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cloudstack/setup/db/server-setup.xml
Manuel Amador (Rudd-O) 05c020e1f6 Source code committed
2010-08-11 09:13:29 -07:00

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<?xml version="1.0" encoding="ISO-8859-1"?>
<data>
<version>2.0</version>
<!--
ipAddressRange: It is possible to specify a single IP address. For example, to add 192.168.1.1
as the only address, specify as <ipAddressRange>192.168.1.1<ipAddressRange>. To specify 192.168.1.1
to 192.168.1.150 specify as <ipAddressRange>192.168.1.1-192.168.1.150</ipAddressRange>
-->
<zones>
<zone>
<id>1</id>
<name>ZONE1</name>
<dns1>72.52.126.11</dns1>
<dns2>72.52.126.12</dns2>
<internalDns1>192.168.10.253</internalDns1>
<internalDns2>192.168.10.254</internalDns2>
<gateway>172.16.0.1</gateway>
<netmask>255.255.0.0</netmask>
<ipAddressRange>172.16.1.1-172.16.255.253</ipAddressRange>
<guestNetworkCidr>10.1.1.0/24</guestNetworkCidr>
</zone>
</zones>
<!--
ipAddressRange: It is possible to specify a single IP address. For example, to add 192.168.1.1
as the only address, specify as <ipAddressRange>192.168.1.1<ipAddressRange>. To specify 192.168.1.1
to 192.168.1.150 specify as <ipAddressRange>192.168.1.1-192.168.1.150</ipAddressRange>
At the moment there is no way to specify a different netmask for each pod. The netmask
is controlled by the private.net.mask parameter further down this file.
-->
<pods>
<pod>
<id>1</id>
<name>POD1</name>
<zoneId>1</zoneId>
<gateway>192.168.2.1</gateway>
<cidr>192.168.2.0/24</cidr>
<ipAddressRange>192.168.2.20-192.168.2.170</ipAddressRange>
</pod>
</pods>
<!--
<vlans>
<vlan>
<zoneId>1</zoneId>
<vlanId>30</vlanId>
<vlanType>VirtualNetwork</vlanType>
<gateway>192.168.30.1</gateway>
<netmask>255.255.255.0</netmask>
<ipAddressRange>192.168.30.10-192.168.30.19</ipAddressRange>
</vlan>
<vlan>
<zoneId>1</zoneId>
<vlanId>31</vlanId>
<vlanType>VirtualNetwork</vlanType>
<gateway>192.168.31.1</gateway>
<netmask>255.255.255.0</netmask>
<ipAddressRange>192.168.31.10-192.168.31.19</ipAddressRange>
</vlan>
</vlans>
-->
<!--
* id is the unique id of the service offering
* name is the name of the service offering
* displayText is the text that will be shown in the UI (usually as a dropdown list)
* cpu is the number of CPUs for the offering
* ramSize is total memory in MB
* speed is the CPU speed for each core in MHZ
* diskSpace is the storage space in MB
* enableHA is a true/false value to determine if HA should be turned on for vms with this service offering. Default is false.
-->
<serviceOfferings>
<serviceOffering>
<id>1</id>
<name>Small Instance</name>
<displayText>Small Instance [500MHZ CPU, 512MB MEM, 16GB Disk] - $0.10 per hour</displayText>
<cpu>1</cpu>
<ramSize>512</ramSize>
<speed>500</speed>
</serviceOffering>
<serviceOffering>
<id>2</id>
<name>Medium Instance</name>
<displayText>Medium Instance [2GHZ CPU, 2GB MEM, 32GB Disk] - $0.20 per hour</displayText>
<cpu>1</cpu>
<ramSize>2048</ramSize>
<speed>2000</speed>
</serviceOffering>
<serviceOffering>
<id>3</id>
<name>Large Instance</name>
<displayText>Large Instance [2GHZ CPU, 4GB MEM, 64GB Disk] - $0.30 per hour</displayText>
<cpu>2</cpu>
<ramSize>4096</ramSize>
<speed>2000</speed>
</serviceOffering>
</serviceOfferings>
<diskOfferings>
<diskOffering>
<id>1</id>
<domainId>1</domainId>
<name>Small Disk</name>
<displayText>Small Disk [16GB Disk]</displayText>
<diskSpace>16000</diskSpace>
</diskOffering>
<diskOffering>
<id>2</id>
<domainId>1</domainId>
<name>Medium Disk</name>
<displayText>Medium Disk [32GB Disk]</displayText>
<diskSpace>32000</diskSpace>
</diskOffering>
<diskOffering>
<id>3</id>
<domainId>1</domainId>
<name>Large Disk</name>
<displayText>Large Disk [64GB Disk]</displayText>
<diskSpace>64000</diskSpace>
</diskOffering>
</diskOfferings>
<!--
This is the user section. Use this to create users for your fresh setup.
* firstname/lastname are optional parameters
* id and email, however, are *required*
-->
<users>
<user>
<id>2</id>
<username>admin</username>
<password>password</password>
<firstname>Admin</firstname>
<lastname>User</lastname>
<email>admin@mailprovider.com</email>
</user>
</users>
<!--
This is the configuration section. It contains various configuration settings
unrelated between each other, but influencing the operation of the cloud.
-->
<configurationEntries>
<!--
The guest.ip.network and guest.netmask parameters control the guest virtual network.
The guest virtual network is an overlay network on top of the management network and
is managed by VMOps multitenant hypervisor. By default, as you can see from the
netmask, the guest network is limited to 254 guests, so you may want to change the
netmask if you plan to run larger-than-254-guest clusters of VMs in a single guest
network.
-->
<configuration>
<name>guest.ip.network</name>
<value>10.1.1.1</value>
</configuration>
<configuration>
<name>guest.netmask</name>
<value>255.255.255.0</value>
</configuration>
<!--
The default.zone parameter controls in which zone machines are created by default,
if you do not specify a zone.
-->
<configuration>
<name>default.zone</name>
<value>ZONE1</value>
</configuration>
<!--
The domain.suffix parameter...
--> <configuration>
<name>domain.suffix</name>
<value>qatest-vmops.com</value>
</configuration>
<!--
The instance.name parameter is tacked to the end of the names of the VMs you create.
So, for example, with the TEST value as it ships by default, your VMs would be named:
i-X-Y-TEST, where X is the account ID and Y is the serially incrementing VM ID.
-->
<configuration>
<name>instance.name</name>
<value>TEST</value>
</configuration>
<!--
The integration.api.port parameter controls on which port the REST API listens.
-->
<configuration>
<name>integration.api.port</name>
<value>8096</value>
</configuration>
<!--
The memory.capacity.threshold is a percentage value (e.g. 0.85 is 85%). Whenever
the Percent Used memory in a pod exceeds this threshold, our software will alert
you.
-->
<configuration>
<name>memory.capacity.threshold</name>
<value>0.85</value>
</configuration>
<!--
This parameter is similar to memory.capacity.threshold, but for CPU capacity.
-->
<configuration>
<name>cpu.capacity.threshold</name>
<value>0.85</value>
</configuration>
<!--
The following two parameters:
1. storage.capacity.threshold
2. storage.allocated.capacity.threshold
are similar to the last two parameters, but apply to storage. If at any point,
the Storage Used (actual data size used in the storage volume) or Storage
Allocated (total storage configured across a pod) exceeds these thresholds,
our software will alert you.
-->
<configuration>
<name>storage.capacity.threshold</name>
<value>0.85</value>
</configuration>
<configuration>
<name>storage.allocated.capacity.threshold</name>
<value>0.85</value>
</configuration>
<!--
The following two parameters operate in a similar fashion to the earlier
thresholds. If the percentage of allocated IPs vs. available IPs exceed
these thresholds, you will be alerted.
-->
<configuration>
<name>public.ip.capacity.threshold</name>
<value>0.85</value>
</configuration>
<configuration>
<name>private.ip.capacity.threshold</name>
<value>0.85</value>
</configuration>
<!--
capacity.check.period tells the Management Server how often to check the
available capacity. The value is expressed in milliseconds.
-->
<configuration>
<name>capacity.check.period</name>
<value>300000</value>
</configuration>
<!--
expunge.interval is the number of seconds after which destroyed VMs will be
cleaned out of the storage server and no longer recoverable.
-->
<configuration>
<name>expunge.interval</name>
<value>86400</value>
</configuration>
<!--
The wait parameter expresses how many seconds a command can be sitting in the queue.
Commands to the different participants in the cloud are serialized through a single-
consumer queue, to coordinate several multi-step actions. If, theoretically, a
command in the queue is holding the subsequent commands up for too long (by default,
as you can see, half an hour), then the queue itself is cleaned up and you
get a failure alert in your Management UI.
-->
<configuration>
<name>wait</name>
<value>1800</value>
</configuration>
<!--
The upgrade URL is the URL of the management server that agents will connect to
in order to automatically upgrade. This should be the configured host/port of
either a load balancer if clustering is used, or the management server if a single
server is installed. If the port to use is 80, the ":8080" portion of the
value below can be removed.
In the vast majority of cases, all you need to change is the host, from example.com
to whatever IP address or host name of your management server / load balancer.
-->
<configuration>
<name>upgrade.url</name>
<value>http://example.com:8080/client/agent/update.zip</value>
</configuration>
<!--
The following two throttling parameters are expressed in Mb/s (mega*bits* per second).
Each value is the default limit for each user (as a whole) in terms of served bandwidth
rate. To be more precise: users' downloads to their VMs are *not* limited; these
parameters govern the limits of outbound traffic.
The first one is the overall limit. The second limit applies only to multicast traffic.
-->
<configuration>
<name>network.throttling.rate</name>
<value>200</value>
</configuration>
<configuration>
<name>multicast.throttling.rate</name>
<value>10</value>
</configuration>
<configuration>
<name>secstorage.encrypt.copy</name>
<value>false</value>
</configuration>
<!--
usage.aggregation.timezone is the timezone to use for aggregating usage. This timezone
will specify the boundaries for one day, i.e. when daily usage records are generated, it will
be one day's worth of usage in this timezone's day. The value of must be a valid Java 1.6
timezone id, a list of timezone ids is here (but not guaranteed to be 100% accurate)
http://www.java2s.com/Tutorial/Java/0120__Development/GettingallthetimezonesIDs.htm
usage.stats.job.exec.time is the time at which the usage statistics aggregation job will run.
The value is specified as an HH24:MM time, e.g. 00:30 to run at 12:30am (server time). The
default value is configured to run at 12:15am and will aggregate usage data from the previous
day.
-->
<configuration>
<name>usage.aggregation.timezone</name>
<value>GMT</value>
</configuration>
<configuration>
<name>usage.stats.job.exec.time</name>
<value>00:15</value>
</configuration>
<configuration>
<name>system.vm.local.storage.required</name>
<value>false</value>
</configuration>
<!--
<configuration>
<name>hypervisor.type</name>
<value></value>
</configuration>
-->
<configuration>
<name>secondary.storage.vm</name>
<value>false</value>
</configuration>
<!--
The following are for configuring alerts and a proper email (where system
alerts will be sent to) and smtp server needs to be
configured before enabling this feature.
-->
<configuration>
<name>alert.smtp.host</name>
<value>smtp.host.com</value>
</configuration>
<configuration>
<name>alert.smtp.port</name>
<value>25</value>
</configuration>
<configuration>
<name>alert.smtp.useAuth</name>
<value>false</value>
</configuration>
<configuration>
<name>alert.smtp.username</name>
<value>some.user@example.com</value>
</configuration>
<configuration>
<name>alert.smtp.password</name>
<value>password</value>
</configuration>
<configuration>
<name>alert.email.sender</name>
<value>some.user@example.com</value>
</configuration>
<configuration>
<name>alert.email.addresses</name>
<value>some.admin@example.com</value>
</configuration>
<configuration>
<name>alert.smtp.debug</name>
<value>false</value>
</configuration>
<!--
mount.parent determines where secondary storage is mounted on the management server.
-->
<!--
<configuration>
<name>mount.parent</name>
<value>/var/lib/cloud/mnt</value>
</configuration>
-->
</configurationEntries>
</data>
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