func (schema *Schema) createLucySchema() {
lucySchema := C.LucySchemaNew()
for _, item := range schema.PlanItems {
var specType *C.CFishObj
if item.Type == FullTextType {
var language *C.CFishCharBuf
if item.Options != nil && item.Options.Language != "" {
language = cb_newf(item.Options.Language)
} else {
language = cb_newf("en")
}
analyzer := C.LucyEasyAnalyzerNew(language)
specType = C.LucyFullTextTypeNew(analyzer)
// TODO: come up with a better way to handle options.
// This isn't very friendly.
if item.Options != nil {
specType = C.LucyFullTextTypeInitOptions(specType, analyzer,
(C.float)(item.Options.Boost),
(C.bool)(item.Options.Indexed),
(C.bool)(item.Options.Stored),
(C.bool)(item.Options.Sortable),
(C.bool)(item.Options.Highlightable),
)
}
C.DECREF(language)
C.DECREF(analyzer)
} else if item.Type == StringType {
specType = C.LucyStringTypeNew()
if item.Options != nil {
specType = C.LucyStringTypeInitOptions(specType,
(C.float)(item.Options.Boost),
(C.bool)(item.Options.Indexed),
(C.bool)(item.Options.Stored),
(C.bool)(item.Options.Sortable),
)
}
} else if item.Type == BlobType {
isStored := (C.bool)(false)
if item.Options != nil && item.Options.Stored {
isStored = (C.bool)(true)
}
specType = C.LucyBlobTypeNew(isStored)
// need to send []cfish_byte castable value
panic("BlobType not supported yet")
} else {
panic("Type not supported yet")
}
fieldName := cb_newf(item.Field)
C.LucySchemaSpecField(lucySchema, fieldName, specType)
C.DECREF(fieldName)
C.DECREF(specType)
}
schema.lucySchema = lucySchema
}
func NewSchema() *Schema {
schema := &Schema{lucySchema: C.LucySchemaNew()}
runtime.SetFinalizer(schema, freeSchema)
return schema
}