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/*
* ***********************************************
*
* !!!! DO NOT EDIT !!!!
*
* This file was auto-generated by Build.PL.
*
* ***********************************************
*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The ASF licenses this file to You 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 H_LUCY_INDEX_SIMILARITY
#define H_LUCY_INDEX_SIMILARITY 1
#ifdef __cplusplus
extern "C" {
#endif
#include "lucy_parcel.h"
/* Include the header for this class's parent.
*/
#include "Clownfish/Obj.h"
/* Define the struct layout for instances of this class.
*/
#ifdef C_LUCY_SIMILARITY
extern uint32_t lucy_Sim_IVARS_OFFSET;
typedef struct lucy_SimilarityIVARS lucy_SimilarityIVARS;
static CFISH_INLINE lucy_SimilarityIVARS*
lucy_Sim_IVARS(lucy_Similarity *self) {
char *ptr = (char*)self + lucy_Sim_IVARS_OFFSET;
return (lucy_SimilarityIVARS*)ptr;
}
#ifdef LUCY_USE_SHORT_NAMES
#define SimilarityIVARS lucy_SimilarityIVARS
#define Sim_IVARS lucy_Sim_IVARS
#endif
struct lucy_SimilarityIVARS {
float* norm_decoder;
};
#endif /* C_LUCY_SIMILARITY */
/* Declare this class's inert variables.
*/
/* Declare both this class's inert functions and the C functions which
* implement this class's dynamic methods.
*/
LUCY_VISIBLE lucy_Similarity*
lucy_Sim_new(void);
LUCY_VISIBLE lucy_Similarity*
lucy_Sim_init(lucy_Similarity* self);
lucy_Posting*
LUCY_Sim_Make_Posting_IMP(lucy_Similarity* self);
lucy_PostingWriter*
LUCY_Sim_Make_Posting_Writer_IMP(lucy_Similarity* self, lucy_Schema* schema, lucy_Snapshot* snapshot, lucy_Segment* segment, lucy_PolyReader* polyreader, int32_t field_num);
float
LUCY_Sim_TF_IMP(lucy_Similarity* self, float freq);
float
LUCY_Sim_IDF_IMP(lucy_Similarity* self, int64_t doc_freq, int64_t total_docs);
float
LUCY_Sim_Coord_IMP(lucy_Similarity* self, uint32_t overlap, uint32_t max_overlap);
float
LUCY_Sim_Length_Norm_IMP(lucy_Similarity* self, uint32_t num_tokens);
float
LUCY_Sim_Query_Norm_IMP(lucy_Similarity* self, float sum_of_squared_weights);
uint8_t
LUCY_Sim_Encode_Norm_IMP(lucy_Similarity* self, float f);
float
LUCY_Sim_Decode_Norm_IMP(lucy_Similarity* self, uint32_t input);
float*
LUCY_Sim_Get_Norm_Decoder_IMP(lucy_Similarity* self);
void
LUCY_Sim_Destroy_IMP(lucy_Similarity* self);
cfish_Obj*
LUCY_Sim_Dump_IMP(lucy_Similarity* self);
lucy_Similarity*
LUCY_Sim_Load_IMP(lucy_Similarity* self, cfish_Obj* dump);
bool
LUCY_Sim_Equals_IMP(lucy_Similarity* self, cfish_Obj* other);
void
LUCY_Sim_Serialize_IMP(lucy_Similarity* self, lucy_OutStream* outstream);
lucy_Similarity*
LUCY_Sim_Deserialize_IMP(lucy_Similarity* self, lucy_InStream* instream);
/* Define typedefs for each dynamic method, allowing us to cast generic
* pointers to the appropriate function pointer type more cleanly.
*/
typedef void*
(*LUCY_Sim_To_Host_t)(lucy_Similarity* self, void* vcache);
typedef cfish_Obj*
(*LUCY_Sim_Clone_t)(lucy_Similarity* self);
typedef bool
(*LUCY_Sim_Equals_t)(lucy_Similarity* self, cfish_Obj* other);
typedef int32_t
(*LUCY_Sim_Compare_To_t)(lucy_Similarity* self, cfish_Obj* other);
typedef void
(*LUCY_Sim_Destroy_t)(lucy_Similarity* self);
typedef cfish_String*
(*LUCY_Sim_To_String_t)(lucy_Similarity* self);
typedef lucy_Posting*
(*LUCY_Sim_Make_Posting_t)(lucy_Similarity* self);
typedef lucy_PostingWriter*
(*LUCY_Sim_Make_Posting_Writer_t)(lucy_Similarity* self, lucy_Schema* schema, lucy_Snapshot* snapshot, lucy_Segment* segment, lucy_PolyReader* polyreader, int32_t field_num);
typedef float
(*LUCY_Sim_TF_t)(lucy_Similarity* self, float freq);
typedef float
(*LUCY_Sim_IDF_t)(lucy_Similarity* self, int64_t doc_freq, int64_t total_docs);
typedef float
(*LUCY_Sim_Coord_t)(lucy_Similarity* self, uint32_t overlap, uint32_t max_overlap);
typedef float
(*LUCY_Sim_Length_Norm_t)(lucy_Similarity* self, uint32_t num_tokens);
typedef float
(*LUCY_Sim_Query_Norm_t)(lucy_Similarity* self, float sum_of_squared_weights);
typedef uint8_t
(*LUCY_Sim_Encode_Norm_t)(lucy_Similarity* self, float f);
typedef float
(*LUCY_Sim_Decode_Norm_t)(lucy_Similarity* self, uint32_t input);
typedef float*
(*LUCY_Sim_Get_Norm_Decoder_t)(lucy_Similarity* self);
typedef cfish_Obj*
(*LUCY_Sim_Dump_t)(lucy_Similarity* self);
typedef lucy_Similarity*
(*LUCY_Sim_Load_t)(lucy_Similarity* self, cfish_Obj* dump);
typedef void
(*LUCY_Sim_Serialize_t)(lucy_Similarity* self, lucy_OutStream* outstream);
typedef lucy_Similarity*
(*LUCY_Sim_Deserialize_t)(lucy_Similarity* self, lucy_InStream* instream);
/* Define type-safe wrappers for inert functions of Obj.
*/
static CFISH_INLINE cfish_Class*
lucy_Sim_get_class(lucy_Similarity *self) {
return cfish_Obj_get_class((cfish_Obj*)self);
}
static CFISH_INLINE cfish_String*
lucy_Sim_get_class_name(lucy_Similarity *self) {
return cfish_Obj_get_class_name((cfish_Obj*)self);
}
static CFISH_INLINE bool
lucy_Sim_is_a(lucy_Similarity *self, cfish_Class *ancestor) {
return cfish_Obj_is_a((cfish_Obj*)self, ancestor);
}
/* Define the inline functions which implement this class's virtual methods.
*/
extern LUCY_VISIBLE uint32_t LUCY_Sim_To_Host_OFFSET;
static CFISH_INLINE void*
LUCY_Sim_To_Host(lucy_Similarity* self, void* vcache) {
const LUCY_Sim_To_Host_t method = (LUCY_Sim_To_Host_t)cfish_obj_method(self, LUCY_Sim_To_Host_OFFSET);
return method(self, vcache);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Clone_OFFSET;
static CFISH_INLINE cfish_Obj*
LUCY_Sim_Clone(lucy_Similarity* self) {
const LUCY_Sim_Clone_t method = (LUCY_Sim_Clone_t)cfish_obj_method(self, LUCY_Sim_Clone_OFFSET);
return method(self);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Equals_OFFSET;
static CFISH_INLINE bool
LUCY_Sim_Equals(lucy_Similarity* self, cfish_Obj* other) {
const LUCY_Sim_Equals_t method = (LUCY_Sim_Equals_t)cfish_obj_method(self, LUCY_Sim_Equals_OFFSET);
return method(self, other);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Compare_To_OFFSET;
static CFISH_INLINE int32_t
LUCY_Sim_Compare_To(lucy_Similarity* self, cfish_Obj* other) {
const LUCY_Sim_Compare_To_t method = (LUCY_Sim_Compare_To_t)cfish_obj_method(self, LUCY_Sim_Compare_To_OFFSET);
return method(self, other);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Destroy_OFFSET;
static CFISH_INLINE void
LUCY_Sim_Destroy(lucy_Similarity* self) {
const LUCY_Sim_Destroy_t method = (LUCY_Sim_Destroy_t)cfish_obj_method(self, LUCY_Sim_Destroy_OFFSET);
method(self);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_To_String_OFFSET;
static CFISH_INLINE cfish_String*
LUCY_Sim_To_String(lucy_Similarity* self) {
const LUCY_Sim_To_String_t method = (LUCY_Sim_To_String_t)cfish_obj_method(self, LUCY_Sim_To_String_OFFSET);
return method(self);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Make_Posting_OFFSET;
static CFISH_INLINE lucy_Posting*
LUCY_Sim_Make_Posting(lucy_Similarity* self) {
const LUCY_Sim_Make_Posting_t method = (LUCY_Sim_Make_Posting_t)cfish_obj_method(self, LUCY_Sim_Make_Posting_OFFSET);
return method(self);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Make_Posting_Writer_OFFSET;
static CFISH_INLINE lucy_PostingWriter*
LUCY_Sim_Make_Posting_Writer(lucy_Similarity* self, lucy_Schema* schema, lucy_Snapshot* snapshot, lucy_Segment* segment, lucy_PolyReader* polyreader, int32_t field_num) {
const LUCY_Sim_Make_Posting_Writer_t method = (LUCY_Sim_Make_Posting_Writer_t)cfish_obj_method(self, LUCY_Sim_Make_Posting_Writer_OFFSET);
return method(self, schema, snapshot, segment, polyreader, field_num);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_TF_OFFSET;
static CFISH_INLINE float
LUCY_Sim_TF(lucy_Similarity* self, float freq) {
const LUCY_Sim_TF_t method = (LUCY_Sim_TF_t)cfish_obj_method(self, LUCY_Sim_TF_OFFSET);
return method(self, freq);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_IDF_OFFSET;
static CFISH_INLINE float
LUCY_Sim_IDF(lucy_Similarity* self, int64_t doc_freq, int64_t total_docs) {
const LUCY_Sim_IDF_t method = (LUCY_Sim_IDF_t)cfish_obj_method(self, LUCY_Sim_IDF_OFFSET);
return method(self, doc_freq, total_docs);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Coord_OFFSET;
static CFISH_INLINE float
LUCY_Sim_Coord(lucy_Similarity* self, uint32_t overlap, uint32_t max_overlap) {
const LUCY_Sim_Coord_t method = (LUCY_Sim_Coord_t)cfish_obj_method(self, LUCY_Sim_Coord_OFFSET);
return method(self, overlap, max_overlap);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Length_Norm_OFFSET;
static CFISH_INLINE float
LUCY_Sim_Length_Norm(lucy_Similarity* self, uint32_t num_tokens) {
const LUCY_Sim_Length_Norm_t method = (LUCY_Sim_Length_Norm_t)cfish_obj_method(self, LUCY_Sim_Length_Norm_OFFSET);
return method(self, num_tokens);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Query_Norm_OFFSET;
static CFISH_INLINE float
LUCY_Sim_Query_Norm(lucy_Similarity* self, float sum_of_squared_weights) {
const LUCY_Sim_Query_Norm_t method = (LUCY_Sim_Query_Norm_t)cfish_obj_method(self, LUCY_Sim_Query_Norm_OFFSET);
return method(self, sum_of_squared_weights);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Encode_Norm_OFFSET;
static CFISH_INLINE uint8_t
LUCY_Sim_Encode_Norm(lucy_Similarity* self, float f) {
const LUCY_Sim_Encode_Norm_t method = (LUCY_Sim_Encode_Norm_t)cfish_obj_method(self, LUCY_Sim_Encode_Norm_OFFSET);
return method(self, f);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Decode_Norm_OFFSET;
static CFISH_INLINE float
LUCY_Sim_Decode_Norm(lucy_Similarity* self, uint32_t input) {
const LUCY_Sim_Decode_Norm_t method = (LUCY_Sim_Decode_Norm_t)cfish_obj_method(self, LUCY_Sim_Decode_Norm_OFFSET);
return method(self, input);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Get_Norm_Decoder_OFFSET;
static CFISH_INLINE float*
LUCY_Sim_Get_Norm_Decoder(lucy_Similarity* self) {
const LUCY_Sim_Get_Norm_Decoder_t method = (LUCY_Sim_Get_Norm_Decoder_t)cfish_obj_method(self, LUCY_Sim_Get_Norm_Decoder_OFFSET);
return method(self);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Dump_OFFSET;
static CFISH_INLINE cfish_Obj*
LUCY_Sim_Dump(lucy_Similarity* self) {
const LUCY_Sim_Dump_t method = (LUCY_Sim_Dump_t)cfish_obj_method(self, LUCY_Sim_Dump_OFFSET);
return method(self);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Load_OFFSET;
static CFISH_INLINE lucy_Similarity*
LUCY_Sim_Load(lucy_Similarity* self, cfish_Obj* dump) {
const LUCY_Sim_Load_t method = (LUCY_Sim_Load_t)cfish_obj_method(self, LUCY_Sim_Load_OFFSET);
return method(self, dump);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Serialize_OFFSET;
static CFISH_INLINE void
LUCY_Sim_Serialize(lucy_Similarity* self, lucy_OutStream* outstream) {
const LUCY_Sim_Serialize_t method = (LUCY_Sim_Serialize_t)cfish_obj_method(self, LUCY_Sim_Serialize_OFFSET);
method(self, outstream);
}
extern LUCY_VISIBLE uint32_t LUCY_Sim_Deserialize_OFFSET;
static CFISH_INLINE lucy_Similarity*
LUCY_Sim_Deserialize(lucy_Similarity* self, lucy_InStream* instream) {
const LUCY_Sim_Deserialize_t method = (LUCY_Sim_Deserialize_t)cfish_obj_method(self, LUCY_Sim_Deserialize_OFFSET);
return method(self, instream);
}
/* Declare callbacks for wrapping host overrides.
*/
#ifdef CFISH_NO_DYNAMIC_OVERRIDES
#define Lucy_Sim_Make_Posting_OVERRIDE NULL
#define Lucy_Sim_Make_Posting_Writer_OVERRIDE NULL
#define Lucy_Sim_TF_OVERRIDE NULL
#define Lucy_Sim_IDF_OVERRIDE NULL
#define Lucy_Sim_Coord_OVERRIDE NULL
#define Lucy_Sim_Length_Norm_OVERRIDE NULL
#define Lucy_Sim_Query_Norm_OVERRIDE NULL
#define Lucy_Sim_Encode_Norm_OVERRIDE NULL
#define Lucy_Sim_Decode_Norm_OVERRIDE NULL
#define Lucy_Sim_Get_Norm_Decoder_OVERRIDE NULL
#define Lucy_Sim_Dump_OVERRIDE NULL
#define Lucy_Sim_Load_OVERRIDE NULL
#define Lucy_Sim_Serialize_OVERRIDE NULL
#define Lucy_Sim_Deserialize_OVERRIDE NULL
#else
lucy_Posting*
Lucy_Sim_Make_Posting_OVERRIDE(lucy_Similarity* self);
lucy_PostingWriter*
Lucy_Sim_Make_Posting_Writer_OVERRIDE(lucy_Similarity* self, lucy_Schema* schema, lucy_Snapshot* snapshot, lucy_Segment* segment, lucy_PolyReader* polyreader, int32_t field_num);
float
Lucy_Sim_TF_OVERRIDE(lucy_Similarity* self, float freq);
float
Lucy_Sim_IDF_OVERRIDE(lucy_Similarity* self, int64_t doc_freq, int64_t total_docs);
float
Lucy_Sim_Coord_OVERRIDE(lucy_Similarity* self, uint32_t overlap, uint32_t max_overlap);
float
Lucy_Sim_Length_Norm_OVERRIDE(lucy_Similarity* self, uint32_t num_tokens);
float
Lucy_Sim_Query_Norm_OVERRIDE(lucy_Similarity* self, float sum_of_squared_weights);
uint8_t
Lucy_Sim_Encode_Norm_OVERRIDE(lucy_Similarity* self, float f);
float
Lucy_Sim_Decode_Norm_OVERRIDE(lucy_Similarity* self, uint32_t input);
float*
Lucy_Sim_Get_Norm_Decoder_OVERRIDE(lucy_Similarity* self);
cfish_Obj*
Lucy_Sim_Dump_OVERRIDE(lucy_Similarity* self);
lucy_Similarity*
Lucy_Sim_Load_OVERRIDE(lucy_Similarity* self, cfish_Obj* dump);
void
Lucy_Sim_Serialize_OVERRIDE(lucy_Similarity* self, lucy_OutStream* outstream);
lucy_Similarity*
Lucy_Sim_Deserialize_OVERRIDE(lucy_Similarity* self, lucy_InStream* instream);
#endif
/* Define "short names" for this class's symbols.
*/
#ifdef LUCY_USE_SHORT_NAMES
#define Similarity lucy_Similarity
#define SIMILARITY LUCY_SIMILARITY
#define Sim_new lucy_Sim_new
#define Sim_init lucy_Sim_init
#define Sim_get_class lucy_Sim_get_class
#define Sim_get_class_name lucy_Sim_get_class_name
#define Sim_is_a lucy_Sim_is_a
#define Sim_Make_Posting_IMP LUCY_Sim_Make_Posting_IMP
#define Sim_Make_Posting_Writer_IMP LUCY_Sim_Make_Posting_Writer_IMP
#define Sim_TF_IMP LUCY_Sim_TF_IMP
#define Sim_IDF_IMP LUCY_Sim_IDF_IMP
#define Sim_Coord_IMP LUCY_Sim_Coord_IMP
#define Sim_Length_Norm_IMP LUCY_Sim_Length_Norm_IMP
#define Sim_Query_Norm_IMP LUCY_Sim_Query_Norm_IMP
#define Sim_Encode_Norm_IMP LUCY_Sim_Encode_Norm_IMP
#define Sim_Decode_Norm_IMP LUCY_Sim_Decode_Norm_IMP
#define Sim_Get_Norm_Decoder_IMP LUCY_Sim_Get_Norm_Decoder_IMP
#define Sim_Destroy_IMP LUCY_Sim_Destroy_IMP
#define Sim_Dump_IMP LUCY_Sim_Dump_IMP
#define Sim_Load_IMP LUCY_Sim_Load_IMP
#define Sim_Equals_IMP LUCY_Sim_Equals_IMP
#define Sim_Serialize_IMP LUCY_Sim_Serialize_IMP
#define Sim_Deserialize_IMP LUCY_Sim_Deserialize_IMP
#define Sim_To_Host LUCY_Sim_To_Host
#define Sim_To_Host_t LUCY_Sim_To_Host_t
#define Sim_Clone LUCY_Sim_Clone
#define Sim_Clone_t LUCY_Sim_Clone_t
#define Sim_Equals LUCY_Sim_Equals
#define Sim_Equals_t LUCY_Sim_Equals_t
#define Sim_Compare_To LUCY_Sim_Compare_To
#define Sim_Compare_To_t LUCY_Sim_Compare_To_t
#define Sim_Destroy LUCY_Sim_Destroy
#define Sim_Destroy_t LUCY_Sim_Destroy_t
#define Sim_To_String LUCY_Sim_To_String
#define Sim_To_String_t LUCY_Sim_To_String_t
#define Sim_Make_Posting LUCY_Sim_Make_Posting
#define Sim_Make_Posting_t LUCY_Sim_Make_Posting_t
#define Sim_Make_Posting_Writer LUCY_Sim_Make_Posting_Writer
#define Sim_Make_Posting_Writer_t LUCY_Sim_Make_Posting_Writer_t
#define Sim_TF LUCY_Sim_TF
#define Sim_TF_t LUCY_Sim_TF_t
#define Sim_IDF LUCY_Sim_IDF
#define Sim_IDF_t LUCY_Sim_IDF_t
#define Sim_Coord LUCY_Sim_Coord
#define Sim_Coord_t LUCY_Sim_Coord_t
#define Sim_Length_Norm LUCY_Sim_Length_Norm
#define Sim_Length_Norm_t LUCY_Sim_Length_Norm_t
#define Sim_Query_Norm LUCY_Sim_Query_Norm
#define Sim_Query_Norm_t LUCY_Sim_Query_Norm_t
#define Sim_Encode_Norm LUCY_Sim_Encode_Norm
#define Sim_Encode_Norm_t LUCY_Sim_Encode_Norm_t
#define Sim_Decode_Norm LUCY_Sim_Decode_Norm
#define Sim_Decode_Norm_t LUCY_Sim_Decode_Norm_t
#define Sim_Get_Norm_Decoder LUCY_Sim_Get_Norm_Decoder
#define Sim_Get_Norm_Decoder_t LUCY_Sim_Get_Norm_Decoder_t
#define Sim_Dump LUCY_Sim_Dump
#define Sim_Dump_t LUCY_Sim_Dump_t
#define Sim_Load LUCY_Sim_Load
#define Sim_Load_t LUCY_Sim_Load_t
#define Sim_Serialize LUCY_Sim_Serialize
#define Sim_Serialize_t LUCY_Sim_Serialize_t
#define Sim_Deserialize LUCY_Sim_Deserialize
#define Sim_Deserialize_t LUCY_Sim_Deserialize_t
#endif /* LUCY_USE_SHORT_NAMES */
#ifdef __cplusplus
}
#endif
#endif /* H_LUCY_INDEX_SIMILARITY */
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