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...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.