// Automatically generated by Interoptopus.

#ifndef edge_transformers
#define edge_transformers

#ifdef __cplusplus
extern "C" {
#endif

#include <stdint.h>
#include <stdbool.h>




typedef enum deviceffi
    {
    DEVICEFFI_CPU = 0,
    DEVICEFFI_DML = 1,
    } deviceffi;

typedef enum graphoptimizationlevelffi
    {
    GRAPHOPTIMIZATIONLEVELFFI_DISABLE = 0,
    GRAPHOPTIMIZATIONLEVELFFI_LEVEL1 = 1,
    GRAPHOPTIMIZATIONLEVELFFI_LEVEL2 = 2,
    GRAPHOPTIMIZATIONLEVELFFI_LEVEL3 = 99,
    } graphoptimizationlevelffi;

typedef enum poolingstrategyffi
    {
    POOLINGSTRATEGYFFI_MEAN = 0,
    POOLINGSTRATEGYFFI_MAX = 1,
    POOLINGSTRATEGYFFI_FIRST = 2,
    } poolingstrategyffi;

typedef struct conditionalgenerationpipelineffi conditionalgenerationpipelineffi;

typedef struct conditionalgenerationpipelinewithpkvsffi conditionalgenerationpipelinewithpkvsffi;

typedef struct embeddingpipelineffi embeddingpipelineffi;

/// Holds text embedding with model specific threshold for cosine similarity.
typedef struct envcontainer envcontainer;

typedef struct optimumseq2seqpipelineffi optimumseq2seqpipelineffi;

typedef struct optimumseq2seqpipelinewithpkvsffi optimumseq2seqpipelinewithpkvsffi;

typedef struct seq2seqgenerationpipelineffi seq2seqgenerationpipelineffi;

typedef struct sequenceclassificationpipelineffi sequenceclassificationpipelineffi;

typedef struct stringbatch stringbatch;

typedef struct tokenclassificationpipelineffi tokenclassificationpipelineffi;

typedef enum ffierror
    {
    FFIERROR_OK = 0,
    FFIERROR_NULL = 100,
    FFIERROR_PANIC = 200,
    FFIERROR_FAIL = 300,
    } ffierror;

typedef struct classpredictionffi
    {
    const char* label;
    float score;
    } classpredictionffi;

typedef struct useasciistringpattern
    {
    const char* ascii_string;
    } useasciistringpattern;

///Option type containing boolean flag and maybe valid data.
typedef struct optionstringbatch
    {
    stringbatch t;
    uint8_t is_some;
    } optionstringbatch;

///A pointer to an array of data someone else owns which may not be modified.
typedef struct slicef32
    {
    const float* data;
    uint64_t len;
    } slicef32;

typedef struct embeddingffi
    {
    slicef32 embedding;
    } embeddingffi;

///A pointer to an array of data someone else owns which may not be modified.
typedef struct sliceclasspredictionffi
    {
    const classpredictionffi* data;
    uint64_t len;
    } sliceclasspredictionffi;

///A pointer to an array of data someone else owns which may not be modified.
typedef struct sliceuseasciistringpattern
    {
    const useasciistringpattern* data;
    uint64_t len;
    } sliceuseasciistringpattern;

typedef struct predictionffi
    {
    classpredictionffi best;
    sliceclasspredictionffi all;
    } predictionffi;

typedef struct tokenclasspredictionffi
    {
    classpredictionffi best;
    sliceclasspredictionffi all;
    uint32_t start;
    uint32_t end;
    } tokenclasspredictionffi;

///A pointer to an array of data someone else owns which may not be modified.
typedef struct sliceembeddingffi
    {
    const embeddingffi* data;
    uint64_t len;
    } sliceembeddingffi;

///A pointer to an array of data someone else owns which may not be modified.
typedef struct slicepredictionffi
    {
    const predictionffi* data;
    uint64_t len;
    } slicepredictionffi;

///A pointer to an array of data someone else owns which may not be modified.
typedef struct slicetokenclasspredictionffi
    {
    const tokenclasspredictionffi* data;
    uint64_t len;
    } slicetokenclasspredictionffi;

typedef struct taggedstringffi
    {
    const char* input_string;
    slicetokenclasspredictionffi tags;
    } taggedstringffi;

///A pointer to an array of data someone else owns which may not be modified.
typedef struct slicetaggedstringffi
    {
    const taggedstringffi* data;
    uint64_t len;
    } slicetaggedstringffi;


/// Destroys the given instance.
///
/// # Safety
///
/// The passed parameter MUST have been created with the corresponding init function;
/// passing any other value results in undefined behavior.
ffierror onnx_env_destroy(envcontainer** context);

ffierror onnx_env_new(envcontainer** context);

/// Destroys the given instance.
///
/// # Safety
///
/// The passed parameter MUST have been created with the corresponding init function;
/// passing any other value results in undefined behavior.
ffierror onnx_string_batch_destroy(stringbatch** context);

ffierror onnx_string_batch_new(stringbatch** context);

ffierror onnx_string_batch_add(stringbatch* context, const char* add_string);

const char* onnx_string_batch_get(const stringbatch* context, uint32_t id);

uint32_t onnx_string_batch_length(const stringbatch* context);

ffierror onnx_string_batch_clear(stringbatch* context);

/// Destroys the given instance.
///
/// # Safety
///
/// The passed parameter MUST have been created with the corresponding init function;
/// passing any other value results in undefined behavior.
ffierror onnx_cond_gen_destroy(conditionalgenerationpipelineffi** context);

ffierror onnx_cond_gen_from_pretrained(conditionalgenerationpipelineffi** context, const envcontainer* env, const char* model_id, deviceffi device, graphoptimizationlevelffi optimization);

ffierror onnx_cond_gen_create_from_files(conditionalgenerationpipelineffi** context, const envcontainer* env, const char* model_path, const char* tokenizer_config_path, const char* special_tokens_map_path, deviceffi device, graphoptimizationlevelffi optimization);

const char* onnx_cond_gen_generate_topk_sampling(conditionalgenerationpipelineffi* context, const char* input, int32_t max_length, int32_t topk, float temperature);

const char* onnx_cond_gen_generate_random_sampling(conditionalgenerationpipelineffi* context, const char* input, int32_t max_length, float temperature);

const char* onnx_cond_gen_generate_argmax(conditionalgenerationpipelineffi* context, const char* input, int32_t max_length);

sliceuseasciistringpattern onnx_cond_gen_generate_topk_sampling_batch(conditionalgenerationpipelineffi* s, stringbatch input, int32_t max_length, int32_t topk, float temperature);

sliceuseasciistringpattern onnx_cond_gen_generate_random_sampling_batch(conditionalgenerationpipelineffi* s, stringbatch input, int32_t max_length, float temperature);

sliceuseasciistringpattern onnx_cond_gen_generate_argmax_batch(conditionalgenerationpipelineffi* s, stringbatch input, int32_t max_length);

/// Destroys the given instance.
///
/// # Safety
///
/// The passed parameter MUST have been created with the corresponding init function;
/// passing any other value results in undefined behavior.
ffierror onnx_cond_gen_pkvs_destroy(conditionalgenerationpipelinewithpkvsffi** context);

ffierror onnx_cond_gen_pkvs_from_pretrained(conditionalgenerationpipelinewithpkvsffi** context, const envcontainer* env, const char* model_id, deviceffi device, graphoptimizationlevelffi optimization);

ffierror onnx_cond_gen_pkvs_create_from_paths(conditionalgenerationpipelinewithpkvsffi** context, const envcontainer* env, const char* model, const char* tokenizer_config, const char* special_tokens_map, deviceffi device, graphoptimizationlevelffi optimization);

const char* onnx_cond_gen_pkvs_generate_topk_sampling(conditionalgenerationpipelinewithpkvsffi* context, const char* input, int32_t max_length, int32_t topk, float temperature);

const char* onnx_cond_gen_pkvs_generate_random_sampling(conditionalgenerationpipelinewithpkvsffi* context, const char* input, int32_t max_length, float temperature);

const char* onnx_cond_gen_pkvs_generate_argmax(conditionalgenerationpipelinewithpkvsffi* context, const char* input, int32_t max_length);

sliceuseasciistringpattern onnx_cond_gen_pkvs_generate_topk_sampling_batch(conditionalgenerationpipelinewithpkvsffi* s, stringbatch input, int32_t max_length, int32_t topk, float temperature);

sliceuseasciistringpattern onnx_cond_gen_pkvs_generate_random_sampling_batch(conditionalgenerationpipelinewithpkvsffi* s, stringbatch input, int32_t max_length, float temperature);

sliceuseasciistringpattern onnx_cond_gen_pkvs_generate_argmax_batch(conditionalgenerationpipelinewithpkvsffi* s, stringbatch input, int32_t max_length);

/// Destroys the given instance.
///
/// # Safety
///
/// The passed parameter MUST have been created with the corresponding init function;
/// passing any other value results in undefined behavior.
ffierror onnx_emb_destroy(embeddingpipelineffi** context);

ffierror onnx_emb_from_pretrained(embeddingpipelineffi** context, const envcontainer* env, const char* model_id, poolingstrategyffi pooling_strategy, deviceffi device, graphoptimizationlevelffi optimization);

ffierror onnx_emb_create_from_files(embeddingpipelineffi** context, const envcontainer* env, const char* model_path, const char* tokenizer_config_path, const char* special_tokens_map_path, poolingstrategyffi pooling_strategy, deviceffi device, graphoptimizationlevelffi optimization);

embeddingffi onnx_emb_embed(embeddingpipelineffi* s, const char* input);

sliceembeddingffi onnx_emb_embed_batch(embeddingpipelineffi* s, stringbatch input);

/// Destroys the given instance.
///
/// # Safety
///
/// The passed parameter MUST have been created with the corresponding init function;
/// passing any other value results in undefined behavior.
ffierror onnx_token_classification_destroy(tokenclassificationpipelineffi** context);

ffierror onnx_token_classification_from_pretrained(tokenclassificationpipelineffi** context, const envcontainer* env, const char* model_id, deviceffi device, graphoptimizationlevelffi optimization);

ffierror onnx_token_classification_create_from_files(tokenclassificationpipelineffi** context, const envcontainer* env, const char* model_path, const char* tokenizer_config_path, const char* special_tokens_map_path, deviceffi device, graphoptimizationlevelffi optimization);

taggedstringffi onnx_token_classification_tag(tokenclassificationpipelineffi* s, const char* input);

slicetaggedstringffi onnx_token_classification_tag_batch(tokenclassificationpipelineffi* s, stringbatch input);

/// Destroys the given instance.
///
/// # Safety
///
/// The passed parameter MUST have been created with the corresponding init function;
/// passing any other value results in undefined behavior.
ffierror onnx_classification_destroy(sequenceclassificationpipelineffi** context);

ffierror onnx_classification_from_pretrained(sequenceclassificationpipelineffi** context, const envcontainer* env, const char* model_id, deviceffi device, graphoptimizationlevelffi optimization);

ffierror onnx_classification_create_from_files(sequenceclassificationpipelineffi** context, const envcontainer* env, const char* model_path, const char* tokenizer_config_path, const char* special_tokens_map_path, deviceffi device, graphoptimizationlevelffi optimization);

predictionffi onnx_classification_classify(sequenceclassificationpipelineffi* s, const char* input);

slicepredictionffi onnx_classification_classify_batch(sequenceclassificationpipelineffi* s, stringbatch input);

/// Destroys the given instance.
///
/// # Safety
///
/// The passed parameter MUST have been created with the corresponding init function;
/// passing any other value results in undefined behavior.
ffierror onnx_optimum_seq2seq_destroy(optimumseq2seqpipelineffi** context);

ffierror onnx_optimum_seq2seq_from_pretrained(optimumseq2seqpipelineffi** context, const envcontainer* env, const char* model_id, deviceffi device, graphoptimizationlevelffi optimization);

ffierror onnx_optimum_seq2seq_create_from_files(optimumseq2seqpipelineffi** context, const envcontainer* env, const char* encoder_model_path, const char* decoder_model_path, const char* tokenizer_config_path, const char* special_tokens_map_path, deviceffi device, graphoptimizationlevelffi optimization);

const char* onnx_optimum_seq2seq_generate_topk_sampling(optimumseq2seqpipelineffi* context, const char* input, const char* decoder_input, int32_t max_length, int32_t topk, float temperature);

const char* onnx_optimum_seq2seq_generate_random_sampling(optimumseq2seqpipelineffi* context, const char* input, const char* decoder_input, int32_t max_length, float temperature);

const char* onnx_optimum_seq2seq_generate_argmax(optimumseq2seqpipelineffi* context, const char* input, const char* decoder_input, int32_t max_length);

sliceuseasciistringpattern onnx_optimum_seq2seq_generate_topk_sampling_batch(optimumseq2seqpipelineffi* s, stringbatch input, optionstringbatch decoder_input, int32_t max_length, int32_t topk, float temperature);

sliceuseasciistringpattern onnx_optimum_seq2seq_generate_random_sampling_batch(optimumseq2seqpipelineffi* s, stringbatch input, optionstringbatch decoder_input, int32_t max_length, float temperature);

sliceuseasciistringpattern onnx_optimum_seq2seq_generate_argmax_batch(optimumseq2seqpipelineffi* s, stringbatch input, optionstringbatch decoder_input, int32_t max_length);

/// Destroys the given instance.
///
/// # Safety
///
/// The passed parameter MUST have been created with the corresponding init function;
/// passing any other value results in undefined behavior.
ffierror onnx_optimum_seq2seq_pkvs_destroy(optimumseq2seqpipelinewithpkvsffi** context);

ffierror onnx_optimum_seq2seq_pkvs_from_pretrained(optimumseq2seqpipelinewithpkvsffi** context, const envcontainer* env, const char* model_id, deviceffi device, graphoptimizationlevelffi optimization);

ffierror onnx_optimum_seq2seq_pkvs_create_from_files(optimumseq2seqpipelinewithpkvsffi** context, const envcontainer* env, const char* encoder_model_path, const char* decoder_model_path, const char* decoder_model_pkvs_path, const char* tokenizer_config_path, const char* special_tokens_map_path, deviceffi device, graphoptimizationlevelffi optimization_level);

const char* onnx_optimum_seq2seq_pkvs_generate_topk_sampling(optimumseq2seqpipelinewithpkvsffi* context, const char* input, const char* decoder_input, int32_t max_length, int32_t topk, float temperature);

const char* onnx_optimum_seq2seq_pkvs_generate_random_sampling(optimumseq2seqpipelinewithpkvsffi* context, const char* input, const char* decoder_input, int32_t max_length, float temperature);

const char* onnx_optimum_seq2seq_pkvs_generate_argmax(optimumseq2seqpipelinewithpkvsffi* context, const char* input, const char* decoder_input, int32_t max_length);

sliceuseasciistringpattern onnx_optimum_seq2seq_pkvs_generate_topk_sampling_batch(optimumseq2seqpipelinewithpkvsffi* s, stringbatch input, optionstringbatch decoder_input, int32_t max_length, int32_t topk, float temperature);

sliceuseasciistringpattern onnx_optimum_seq2seq_pkvs_generate_random_sampling_batch(optimumseq2seqpipelinewithpkvsffi* s, stringbatch input, optionstringbatch decoder_input, int32_t max_length, float temperature);

sliceuseasciistringpattern onnx_optimum_seq2seq_pkvs_generate_argmax_batch(optimumseq2seqpipelinewithpkvsffi* s, stringbatch input, optionstringbatch decoder_input, int32_t max_length);

/// Destroys the given instance.
///
/// # Safety
///
/// The passed parameter MUST have been created with the corresponding init function;
/// passing any other value results in undefined behavior.
ffierror onnx_seq2seq_destroy(seq2seqgenerationpipelineffi** context);

ffierror onnx_seq2seq_from_pretrained(seq2seqgenerationpipelineffi** context, const envcontainer* env, const char* model_id, deviceffi device, graphoptimizationlevelffi optimization);

ffierror onnx_seq2seq_create_from_files(seq2seqgenerationpipelineffi** context, const envcontainer* env, const char* model_path, const char* tokenizer_config_path, const char* special_tokens_map_path, deviceffi device, graphoptimizationlevelffi optimization);

const char* onnx_seq2seq_generate_topk_sampling(seq2seqgenerationpipelineffi* context, const char* input, const char* decoder_input, int32_t max_length, int32_t topk, float temperature);

const char* onnx_seq2seq_generate_random_sampling(seq2seqgenerationpipelineffi* context, const char* input, const char* decoder_input, int32_t max_length, float temperature);

const char* onnx_seq2seq_generate_argmax(seq2seqgenerationpipelineffi* context, const char* input, const char* decoder_input, int32_t max_length);

sliceuseasciistringpattern onnx_seq2seq_generate_topk_sampling_batch(seq2seqgenerationpipelineffi* s, stringbatch input, optionstringbatch decoder_input, int32_t max_length, int32_t topk, float temperature);

sliceuseasciistringpattern onnx_seq2seq_generate_random_sampling_batch(seq2seqgenerationpipelineffi* s, stringbatch input, optionstringbatch decoder_input, int32_t max_length, float temperature);

sliceuseasciistringpattern onnx_seq2seq_generate_argmax_batch(seq2seqgenerationpipelineffi* s, stringbatch input, optionstringbatch decoder_input, int32_t max_length);


#ifdef __cplusplus
}
#endif

#endif /* edge_transformers */