microprobe.utils.misc

microprobe.utils.misc module

Functions

RNDFP([x, y])	Returns a random floating point between x and y
RNDINT([maxmin])	Returns a random integer between 0 and 2^32.
closest_divisor(target, closer)	param target:
compress_file(source)
dict2OrderedDict(my_dict)	param my_dict:
findfiles(paths, regexp[, full, maxcount])	param paths:
getnextf(itr)
int_to_twocs(val, bits)	compute the two compliment of a int
iter_flatten(iterable)	param iterable:
longest_common_substr(str1, str2)	param str1:
move_file(source, target)
natural_sort(input_list)	param input_list:
open_generic_fd(filename, mode)
primes(number)	param number:
range_to_sequence(start, *args)
range_to_sequence_float(start, *args)
shift_with_sign(val, bits, shift)	shift value extending sign in twocs format
smart_copy_dict(olddict)	param olddict:
twocs_to_int(val, bits)	compute the int value of a two compliment int
which(program)	param program:

Classes

Pickable()	A helper class to implement the pickling interface.
Progress(total[, msg, out])	A counting progress indicator.
RejectingDict	A dictionary that raise an exception if the key is already set.
RejectingOrderedDict	An ordered dictionary that raises an exception if key is already set.

Classes diagram

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Functions

RNDFP(x=0, y=1)

Returns a random floating point between x and y

RNDINT(maxmin=None)

Returns a random integer between 0 and 2^32.

closest_divisor(target, closer)

Parameters:

• target –

• closer –

compress_file(source)

dict2OrderedDict(my_dict)

Parameters:

my_dict –

findfiles(paths, regexp, full=False, maxcount=10000)

Parameters:

• paths –

• regexp –

getnextf(itr)

int_to_twocs(val, bits)

compute the two compliment of a int

iter_flatten(iterable)

Parameters:

iterable –

longest_common_substr(str1, str2)

Parameters:

• str1 –

• str2 –

move_file(source, target)

natural_sort(input_list)

Parameters:

input_list –

open_generic_fd(filename, mode)

primes(number)

Parameters:

number –

range_to_sequence(start, *args)

range_to_sequence_float(start, *args)

shift_with_sign(val, bits, shift)

shift value extending sign in twocs format

smart_copy_dict(olddict)

Parameters:

olddict –

twocs_to_int(val, bits)

compute the int value of a two compliment int

which(program)

Parameters:

program –