Implementation by react-native-offline with upload images
Budget: $30 – $250 USD
It is desired to make some updates to the "mi siva inspections" application where the user can capture photographs and in case of running out of internet they are stored in an internal database so that when the connection is normalized the queue can be processed. successfully, it is also desired that the image that is mainly displayed is the one that is saved in the cell phone database (so that it can be seen faster) and once it can be transferred to the database in the cloud it is automatically deleted from the internal database. It is also desired to be able to display a go back option in the camera if the user does not wish to upload photographs
You also want to review the functionality of the photo icon, since on some devices it opens and on others you have to click it several times to open the camera component.
Functional Requirements
RF1. The application must allow the storage of images without an internet connection on the same cell phone.
RF2. The application must save the images in the cloud through the existing web service once it has an internet signal (apply queues so that they can be mounted in order).
RF3. When the user captures an image, the local image must be displayed, while the image upload to the cloud is processed (to show speed in the application).
RF4. When the image in the internal database is successfully processed in the cloud, it should be deleted in the internal database.
RF5. An option to go back in the camera module should be developed.
RF6. Check the functionality of the camera icon since on some devices it opens on the first click, but on other devices it opens after several clicks.
You also want to review the functionality of the photo icon, since on some devices it opens and on others you have to click it several times to open the camera component.
Functional Requirements
RF1. The application must allow the storage of images without an internet connection on the same cell phone.
RF2. The application must save the images in the cloud through the existing web service once it has an internet signal (apply queues so that they can be mounted in order).
RF3. When the user captures an image, the local image must be displayed, while the image upload to the cloud is processed (to show speed in the application).
RF4. When the image in the internal database is successfully processed in the cloud, it should be deleted in the internal database.
RF5. An option to go back in the camera module should be developed.
RF6. Check the functionality of the camera icon since on some devices it opens on the first click, but on other devices it opens after several clicks.