Before this change, when resolving full connector path, all errors were
ignored. As a result, when the connector was installed but not
correctly built (e.g. loopback-connector-db2 which uses a native addon),
a very confusing message was reported by LoopBack.
In this commit, I am fixing the code handling `require()` errors
to ignore only MODULE_NOT_FOUND errors that contain the name
of the required module.
The query-string parser used by express
https://github.com/ljharb/qs#parsing-arrays
limits the size of arrays that are created from query strings to 20
items. Arrays larger than that are converted to objects using numeric
indices.
This commit fixes the coercion algorithm used by queries to
treat number-indexed objects as arrays. We still maintain a strict
understanding of an "array-like object" to limit the opportunity for
subtle bugs. In particular, the presence of non-index keys is an
indication that the object was not intended to be interpreted as
an array.
Defining a model relation with the name "trigger" causes the model not
able to insert records. No error is thrown when a model relation with
the name "trigger" is defined. Adding a check for the model relation
name "trigger" will now throw an error.
- canExpire
- canQueryTtl
- ttlPrecision
- canIterateKeys
- canIterateLargeKeySets
These options allow connectors to disable shared tests for features
that are not supported/implemented.
Enhance the built-in memory connector to correctly support nested
queries for arrays in addition to objects.
E.g. if "friends" is an array of objects containing "name", then
{ where: { "friends.name": "Jane" } } should match records containing
a friend called "Jane".
When running the tests on Node v0.10, setup `global.Promise`
with Bluebird implementation. That way we don't have to run
this setup in the test suite of each kv connector.
Models attached to a KeyValue connector get the following *static*
methods:
Color.set(key, value);
Color.set(key, value, ttl);
Color.set(key, value, { ttl: ttl });
Color.get(key);
Color.expire(key, ttl);
Allow direct save of changes on embedded model to be persisted on
parent document.
Person.embedsOne(Address);
Person.findById(someId)
.then(function(p){
var address = p.addressItem();
address.street = 'new street'
// This will now persist changes on parent document
return address.save();
})
The setting controls the strict mode used for embedded property types,
for example the type of "address" property in this model definition:
modelBuilder.define('TestEmbedded', {
name: 'string',
address: {
street: 'string',
},
});
[back-port of #955]
create() triggers
- before save
- after save
updateById() triggers
- before save
- after save
destroy() triggers
- before delete
- after delete
The implementation here is intentionally left with less features
than the regular DAO methods provide, the goal is to get a partial
(but still useful!) version released soon.
Limitations:
- `before save` & `after save` hooks don't provide `ctx.isNewInstance`
- async validations are not supported yet
- `persist` and `loaded` hooks are not triggered at all
- `before delete` hook does not provide `ctx.where` property and
it's not possible to change the outcome of `destroy()` using this
hook. Note that regular DAO does support this.
- updating embedded instances triggers update of the parent (owning)
model, which is correct and expected. However, the context provided
by `before save` and `after save` hooks on the parent model is sort of
arbitrary and may include wrong/extra data. The same probably applies
to the scenario when deleting embedded instances triggers update of
the parent model.
[back-port of #911]
create() triggers
- before save
- after save
udpate() triggers
- before save
- after save
destroy() triggers
- before delete
- after delete
The implementation here is intentionally left with less features
than the regular DAO methods provide, the goal is to get a partial
(but still useful!) version released soon.
[back-port of #904]