findBySearchTermWithConverter method
- required String searchTerm,
- required String searchField,
- required SearchTermType searchTermType,
- bool doSearchNumberEquivalent = false,
- int? limit,
Finds documents based on a given searchTerm
and searchField
.
The searchTermType
defines the type of field that is specified as searchField
. You are
able to search a SearchTermType.startsWith field for direct hits or for a SearchTermType.arrayContains
that may contain the searchField
.
This method returns data in the form of a list of T
. Make sure to have specified the
_toJson
and _fromJson
methods or else the FirestoreApi will not now how to convert the
data.
If _tryAddLocalId
is true then your data will also contain a local id field based
on the _idFieldName
specified in the constructor. Add this id field to your T
and you will
have easy access to the document id at any time.
If _tryAddLocalDocumentReference
is true then your data will also contain a local reference field based
on the _documentReferenceFieldName
specified in the constructor. Add this reference field to your T
and you will
have easy access to the document reference at any time.
If you rather want to retrieve data in the raw form of a List<Map<String, dynamic>> consider using the findBySearchTerm method instead.
Implementation
Future<FeedbackResponse<List<T>>> findBySearchTermWithConverter({
required String searchTerm,
required String searchField,
required SearchTermType searchTermType,
bool doSearchNumberEquivalent = false,
int? limit,
}) async {
try {
_log.info('🔥 Searching ${_collectionPath()} '
'without converter, '
'searchTerm: $searchTerm, '
'searchField: $searchField, '
'searchTermType: ${searchTermType.name} and '
'limit: $limit..');
collectionReferenceQuery(Query<T> collectionReference) => searchTermType.isArray
? limit == null
? collectionReference.where(
searchField,
arrayContainsAny: [searchTerm, ...searchTerm.split(' ')],
)
: collectionReference.where(
searchField,
arrayContainsAny: [searchTerm, ...searchTerm.split(' ')],
).limit(limit)
: limit == null
? collectionReference.where(
searchField,
isGreaterThanOrEqualTo: searchTerm,
isLessThan: '$searchTerm\uf8ff',
)
: collectionReference
.where(
searchField,
isGreaterThanOrEqualTo: searchTerm,
isLessThan: '$searchTerm\uf8ff',
)
.limit(limit);
final result = (await collectionReferenceQuery(
findCollectionWithConverter(),
).get())
.docs
.map((e) => e.data())
.toList();
if (doSearchNumberEquivalent) {
try {
final numberSearchTerm = double.tryParse(searchTerm);
if (numberSearchTerm != null) {
collectionReferenceQuery(Query<T> collectionReference) => searchTermType.isArray
? limit == null
? collectionReference.where(
searchField,
arrayContainsAny: [numberSearchTerm],
)
: collectionReference.where(
searchField,
arrayContainsAny: [numberSearchTerm],
).limit(limit)
: limit == null
? collectionReference.where(
searchField,
isGreaterThanOrEqualTo: numberSearchTerm,
isLessThan: numberSearchTerm + 1,
)
: collectionReference
.where(
searchField,
isGreaterThanOrEqualTo: numberSearchTerm,
isLessThan: numberSearchTerm + 1,
)
.limit(limit);
final numberResult = (await collectionReferenceQuery(
findCollectionWithConverter(),
).get())
.docs
.map(
(e) => e.data(),
)
.toList();
result.addAll(numberResult);
}
} catch (error, stackTrace) {
_log.error(
'${error.runtimeType} caught while trying to search for number equivalent of $searchTerm',
error: error,
stackTrace: stackTrace,
);
}
}
_logResultLength(result);
return _responseConfig.searchSuccessResponse(isPlural: result.isPlural, result: result);
} catch (error, stackTrace) {
_log.error(
'🔥 '
'Unable to find ${_collectionPath()} documents with '
'search term: $searchTerm and '
'field: $searchField}',
error: error,
stackTrace: stackTrace);
return _responseConfig.searchFailedResponse(isPlural: true);
}
}