Python tqdm.write函数代码示例

def get_commits(pr_number, owner='gisce', repository='erp'):
    # Pagination documentation: https://developer.github.com/v3/#pagination
    def parse_github_links_header(links_header):
        ret_links = {}
        full_links = links_header.split(',')
        for link in full_links:
            link_url, link_ref = link.split(';')
            link_url = link_url.strip()[1:-1]
            link_ref = link_ref.split('=')[-1].strip()[1:-1]
            ret_links[link_ref] = link_url
        return ret_links

    logger.info('Getting commits from GitHub')
    headers = {'Authorization': 'token %s' % github_config()['token']}
    repo = github_config(
        repository='{}/{}'.format(owner, repository))['repository']
    url = "https://api.github.com/repos/%s/pulls/%s/commits?per_page=100" \
          % (repo, pr_number)
    r = requests.get(url, headers=headers)
    commits = json.loads(r.text)
    if 'link' in r.headers:
        url_page = 1
        links = parse_github_links_header(r.headers['link'])
        while links['last'][-1] != str(url_page):
            url_page += 1
            tqdm.write(colors.yellow(
                '    - Getting extra commits page {}'.format(url_page)))
            r = requests.get(links['next'], headers=headers)
            commits += json.loads(r.text)
    return commits

def check_it_exists(src='/home/erp/src', repository='erp', sudo_user='erp'):
    with settings(hide('everything'), sudo_user=sudo_user, warn_only=True):
        res = sudo("ls {}/{}".format(src, repository))
        if res.return_code:
            message = "The repository does not exist or cannot be found"
            tqdm.write(colors.red(message))
            abort(message)

 def catch_result(self, result):
     for line in result.split('\n'):
         if re.match('Applying: ', line):
             tqdm.write(colors.green(line))
             self.pbar.update()
     if result.failed:
         if "git config --global user.email" in result:
             logger.error(
                 "Need to configure git for this user\n"
             )
             raise GitHubException(result)
         try:
             raise WiggleException
         except WiggleException:
             if self.auto_exit:
                 sudo("git am --abort")
                 logger.error('Aborting deploy and go back')
                 raise GitHubException
             prompt("Manual resolve...")
         finally:
             if not self.auto_exit:
                 to_commit = sudo(
                     "git diff --cached --name-only --no-color", pty=False
                 )
                 if to_commit:
                     self.resolve()
                 else:
                     self.skip()

def resync_invoiceitems(apps, schema_editor):
    """
    Since invoiceitem IDs were not previously stored (the ``stripe_id`` field held the id of the linked subsription),
    a direct migration will leave us with a bunch of orphaned objects. It was decided
    [here](https://github.com/kavdev/dj-stripe/issues/162) that a purge and re-sync would be the best option for
    subscriptions. That's being extended to InvoiceItems. No data that is currently available on stripe will be
    deleted. Anything stored locally will be purged.
    """

    # This is okay, since we're only doing a forward migration.
    from djstripe.models import InvoiceItem

    from djstripe.context_managers import stripe_temporary_api_version

    with stripe_temporary_api_version("2016-03-07"):
        if InvoiceItem.objects.count():
            print("Purging invoiceitems. Don't worry, all invoiceitems will be re-synced from stripe. Just in case you \
            didn't get the memo, we'll print out a json representation of each object for your records:")
            print(serializers.serialize("json", InvoiceItem.objects.all()))
            InvoiceItem.objects.all().delete()

            print("Re-syncing invoiceitems. This may take a while.")

            for stripe_invoiceitem in tqdm(iterable=InvoiceItem.api_list(), desc="Sync", unit=" invoiceitems"):
                invoice = InvoiceItem.sync_from_stripe_data(stripe_invoiceitem)

                if not invoice.customer:
                    tqdm.write("The customer for this invoiceitem ({invoiceitem_id}) does not exist \
                    locally (so we won't sync the invoiceitem). You'll want to figure out how that \
                    happened.".format(invoiceitem_id=stripe_invoiceitem['id']))

            print("InvoiceItem re-sync complete.")

def tprint(string):
    """Print string via `tqdm` so that it doesnt interfere with a progressbar.
    """
    try:
        tqdm.write(string)
    except:
        print(string)

def tpv2tan_hdr(img, ota):
    image = odi.reprojpath+'reproj_'+ota+'.'+img.stem()
    # change the CTYPENs to be TANs if they aren't already
    tqdm.write('TPV -> TAN in {:s}'.format(image))
    iraf.imutil.hedit.setParam('images',image)
    iraf.imutil.hedit.setParam('fields','CTYPE1')
    iraf.imutil.hedit.setParam('value','RA---TAN')
    iraf.imutil.hedit.setParam('add','yes')
    iraf.imutil.hedit.setParam('addonly','no')
    iraf.imutil.hedit.setParam('verify','no')
    iraf.imutil.hedit.setParam('update','yes')
    iraf.imutil.hedit(show='no', mode='h')

    iraf.imutil.hedit.setParam('images',image)
    iraf.imutil.hedit.setParam('fields','CTYPE2')
    iraf.imutil.hedit.setParam('value','DEC--TAN')
    iraf.imutil.hedit.setParam('add','yes')
    iraf.imutil.hedit.setParam('addonly','no')
    iraf.imutil.hedit.setParam('verify','no')
    iraf.imutil.hedit.setParam('update','yes')
    iraf.imutil.hedit(show='no', mode='h')

    # delete any PV keywords
    # leaving them in will give you trouble with the img wcs
    iraf.unlearn(iraf.imutil.hedit)
    iraf.imutil.hedit.setParam('images',image)
    iraf.imutil.hedit.setParam('fields','PV*')
    iraf.imutil.hedit.setParam('delete','yes')
    iraf.imutil.hedit.setParam('verify','no')
    iraf.imutil.hedit.setParam('update','yes')
    iraf.imutil.hedit(show='no', mode='h')

    def check_trace(self, step_method):
        """Tests whether the trace for step methods is exactly the same as on master.

        Code changes that effect how random numbers are drawn may change this, and require
        `master_samples` to be updated, but such changes should be noted and justified in the
        commit.

        This method may also be used to benchmark step methods across commits, by running, for
        example

        ```
        BENCHMARK=100000 ./scripts/test.sh -s pymc3/tests/test_step.py:TestStepMethods
        ```

        on multiple commits.
        """
        test_steps = 100
        n_steps = int(os.getenv('BENCHMARK', 100))
        benchmarking = (n_steps != test_steps)
        if benchmarking:
            tqdm.write('Benchmarking {} with {:,d} samples'.format(step_method.__name__, n_steps))
        else:
            tqdm.write('Checking {} has same trace as on master'.format(step_method.__name__))
        with Model():
            Normal('x', mu=0, sd=1)
            trace = sample(n_steps, step=step_method(), random_seed=1)

        if not benchmarking:
            assert_array_almost_equal(trace.get_values('x'), self.master_samples[step_method])

 def check_alignments(self, filename):
     """ If we have no alignments for this image, skip it """
     have_alignments = self.faces.have_face(filename)
     if not have_alignments:
         tqdm.write("No alignment found for {}, "
                    "skipping".format(os.path.basename(filename)))
     return have_alignments

def mal(mal_title, mal_id=False):
    cookies = {"incap_ses_224_81958":"P6tYbUr7VH9V6shgudAbA1g5FVYAAAAAyt7eDF9npLc6I7roc0UIEQ=="}
    response = requests.get(
        "http://myanimelist.net/api/anime/search.xml",
        params={'q':mal_title},
        cookies=cookies,
        auth=("zodman1","zxczxc"),
        headers = {'User-Agent':'Mozilla/5.0 (X11; Linux i686) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/34.0.1847.137 Safari/537.36'})
    content = response.content
    if not mal_id is False:
         for e in xpath.search(content,"//entry"):
             if mal_id in e:
                 content = e
                 break

    tqdm.write("%s %s"%((mal_title,), mal_id))
    id = xpath.get(content, "//id")
    title = xpath.get(content, "//title")
    title_en = xpath.get(content, "//english")
    type_ = xpath.get(content, "//type")
    synonyms = xpath.get(content, "//synonyms")
    status = xpath.get(content, "//status")
    synopsys = translate(xpath.get(content, "//synopsis"),"es")
    img  = xpath.get(content, "//image")
    episodes = xpath.get(content,"//episodes")
    resumen = synopsys.replace("<br />", " ").replace("\n\r","")
    resumen = translate(resumen,'es')
    status = translate(status,'es')
    assert id is not "", mal_title

    data=dict(title=title, title_en=title_en, type=type_, status=status,
    resumen=resumen, img=img,episodes=episodes, synonyms=synonyms,id=id, synopsys=synopsys)
    return MalResult(**data)

def resync_subscriptions(apps, schema_editor):
    """
    Since subscription IDs were not previously stored, a direct migration will leave us
    with a bunch of orphaned objects. It was decided [here](https://github.com/kavdev/dj-stripe/issues/162)
    that a purge and re-sync would be the best option. No data that is currently available on stripe will
    be deleted. Anything stored locally will be purged.
    """

    # This is okay, since we're only doing a forward migration.
    from djstripe.models import Subscription

    from djstripe.context_managers import stripe_temporary_api_version

    with stripe_temporary_api_version("2016-03-07"):
        if Subscription.objects.count():
            print("Purging subscriptions. Don't worry, all active subscriptions will be re-synced from stripe. Just in \
            case you didn't get the memo, we'll print out a json representation of each object for your records:")
            print(serializers.serialize("json", Subscription.objects.all()))
            Subscription.objects.all().delete()

            print("Re-syncing subscriptions. This may take a while.")

            for stripe_subscription in tqdm(iterable=Subscription.api_list(), desc="Sync", unit=" subscriptions"):
                subscription = Subscription.sync_from_stripe_data(stripe_subscription)

                if not subscription.customer:
                    tqdm.write("The customer for this subscription ({subscription_id}) does not exist locally (so we \
                    won't sync the subscription). You'll want to figure out how that \
                    happened.".format(subscription_id=stripe_subscription['id']))

            print("Subscription re-sync complete.")

    def handle_single(self, filename, verbosity, remove):
        tqdm.write("Work on {!r}".format(filename))
        basename = os.path.splitext(os.path.basename(filename))[0]
        tree = ET.parse(filename)
        root = tree.getroot()

        words = defaultdict(lambda: {'words': set(), 'fichas': list()})

        fichas = root.findall('./ficha')
        for ficha in tqdm(fichas, desc=basename, leave=False):
            lemma = ''.join(ficha.find('./lema').itertext()).strip()

            data = ImportSM.work_on_ficha(ficha)
            data = [it[0] for it in data]
            for it in data:
                try:
                    w = Word.objects.get(word=it.encode('utf-8'))
                    words[w.pk]['words'].add(it)
                    words[w.pk]['fichas'].append((filename, ficha.attrib['ID'], ficha))
                except Word.DoesNotExist:
                    tqdm.write("not found {}".format(lemma))

        # Detect duplicates!
        dupes = {k: v for k, v in words.items() if len(v['words']) > 1}
        if dupes:
            remove_msg = " (will be removed!)"
            tqdm.write("...found {} duplicates{}".format(len(dupes), remove_msg))
            for w, values in dupes.items():
                word = Word.objects.get(pk=w)
                tqdm.write(" - pk: {!r}: {}".format(w, word))
                for ficha in values['fichas']:
                    tqdm.write("   + {}: [ID={!r}] {}".format(ficha[0], ficha[1], ''.join(ficha[2].find('./lema').itertext()).strip()))

                if remove:
                    word.delete()

 def _print_epoch_means(self):
   last_val_accs   = np.array(self.validation_accuracies)
   v_mean          = np.mean(last_val_accs[-801:-1])
   last_train_accs = np.array(self.train_accuracies)
   t_mean          = np.mean(last_train_accs[-801:-1])
   #tqdm.write('EPOCH %d:'%(self.epoch))
   tqdm.write('training => %.5f / val => %.5f'%(t_mean,v_mean))

 def check_alignments(self, frame):
     """ If we have no alignments for this image, skip it """
     have_alignments = self.alignments.frame_exists(frame)
     if not have_alignments:
         tqdm.write("No alignment found for {}, "
                    "skipping".format(frame))
     return have_alignments

 def emit(self, record):
     try:
         msg = self.format(record)
         tqdm.write(msg, file=self.stream, end=self.terminator)
         self.flush()
     except Exception:  # pylint: disable=broad-except
         self.handleError(record)

def get_exec_times(graph):
    # Get execution times for reports (-m option)
    basename,_ = os.path.splitext(os.path.basename(graph))
    reports = glob.glob("*"+basename + "*.csv")
    reports.sort(reverse=True, key= lambda f: os.path.getmtime(f))
    csvfile = reports[0]
    tqdm.write("Retrieving monitoring info from "+ csvfile)
    return get_costs(csvfile)