def __init__(self, headless=True):
self.web_page = '/vivagraph/simple.html'
self.web_root = Files.path_combine(Files.parent_folder(__file__),
'../web_root')
self.api_browser = API_Browser(headless=headless).sync__setup_browser()
self.web_server = Web_Server(self.web_root)
self.render_page = Render_Page(api_browser=self.api_browser,
web_server=self.web_server)
def __init__(self, tmp_img=None, clip=None, headless=False):
self.headless = headless
self.path_views = Files.path_combine(Files.parent_folder(__file__),
'../../osbot_browser/web_root')
self.render_page = Render_Page(headless=self.headless,
web_root=self.path_views)
self.tmp_img = tmp_img
self.clip = clip
def __init__(self, web_page, headless=True):
self.web_page = web_page
self.title = 'browser view'
self.web_root = Files.path_combine(Files.parent_folder(__file__),
'../web_root')
self.api_browser = API_Browser(headless=headless).sync__setup_browser()
self.web_server = Web_Server(self.web_root)
self.render_page = Render_Page(api_browser=self.api_browser,
web_server=self.web_server)
def __init__(self):
self.web_page = '/datatables/simple.html'
self.web_root = Files.path_combine(Files.parent_folder(__file__),
'../web_root')
self.api_browser = API_Browser().sync__setup_browser()
self.render_page = Render_Page(api_browser=self.api_browser,
web_root=self.web_root)
self.table_width = '100%'
self.columns_defs = None
self.table_title = None
def __init__(self, headless=True):
self.web_page = '/gs/risk/risks-dashboard.html'
self.web_root = Files.path_combine(Files.parent_folder(__file__),
'../web_root')
self.headless = headless
self.api_browser = API_Browser(self.headless,
self.headless).sync__setup_browser()
self.render_page = Render_Page(api_browser=self.api_browser,
web_root=self.web_root)
self.graph_name = None
self.jira_key = None
class View_Examples:
def __init__(self, tmp_img=None, clip=None, headless=False):
self.headless = headless
self.path_views = Files.path_combine(Files.parent_folder(__file__),
'../../osbot_browser/web_root')
self.render_page = Render_Page(headless=self.headless,
web_root=self.path_views)
self.tmp_img = tmp_img
self.clip = clip
def _open_file_and_get_html(self, filename):
file = '{0}{1}{2}'.format(self.path_views, '/examples/', filename)
return self.render_page.render_file(file)
def _open_file_and_take_screenshot(self, filename):
file = '{0}{1}{2}'.format(self.path_views, '/examples/', filename)
return self.render_page.screenshot_file(file, self.tmp_img, self.clip)
def set_clip(self, clip):
self.clip = clip
return self
def render_file_from_zip(self, target):
with Zip_Folder(self.path_views) as zip_file:
with Unzip_File(zip_file, '/tmp/test_render_from_zip',
True) as web_root:
return self.render_page.screenshot_file_in_folder(
web_root, target, self.tmp_img)
def open_file_in_browser(self, path, js_code=None):
with self.render_page.web_server as web_server:
url = web_server.url(path)
return self.render_page.get_page_html_via_browser(url, js_code)
# def open_file_in_browser_and_invoke_js(self, path, js_to_invoke):
# with self.render_page.web_server as web_server:
# url = web_server.url(path)
# return self.render_page.get_page_html_via_browser(url)
def hello_world__html(self):
return self._open_file_and_get_html('hello-world.html')
def hello_world(self):
return self._open_file_and_take_screenshot('hello-world.html')
def bootstrap_cdn(self):
return self._open_file_and_take_screenshot('bootstrap-cdn.html')
def bootstrap_local(self):
return self.render_file_from_zip('/examples/bootstrap-local.html')
def folder_root(self):
return self.render_page.screenshot_folder(self.path_views,
self.tmp_img)
def __init__(self, headless=True):
self.web_page = '/vis-js/simple.html'
self.web_root = Files.path_combine(Files.parent_folder(__file__),
'../web_root')
chrome = Chrome().headless(headless)
self.api_browser = API_Browser(chrome.sync().browser())
self.render_page = Render_Page(api_browser=self.api_browser,
web_root=self.web_root)
self.bot_name = 'GS_Bot'
self.options = None
def setup(self):
self.load_browser_dependencies()
from osbot_browser.browser.API_Browser import API_Browser
from osbot_browser.browser.Render_Page import Render_Page
self.api_browser = API_Browser(
headless=self.headless).sync__setup_browser()
self.render_page = Render_Page(api_browser=self.api_browser,
web_root=self.web_root())
return self
def setup(self):
if os.getenv('AWS_REGION'):
load_dependency('syncer')
load_dependency('requests')
#self.setup_AWS()
# else:
# self.setup_local()
from osbot_browser.browser.API_Browser import API_Browser
from osbot_browser.browser.Render_Page import Render_Page
self.api_browser = API_Browser(headless=self.headless).sync__setup_browser()
self.render_page = Render_Page(api_browser=self.api_browser, web_root=self.web_root())
return self
class DataTable_Js:
def __init__(self):
self.web_page = '/datatables/simple.html'
self.web_root = Files.path_combine(Files.parent_folder(__file__),
'../web_root')
self.api_browser = API_Browser().sync__setup_browser()
self.render_page = Render_Page(api_browser=self.api_browser,
web_root=self.web_root)
self.table_width = '100%'
self.columns_defs = None
self.table_title = None
# helper methods (to move to base class)
def browser(self):
return self.api_browser
def show_chrome(self):
self.render_page.api_browser.headless = False
self.render_page.api_browser.auto_close = False
return self
def load_page(self, reload=False):
if reload or self.web_page not in self.browser().sync__url():
self.render_page.open_file_in_browser(self.web_page)
return self
def js_execute(self, name, params=None):
return self.browser().sync_js_invoke_function(name, params)
def js_eval(self, js_code):
return self.browser().sync__js_execute(js_code)
def send_screenshot_to_slack(self, team_id, channel):
png_file = self.create_dashboard_screenshot()
return Browser_Lamdba_Helper().send_png_file_to_slack(
team_id, channel, 'risk dashboard', png_file)
def create_dashboard_screenshot(self):
#clip = {'x': 1, 'y': 1, 'width': 945, 'height': 465}
clip = None
return self.browser().sync__screenshot(clip=clip)
# main datatable methods
def create_table(self, headers, rows):
self.load_page(True)
columns = []
for header in headers:
columns.append({'title': header}),
# headers_html = ""
# for header in headers:
# headers_html += "<th>{0}</th>".format(header)
#
# headers_html = "<tr>{0}</tr>".format(headers_html)
#
# rows_html = ""
# for row in rows:
# row_html = ""
# for cell in row:
# row_html += "<td>{0}</td>".format(cell)
# row_html = "<tr>{0}</tr>\n".format(row_html)
# Dev.print(rows_html)
# rows_html += row_html
#
# #rows_html = "<tr><td>an row</td></tr>"
#
# table_html = """ <table id='{table_id}' class='display'>
# <thead>
# {headers}
# </thead>
# <tbody>
# {rows}
# </tbody>
# </table>
# """.format(table_id=table_id,headers=headers_html, rows = rows_html)
#self.js_execute("$('#dynamic_data_table').html",table_html)
options = {
'columns': columns,
"columnDefs": self.columns_defs,
'data': rows,
"paging": False,
"ordering": False,
"info": False,
"searching": False
}
table_html = '<table id="data_table" class="display" width="{0}"></table>'.format(
self.table_width)
self.js_execute("$('#dynamic_data_table').html",
table_html) # create table html element
self.js_eval(
"$.fn.dataTable.ext.errMode = 'none';") # disable table errors
self.js_execute("$('#data_table').DataTable", options) # create table
if self.table_title:
self.js_execute("$('#table_title').html", self.table_title)
return self
class VivaGraph_Js:
def __init__(self, headless=True):
self.web_page = '/vivagraph/simple.html'
self.web_root = Files.path_combine(Files.parent_folder(__file__),
'../web_root')
self.api_browser = API_Browser(headless=headless).sync__setup_browser()
self.web_server = Web_Server(self.web_root)
self.render_page = Render_Page(api_browser=self.api_browser,
web_server=self.web_server)
# #self.base_html_file = '/vis-js/empty.html'
# self.base_html_file = '/vis-js/simple.html'
# #window.api_visjs
# self.headless = False
# self.browser = None
# common methods (move to base class)
def browser(self):
return self.api_browser
def browser_width(self, value):
self.browser().sync__browser_width(value)
return self
def load_page(self, reload=False):
if reload or self.web_page not in self.browser().sync__url():
self.render_page.open_file_in_browser(self.web_page)
return self
def create_dashboard_screenshot(self):
#clip = {'x': 1, 'y': 1, 'width': 945, 'height': 465}
clip = None
return self.browser().sync__screenshot(clip=clip)
def send_screenshot_to_slack(self, team_id, channel):
png_file = self.create_dashboard_screenshot()
return Browser_Lamdba_Helper().send_png_file_to_slack(
team_id, channel, 'risk dashboard', png_file)
def get_graph_data(self, graph_name):
params = {'params': ['raw_data', graph_name, 'details'], 'data': {}}
data = Lambda('lambdas.gsbot.gsbot_graph').invoke(params)
if type(data) is str:
s3_key = data
s3_bucket = 'gs-lambda-tests'
tmp_file = S3().file_download_and_delete(s3_bucket, s3_key)
data = Json.load_json_and_delete(tmp_file)
return data
return data
def exec_js(self, js_code):
return self.browser().sync__js_execute(js_code)
def invoke_js(self, name, params):
return self.browser().sync_js_invoke_function(name, params)
def create_graph_and_send_screenshot_to_slack(self,
nodes,
edges,
options=None,
team_id=None,
channel=None):
if len(nodes) > 0:
self.create_graph(nodes, edges, options)
if len(nodes) < 20: sleep(1)
elif 20 < len(nodes) < 100:
self.browser().sync__browser_width(1500)
sleep(2)
elif 100 < len(nodes) < 200:
self.browser().sync__browser_width(2000)
sleep(5)
elif len(nodes) > 200:
self.browser().sync__browser_width(3000)
sleep(10)
return self.send_screenshot_to_slack(team_id, channel)
#self.create_graph(nodes, edges,options,graph_name)
#return self.send_screenshot_to_slack(t§eam_id, channel)
# main methods
def create_graph(self, nodes, edges, options=None):
self.web_server.start()
url = self.web_server.url(self.web_page)
self.render_page.get_page_html_via_browser(url)
self.load_page(True)
layout = {
"springLength": 100,
"springCoeff": 0.0008,
"dragCoeff": 0.02,
"gravity": -10.2
}
self.invoke_js("set_layout", layout)
js_code = ""
#for key,issue in nodes.items():
for node in nodes:
key = node.get('key')
label = node.get('label')
img_url = node.get('img_url')
img_size = node.get('img_size')
params = {"label": label, "img_url": img_url, 'img_size': img_size}
js_code += 'graph.addNode("{0}",{1});'.format(
key, Misc.json_dumps(params))
for edge in edges:
js_code += 'graph.addLink("{0}","{1}");\n'.format(edge[0], edge[2])
js_code += "run_graph()"
self.exec_js(js_code)
self.web_server.stop()
return 42
def resolve_icon_from_issue_type(self, issue, key):
label = key
img_size = 20
none_icon = 'icons/none.jpg'
mappings = {
'Risk': 'icons/risk_theme.svg',
'Risk Theme': 'icons/risk_theme.svg',
'Vulnerability': 'icons/vuln.png',
'GS-Project': 'icons/gs_project.svg',
'Business entity': 'icons/business_entity.svg',
'GS Service ': 'icons/gs_service.svg',
'IT Asset': 'icons/it_asset.svg',
'IT System': 'icons/it_asset.svg',
'People': 'icons/people.svg',
'Programme': 'icons/programme.svg',
'Threat Model': 'icons/threat_model.svg',
'Key Result': 'icons/key-result.svg',
'Objective': 'icons/objective.svg',
'Task': 'icons/task.svg',
'Epic': 'icons/epic.svg',
'Data Journey': 'icons/data_journey.svg',
'Project': 'icons/project.svg',
'Fact': 'icons/fact.svg',
'Incident': 'icons/incident.png',
'Incident Task': 'icons/incident_task.png',
'User Access': 'icons/user_access.svg',
'Security Event': 'icons/security_event.svg',
}
if issue and issue.get("Issue Type"):
issue_type = issue.get("Issue Type")
icon = mappings.get(issue_type, none_icon)
#if icon == none_icon:
# Dev.pprint(key + ' ' + issue_type)
else:
icon = 'icons/none.jpg'
#icon = 'https://dummyimage.com/100x40/2c2f87/FFFFFF&text={0}'.format(key)
#img_size = 10
return label, img_size, icon
class Google_Charts_Js:
def __init__(self, headless=True):
self.web_page = '/google_charts/simple.html'
self.web_root = Files.path_combine(Files.parent_folder(__file__),
'../web_root')
self.api_browser = API_Browser(headless=headless).sync__setup_browser()
self.render_page = Render_Page(api_browser=self.api_browser,
web_root=self.web_root)
self.table_width = '100%'
self.columns_defs = None
self.table_title = None
# helper methods (to move to base class)
def browser(self):
return self.api_browser
def show_chrome(self):
self.render_page.api_browser.headless = False
self.render_page.api_browser.auto_close = False
return self
def load_page(self, reload=False):
if reload or self.web_page not in self.browser().sync__url():
self.render_page.open_file_in_browser(self.web_page)
return self
def js_execute(self, name, params=None):
return self.browser().sync_js_invoke_function(name, params)
def js_eval(self, js_code):
return self.browser().sync__js_execute(js_code)
def send_screenshot_to_slack(self, team_id, channel):
png_file = self.create_dashboard_screenshot()
return Browser_Lamdba_Helper().send_png_file_to_slack(
team_id, channel, 'risk dashboard', png_file)
def create_dashboard_screenshot(self):
#clip = {'x': 1, 'y': 1, 'width': 945, 'height': 465}
return self.browser().sync__screenshot()
# main datatable methods
def create_data_table(self, chart_type, options, data): #, cols, rows):
# cols = [{'id': 'task', 'label': 'Task', 'type': 'string'},
# {'id': 'hours', 'label': 'Hours per Day', 'type': 'number'},
# {'id': 'hours', 'label': '2nd key', 'type': 'number'}]
# rows = [{'c': [{'v': 'Work' }, {'v': 11}, {'v': 2} ]},
# {'c': [{'v': 'Play' }, {'v': 2 }]},
# {'c': [{'v': 'Other'}, {'v': 5 }]}]
#
# data = { 'cols' : cols, 'rows' : rows}
#'BarChart' # PieChart'
self.js_execute(
'window.data_table=new google.visualization.arrayToDataTable',
data)
self.js_execute('window.options = ', options)
self.js_eval(
"""window.chart = new google.visualization.{0}(document.getElementById('chart_div'));
chart.draw(data_table, options);""".format(chart_type))
def create_chart(self, chart_type, options, width, height, data, clip):
if width is None: width = 800
if height is None: height = 500
if clip is None:
clip = {'x': 100, 'y': 50, 'width': 580, 'height': 450}
options['height'] = height
options['width'] = width
self.create_data_table(chart_type, options, data)
return self.browser().sync__screenshot_base64(clip=clip)
class Vis_Js:
def __init__(self, headless=True):
self.web_page = '/vis-js/simple.html'
self.web_root = Files.path_combine(Files.parent_folder(__file__), '../web_root')
self.api_browser = API_Browser(headless=headless).sync__setup_browser()
self.render_page = Render_Page(api_browser=self.api_browser, web_root=self.web_root)
# #self.base_html_file = '/vis-js/empty.html'
# self.base_html_file = '/vis-js/simple.html'
# #window.api_visjs
# self.headless = False
# self.browser = None
# common methods (move to base class)
def browser(self):
return self.api_browser
def browser_width(self,value):
self.browser().sync__browser_width(value)
return self
def load_page(self,reload=False):
if reload or self.web_page not in self.browser().sync__url():
self.render_page.open_file_in_browser(self.web_page)
return self
def create_dashboard_screenshot(self):
#clip = {'x': 1, 'y': 1, 'width': 945, 'height': 465}
clip = None
return self.browser().sync__screenshot(clip=clip)
def send_screenshot_to_slack(self, team_id, channel):
png_file = self.create_dashboard_screenshot()
return Browser_Lamdba_Helper().send_png_file_to_slack(team_id, channel, 'risk dashboard', png_file)
def create_graph_and_send_screenshot_to_slack(self,graph_name, nodes, edges,options, team_id, channel):
if len(nodes) >0:
self.create_graph(nodes, edges,options,graph_name)
return self.send_screenshot_to_slack(team_id, channel)
# @use_local_cache_if_available
def get_graph_data(self, graph_name):
params = {'params': ['raw_data', graph_name, 'details'], 'data': {}}
data = Lambda('lambdas.gsbot.gsbot_graph').invoke(params)
if type(data) is str:
s3_key = data
s3_bucket = 'gs-lambda-tests'
tmp_file = S3().file_download_and_delete(s3_bucket, s3_key)
data = Json.load_json_and_delete(tmp_file)
return data
return data
# Vis js specific
def add_edge__js_code(self, from_node, to_node):
edge = {'from': str(from_node), 'to': str(to_node)}
return 'network.body.data.edges.add({0});'.format(json.dumps(edge))
def add_edge(self, from_node, to_node):
self.exec_js(self.add_edge__js_code(from_node,to_node))
return self
def add_node__js_code(self, node_id, node_label, shape='box', color=None):
node = {'id': str(node_id), 'label': str(node_label), 'shape': shape, 'color': color}
return 'network.body.data.nodes.add({0});'.format(json.dumps(node))
def add_node(self,node_id, node_label, shape='box',color=None):
self.exec_js(self.add_node__js_code(node_id, node_label, shape, color))
return self
def create_graph(self, nodes = [] ,edges = [],options = None, graph_name=None):
def show_debug_message(graph_name):
if graph_name is None:
graph_name = ''
today = datetime.date.today().strftime('%d %b %Y')
self.exec_js("$('#message').html('{0} | {1} nodes {2} edges | created on {3} | by GSBot')".format(graph_name, len(nodes), len(edges), today))
self.exec_js("$('#status').html('Loading Graph')")
self.load_page(True)
if options is None or options == {}:
options = self.get_default_options()
#options = self.get_advanced_options()
data = {'nodes': nodes, 'edges': edges}
base64_data = base64.b64encode(json.dumps(data).encode()).decode()
base64_options = base64.b64encode(json.dumps(options).encode()).decode()
js_code = "window.network = new vis.Network(container, JSON.parse(atob('{0}')), JSON.parse(atob('{1}')));".format(base64_data, base64_options)
self.exec_js(js_code)
#self.browser().sync__browser_width(500, 400)
if len(nodes) > 30:
self.browser().sync__browser_width(2000)
show_debug_message(graph_name)
js_code = "network.on('stabilizationIterationsDone', function(data){ $('body').append('<span style=\"display:none\" id=stabilizationIterationsDone>....done...</span') })"
self.exec_js(js_code)
if self.exec_js("network.physics.ready") is False:
wait_timeout = 10000
self.browser().sync__await_for_element('#stabilizationIterationsDone', wait_timeout)
# attempts = 10
# for i in range(1,attempts):
# self.exec_js("$('#status').html('waiting #{0}')".format(i))
#
# #wait_timeout = 1000
# result = self.exec_js("$('#stabilizationIterationsDone').html()")
# if result == '....done...':
# Dev.pprint(">>>> done")
# break
# #if self.browser().sync__await_for_element('#stabilizationIterationsDone', wait_timeout):
# #
# # break
# Dev.pprint("attempt: {0}".format(i))
# sleep(1)
self.exec_js('network.stopSimulation()')
self.exec_js("$('#status').html('')")
#break
#Dev.pprint('dont')
#
# js_code = [
# "network.on('startStabilizing' , function(data){console.log('startStabilizing', data)})",
# "network.on('stabilizationProgress' , function(data){console.log('stabilizationProgress', data)})",
# "network.on('stabilizationIterationsDone', function(data){console.log('stabilizationIterationsDone', data) })",
# "network.on('stabilized', function(data) {console.log('stabilized', data) })"]
# self.exec_js(js_code)
#self.exec_js("network.on('stabilizationIterationsDone', function(data){console.log('stabilizationIterationsDone', data) })")
#Dev.print(self.exec_js("network.physics.ready"))
# need to handle the case when rendering happens very quickly
#if len(nodes) > 10:
#js_code = "$('#vis_js').css({ top : '5px', bottom : '5px', left : '5px', right : '5px', position : 'fixed', border: '1px solid lightgray'})"
return self
def exec_js(self,js_code):
return self.browser().sync__js_execute(js_code)
def invoke_js(self, name, params):
return self.browser().sync_js_invoke_function(name,params)
def get_default_options(self):
return { 'nodes': {'shape': 'box'},
'edges': {'arrows': 'to'},
'physics': { 'barnesHut': { 'avoidOverlap': 0.1 }, }}
def get_advanced_options(self):
options = {
'nodes' : { 'font': { 'face' : 'Arial', 'size': 20 },
'shape' : 'box' },
'edges' : { 'smooth': False, 'arrows': 'to', 'color': {'color': 'black'}, 'font': { 'size': 10 } },
'layout' : { 'randomSeed': 0 },
'physics': { 'barnesHut': { 'gravitationalConstant': -700 , # (-2000
'centralGravity' : 0.01 , # (0.01) no central gravity since we don't need that
'springLength' : 50 , # (100) this value is also set by the anchor edges
'springConstant' : 0.0015 , # (0.08) this is how hard the spring is
'damping' : 0.4 , # (0.4
'avoidOverlap' : 0.3 },
'maxVelocity' : 10, # (50) keep this low so that the nodes don'y move too far from each other
'minVelocity' : 1, # (0.1)
'solver' : 'barnesHut', # other good option is forceAtlas2Based',
'timestep' : 1.35, # (0.5) this value can be used to slow down the animation (for ex 0.015)
'stabilization': {
'enabled' : True,
'iterations' : 2000,
'updateInterval': 100
}
},
'interaction': { 'dragNodes': True ,
'zoomView' : True ,
'dragView' : True } }
return options
def show_jira_graph(self, graph_name, label_key='Summary'):
self.load_page(False)
graph_data = self.get_graph_data(graph_name)
if graph_data:
nodes = []
edges = []
for key, issue in graph_data.get('nodes').items():
#label = "{0} \n \n{1}".format(issue.get(label_key),issue.get('Labels'))
label = key
nodes.append({ 'id' : key , 'label': label})
#Dev.pprint(issue)
for edge in graph_data.get('edges'):
from_node = edge[0]
link_type = edge[1]
to_node = edge[2]
edges.append({'from' : from_node , 'to': to_node , 'label' : link_type})
self.create_graph(nodes,edges)
return graph_data
def wait_n_seconds(self,seconds):
sleep(seconds)
return self
def set_fixed_r1_nodes(self):
r1s = {
'RISK-1498': {'x': -1000 , 'y': -1000 }, # 1
'RISK-1496': {'x': 0 , 'y': -1000 }, # 2
'RISK-1495': {'x': 1000 , 'y': -1000 }, # 3
'RISK-1494': {'x': -1000 , 'y': 1000 }, # 4
'RISK-1534': {'x': 0 , 'y': 1000 }, # 5
'RISK-1592': {'x': 1000 , 'y': 1000 }} # 6
for key, value in r1s.items():
data = {'id': key, 'x':value['x'],'y':value['y'], 'fixed': True, 'mass': 5}
self.invoke_js('network.body.data.nodes.update', data)
options = {
'position': {'x': 0, 'y': 0},
'offset' : {'x': 100, 'y': -50},
'scale' : 1.0 }
self.invoke_js('network.moveTo', options)
return self
class Risk_Dashboard:
def __init__(self, headless=True):
self.web_page = '/gs/risk/risks-dashboard.html'
self.web_root = Files.path_combine(Files.parent_folder(__file__),
'../web_root')
self.headless = headless
self.api_browser = API_Browser(self.headless,
self.headless).sync__setup_browser()
self.render_page = Render_Page(api_browser=self.api_browser,
web_root=self.web_root)
self.graph_name = None
self.jira_key = None
def browser(self):
return self.api_browser
def get_dashboard_data(self, path):
json_file = Files.parent_folder_combine(__file__, path)
return Json.load_json(json_file)
def get_test_params(self, cells, rows):
params = {'cells': cells, 'rows': rows, 'data_R1s': {}, 'data_R2s': {}}
for i in range(1, params.get('cells') + 1):
header_id = 'r{0}'.format(i)
params['data_R1s'][header_id] = header_id
for j in range(1, params.get('cells') + 1):
for i in range(1, params.get('rows') + 1):
header_id = 'r{0}_{1}'.format(j, i)
params['data_R1s'][header_id] = header_id
return params
def show_chrome(self):
self.render_page.api_browser.headless = False
self.render_page.api_browser.auto_close = False
return self
def load_page(self, reload=False):
if reload or self.web_page not in self.browser().sync__url():
self.render_page.open_file_in_browser(self.web_page)
return self
def execute(self, method, params=None):
self.js_execute('window.r1_and_r2.{0}'.format(method), params)
return self
def js_execute(self, name, params=None):
return self.browser().sync_js_invoke_function(name, params)
def js_eval(self, js_code):
return self.browser().sync__js_execute(js_code)
def js_apply_css_color(self,
js_codes,
r2_id,
index,
diff=None,
show_diff_delta=False):
# if index < 1: # min value is 1
# index = 1 # since we start the rows on 1
# if index > 15: # max value can be bigger than 16
# index = 16 # since that is the size of the Hex digits
# hex_values = 'FEDCBA9876543210'
# color = '#{0}{0}{1}{1}00'.format(hex_values[index - 1], hex_values[16 - index]) # get the color changing the RGB values (R = Red , G = Green)
js_code = ""
if diff is not None:
if diff > 0: value = '+' + str(diff)
if diff == 0: value = '='
if diff < 0: value = diff
#value = ""
badge_code = '<br><span class="badge badge-secondary">{0}</span>'.format(
value)
js_code += "if ($('#{0}').text() != '') {{ $('#{0}').append('{1}') }}".format(
r2_id, badge_code)
if show_diff_delta:
index = diff * 2 + 4
if show_diff_delta and index == 4:
index = None
if index is not None:
if index < 1: index = 1
if index > 9: index = 9
colors = [
'darkred', '#DE4108', '#F7794B', '#E67F0D', '#EA9639',
'#FAAE28', '#4F9300', 'green', 'darkgreen'
]
color = colors[index - 1]
else:
color = "#555555"
css = {'background-color': color}
js_code += "if ($('#{0}').text() != '') {{ $('#{0}').css({1}) }}".format(
r2_id, json.dumps(css))
js_codes.append(js_code)
return self
def send_screenshot_to_slack(self,
team_id=None,
channel=None,
with_diffs=False):
png_file = self.create_dashboard_screenshot(with_diffs)
return Browser_Lamdba_Helper().send_png_file_to_slack(
team_id, channel, 'risk dashboard', png_file)
def send_graph_name_to_slack(self, team_id, channel):
from pbx_gs_python_utils.utils.Lambdas_Helpers import slack_message
slack_message(
":point_right: Created graph `{0}` from jira key `{1}`".format(
self.graph_name, self.jira_key), [], channel, team_id)
return self
def create_dashboard_screenshot(self, with_diffs=False):
if with_diffs:
height = 560
else:
height = 465
clip = {'x': 1, 'y': 1, 'width': 945, 'height': height}
return self.browser().sync__screenshot(clip=clip)
def create_dashboard_with_scores(self,
scores,
diffs=None,
show_diff_delta=False):
self.create_dashboard_with_R1_R2()
rows = 6
cells = 6
js_codes = []
for i in range(1, cells + 1):
for j in range(1, rows + 1):
r2_id = "r{0}_{1}".format(i, j)
# if scores.get(r2_id):
# color = scores.get(r2_id)
# else:
# color = 1
color = scores.get(r2_id)
if diffs and diffs.get(r2_id) is not None:
diff = color - diffs.get(r2_id)
else:
diff = None
self.js_apply_css_color(js_codes, r2_id, color, diff,
show_diff_delta)
self.js_eval(js_codes)
return self
def create_dashboard_with_R1_R2(self):
self.load_page(False)
data = self.get_dashboard_data('gs-dashboard.json')
data_R1s = data.get('data_R1s')
data_R2s = data.get('data_R2s')
risks = data.get('risks')
params = {
'cells': len(data_R1s),
'rows': len(data_R2s),
'data_R1s': data_R1s,
'data_R2s': data_R2s,
'risks': risks
}
self.execute('create_risk_table', params)
return data_R1s, data_R2s
def create_dashboard_with_test_data(self):
self.create_dashboard_with_R1_R2()
rows = 6
cells = 6
js_codes = []
for i in range(1, cells + 1):
for j in range(1, rows + 1):
r2_id = "r{0}_{1}".format(i, j)
color = Misc.random_number(1, 5)
#color = j
self.js_apply_css_color(js_codes, r2_id, color)
self.js_eval(js_codes)
return self
def create_dashboard_for_graph(self, graph_name, root_node):
from osbot_browser.view_helpers.Vis_Js import Vis_Js
self.graph_name = graph_name
self.jira_key = root_node
payload = {"graph_name": graph_name, 'destination_node': root_node}
graph_paths = Lambda('gs.graph_paths').invoke(payload)
self.create_dashboard_with_R1_R2()
graph_data = Vis_Js().get_graph_data(graph_name)
nodes = graph_data.get('nodes')
colors_scores = {}
for key, node in nodes.items():
if node:
if 'R2' in node.get('Labels'):
summary = node.get('Summary')
cell_key = (
"r" + summary.split('-')[0].replace('.', '_')).strip()
#Dev.pprint(graph_paths.get(key))
if graph_paths.get(key):
score = len(graph_paths.get(key))
colors_scores[cell_key] = score
#Dev.pprint(score)
#Dev.pprint(key + ' ' + cell_key + ' ' + str(score) + ' ' + summary)
#return colors_scores
#Dev.pprint(colors_scores)
js_codes = []
for i in range(1, 7):
for j in range(1, 7):
r2_id = "r{0}_{1}".format(i, j)
color = colors_scores.get(r2_id)
self.js_apply_css_color(js_codes, r2_id, color)
self.js_eval(js_codes)
return self
def create_dashboard_for_jira_key(self, jira_key):
lambda_graph = Lambda('lambdas.gsbot.gsbot_graph')
payload = {
'data': {},
"params": ['expand', jira_key, 9, 'delivered by,risks_up']
}
result = lambda_graph.invoke(payload)
graph_data = json.loads(result)
graph_name = graph_data.get('graph_name')
sleep(1.0) # to give time for ELK to index
return self.create_dashboard_for_graph(graph_name, jira_key)
def calculate_score(self, scores, title):
size = len(scores)
min = size
max = size * 8
#print(min, max)
score = 0
for value in scores.values():
score += value
#print(value, score)
score = int((score - size) / max * 100)
print("The score for {0:23} {1:3} / 100".format(title, score))
return score, size
class test_Render_Page(TestCase):
def setUp(self):
self.render_page = Render_Page(headless=False)
self.random_value = Misc.random_string_and_numbers(6, "dynamic text ")
self.html = "<html><script>document.write('{0}')</script></html>".format(
self.random_value)
self.tmp_img = '/tmp/lambda_png_file.png'
def test_render_file(self):
with Temp_File(self.html, 'html') as temp_file:
#Dev.pprint(temp_file.file_path)
result = self.render_page.render_file(temp_file.file_path)
assert result('body').html() == self.random_value
def test_render_folder(self):
result = self.render_page.render_folder(Files.current_folder())
assert "Directory listing for " in result.html()
def test_render_html(self):
result = self.render_page.render_html(self.html)
assert result('body').html() == self.random_value
def test_screenshot_html(self):
img_file = self.render_page.screenshot_html(self.html, self.tmp_img)
assert Files.exists(img_file)
def test_screenshot_file(self):
with Temp_File(self.html, 'html') as temp_file:
clip = {'x': 1, 'y': 1, 'width': 180, 'height': 30}
img_file = self.render_page.screenshot_file(temp_file.file_path,
self.tmp_img,
clip=clip)
assert Files.exists(img_file)
def test_screenshot_folder(self):
web_root = Files.current_folder()
clip = {'x': 1, 'y': 1, 'width': 280, 'height': 200}
Files.delete(self.tmp_img)
self.render_page.screenshot_folder(web_root, self.tmp_img, clip)
assert Files.exists(self.tmp_img)
def test_screenshot_file_in_folder(self):
web_root = Files.current_folder()
html_file = 'aaaa.html'
self.render_page.screenshot_file_in_folder(web_root, html_file,
self.tmp_img)
def test_screenshot_url(self):
#url = 'https://github.com/GoogleChrome/puppeteer'
#url = 'https://www.google.co.uk'
#url = 'http://visjs.org/examples/network/other/manipulation.html'
#url = 'http://visjs.org/examples/graph3d/01_basics.html'
url = 'https://getbootstrap.com/docs/4.3/examples/dashboard/'
tmp_img = '/tmp/test_screenshot_html.png'
Files.delete(tmp_img)
self.render_page.screenshot_url(url, tmp_img)
assert Files.exists(tmp_img)
def setUp(self):
self.render_page = Render_Page(headless=False)
self.random_value = Misc.random_string_and_numbers(6, "dynamic text ")
self.html = "<html><script>document.write('{0}')</script></html>".format(
self.random_value)
self.tmp_img = '/tmp/lambda_png_file.png'
class Base_View_Helpers:
def __init__(self, web_page, headless=True):
self.web_page = web_page
self.title = 'browser view'
self.web_root = Files.path_combine(Files.parent_folder(__file__),
'../web_root')
self.api_browser = API_Browser(headless=headless).sync__setup_browser()
self.web_server = Web_Server(self.web_root)
self.render_page = Render_Page(api_browser=self.api_browser,
web_server=self.web_server)
# common methods (move to base class)
def browser(self):
return self.api_browser
def browser_width(self, value, height=None):
self.browser().sync__browser_width(value, height)
return self
def load_page(self, reload=False):
if reload or self.web_page not in self.browser().sync__url():
self.render_page.open_file_in_browser(self.web_page)
return self
def create_dashboard_screenshot(self, clip=None):
#clip = {'x': 1, 'y': 1, 'width': 945, 'height': 465}
#clip = None
return self.browser().sync__screenshot(clip=clip)
def send_screenshot_to_slack(self, team_id=None, channel=None, clip=None):
png_file = self.create_dashboard_screenshot(clip)
return Browser_Lamdba_Helper().send_png_file_to_slack(
team_id, channel, self.title, png_file)
def get_graph_data(self, graph_name):
params = {'params': ['raw_data', graph_name, 'details'], 'data': {}}
data = Lambda('lambdas.gsbot.gsbot_graph').invoke(params)
if type(data) is str:
s3_key = data
s3_bucket = 'gs-lambda-tests'
tmp_file = S3().file_download_and_delete(s3_bucket, s3_key)
data = Json.load_json_and_delete(tmp_file)
return data
return data
def exec_js(self, js_code):
return self.browser().sync__js_execute(js_code)
def invoke_js(self, name, params):
return self.browser().sync_js_invoke_function(name, params)
def assign_variable_js(self, variable, data):
return self.browser().sync_js_assign_variable(variable, data)
def set_browser_width_based_on_nodes(self, nodes):
if len(nodes) < 30: self.browser().sync__browser_width(800)
elif len(nodes) < 100: self.browser().sync__browser_width(1500)
elif len(nodes) < 200: self.browser().sync__browser_width(2000)
else: self.browser().sync__browser_width(3000)
def render(self,
nodes,
edges,
js_code=None,
options=None,
team_id=None,
channel=None,
sleep_for=None,
width=None):
if len(nodes) > 0:
if width:
self.browser().sync__browser_width(width)
else:
self.set_browser_width_based_on_nodes(nodes)
# if len(nodes) < 50 : sleep_for = 2
# elif 50 < len(nodes) < 100: self.browser().sync__browser_width(1000) ; sleep_for = 3
# elif 100 < len(nodes) < 200: self.browser().sync__browser_width(2000) ; sleep_for = 5
# elif len(nodes) > 200: self.browser().sync__browser_width(3000) ; sleep_for = 10
self.create_graph(nodes, edges, options)
self.api_browser.sync__js_execute(js_code)
if sleep_for: sleep(sleep_for)
return self.send_screenshot_to_slack(team_id, channel)
