def inner_correlation(self, step):
check_integer(step, 'step should be integer')
n = len(self._data)
if not 0 < step < n:
raise ValueError('step should be in range ({0}; {1})'.format(0, n))
return Sample.calc_correlation(self._data[:-step], self._data[step:])
def populatePCB(pcb, printer=False):
file_name = input("Give me a file name: ")
file_size = input("How big is the file: ")
while not check_integer(file_size):
file_size = input("Only enter integers for file size try again: ")
memory_start_region = input("Enter a memory start region: ")
while not check_integer(memory_start_region):
memory_start_region = input(
"Must be an integer. Enter a memory start region: ")
if printer:
pcb.readwrite = "w"
else:
pcb.readwrite = input("Is this a read or write (r/w): ")
while match(r"^[rw]{1}$", pcb.readwrite) is False:
pcb.readwrite = input(
"Invalid input for read/write! You must only enter r or w! Try again: ")
pcb.file_size = file_size
pcb.file_name = file_name
pcb.memory_start_region = memory_start_region
return pcb
def sysgen(self):
print("Welcome to sysgen!")
printer_cnt = input("How many printers: ").strip()
while not check_integer(printer_cnt):
printer_cnt = input("Not a positive integer, enter a positive integer value: ")
disk_cnt = input("How many disks: ").strip()
while not check_integer(disk_cnt):
disk_cnt = input("Not a positive integer, enter a positive integer value: ")
cdrw_cnt = input("How many cdrw drives: ").strip()
while not check_integer(cdrw_cnt):
cdrw_cnt = input("Not a positive integer, enter a positive integer value: ")
if int(printer_cnt) > 0:
self.printers = [Printer(n + 1) for n in range(0, int(printer_cnt))]
if int(disk_cnt) > 0:
self.disks = [Disk(n + 1) for n in range(0, int(disk_cnt))]
if int(cdrw_cnt) > 0:
self.cdrws = [CDRW(n + 1) for n in range(0, int(cdrw_cnt))]
def __init__(self, seed):
check_integer(seed, 'seed should be integer value')
self.seed = seed
self._value = seed
def tokenize(text, line_map, file_name="[unknown]"):
symbols = [
".", ",", "{", "}", "(", ")", "=", ";", "&", "*", "-", "!", "+", "++",
"--", "->", "[", "]", "?", ":", "=", "/", "||", "&&", "==", "!=", ">",
"<", "<=", ">=", "|", "&", "^", "<<", ">>", "+=", "-=", "*=", "/=",
"%=", "<<=", ">>=", "|=", "&=", "^="
]
symbols_first = [v[0] for v in symbols]
beginnings = [v[0] for v in symbols if len(v) > 1]
current_word = ""
text_iter = PeekIter(text + " ")
tokens = []
in_multiline_comment = False
in_comment = False
in_string = False
in_char = False
line_number = 1
column_number = 0
for c in text_iter:
if c == "\n":
if current_word != "":
tokens.append(
Token(current_word, line_number,
column_number - len(current_word), line_map,
file_name))
current_word = ""
column_number = 0
line_number += 1
column_number += 1
if in_multiline_comment:
if c == '*' and next(text_iter) == '/':
in_multiline_comment = False
elif in_comment:
if c == '\n':
in_comment = False
elif in_string:
if c == '"':
in_string = False
current_word += c
tokens.append(
Token(current_word, line_number,
column_number - len(current_word), line_map,
file_name))
current_word = ""
elif c == '\\':
p = next(text_iter)
if p == "n":
current_word += "\n"
elif p == "t":
current_word += "\t"
else:
current_word += p
else:
current_word += c
elif in_char:
if c == "'":
in_char = False
current_word += c
tokens.append(
Token(current_word, line_number,
column_number - len(current_word), line_map,
file_name))
current_word = ""
elif c == '\\':
p = next(text_iter)
if p == "n":
current_word += "\n"
elif p == "t":
current_word += "\t"
else:
current_word += p
else:
current_word += c
else:
if c in [" ", "\n", "\t"]:
if current_word != "":
tokens.append(
Token(current_word, line_number,
column_number - len(current_word), line_map,
file_name))
current_word = ""
elif c == '/' and text_iter.peek() in ["*", "/"]:
if text_iter.peek() == "*":
in_multiline_comment = True
if current_word != "":
tokens.append(
Token(current_word, line_number,
column_number - len(current_word), line_map,
file_name))
current_word = ""
elif text_iter.peek() == "/":
in_comment = True
if current_word != "":
tokens.append(
Token(current_word, line_number,
column_number - len(current_word), line_map,
file_name))
current_word = ""
elif c in symbols_first:
if check_integer(current_word) and c == ".":
current_word += c
continue
if current_word != "":
tokens.append(
Token(current_word, line_number,
column_number - len(current_word), line_map,
file_name))
current_word = ""
if c in beginnings:
next_c = text_iter.peek()
if c + next_c in symbols:
tokens.append(
Token(c + next(text_iter), line_number,
column_number - len(current_word), line_map,
file_name))
else:
tokens.append(
Token(c, line_number, column_number - 1, line_map,
file_name))
else:
tokens.append(
Token(c, line_number, column_number - 1, line_map,
file_name))
elif c == '"':
if current_word != "":
tokens.append(
Token(current_word, line_number,
column_number - len(current_word), line_map,
file_name))
current_word = '"'
in_string = True
elif c == "'":
if current_word != "":
tokens.append(
Token(current_word, line_number,
column_number - len(current_word), line_map,
file_name))
current_word = "'"
in_char = True
else:
current_word += c
for token in tokens:
try:
token.data = str(int(token.data, 0))
except ValueError:
pass
return tokens
