFTA_LEGAL,COST LOW] strtoip_c(string HANDLE); \r
+\r
+\r
+///////////////////////////////////////////////////////////\r
+// Compute running sum\r
+///////////////////////////////////////////////////////////\r
+\r
+\r
+\r
+ ullong UDAF [RUNNING, SUBAGGR moving_sum_lfta, SUPERAGGR super_moving_sum_udaf ] moving_sum_udaf fstring12 (uint, uint);\r
+\r
+ uint EXTR moving_sum moving_sum_udaf moving_sum_extract (uint,uint);\r
+ uint FUN [COST LOW] moving_sum_extract(ullong);\r
+\r
+ float EXTR moving_sum_exp moving_sum_udaf moving_sum_extract_exp (uint,uint, float);\r
+ float FUN [COST LOW] moving_sum_extract_exp(ullong, float);\r
+\r
+ ullong UDAF [RUNNING] super_moving_sum_udaf fstring12 (ullong);\r
+ ullong UDAF moving_sum_lfta fstring8 (uint, uint);\r
+\r
+\r
+///////////////////////////////////////////////////////////\r
+// Compute the average of \r
+// all positive numbers \r
+///////////////////////////////////////////////////////////\r
+\r
+ float UDAF POSAVG fstring16(float);\r
+\r
+\r
+///////////////////////////////////////////////////////////\r
+// Simple average example \r
+///////////////////////////////////////////////////////////\r
+\r
+ float EXTR extr_avg avg_udaf extr_avg_fcn (uint);\r
+ float FUN extr_avg_fcn (string);\r
+ string UDAF[SUBAGGR avg_udaf_lfta, SUPERAGGR avg_udaf_hfta] avg_udaf fstring12 (uint);\r
+ string UDAF avg_udaf_hfta fstring12 (string);\r
+ string UDAF avg_udaf_lfta fstring12 (uint);\r
+\r
+///////////////////////////////////////////////////////////\r
+// SAMPLING \r
+///////////////////////////////////////////////////////////\r
+\r
+ fstring100 STATE smart_sampling_state;\r
+ int SFUN packet_count smart_sampling_state ();\r
+ float SFUN gamma smart_sampling_state ();\r
+ int SFUN do_clean_count smart_sampling_state ();\r
+ int SFUN init_threshold smart_sampling_state ();\r
+ int SFUN delay smart_sampling_state();\r
+ int SFUN newly_closed smart_sampling_state();\r
+\r
+///////////////////////////////////////////////////////////\r
+// Manku Heavy Hitter \r
+///////////////////////////////////////////////////////////\r
+\r
+ \r
+ fstring20 STATE manku_hh_state;\r
+ BOOL SFUN local_count manku_hh_state (UINT);\r
+ int SFUN current_bucket manku_hh_state ();\r
+\r
+///////////////////////////////////////////////////////////\r
+// Flips approximate quantile\r
+///////////////////////////////////////////////////////////\r
+\r
+ uint EXTR quantile_of quant_udaf_hfta0 extr_quant_hfta0_fcn (uint, float);\r
+ uint FUN [COST LOW] extr_quant_hfta0_fcn(string, float);\r
+ uint EXTR median_of quant_udaf_hfta0 extr_med_hfta0_fcn (uint);\r
+ uint FUN [COST LOW] extr_med_hfta0_fcn(string);\r
+ uint EXTR qspace_of quant_udaf_hfta0 extr_quant_hfta0_space (uint);\r
+ uint FUN [COST LOW] extr_quant_hfta0_space(string);\r
+ string UDAF [SUBAGGR quant_udaf_lfta3, SUPERAGGR quant_udaf_hfta3] quant_udaf_hfta0 fstring8 (uint);\r
+ string UDAF quant_udaf_hfta3 fstring16 (string);\r
+ string UDAF quant_udaf_lfta3 fstring6600 (uint);\r
+\r
+///////////////////////////////////////////////////////////\r
+// FIRST and LAST aggregation funciton\r
+// Should be replaced by builtins\r
+///////////////////////////////////////////////////////////\r
+\r
+ uint UDAF [RUNNING, SUBAGGR FIRST_lfta, SUPERAGGR FIRST_hfta] FIRST uint (uint);\r
+ uint UDAF [RUNNING] FIRST_hfta uint (uint);\r
+ uint UDAF [RUNNING] FIRST_lfta uint (uint);\r
+\r
+ ullong UDAF [RUNNING, SUBAGGR FIRST_ULL_lfta, SUPERAGGR FIRST_ULL_hfta] FIRST ullong (ullong);\r
+ ullong UDAF [RUNNING] FIRST_ULL_hfta ullong (ullong);\r
+ ullong UDAF [RUNNING] FIRST_ULL_lfta ullong (ullong);\r
+\r
+ IP UDAF [RUNNING, SUBAGGR FIRST_lfta, SUPERAGGR FIRST_hfta] FIRST IP (IP);\r
+ IP UDAF [RUNNING] FIRST_hfta IP (IP);\r
+ IP UDAF [RUNNING] FIRST_lfta IP (IP);\r
+\r
+ string UDAF [RUNNING, SUBAGGR FIRST_STR_lfta, SUPERAGGR FIRST_STR_hfta] FIRST string (string);\r
+ string UDAF [RUNNING] FIRST_STR_hfta string (string);\r
+ string UDAF [RUNNING] FIRST_STR_lfta string (string);\r
+\r
+ uint UDAF [RUNNING, SUBAGGR LAST_lfta, SUPERAGGR LAST_hfta] LAST uint (uint);\r
+ uint UDAF [RUNNING] LAST_hfta uint (uint);\r
+ uint UDAF [RUNNING] LAST_lfta uint (uint);\r
+\r
+ ullong UDAF [RUNNING, SUBAGGR LAST_ULL_lfta, SUPERAGGR LAST_ULL_hfta] LAST ullong (ullong);\r
+ ullong UDAF [RUNNING] LAST_ULL_hfta ullong (ullong);\r
+ ullong UDAF [RUNNING] LAST_ULL_lfta ullong (ullong);\r
+\r
+ IP UDAF [RUNNING, SUBAGGR LAST_lfta, SUPERAGGR LAST_hfta] LAST IP (IP);\r
+ IP UDAF [RUNNING] LAST_hfta IP (IP);\r
+ IP UDAF [RUNNING] LAST_lfta IP (IP);\r
+\r
+ string UDAF [RUNNING, SUBAGGR LAST_STR_lfta, SUPERAGGR LAST_STR_hfta] LAST string (string);\r
+ string UDAF [RUNNING] LAST_STR_hfta string (string);\r
+ string UDAF [RUNNING] LAST_STR_lfta string (string);\r
+\r
+///////////////////////////////////////////////////////////\r
+// integer array aggregation funciton\r
+// We are going to store 4 values in LFTA in fixed size buffer\r
+// plus one byte for array length (17 bytes total)\r
+// HFTA will combine partial aggregates\r
+///////////////////////////////////////////////////////////\r
+\r
+ string UDAF [RUNNING, SUBAGGR running_array_aggr_lfta, SUPERAGGR running_array_aggr_hfta] running_array_aggr string (uint);\r
+ string UDAF [RUNNING] running_array_aggr_hfta string (string);\r
+ string UDAF [RUNNING] running_array_aggr_lfta fstring17 (uint);\r
+ \r
Code Review / com / gs-lite.git / blobdiff