1. #!/usr/bin/python
3. from urllib import urlopen
4. import subprocess
6. # chopper le html :
8. def get_html(url):
9.     a=""
10.     handler = urlopen(url)
11.     try:
12.         for line in handler:
13.             a+=line.strip()
14.     finally:
15.         handler.close()
16.        
17.     return a
18.    
19. # isoler la partie qui nous interesse :
21. def cut_html(html):
22.     beginTag = "<!-- Scheduled Delivery Date logic -->"
23.     endTag   = "<!-- Begin SII Link -->"
24.     out = ""
26.     startPos = html.find(beginTag)
28.     while startPos > -1:
29.         endPos = html.find(endTag,startPos+1)
30.         if endTag == -1:
31.             break
32.         else:
33.             out+=html[startPos+len(beginTag):endPos]
34.             startPos = html.find(beginTag,endPos+1)
35.     return out
36.    
37. # parser ce HTML (et l'afficher)
39. def parse_html(html):
40.     proc=subprocess.Popen("lynx -dump -stdin", stdin=subprocess.PIPE, stdout=subprocess.PIPE, shell=True)
41.     proc.stdin.write(html)
42.     print(proc.communicate()[0])
45. url_start="http://wwwapps.ups.com/WebTracking/processInputRequest?HTMLVersion=5.0&loc=en_FR&Requester=UPSHome&tracknum=1Z+1WX+989+68+855"
46. url_end="+&AgreeToTermsAndConditions=yes&ignore=&track.x=13&track.y=11"
48. for a in range(10):
49.     for b in range(1000):
50.         for c in range(10):
51.             full_url=url_start+str(a)+'+'+str(b).zfill(3)+'+'+str(c)+url_end
52.             print("1Z 1WX 989 68 855"+str(a)+" "+str(b).zfill(3)+" "+str(c)+"\n" )
53.             parse_html(cut_html(get_html(full_url)))

def simple_request(tracking_number):
    """does a simple request to the tracking server"""
    
    tracking_url = 'http://wwwapps.ups.com/WebTracking/processInputRequest'
    user_agent =  'Mozilla/4.0 (compatible; MSIE 5.5; Windows NT)'
    headers =  { 'User-Agent'  : user_agent  }
    values = {'HTMLVersion'  : '5.0',
              'loc' : 'en_FR',
              'Requester' : 'UPSHome',
              'tracknum' : tracking_number,
              'AgreeToTermsAndConditions' : 'yes',
              'ignore' : '',
              'track.x' : '13',
              'track.y' : '11' }
    data =  urllib.urlencode(values)
    req =  urllib2.Request(tracking_url, data, headers)
    try:
        handle = urllib2.urlopen(req)
    except IOError, e:
        if hasattr(e, 'reason'):
            ret = [ 'Server unreachable.', 'Raison: ', e.reason ]
        elif hasattr(e, 'code'):
            ret = [ 'Server Error.', 'Code d\' erreur : ', e.code ]
        return ret
    else:
        return handle.read()

#!/usr/bin/python
# -*- coding: iso-8859-1 -*-
# Hello, this program is written in Python - http://python.org
programname = 'html2csv - version 2002-09-20 - http://sebsauvage.net'
 
import HTMLParser, re
 
try:    import psyco ; psyco.jit()  # If present, use psyco to accelerate the program
except: pass
 
class html2csv(HTMLParser.HTMLParser):
    ''' A basic parser which converts HTML tables into CSV.
        Feed HTML with feed(). Get CSV with getCSV(). (See example below.)
        All tables in HTML will be converted to CSV (in the order they occur
        in the HTML file).
        You can process very large HTML files by feeding this class with chunks
        of html while getting chunks of CSV by calling getCSV().
        Should handle badly formated html (missing <tr>, </tr>, </td>,
        extraneous </td>, </tr>...).
        This parser uses HTMLParser from the HTMLParser module,
        not HTMLParser from the htmllib module.
        Example: parser = html2csv()
                 parser.feed( open('mypage.html','rb').read() )
                 open('mytables.csv','w+b').write( parser.getCSV() )
        This class is public domain.
        Author: Sébastien SAUVAGE <sebsauvage at sebsauvage dot net>
                http://sebsauvage.net
        Versions:
           2002-09-19 : - First version
           2002-09-20 : - now uses HTMLParser.HTMLParser instead of htmllib.HTMLParser.
                        - now parses command-line.
        To do:
            - handle <PRE> tags
            - convert html entities (&name; and &#ref;) to Ascii.
            '''
    def __init__(self):
        HTMLParser.HTMLParser.__init__(self)
        self.CSV = ''      # The CSV data
        self.CSVrow = ''   # The current CSV row beeing constructed from HTML
        self.inTD = 0      # Used to track if we are inside or outside a <TD>...</TD> tag.
        self.inTR = 0      # Used to track if we are inside or outside a <TR>...</TR> tag.
        self.re_multiplespaces = re.compile('\s+')  # regular expression used to remove spaces in excess
        self.rowCount = 0  # CSV output line counter.
    def handle_starttag(self, tag, attrs):
        if   tag == 'tr': self.start_tr()
        elif tag == 'td': self.start_td()
    def handle_endtag(self, tag):
        if   tag == 'tr': self.end_tr()
        elif tag == 'td': self.end_td()         
    def start_tr(self):
        if self.inTR: self.end_tr()  # <TR> implies </TR>
        self.inTR = 1
    def end_tr(self):
        if self.inTD: self.end_td()  # </TR> implies </TD>
        self.inTR = 0            
        if len(self.CSVrow) > 0:
            self.CSV += self.CSVrow[:-1]
            self.CSVrow = ''
        self.CSV += '\n'
        self.rowCount += 1
    def start_td(self):
        if not self.inTR: self.start_tr() # <TD> implies <TR>
        self.CSVrow += '"'
        self.inTD = 1
    def end_td(self):
        if self.inTD:
            self.CSVrow += '",'  
            self.inTD = 0
    def handle_data(self, data):
        if self.inTD:
            self.CSVrow += self.re_multiplespaces.sub(' ',data.replace('\t',' ').replace('\n','').replace('\r','').replace('"','""'))
    def getCSV(self,purge=False):
        ''' Get output CSV.
            If purge is true, getCSV() will return all remaining data,
            even if <td> or <tr> are not properly closed.
            (You would typically call getCSV with purge=True when you do not have
            any more HTML to feed and you suspect dirty HTML (unclosed tags). '''
        if purge and self.inTR: self.end_tr()  # This will also end_td and append last CSV row to output CSV.
        dataout = self.CSV[:]
        self.CSV = ''
        return dataout

#!/usr/bin/python
# -*- coding: ISO-8859-1 -*-
 
 
import urllib
import urllib2
import re
import HTMLParser
 
try:    import psyco ; psyco.jit()  # If present, use psyco to accelerate the program
except: pass
 
 
 
class html2txt(HTMLParser.HTMLParser):
    ''' A basic parser which converts HTML tables into plain text.
        Feed HTML with feed(). Get txt with getTXT(). (See example below.)
        '''
    def __init__(self):
        HTMLParser.HTMLParser.__init__(self)
        self.TXT = ''      # The TXT data
        self.TXTrow = ''   # The current TXT row beeing constructed from HTML
        self.inTD = 0      # Used to track if we are inside or outside a <TD>...</TD> tag.
        self.inTR = 0      # Used to track if we are inside or outside a <TR>...</TR> tag.
        self.re_multiplespaces = re.compile('\s+')  # regular expression used to remove spaces in excess
        self.rowCount = 0  # CSV output line counter.
    def handle_starttag(self, tag, attrs):
        if   tag == 'tr': self.start_tr()
        elif tag == 'td': self.start_td()
    def handle_endtag(self, tag):
        if   tag == 'tr': self.end_tr()
        elif tag == 'td': self.end_td()         
    def start_tr(self):
        if self.inTR: self.end_tr()  # <TR> implies </TR>
        self.inTR = 1
    def end_tr(self):
        if self.inTD: self.end_td()  # </TR> implies </TD>
        self.inTR = 0            
        if len(self.TXTrow) > 0:
            self.TXT += self.TXTrow[:-1]
            self.TXTrow = ''
        self.TXT += '\n'
        self.rowCount += 1
    def start_td(self):
        if not self.inTR: self.start_tr() # <TD> implies <TR>
        self.inTD = 1
    def end_td(self):
        if self.inTD:
            self.inTD = 0
    def handle_data(self, data):
        if self.inTD:
            self.TXTrow += self.re_multiplespaces.sub(' ',data.replace('\t',' ').replace('\n','').replace('\r','').replace('"','""'))
    def getTXT(self,purge=False):
        ''' Get output text.
            If purge is true, getTXT() will return all remaining data,
            even if <td> or <tr> are not properly closed.
            (You would typically call getTXT with purge=True when you do not have
            any more HTML to feed and you suspect dirty HTML (unclosed tags). '''
        if purge and self.inTR: self.end_tr()  # This will also end_td and append last TXT row to output text.
        dataout = self.TXT[:]
        self.TXT = ''
        return dataout
 
 
 
def simple_request(tracking_number):
    """does a simple request to the tracking server"""
    
    tracking_url = 'http://wwwapps.ups.com/WebTracking/processInputRequest'
    user_agent =  'Mozilla/4.0 (compatible; MSIE 5.5; Windows NT)'
    headers =  { 'User-Agent'  : user_agent  }
    values = {'HTMLVersion'  : '5.0',
              'loc' : 'en_FR',
              'Requester' : 'UPSHome',
              'tracknum' : tracking_number,
              'AgreeToTermsAndConditions' : 'yes',
              'ignore' : '',
              'track.x' : '13',
              'track.y' : '11' }
    data =  urllib.urlencode(values)
    req =  urllib2.Request(tracking_url, data, headers)
    try:
        handle = urllib2.urlopen(req)
    except IOError, e:
        if hasattr(e, 'reason'):
            ret = [ 'Server unreachable.', 'Raison: ', e.reason ]
        elif hasattr(e, 'code'):
            ret = [ 'Server Error.', 'Code d\' erreur : ', e.code ]
            print e.code
        return ret
    else:
        return handle.read()
 
def cut_html(html):
    beginTag = "<!-- Begin: Exception Error Message -->"
    endTag   = "<!-- End Package Progress -->"
    out = ""
 
    startPos = html.find(beginTag)
 
    while startPos > -1:
        endPos = html.find(endTag,startPos+1)
        if endTag == -1:
            break
        else:
            out+=html[startPos+len(beginTag):endPos]
            startPos = html.find(beginTag,endPos+1)
    return out
 
 
 
 
if __name__ == '__main__':
    tracking_number = '1Z 1WX 989 68 8551 540 2'
    parser=html2txt()
    parser.feed(cut_html(simple_request(tracking_number)))
    print parser.getTXT()

#!/usr/bin/python
# -*- coding: ISO-8859-1 -*-
 
 
import urllib
import urllib2
import re
import HTMLParser
import threading
import Queue
import sys
 
try:    import psyco ; psyco.jit()  # If present, use psyco to accelerate the program
except: pass
 
 
THREAD_LIMIT = 50
packages_to_track = Queue.Queue(0)
parsed_results = Queue.Queue(THREAD_LIMIT)
 
class html2txt(HTMLParser.HTMLParser):
    ''' A basic parser which converts HTML tables into plain text.
        Feed HTML with feed(). Get txt with getTXT(). (See example below.)
        '''
    def __init__(self):
        HTMLParser.HTMLParser.__init__(self)
        self.TXT = ''      # The CSV data
        self.TXTrow = ''   # The current CSV row beeing constructed from HTML
        self.inTD = 0      # Used to track if we are inside or outside a <TD>...</TD> tag.
        self.inTR = 0      # Used to track if we are inside or outside a <TR>...</TR> tag.
        self.re_multiplespaces = re.compile('\s+')  # regular expression used to remove spaces in excess
        self.rowCount = 0  # CSV output line counter.
    def handle_starttag(self, tag, attrs):
        if   tag == 'tr': self.start_tr()
        elif tag == 'td': self.start_td()
    def handle_endtag(self, tag):
        if   tag == 'tr': self.end_tr()
        elif tag == 'td': self.end_td()         
    def start_tr(self):
        if self.inTR: self.end_tr()  # <TR> implies </TR>
        self.inTR = 1
    def end_tr(self):
        if self.inTD: self.end_td()  # </TR> implies </TD>
        self.inTR = 0            
        if len(self.TXTrow) > 0:
            self.TXT += self.TXTrow[:-1]
            self.TXTrow = ''
        self.TXT += '\n'
        self.rowCount += 1
    def start_td(self):
        if not self.inTR: self.start_tr() # <TD> implies <TR>
        self.inTD = 1
    def end_td(self):
        if self.inTD:
            self.inTD = 0
    def handle_data(self, data):
        if self.inTD:
            self.TXTrow += self.re_multiplespaces.sub(' ',data.replace('\t',' ').replace('\n','').replace('\r','').replace('"','""'))
    def getTXT(self,purge=False):
        ''' Get output text.
            If purge is true, getTXT() will return all remaining data,
            even if <td> or <tr> are not properly closed.
            (You would typically call getTXT with purge=True when you do not have
            any more HTML to feed and you suspect dirty HTML (unclosed tags). '''
        if purge and self.inTR: self.end_tr()  # This will also end_td and append last TXT row to output text.
        dataout = self.TXT[:]
        self.TXT = ''
        return dataout
 
 
def simple_request(tracking_number):
    """does a simple request to the tracking server"""
    
    tracking_url = 'http://wwwapps.ups.com/WebTracking/processInputRequest'
    user_agent =  'Mozilla/4.0 (compatible; MSIE 5.5; Windows NT)'
    headers =  { 'User-Agent'  : user_agent  }
    values = {'HTMLVersion'  : '5.0',
              'loc' : 'en_FR',
              'Requester' : 'UPSHome',
              'tracknum' : tracking_number,
              'AgreeToTermsAndConditions' : 'yes',
              'ignore' : '',
              'track.x' : '13',
              'track.y' : '11' }
    data =  urllib.urlencode(values)
    req =  urllib2.Request(tracking_url, data, headers)
    try:
        handle = urllib2.urlopen(req)
    except IOError, e:
        if hasattr(e, 'reason'):
            ret = [ 'Server unreachable.', 'Raison: ', e.reason ]
        elif hasattr(e, 'code'):
            ret = [ 'Server Error.', 'Code d\' erreur : ', e.code ]
            print e.code
        return ret
    else:
        return handle.read()
 
 
def cut_html(html):
    beginTag = "<!-- Begin: Exception Error Message -->"
    endTag   = "<!-- End Package Progress -->"
    out = ""
    startPos = html.find(beginTag)
    while startPos > -1:
        endPos = html.find(endTag,startPos+1)
        if endTag == -1:
            break
        else:
            out+=html[startPos+len(beginTag):endPos]
            startPos = html.find(beginTag,endPos+1)
    return out
 
 
def thread():
    """Get, cut and parse tracking information"""
    while True:
        try:
            tracking_number = packages_to_track.get(False)
        except Queue.Empty:
            return
        parser = html2txt()
        parser.feed(cut_html(simple_request(tracking_number)))
        parsed_results.put((tracking_number, parser.getTXT()), True)
 
 
def run():
    jobs_done = 0
    sys.stderr
    sys.stderr.write("Starting...\n" )
    for a in range(10):
        for b in range(1000):
            for c in range(10):
                packages_to_track.put('1Z 1WX 989 68 855'+str(a)+' '+str(b).zfill(3)+' '+str(c))
    sys.stderr.write("Created 100 000 job entries\n" )
    
    
        
    for n in xrange(THREAD_LIMIT): # Unleash the hounds
        t = threading.Thread(target=thread)
        t.start()
    sys.stderr.write("Unleashed the hounds...\n" )
        
    while threading.activeCount()> 1 or not packages_to_track.empty():
        # That condition means we want to do this loop if there are threads
        # running OR there's stuff to process
        try:
            tracking_number, tracking_info = parsed_results.get(False, 10) # Wait for up to a second for a
                                                   # result
        except Queue.Empty:
            continue
        jobs_done += 1
        sys.stderr.write("Processed package #%s - Got %s bytes data - %s processed so far\n" % ( str(tracking_number), len(tracking_info), str(jobs_done) ) )
        print tracking_number, '\n', tracking_info
        
 
if __name__ == '__main__':
    run()