How to install your personal module/package on site.
Well the question is in the subject. I have a number of modules/packages which were until recently personal use only. However python is getting more popular at work and some of my work was considered useful enough to install in a public available spot. How should I approach this? -- Antoon. -- https://mail.python.org/mailman/listinfo/python-list
Re: How to install your personal module/package on site.
https://www.google.com/search?channel=fs&client=ubuntu&q=publish+python+code First result. -- https://mail.python.org/mailman/listinfo/python-list
Re: How to install your personal module/package on site.
On 14/08/2020 22:32, Antoon Pardon wrote: Well the question is in the subject. I have a number of modules/packages which were until recently personal use only. However python is getting more popular at work and some of my work was considered useful enough to install in a public available spot. How should I approach this? Does the word "public" mean world-wide, or perhaps only amongst your work-colleagues? -- Regards =dn -- https://mail.python.org/mailman/listinfo/python-list
try..except or type() or isinstance()?
I have an object which I could initialize providind an int or a str. I am not sure which of the following is best to use - try/except - if type(int)... - if isinstance(v, int) Here a minimal example def get_id(fromname): # do something with `fromname` return 0 def get_name(fromid): # do something with `fromid` return "something" """ For O1, O2, O3: self.myid is int self.name is str """ class O1: def __init__(self, val): try: self.myid = int(val) self.name = get_name(self.myid) except: self.myid = get_id(val) self.name = val class O2: def __init__(self, val): if type(val) == int: self.myid = val self.name = get_name(self.myid) else: self.myid = get_id(val) self.name = val class O3: def __init__(self, val): if isinstance(val, int): self.myid = val self.name = get_name(self.myid) else: self.myid = get_id(val) self.name = val -- Manfred -- https://mail.python.org/mailman/listinfo/python-list
Re: try..except or type() or isinstance()?
On Sat, Aug 15, 2020 at 3:36 PM Manfred Lotz wrote: > > I have an object which I could initialize providind an int or a str. > > I am not sure which of the following is best to use > - try/except > - if type(int)... > - if isinstance(v, int) > > Here a minimal example > > def get_id(fromname): > # do something with `fromname` > return 0 > > def get_name(fromid): > # do something with `fromid` > return "something" > > """ For O1, O2, O3: self.myid is int > self.name is str > """ > class O1: > def __init__(self, val): > try: > self.myid = int(val) > self.name = get_name(self.myid) > except: > self.myid = get_id(val) > self.name = val Don't use a bare "except" - use "except ValueError" instead. But otherwise, this is a perfectly reasonable way to say "anything that can be interpreted as an integer will be". > class O2: > def __init__(self, val): > if type(val) == int: > self.myid = val > self.name = get_name(self.myid) > else: > self.myid = get_id(val) > self.name = val Nope, don't do this. It's strictly worse than O3. > class O3: > def __init__(self, val): > if isinstance(val, int): > self.myid = val > self.name = get_name(self.myid) > else: > self.myid = get_id(val) > self.name = val This is a perfectly reasonable way to say "integers will be treated as IDs". Note that O1 and O3 are very different semantically; O1 will treat the string "7" as an ID, but O3 will treat it as a name. Here's an even better way: class O4: def __init__(self, id): self.myid = id self.name = get_name(id) @classmethod def from_name(cls, name): return cls(get_id(name)) This makes the ID the main way you'd do things, and a name lookup as an alternate constructor. Very good pattern, reliable, easy to use. ChrisA -- https://mail.python.org/mailman/listinfo/python-list
Re: try..except or type() or isinstance()?
Chris Angelico wrote: > On Sat, Aug 15, 2020 at 3:36 PM Manfred Lotz wrote: >> >> I have an object which I could initialize providind an int or a str. >> >> I am not sure which of the following is best to use >> - try/except >> - if type(int)... >> - if isinstance(v, int) >> >> Here a minimal example >> >> def get_id(fromname): >> # do something with `fromname` >> return 0 >> >> def get_name(fromid): >> # do something with `fromid` >> return "something" >> >> """ For O1, O2, O3: self.myid is int >> self.name is str >> """ >> class O1: >> def __init__(self, val): >> try: >> self.myid = int(val) >> self.name = get_name(self.myid) >> except: >> self.myid = get_id(val) >> self.name = val > > Don't use a bare "except" - use "except ValueError" instead. But > otherwise, this is a perfectly reasonable way to say "anything that > can be interpreted as an integer will be". > >> class O2: >> def __init__(self, val): >> if type(val) == int: >> self.myid = val >> self.name = get_name(self.myid) >> else: >> self.myid = get_id(val) >> self.name = val > > Nope, don't do this. It's strictly worse than O3. > >> class O3: >> def __init__(self, val): >> if isinstance(val, int): >> self.myid = val >> self.name = get_name(self.myid) >> else: >> self.myid = get_id(val) >> self.name = val > > This is a perfectly reasonable way to say "integers will be treated as > IDs". Note that O1 and O3 are very different semantically; O1 will > treat the string "7" as an ID, but O3 will treat it as a name. > > Here's an even better way: > > class O4: > def __init__(self, id): > self.myid = id > self.name = get_name(id) > @classmethod > def from_name(cls, name): > return cls(get_id(name)) > > This makes the ID the main way you'd do things, and a name lookup as > an alternate constructor. Very good pattern, reliable, easy to use. Yet another way: keyword arguments: class O5: def __init__(self, *, id=None, name=None): if name is None: assert id is not None name = get_name(id) else: assert id is None id = get_id(name) self.id = id self.name = name -- https://mail.python.org/mailman/listinfo/python-list
