"description":"hostname (or IP) of the NBD server containing the boot image.",
"description":"hostname (or IP) of the NBD server containing the boot image.",
...
@@ -65,6 +67,25 @@
...
@@ -65,6 +67,25 @@
"maximum":65535
"maximum":65535
},
},
"virtual-hard-drive-url":{
"title":"Existing disk image URL",
"description":"If specified, will download an existing disk image (qcow2, raw, ...), and will use it as main virtual hard drive. Can be used to download and use an already installed and customized virtual hard drive.",
"format":"uri",
"type":"string",
},
"use-tap":{
"title":"Use QEMU TAP network interface",
"description":"Use QEMU TAP network interface, requires a bridge on SlapOS Node. If false, use user-mode network stack (NAT).",
"type":"boolean",
"default":false
},
"nat-rules":{
"title":"List of rules for NAT of QEMU user mode network stack.",
"description":"List of rules for NAT of QEMU user mode network stack, as comma-separated list of ports. For each port specified, it will redirect port x of the VM (example: 80) to the port x + 10000 of the public IPv6 (example: 10080). Defaults to \"22 80 443\". Ignored if \"use-tap\" parameter is enabled.",
and it'll expend into the sections require to request Name0, Name1 and Name2,
and it'll expend into the sections require to request Name0, Name1 and Name2,
backuped and resilient. The leader will expend the section [ArgLeader], backups
backuped and resilient. The leader will expend the section [ArgLeader], backups
will expend [ArgBackup]. If you don't need to specify any options, you can
will expend [ArgBackup]. slapparameter_dict is the dict containing the parameters given to the instance. If you don't need to specify any options, you can
omit the last two arguments in replicate().
omit the last three arguments in replicate().
Since you will compile your template with jinja2, there should be no $${},
Since you will compile your template with jinja2, there should be no $${},
because it is not yet possible to use jinja2 -> buildout template.
because it is not yet possible to use jinja2 -> buildout template.
...
@@ -227,3 +227,36 @@ because it is not yet possible to use jinja2 -> buildout template.
...
@@ -227,3 +227,36 @@ because it is not yet possible to use jinja2 -> buildout template.
To compile with jinja2, see jinja2's recipe.
To compile with jinja2, see jinja2's recipe.
Deploying your resilient software
---------------------------------
You can provide sla parameters to each request you make (a lot: for export, import and pbs).
example:
Here is a small example of parameters you can provide to control the deployment (case of a runner):
* runner1: computer_guid = COMP-GRP1 (provided by group 1)
* runner2: computer_guid = COMP-RUN2 (provided by group 2 but overided directly)
network_guid = NET-2 (provided by group 2)
* PBS 1: computer_guid = COMP-PBS1 (provided by group 1 but overided directly)
* PBS 2: computer_guid = COMP-GRP2 (provided by group 2)
network_guid = NET-2 (provided by group 2)
Parameters are analysed this way:
* If it starts with "-sla-" it is not transmitted to requested instance and is used to do the request as sla.
* -sla-foo-bar=example (foo being a magic key) will be use for each request considering "foo" as a key to use and the sla parameter is "bar". So for each group using the "foo" key, sla parameter "bar" is used with value "example"
About magic keys:
We can find 2 kinds of magic keys:
* id : example, in "-sla-2-foo" 2 is the magic key and the parameter will be used for each request with id 2 (in case of kvm: kvm2 and PBS 2)
* nameid : example, in "-sla-kvm2-foo", foo will be used for kvm2 request. Name for pbs is "pbs" -> "-sla-pbs2-foo".
IMPORTANT NOTE: in case the same foo parameter is asked for the group, the nameid key prevail
