Android

We worked on the functionality of zoom in and zoom out of our google maps. Using the Maps SDK for Android, you can customize the way in which users can interact with your map, by determining which of the built in UI components appear on the map and which gestures are allowed.

We worked on the functionality of zoom in and zoom out of our google maps. Using the Maps SDK for Android, you can customize the way in which users can interact with your map, by determining which of the built in UI components appear on the map and which gestures are allowed.

Worked on the final design of UI and resolving the bugs so far.

We worked on the functionality of zoom in and zoom out of our google maps. Using the Maps SDK for Android, you can customize the way in which users can interact with your map, by determining which of the built in UI components appear on the map and which gestures are allowed.

Worked  on the final design of UI and resolving the bugs so far.

We worked on the functionality of zoom in and zoom out of our google maps. Using the Maps SDK for Android, you can customize the way in which users can interact with your map, by determining which of the built in UI components appear on the map and which gestures are allowed.

Today we finally succeeded in displaying rider's history. Rider's history will help the rider to know about all the drivers which whom he has travelled and admin will have all the records about a particular drive saved in the database which he can accss anytime with the help of uniqu id.

Worked on tie stamp of a ride and history of single page system. A thin wrapper around  java.util.Date  that allows the JDBC API to identify this as an SQL  TIMESTAMP  value. It adds the ability to hold the SQL  TIMESTAMP  fractional seconds value, by allowing the specification of fractional seconds to a precision of nanoseconds. A Timestamp also provides formatting and parsing operations to support the JDBC escape syntax for timestamp values. The precision of a Timestamp object is calculated to be either: 19  , which is the number of characters in yyyy-mm-dd hh:mm:ss 20 + s  , which is the number of characters in the yyyy-mm-dd hh:mm:ss.[fff...] and  s  represents the scale of the given Timestamp, its fractional seconds precision.

Worked on time stamp of a ride and history of single page system. A thin wrapper around  java.util.Date  that allows the JDBC API to identify this as an SQL  TIMESTAMP  value. It adds the ability to hold the SQL  TIMESTAMP  fractional seconds value, by allowing the specification of fractional seconds to a precision of nanoseconds. A Timestamp also provides formatting and parsing operations to support the JDBC escape syntax for timestamp values. The precision of a Timestamp object is calculated to be either: 19  , which is the number of characters in yyyy-mm-dd hh:mm:ss 20 + s  , which is the number of characters in the yyyy-mm-dd hh:mm:ss.[fff...] and  s  represents the scale of the given Timestamp, its fractional seconds precision.

Drawing routes for pickup location and working on history's recycler view system. connectTimeout: The default connect timeout for new connections. QueryRate: The maximum number of queries that will be executed during a 1 second intervals. ReadTimeout: The default read timeout for new connections. WriteTimeout: The default write timeout for new connection

Drawing routes for pickup location and working on history's recycler view system. connectTimeout: The default connect timeout for new connections. QueryRate: The maximum number of queries that will be executed during a 1 second intervals. ReadTimeout: The default read timeout for new connections. WriteTimeout: The default write timeout for new connection

Today we tried to draw route between two points , but faced many complications. The  Google Maps Directions API  is a web service that Google provides us to get information about a route. A route is getting from an initial location to a specific destination. This web service provides us with information for different transport modes, waypoints and traveling times.

Saving and displaying driver's info and implementing driver services were done.The services include picking up the customer after h has requested the driver for a ride and after he has picked up he will take him to his destination and he has to tap ride completed at the end of the ride and in this way he can use all the services of the app and all his info will be saved in the database that can be accessed by an admin with the unique id of th driver.

Saving and displaying driver's info and implementing driver services were done.The services include picking up the customer after h has requested the driver for a ride and after he has picked up he will take him to his destination and he has to tap ride completed at the end of the ride and in this way he can use all the services of the app and all his info will be saved in the database that can be accessed by an admin with the unique id of th driver.

Saving and displaying driver's info and implementing driver services were done.The services include picking up the customer after h has requested the driver for a ride and after he has picked up he will take him to his destination and he has to tap ride completed at the end of the ride and in this way he can use all the services of the app and all his info will be saved in the database that can be accessed by an admin with the unique id of th driver.

Saving and displaying driver's info and implementing driver services were done.The services include picking up the customer after h has requested the driver for a ride and after he has picked up he will take him to his destination and he has to tap ride completed at the end of the ride and in this way he can use all the services of the app and all his info will be saved in the database that can be accessed by an admin with the unique id of th driver.

Notifying when driver arrives and changing google map's pointer were implemented today. Once we have our GeoApiContext, we can now use the  DirectionsAPI  class (which has a static method called  newRequest ) to request direction information. This  newRequest  method takes a GeoApiContext as an argument, which then returns us a  DirectionsApiRequest . On the  DirectionsApiRequest  object we have some methods that we need to set before we make this request. First we need to set our  TravelMode , which can be Driving, Bicycling, Walking or Transit. We then need to set our  origin  and our  destination  points. To accomplish this, there are two separate methods that return a  DirectionsApiRequest  that take either a  LatLng  or a String as an argument. What’s awesome about the methods which take in a String, is that the Latitude and Longitude will be automatically calculated based on the String addr...

Notifying when driver arrives and changing google map's pointer were implemented today. Once we have our GeoApiContext, we can now use the  DirectionsAPI  class (which has a static method called  newRequest ) to request direction information. This  newRequest  method takes a GeoApiContext as an argument, which then returns us a  DirectionsApiRequest . On the  DirectionsApiRequest  object we have some methods that we need to set before we make this request. First we need to set our  TravelMode , which can be Driving, Bicycling, Walking or Transit. We then need to set our  origin  and our  destination  points. To accomplish this, there are two separate methods that return a  DirectionsApiRequest  that take either a  LatLng  or a String as an argument. What’s awesome about the methods which take in a String, is that the Latitude and Longitude will be automatically calculated based on the String addr...