Vb/classification missing confidence al 5239

labelbox/data/annotation_types/annotation.py

@@ -16,7 +16,7 @@ class BaseAnnotation(FeatureSchema, abc.ABC):
     extra: Dict[str, Any] = {}
 
 
-class ClassificationAnnotation(BaseAnnotation):
+class ClassificationAnnotation(BaseAnnotation, ConfidenceMixin):
     """Classification annotations (non localized)
 
     >>> ClassificationAnnotation(

labelbox/data/annotation_types/classification/classification.py

@@ -13,7 +13,7 @@
 
 
 # TODO: Replace when pydantic adds support for unions that don't coerce types
-class _TempName(BaseModel):
+class _TempName(ConfidenceMixin, BaseModel):
     name: str
 
     def dict(self, *args, **kwargs):
@@ -43,7 +43,7 @@ def dict(self, *args, **kwargs) -> Dict[str, str]:
         return res
 
 
-class Radio(BaseModel):
+class Radio(ConfidenceMixin, BaseModel):
     """ A classification with only one selected option allowed
 
     >>> Radio(answer = ClassificationAnswer(name = "dog"))
@@ -62,7 +62,7 @@ class Checklist(_TempName):
     answer: List[ClassificationAnswer]
 
 
-class Text(BaseModel):
+class Text(ConfidenceMixin, BaseModel):
     """ Free form text
 
     >>> Text(answer = "some text answer")

labelbox/data/serialization/ndjson/classification.py

@@ -120,25 +120,33 @@ def from_common(cls, radio: Radio, name: str,
 class NDText(NDAnnotation, NDTextSubclass):
 
     @classmethod
-    def from_common(cls, text: Text, name: str, feature_schema_id: Cuid,
-                    extra: Dict[str, Any], data: Union[TextData,
-                                                       ImageData]) -> "NDText":
+    def from_common(cls,
+                    text: Text,
+                    name: str,
+                    feature_schema_id: Cuid,
+                    extra: Dict[str, Any],
+                    data: Union[TextData, ImageData],
+                    confidence: Optional[float] = None) -> "NDText":
         return cls(
             answer=text.answer,
             data_row=DataRow(id=data.uid, global_key=data.global_key),
             name=name,
             schema_id=feature_schema_id,
             uuid=extra.get('uuid'),
+            confidence=confidence,
         )
 
 
 class NDChecklist(NDAnnotation, NDChecklistSubclass, VideoSupported):
 
     @classmethod
-    def from_common(
-            cls, checklist: Checklist, name: str, feature_schema_id: Cuid,
-            extra: Dict[str, Any], data: Union[VideoData, TextData,
-                                               ImageData]) -> "NDChecklist":
+    def from_common(cls,
+                    checklist: Checklist,
+                    name: str,
+                    feature_schema_id: Cuid,
+                    extra: Dict[str, Any],
+                    data: Union[VideoData, TextData, ImageData],
+                    confidence: Optional[float] = None) -> "NDChecklist":
         return cls(answer=[
             NDFeature(name=answer.name,
                       schema_id=answer.feature_schema_id,
@@ -149,23 +157,29 @@ def from_common(
                    name=name,
                    schema_id=feature_schema_id,
                    uuid=extra.get('uuid'),
-                   frames=extra.get('frames'))
+                   frames=extra.get('frames'),
+                   confidence=confidence)
 
 
 class NDRadio(NDAnnotation, NDRadioSubclass, VideoSupported):
 
     @classmethod
-    def from_common(cls, radio: Radio, name: str, feature_schema_id: Cuid,
-                    extra: Dict[str, Any], data: Union[VideoData, TextData,
-                                                       ImageData]) -> "NDRadio":
+    def from_common(cls,
+                    radio: Radio,
+                    name: str,
+                    feature_schema_id: Cuid,
+                    extra: Dict[str, Any],
+                    data: Union[VideoData, TextData, ImageData],
+                    confidence: Optional[float] = None) -> "NDRadio":
         return cls(answer=NDFeature(name=radio.answer.name,
                                     schema_id=radio.answer.feature_schema_id,
                                     confidence=radio.answer.confidence),
                    data_row=DataRow(id=data.uid, global_key=data.global_key),
                    name=name,
                    schema_id=feature_schema_id,
                    uuid=extra.get('uuid'),
-                   frames=extra.get('frames'))
+                   frames=extra.get('frames'),
+                   confidence=confidence)
 
 
 class NDSubclassification:
@@ -212,7 +226,8 @@ def to_common(
             value=annotation.to_common(),
             name=annotation.name,
             feature_schema_id=annotation.schema_id,
-            extra={'uuid': annotation.uuid})
+            extra={'uuid': annotation.uuid},
+            confidence=annotation.confidence)
         if getattr(annotation, 'frames', None) is None:
             return [common]
         results = []
@@ -235,7 +250,8 @@ def from_common(
             )
         return classify_obj.from_common(annotation.value, annotation.name,
                                         annotation.feature_schema_id,
-                                        annotation.extra, data)
+                                        annotation.extra, data,
+                                        annotation.confidence)
 
     @staticmethod
     def lookup_classification(

tests/data/annotation_types/test_text.py

@@ -0,0 +1,12 @@
+from labelbox.data.annotation_types.classification.classification import Text
+
+
+def test_text():
+    text_entity = Text(answer="good job")
+    assert text_entity.answer == "good job"
+
+
+def test_text_confidence():
+    text_entity = Text(answer="good job", confidence=0.5)
+    assert text_entity.answer == "good job"
+    assert text_entity.confidence == 0.5

tests/data/serialization/ndjson/test_checklist.py

@@ -0,0 +1,43 @@
+import json
+from labelbox.data.annotation_types.annotation import ClassificationAnnotation
+from labelbox.data.annotation_types.classification.classification import Checklist, ClassificationAnswer, Radio
+from labelbox.data.annotation_types.data.text import TextData
+from labelbox.data.annotation_types.label import Label
+
+from labelbox.data.serialization.ndjson.converter import NDJsonConverter
+
+
+def test_serialization():
+    label = Label(uid="ckj7z2q0b0000jx6x0q2q7q0d",
+                  data=TextData(
+                      uid="bkj7z2q0b0000jx6x0q2q7q0d",
+                      text="This is a test",
+                  ),
+                  annotations=[
+                      ClassificationAnnotation(
+                          name="checkbox_question_geo",
+                          confidence=0.5,
+                          value=Checklist(answer=[
+                              ClassificationAnswer(name="first_answer"),
+                              ClassificationAnswer(name="second_answer")
+                          ]))
+                  ])
+
+    serialized = NDJsonConverter.serialize([label])
+
+    res = next(serialized)
+    assert res['confidence'] == 0.5
+    assert res['name'] == "checkbox_question_geo"
+    assert res['answer'][0]['name'] == "first_answer"
+    assert res['answer'][1]['name'] == "second_answer"
+    assert res['dataRow']['id'] == "bkj7z2q0b0000jx6x0q2q7q0d"
+
+    deserialized = NDJsonConverter.deserialize([res])
+    res = next(deserialized)
+    annotation = res.annotations[0]
+    assert annotation.confidence == 0.5
+
+    annotation_value = annotation.value
+    assert type(annotation_value) is Checklist
+    assert annotation_value.answer[0].name == "first_answer"
+    assert annotation_value.answer[1].name == "second_answer"

tests/data/serialization/ndjson/test_radio.py

@@ -0,0 +1,39 @@
+import json
+from labelbox.data.annotation_types.annotation import ClassificationAnnotation
+from labelbox.data.annotation_types.classification.classification import ClassificationAnswer, Radio
+from labelbox.data.annotation_types.data.text import TextData
+from labelbox.data.annotation_types.label import Label
+
+from labelbox.data.serialization.ndjson.converter import NDJsonConverter
+
+
+def test_serialization():
+    label = Label(uid="ckj7z2q0b0000jx6x0q2q7q0d",
+                  data=TextData(
+                      uid="bkj7z2q0b0000jx6x0q2q7q0d",
+                      text="This is a test",
+                  ),
+                  annotations=[
+                      ClassificationAnnotation(
+                          name="radio_question_geo",
+                          confidence=0.5,
+                          value=Radio(answer=ClassificationAnswer(
+                              confidence=0.6, name="first_radio_answer")))
+                  ])
+
+    serialized = NDJsonConverter.serialize([label])
+    res = next(serialized)
+    assert res['confidence'] == 0.5
+    assert res['name'] == "radio_question_geo"
+    assert res['answer']['name'] == "first_radio_answer"
+    assert res['answer']['confidence'] == 0.6
+    assert res['dataRow']['id'] == "bkj7z2q0b0000jx6x0q2q7q0d"
+
+    deserialized = NDJsonConverter.deserialize([res])
+    res = next(deserialized)
+    annotation = res.annotations[0]
+    assert annotation.confidence == 0.5
+
+    annotation_value = annotation.value
+    assert type(annotation_value) is Radio
+    assert annotation_value.answer.name == "first_radio_answer"

tests/data/serialization/ndjson/test_text.py

@@ -1,20 +1,37 @@
 import json
+from labelbox.data.annotation_types.annotation import ClassificationAnnotation
+from labelbox.data.annotation_types.classification.classification import ClassificationAnswer, Radio, Text
+from labelbox.data.annotation_types.data.text import TextData
+from labelbox.data.annotation_types.label import Label
 
 from labelbox.data.serialization.ndjson.converter import NDJsonConverter
 
 
-def test_text():
-    with open('tests/data/assets/ndjson/text_import.json', 'r') as file:
-        data = json.load(file)
-    res = list(NDJsonConverter.deserialize(data))
-    res = list(NDJsonConverter.serialize(res))
-    assert res == data
+def test_serialization():
+    label = Label(uid="ckj7z2q0b0000jx6x0q2q7q0d",
+                  data=TextData(
+                      uid="bkj7z2q0b0000jx6x0q2q7q0d",
+                      text="This is a test",
+                  ),
+                  annotations=[
+                      ClassificationAnnotation(
+                          name="radio_question_geo",
+                          confidence=0.5,
+                          value=Text(answer="first_radio_answer"))
+                  ])
 
+    serialized = NDJsonConverter.serialize([label])
+    res = next(serialized)
+    assert res['confidence'] == 0.5
+    assert res['name'] == "radio_question_geo"
+    assert res['answer'] == "first_radio_answer"
+    assert res['dataRow']['id'] == "bkj7z2q0b0000jx6x0q2q7q0d"
 
-def test_text_name_only():
-    with open('tests/data/assets/ndjson/text_import_name_only.json',
-              'r') as file:
-        data = json.load(file)
-    res = list(NDJsonConverter.deserialize(data))
-    res = list(NDJsonConverter.serialize(res))
-    assert res == data
+    deserialized = NDJsonConverter.deserialize([res])
+    res = next(deserialized)
+    annotation = res.annotations[0]
+    assert annotation.confidence == 0.5
+
+    annotation_value = annotation.value
+    assert type(annotation_value) is Text
+    assert annotation_value.answer == "first_radio_answer"

tests/integration/annotation_import/conftest.py

@@ -658,7 +658,7 @@ def model_run_with_model_run_data_rows(client, configured_project,
     labels = wait_for_label_processing(configured_project)
     label_ids = [label.uid for label in labels]
     model_run.upsert_labels(label_ids)
-    time.sleep(3)
+    time.sleep(300)
     yield model_run
     model_run.delete()
     # TODO: Delete resources when that is possible ..
@@ -670,6 +670,11 @@ def model_run_with_all_project_labels(client, configured_project,
                                       wait_for_label_processing):
     configured_project.enable_model_assisted_labeling()
 
+    data_row_ids = configured_project.data_row_ids
+
+    configured_project._wait_until_data_rows_are_processed(
+        data_row_ids=data_row_ids)
+
     upload_task = LabelImport.create_from_objects(
         client, configured_project.uid, f"label-import-{uuid.uuid4()}",
         model_run_predictions)
@@ -680,7 +685,6 @@ def model_run_with_all_project_labels(client, configured_project,
     ) == 0, f"Label Import {upload_task.name} failed with errors {upload_task.errors}"
     wait_for_label_processing(configured_project)
     model_run.upsert_labels(project_id=configured_project.uid)
-    time.sleep(3)
     yield model_run
     model_run.delete()
     # TODO: Delete resources when that is possible ..