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daScript/modules/dasSQLITE/src/dasSQLITE.struct.cast.inc at master · frodiwe/daScript · GitHub
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dasSQLITE.struct.cast.inc
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daScript
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dasSQLITE.struct.cast.inc
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//
this file is generated via daScript automatic C++ binder
//
all user modifications will be lost after this file is re-generated
template
<>
struct
cast_arg
<sqlite3_file> {
static
__forceinline
const
sqlite3_file &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_file *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_io_methods> {
static
__forceinline
const
sqlite3_io_methods &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_io_methods *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_vfs> {
static
__forceinline
const
sqlite3_vfs &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_vfs *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_mem_methods> {
static
__forceinline
const
sqlite3_mem_methods &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_mem_methods *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_module> {
static
__forceinline
const
sqlite3_module &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_module *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_index_info::sqlite3_index_constraint> {
static
__forceinline
const
sqlite3_index_info::sqlite3_index_constraint &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_index_info::sqlite3_index_constraint *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_index_info::sqlite3_index_orderby> {
static
__forceinline
const
sqlite3_index_info::sqlite3_index_orderby &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_index_info::sqlite3_index_orderby *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_index_info::sqlite3_index_constraint_usage> {
static
__forceinline
const
sqlite3_index_info::sqlite3_index_constraint_usage &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_index_info::sqlite3_index_constraint_usage *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_index_info> {
static
__forceinline
const
sqlite3_index_info &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_index_info *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_vtab> {
static
__forceinline
const
sqlite3_vtab &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_vtab *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_vtab_cursor> {
static
__forceinline
const
sqlite3_vtab_cursor &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_vtab_cursor *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_mutex_methods> {
static
__forceinline
const
sqlite3_mutex_methods &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_mutex_methods *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_pcache_page> {
static
__forceinline
const
sqlite3_pcache_page &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_pcache_page *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_pcache_methods2> {
static
__forceinline
const
sqlite3_pcache_methods2 &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_pcache_methods2 *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_pcache_methods> {
static
__forceinline
const
sqlite3_pcache_methods &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_pcache_methods *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_snapshot> {
static
__forceinline
const
sqlite3_snapshot &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_snapshot *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_rtree_geometry> {
static
__forceinline
const
sqlite3_rtree_geometry &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_rtree_geometry *>::
to
(res);
}
};
template
<>
struct
cast_arg
<sqlite3_rtree_query_info> {
static
__forceinline
const
sqlite3_rtree_query_info &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<sqlite3_rtree_query_info *>::
to
(res);
}
};
template
<>
struct
cast_arg
<Fts5PhraseIter> {
static
__forceinline
const
Fts5PhraseIter &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<Fts5PhraseIter *>::
to
(res);
}
};
template
<>
struct
cast_arg
<Fts5ExtensionApi> {
static
__forceinline
const
Fts5ExtensionApi &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<Fts5ExtensionApi *>::
to
(res);
}
};
template
<>
struct
cast_arg
<fts5_tokenizer> {
static
__forceinline
const
fts5_tokenizer &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<fts5_tokenizer *>::
to
(res);
}
};
template
<>
struct
cast_arg
<fts5_api> {
static
__forceinline
const
fts5_api &
to
( Context & ctx, SimNode * node ) {
vec4f res = node->
eval
(ctx);
return
* cast<fts5_api *>::
to
(res);
}
};
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