import os
import googleDriveAccess as gda

# create instance
da = gda.DAClient(os.path.abspath('.'))

# create parent folders at the same time
folderId, folderPath = da.makeDirs('/remote_drive/subfolder_test/subsubfolder')
print folderId, folderPath

# recursive backup to remote folder
da.recursiveUpload('a_local_directory_you_want_to_backup_recursively')

# search
da.execQuery("explicitlyTrashed=True")
da.execQuery("'root' in parents", **{'maxResults': 5})
da.execQuery("'root' in parents and explicitlyTrashed=True", repeattoken=True, **{'maxResults': 500})

# download (change fileId and correct mimeType 'application/octet-stream' etc.)
da.downloadFile('/tmp', 'test_document.txt', parentId='root')

# OAuth2
oa2 = gda.OAuth2Client(abc=da)
ui = oa2.userInfo()
act = ui['email']
print act

# gmail
gm = gda.GmailClient(abc=oa2)
mo = gm.sendMsg(act, act, 'message title', 'message text')
if mo:
  mo = gm.modifyLabels(mo['id'], addLabels=['INBOX', 'UNREAD', 'STARRED'])
mo = gm.sendMsg(act, act, 'title attach', 'text attach', 'test_document.txt')
if mo:
  mo = gm.modifyLabels(mo['id'], addLabels=['INBOX', 'UNREAD', 'STARRED'])
msgs = gm.getMsgEntries(maxResults=3)
for msg in msgs['messages']:
  mo = gm.getMsg(msg['id'])
  hdrs = gm.getHdrsDict(mo)
  for k in ('date', 'to', 'from', 'subject'):
    if k in hdrs: print u'%s: %s' % hdrs[k] # unicode
  # popup message from calendar may contain u'\xbb'
  #print u'snippet: %s' % gm.trimWidth(mo['snippet'].replace(u'\xbb', u'>'), 70)
  print u'snippet: %s' % gm.trimWidth(mo['snippet'], 70) # unicode

# calendar
import time
ca = gda.CalendarClient('Asia/Tokyo', abc=oa2)
cals = ca.idList()
for cal in cals['items']:
  print u'%s : %s' % (cal['id'], cal['summary']) # unicode
id = cals['items'][0]['id']
print id
TEST_TITLE = u'rendez-vous 今日の待ち合わせ' # unicode
t = time.time()
eo = ca.insertEvent(id,
  start=ca.isoDate(t), end=ca.isoDate(t + 24 * 3600), # date only
  location=u'皇居', summary=TEST_TITLE) # unicode
eo = ca.insertEvent(id,
  start=ca.isoTime(t + 1800), end=ca.isoTime(t + 3600), # date and time
  location=u'京都御所', summary=TEST_TITLE) # unicode

# geocoding
geo = gda.GeocodingClient('ja', u'日本')
print geo.getLatLng(u'福井県敦賀市明神町')
print geo.getLocation(35.75, 136.02)
geo.ignoreCountryHead = False
print geo.getLocation(*geo.getLatLng(u'福井県敦賀市明神町'))
print geo.getLatLng(geo.getLocation(35.75, 136.02))

# spreadsheet
SHEET_NAME = 'test_spreadsheet_factory'
ss = gda.SpreadsheetFactory(abc=oa2)(sheetName=SHEET_NAME)
if ss.sheetId is None:
  ss.createSpreadsheet(SHEET_NAME, csv='c1,c2,c3\n8,32,256\n64,1024,65536\n')
print ss.oa2act
print ss.sheet()['title']
print ss.sheetId
print ss.worksheetId
for ws in ss.worksheets():
  print u'%s : %s' % (ws.get_worksheet_id(), ws.title.text)
for cell in ss.cells():
  print u'%s : %s' % (cell.title.text, cell.content.text)

# change True when you get a version (2013-07-12) after gdata-2.0.18
# https://code.google.com/p/gdata-python-client/source/list
if False:
  ss.updateCell(1, 1, u'日本語表示')
  ss.updateCell(3, 3, u'漢字')