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How to use limits method in mailosaur-python

Best Python code snippet using mailosaur-python_python

limits.py

Source:limits.py

...12def check_if_expired():13	"""check if account is expired. If expired, do not allow login"""14	if not has_expired():15		return16	limits = get_limits()17	expiry = limits.get("expiry")18	if not expiry:19		return20	expires_on = formatdate(limits.get("expiry"))21	support_email = limits.get("support_email")22	if limits.upgrade_url:23		message = _("""Your subscription expired on {0}. To renew, {1}.""").format(expires_on, get_upgrade_link(limits.upgrade_url))24	elif support_email:25		message = _("""Your subscription expired on {0}. To renew, please send an email to {1}.""").format(expires_on, support_email)26	else:27		# no recourse just quit28		return29	frappe.throw(message, SiteExpiredError)30def has_expired():31	if frappe.session.user=="Administrator":32		return False33	expires_on = get_limits().expiry34	if not expires_on:35		return False36	if now_datetime().date() <= getdate(expires_on):37		return False38	return True39def get_expiry_message():40	if "System Manager" not in frappe.get_roles():41		return ""42	limits = get_limits()43	if not limits.expiry:44		return ""45	expires_on = getdate(get_limits().get("expiry"))46	today = now_datetime().date()47	message = ""48	if today > expires_on:49		message = _("Your subscription has expired.")50	else:51		days_to_expiry = (expires_on - today).days52		if days_to_expiry == 0:53			message = _("Your subscription will expire today.")54		elif days_to_expiry == 1:55			message = _("Your subscription will expire tomorrow.")56		elif days_to_expiry <= EXPIRY_WARNING_DAYS:57			message = _("Your subscription will expire on {0}.").format(formatdate(expires_on))58	if message and limits.upgrade_url:59		upgrade_link = get_upgrade_link(limits.upgrade_url)60		message += ' ' + _('To renew, {0}.').format(upgrade_link)61	return message62@frappe.whitelist()63def get_usage_info():64	'''Get data to show for Usage Info'''65	# imported here to prevent circular import66	from frappe.email.queue import get_emails_sent_this_month67	limits = get_limits()68	if not (limits and any([limits.users, limits.space, limits.emails, limits.expiry])):69		# no limits!70		return71	limits.space = (limits.space or 0) * 1024.0 # to MB72	if not limits.space_usage:73		# hack! to show some progress74		limits.space_usage = {75			'database_size': 26,76			'files_size': 1,77			'backup_size': 1,78			'total': 2879		}80	usage_info = frappe._dict({81		'limits': limits,82		'enabled_users': len(get_enabled_system_users()),83		'emails_sent': get_emails_sent_this_month(),84		'space_usage': limits.space_usage['total'],85	})86	if limits.expiry:87		usage_info['expires_on'] = formatdate(limits.expiry)88		usage_info['days_to_expiry'] = (getdate(limits.expiry) - getdate()).days89	if limits.upgrade_url:90		usage_info['upgrade_url'] = get_upgrade_url(limits.upgrade_url)91	return usage_info92def get_upgrade_url(upgrade_url):93	parts = urlparse.urlsplit(upgrade_url)94	params = dict(urlparse.parse_qsl(parts.query))95	params.update({96		'site': frappe.local.site,97		'email': frappe.session.user,98		'full_name': get_fullname(),99		'country': frappe.db.get_value("System Settings", "System Settings", 'country')100	})101	query = urllib.urlencode(params, doseq=True)102	url = urlparse.urlunsplit((parts.scheme, parts.netloc, parts.path, query, parts.fragment))103	return url104def get_upgrade_link(upgrade_url, label=None):105	upgrade_url = get_upgrade_url(upgrade_url)106	upgrade_link = '<a href="{upgrade_url}" target="_blank">{click_here}</a>'.format(upgrade_url=upgrade_url, click_here=label or _('click here'))107	return upgrade_link108def get_limits():109	'''110		"limits": {111			"users": 1,112			"space": 0.5, # in GB113			"emails": 1000 # per month114			"expiry": "2099-12-31"115		}116	'''117	return frappe._dict(frappe.local.conf.limits or {})118def update_limits(limits_dict):119	'''Add/Update limit in site_config'''120	limits = get_limits()121	limits.update(limits_dict)122	update_site_config("limits", limits, validate=False)123	disable_users(limits)124	frappe.local.conf.limits = limits125def clear_limit(key):126	'''Remove a limit option from site_config'''127	limits = get_limits()128	to_clear = [key] if isinstance(key, basestring) else key129	for key in to_clear:130		if key in limits:131			del limits[key]132	update_site_config("limits", limits, validate=False)133	frappe.conf.limits = limits134def validate_space_limit(file_size):135	"""Stop from writing file if max space limit is reached"""136	from frappe.utils.file_manager import MaxFileSizeReachedError137	limits = get_limits()138	if not limits.space:139		return140	# to MB141	space_limit = flt(limits.space * 1024.0, 2)142	# in MB143	usage = frappe._dict(limits.space_usage or {})144	if not usage:145		# first time146		usage = frappe._dict(update_space_usage())147	file_size = file_size / (1024.0 ** 2)148	if flt(flt(usage.total) + file_size, 2) > space_limit:149		# Stop from attaching file150		frappe.throw(_("You have exceeded the max space of {0} for your plan. {1}.").format(151			"<b>{0}MB</b>".format(cint(space_limit)) if (space_limit < 1024) else "<b>{0}GB</b>".format(limits.space),152			'<a href="#usage-info">{0}</a>'.format(_("Click here to check your usage or upgrade to a higher plan"))),153			MaxFileSizeReachedError)154	# update files size in frappe subscription155	usage.files_size = flt(usage.files_size) + file_size156	update_limits({ 'space_usage': usage })157def update_space_usage():158	# public and private files159	files_size = get_folder_size(frappe.get_site_path("public", "files"))160	files_size += get_folder_size(frappe.get_site_path("private", "files"))161	backup_size = get_folder_size(frappe.get_site_path("private", "backups"))162	database_size = get_database_size()163	usage = {164		'files_size': flt(files_size, 2),165		'backup_size': flt(backup_size, 2),166		'database_size': flt(database_size, 2),167		'total': flt(flt(files_size) + flt(backup_size) + flt(database_size), 2)168	}169	update_limits({ 'space_usage': usage })170	return usage171def get_folder_size(path):172	'''Returns folder size in MB if it exists'''173	if os.path.exists(path):174		return flt(subprocess.check_output(['du', '-ms', path]).split()[0], 2)175def get_database_size():176	'''Returns approximate database size in MB'''177	db_name = frappe.conf.db_name178	# This query will get the database size in MB179	db_size = frappe.db.sql('''180		SELECT table_schema "database_name", sum( data_length + index_length ) / 1024 / 1024 "database_size"181		FROM information_schema.TABLES WHERE table_schema = %s GROUP BY table_schema''', db_name, as_dict=True)...

ff.py

Source:ff.py

...70        if 'forces' not in self.results:71            forces = np.zeros(3 * len(atoms))72            for morse in self.morses:73                i, j, g = ff.get_morse_potential_gradient(atoms, morse)74                limits = get_limits([i, j])75                for gb, ge, lb, le in limits:76                    forces[gb:ge] -= g[lb:le]77            for bond in self.bonds:78                i, j, g = ff.get_bond_potential_gradient(atoms, bond)79                limits = get_limits([i, j])80                for gb, ge, lb, le in limits:81                    forces[gb:ge] -= g[lb:le]82            for angle in self.angles:83                i, j, k, g = ff.get_angle_potential_gradient(atoms, angle)84                limits = get_limits([i, j, k])85                for gb, ge, lb, le in limits:86                    forces[gb:ge] -= g[lb:le]87            for dihedral in self.dihedrals:88                i, j, k, l, g = ff.get_dihedral_potential_gradient(89                    atoms, dihedral)90                limits = get_limits([i, j, k, l])91                for gb, ge, lb, le in limits:92                    forces[gb:ge] -= g[lb:le]93            for vdw in self.vdws:94                i, j, g = ff.get_vdw_potential_gradient(atoms, vdw)95                limits = get_limits([i, j])96                for gb, ge, lb, le in limits:97                    forces[gb:ge] -= g[lb:le]98            for coulomb in self.coulombs:99                i, j, g = ff.get_coulomb_potential_gradient(atoms, coulomb)100                limits = get_limits([i, j])101                for gb, ge, lb, le in limits:102                    forces[gb:ge] -= g[lb:le]103            self.results['forces'] = np.reshape(forces, (len(atoms), 3))104        if 'hessian' not in self.results:105            hessian = np.zeros((3 * len(atoms), 3 * len(atoms)))106            for morse in self.morses:107                i, j, h = ff.get_morse_potential_hessian(atoms, morse)108                limits = get_limits([i, j])109                for gb1, ge1, lb1, le1 in limits:110                    for gb2, ge2, lb2, le2 in limits:111                        hessian[gb1:ge1, gb2:ge2] += h[lb1:le1, lb2:le2]112            for bond in self.bonds:113                i, j, h = ff.get_bond_potential_hessian(atoms, bond)114                limits = get_limits([i, j])115                for gb1, ge1, lb1, le1 in limits:116                    for gb2, ge2, lb2, le2 in limits:117                        hessian[gb1:ge1, gb2:ge2] += h[lb1:le1, lb2:le2]118            for angle in self.angles:119                i, j, k, h = ff.get_angle_potential_hessian(atoms, angle)120                limits = get_limits([i, j, k])121                for gb1, ge1, lb1, le1 in limits:122                    for gb2, ge2, lb2, le2 in limits:123                        hessian[gb1:ge1, gb2:ge2] += h[lb1:le1, lb2:le2]124            for dihedral in self.dihedrals:125                i, j, k, l, h = ff.get_dihedral_potential_hessian(126                    atoms, dihedral)127                limits = get_limits([i, j, k, l])128                for gb1, ge1, lb1, le1 in limits:129                    for gb2, ge2, lb2, le2 in limits:130                        hessian[gb1:ge1, gb2:ge2] += h[lb1:le1, lb2:le2]131            for vdw in self.vdws:132                i, j, h = ff.get_vdw_potential_hessian(atoms, vdw)133                limits = get_limits([i, j])134                for gb1, ge1, lb1, le1 in limits:135                    for gb2, ge2, lb2, le2 in limits:136                        hessian[gb1:ge1, gb2:ge2] += h[lb1:le1, lb2:le2]137            for coulomb in self.coulombs:138                i, j, h = ff.get_coulomb_potential_hessian(atoms, coulomb)139                limits = get_limits([i, j])140                for gb1, ge1, lb1, le1 in limits:141                    for gb2, ge2, lb2, le2 in limits:142                        hessian[gb1:ge1, gb2:ge2] += h[lb1:le1, lb2:le2]143            self.results['hessian'] = hessian144    def get_hessian(self, atoms=None):145        return self.get_property('hessian', atoms)146def get_limits(indices):147    gstarts = []148    gstops = []149    lstarts = []150    lstops = []151    for l, g in enumerate(indices):152        g3, l3 = 3 * g, 3 * l153        gstarts.append(g3)154        gstops.append(g3 + 3)155        lstarts.append(l3)156        lstops.append(l3 + 3)...

main.py

Source:main.py

1import copy2import services3import pathlib4path = "png"5# PYTHON 3.6ì´ì íì, dict ì ë ¬ ê´ë ¨.6# propertyë¥¼ pathí´ë ë´ë¶ì í´ëë¤ì ì´ì©í´ ì¸íí¨.7print("## properties init ##")8properties_list = list(pathlib.Path(path).glob("[!.]*"))9properties_list.sort()10print(properties_list)11# final_property = str(properties_list[len(properties_list) - 1])[len(path) + 1:]12# print("final_property")13# print(final_property)14properties = {}15for p in properties_list:16    properties[str(p)[len(path) + 1:]] = 017# property_counts ì¸í18property_counts = copy.deepcopy(properties)19for p in property_counts:20    property_path = path + '/' + p21    file_list = len(list(pathlib.Path(property_path).glob("*.png")))22    property_counts[p] = file_list23print("## property_counts ##")24print(property_counts)25limits = copy.deepcopy(properties)26limits_count = copy.deepcopy(properties)27result_properties = copy.deepcopy(properties)28final_properties = copy.deepcopy(properties)29for li in limits:30    limits[li] = {}31    limits_count[li] = {}32    result_properties[li] = []33for p in property_counts:34    for c in range(0, property_counts[p]):35        limits_count[p][c] = 036        limits[p][c] = 999937# ----- CUSTOM ----------------------------------38limits["0_background"][5] = 46539limits["2_clothes"][0] = 15040limits["2_clothes"][5] = 25441limits["2_clothes"][9] = 25442limits["2_clothes"][11] = 20143limits["2_clothes"][13] = 23144limits["2_clothes"][14] = 18845limits["2_clothes"][16] = 24846limits["3_item1"][1] = 13447limits["3_item1"][2] = 12748limits["3_item1"][19] = 6549limits["3_item1"][20] = 3450limits["4_head"][11] = 20051limits["4_head"][16] = 20452limits["4_head"][19] = 17853limits["4_head"][20] = 18954limits["4_head"][21] = 20755limits["6_hand"][6] = 1556limits["6_hand"][12] = 9257limits["7_item2"][1] = 20058limits["7_item2"][2] = 21159limits["7_item2"][3] = 19560# ----- CUSTOM ----------------------------------61print("## limits ##")62print(limits)63def roop_result(c):64    for p in result_properties:65        services.randomSelect(c, property_counts, limits_count, limits, p, result_properties)66    str_at = ""67    for p in result_properties:68        str_at += str(result_properties[p][c]) + "_"69    if str_at not in onlyOne:70        onlyOne[str_at] = True71    else:72        for p in result_properties:73            limits_count[p][result_properties[p][-1]] -= 174            result_properties[p].pop()75        roop_result(c)76# make!77create_count = 178onlyOne = {};79for c in range(0, create_count):80    roop_result(c)81print("## OnlyOne")82print(onlyOne)83# ê°¯ì ê²ì¦84print("## final properties count is : ##")85print(limits_count)86for li in limits_count:87    count = 088    for c in limits_count[li]:89        count = count + limits_count[li][c]90    final_properties[li] = count91print(final_properties)92print("##################################")93# íì¤í¸ì©94result_properties = {"0_background": [0], "1_body": [0], "2_clothes": [1], "3_item1": [0], "4_head": [3],95              "5_mustache": [2], "6_hand": [4], "7_item2": [0]}96print("## result_properties ##")97print(result_properties)98# makeImages...

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