def update_yaml(nfs_server, volume_directory, dir_path, pods, pods_dict, node_dict):
host_ip = get_host_ip()
sys.path.append(dir_path)
import yaml_utils
if re.search("live\d+", str(pods)):
print("\n\033[0;31;40mThe live video playlist URL are below:\033[0m")
for pod in pods:
node_name = pods_dict[pod]["node"]
node = node_dict[node_name]
limit_cpu = 2 * float(pods_dict[pod]["cpu"]) if 2 * float(
pods_dict[pod]["cpu"]) < node["cpu"] else node["cpu"] - 1
limit_memory = 2 * int(pods_dict[pod]["memory"]) if 2 * int(
pods_dict[pod]["memory"]) < node["memory"] else node["memory"] - 1
yaml_file = os.path.join(dir_path, re.match(
"([A-Za-z]+)\d*$", pod).group(1) + "-service-deployment.yaml")
data = yaml_utils.load_yaml_file(yaml_file)
data = yaml_utils.update_resource_quotas(
data, pods_dict[pod]["cpu"], limit_cpu, pods_dict[pod]["memory"], limit_memory)
data = yaml_utils.update_nodeSelector(data, node_name)
if pod == "cdn":
data = yaml_utils.add_volumeMounts(data, True)
data = yaml_utils.add_volumes(
data, nfs_server, True, volume_directory)
node_port = 38080
service_file = dir_path + "/cdn-service-service.yaml"
service_data = yaml_utils.load_yaml_file(service_file)
service_data = yaml_utils.set_nodePort(service_data, node_port)
yaml_utils.dump_yaml_file(service_data, service_file)
if re.search("((vod)|(live))\d+", pod):
data = yaml_utils.update_imageName(
data, pods_dict[pod]["mode"].lower(), True if re.search("vod\d+", pod) else False)
data = yaml_utils.add_volumeMounts(data, False)
data = yaml_utils.add_volumes(
data, nfs_server, False, volume_directory)
data = yaml_utils.update_service_name(
data, pod + "-service")
yaml_file = os.path.join(dir_path, pod + "-service-deployment.yaml")
if re.search("live\d", pod):
live_args = {
'input_video': pods_dict[pod]["input"], "output_dict": {}}
codec_dict = {"AVC": "libx264",
"HEVC": "libsvt_hevc", "AV1": "libsvt_av1"}
for num in range(4):
if pods_dict[pod].get("transcode" + str(num), None) and pods_dict[pod]["transcode" + str(num)].get("protocol", None) and pods_dict[pod]["transcode" + str(num)].get("resolution", None) and pods_dict[pod]["transcode" + str(num)].get("bitrate", None) and pods_dict[pod]["transcode" + str(num)].get("codec", None) and pods_dict[pod]["transcode" + str(num)].get("output", None):
live_args["output_dict"][pods_dict[pod]["transcode" + str(num)]["output"] + "_" + re.search("live(\d+)", pod).group(1) + "_" + str(num)] = [pods_dict[pod]["transcode" + str(
num)]["protocol"].lower(), pods_dict[pod]["transcode" + str(num)]["resolution"], pods_dict[pod]["transcode" + str(num)]["bitrate"], codec_dict[pods_dict[pod]["transcode" + str(num)]["codec"]]]
print("\033[0;31;40mhttps://%s/%s/%s/index.%s\033[0m" % (host_ip, pods_dict[pod]["transcode" + str(num)]["protocol"].lower(), pods_dict[pod]["transcode" + str(num)]
["output"] + "_" + re.search("live(\d+)", pod).group(1) + "_" + str(num), "m3u8" if pods_dict[pod]["transcode" + str(num)]["protocol"].lower() == "hls" else "mpd"))
data = yaml_utils.update_command(
data, pods_dict[pod]["mode"].lower(), live_args)
yaml_utils.dump_yaml_file(data, yaml_file)
subprocess.call("rm -rf %s/vod-service-deployment.yaml" % dir_path, shell=True)
subprocess.call("rm -rf %s/live-service-deployment.yaml" % dir_path, shell=True)
def elasticsearch_config(node_name):
data = yaml_utils.load_yaml_file(yaml_file)
data = yaml_utils.update_nodeSelector(data, node_name)
data = yaml_utils.update_service_name(data, service_name + "-" + str(i))
fileName = yaml_file.rsplit(".")[0] + "-" + str(i) + ".yaml"
yaml_utils.dump_yaml_file(data, fileName)
print("The elasticsearch-" + str(i) + " service deployment done!")
def configure_trancode_service(yaml_file, service_name):
global live_args_list
data = yaml_utils.load_yaml_file(yaml_file)
data = yaml_utils.add_volumeMounts(data, False)
data = yaml_utils.add_volumes(data, nfs_server, False, volume_directory)
i = 0
while True:
if len(hw_node_name_list) > 0:
image_name = input("Please choose the transcode mode of the " + service_name + " ([hw]: hardware is for E3/VCA2 or [sw]: software is for E5): ")
while True:
if image_name.lower() == "sw" or image_name.lower() == "hw":
break
else:
image_name = input("Please choose the transcode mode of the " + service_name + " again ([hw]: hardware is for E3/VCA2 or [sw]: software is for E5): ")
else:
image_name = "sw"
node_name = input_node_name(service_name, image_name.lower())
data = yaml_utils.update_imageName(data, image_name.lower(), False if (service_name == "live-transcode-service") else True)
data = yaml_utils.update_nodeSelector(data, node_name)
if service_name == "live-transcode-service":
deploy_type = input("Do you need to deploy live-transcode-service by customizing parameters([y] or [n]): ")
while True:
if deploy_type.lower() == "y":
deploy_type = "manual"
break
elif deploy_type.lower() == "n":
deploy_type = "auto"
break
else:
deploy_type = input("Input error, do you need to deploy live-transcode-service by customizing parameters([y] or [n]): ")
live_args_list.append(configure_live_transcode_args(deploy_type, image_name.lower()))
data = yaml_utils.update_command(data, image_name.lower(), i, live_args_list)
data = yaml_utils.update_service_name(data, service_name + "-" + str(i))
fileName = yaml_file.rsplit("0")[0] + str(i) + "-deployment.yaml"
yaml_utils.dump_yaml_file(data, fileName)
i += 1
create_node = input("Do you still need to deploy the " + str(i + 1) + " " + service_name + "? ([y] or [n]): ")
while True:
if create_node.lower() == "y" or create_node.lower() == "n":
break
else:
create_node = input("Input error, Do you still need to deploy the " + str(i + 1) + " " + service_name + "? ([y] or [n]): ")
if create_node.lower() == "n":
break
#!/usr/bin/python3
import os
import sys
sys.path.append(sys.argv[1])
import yaml_utils
#dashboard
master_node_name = os.popen(
"kubectl get node | awk '{print $1,$3}' | grep -E 'master'").read().split(
" ")[0]
yaml_file = sys.argv[1] + "dashboard/monitoring-grafana.yaml"
data = yaml_utils.load_yaml_file(yaml_file)
data = yaml_utils.update_nodeSelector(data, master_node_name)
yaml_utils.dump_yaml_file(data, yaml_file)
yaml_file = sys.argv[1] + "dashboard/heapster.yaml"
data = yaml_utils.load_yaml_file(yaml_file)
yaml_utils.update_nodeSelector(data, master_node_name)
yaml_utils.dump_yaml_file(data, yaml_file)
yaml_file = sys.argv[1] + "dashboard/monitoring-influxdb.yaml"
data = yaml_utils.load_yaml_file(yaml_file)
yaml_utils.update_nodeSelector(data, master_node_name)
yaml_utils.dump_yaml_file(data, yaml_file)
yaml_file = sys.argv[1] + "dashboard/kubernetes-dashboard.yaml"
data = yaml_utils.load_yaml_file(yaml_file)
yaml_utils.update_nodeSelector(data, master_node_name)
yaml_utils.dump_yaml_file(data, yaml_file)
def update_yaml(nfs_server, volume_directory, dir_path, pods, pods_dict,
node_dict, trans_cfg_dict):
host_ip = get_host_ip()
sys.path.append(dir_path)
import yaml_utils
if re.search("live\d+", str(pods)):
print("\n\033[0;31;40mThe live video playlist URL are below:\033[0m")
for pod in pods:
node_name = pods_dict[pod]["node"]
node = node_dict[node_name]
limit_cpu = 2 * float(pods_dict[pod]["cpu"]) if 2 * float(
pods_dict[pod]["cpu"]) < node["cpu"] else node["cpu"] - 1
limit_memory = 2 * int(pods_dict[pod]["memory"]) if 2 * int(
pods_dict[pod]["memory"]) < node["memory"] else node["memory"] - 1
yaml_file = os.path.join(
dir_path,
re.match("([A-Za-z]+)\d*$", pod).group(1) +
"-service-deployment.yaml")
data = yaml_utils.load_yaml_file(yaml_file)
data = yaml_utils.update_resource_quotas(data, pods_dict[pod]["cpu"],
limit_cpu,
pods_dict[pod]["memory"],
limit_memory)
data = yaml_utils.update_nodeSelector(data, node_name)
if pod == "cdn":
data = yaml_utils.add_volumeMounts(data, True)
data = yaml_utils.add_volumes(data, nfs_server, True,
volume_directory)
node_port = 443
service_file = dir_path + "/cdn-service-service.yaml"
service_data = yaml_utils.load_yaml_file(service_file)
service_data = yaml_utils.set_nodePort(service_data, node_port)
yaml_utils.dump_yaml_file(service_data, service_file)
if re.search("((vod)|(live))\d+", pod):
data = yaml_utils.update_imageName(
data, pods_dict[pod]["mode"].lower(),
True if re.search("vod\d+", pod) else False)
data = yaml_utils.add_volumeMounts(data, False)
data = yaml_utils.add_volumes(data, nfs_server, False,
volume_directory)
data = yaml_utils.update_service_name(data, pod + "-service")
yaml_file = os.path.join(dir_path,
pod + "-service-deployment.yaml")
if re.search("live\d", pod):
live_args = {
'input_video': pods_dict[pod]["input"],
"output_dict": {}
}
if trans_cfg_dict[pod]['hwaccel'] == 'false':
if trans_cfg_dict[pod]['protocol'] == 'DASH':
if trans_cfg_dict[pod][
'encoder_type'] == 'AVC' or trans_cfg_dict[pod][
'encoder_type'] == 'HEVC' or trans_cfg_dict[
pod]['encoder_type'] == 'AV1':
codec_dict = {
"AVC": "libx264",
"HEVC": "libsvt_hevc",
"AV1": "libsvt_av1"
}
else:
print(
"Error: Only support AVC/HEVC/AV1! Please input correct encoder_type in transcode.cfg ("
+ pod + ")")
os._exit()
elif trans_cfg_dict[pod]['protocol'] == 'HLS':
if trans_cfg_dict[pod][
'encoder_type'] == 'AVC' or trans_cfg_dict[
pod]['encoder_type'] == 'HEVC':
codec_dict = {
"AVC": "libx264",
"HEVC": "libsvt_hevc"
}
else:
print(
"Error: Only support AVC/HEVC! Please input correct encoder_type in transcode.cfg ("
+ pod + ")")
os._exit()
else:
print(
"Error: Please input correct protocol(HLS/DASH) in transcode.cfg ("
+ pod + ")")
os._exit()
elif trans_cfg_dict[pod]['hwaccel'] == 'true':
if trans_cfg_dict[pod][
'encoder_type'] == 'AVC' or trans_cfg_dict[pod][
'encoder_type'] == 'HEVC':
codec_dict = {
"AVC": "h264_vaapi",
"HEVC": "hevc_vaapi"
}
else:
print(
"Error: Only support AVC/HEVC! Please input correct encoder_type in transcode.cfg ("
+ pod + ")")
os._exit()
for num in range(4):
if pods_dict[pod].get(
"transcode" + str(num), None
) and pods_dict[pod]["transcode" + str(num)].get(
"protocol", None
) and pods_dict[pod]["transcode" + str(num)].get(
"resolution", None) and pods_dict[pod][
"transcode" + str(num)].get(
"bitrate", None) and pods_dict[pod][
"transcode" + str(num)].get(
"codec", None) and pods_dict[pod][
"transcode" + str(num)].get(
"output", None):
live_args["output_dict"][
pods_dict[pod]["transcode" + str(num)]["output"] +
"_" + re.search("live(\d+)", pod).group(1) + "_" +
str(num)] = [
pods_dict[pod]["transcode" +
str(num)]["protocol"].lower(),
pods_dict[pod]["transcode" +
str(num)]["resolution"],
pods_dict[pod]["transcode" +
str(num)]["bitrate"],
codec_dict[pods_dict[pod]["transcode" +
str(num)]["codec"]],
pods_dict[pod]["transcode" +
str(num)]["framerate"],
pods_dict[pod]["transcode" + str(num)]["gop"],
pods_dict[pod]["transcode" +
str(num)]["maxbFrames"],
pods_dict[pod]["transcode" +
str(num)]["refsNum"],
pods_dict[pod]["transcode" +
str(num)]["preset"]
]
print(
"\033[0;31;40mhttps://%s/%s/%s/index.%s\033[0m" %
(host_ip,
pods_dict[pod]["transcode" +
str(num)]["protocol"].lower(),
pods_dict[pod]["transcode" + str(num)]["output"] +
"_" + re.search("live(\d+)", pod).group(1) + "_" +
str(num),
"m3u8" if pods_dict[pod]["transcode" + str(num)]
["protocol"].lower() == "hls" else "mpd"))
data = yaml_utils.update_command(
data, pods_dict[pod]["mode"].lower(), live_args)
yaml_utils.dump_yaml_file(data, yaml_file)
subprocess.call("rm -rf %s/vod-service-deployment.yaml" % dir_path,
shell=True)
subprocess.call("rm -rf %s/live-service-deployment.yaml" % dir_path,
shell=True)