Add Proposal

Overview

Add new Proposal

Classification

  • Post

API Operation Object

  • Proposal(menu/plans)

Synchronous / Asynchronous

  • Synchronous

Request

HTTP Request Method

  • POST

HTTP Request Path

{api_endpoint}/v1/proposal/update/{tenant_id}

HTTP Request Header

Format

Content-Type: application/json
X-Auth-Token: <token_id>

HTTP Request Body

Format

{
    "Language": 1,
    "ServiceId": 1,
    "OrderId": "OrderId",
    "CustomerEMailAddress": "youremail@example.com",
    "ProposalXml": "{xml}",
    "isEditing": "True"
}

Request Parameter

Request Parameters
name style format description required/optional
tenant_id URL String(UUID) Tenant which the user have role. required
token_id Header String(token_id) - required
Language Body int Choose ‘language_id’ below required
ServiceId Body int Choose ‘service_id’ below required
OrderId Body String OrderId to identify this proposal optional/reqired when update
CustomerEMailAddress Body String Your e-mail address required
ProposalXml Body xml ‘XML format’ below required
isEditing Body Boolean (SAP HANA only)Specify ‘True’ for temporary save. required(SAP HANA only)
language_id
language_id Language
1 Japanese
2 English
service_id
service_id Service Name
1 HULFT
3 SAP HANA
4 Global Server Load Balance (Global Traffic Management)
5 Power Systems
8 FastDNS
10 VMware Cloud Foundation
11 Oracle License (Physical CPU Charge)
12 Oracle License (vCPU Charge)
13 Hybrid Cloud with GCP

XML format

  • HULFT

Multiple settings are possible for HulftModel.

<?xml version="1.0"?>
<HulftModels xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
  <CustomerEMailAddress>{e-mail address}</CustomerEMailAddress>
  <Language>{language(ja/en)}</Language>
  <Models>
    <HulftModel>
      <Uuid>{Uuid}</Uuid>
      <Dc>{Dc}</Dc>
      <Product>{Product name}</Product>
      <Cluster>{Cluster}</Cluster>
      <Aes>{Aes}</Aes>
      <Script>{Script}</Script>
      <LicensePack>{LicensePack}</LicensePack>
      <Name>{Name}</Name>
      <RowNumber>{RowNumber}</RowNumber>
      <ParentSerial>{ParentSerial}</ParentSerial>
      <Number>{Number}</Number>
      <Status>{Status}</Status>
    </HulftModel>
  </Models>
</HulftModels>
Item description
name description format
CustomerEMailAddress e-mail address
Language Corresponding language ‘ja’or’en’
Uuid uuid to identify this item UUID
Dc Region name ‘jp1’or’jp2’or’jp3’or’jp4’or’jp5’or’uk1’or’us1’or’sg1’or’au1’or’de1’
Product Product name. Choose ‘Product’ or ‘ProductEn’ below
Cluster Existence of cluster. Choose ‘Cluster’ or ‘ClusterEn’ below
Aes Existence of AES. Choose ‘AES’ or ‘AESEn’ below
Script Existence of Script. Choose ‘Script’ or ‘ScriptEn’ below
LicensePack License Pack. Choose ‘LicensePack’ or ‘LicensePackEn’ below  
Name Item name. Choose ‘Name’ or ‘NameEn’ below
RowNumber number to identify this row(from 1 to ...) number
ParentSerial Parent SerialNo or RowNumber  
Number number of add plans number
Status
fixed ‘1’
description Product/Cluster/Aes/Script/LicensePack/Name
Product ProductEn LicensePack LicensePackEn Cluster ClusterEn AES AESEn Script ScriptEn Name NameEn
HULFT8 for Linux-Enterprise HULFT8 for Linux-Enterprise NULL NULL なし None なし None NULL NULL HULFT8 for Linux-Enterprise HULFT8 for Linux-Enterprise
HULFT8 for Linux-Enterprise HULFT8 for Linux-Enterprise NULL NULL なし None あり Yes NULL NULL HULFT8 for Linux-Enterprise AES暗号オプション付 HULFT8 for Linux-Enterprise with AES Cipher Option
HULFT8 for Linux-Enterprise HULFT8 for Linux-Enterprise NULL NULL あり(アクティブ機-CL) Yes (Active-CL) なし None NULL NULL HULFT8 for Linux-Enterprise CL HULFT8 for Linux-Enterprise CL
HULFT8 for Linux-Enterprise HULFT8 for Linux-Enterprise NULL NULL あり(アクティブ機-CL) Yes (Active-CL) あり Yes NULL NULL HULFT8 for Linux-Enterprise CL AES暗号オプション付 HULFT8 for Linux-Enterprise CL with AES Cipher Option
HULFT8 for Linux-Enterprise HULFT8 for Linux-Enterprise NULL NULL あり(スタンバイ機(新規)-CL Add) Yes (Stand-By(New) CL Add) なし None NULL NULL HULFT8 for Linux-Enterprise CL Add HULFT8 for Linux-Enterprise CL Add
HULFT8 for Linux-Enterprise HULFT8 for Linux-Enterprise NULL NULL あり(スタンバイ機(追加)-CL Add) Yes (Stand-By(Add) CL Add) なし None NULL NULL HULFT8 for Linux-Enterprise CL Add HULFT8 for Linux-Enterprise CL Add
HULFT8 for Linux-Enterprise HULFT8 for Linux-Enterprise NULL NULL あり(スタンバイ機(新規)-CL Add) Yes (Stand-By(New) CL Add) あり Yes NULL NULL HULFT8 for Linux-Enterprise CL Add AES暗号オプション付 HULFT8 for Linux-Enterprise CL Add with AES Cipher Option
HULFT8 for Linux-Enterprise HULFT8 for Linux-Enterprise NULL NULL あり(スタンバイ機(追加)-CL Add) Yes (Stand-By(Add) CL Add) あり Yes NULL NULL HULFT8 for Linux-Enterprise CL Add AES暗号オプション付 HULFT8 for Linux-Enterprise CL Add with AES Cipher Option
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL なし None なし None なし None HULFT8 for Windows-Server HULFT8 for Windows-Server
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL なし None なし None あり Yes HULFT8 for Windows-Server Scriptオプション付 HULFT8 for Windows-Server with Script Option
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL なし None あり Yes なし None HULFT8 for Windows-Server AES暗号オプション付 HULFT8 for Windows-Server with AES Cipher Option
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL なし None あり Yes あり Yes HULFT8 for Windows-Server AES暗号・Scriptオプション付 HULFT8 for Windows-Server with AES Cipher Option and Script Option
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL あり(アクティブ機-CL) Yes (Active-CL) なし None なし None HULFT8 for Windows-Server CL HULFT8 for Windows-Server CL
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL あり(アクティブ機-CL) Yes (Active-CL) なし None あり Yes HULFT8 for Windows-Server CL Scriptオプション付 HULFT8 for Windows-Server CL with Script Option
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL あり(アクティブ機-CL) Yes (Active-CL) あり Yes なし None HULFT8 for Windows-Server CL AES暗号オプション付 HULFT8 for Windows-Server CL with AES Cipher Option
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL あり(アクティブ機-CL) Yes (Active-CL) あり Yes あり Yes HULFT8 for Windows-Server CL AES暗号・Scriptオプション付 HULFT8 for Windows-Server CL with AES Cipher Option and Script Option
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL あり(スタンバイ機(新規)-CL Add) Yes (Stand-By(New) CL Add) なし None なし None HULFT8 for Windows-Server CL Add HULFT8 for Windows-Server CL Add
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL あり(スタンバイ機(追加)-CL Add) Yes (Stand-By(Add) CL Add) なし None なし None HULFT8 for Windows-Server CL Add HULFT8 for Windows-Server CL Add
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL あり(スタンバイ機(新規)-CL Add) Yes (Stand-By(New) CL Add) なし None あり Yes HULFT8 for Windows-Server CL Add Scriptオプション付 HULFT8 for Windows-Server CL Add with Script Option
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL あり(スタンバイ機(追加)-CL Add) Yes (Stand-By(Add) CL Add) なし None あり Yes HULFT8 for Windows-Server CL Add Scriptオプション付 HULFT8 for Windows-Server CL Add with Script Option
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL あり(スタンバイ機(新規)-CL Add) Yes (Stand-By(New) CL Add) あり Yes なし None HULFT8 for Windows-Server CL Add AES暗号オプション付 HULFT8 for Windows-Server CL Add with AES Cipher Option
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL あり(スタンバイ機(追加)-CL Add) Yes (Stand-By(Add) CL Add) あり Yes なし None HULFT8 for Windows-Server CL Add AES暗号オプション付 HULFT8 for Windows-Server CL Add with AES Cipher Option
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL あり(スタンバイ機(新規)-CL Add) Yes (Stand-By(New) CL Add) あり Yes あり Yes HULFT8 for Windows-Server CL Add AES暗号・Scriptオプション付 HULFT8 for Windows-Server CL Add with AES Cipher Option and Script Option
HULFT8 for Windows-Server HULFT8 for Windows-Server NULL NULL あり(スタンバイ機(追加)-CL Add) Yes (Stand-By(Add) CL Add) あり Yes あり Yes HULFT8 for Windows-Server CL Add AES暗号・Scriptオプション付 HULFT8 for Windows-Server CL Add with AES Cipher Option and Script Option
HULFT8 Manager HULFT8 Manager NULL NULL NULL NULL NULL NULL NULL NULL HULFT8 Manager HULFT8 Manager

Use En when Language=en

Not required when NULL

  • SAP HANA
<?xml version="1.0"?>
<HanaModel xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
  <OrderId>{OrderId}</OrderId>
  <CustomerEMailAddress>{CustomerEMailAddress}</CustomerEMailAddress>
  <Language>{Language}</Language>
  <OrderInfo>
    <HanaSetName>{HanaSetName}</HanaSetName>
    <GcId>{GCId}</GcId>
    <ApplicationDate>{ApplicationDate}</ApplicationDate>
    <ServiceStartDate>{ServiceServiceStartDateStartDate}</ServiceStartDate>
    <CustomerEMailAddress>{CustomerEMailAddress}</CustomerEMailAddress>
    <PortalId>{PortalId}</PortalId>
    <PortalPass>{PortalPass}</PortalPass>
    <TenantId>{TenantId}</TenantId>
    <RegionName>{RegionName}</RegionName>
    <ServerName>{ServerName}</ServerName>
    <ServerFlavor>{ServerFlavor}</ServerFlavor>
    <ImageName>{ImageName}</ImageName>
    <HaConf>{HaConf}</HaConf>
    <BareZoneGroup>{BareZoneGroup}</BareZoneGroup>
    <SegmentCounts>{SegmentCounts}</SegmentCounts>
    <DataSeg1LogicalNwName>{DataSeg1LogicalNwName}</DataSeg1LogicalNwName>
    <DataSeg1LogicalNwId>{DataSeg1LogicalNwId}</DataSeg1LogicalNwId>
    <DataSeg1Ip>{DataSeg1Ip}</DataSeg1Ip>
    <DataSeg1Tag>{DataSeg1Tag}</DataSeg1Tag>
    <DataSeg1VlanId>{DataSeg1VlanId}</DataSeg1VlanId>
    <DataSeg2LogicalNwName>{DataSeg2LogicalNwName}</DataSeg2LogicalNwName>
    <DataSeg2LogicalNwId>{DataSeg2LogicalNwId}</DataSeg1LogicalNwId>
    <DataSeg2Ip>{DataSeg2Ip}</DataSeg1Ip>
    <DataSeg2Tag>{DataSeg2Tag}</DataSeg1Tag>
    <DataSeg2VlanId>{DataSeg2VlanId}</DataSeg1VlanId>
    <StorageSeg1LogicalNwName>{StorageSeg1LogicalNwName}</StorageSeg1LogicalNwName>
    <StorageSeg1LogicalNwId>{StorageSeg1LogicalNwId}</StorageSeg1LogicalNwId>
    <StorageSeg1Ip>{StorageSeg1Ip}</StorageSeg1Ip>
    <StorageSeg1Tag>{StorageSeg1Tag}</StorageSeg1Tag>
    <StorageSeg1VlanId>{StorageSeg1VlanId}</StorageSeg1VlanId>
    <StorageName>{StorageName}</StorageName>
    <StorageLogicalNwName>{StorageLogicalNwName}</StorageLogicalNwName>
    <StorageIpStart>{StorageIpStart}</StorageIpStart>
    <StorageIpEnd>{StorageIpEnd}</StorageIpEnd>
    <HanaDataVolName>{HanaDataVolName}</HanaDataVolName>
    <HanaDataVolThroughput>{HanaDataVolThroughput}</HanaDataVolThroughput>
    <HanaDataSize>{HanaDataSize}</HanaDataSize>
    <HanaDataZoneGroup>{HanaDataZoneGroup}</HanaDataZoneGroup>
    <HanaLogVolName>{HanaLogVolName}</HanaLogVolName>
    <HanaLogVolThroughput>{HanaLogVolThroughput}</HanaLogVolThroughput>
    <HanaLogSize>{HanaLogSize}</HanaLogSize>
    <HanaLogZoneGroup>{HanaLogZoneGroup}</HanaLogZoneGroup>
    <HanaSharedVolName>{HanaSharedVolName}</HanaSharedVolName>
    <HanaSharedVolThroughput>{HanaSharedVolThroughput}</HanaSharedVolThroughput>
    <HanaSharedSize>{HanaSharedSize}</HanaSharedSize>
    <HanaSharedZoneGroup>{HanaSharedZoneGroup}</HanaSharedZoneGroup>
    <HostName>{HostName}</HostName>
    <RootPass>{RootPass}</RootPass>
    <BootFile>{BootFile}</BootFile>
    <BootSize>{BootSize}</BootSize>
    <EfiFile>{EfiFile}</EfiFile>
    <EfiSize>{EfiSize}</EfiSize>
    <UsrSapFile>{UsrSapFile}</UsrSapFile>
    <UsrSapSize>{UsrSapSize}</UsrSapSize>
    <SwapFile>{SwapFile}</SwapFile>
    <SwapSize>{SwapSize}</SwapSize>
    <RootFile>{RootFile}</RootFile>
    <RootSize>{RootSize}</RootSize>
    <Part6Mp>{Part6Mp}</Part6Mp>
    <Part6File>{Part6File}</Part6File>
    <Part6Size>{Partition6 Size}</Part6Size>
    <Part7Mp>{Part7Mp}</Part7Mp>
    <Part7File>{Part7File}</Part7File>
    <Part7Size>{Part7Size}</Part7Size>
    <Part8Mp>{Part8Mp}</Part8Mp>
    <Part8File>{Part8File}</Part8File>
    <Part8Size>{Part8Size}</Part8Size>
    <Part9Mp>{Part9Mp}</Part9Mp>
    <Part9File>{Part9File}</Part9File>
    <Part9Size>{Part9Size}</Part9Size>
    <Part10Mp>{Part10Mp}</Part10Mp>
    <Part10File>{Part10File}</Part10File>
    <Part10Size>{Part10Size}</Part10Size>
    <OsData1IpAddr>{OsData1IpAddr}</OsData1IpAddr>
    <OsData1IpNetMask>{OsData1IpNetMask}</OsData1IpNetMask>
    <OsData1Vlan>{OsData1Vlan}</OsData1Vlan>
    <OsData1StaticGw>{OsData1StaticGw}</OsData1StaticGw>
    <OsData1StaticNw1>{OsData1StaticNw1}</OsData1StaticNw1>
    <OsData1StaticNw2>{OsData1StaticNw2}</OsData1StaticNw2>
    <OsData1StaticNw3>{OsData1StaticNw3}</OsData1StaticNw3>
    <OsData2IpAddr>{OsData2IpAddr}</OsData2IpAddr>
    <OsData2IpNetMask>{OsData2IpNetMask}</OsData2IpNetMask>
    <OsData2Vlan>{OsData2Vlan}</OsData2Vlan>
    <OsData2StaticGw>{OsData2StaticGw}</OsData2StaticGw>
    <OsData2StaticNw1>{OsData2StaticNw1}</OsData2StaticNw1>
    <OsData2StaticNw2>{OsData2StaticNw2}</OsData2StaticNw2>
    <OsData2StaticNw3>{OsData2StaticNw3}</OsData2StaticNw3>
    <OsStorage1IpAddr>{OsStorage1IpAddr}</OsStorage1IpAddr>
    <OsStorage1IpNetMask>{OsStorage1IpNetMask}</OsStorage1IpNetMask>
    <OsStorage1Vlan>{OsStorage1Vlan}</OsStorage1Vlan>
    <OsStorage1StaticGw>{OsStorage1StaticGw}</OsStorage1Vlan>
    <OsStorage1StaticNw1>{OsStorage1StaticNw1}</OsStorage1StaticNw1>
    <OsStorage1StaticNw2>{OsStorage1StaticNw2}</OsStorage1StaticNw2>
    <OsStorage1StaticNw3>{OsStorage1StaticNw3}</OsStorage1StaticNw3>
    <DefaultGateway>{DefaultGateway}</DefaultGateway>
    <Dns1>{Dns1}</Dns1>
    <Dns2>{Dns2}</Dns2>
    <UseCase>{UseCase}</UseCase>
    <Saps>{Saps}</Saps>
    <HanaVersion>{HanaVersion}</HanaVersion>
    <Sps>{Sps}</Sps>
    <Sid>{Sid}</Sid>
    <InstanceNo>{InstanceNo}</InstanceNo>
    <DbMode>{DbMode}</DbMode>
    <LandScape>{LandScape}</LandScape>
    <HanaAllocationSize>{HanaAllocationSize}</HanaAllocationSize>
    <SapadmPw>{SapadmPw}</SapadmPw>
    <SidAdmPw>{SidAdmPw}</SidAdmPw>
    <SystemPw>{SystemPw}</SystemPw>
  </OrderInfo>
</HanaModel>
Item description
name description format
OrderId OrderId to identify this proposal(reqired when update)
CustomerEMailAddress e-mail address
Language Corresponding language ‘ja’or’en’
HanaSetName HanaSetName
GcId ECL2.0 GCID
ApplicationDate AddProposalDate=Today(UTC) YYYY-MM-DD
ServiceStartDate ServiceStartDate YYYY-MM-DD
CustomerEMailAddress e-mail address
PortalId Business Portal ID
PortalPass Business Portal Password
TenantId TenantId UUID
RegionName RegionName ‘jp1’or’jp2’or’uk1’or’us1’or’sg1’or’hk1’
ServerName ServerName
ServerFlavor ServerFlavor. Choose ‘ServerFlavor’ below
ImageName Image Name. Choose ‘ImageName’ below
HaConf HA configuration ‘Non-HA Configuration(1 HANA server)’or’HA Configuration(2 HANA servers)’
BareZoneGroup Zone/Group (only HaConf=’HA Configuration(2 HANA servers)’)’Zone1 - Group A’or’Zone1 - Group B’
SegmentCounts Number of Segments ‘1’or‘2’
DataSeg1LogicalNwName Logical Network Name for Data Segment 1
DataSeg1LogicalNwId Logical Network ID for Data Segment 1
DataSeg1Ip IP Address for Data Segment 1
DataSeg1Tag Segment Classification for Data Segment 1 fixed ‘vlan’
DataSeg1VlanId Segment VLANID for Data Segment 1
DataSeg2LogicalNwName Logical Network Name for Data Segment 2(only SegmentCounts=2)
DataSeg2LogicalNwId Logical Network ID for Data Segment 2(only SegmentCounts=2)
DataSeg2Ip IP Address for Data Segment 2(only SegmentCounts=2)
DataSeg2Tag Segment Classification for Data Segment 2(only SegmentCounts=2) fixed ‘vlan’
DataSeg2VlanId Segment VLANID for Data Segment 2(only SegmentCounts=2)
StorageSeg1LogicalNwName Logical Network Name for Storage Segment 1
StorageSeg1LogicalNwId Logical Network ID for Storage Segment 1
StorageSeg1Ip IP Address for Storage Segment 1
StorageSeg1Tag Segment Classification for Storage Segment 1 fixed ‘vlan’
StorageSeg1VlanId Segment VLANID for Storage Segment 1
StorageName Virtual Storage Name
StorageLogicalNwName Logical Network Name
StorageIpStart IP Address Pool Start
StorageIpEnd IP Address Pool End
HanaDataVolName Volume Name for /hana/data
HanaDataVolThroughput Throughput for /hana/data [MB/s] fixed ‘400’
HanaDataSize Volume Size for /hana/data (ServerFlavor=GP2)‘256’or‘512’, (ServerFlavor=GP3)fixed‘512’
HanaDataZoneGroup Zone/Group for /hana/data equal BareZoneGroup
HanaLogVolName Volume Name for /hana/log
HanaLogVolThroughput Throughput for /hana/log [MB/s] fixed ‘250’
HanaLogSize Volume Size for /hana/log ‘256’or‘512’
HanaLogZoneGroup Zone/Group for /hana/log equal BareZoneGroup
HanaSharedVolName Volume Name for /hana/shared
HanaSharedVolThroughput Throughput for /hana/shared [MB/s] fixed ‘100’
HanaSharedSize Volume Size for /hana/shared (ServerFlavor=GP2)‘256’or‘512’, (ServerFlavor=GP3)fixed‘512’
HanaSharedZoneGroup Zone/Group for /hana/shared equal BareZoneGroup
HostName Host Name Alphabet letters, numerical digits period (.) and hyphen (-).First character must be an alphabet letter or numerical digit.
RootPass root Password
BootFile File System for /boot fixed ‘ext4’
BootSize Size[MB] for /boot
EfiFile File System for /boot/efi fixed ‘fat32’
EfiSize Size[MB] for /boot/efi fixed ‘512’
UsrSapFile File System for /usr/sap fixed ‘ext4’
UsrSapSize Size[GB] for /usr/sap
SwapFile File System for swap fixed ‘swap’
SwapSize Size[GB] for swap
RootFile File System for / fixed ‘ext4’
RootSize Size[GB] for / 550 - (BootSize/1024+ EfiSize/1024+ UsrSapSize+SwapSize+ Part6Size+ Part7Size+ Part8Size+ Part9Size+ Part10Size)
Part6Mp Mount Point for Partition 6(optional)
Part6File Files System for Partition 6(optional) ‘ext4’or’fat32’or’xfs’
Part6Size Size[GB] for Partition 6(optional)
Part7Mp Mount Point for Partition 7(optional)
Part7File Files System for Partition 7(optional) ‘ext4’or’fat32’or’xfs’
Part7Size Size[GB] for Partition 7(optional)
Part8Mp Mount Point for Partition 8(optional)
Part8File Files System for Partition 8(optional) ‘ext4’or’fat32’or’xfs’
Part8Size Size[GB] for Partition 8(optional)
Part9Mp Mount Point for Partition 9(optional)
Part9File Files System for Partition 9(optional) ‘ext4’or’fat32’or’xfs’
Part9Size Size[GB] for Partition 9(optional)
Part10Mp Mount Point for Partition 10(optional)
Part10File Files System for Partition 10(optional) ‘ext4’or’fat32’or’xfs’
Part10Size Size[GB] for Partition 10(optional)
OsData1IpAddr Logical NIC(for Data 1) IP Address DataSeg1Ip + ‘/’
OsData1IpNetMask Logical NIC(for Data 1) Network Mask
OsData1Vlan Logical NIC(for Data 1) VLAN ID equal DataSeg1VlanId
OsData1StaticGw Logical NIC(for Data 1) Static Route Gateway
OsData1StaticNw1 Logical NIC(for Data 1) Static Route Network 1
OsData1StaticNw2 Logical NIC(for Data 1) Static Route Network 2
OsData1StaticNw3 Logical NIC(for Data 1) Static Route Network 3
OsData2IpAddr Logical NIC(for Data 2) IP Address(only SegmentCounts=2)
OsData2IpNetMask Logical NIC(for Data 2) Network Mask(only SegmentCounts=2)
OsData2Vlan Logical NIC(for Data 2) VLAN ID(only SegmentCounts=2)
OsData2StaticGw Logical NIC(for Data 2) Static Route Gateway(only SegmentCounts=2)
OsData2StaticNw1 Logical NIC(for Data 2) Static Route Network 1(only SegmentCounts=2)
OsData2StaticNw2 Logical NIC(for Data 2) Static Route Network 2(only SegmentCounts=2)
OsData2StaticNw3 Logical NIC(for Data 2) Static Route Network 3(only SegmentCounts=2)
OsStorage1IpAddr Logical NIC(for Storage 1) IP Address StorageSeg1Ip + ‘/’
OsStorage1IpNetMask Logical NIC(for Storage 1) Network Mask
OsStorage1Vlan Logical NIC(for Storage 1) VLAN ID equal StorageSeg1VlanId
OsStorage1StaticGw Logical NIC(for Storage 1) Static Route Gateway
OsStorage1StaticNw1 Logical NIC(for Storage 1) Static Route Network 1
OsStorage1StaticNw2 Logical NIC(for Storage 1) Static Route Network 2
OsStorage1StaticNw3 Logical NIC(for Storage 1) Static Route Network 3
DefaultGateway Default Gateway
Dns1 DNS1
Dns2 DNS2
UseCase Use Case
Saps SAPS
HanaVersion HANA version fixed ‘SAP HANA Platform Edition 1.0’
Sps SPS ‘SPS11’or’SPS12’
Sid SID 3 alphanumeric characters.Only uppercase letters are allowed.The first character must be an alphabet letter.
InstanceNo Instance No. 2 numerical characters
DbMode Database Mode Single Container’or’Multiple Container’
LandScape LandScape Production’or’Test’or’Development’or’Custom’
HanaAllocationSize HANA Assigned Memory size
SapadmPw sapadm Password 8 characters mixed with uppercase/lowercase alphabet letter, numerical digit and symbolic letter.
SidAdmPw SIDadm Password 8 characters mixed with uppercase/lowercase alphabet letter, numerical digit and symbolic letter.
SystemPw SYSTEM Password 8 characters mixed with uppercase/lowercase alphabet letter, numerical digit and symbolic letter.
  • Global Server Load Balance (Global Traffic Management) / Power Systems / FastDNS / VMware Cloud Foundation / Oracle License(Physical CPU Charge) / Oracle License(vCPU Charge) / Hybrid Cloud with GCP

Multiple settings are possible for GenericModel. For PowerSystems, Models must be empty.

<?xml version="1.0"?>
<GenericModels xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
  <OrderId>{OrderId}</OrderId>
  <CustomerEMailAddress>{CustomerEMailAddress}</CustomerEMailAddress>
  <Language>{Language}</Language>
  <Models>
    <GenericModel>
      <Uuid>{Uuid}</Uuid>
      <Id>{Id}</Id>
      <RowNumber>{RowNumber}</RowNumber>
      <Number>{Number}</Number>
      <Status>{Status}</Status>
    </GenericModel>
  </Models>
</GenericModels>
Item description
name description format
OrderId OrderId to identify this proposal(reqired when update)
CustomerEMailAddress e-mail address
Language Corresponding language ‘ja’or’en’
Uuid uuid to identify this item UUID
Id ID of Plans. Choose ‘Id’ below  
RowNumber number to identify this row(from 1 to ...) number
Number number of add plans number
Status
fixed ‘1’
Id
Id ServiceId Name NameEn
401 4 2FQDN Plan 2FQDN Plan
402 4 5FQDN Plan 5FQDN Plan
801 8 1zone Plan 1zone Plan
802 8 2zone Plan 2zone Plan
803 8 3zone Plan 3zone Plan
804 8 4zone Plan 4zone Plan
805 8 5zone Plan 5zone Plan
806 8 6zone Plan 6zone Plan
807 8 7zone Plan 7zone Plan
808 8 8zone Plan 8zone Plan
1001 10 [Step1] VMware Cloud Foundation 納期照会 [Step1] VMware Cloud Foundation 納期照会
1002 10 [Step2] VMware Cloud Foundation 本申込 [Step2] VMware Cloud Foundation 本申込
1101 11 Oracle SE2 for General Purpose 1 v1 (1 Processor License 相当) Oracle SE2 for General Purpose 1 v1 (1 Processor License Equivalent)
1102 11 Oracle SE2 for General Purpose 1 v2 (1 Processor License 相当) Oracle SE2 for General Purpose 1 v2 (1 Processor License Equivalent)
1103 11 Oracle SE2 for General Purpose 2 v1 (2 Processor License 相当) Oracle SE2 for General Purpose 2 v1 (2 Processor License Equivalent)
1104 11 Oracle SE2 for General Purpose 2 v2 (2 Processor License 相当) Oracle SE2 for General Purpose 2 v2 (2 Processor License Equivalent)
1105 11 Oracle SE2 for General Purpose 3 v1 (2 Processor License 相当) Oracle SE2 for General Purpose 3 v1 (2 Processor License Equivalent)
1106 11 Oracle SE2 for General Purpose 3 v2 (2 Processor License 相当) Oracle SE2 for General Purpose 3 v2 (2 Processor License Equivalent)
1107 11 Oracle SE2 for Workload Optimized 1 v1 (1 Processor License 相当) Oracle SE2 for Workload Optimized 1 v1 (1 Processor License Equivalent)
1108 11 Oracle SE2 for Workload Optimized 1 v2 (1 Processor License 相当) Oracle SE2 for Workload Optimized 1 v2 (1 Processor License Equivalent)
1109 11 Oracle SE2 for Workload Optimized 2 v1 (2 Processor License 相当) Oracle SE2 for Workload Optimized 2 v1 (2 Processor License Equivalent)
1110 11 Oracle SE2 for Workload Optimized 3 v1 (2 Processor License 相当) Oracle SE2 for Workload Optimized 3 v1 (2 Processor License Equivalent)
1111 11 Oracle EE for General Purpose 1 v1 (2 Processor License 相当) Oracle EE for General Purpose 1 v1 (2 Processor License Equivalent)
1112 11 Oracle EE for General Purpose 1 v2 (4 Processor License 相当) Oracle EE for General Purpose 1 v2 (4 Processor License Equivalent)
1113 11 Oracle EE for General Purpose 2 v1 (12 Processor License 相当) Oracle EE for General Purpose 2 v1 (12 Processor License Equivalent)
1114 11 Oracle EE for General Purpose 2 v2 (16 Processor License 相当) Oracle EE for General Purpose 2 v2 (16 Processor License Equivalent)
1115 11 Oracle EE for General Purpose 3 v1 (18 Processor License 相当) Oracle EE for General Purpose 3 v1 (18 Processor License Equivalent)
1116 11 Oracle EE for General Purpose 3 v2 (18 Processor License 相当) Oracle EE for General Purpose 3 v2 (18 Processor License Equivalent)
1117 11 Oracle EE for Workload Optimized 1 v1 (2 Processor License 相当) Oracle EE for Workload Optimized 1 v1 (2 Processor License Equivalent)
1118 11 Oracle EE for Workload Optimized 1 v2 (2 Processor License 相当) Oracle EE for Workload Optimized 1 v2 (2 Processor License Equivalent)
1119 11 Oracle EE for Workload Optimized 2 v1 (8 Processor License 相当) Oracle EE for Workload Optimized 2 v1 (8 Processor License Equivalent)
1120 11 Oracle EE for Workload Optimized 3 v1 (14 Processor License 相当) Oracle EE for Workload Optimized 3 v1 (14 Processor License Equivalent)
1201 12 Oracle SE2 - VMのvCPU数 : 1 vCPU Oracle SE2 - Number of vCPUs on VM : 1 vCPU
1202 12 Oracle SE2 - VMのvCPU数 : 2 vCPU Oracle SE2 - Number of vCPUs on VM : 2 vCPU
1203 12 Oracle SE2 - VMのvCPU数 : 3 ~ 4 vCPU Oracle SE2 - Number of vCPUs on VM : 3 ~ 4 vCPU
1204 12 Oracle SE2 - VMのvCPU数 : 5 ~ 8 vCPU Oracle SE2 - Number of vCPUs on VM : 5 ~ 8 vCPU
1205 12 Oracle SE2 - VMのvCPU数 : 9 ~ 12 vCPU Oracle SE2 - Number of vCPUs on VM : 9 ~ 12 vCPU
1206 12 Oracle SE2 - VMのvCPU数 : 13 ~ 16 vCPU Oracle SE2 - Number of vCPUs on VM : 13 ~ 16 vCPU
1207 12 Oracle SE2 - VMのvCPU数 : 17 ~ 20 vCPU Oracle SE2 - Number of vCPUs on VM : 17 ~ 20 vCPU
1208 12 Oracle SE2 - VMのvCPU数 : 21 ~ 24 vCPU Oracle SE2 - Number of vCPUs on VM : 21 ~ 24 vCPU
1209 12 Oracle SE2 - VMのvCPU数 : 25 ~ 28 vCPU Oracle SE2 - Number of vCPUs on VM : 25 ~ 28 vCPU
1210 12 Oracle SE2 - VMのvCPU数 : 29 ~ 32 vCPU Oracle SE2 - Number of vCPUs on VM : 29 ~ 32 vCPU
1211 12 Oracle SE2 - VMのvCPU数 : 33 ~ 36 vCPU Oracle SE2 - Number of vCPUs on VM : 33 ~ 36 vCPU
1223 12 Oracle EE (Standard) - VMのvCPU数 : 2 vCPU Oracle EE (Standard) - Number of vCPUs on VM : 2 vCPU
1224 12 Oracle EE (Standard) - VMのvCPU数 : 3 ~ 4 vCPU Oracle EE (Standard) - Number of vCPUs on VM : 3 ~ 4 vCPU
1225 12 Oracle EE (Standard) - VMのvCPU数 : 5 ~ 8 vCPU Oracle EE (Standard) - Number of vCPUs on VM : 5 ~ 8 vCPU
1226 12 Oracle EE (Standard) - VMのvCPU数 : 9 ~ 12 vCPU Oracle EE (Standard) - Number of vCPUs on VM : 9 ~ 12 vCPU
1227 12 Oracle EE (Standard) - VMのvCPU数 : 13 ~ 16 vCPU Oracle EE (Standard) - Number of vCPUs on VM : 13 ~ 16 vCPU
1228 12 Oracle EE (Standard) - VMのvCPU数 : 17 ~ 20 vCPU Oracle EE (Standard) - Number of vCPUs on VM : 17 ~ 20 vCPU
1229 12 Oracle EE (Standard) - VMのvCPU数 : 21 ~ 24 vCPU Oracle EE (Standard) - Number of vCPUs on VM : 21 ~ 24 vCPU
1230 12 Oracle EE (Standard) - VMのvCPU数 : 25 ~ 28 vCPU Oracle EE (Standard) - Number of vCPUs on VM : 25 ~ 28 vCPU
1231 12 Oracle EE (Standard) - VMのvCPU数 : 29 ~ 32 vCPU Oracle EE (Standard) - Number of vCPUs on VM : 29 ~ 32 vCPU
1232 12 Oracle EE (Standard) - VMのvCPU数 : 33 ~ 36 vCPU Oracle EE (Standard) - Number of vCPUs on VM : 33 ~ 36 vCPU
1233 12 Oracle EE (High-end) - VMのvCPU数 : 2 vCPU Oracle EE (High-end) - Number of vCPUs on VM : 2 vCPU
1234 12 Oracle EE (High-end) - VMのvCPU数 : 3 ~ 4 vCPU Oracle EE (High-end) - Number of vCPUs on VM : 3 ~ 4 vCPU
1235 12 Oracle EE (High-end) - VMのvCPU数 : 5 ~ 8 vCPU Oracle EE (High-end) - Number of vCPUs on VM : 5 ~ 8 vCPU
1236 12 Oracle EE (High-end) - VMのvCPU数 : 9 ~ 12 vCPU Oracle EE (High-end) - Number of vCPUs on VM : 9 ~ 12 vCPU
1237 12 Oracle EE (High-end) - VMのvCPU数 : 13 ~ 16 vCPU Oracle EE (High-end) - Number of vCPUs on VM : 13 ~ 16 vCPU
1238 12 Oracle EE (High-end) - VMのvCPU数 : 17 ~ 20 vCPU Oracle EE (High-end) - Number of vCPUs on VM : 17 ~ 20 vCPU
1239 12 Oracle EE (High-end) - VMのvCPU数 : 21 ~ 24 vCPU Oracle EE (High-end) - Number of vCPUs on VM : 21 ~ 24 vCPU
1240 12 Oracle EE (High-end) - VMのvCPU数 : 25 ~ 28 vCPU Oracle EE (High-end) - Number of vCPUs on VM : 25 ~ 28 vCPU
1241 12 Oracle EE (High-end) - VMのvCPU数 : 29 ~ 32 vCPU Oracle EE (High-end) - Number of vCPUs on VM : 29 ~ 32 vCPU
1242 12 Oracle EE (High-end) - VMのvCPU数 : 33 ~ 36 vCPU Oracle EE (High-end) - Number of vCPUs on VM : 33 ~ 36 vCPU
1301 13 標準プラン basic plan

Response

HTTP Response Header

Format

HTTP/1.1 <response code> <message> (ex. 200 OK)
  • <response_code>: see “HTTP Responses” section
  • <message>: message based on the response code

Response Code

Response Codes
response code condition
200 normal end
400 Bad Request
403 Unauthorized
404 not found a specified item

HTTP Response Body

  • none