Hope this can help, not sure which files are best the last part of “ovirt-hosted-engine-setup-ansible-bootstrap_local_vm-“

 

2020-10-12 15:05:40,126+0200 INFO ansible task start {'status': 'OK', 'ansible_type': 'task', 'ansible_playbook': '/usr/share/ovirt-hosted-engine-setup/ansible/trigger_role.yml', 'ansible_task': 'ovirt.hosted_engine_setup : Generate the error message from the engine events'}

2020-10-12 15:05:40,126+0200 DEBUG ansible on_any args TASK: ovirt.hosted_engine_setup : Generate the error message from the engine events kwargs is_conditional:False

2020-10-12 15:05:40,126+0200 DEBUG ansible on_any args localhostTASK: ovirt.hosted_engine_setup : Generate the error message from the engine events kwargs

2020-10-12 15:05:41,045+0200 INFO ansible skipped {'status': 'SKIPPED', 'ansible_type': 'task', 'ansible_playbook': '/usr/share/ovirt-hosted-engine-setup/ansible/trigger_role.yml', 'ansible_task': 'Generate the error message from the engine events', 'ansible_host': 'localhost'}

2020-10-12 15:05:41,045+0200 DEBUG ansible on_any args <ansible.executor.task_result.TaskResult object at 0x7f52e0372898> kwargs

2020-10-12 15:05:41,991+0200 INFO ansible task start {'status': 'OK', 'ansible_type': 'task', 'ansible_playbook': '/usr/share/ovirt-hosted-engine-setup/ansible/trigger_role.yml', 'ansible_task': 'ovirt.hosted_engine_setup : Fail with error description'}

2020-10-12 15:05:41,992+0200 DEBUG ansible on_any args TASK: ovirt.hosted_engine_setup : Fail with error description kwargs is_conditional:False

2020-10-12 15:05:41,992+0200 DEBUG ansible on_any args localhostTASK: ovirt.hosted_engine_setup : Fail with error description kwargs

2020-10-12 15:05:42,917+0200 INFO ansible skipped {'status': 'SKIPPED', 'ansible_type': 'task', 'ansible_playbook': '/usr/share/ovirt-hosted-engine-setup/ansible/trigger_role.yml', 'ansible_task': 'Fail with error description', 'ansible_host': 'localhost'}

2020-10-12 15:05:42,917+0200 DEBUG ansible on_any args <ansible.executor.task_result.TaskResult object at 0x7f52e0185c18> kwargs

2020-10-12 15:05:43,865+0200 INFO ansible task start {'status': 'OK', 'ansible_type': 'task', 'ansible_playbook': '/usr/share/ovirt-hosted-engine-setup/ansible/trigger_role.yml', 'ansible_task': 'ovirt.hosted_engine_setup : Fail with generic error'}

2020-10-12 15:05:43,865+0200 DEBUG ansible on_any args TASK: ovirt.hosted_engine_setup : Fail with generic error kwargs is_conditional:False

2020-10-12 15:05:43,865+0200 DEBUG ansible on_any args localhostTASK: ovirt.hosted_engine_setup : Fail with generic error kwargs

2020-10-12 15:05:44,780+0200 INFO ansible skipped {'status': 'SKIPPED', 'ansible_type': 'task', 'ansible_playbook': '/usr/share/ovirt-hosted-engine-setup/ansible/trigger_role.yml', 'ansible_task': 'Fail with generic error', 'ansible_host': 'localhost'}

2020-10-12 15:05:44,781+0200 DEBUG ansible on_any args <ansible.executor.task_result.TaskResult object at 0x7f52e034ac88> kwargs

2020-10-12 15:05:44,782+0200 INFO ansible stats {

    "ansible_playbook": "/usr/share/ovirt-hosted-engine-setup/ansible/trigger_role.yml",

    "ansible_playbook_duration": "13:34 Minutes",

    "ansible_result": "type: <class 'dict'>\nstr: {'localhost': {'ok': 224, 'failures': 0, 'unreachable': 0, 'changed': 73, 'skipped': 102, 'rescued': 0, 'ignored': 1}}",

    "ansible_type": "finish",

    "status": "FAILED"

}

2020-10-12 15:05:44,782+0200 INFO SUMMARY:

Duration      Task Name

--------          --------

[ < 1 sec ]     Execute just a specific set of steps

[  00:01  ]     Force facts gathering

[  00:02  ]     Install oVirt Hosted Engine packages

[ < 1 sec ]     System configuration validations

[ < 1 sec ]     Detecting interface on existing management bridge

[ < 1 sec ]     Generate output list

[ < 1 sec ]     Collect interface types

[ < 1 sec ]     Get list of Team devices

[ < 1 sec ]     Filter unsupported interface types

[ < 1 sec ]     Prepare getent key

[ < 1 sec ]     Get full hostname

[ < 1 sec ]     Get host address resolution

[ < 1 sec ]     Parse host address resolution

[ < 1 sec ]     Get target address from selected interface (IPv4)

[ < 1 sec ]     Get target address from selected interface (IPv6)

[ < 1 sec ]     Check for alias

[ < 1 sec ]     Filter resolved address list

[ < 1 sec ]     Get engine FQDN resolution

[ < 1 sec ]     Parse engine he_fqdn resolution

[ < 1 sec ]     Define he_cloud_init_host_name

[ < 1 sec ]     Get uuid

[ < 1 sec ]     Set he_vm_uuid

[ < 1 sec ]     Get uuid

[ < 1 sec ]     Set he_nic_uuid

[ < 1 sec ]     Get uuid

[ < 1 sec ]     Set he_cdrom_uuid

[ < 1 sec ]     get timezone

[ < 1 sec ]     Set he_time_zone

[ < 1 sec ]     Check firewalld status

[ < 1 sec ]     Get default gateway IPv4

[ < 1 sec ]     Get default gateway IPv6

[ < 1 sec ]     Set he_gateway

[ < 1 sec ]     Generate unicast MAC address

[ < 1 sec ]     Set he_vm_mac_addr

[ < 1 sec ]     Get free memory

[ < 1 sec ]     Get cached memory

[ < 1 sec ]     Set Max memory

[ < 1 sec ]     set he_mem_size_MB to max available if not defined

[ < 1 sec ]     Populate service facts

[ < 1 sec ]     get max cpus

[ < 1 sec ]     Set he_maxvcpus

[ < 1 sec ]     Set he_vcpus to maximum amount if not defined

[ < 1 sec ]     Stop libvirt service

[ < 1 sec ]     Drop vdsm config statements

[  00:01  ]     Restore initial abrt config files

[ < 1 sec ]     Restart abrtd service

[ < 1 sec ]     Drop libvirt sasl2 configuration by vdsm

[  00:01  ]     Stop and disable services

[ < 1 sec ]     Restore initial libvirt default network configuration

[ < 1 sec ]     Start libvirt

[ < 1 sec ]     Check for leftover local Hosted Engine VM

[ < 1 sec ]     Check for leftover defined local Hosted Engine VM

[ < 1 sec ]     Check for leftover defined Hosted Engine VM

[ < 1 sec ]     Remove eventually entries for the local VM from known_hosts file

[ < 1 sec ]     Check IPv6

[ < 1 sec ]     Get IPv4 route

[ < 1 sec ]     Parse libvirt default network configuration

[ < 1 sec ]     Edit libvirt default network configuration, change default address

[ < 1 sec ]     Edit libvirt default network configuration, change DHCP start range

[ < 1 sec ]     Edit libvirt default network configuration, change DHCP end range

[ < 1 sec ]     Update libvirt default network configuration, destroy

[ < 1 sec ]     Update libvirt default network configuration, undefine

[ < 1 sec ]     Update libvirt default network configuration, define

[ < 1 sec ]     Activate default libvirt network

[ < 1 sec ]     Start libvirt

[ < 1 sec ]     Activate default libvirt network

[ < 1 sec ]     Get libvirt interfaces

[ < 1 sec ]     Get routing rules, IPv4

[ < 1 sec ]     Save bridge name

[ < 1 sec ]     Wait for the bridge to appear on the host

[ < 1 sec ]     Refresh network facts

[ < 1 sec ]     Fetch IPv4 CIDR for virbr0

[ < 1 sec ]     Add IPv4 outbound route rules

[ < 1 sec ]     Add IPv4 inbound route rules

[ < 1 sec ]     Fetch the value of HOST_KEY_CHECKING

[ < 1 sec ]     Get the username running the deploy

[ < 1 sec ]     Register the engine FQDN as a host

[ < 1 sec ]     Get host unique id

[ < 1 sec ]     Create directory for local VM

[ < 1 sec ]     Set local vm dir path

[ < 1 sec ]     Fix local VM directory permission

[  00:02  ]     Install ovirt-engine-appliance rpm

[ < 1 sec ]     Parse appliance configuration for path

[ < 1 sec ]     Parse appliance configuration for sha1sum

[ < 1 sec ]     Get OVA path

[  00:05  ]     Compute sha1sum

[ < 1 sec ]     Check available space on local VM directory

[ < 1 sec ]     Check appliance size

[ < 1 sec ]     Ensure we have enough space to extract the appliance

[  01:13  ]     Extract appliance to local VM directory

[ < 1 sec ]     Find the local appliance image

[ < 1 sec ]     Set local_vm_disk_path

[ < 1 sec ]     Get appliance disk size

[ < 1 sec ]     Parse qemu-img output

[ < 1 sec ]     Hash the appliance root password

[  00:01  ]     Create cloud init user-data and meta-data files

[ < 1 sec ]     Create ISO disk

[  00:02  ]     Create local VM

[  00:20  ]     Get local VM IP

[ < 1 sec ]     Remove leftover entries in /etc/hosts for the local VM

[ < 1 sec ]     Create an entry in /etc/hosts for the local VM

[  00:30  ]     Wait for SSH to restart on the local VM

[  00:06  ]     Wait for the local VM

[ < 1 sec ]     Add an entry for this host on /etc/hosts on the local VM

[ < 1 sec ]     Set FQDN

[ < 1 sec ]     Force the local VM FQDN to temporary resolve on the natted network address

[ < 1 sec ]     Restore sshd reverse DNS lookups

[ < 1 sec ]     Add lines to answerfile

[ < 1 sec ]     Perform pre-install checks

[  00:02  ]     Gather facts on installed packages

[  00:01  ]     Install required packages for oVirt Engine deployment

[  00:44  ]     Install oVirt Engine package

[  00:01  ]     Run engine setup

[  00:01  ]     Set answer file path

[  00:01  ]     Use remote's answer file

[  02:17  ]     Update all packages

[  00:01  ]     Set offline parameter if variable is set

[  02:01  ]     Run engine-setup with answerfile

[  00:03  ]     Make sure `ovirt-engine` service is running

[  00:13  ]     Check if Engine health page is up

[  00:02  ]     Clean temporary files

[  00:03  ]     Save original OvfUpdateIntervalInMinutes

[  00:03  ]     Set OVF update interval to 1 minute

[  00:02  ]     Saving original value

[  00:02  ]     Adding new SSO_ALTERNATE_ENGINE_FQDNS line

[  00:03  ]     Restart ovirt-engine service for changed OVF Update configuration and LibgfApi support

[  00:05  ]     Mask cloud-init services to speed up future boot

[  00:09  ]     Wait for ovirt-engine service to start

[  00:02  ]     Open a port on firewalld

[  00:02  ]     Expose engine VM webui over a local port via ssh port forwarding

[  00:01  ]     Evaluate temporary bootstrap engine URL

[  00:01  ]     Detect VLAN ID

[  00:02  ]     Set Engine public key as authorized key without validating the TLS/SSL certificates

[  00:02  ]     Obtain SSO token using username/password credentials

[  00:02  ]     Ensure that the target datacenter is present

[  00:02  ]     Ensure that the target cluster is present in the target datacenter

[  00:02  ]     Get active list of active firewalld zones

[  00:03  ]     Configure libvirt firewalld zone

[  00:02  ]     Add host

[ FAILED  ] Always revoke the SSO token

[  00:02  ]     Obtain SSO token using username/password credentials

[  01:55  ]     Wait for the host to be up

 

Yours Sincerely,

 

Henni

 

From: Edward Berger <edwberger@gmail.com>
Sent: Monday, 12 October 2020 19:57
To: info@worldhostess.com
Cc: users <users@ovirt.org>
Subject: [ovirt-users] Re: 20+ Fresh Installs Failing in 20+ days [newbie & frustrated]

 

for installation time failures of a hosted engine system, look in /var/log/ovirt-hosted-engine-setup

 

On Mon, Oct 12, 2020 at 7:50 AM <info@worldhostess.com> wrote:

What logs are required?

 

Yours Sincerely,

 

Henni

 

From: Edward Berger <edwberger@gmail.com>
Sent: Monday, 12 October 2020 19:40
To: info@worldhostess.com
Cc: users <users@ovirt.org>
Subject: [ovirt-users] Re: 20+ Fresh Installs Failing in 20+ days [newbie & frustrated]

 

As an ovirt user my first reaction reading your message was

"that is a ridiculously small system to be trying ovirt self hosted engine on."

 

My minimum recommendation is 48GB of RAM dual xeon, since the hosted ovirt-engine installation by default

wants 16GB/4vCPU.  I would use a basic KVM/virt-manager install there instead.

 

You'll have to provide logs to get more help, but I think you're trying to do the wrong thing given the hardware spec.

 

 

On Mon, Oct 12, 2020 at 12:04 AM <info@worldhostess.com> wrote:

I have no idea if it is Hardware or Software. It crashed every time after it starts with the storage setup

 

Error in ovirt-hosted-engine-setup-ansilble-setup-final_clean [FAILED] DESTROYED LOCAL STORAGE-POOL

 

HTTPS --- “certificate invalid”

 

The system is very unstable and impossible to do anything remotely ONLY accessible on local terminal.

 

This is my hardware

SuperMicro X11SSF-M

Intel Xeon E3-1230

16 GB ECC RAM

2 x 1 TB Micron 1300 SSD

Key Features

X11SSM-F specifications

Single socket H4 (LGA 1151) supports Intel® Xeon® processor E3-1200 v6/v5, Intel® 7th/6th Gen. Core™ i3 series,

Intel® Celeron® and Intel® Pentium®

Intel® C236 chipset

Up to 64GB Unbuffered ECC UDIMM DDR4 2400MHz; 4 DIMM slots

Expansion slots:

1 PCI-E 3.0 x8 (in x16),

1 PCI-E 3.0 x8,

2 PCI-E 3.0 x4 (in x8)

Dual GbE LAN with Intel® i210-AT

8 SATA3 (6Gbps) via C236;

RAID 0, 1, 5, 10

I/O: 1 VGA, 2 COM, 2 SuperDOM, and TPM header

5 USB 3.0 (2 rear, 2 via header(s), 1 Type A), 6 USB 2.0 (2 rear, 4 via header(s))

Integrated IPMI 2.0 and KVM with Dedicated LAN

 

Yours Sincerely,

 

Henni

 

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