def save_service_info(self, tenant, service, check_service_info):
service_info = check_service_info
service.language = service_info.get("language", "")
memory = service_info.get("memory", 128)
min_cpu = common_services.calculate_cpu(service.service_region, memory)
service.min_memory = memory - memory % 32
service.min_cpu = min_cpu
# Set the deployment type based on the test results
logger.debug("save svc extend_method {0}".format(
service_info.get("service_type",
ComponentType.stateless_multiple.value)))
service.extend_method = service_info.get(
"service_type", ComponentType.stateless_multiple.value)
args = service_info.get("args", None)
if args:
service.cmd = " ".join(args)
else:
service.cmd = ""
image = service_info.get("image", None)
if image:
service_image = image["name"] + ":" + image["tag"]
service.image = service_image
service.version = image["tag"]
envs = service_info.get("envs", None)
ports = service_info.get("ports", None)
volumes = service_info.get("volumes", None)
service_runtime_os = service_info.get("os", "linux")
if service_runtime_os == "windows":
label_service.set_service_os_label(tenant, service,
service_runtime_os)
self.__save_compile_env(tenant, service, service.language)
# save env
self.__save_env(tenant, service, envs)
self.__save_port(tenant, service, ports)
self.__save_volume(tenant, service, volumes)
def save_service_info(self, tenant, service, check_service_info):
service_info = check_service_info
service.language = service_info["language"]
memory = service_info.get("memory", 128)
min_cpu = common_services.calculate_cpu(service.service_region, memory)
service.min_memory = memory
service.min_cpu = min_cpu
args = service_info.get("args", None)
if args:
service.cmd = " ".join(args)
else:
service.cmd = ""
image = service_info.get("image", None)
if image:
service_image = image["name"] + ":" + image["tag"]
service.image = service_image
service.version = image["tag"]
library = service_info.get("dependencies", False)
procfile = service_info.get("procfile", False)
runtime = service_info.get("runtime", False)
envs = service_info["envs"]
ports = service_info["ports"]
volumes = service_info["volumes"]
code, msg = self.__save_compile_env(tenant, service,
service_info["language"], library,
runtime, procfile)
if code != 200:
return code, msg
# 先保存env,再保存端口，因为端口需要处理env
code, msg = self.__save_env(tenant, service, envs)
if code != 200:
return code, msg
code, msg = self.__save_port(tenant, service, ports)
if code != 200:
return code, msg
code, msg = self.__save_volume(tenant, service, volumes)
if code != 200:
return code, msg
return 200, "success"
def save_service_info(self, tenant, service, check_service_info):
service_info = check_service_info
service.language = service_info.get("language", "")
memory = service_info.get("memory", 128)
min_cpu = common_services.calculate_cpu(service.service_region, memory)
service.min_memory = memory
service.min_cpu = min_cpu
# Set the deployment type based on the test results
service.extend_method = "state" if service_info[
"deploy_type"] == "StatefulServiceType" else "stateless"
args = service_info.get("args", None)
if args:
service.cmd = " ".join(args)
else:
service.cmd = ""
image = service_info.get("image", None)
if image:
service_image = image["name"] + ":" + image["tag"]
service.image = service_image
service.version = image["tag"]
envs = service_info.get("envs", None)
ports = service_info.get("ports", None)
volumes = service_info.get("volumes", None)
code, msg = self.__save_compile_env(tenant, service, service.language)
if code != 200:
return code, msg
# 先保存env,再保存端口，因为端口需要处理env
code, msg = self.__save_env(tenant, service, envs)
if code != 200:
return code, msg
code, msg = self.__save_port(tenant, service, ports)
if code != 200:
return code, msg
code, msg = self.__save_volume(tenant, service, volumes)
if code != 200:
return code, msg
return 200, "success"
def put(self, request, plugin_id, *args, **kwargs):
"""
启停用应用插件
---
parameters:
- name: tenantName
description: 租户名
required: true
type: string
paramType: path
- name: serviceAlias
description: 服务别名
required: true
type: string
paramType: path
- name: plugin_id
description: 插件ID
required: true
type: string
paramType: path
- name: is_switch
description: 插件启停状态
required: false
type: boolean
paramType: form
- name: min_memory
description: 插件内存
required: false
type: boolean
paramType: form
"""
try:
if not plugin_id:
return Response(general_message(400, "params error", "参数异常"), status=400)
is_active = request.data.get("is_switch", True)
service_plugin_relation = app_plugin_service.get_service_plugin_relation(self.service.service_id, plugin_id)
if not service_plugin_relation:
return Response(general_message(404, "params error", "未找到关联插件的构建版本"), status=404)
else:
build_version = service_plugin_relation.build_version
pbv = plugin_version_service.get_by_id_and_version(plugin_id,build_version)
# 更新内存和cpu
min_memory = request.data.get("min_memory", pbv.min_memory)
min_cpu = common_services.calculate_cpu(self.service.service_region, min_memory)
data = dict()
data["plugin_id"] = plugin_id
data["switch"] = is_active
data["version_id"] = build_version
data["plugin_memory"] = min_memory
data["plugin_cpu"] = min_cpu
# 更新数据中心数据参数
region_api.update_plugin_service_relation(self.response_region, self.tenant.tenant_name,
self.service.service_alias, data)
# 更新本地数据
app_plugin_service.start_stop_service_plugin(self.service.service_id, plugin_id, is_active)
pbv.min_memory = min_memory
pbv.min_cpu = min_cpu
pbv.save()
result = general_message(200, "success", "操作成功")
except Exception, e:
logger.exception(e)
result = error_message(e.message)
def put(self, request, plugin_id, *args, **kwargs):
"""
启停用组件插件
---
parameters:
- name: tenantName
description: 租户名
required: true
type: string
paramType: path
- name: serviceAlias
description: 组件别名
required: true
type: string
paramType: path
- name: plugin_id
description: 插件ID
required: true
type: string
paramType: path
- name: is_switch
description: 插件启停状态
required: false
type: boolean
paramType: form
- name: min_memory
description: 插件内存
required: false
type: boolean
paramType: form
"""
if not plugin_id:
return Response(general_message(400, "not found plugin_id",
"参数异常"),
status=400)
is_active = request.data.get("is_switch", True)
service_plugin_relation = app_plugin_service.get_service_plugin_relation(
self.service.service_id, plugin_id)
if not service_plugin_relation:
return Response(general_message(404, "not found plugin relation",
"未找到组件使用的插件"),
status=404)
else:
build_version = service_plugin_relation.build_version
pbv = plugin_version_service.get_by_id_and_version(
self.tenant.tenant_id, plugin_id, build_version)
# 更新内存和cpu
memory = request.data.get("min_memory", pbv.min_memory)
cpu = common_services.calculate_cpu(self.service.service_region,
memory)
data = dict()
data["plugin_id"] = plugin_id
data["switch"] = is_active
data["version_id"] = build_version
data["plugin_memory"] = int(memory)
data["plugin_cpu"] = int(cpu)
# 更新数据中心数据参数
region_api.update_plugin_service_relation(self.response_region,
self.tenant.tenant_name,
self.service.service_alias,
data)
# 更新本地数据
app_plugin_service.start_stop_service_plugin(self.service.service_id,
plugin_id, is_active, cpu,
memory)
result = general_message(200, "success", "操作成功")
return Response(result, status=result["code"])
