def test(self, counts, memorys, shared, task_info, replicas=1):
test_gpu_name = shared_gpu_name if shared else exclusive_gpu_name
for i in range(len(counts)):
resource = {
test_gpu_name: str(counts[i]),
gpu_memory_name: '{}Mi'.format(memorys[i] * 1024)
}
name = "{mode}-c-{count}-m-{memory}".format(
mode="shared" if shared else "exclusive",
count=counts[i],
memory=memorys[i])
namespace = task_info.get("namespace") if task_info.get(
"namespace") != None else "default"
utils.set_name(task_info["data"], name)
utils.set_resources(task_info["data"], resource)
print("pod " + name)
print(resource)
_, result = self.submit_pod(task_info, blocking=True)
if result == False:
# Failed to start the deployment, delete the deployment
self.delete(name, namespace, blocking=True)
continue
pod_status = get_pod_info(name, namespace).status
phase = pod_status.phase
container_id = pod_status.container_statuses[0].container_id.split(
"//")[1]
r = utils.get_container_GPU(container_id, name)
print("Pod phase: " + phase)
print("Pod GPU: " + r)
self.list_node_allocatable_resources()
self.list_node_allocated_resources()
self.delete(name, namespace, blocking=True)
def imagevenue(url, name, dest, delim, digits, number):
print "Downloading images from [imagevenue]...\n"
links = get_page_links(url, lambda x: "imagevenue.com" in x)
regex_base_url = re.compile(r'.*imagevenue.com', re.IGNORECASE)
regex_ext = re.compile(r'\.[a-zA-Z]*$', re.IGNORECASE)
for link in links:
try:
# source image (i.e. "Open image in a new tab")
img = get_elements(link, "img#thepic")
base_url_match = regex_base_url.search(link)
if base_url_match and img is not []:
# image name and filetype
img_url = img[0]['src']
ext = regex_ext.search(img_url).group(0)
# image URL and output filename
new_name = set_name(name, ext, delim, number, digits)
image_url = "{0}/{1}".format(base_url_match.group(0), img_url)
# download
download_file(image_url, new_name, dest, number)
number += 1
except:
pass
def imgur(url, name, dest, delim, digits, number):
print "Downloading images from [imgur]...\n"
if not str.endswith(url, "/layout/blog"):
url += "/layout/blog"
links = [div.a.get('href') for div in get_elements(
url, "div.item.view.album-view-image-link")]
regex = re.compile(r'\.com/\w*(\.[a-zA-Z]*)$', re.IGNORECASE)
for link in links:
try:
# image URL and filetype
image_url = "http://" + link[2:]
ext = regex.search(image_url).group(1)
# output filename
new_name = set_name(name, ext, delim, number, digits)
# download
download_file(image_url, new_name, dest, number)
number += 1
except:
pass
def imagevenue(url, name, dest, delim, digits, number):
print "Downloading images from [imagevenue]...\n"
links = get_page_links(url, lambda x: "imagevenue.com" in x)
regex_base_url = re.compile(r'.*imagevenue.com', re.IGNORECASE)
regex_ext = re.compile(r'\.[a-zA-Z]*$', re.IGNORECASE)
for link in links:
try:
# source image (i.e. "Open image in a new tab")
img = get_elements(link, "img#thepic")
base_url_match = regex_base_url.search(link)
if base_url_match and img is not []:
# image name and filetype
img_url = img[0]['src']
ext = regex_ext.search(img_url).group(0)
# image URL and output filename
new_name = set_name(name, ext, delim, number, digits)
image_url = "{0}/{1}".format(base_url_match.group(0), img_url)
# download
download_file(image_url, new_name, dest, number)
number += 1
except:
pass
def visit_ClassDef(self, node):
# print '{0}: ClassDef Name: {1}'.format(node.lineno, node.name)
utils.set_type(self.data, node.lineno, 'class')
utils.set_name(self.data, node.lineno, node.name)
utils.add_class(self.data, node.name)
# Add class functions
# Add class variables (only self.* variables)
# self.generic_visit(node)
for stmts in [node.bases, node.body, node.decorator_list]:
for stmt in stmts:
walker = walk_ast(
stmt, self.current_scope) # possibly switch scope to Class
utils.add_string_to_data(stmt.lineno, walker.data, walker.line)
# utils.add_function_line(self.data, node.name, stmt.lineno)
utils.combine_all_data(self.data, walker.data)
utils.combine_variable_scopes(self.variable_scope,
walker.variable_scope)
utils.add_function_to_class(self.data, walker.data, node.name)
utils.add_variables_to_class(self.data, walker.variable_scope,
node.name)
def visit_FunctionDef(self, node):
# print '{0}: FunctionDef - def {1}():'.format(node.lineno, node.name)
utils.set_type(self.data, node.lineno, 'func')
utils.set_name(self.data, node.lineno, node.name)
utils.add_function_def(self.data, node.name, node.lineno)
self.variable_scope[node.name] = []
arg_walker = WalkAST(node.name)
arg_walker.lineno = node.lineno
arg_walker.visit(node.args)
utils.combine_data(node.lineno, self.data, arg_walker.data)
utils.combine_variable_scopes(self.variable_scope,
arg_walker.variable_scope)
for stmts in [node.body, node.decorator_list]:
for stmt in stmts:
walker = walk_ast(stmt, node.name)
utils.add_string_to_data(stmt.lineno, walker.data, walker.line)
utils.add_function_line(self.data, node.name, stmt.lineno)
# utils.combine_data(stmt.lineno, self.data, walker.data)
utils.combine_all_data(self.data, walker.data)
utils.combine_variable_scopes(self.variable_scope,
walker.variable_scope)
def mangastream(url, name, dest, delim, digits, number):
print "Downloading images from [mangastream]...\n"
links = [tag.get('href') for tag in get_html(url).findAll(
"ul", {"class": "dropdown-menu"})[-1].select('li > a')]
match = re.search(r"(.*\/)(\d*)$", links[-1])
base_url, num_pages = match.group(1), int(match.group(2))
for i in range(1, num_pages + 1):
try:
image_url = get_html(
base_url + str(i)).select("#manga-page")[0].get("src")
new_name = set_name("", ".jpg", "", i, digits)
download_file(image_url, new_name, dest, i)
except:
print "exception"
pass
def imagebam(url, name, dest, delim, digits, number):
print "Downloading images from [imagebam]...\n"
# gallery page numbers (ascending)
page_count = [int(el.contents[0])
for el in get_elements(url, "a.pagination_link")]
if page_count:
# multi-page gallery
links = get_imagebam_htmlcode_links(url, page_count[-1])
else:
# single-page gallery
links = get_page_links(url, lambda x: "imagebam.com" in x)
# remove any duplicate links
links = list(unique_everseen(links))
regex = re.compile(r'\.[a-zA-Z]*$', re.IGNORECASE)
for link in links:
try:
# source image (i.e. "Open image in a new tab")
src = [el['src']
for el in get_elements(link, 'img')
if 'id' in el.attrs]
if len(src) > 0:
# image URL
image_url = src[0]
# filetype
ext = regex.search(image_url)
if ext is None:
ext = ".jpg"
else:
ext = ext.group(0)
# output filename
new_name = set_name(name, ext, delim, number, digits)
# download
download_file(image_url, new_name, dest, number)
number += 1
except:
pass
def imagebam(url, name, dest, delim, digits, number):
print "Downloading images from [imagebam]...\n"
# gallery page numbers (ascending)
page_count = [int(el.contents[0])
for el in get_elements(url, "a.pagination_link")]
if page_count:
# multi-page gallery
links = get_imagebam_htmlcode_links(url, page_count[-1])
else:
# single-page gallery
links = get_page_links(url, lambda x: "imagebam.com" in x)
# remove any duplicate links
links = list(unique_everseen(links))
regex = re.compile(r'\.[a-zA-Z]*$', re.IGNORECASE)
for link in links:
try:
# source image (i.e. "Open image in a new tab")
src = [el['src']
for el in get_elements(link, 'img')
if 'id' in el.attrs]
if len(src) > 0:
# image URL
image_url = src[0]
# filetype
ext = regex.search(image_url)
if ext is None:
ext = ".jpg"
else:
ext = ext.group(0)
# output filename
new_name = set_name(name, ext, delim, number, digits)
# download
download_file(image_url, new_name, dest, number)
number += 1
except:
pass
def imgbox(url, name, dest, delim, digits, number):
print "Downloading images from [imgbox]...\n"
links = ['https://imgbox.com/' + el['href']
for el in get_elements(url, '#gallery-view-content a')]
regex = re.compile(r'(\.[a-zA-Z]*)$', re.IGNORECASE)
for link in links:
try:
image_url = [el['src'] for el in get_elements(link, '#img')][0]
ext = regex.search(image_url).group(1)
new_name = set_name(name, ext, delim, number, digits)
download_file(image_url, new_name, dest, number)
number += 1
except:
pass
def imgur(url, name, dest, delim, digits, number):
print "Downloading images from [imgur]...\n"
links = ['https:' + el['src']
for el in get_elements(url, '.post-image-placeholder, .post-image img')]
regex = re.compile(r'\.com/\w*(\.[a-zA-Z]*)$', re.IGNORECASE)
for image_url in links:
try:
# filetype
ext = regex.search(image_url).group(1)
# output filename
new_name = set_name(name, ext, delim, number, digits)
# download
download_file(image_url, new_name, dest, number)
number += 1
except:
pass
def imgbox(url, name, dest, delim, digits, number):
print "Downloading images from [imgbox]...\n"
links = [el['src']
for el in get_elements(url, '#gallery-view-content img')]
regex = re.compile(r'\.com/(\w*)(\.[a-zA-Z]*)$', re.IGNORECASE)
for link in links:
try:
# image name and filetype
match = regex.search(link)
image, ext = match.group(1), match.group(2)
# image URL and output filename
image_url = "http://i.imgbox.com/" + image
new_name = set_name(name, ext, delim, number, digits)
# download
download_file(image_url, new_name, dest, number)
number += 1
except:
pass
def someimage(url, name, dest, delim, digits, number):
print "Downloading images from [someimage]...\n"
links = get_image_links(url, lambda x: "t1.someimage.com" in x)
regex = re.compile(r'\.com/(\w*(\.[a-zA-Z]*))$', re.IGNORECASE)
for link in links:
try:
# image name and filetype
match = regex.search(link)
image = match.group(1)
ext = match.group(2)
# image URL and output filename
new_name = set_name(name, ext, delim, number, digits)
image_url = "http://i1.someimage.com/" + image
# download
download_file(image_url, new_name, dest, number)
number += 1
except:
pass
def hotflick(url, name, dest, delim, digits, number):
print "Downloading images from [hotflick]...\n"
# get all page links if the gallery has more than one page
div = get_html(url).find('div', {"class": "box-paging"})
gallery_page_links = [str(tag['href'])
for tag in div.findAll('a', href=True)]
# get image links
if gallery_page_links != []:
links = []
for page in gallery_page_links:
links.extend([link for link in get_page_links(
"http://hotflick.net/" + page) if "/v/?q=" in link])
else:
links = [link for link in get_page_links(url) if "/v/?q=" in link]
regex = re.compile(r'\.net/\w/v/\?q\=(\d+)\.(.*)(\.\w*)$', re.IGNORECASE)
for link in links:
try:
# image name and filetype
match = regex.search(link)
ext = match.group(3)
# image URL and output filename
new_name = set_name(name, ext, delim, number, digits)
image_url = "http://www.hotflick.net/u/n/{0}/{1}{2}".format(
match.group(1), match.group(2), ext)
# download
download_file(image_url, new_name, dest, number)
number += 1
except:
print "exception"
pass
def upix(url, name, dest, delim, digits, number):
print "Downloading images from [upix]...\n"
links = [str(tag['href'])
for tag in get_html(url).findAll('a', {"class": "thumb"})]
base_url = url
if str.endswith(url, "/#none"):
base_url = url[:-5]
regex = re.compile(r'(\.[a-zA-Z]*)$', re.IGNORECASE)
for link in links:
try:
# image URL and output filename
image_url = base_url + link
ext = regex.search(image_url).group(1)
new_name = set_name(name, ext, delim, number, digits)
# download
download_file(image_url, new_name, dest, number)
number += 1
except:
pass
def imgur(url, name, dest, delim, digits, number):
print "Downloading images from [imgur]...\n"
if not str.endswith(url, "/layout/blog"):
url += "/layout/blog"
links = get_html(url).findAll('meta', {'property': 'og:image'})
links = [link['content'] for link in links[1:]]
regex = re.compile(r'\.com/\w*(\.[a-zA-Z]*)$', re.IGNORECASE)
for image_url in links:
try:
# filetype
ext = regex.search(image_url).group(1)
# output filename
new_name = set_name(name, ext, delim, number, digits)
# download
download_file(image_url, new_name, dest, number)
number += 1
except:
pass
def test_set_name(self):
self.assertEqual(set_name("abc", "", "", 1, 1), "abc1")
self.assertEqual(set_name("abc", ".txt", "", 1, 1), "abc1.txt")
self.assertEqual(set_name("abc", ".txt", "_", 1, 1), "abc_1.txt")
self.assertEqual(set_name("abc", ".txt", "_", 38, 1), "abc_38.txt")
self.assertEqual(set_name("abc", ".txt", "_", 38, 6), "abc_000038.txt")
# print(get_node_labels("tusimple"))
# remove_node_label("tusimple", "foo")
# print(get_node_labels("tusimple"))
# remove_node_label("tusimple", "foo")
# print(get_node_labels("tusimple"))
# append_or_update_node_label("tusimple", "foo", "bar2")
# tclient.submit_pod(utils.convert_tuyaco_dict_to_task_info(), True)
# namespace = "default"
# image = "tensorflow/tensorflow:latest-gpu"
# replicas = 1
print("initializing test environment")
shared_name = "shared-gpu"
resource = {shared_gpu_name: '3'}
utils.set_name(task_info["data"], shared_name)
utils.set_resources(task_info["data"], resource)
print(task_info)
tclient.submit_pod(task_info, blocking=True)
exclusive_name = "exclusive-gpu"
resource = {exclusive_gpu_name: '3'}
utils.set_name(task_info["data"], exclusive_name)
utils.set_resources(task_info["data"], resource)
tclient.submit_pod(task_info, blocking=True)
try:
print("*" * 50 + "shared count" + "*" * 50)
print("*" * 100)
counts = [5, 6]
tclient.test(counts, [0] * len(counts), True, task_info)
print("*" * 50 + "exclusive count" + "*" * 50)
def test_set_name(self):
self.assertEqual(set_name("abc", "", "", 1, 1), "abc1")
self.assertEqual(set_name("abc", ".txt", "", 1, 1), "abc1.txt")
self.assertEqual(set_name("abc", ".txt", "_", 1, 1), "abc_1.txt")
self.assertEqual(set_name("abc", ".txt", "_", 38, 1), "abc_38.txt")
self.assertEqual(set_name("abc", ".txt", "_", 38, 6), "abc_000038.txt")
def label_function(self, function_address):
# Set repeatable function comment
SetFunctionCmt(function_address, self.comment, 1)
# Rename function
self.count = utils.set_name(function_address, self.name, self.count)