Test your AI Agents with the all-new Agent to Agent Testing Platform.Learn More
How to use build_image method in localstack
Best Python code snippet using localstack_python
shopkeeper.py
Source:shopkeeper.py 
1#!/usr/bin/python2# imported modules3from PIL import Image, ImageDraw, ImageFont, ImageOps4import json5import re6import requests7import sys8# configuration constants9BUILD_IMAGE_DIMENSIONS = (1920, 1080)10BACKGROUND_ALPHA = 5511DRAW_COLOR = (50, 50, 50)12BACK_COLOR = (0, 0, 0)13TEXT_COLOR = (100, 100, 100)14TRANSPARENCY_THRESHOLD = 6415LETTER_OPTIONS = ('Q', 'W', 'E', 'R')16ABILITY_IMAGE_CHARACTER = '@' # a character that wouldn't normally show up in the ability order17FONT_SIZES = {18 'H1': 48,19 'H2': 40,20 'H3': 32,21 'H4': 2422}23FONT_HEIGHT_BONUS = 2 # the font is usually drawn a few pixels short of its supposed height24FONT_FILEPATH = '../shared/CarroisGothicSC-Regular.ttf'25WIKI_BASE_URL = 'https://leagueoflegends.fandom.com/wiki'26WIKI_IMAGE_URL_PATTERN = r'https://static\.wikia\.nocookie\.net/leagueoflegends/images/.+?\.(?:jpg|png)'27ENCHANTABLE_ITEMS = ['Stalker\'s Blade', 'Skirmisher\'s Sabre', 'Pridestalker\'s Blade', 'Tracker\'s Knife', 'Ranger\'s Trailblazer', 'Poacher\'s Knife']28# main: loads the given data from sys_argv and runs each draw function in succession to get the final image29def main(sys_argv):30 if len(sys_argv) < 2:31 print('Error: no input file given.')32 sys.exit(1)33 elif not sys_argv[1].endswith('.json'):34 print('Error: argument must be a .json file.')35 sys.exit(1)36 # we're gonna put the output image in the same location as the input json, just with a different extension37 input_filepath = sys_argv[1]38 output_filepath = re.sub(r'\.json$', '.png', input_filepath)39 with open(input_filepath) as input_filehandle:40 build_data = json.load(input_filehandle)41 # the base image is pure black, then we draw each layer on top of it42 build_image = Image.new('RGB', BUILD_IMAGE_DIMENSIONS, (0, 0, 0))43 for draw_function in (draw_background, draw_metadata, draw_summoner_spells, draw_runes, draw_abilities, draw_items):44 build_image = draw_function(build_image, build_data)45 print("Finished step: " + draw_function.__name__)46 if build_image:47 build_image.save(output_filepath)48 print('Success: created "%s" from "%s".' % (output_filepath, input_filepath))49 sys.exit(0)50 else:51 print('Error: something went wrong while creating the build image. Perhaps malformed data?')52 sys.exit(1)53# draw_background: gets the skin image for the loaded build_data and draws it on build_image as the background54def draw_background(build_image, build_data):55 skin_images = get_images(56 '/'.join((WIKI_BASE_URL, build_data.get('Champion'), 'Skins')),57 re.compile(r'data-skin="(.*?)"><a href="(%s)' % WIKI_IMAGE_URL_PATTERN)58 )59 skin_image = skin_images.get(build_data.get('Skin').replace('\'', '''))60 if skin_image:61 # scale the skin image to fit the width of the build image62 image_width, image_height = skin_image.size63 scale_ratio = float(BUILD_IMAGE_DIMENSIONS[0]) / image_width64 skin_image = skin_image.resize((int(image_width * scale_ratio), int(image_height * scale_ratio)))65 # then center and crop the skin image to fit the height of the build image66 image_width, image_height = skin_image.size67 height_difference = image_height - BUILD_IMAGE_DIMENSIONS[1]68 top_cut = height_difference / 269 bottom_cut = height_difference - top_cut70 skin_image = skin_image.crop((0, top_cut, BUILD_IMAGE_DIMENSIONS[0], image_height - bottom_cut))71 # make it mostly transparent so it's not a distracting background72 skin_image.putalpha(BACKGROUND_ALPHA)73 build_image.paste(skin_image, (0, 0), skin_image)74 return build_image75# draw_metadata: loads the metadata text from build_data and draws them on build_image in the corners76def draw_metadata(build_image, build_data):77 # load our font in all of the sizes we need for the metadata78 scaled_fonts = {}79 for header_level, font_size in FONT_SIZES.items():80 scaled_fonts[header_level] = ImageFont.truetype(FONT_FILEPATH, font_size)81 metadata_drawer = ImageDraw.Draw(build_image)82 # draw each of the pieces offset from the specified corner83 for text_anchor, text_offset, metadata_type, header_level in [84 (('left' , 'top' ), (32, 32), 'Champion', 'H1'),85 (('left' , 'top' ), (32, 88), 'Role' , 'H2'),86 (('right', 'bottom'), (32, 32), 'Skin' , 'H2'),87 (('right', 'bottom'), (32, 80), 'Chroma' , 'H3'),88 (('left' , 'bottom'), (32, 32), 'Creator' , 'H4'),89 (('right', 'top' ), (32, 32), 'Patch' , 'H4'),90 ]:91 metadata_text = build_data.get(metadata_type)92 if not metadata_text:93 continue94 scaled_font = scaled_fonts[header_level]95 text_width, text_height = metadata_drawer.textsize(metadata_text, scaled_font)96 text_position = (97 0 + text_offset[0] if text_anchor[0] == 'left' else BUILD_IMAGE_DIMENSIONS[0] - (text_offset[0] + text_width ),98 0 + text_offset[1] if text_anchor[1] == 'top' else BUILD_IMAGE_DIMENSIONS[1] - (text_offset[1] + text_height)99 )100 metadata_drawer.text(text_position, metadata_text, TEXT_COLOR, scaled_font)101 return build_image102# draw_summoner_spells: gets the summoner spell images for the loaded build_data and draws them on build_image side by side103def draw_summoner_spells(build_image, build_data):104 spell_images = get_images(105 '/'.join((WIKI_BASE_URL, 'Summoner_spell')),106 re.compile(r'<div class="grid-image label-after spell-icon" data-param="(\w+).*?data-src="(%s)' % WIKI_IMAGE_URL_PATTERN, re.DOTALL)107 )108 x_offset, y_offset = 128, 256109 for spell_name in build_data.get('Summoner Spells'):110 spell_image = spell_images.get(spell_name)111 if spell_image:112 build_image.paste(ImageOps.expand(spell_image, 1, DRAW_COLOR), (x_offset, y_offset))113 x_offset += 160114 return build_image115# draw_runes: gets the rune images for the loaded build_data and draws them on build_image in two columns, keystone/primary and secondary/shards116def draw_runes(build_image, build_data):117 path_images = get_images(118 '/'.join((WIKI_BASE_URL, 'Rune')),119 re.compile(r'<li><img alt="(\w+) icon.png".*?data-src="(%s)' % WIKI_IMAGE_URL_PATTERN),120 False121 )122 keystone_images = get_images(123 '/'.join((WIKI_BASE_URL, 'Rune')),124 re.compile(r'title="([\w :;&#]+)".*?data-src="(%s/revision/latest/scale-to-width-down/52)' % WIKI_IMAGE_URL_PATTERN),125 False,126 { '52': '112' } # the image is 52px on this page, but we want it at 112px; we can't just use the base link because it's 256px there127 )128 rune_images = get_images(129 '/'.join((WIKI_BASE_URL, 'Rune')),130 re.compile(r'title="([\w :;&#]+)".*?data-src="(%s/revision/latest/scale-to-width-down/52)' % WIKI_IMAGE_URL_PATTERN),131 False,132 { '52': '64' } # the image is 52px on this page, but we want it at 64px; we can't just use the base link because it's 108px there133 )134 shard_images = get_images(135 '/'.join((WIKI_BASE_URL, 'Rune')),136 re.compile(r'data-image-name="Rune shard ([\w ]+)\.png".*?data-src="(%s/revision/latest/scale-to-width-down/30)' % WIKI_IMAGE_URL_PATTERN),137 False,138 { '30': '32' } # the image is 30px on this page, but we want it at 32px; we can't just use the base link because it's 35px there139 )140 # path images141 rune_data = build_data.get('Runes')142 x_center_line = 128 + 1 + int(64 / 2)143 x_offset, y_offset = x_center_line - int(85 / 2), 448144 for path_name in rune_data.get('Paths'):145 path_image = path_images.get(path_name.replace('\'', '''))146 if path_image:147 # remove the half-transparent backgrounds of these images148 pixel_array = path_image.load()149 for i in range(path_image.size[0]):150 for j in range(path_image.size[1]):151 if pixel_array[i, j][3] < TRANSPARENCY_THRESHOLD:152 pixel_array[i, j] = (0, 0, 0, 0)153 build_image.paste(path_image, (x_offset, y_offset), path_image)154 x_offset += 160155 # keystone image156 x_offset = x_center_line - int(112 / 2)157 y_offset += 85 + 32158 keystone_name = rune_data.get('Primary')[0] # just get the keystone, we'll do the others below159 keystone_image = keystone_images.get(keystone_name.replace('\'', '''))160 if keystone_image:161 build_image.paste(keystone_image, (x_offset, y_offset), keystone_image)162 # primary images163 x_offset = x_center_line - int(64 / 2)164 y_offset += 112 + int(32 / 2)165 for rune_name in rune_data.get('Primary')[1:]: # skip the keystone, we did that above166 rune_image = rune_images.get(rune_name.replace('\'', '''))167 if rune_image:168 build_image.paste(rune_image, (x_offset, y_offset), rune_image)169 y_offset += 64 + 32170 # secondary images171 x_offset = x_center_line - int(64 / 2) + 160172 y_offset = 448 + 85 + 32 + 112 - 64 - 32173 for rune_name in rune_data.get('Secondary'):174 rune_image = rune_images.get(rune_name.replace('\'', '''))175 if rune_image:176 build_image.paste(rune_image, (x_offset, y_offset), rune_image)177 y_offset += 64 + 32178 # shard images179 x_offset = x_center_line - int(32 / 2) + 160180 y_offset += 16181 for shard_name in rune_data.get('Shards'):182 shard_image = shard_images.get(shard_name.replace('\'', '''))183 if shard_image:184 build_image.paste(shard_image, (x_offset, y_offset), shard_image)185 y_offset += 32 + 32186 return build_image187# draw_abilities: gets the ability images for the loaded build_data and draws them on build_image188# with level numbers and ability letters for each ability listed in the build data's ability order189def draw_abilities(build_image, build_data):190 ability_images = get_images(191 '/'.join((WIKI_BASE_URL, build_data.get('Champion'), 'LoL')),192 re.compile(r'<div class="skill skill_(\w)".*?data-source="primary_icon">\s*?<a href="(%s)' % WIKI_IMAGE_URL_PATTERN, re.DOTALL)193 )194 ability_drawer = ImageDraw.Draw(build_image)195 x_offset, y_offset = BUILD_IMAGE_DIMENSIONS[0] - 96, 96196 ability_order = build_data.get('Abilities')197 ability_level = len(ability_order)198 for ability_letter in reversed(ABILITY_IMAGE_CHARACTER + ability_order):199 if ability_letter != ABILITY_IMAGE_CHARACTER:200 outline_rectangle = ((x_offset - 65, y_offset), (x_offset, y_offset + 33))201 ability_drawer.rectangle(outline_rectangle, None, DRAW_COLOR)202 build_image = center_text(build_image, outline_rectangle, str(ability_level), 20)203 y_offset += 33204 for letter_option in LETTER_OPTIONS:205 outline_rectangle = ((x_offset - 65, y_offset), (x_offset, y_offset + 65))206 ability_drawer.rectangle(outline_rectangle, None, DRAW_COLOR)207 if ability_letter == ABILITY_IMAGE_CHARACTER:208 build_image.paste(ability_images.get(letter_option.lower()), (x_offset - 65 + 1, y_offset + 1))209 elif ability_letter.upper() == letter_option:210 build_image = center_text(build_image, outline_rectangle, letter_option, 20)211 y_offset += 65212 ability_level -= 1213 x_offset -= 65214 y_offset = 96215 return build_image216# draw_items: gets the item images for the loaded build_data and draws them on build_image split out by section217def draw_items(build_image, build_data):218 item_images = get_images(219 '/'.join((WIKI_BASE_URL, 'Item')),220 re.compile(r'<div class="item-icon".*?data-item="(.*?)".*?src="(%s)' % WIKI_IMAGE_URL_PATTERN, re.DOTALL)221 )222 item_drawer = ImageDraw.Draw(build_image)223 ability_section_end = 97 + 33 + 65 * len(LETTER_OPTIONS) # calculate the bottom of the ability section and go from there224 x_offset, y_offset = BUILD_IMAGE_DIMENSIONS[0] - 96, ability_section_end + 128225 for item_section in reversed(build_data.get('Items')):226 item_options = item_section.get('Options')227 # create sublists so no column is too long228 sublist_limit = 4229 sublist_count = (len(item_options) + sublist_limit - 1) // sublist_limit230 option_lists = [item_options[i * sublist_limit:(i + 1) * sublist_limit] for i in range(sublist_count)]231 # draw each item section label centered below the item images232 block_width = ((sublist_count * 2 - 1) * 65)233 block_height = (4 * 65 + 3 * 33)234 outline_rectangle = ((x_offset - block_width, y_offset + block_height + 33), (x_offset, y_offset + block_height + 49))235 build_image = center_text(build_image, outline_rectangle, item_section.get('Label'), 24)236 for option_list in reversed(option_lists):237 # we want to vertically center any column that doesn't have the full number of items238 y_offset += 49 * (sublist_limit - len(option_list))239 for item_name in option_list:240 outline_rectangle = ((x_offset - 65, y_offset), (x_offset, y_offset + 65))241 item_drawer.rectangle(outline_rectangle, BACK_COLOR, DRAW_COLOR)242 # we have special logic for getting enchantable item images, if they have a valid enchantment specified in parentheses243 item_image = None244 for enchantable_item in ENCHANTABLE_ITEMS:245 if re.search(r'^%s \(.*?\)$' % enchantable_item, item_name):246 enchantment_images = get_images(247 '/'.join((WIKI_BASE_URL, enchantable_item)),248 re.compile(r'<img (?:style="" )?src="(%s).*?".*?alt="(?:[^"]*?\()?(.+?)(?:\)[^"]*?)?"' % WIKI_IMAGE_URL_PATTERN),249 True250 )251 for enchantment_name in enchantment_images.keys():252 if item_name == '%s (%s)' % (enchantable_item, enchantment_name):253 item_image = enchantment_images.get(enchantment_name)254 break255 else:256 # fall back on using the base image if the given enchantment doesn't match any of the ones found257 item_image = item_images.get(enchantable_item.replace('\'', '''))258 break259 # use the base image if there's no enchantment specified260 # which is the most likely option, since only the old jungle items have enchantments261 else:262 item_image = item_images.get(item_name.replace('\'', '''))263 if item_image:264 item_mask = item_image if 'A' in item_image.mode else None265 build_image.paste(item_image, (x_offset - 65 + 1, y_offset + 1), item_mask)266 y_offset += 33 + 65267 x_offset -= 65 + 65268 y_offset = ability_section_end + 128269 x_offset -= 65270 return build_image271# get_images: parses the source of wiki_page for every match to image_regex, creating a mapping of the text in the first272# capture group to the downloaded image located at the url in the second capture group; switches the key and value if273# reverse_order is given, and applies any link_modifiers find:replace pairs to the url before downloading the image274def get_images(wiki_page, image_regex, reverse_order = False, link_modifiers = None):275 page_source = requests.get(wiki_page).text276 image_links = image_regex.findall(page_source) # the regex should parse the page for paired groups in each match277 image_map = {}278 for image_key, image_link in image_links: # each of the pairs should be a link to an image and a way to refer to it (potentially reversed)279 if image_key in image_map:280 continue281 if reverse_order:282 image_key, image_link = image_link, image_key283 if link_modifiers:284 for old_regex, new_string in link_modifiers.items():285 image_link = re.sub(old_regex, new_string, image_link)286 image_map[image_key] = Image.open(requests.get(image_link, stream = True).raw) # we create a mapping of each key to its downloaded image287 return image_map288# center_text: centers draw_text in the outline_rectangle bounding box, drawing it on build_image in size font_size text289def center_text(build_image, outline_rectangle, draw_text, font_size):290 outline_width = outline_rectangle[1][0] - outline_rectangle[0][0]291 outline_height = outline_rectangle[1][1] - outline_rectangle[0][1]292 text_drawer = ImageDraw.Draw(build_image)293 scaled_font = ImageFont.truetype(FONT_FILEPATH, font_size)294 text_width, text_height = text_drawer.textsize(draw_text, scaled_font)295 text_position = (296 outline_rectangle[0][0] + int((outline_width - text_width) / 2),297 outline_rectangle[0][1] + int((outline_height - text_height) / 2) - FONT_HEIGHT_BONUS298 )299 text_drawer.text(text_position, draw_text, TEXT_COLOR, scaled_font)300 return build_image301# standard ifmain with args302if __name__ == '__main__':...
run.py
Source:run.py
...58 docker_utils.rm_container(docker_utils.DockerContainer(build_image))59 docker_utils.rm_image(build_image)60 docker_utils.create_volume(CONFIG['DOCKER']['cache_volume'])61 docker_utils.create_network(CONFIG['DOCKER']['network'])62 build_build_image(args, build_image)63 run_build_image(args, build_image)64 build_main_image(args, main_image)65 create_main_container(args, main_image)66 database.start(migrations=args['--apply-migrations'], start_db=args['--start-db'])67 start_main_container(args)68 docker_utils.export_logs(main_image)69def build_build_image(args: dict, build_image: str = None) -> None:70 """Builds the build image.71 Args:72 args (dict): Parsed command-line arguments passed to the script.73 build_image (str): Optional; Build image name. Defaults to the value from config file.74 """75 build_image = build_image if build_image else CONFIG['DOCKER']['build_image']76 if not args['--rebuild'] and docker_utils.item_exists('image', build_image):77 utils.warn(f"Image '{build_image}' already exists, not building")78 return79 utils.log(f"Building '{build_image}' image")80 build_image_cmd = [81 'docker',82 'build',83 '--tag',84 build_image,85 '--file',86 os.path.join('docker', 'Dockerfile-gradle'),87 '.',88 ]89 if args['--no-cache']:90 build_image_cmd.insert(2, '--no-cache')91 elif args['--cache-from']:92 for item in args['--cache-from']:93 build_image_cmd[2:2] = ['--cache-from', item]94 utils.execute_cmd(build_image_cmd)95def run_build_image(args: dict, build_image: str = None) -> None:96 """Runs the build image and copies the compiled JAR file out of the container.97 Args:98 args (dict): Parsed command-line arguments passed to the script.99 build_image (str): Optional; Build image name. Defaults to the value from config file.100 """101 build_image = build_image if build_image else CONFIG['DOCKER']['build_image']102 build_container = build_image103 if not args['--rebuild'] and docker_utils.item_exists('container', build_container):104 utils.warn(f"Container '{build_container}' already exists, not running")105 return106 utils.log(f"Running '{build_image}' image")107 build_container_cmd = [108 'docker',109 'run',...
ci.py
Source:ci.py
1import os2from invoke import task3from . import util4@task(default=True)5def tag_build(ctx):6 org = current_image = ctx.docker['org']7 for name in ctx.hub['images']:8 current_image = '{}/{}:{}'.format(org, name, util.get_docker_tag_ci())9 build_tag = 'build-' + os.getenv('TRAVIS_BUILD_NUMBER', '0')10 build_image = '{}/{}:{}'.format(org, name, build_tag)11 latest_image = '{}/{}:{}'.format(org, name, 'latest')12 print('tagging {} as {}'.format(current_image, build_image))13 ctx.run('docker tag {} {}'.format(current_image, build_image))14 if os.getenv('TRAVIS_PULL_REQUEST') == 'false':15 print('tagging {} as {}'.format(current_image, latest_image))16 ctx.run('docker tag {} {}'.format(current_image, latest_image))17 #18 # build_image = util.image_name(19 # ctx, 'build-{}'.format(os.getenv('TRAVIS_BUILD_NUMBER', '0')))20 # latest_image = util.image_name(ctx, 'latest')21 #22 # print('tagging {} as {}'.format(current_image, build_image))23 # ctx.run('docker tag {} {}'.format(current_image, build_image))24 #25 # if os.getenv('TRAVIS_PULL_REQUEST') == 'false':26 # print('tagging {} as {}'.format(current_image, latest_image))...
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.
LambdaTest Learning Hubs:
- JUnit Tutorial
- TestNG Tutorial
- Webdriver Tutorial
- WebDriverIO Tutorial
- Protractor Tutorial
- Selenium 4 Tutorial
- Jenkins Tutorial
- NUnit Tutorial
- Jest Tutorial
- Playwright Tutorial
- Cypress Tutorial
- PyTest Tutorial
YouTube
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Run localstack automation tests on LambdaTest cloud grid
Perform automation testing on 3000+ real desktop and mobile devices online.
Try LambdaTest Now !!
Get 100 minutes of automation test minutes FREE!!
Was this article helpful?
