How to use build_image method in lisa
Best Python code snippet using lisa_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))...
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