def get_html(self,answer): # generate question description if self.parity == 0: parity_string = 'even' else: parity_string = 'odd' html = "<p>Fill in the bits for a valid Hamming code " + \ 'using <b>' + parity_string + '</b> parity:</p>' # generate a list of selects with bits specified by answer # bits = list of len(code_word) items where bits[i]: # code_word[i] if code_word[i] in [0,1] # a select box if code_word[i] is None indexes = range(1,len(self.code_word)+1) # one-relative bits = [] for i,bit in enumerate(self.code_word,1): if bit == None: name = 'bit_' + str(i) bit = html_util.get_select( name,['','0','1'],answer[name]) bits.append(bit) # generate table containing select lists html += '<center>' html += html_util.get_table([indexes,bits],'id="hamming_table"') html += '</center>' return html
def get_html(self, answer):
# generate question description
if self.parity == 0:
parity_string = 'even'
else:
parity_string = 'odd'
html = '<p>Assume exactly one bit is incorrect.</p>' + \
'Indicate the incorrect bit ' + \
'using <b>' + parity_string + '</b> parity:'
# generate list of radio buttons with
# the bit specified by answer set
indexes = range(1, len(self.code_word) + 1) # one-relative
radio_buttons = []
for i in indexes:
is_set = answer['incorrect_bit'] == str(i)
radio_buttons.append(
html_util.get_radio_button('incorrect_bit', str(i), is_set))
# generate table containing radio buttons
html += '<center>'
html += html_util.get_table([indexes, self.code_word, radio_buttons],
'id="hamming_table"')
html += '</center>'
return html
def get_html(self,answer): # generate question description if self.parity == 0: parity_string = 'even' else: parity_string = 'odd' html = '<p>Assume exactly one bit is incorrect.</p>' + \ 'Indicate the incorrect bit ' + \ 'using <b>' + parity_string + '</b> parity:' # generate list of radio buttons with # the bit specified by answer set indexes = range(1,len(self.code_word)+1) # one-relative radio_buttons = [] for i in indexes: is_set = answer['incorrect_bit'] == str(i) radio_buttons.append(html_util.get_radio_button( 'incorrect_bit',str(i),is_set)) # generate table containing radio buttons html += '<center>' html += html_util.get_table( [indexes,self.code_word,radio_buttons],'id="hamming_table"') html += '</center>' return html
def get_html(self, answer):
# generate question description
if self.parity == 0:
parity_string = 'even'
else:
parity_string = 'odd'
html = "<p>Fill in the bits for a valid Hamming code " + \
'using <b>' + parity_string + '</b> parity:</p>'
# generate a list of selects with bits specified by answer
# bits = list of len(code_word) items where bits[i]:
# code_word[i] if code_word[i] in [0,1]
# a select box if code_word[i] is None
indexes = range(1, len(self.code_word) + 1) # one-relative
bits = []
for i, bit in enumerate(self.code_word, 1):
if bit == None:
name = 'bit_' + str(i)
bit = html_util.get_select(name, ['', '0', '1'], answer[name])
bits.append(bit)
# generate table containing select lists
html += '<center>'
html += html_util.get_table([indexes, bits], 'id="hamming_table"')
html += '</center>'
return html
def get_html(self, answer):
html = "<div class=\"container\">"
html += "<p>Use a <b>caesar</b> cipher with key " + str(self.key) + " to encrypt the plain text.</p>"
topArray = ["Plain text"]
bottomArray = ["Cipher text"]
#Load the Plain text into a list
for char in self.plaintext:
topArray.append(str(char))
#Load the cipher text into the bottom array
for char in self.ciphertext:
bottomArray.append(str(char))
#Replace hotspot positions with text boxes
i = 0
for pos in self.hotspots:
if answer['answer'] == None: #DR1
bottomArray[pos+1] = html_util.get_text('answer', '', 1) #DR2
else:
bottomArray[pos+1] = html_util.get_text('answer', answer['answer'][i], 1) #DR3 #DR4
i=i+1
tableArray = [topArray, bottomArray]
html += html_util.get_table(tableArray, "class=\"center_table\"")
return html + "</div>"
def get_html(self,answer):
j = 0
html = "<style type='text/css'>"
html += html_util.make_css_borders(1)
html += "</style>"
html += "<p>Use a <b>caesar</b> cipher with key %d to encrypt the plain text.</p><center>" % self.key
plaintext_list = [("plain text", "right")]
for i in range(0, len(self.plaintext)):
plaintext_list.append(("<tt>" + self.plaintext[i] + "</tt>", "left_border center")) # DR1
ciphertext_list = [("cipher text", "top_border right")]
for i in range(0, len(self.ciphertext)):
if(i in self.hotspots):
ciphertext_list.append(("<tt>" + html_util.get_text("char_%i" % j, '' if answer['char_%i' % j] is None else answer['char_%i' % j]) + "</tt>", "left_border top_border")) # DR2, DR3, DR4
j += 1
else:
ciphertext_list.append(("<tt>" + self.ciphertext[i] + "</tt>", "left_border top_border")) # DR 5
html += html_util.get_table([plaintext_list, ciphertext_list], "cellspacing=0 cellpadding=3")
html += "</center>"
return html
import html_util print '''<html> <head> <title>html_util.get_table() - no borders</title> </head> <body> ''' + \ html_util.get_table([['a','b'],['c','d']]) + \ ''' </body> </html> '''
import html_util print '''<html> <head> <title>html_util.get_table() - with border</title> <style type='text/css'>''' + \ html_util.make_css_borders(1,'my_id_string') + \ ''' </style> </head> <body> ''' + \ html_util.get_table([['a','b'],['c','d']],'id="my_id_string"') + \ ''' </body> </html> '''
import html_util
print '''<html>
<head>
<title>html_util.get_table() - with selective 3px border</title>
<style type='text/css'>''' + \
html_util.make_css_borders(3) + \
'''
</style>
</head>
<body>
''' + \
html_util.get_table([
['','9','8'],
['','','3'],
[('1','top_border'),('0','top_border'),('1','top_border')]
],'cellspacing=0') + \
'''
</body>
</html>
'''
import html_util
print '''<html>
<head>
<title>html_util.get_table() - with selective 3px border</title>
<style type='text/css'>''' + \
html_util.make_css_borders(3) + \
'''
</style>
</head>
<body>
''' + \
html_util.get_table([
['','9','8'],
['','','3'],
[('1','top_border'),('0','top_border'),('1','top_border')]
],'cellspacing=0') + \
'''
</body>
</html>
'''
