This
tutorial shows how to post to your blogger blog using the desktop
based
This will show how to post using a
Html parser:
#!/usr/bin/python
from
BeautifulSoup import BeautifulSoup
f = open("hello.html",
"r").read()
g=f
soup = BeautifulSoup(g)
b =
soup.prettify()
print b
k=open("hello.html",
"w")
k.writelines(b)
k.close()
b=open
("hello.html", "r").read()
a= str(b)
print
a
dfdfdfdfdfdfdf
fdjjjjkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkk
kfdfjdkkdkkkkflkdlfkdlk
Many people who
search the web for a particular topic on web find it
difficult to
organize the small peices of information they encounter.
For example, if
you are a working on a project and you depend
on searching on
web for information about the project. You come across
small pieces of
information from various websites and want to note them
in a simple, easy
to mangage and editable way. Word processing tools like
word MS word or
Open Office Writer is not an approprite tool for this kind
of work. Although
there are small note taking appletes like StickyNotes,
there are good
only to note small information bits like phone number,email,
address,etc,. One
solution to this kind of problem is the Zim- A desktop wiki.
Many people who
search the web for a particular topic on web find it difficult to
organize the small peices of information they encounter. For example,
if you are a working on a project and you depend on searching on web
for information about the project. You come across small pieces of
information from various websites and want to note them in a simple,
easy to mangage and editable way. Word processing tools like word MS
word or Open Office Writer is not an approprite tool for this kind of
work. Although there are small note taking appletes like StickyNotes,
there are good only to note small information bits like phone
number,email,address,etc,. One solution to this kind of problem is
the Zim- A desktop wiki.
;--------------------------VARIABLES USED-----------------------------------------
LEFT_WORD EQU 1100B ; when written to port2,will turn robo to left.
RIGHT_WORD EQU 0011B ; when written to port2,will turn robo to right.
FWD_WORD EQU 1010B ; when written to port2,will move robo in forward direction.
REV_WORD EQU 0101B ; when written to port2,will move robo in reverse direction.
STOP_WORD EQU 1111B ; when written to port2,will stop the robo.
SPEED EQU R0 ; used to hold the speed of the robo;
DIRECT1 EQU 30H ; internal RAM location used for genrating PWM.
DIRECT2 EQU 31H ; internal RAM location used for genrating PWM.
TEMP EQU 117D ; used delay generation in PWM.
;---------------------------------------------------------------------------------------------
ORG 000H
SJMP RESET_VECTOR ;
; ------------------------EXTERNALINTERRUPT-------------------------------------
ORG 0003H
SJMP EXT_INT ;
;---------------------------------------------
ORG 032H
RESET_VECTOR: MOV IE, #10000001B ;enable external interrupt
CLR C ;
MOV SPEED, #0001H ; initialize speed with 1
SJMP FIND_SPEED ;
;----------------------------------------------------------------------------------
ORG 060H
EXT_INT: MOV A, P1 ; read port1 to accumulator
TEST_STOP: CJNE A, #11111111B, TEST_LEFT ;
SJMP STOP ;
TEST_LEFT: CJNE A, #11110111B, TEST_RIGHT ;
SJMP LEFT ;
TEST_RIGHT: CJNE A, #11111011B, TEST_REV ;
SJMP RIGHT ;
TEST_REV: CJNE A, #11111101B, TEST_FWD ;
SJMP REV ;
TEST_FWD: CJNE A, #11111110B, TEST_INCSPEED ;
SJMP FWD ;
TEST_INCSPEED: CJNE A, #11111100B, TEST_DECSPEED ;
SJMP INCSPEED ;
TEST_DECSPEED: CJNE A, #11110011B, TEST_STOP ;
SJMP DECSPEED ;
;----------------------------------------------------------------
STOP: MOV P2, #STOP_WORD ; stops the robo
SJMP PWM ;
LEFT: MOV P2, #LEFT_WORD ; turns robo to left
SJMP PWM ;
RIGHT: MOV P2, #RIGHT_WORD ; turns robo to right
SJMP PWM ;
REV: MOV P2, #REV_WORD ; moves robo in reverse direction
SJMP PWM ;
FWD: MOV P2, #FWD_WORD ; moves robo in forward direction
SJMP PWM ;
INCSPEED: INC SPEED ; increase the speed
SJMP FIND_SPEED ;
DECSPEED: DEC SPEED ; decrease the speed
SJMP FIND_SPEED ;
;------------------finds the speed -----------------------------------------------
FIND_SPEED:
CJNE SPEED, #4H, FAIL1 ;
SJMP SPEED4 ;
FAIL1: CJNE SPEED, #3D, FAIL2 ;
SJMP SPEED3 ;
FAIL2: CJNE SPEED, #2D, FAIL3 ;
SJMP SPEED2 ;
FAIL3: CJNE SPEED, #1D, FAIL4 ;
SJMP SPEED1 ;
FAIL4: CJNE SPEED, #0D, FAIL5 ;
MOV SPEED, #1D ;
SJMP FIND_SPEED ;
FAIL5: MOV SPEED, #4D ;
SJMP FIND_SPEED ;
;----------- turns on LEDs to indicate the speed and loads registers with delay -------------
SPEED4: MOV P0, #11110111B ;
SJMP $ ;
SPEED3: MOV DIRECT1, #255D ;
MOV DIRECT2, #2D ;
MOV P0, #1011B ;
SJMP PWM ;
SPEED2: MOV DIRECT1, #130D ;
MOV DIRECT2, #127D ;
MOV P0, #1101B ;
SJMP PWM ;
SPEED1: MOV DIRECT1, #5D ;
MOV DIRECT2, #252D ;
MOV P0, #1110B ;
SJMP PWM ;
;----------------generates PWM on pin P3.0---------------------------------------------------
PWM:
MOV R1, DIRECT1 ;
MOV R2, DIRECT2 ;
CPL P3.0 ;
LOOP1: DJNZ R1, LOOP1 ;
MOV R1, #TEMP ;
LOOP2: DJNZ R1, LOOP2 ;
CPL P3.0 ;
LOOP3: DJNZ R2, LOOP3 ;
MOV R2, #TEMP ;
LOOP4: DJNZ R2, LOOP4 ;
SJMP PWM ;
END
;----------------end of the code--------------------------------------------