How to convert xml into text file [python]

import xml.etree.ElementTree as ET
tree = ET.parse(‘test.xml’)
notags = ET.tostring(tree.getroot(), encoding=’utf-8′,method=’text’)
f = open(‘test.txt’,’w’)
f.write(notags)
f.close()

reference : link1 | link2

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Membuat directory secara increment menggunakan python 3.2

def buatdir(dirfname):

        dasarfname=dirfname

        try:

            os.open(dirfname,0)

        except OSError as info:

            info2=[]

            info2.append(str(info))

            if ‘[Errno 13]’ in info2[0]: #(info2=='[Errno 13] Permission denied’)

                err=“True”

                k=0

                while (err==“True”):

                    try:

                        k=k+1

                        dirfname=dasarfname+str(k)

                        os.open(dirfname,0)

                    except OSError as info3:

                        info2=[]

                        info2.append(str(info3))

                        if ‘[Errno 2]’ in info2[0]: #=='[Errno 2] No such file or directory’: #bisa dibuat directorynya

                            err=“False”

                if err==“False”:

                    print(‘\nExecution / script file store in folder %s\n’ % dirfname)

                    os.mkdir(dirfname)

                    return dirfname

            elif ‘[Errno 2]’ in info2[0]: #info=='[Errno 2] No such file or directory’: #bisa dibuat directorynya

                print(‘Execution / script file store in folder %s\n’ % dirfname)

                os.mkdir(dirfname)

                return dirfname

Install Python 3.2 on Linux [Ubuntu]

links : http://pythonicway.blogspot.com/2011/02/install-python-32-on-linux-ubuntu.html

First of all, I don’t see a point to show you how to install Python on Windows. It’s dead easy download the installer from python.org and in few clicks you will have python up and running. Installing Python on Linux is bit different and requires some pre-work to be done.
So Let’s get started.

Note: Every Modern Linux had a python Installed. You can verify this by opening your Terminal and typing python. It will open the python shell for you. Do not remove the installed version.

Step 1: Pre-requisites for Ubuntu

To be able to compile Python Source, you will need few packages. Fire up the terminal and execute this command

sudo apt-get install build-essential libncursesw5-dev libreadline5-dev libssl-dev libgdbm-dev libc6-dev libsqlite3-dev tk-dev

It will take some time to finish depending upon your bandwidth. 🙂

Step 2: Downloading Python Sources and extracting them on your disk

Download a tarball from the python site here is a direct link. Once, the download is completed you can extract the files by doing a right-click on the file and then clicking the extract option

OR

Fire up the terminal and execute this command which will download the file first and extract it on the disk.

wget http://www.python.org/ftp/python/3.2/Python-3.2rc2.tgz && tar -xvf Python-3.2rc2.tgz

Step 3: Installing Python 3.2

Fire up a new Terminal and execute the following commands individually.

1.   ./configure
2.   make
3.  sudo make altinstall

Google python class with Nick Parlante (text version)

www.youtube.com/watch?v=tKTZoB2Vjuk

www.youtube.com/watch?v=EPYupizJYQI

www.youtube.com/watch?v=haycL41dAhg

Day 1 part 1

C:\Python32>python hello.py asdasd vsdf dfdf
Hello
[‘hello.py’, ‘asdasd’, ‘vsdf’, ‘dfdf’]
6
4
4
Hello hello.py!!!!

C:\Python32>python hello.py asdasd vsdf dfdf
File “hello.py”, line 5
def Hello(name) {
^
SyntaxError: invalid syntax

C:\Python32>python hello.py asdasd vsdf dfdf
File “hello.py”, line 8
}
^
SyntaxError: invalid syntax

cx_oracle for python

cx_Oracle is a Python extension module that allows access to Oracle databases and conforms to the Python database API specification. This module is currently built against Oracle 9.2, 10.2, 11.1 and 11.2. For more information on the database API specification, see here. Use the provided setup.py to build and install the module which makes use of the DistUtils module made available in Python 2.0 and up.

If you are looking for support with Tuxedo servers, go here.

• LICENSE
• README
• BUILD
• HISTORY
• Documentation
• Mailing List

Download 5.1.1 released October 10, 2011

• Windows x86 Installer (Oracle 10g, Python 2.6)
• Windows x86 Installer (Oracle 10g, Python 2.7)
• Windows x86 Installer (Oracle 10g, Python 3.2)
• Windows x86 Installer (Oracle 11g, Python 2.6)
• Windows x86 Installer (Oracle 11g, Python 2.7)
• Windows x86 Installer(Oracle 11g, Python 3.2)
• Windows amd64 Installer (Oracle 10g, Python 2.6)
• Windows amd64 Installer (Oracle 10g, Python 2.7)
• Windows amd64 Installer (Oracle 10g, Python 3.2)
• Windows amd64 Installer (Oracle 11g, Python 2.6)
• Windows amd64 Installer (Oracle 11g, Python 2.7)
• Windows amd64 Installer(Oracle 11g, Python 3.2)
• CentOS 5 i386 RPM (Oracle 10g, Python 2.4)

I’ve no idea how can one go about writing a DSL in Python

links: http://news.ycombinator.com/item?id=403690

There’s multiple definitions, so what follows is not authoritative, but in my hummble opinion it will help you understand the field much better, as well as why so many people seem to be talking past each other as they silently adopt one definition while arguing with someone based on another.

A strong DSL is a specialized language designed for a specific task, with its own parser and syntax not directly based on another language. Ideally, it is not Turing complete, because that opens a huge can of worms, and much of the point of a strong DSL is to avoid this can of worms. The DSL should be carefully designed in conjunction with the eventual users, who most likely will not be programmers. I’ve heard of impressive results with this approach, but I’ve never witnessed them firsthand. This definition is favored by Martin Fowler, and much less importantly/impressively, me.

Ruby-style DSL’s in Python 2.5

## {{{ http://code.activestate.com/recipes/534150/ (r1)
from __future__ import with_statement
from contextlib import contextmanager

class Table(object):
    def __init__(self, table_name):
        self.table_name = table_name
        self.fields = {}

    def __setattr__(self, attr, value):
        if attr in ("fields", "table_name"):
            object.__setattr__(self, attr, value)
        else:
            self.fields[attr] = value

    def execute(self):
        print "Creating table %s with fields: %s" % (self.table_name, self.fields)

@contextmanager
def create_table(table_name):
    table=Table(table_name)
    yield table
    table.execute()

#try it!
with create_table("Employee") as t:
    t.first_name = {"type" : "char", "length" : 30 }
    t.last_name = {"type" : "char", "length" : 30 }
    t.age = {"type" : "int"}

#prints:
#Creating table Employee with fields: {'first_name': {'length':
#30, 'type': 'char'}, 'last_name': {'length': 30, 'type': 'char'}, 'age':
#{'type': 'int'}}
## end of http://code.activestate.com/recipes/534150/ }}}