Email based applications are one of the most common utilities available in a mobile device. One can use the sendEmail API call available through the SL4A Android facade.
This function takes three parameters −
to_address − a comma-separated list of recipients.
title − represents the title of the email message.
message − represents the message to be sent.
import android,datetime,smtplib from email.mime.multipart import MIMEMultipart from email.mime.text import MIMEText droid = android.Android() serv = ’smtp.gmail.com’ port = 587 mailto = ’chris’ mailfrom = ’charley’ pass = ’pass@123’ msg = MIMEMultipart() msg[‘Subject’] = ’Tes Mail’ msg[‘To’] = mailto msg[‘From’] = mailfrom body = ’This is a test mail!!’ msg.attach(MIMEText(body,’plain’)) smtpCon = smtplib.SMTP(serv,port) smtpCon.starttls() smtpCon.login(mailfrom,pass) smtpSendmail(mailfrom,mailto,msg.as_string()) smtpCon.close()
The python library that have used to build the email program is smtplib. In addition, we have used the email library. This library contains a number of helper functions allowing us to construct our message in the correct form. The mimetypes library helps with the encoding of our message.
The following code lists all available Wi-Fi access spots −
import android, time def main(): global droid droid = android.Android() while not droid.wifiStartScan().result: time.sleep(0.25) networks = {} while not networks: for ap in in droid.wifiGetScanResults().result: networks[ap[‘bssid’]] = ap.copy() droid.dialogCreateAlert(‘Access Points’) droid.dialogSetItems([‘%(ssid)s,%(level)s,%(capabilities)s’ % ap for ap in networks.values() ]) droid.dialogSetPositiveButtonText(‘OK’) dorid.dialogShow() if __name__=’__main__’: main()
The code for call logs is given below.
import android droid = android.Android() mylog = droid.getConstants("android.provider.Calllog$Calls").result calls = droid.queryContent(mylog["CONTENT_URI"],["name","number","duration"]).result for c in calls: print c