def convert(jsonfile, outfile): f = open(jsonfile, 'r') jsonstr = f.read() graph = parser.parse(jsonstr) layout.layout(graph["node"]) svg = render.render(graph) of = open(outfile, 'w') of.write(svg)
def __init__(self, config_file=None, layout_location=None, fonts_dir=None):
## @var log
# Handle to system logger
self.log = logging.getLogger('system')
## @var pm
# Handle to pyplum instance
self.pm = pyplum.pyplum()
self.pm.register_parameter("log_level",
self.extra["module_name"],
value='debug',
store=True)
self.pm.register_parameter("config_file",
self.extra["module_name"],
value=config_file)
self.pm.register_parameter("layout_location",
self.extra["module_name"],
value=layout_location)
self.pm.register_parameter("fonts_dir",
self.extra["module_name"],
value=fonts_dir)
## @var layout
# Handle to layout instance
self.layout = layout.layout()
## @var events
# Handle to events instance
self.log.debug("Initialising events", extra=self.extra)
self.events = events.events()
def parseFromSource(self, parser, text):
filename = "test"
rawTokens = lex(filename, text)
layoutTokens = layout(rawTokens, skipAnalysis=True)
reader = Reader(filename, layoutTokens)
result = Phrase(parser)(reader)
if not result:
raise ParseException(result.location, result.message)
return result.value
def analyzeFromSource(self, source):
filename = "(test)"
rawTokens = lex(filename, source)
layoutTokens = layout(rawTokens)
ast = parse(filename, layoutTokens)
info = CompileInfo(ast)
analyzeDeclarations(info)
analyzeInheritance(info)
analyzeTypes(info)
return info
def paintEvent(self, ev):
painter = QPainter(self)
painter.setRenderHint(QPainter.Antialiasing)
margin = self.width() / 10.0
availWidth = self.width() - margin * 2
availHeight = self.height() - margin * 2
# layout
tree = self.syntaxTree.clone()
layout(tree)
# calc extent
xs, ys = zip(*((t.x, t.y) for t in tree))
minX, maxX = min(xs), max(xs)
minY, maxY = min(ys), max(ys)
dx, dy = float(maxX - minX), float(maxY - minY)
# scale
for node in tree:
pen = painter.pen()
pen.setWidthF(0.2)
painter.setPen(pen)
node.x = margin + availWidth * (
(node.x - minX) / dx if dx else 0.5)
node.y = margin + availHeight * (
(node.y - minY) / dy if dy else 0.5)
# draw lines
for node in tree:
for c in node.children:
painter.drawLine(node.x, node.y, c.x, c.y)
# draw nonterminals
painter.setFont(QFont('Courier New', 8))
pen = painter.pen()
pen.setBrush(QBrush(QColor(120, 120, 120)))
painter.setPen(pen)
for node in filter(lambda t: isinstance(t.data, Nonterminal), tree):
painter.drawText(node.x - margin, node.y - margin, 2 * margin,
2 * margin, Qt.AlignCenter, str(node.data))
# draw terminals
painter.setFont(QFont('Courier New', 14, QFont.Bold))
pen = painter.pen()
pen.setBrush(QBrush(QColor(0, 0, 0)))
painter.setPen(pen)
for node in filter(lambda t: isinstance(t.data, Terminal), tree):
painter.drawText(node.x - margin, node.y - margin, 2 * margin,
2 * margin, Qt.AlignCenter, str(node.data))
def paintEvent(self, ev):
painter = QPainter(self)
painter.setRenderHint(QPainter.Antialiasing)
margin = self.width() / 10.0
availWidth = self.width() - margin * 2
availHeight = self.height() - margin * 2
# layout
tree = self.syntaxTree.clone()
layout(tree)
# calc extent
xs, ys = zip(*((t.x, t.y) for t in tree))
minX, maxX = min(xs), max(xs)
minY, maxY = min(ys), max(ys)
dx, dy = float(maxX - minX), float(maxY - minY)
# scale
for node in tree:
pen = painter.pen()
pen.setWidthF(0.2)
painter.setPen(pen)
node.x = margin + availWidth * ((node.x - minX) / dx if dx else 0.5)
node.y = margin + availHeight * ((node.y - minY) / dy if dy else 0.5)
# draw lines
for node in tree:
for c in node.children:
painter.drawLine(node.x, node.y, c.x, c.y)
# draw nonterminals
painter.setFont(QFont('Courier New', 8))
pen = painter.pen()
pen.setBrush(QBrush(QColor(120,120,120)))
painter.setPen(pen)
for node in filter(lambda t: isinstance(t.data, Nonterminal), tree):
painter.drawText(node.x - margin, node.y - margin, 2 * margin, 2 * margin,
Qt.AlignCenter, str(node.data))
# draw terminals
painter.setFont(QFont('Courier New', 14, QFont.Bold))
pen = painter.pen()
pen.setBrush(QBrush(QColor(0,0,0)))
painter.setPen(pen)
for node in filter(lambda t: isinstance(t.data, Terminal), tree):
painter.drawText(node.x - margin, node.y - margin, 2 * margin, 2 * margin,
Qt.AlignCenter, str(node.data))
def setup_app_and_layout():
from app import app
from layout import layout
from data import get_test_list
from data import get_org_list
app.layout = layout(
get_test_list(),
get_org_list("ccg_id"),
get_org_list("lab_id"),
get_org_list("practice_id"),
)
return app
def analyzeFromSource(self, source):
filename = "(test)"
rawTokens = lex(filename, source)
layoutTokens = layout(rawTokens)
ast = parse(filename, layoutTokens)
package = Package(TARGET_PACKAGE_ID)
packageLoader = FakePackageLoader([])
info = CompileInfo(ast, package, packageLoader, isUsingStd=False)
analyzeDeclarations(info)
analyzeInheritance(info)
analyzeTypes(info)
convertClosures(info)
return info
def test_layout_simple_merge_with_crossover():
develop = Node("develop")
autovalue = Node("feature/auto.value", develop)
deadlock = Node("feature/deadlock.transfercontroller", develop)
workshop = Node("workshop", autovalue, deadlock)
freebuilder = Node("feature/freebuilder", autovalue)
branches = [ freebuilder, workshop, deadlock, autovalue, develop ]
assert layout(branches) == [
Row(at = 1, down = [1]),
Row(at = 0, up = [1], down = [0,1]),
Row(at = 0, up = [0], down = [0], through = [1]),
Row(at = 1, up = [0,1], down = [0]),
Row(at = 0, up = [0]),
]
def write_layout(trust_dir: str, output_filename: str) -> None:
developer_step, developer_pubkeys = get_developer_step(trust_dir)
machine_step, machine_pubkeys = get_machine_step(trust_dir, developer_step)
metablock = layout(
trust_dir,
'minimal-root-layout',
steps=[developer_step, machine_step],
keys={
**developer_pubkeys,
**machine_pubkeys
},
expires_years=1,
)
metablock.dump(output_filename)
print(f'Wrote minimal root layout to: {output_filename}')
print(f'jq -C "." {output_filename} | less -R')
def test_layout_multi_branch_merge():
gh_pages = Node("gh-pages")
master = Node("master")
footnotes = Node("footnotes", master, Node("origin/footnotes"))
issue4 = Node("issue4.idiomatic.java7", master)
test_logs = Node("cleaner.test.logs", master)
issue29 = Node("issue29-wildcards-in-optional-types", master)
cleanup = Node("cleanup", master)
issue2 = Node("issue2.nulls", master)
issue27 = Node("issue27.dogfood", cleanup, issue2)
develop = Node("develop", issue4, test_logs, issue29, issue27)
refactor = Node("code.generator.refactor", develop)
issue24 = Node("issue24.nested.classes.last", refactor)
excerpt = Node("excerpt", issue24)
qualified_name = Node("qualified.name", excerpt)
no_warnings = Node("assert.no.warnings", qualified_name)
issue1 = Node("issue1.generics", no_warnings)
branches = [ issue1, no_warnings, qualified_name, excerpt, issue24, refactor, develop,
issue27, issue2, cleanup, issue29, test_logs, issue4, footnotes, master,
gh_pages ]
assert layout(branches) == [
Row(at = 0, down = [0]),
Row(at = 0, up = [0], down = [0]),
Row(at = 0, up = [0], down = [0]),
Row(at = 0, up = [0], down = [0]),
Row(at = 0, up = [0], down = [0]),
Row(at = 0, up = [0], down = [0]),
Row(at = 0, up = [0], down = [0,1,2,3]),
Row(at = 0, up = [0], down = [0,4], through = [1,2,3]),
Row(at = 0, up = [0], down = [0], through = [1,2,3,4]),
Row(at = 4, up = [0,4], down = [0], through = [1,2,3]),
Row(at = 3, up = [0,3], down = [0], through = [1,2]),
Row(at = 2, up = [0,2], down = [0], through = [1]),
Row(at = 1, up = [0,1], down = [0]),
Row(at = 1, up = [0], down = [0]),
Row(at = 0, up = [0]),
Row(at = 0),
]
## Components of the Application from layout import layout from callbacks import callbacks ## Import data source from database import database from data_source import data_source from update_views import update_views ## Beginning Argument # The application ## Connect to the database data_source["db_connection"] = database() update_views(data_source) ## Create a dash application app = dash.Dash(__name__) ## Callback of the Application callbacks(app, data_source) ## Layout of the Application layout(app, data_source) # Run a program if __name__ == '__main__': app.run_server(debug = True, use_reloader = True)
def create_bitmap(path, max_width, max_height, edges):
app = wx.App(None)
nodes = layout.layout(edges)
bitmap = render.render(max_width, max_height, edges, nodes)
bitmap.SaveFile(path, wx.BITMAP_TYPE_PNG)
# Import helper functions
from analytics import totGoalsLine
from get_data import table
from analytics import playerValue
external_stylesheets = ['https://codepen.io/chriddyp/pen/bWLwgP.css']
app = dash.Dash(
__name__,
external_stylesheets=external_stylesheets,
suppress_callback_exceptions=True,
)
app.title = "Football Stats"
app.layout = layout()
@app.callback(Output('stats-data', 'children'),
[Input('my-input', 'value'),
Input('button1', 'n_clicks')])
def update_output_div(input_value, n_clicks):
"""Create statTable df and store as hidden div"""
changed_id = [p['prop_id'] for p in dash.callback_context.triggered][0]
if 'button1' in changed_id:
df = table(input_value)
return df.to_json()
# if n_clicks > 0:
# df = table(input_value)
from layout import layout
from variavel import *
layout, window = layout()
var, front, back = variavel()
# -----FUNÇÕES AUXILIARES
def formatar_numero() -> float:
""" Essa função retorna o valor formatado da operação """
numero_formatado = float(''.join(var['sinal']) + ''.join(front) + '.' +
''.join(back))
if var['apagar']:
numero_formatado = numero_formatado // 10
return numero_formatado
def atualizar_display(display_valor: str):
""" Essa função é responsável por atualizar o display da calculadora """
window['_DISPLAY_'].update(value=display_valor)
# -----EVENTOS
def numberos(evento: str):
""" Essa função serve para decidir se irá jogar o número na variável
'front' ou se irá jogar na 'back' """
def serve_layout():
session_cookie = flask.request.cookies.get("custom-auth-session")
# landing login page
if session_cookie not in user_names.keys():
topnav = html.Div(
html.H1(""),
className="login-title"
)
return new_login(topnav)
# show the app
else:
greeting_and_logout_button = dbc.Row(
[
dbc.Col(
html.Span(
user_names[session_cookie],
id="username-greeting",
)
),
dbc.Col(
dcc.LogoutButton(
logout_url="/logout",
className="btn btn-outline-dark"
),
width="auto",
)
],
no_gutters=True,
className="ml-auto flex-nowrap mt-3 mt-md-0",
align="center",
)
topnav = dbc.Navbar([
dbc.NavbarBrand(
NAVBAR_TITLE,
className="ml-2 title-style",
),
dbc.NavbarBrand(
NAVBAR_SUBTITLE,
className="ml-2 subtitle_style"
),
greeting_and_logout_button,
],
color="light",
light=True,
id="navbar",
sticky=True,
)
user_df = load_dataframe(session_cookie)
transaction_category_array = list(user_df.Category.unique())
budget_df = load_budget_dataframe(session_cookie)
my_table = table_from_dataframe(user_df)
json_user_df = user_df.to_json(date_format='iso', orient='split')
json_budget_df = budget_df.to_json(date_format='iso', orient='split')
return html.Div([
html.Div(
topnav,
id="top-nav",
),
html.Div(
layout(user_df,
transaction_category_array,
{},
my_table),
id="app-content",
),
html.Div(
json_user_df,
id="hidden-dataframe",
className="hiddenDiv",
),
html.Div(
transaction_category_array,
id="hidden-transaction-category-array",
className="hiddenDiv",
),
html.Div(
json_budget_df,
id="hidden-budget-data",
className="hiddenDiv",
),
])
def create_bitmap(path, max_width, max_height, edges):
app = wx.App(None)
nodes = layout.layout(edges)
bitmap = render.render(max_width, max_height, edges, nodes)
bitmap.SaveFile(path, wx.BITMAP_TYPE_PNG)
#!/usr/bin/env python import os import time from ua import ua from layout import layout from system import system system = system() ua = ua() configuration = ua.getConfig(system.getMacAddress()) layout = layout(configuration) while True: records = [] import pprint for queue in configuration['queues']: records.append(ua.getQueue(queue)) layout.render(records) time.sleep(configuration['refresh_interval'])
def compute(self):
edges = TESTS[self.index]
nodes = layout.layout(edges, self.weights)
self.set_model((edges, nodes))
def parseFromSource(self, source):
filename = "(test)"
rawTokens = lex(filename, source)
layoutTokens = layout(rawTokens)
ast = parse(filename, layoutTokens)
return ast
def __init__(self, simulate=False, width=240, height=320):
## @var simulate
# Stores simulate parameter from constructor call
self.simulate = simulate
## @var l
# Handle to system logger
self.l = logging.getLogger('system')
pygame.init()
# pygame.display.init()
if not self.simulate:
pygame.event.set_grab(True)
pygame.mouse.set_visible(0)
self.l.debug(
"[OCC] EV_UPDATE_VALUES to be generated every {} ms".format(
REFRESH_TIME))
pygame.time.set_timer(EV_UPDATE_VALUES, REFRESH_TIME)
self.l.debug("[OCC] EV_SAVE_CONFIG to be generated every {} s".format(
CONFIG_SAVE_TIME / 1000))
pygame.time.set_timer(EV_SAVE_CONFIG, CONFIG_SAVE_TIME)
## @var width
# Window/screen width
self.width = width
## @var height
# Window/screen height
self.height = height
self.l.debug("[OCC] Screen size is {} x {}".format(
self.width, self.height))
## @var screen
# Handle to pygame screen
self.screen = pygame.display.set_mode((self.width, self.height))
self.l.debug("[OCC] Calling sensors")
## @var sensors
# Handle to sensors instance
self.sensors = sensors(self)
self.l.debug("[OCC] Calling ride_parameters")
## @var rp
# Handle to ride_parameters instance
self.rp = ride_parameters(self, simulate)
## @var layout_path
# Path to layout file
self.layout_path = ''
self.l.debug("[OCC] Initialising config")
## @var config
# Handle to config instance
self.config = config(self, "config/config.yaml",
"config/config_base.yaml")
self.l.debug("[OCC] Reading config")
self.config.read_config()
## @var ble_scanner
# Handle to ble_scanner instance
self.ble_scanner = ble_scanner(self)
## @var layout
# Handle to layout instance
self.layout = layout(self, self.layout_path)
self.l.debug("[OCC] Starting RP sensors")
self.rp.start_sensors()
self.l.debug("[OCC] Setting up rendering")
## @var rendering
# Handle to rendering instance
self.rendering = rendering(self.layout)
self.l.debug("[OCC] Starting rendering thread")
self.rendering.start()
## @var released_t
# Time stamp of pygame.MOUSEBUTTONUP event (end of finger contact with touchscreen)
self.released_t = 0
## @var rel_movement
# Vector since MOUSEBUTTONDOWN event. Used to derermine swipe motion.
self.rel_movement = (0, 0)
## @var pressed_t
# Time stamp of pygame.MOUSEBUTTONDOWN event (start of finger contact with touchscreen)
self.pressed_t = 0
## @var pressed_pos
# Position of pygame.MOUSEBUTTONDOWN event (start of finger contact with touchscreen)
self.pressed_pos = (0, 0)
## @var released_pos
# Position of pygame.MOUSEBUTTONUP event (end of finger contact with touchscreen)
self.released_pos = 0
## @var add_rel_motion
# Used to control if finger/mouse vectors should be tracked to determine total relative motion
self.add_rel_motion = False
## @var running
# Variable controlling the main occ event loop. pygame.QUIT event triggers setting running to False
self.running = True
## @var refresh
# Variable controlling if the screen need to be refreshed
self.refresh = False
import shorePowerProtocol as protocol
from setConfigLayout import *
from setStationId import *
import time
#配置文件读取
cf = configparser.ConfigParser()
cf.read('conf.ini')
if __name__ == "__main__":
sf = setConfigLayout(cf)
stationId = db.QueryStationId(cf) #查询所有站号
setStationIdLayout(cf, stationId) #设置模拟的站号
stake_port = db.QueryStakePort(cf) #查询桩号端口号
STATION = int(cf.get("STATION", "ID"))
tk = layout.layout(stake_port, STATION, cf, db) #布局初始化
tcpClient = tcl.tcp_init(cf, tk.getScrolledText(), tk.getTop()) #tcp连接初始化
pl = protocol.shorePowerProtocol(tcpClient, lambda: tcl.tcpReConnect(cf),
STATION, cf, tk) #协议初始化
tk.sendButton(pl.send_signals, pl.heatbeatrequest,
pl.heatbeatrespone) #发送按键绑定
tk.sendCalcExceptionButton(pl.dealCalcException)
tk.connect(pl.link_button) #连接线缆按钮绑定
tk.disconnect(pl.free_button) #断开线缆按钮绑定
tk.sendAllState(lambda: pl.send_all_status(stake_port)) #发送全状态按钮绑定
tk.distWarnButton(pl.warn_end, pl.warn_start) #配电告警按键绑定
tk.closeWindows(tcpClient)
tk.mainloop()
def checkLayout(self, expectedTexts, text):
rawTokens = lex("(test)", text)
layoutTokens = layout(rawTokens)
layoutTexts = [token.text for token in layoutTokens]
self.assertEquals(expectedTexts, layoutTexts)
from layout import auto, axis, axisMain, axisCross, wrap, layout
from build_tool import build_style, build_body, build_template
outer = layout("outer")
header = layout("header")
content = layout("content")
outer["width"] = "100%"
outer["height"] = "100%"
outer["axis"] = axis.column
# basis is height, because of outer axis is column
header["basis"] = "8%"
header["width"] = "100%"
header["axis"] = axis.column
header["overflow"] = "visible"
content["basis"] = "92%"
content["width"] = "100%"
content["overflow"] = auto.auto
content["axis"] = axis.column
content["axisMain"] = axisMain.center
content["axisCross"] = axisCross.center
# outer: width 500px
# div1: basis 100px shrink 1
# div2: basis 200px shrink 2
# div3: basis 300px shrink 3
# this is shrink calc method
# weight = 100px * 1 + 200px * 2 + 300px * 3 = 1400px
# offset = sum div - parent = 100px + 200px + 300px - 500px = 100px
# div1 real size:
def compute(self):
edges = TESTS[self.index]
nodes = layout.layout(edges, self.weights)
self.set_model((edges, nodes))
