rcstack: 5.0.5 EULA added

docs/source/extra/eula/ce.txt

@@ -0,0 +1,661 b''
+                    GNU AFFERO GENERAL PUBLIC LICENSE
+                       Version 3, 19 November 2007
+
+ Copyright (C) 2007 Free Software Foundation, Inc. <http://fsf.org/>
+ Everyone is permitted to copy and distribute verbatim copies
+ of this license document, but changing it is not allowed.
+
+                            Preamble
+
+  The GNU Affero General Public License is a free, copyleft license for
+software and other kinds of works, specifically designed to ensure
+cooperation with the community in the case of network server software.
+
+  The licenses for most software and other practical works are designed
+to take away your freedom to share and change the works.  By contrast,
+our General Public Licenses are intended to guarantee your freedom to
+share and change all versions of a program--to make sure it remains free
+software for all its users.
+
+  When we speak of free software, we are referring to freedom, not
+price.  Our General Public Licenses are designed to make sure that you
+have the freedom to distribute copies of free software (and charge for
+them if you wish), that you receive source code or can get it if you
+want it, that you can change the software or use pieces of it in new
+free programs, and that you know you can do these things.
+
+  Developers that use our General Public Licenses protect your rights
+with two steps: (1) assert copyright on the software, and (2) offer
+you this License which gives you legal permission to copy, distribute
+and/or modify the software.
+
+  A secondary benefit of defending all users' freedom is that
+improvements made in alternate versions of the program, if they
+receive widespread use, become available for other developers to
+incorporate.  Many developers of free software are heartened and
+encouraged by the resulting cooperation.  However, in the case of
+software used on network servers, this result may fail to come about.
+The GNU General Public License permits making a modified version and
+letting the public access it on a server without ever releasing its
+source code to the public.
+
+  The GNU Affero General Public License is designed specifically to
+ensure that, in such cases, the modified source code becomes available
+to the community.  It requires the operator of a network server to
+provide the source code of the modified version running there to the
+users of that server.  Therefore, public use of a modified version, on
+a publicly accessible server, gives the public access to the source
+code of the modified version.
+
+  An older license, called the Affero General Public License and
+published by Affero, was designed to accomplish similar goals.  This is
+a different license, not a version of the Affero GPL, but Affero has
+released a new version of the Affero GPL which permits relicensing under
+this license.
+
+  The precise terms and conditions for copying, distribution and
+modification follow.
+
+                       TERMS AND CONDITIONS
+
+  0. Definitions.
+
+  "This License" refers to version 3 of the GNU Affero General Public License.
+
+  "Copyright" also means copyright-like laws that apply to other kinds of
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+WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS
+THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY
+GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE
+USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF
+DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
+PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS),
+EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF
+SUCH DAMAGES.
+
+  17. Interpretation of Sections 15 and 16.
+
+  If the disclaimer of warranty and limitation of liability provided
+above cannot be given local legal effect according to their terms,
+reviewing courts shall apply local law that most closely approximates
+an absolute waiver of all civil liability in connection with the
+Program, unless a warranty or assumption of liability accompanies a
+copy of the Program in return for a fee.
+
+                     END OF TERMS AND CONDITIONS
+
+            How to Apply These Terms to Your New Programs
+
+  If you develop a new program, and you want it to be of the greatest
+possible use to the public, the best way to achieve this is to make it
+free software which everyone can redistribute and change under these terms.
+
+  To do so, attach the following notices to the program.  It is safest
+to attach them to the start of each source file to most effectively
+state the exclusion of warranty; and each file should have at least
+the "copyright" line and a pointer to where the full notice is found.
+
+    <one line to give the program's name and a brief idea of what it does.>
+    Copyright (C) <year>  <name of author>
+
+    This program is free software: you can redistribute it and/or modify
+    it under the terms of the GNU Affero General Public License as published by
+    the Free Software Foundation, either version 3 of the License, or
+    (at your option) any later version.
+
+    This program is distributed in the hope that it will be useful,
+    but WITHOUT ANY WARRANTY; without even the implied warranty of
+    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+    GNU Affero General Public License for more details.
+
+    You should have received a copy of the GNU Affero General Public License
+    along with this program.  If not, see <http://www.gnu.org/licenses/>.
+
+Also add information on how to contact you by electronic and paper mail.
+
+  If your software can interact with users remotely through a computer
+network, you should also make sure that it provides a way for users to
+get its source.  For example, if your program is a web application, its
+interface could display a "Source" link that leads users to an archive
+of the code.  There are many ways you could offer source, and different
+solutions will be better for different programs; see section 13 for the
+specific requirements.
+
+  You should also get your employer (if you work as a programmer) or school,
+if any, to sign a "copyright disclaimer" for the program, if necessary.
+For more information on this, and how to apply and follow the GNU AGPL, see
+<http://www.gnu.org/licenses/>.

docs/source/extra/eula/ee.txt

@@ -0,0 +1,48 b''
+SOFTWARE LICENSE TERMS
+
+1. Grant of License and Restrictions. Subject to the terms hereof, payment of all fees, and any applicable user/use limitations, either RhodeCode, Inc. or RhodeCode, GmbH (as specified in the Order Form) ("RhodeCode") grants Licensee a personal, nonsublicensable, nonexclusive, right to use the licensed product in object code form only ("Product") only in accordance with RhodeCode's applicable user documentation and price list. RhodeCode retains ownership of all copies and Licensee will maintain the copyright notice and any other notices that appear on the Product on any copies and any media. Licensee will not (and will not allow any third party to) (i) reverse engineer or attempt to discover any source code or underlying ideas or algorithms of any Product (except to the extent that applicable law prohibits reverse engineering restrictions), (ii) provide, lease, lend, disclose, use for timesharing or service bureau purposes, or otherwise use or allow others to use for the benefit of any third party, any Product (except as expressly and specifically authorized by RhodeCode), (iii) possess or use any Product, or allow the transfer, transmission, export, or re-export of any Product or portion thereof in violation of any export control laws or regulations administered by the U.S. Commerce Department, U.S. Treasury Department's Office of Foreign Assets Control, or any other government agency, or (v) modify any Product. Prior to disposing of any media or apparatus containing any part of the Product, Licensee shall completely destroy any Product contained therein. All the limitations and restrictions on Products in this Agreement also apply to documentation. LICENSEE ACKNOWLEDGES THAT THE PRODUCT MAY INCLUDE FEATURES TO PREVENT USE AFTER THE APPLICABLE LICENSE PERIOD AND/OR USE INCONSISTENT HEREWITH. Licensee acknowledges that Product may be distributed alongside or contain or use certain third party software including software components provided under an open source license ("Third Party Software"). THIRD PARTY SOFTWARE IS SUBJECT TO AND GOVERNED BY (AND LICENSEE AGREES TO, AND WILL INDEMNIFY RHODECODE FOR NONCOMPLIANCE WITH) THE RESPECTIVE LICENSES FOR THE THIRD PARTY SOFTWARE AVAILABLE AT APPENDIX.
+
+2. Support and Maintenance. During the license period, RhodeCode will use reasonable commercial efforts to provide the support and maintenance services for that Product as and to the extent described in RhodeCode's then applicable standard Support and Maintenance Terms (the current version of which can be found on RhodeCode's web site ("Support Services").
+
+3. Fees and Payment. Within thirty days after first receipt of the Product or the date(s) otherwise expressly agreed by RhodeCode, Licensee shall pay RhodeCode's then current applicable license/subscription fees for any authorized copies or uses of the Product or such other fees as have been expressly agreed to by RhodeCode ("License Fees"). License Fees for renewal terms for annual subscriptions will also be paid annually in advance. At the same time as payment of the initial License Fees, and annually in advance thereafter (and except to the extent included in License Fees for annual subscriptions), Licensee shall also pay any applicable fees for Support Services or such other support and maintenance fees as have been expressly agreed to by RhodeCode at RhodeCode's then current rates for such services ("Annual Support Services Fees"). In addition, without limiting RhodeCode's remedies, if Licensee makes or uses copies, or has users/uses, that are not authorized hereunder, it will so report to RhodeCode and will pay additional license and maintenance and support fees equal to RhodeCode's then current standard fees for the license and maintenance and support of such extra copies and users/uses (from time to time upon request, RhodeCode will be entitled to audit or have audited all systems and records relevant to assure compliance with the foregoing; any audit showing noncompliance will be at Licensee's expense). All payments shall be made in U.S. dollars if Licensee licenses the Product from RhodeCode, Inc. or Euros if Licensee licenses the Product from RhodeCode, GmbH. Any payments more than thirty (30) days overdue will bear a late payment fee of 1.5% per month, or, if lower, the maximum rate allowed by law. In addition, Licensee will pay all taxes, shipping, duties, withholdings, backup withholding and the like; when RhodeCode has the legal obligation to pay or collect such taxes, the appropriate amount shall paid by Licensee directly to RhodeCode.
+
+4. Termination; Breach. All licenses will terminate thirty days (ten in the case of non-payment and immediately in the case of a breach of Section 1) after notice of any breach by Licensee remaining uncured at the end of such notice period. A license will also terminate upon the expiration of any applicable license period specified for the applicable Product on the RhodeCode price list or such other license period as have been expressly agreed to by RhodeCode, subject to annual renewal (upon mutual written agreement each year) in the case of an annual subscription license. In the event that the Product is subject to a court-approved claim that it infringes a third party's patent rights, RhodeCode may, in its sole discretion, terminate the Agreement and refund to Licensee a pro rata portion of the License Fees and Annual Support Services Fees already paid to RhodeCode. Upon any termination, Licensee shall immediately cease all use of all affected Products and return or destroy all copies of all affected Products and all portions thereof and so certify to RhodeCode. Except as otherwise expressly provided herein, the terms hereof shall survive any termination. Termination is not an exclusive remedy and all other remedies will be available whether or not termination occurs. THE PRODUCT MAY CONTAIN DISABLING CODE THAT WILL MAKE THE PRODUCT (AND RELATED DATA) UNUSABLE UPON TERMINATION OF THE LICENSE.
+
+5. Indemnification. RhodeCode shall hold Licensee harmless from liability to third parties resulting from infringement by a Product of any patent validly issued in the United States and/or any European Union country and issued sixty (60) days or more before delivery of such Product or any copyright or misappropriation of any trade secret, provided RhodeCode is promptly notified of any and all threats, claims and proceedings related thereto and given reasonable assistance and the opportunity to assume sole control over defense and settlement; RhodeCode will not be responsible for any settlement it does not approve. The foregoing obligations do not apply with respect to a Product or portions or components thereof (i) not created by RhodeCode, (ii) that are modified after delivery by RhodeCode, (iii) combined with other products, processes or materials where the alleged infringement relates to such combination, (iv) where Licensee continues allegedly infringing activity after being notified thereof or after being informed of modifications that would have avoided the alleged infringement, or (v) where Licensee's use of such Product is not strictly in accordance herewith.
+
+6. Limited Warranty and Disclaimer. RhodeCode warrants for a period of thirty (30) days from delivery of a Product that such Product will materially conform to RhodeCode's then current user documentation for such Product. This warranty covers only problems reported to RhodeCode during the warranty period. ANY LIABILITY OF RHODECODE WITH RESPECT TO A PRODUCT OR THE PERFORMANCE THEREOF UNDER ANY WARRANTY, NEGLIGENCE, STRICT LIABILITY OR OTHER THEORY WILL BE LIMITED EXCLUSIVELY TO PRODUCT REPLACEMENT OR, IF REPLACEMENT IS INADEQUATE AS A REMEDY OR, IN RHODECODE'S OPINION, IMPRACTICAL, TO REFUND OF AN APPROPRIATE PORTION THE REMAINING UNAMORTIZED LICENSE FEE PAID BY LICENSEE. EXCEPT FOR THE FOREGOING WARRANTY BY RHODECODE, ALL PRODUCTS ARE PROVIDED "AS IS" WITHOUT WARRANTY OF ANY KIND FROM ANYONE, INCLUDING WITHOUT LIMITATION, ANY WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE OR NONINFRINGEMENT. FURTHER, RHODECODE DOES NOT WARRANT RESULTS OF USE OR THAT THE PRODUCTS ARE BUG FREE OR THAT THE PRODUCT'S USE WILL BE UNINTERRUPTED.
+
+7. Limitation of Liability. NOTWITHSTANDING ANYTHING ELSE HEREIN OR OTHERWISE, AND EXCEPT FOR BODILY INJURY, NEITHER RHODECODE NOR ANY LICENSOR SHALL BE LIABLE OR OBLIGATED WITH RESPECT TO THE SUBJECT MATTER HEREOF OR UNDER ANY CONTRACT, NEGLIGENCE, STRICT LIABILITY OR OTHER LEGAL OR EQUITABLE THEORY (I) FOR ANY AMOUNTS IN EXCESS IN THE AGGREGATE OF THE GREATER OF (A) $100 OR (B) THE FEES PAID TO IT HEREUNDER WITH RESPECT TO THE APPLICABLE PRODUCT DURING THE TWELVE MONTH PERIOD PRIOR TO THE CAUSE OF ACTION; (II) FOR ANY COST OF PROCUREMENT OF SUBSTITUTE GOODS, TECHNOLOGY, SERVICES OR RIGHTS; (III) FOR ANY INCIDENTAL OR CONSEQUENTIAL DAMAGES; (IV) FOR INTERRUPTION OF USE OR LOSS OR CORRUPTION OF DATA; OR (V)FOR ANY MATTER BEYOND ITS REASONABLE CONTROL. THE PRODUCT IS NOT DESIGNED, MANUFACTURED, OR INTENDED FOR USE IN HAZARDOUS ENVIRONMENTS REQUIRING FAIL-SAFE PERFORMANCE WHERE THE FAILURE OF THE PRODUCT COULD LEAD DIRECTLY TO DEATH, PERSONAL INJURY, OR SIGNIFICANT PHYSICAL OR ENVIRONMENTAL DAMAGE ("HIGH RISK ACTIVITIES"). USE OF THE PRODUCT IN HIGH RISK ACTIVITIES IS NOT AUTHORIZED. THE PARTIES AGREE THAT THIS SECTION 7 REPRESENTS A REASONABLE ALLOCATION OF RISK AND THAT LICENSOR WOULD NOT PROCEED IN THE ABSENCE OF SUCH ALLOCATION.
+
+8. Embedded Reporting / Compliance Routine; Data Access and Use. Licensee acknowledges that Products may contain reporting routines that will identify and analyze certain aspects of use and performance of Products and/or the systems on which they are installed, as well as the operator and operating environment (including problems and issues that arise in connection therewith). RhodeCode may request Licensee to send such reports and information to RhodeCode for diagnostic or billing purposes. Provided it does not identify Licensee, RhodeCode will be free to use for development, diagnostic and corrective purposes any data and information it so collects relating to diagnosis, problems, systems, performance, use or functionality, and may allow others to do so.
+
+9. Professional Services. RhodeCode may provide consulting, training or other professional services for Licensee, as agreed upon in a separate order form. Upon payment of any applicable professional services fees and related expenses, specified in the applicable order form, RhodeCode agrees to use reasonable commercial efforts to provide agreed upon professional services. If RhodeCode cannot complete the professional services within the estimated hours, or if the RhodeCode provides additional professional services, Licensee will pay RhodeCode at its then-current hourly rates for consultation. RhodeCode retains ownership of all results of professional services.
+
+10. Miscellaneous. Neither this arrangement nor the licenses granted hereunder are assignable or transferable (and any attempt to do so shall be void); provided that either party may assign and transfer the foregoing to a successor to substantially all of RhodeCode's Product business or assets or Licensee's business for which Products are licensed (but if the authorized copies or users are not limited, the assignee is not licensed to expand use beyond Licensee's bona fide pre-assignment use plus reasonably expected growth assuming the assignment and related transactions had not occurred). The provisions hereof are for the benefit of the parties only and not for any other person or entity. Any notice, report, approval, authorization, agreement or consent required or permitted hereunder shall be in writing; notices shall be sent to the address the applicable party has or may provide by written notice or, if there is no such address, the most recent address the party giving notice can locate using reasonable efforts. No failure or delay in exercising any right hereunder will operate as a waiver thereof, nor will any partial exercise of any right or power hereunder preclude further exercise. If any provision shall be adjudged by any court of competent jurisdiction to be unenforceable or invalid, that provision shall be limited or eliminated to the minimum extent necessary so that this arrangement shall otherwise remain in full force and effect and enforceable. This Agreement shall be deemed to have been made in, and shall be construed pursuant to the laws of the State of California and the United States without regard to conflicts of laws provisions thereof, and without regard to the United Nations Convention on the International Sale of Goods or the Uniform Computer Information Transactions Act. This is the complete and exclusive statement of the mutual understanding of the parties and supersedes and cancels all previous written and oral agreements and communications relating to the subject matter hereof and any waivers or amendments shall be effective only if made in writing; however, if a separate written license agreement with respect to this product exists between Licensee and RhodeCode, the terms of that written license agreement (excluding the pre-printed terms of any purchase order, confirmation or similar document, which, even if signed by the parties after the effectiveness hereof, will have no effect and will not be considered agreed to by RhodeCode) shall take precedence over this Agreement. The substantially prevailing party in any action to enforce this Agreement will be entitled to recover its attorney's fees and costs in connection with such action. As defined in FAR section 2.101, DFAR section 252.227-7014(a)(1) and DFAR section 252.227-7014(a)(5) or otherwise, all Products and accompanying documentation provided by RhodeCode are "commercial items," "commercial computer software" and/or "commercial computer software documentation." Consistent with DFAR section 227.7202 and FAR section 12.212, any use, modification, reproduction, release, performance, display, disclosure or distribution thereof by or for the U.S. Government shall be governed solely by these terms and shall be prohibited except to the extent expressly permitted by these terms.
+
+11. Privacy Policy. By accepting this License agreement you acknowledge that you agree to the general data Privacy Policy Terms.
+    The current version of which can be found on RhodeCode's web site ("Privacy Policy").
+
+
+APPENDIX
+
+Licenses of Third Party Packages
+
+* APSL-2.0 http://spdx.org/licenses/APSL-2.0
+* Apache-2.0 http://spdx.org/licenses/Apache-2.0
+* BSD-2-Clause http://spdx.org/licenses/BSD-2-Clause
+* BSD-3-Clause http://spdx.org/licenses/BSD-3-Clause
+* BSD-4-Clause http://spdx.org/licenses/BSD-4-Clause
+* LGPL-3.0 http://spdx.org/licenses/LGPL-3.0
+* LGPL-3.0+ http://spdx.org/licenses/LGPL-3.0+
+* Libpng http://spdx.org/licenses/Libpng
+* MIT http://spdx.org/licenses/MIT
+* OLDAP-2.8 http://spdx.org/licenses/OLDAP-2.8
+* OpenSSL http://spdx.org/licenses/OpenSSL
+* Python-2.0 http://spdx.org/licenses/Python-2.0
+* Unlicense http://spdx.org/licenses/Unlicense
+* ZPL-2.1 http://spdx.org/licenses/ZPL-2.1
+* Zlib http://spdx.org/licenses/Zlib
+* cyrus http://cyrusimap.web.cmu.edu/mediawiki/index.php/Downloads#Licensing
+* expat http://directory.fsf.org/wiki/License:Expat
+* repoze http://repoze.org/license.html

CHANGES.rst

@@ -1,24 +1,30 b''
 .. :changelog:
 
 Release History
 ---------------
 
 
+5.0.6 (2023-10-12)
+++++++++++++++++++
+
+* rcstack asks for EULA for CE/EE versions
+
+
 5.0.5 (2023-10-10)
 ++++++++++++++++++
 
 * expose DOMAIN/_pages to expose "pages" like drop-folder to serve static pages
 * change documention to RST
 
 
 5.0.4 (2023-09-29)
 ++++++++++++++++++
 
 * rcstack: remove dependency for md5sum, this allows to run on macOS
 * nginx: cleanup configuration files to single conf file
 
 
 5.0.0 (2023-09-21)
 ++++++++++++++++++
 
 * initial release for new python3 RhodeCode installer

docs/source/conf.py

@@ -1,35 +1,36 b''
 # Configuration file for the Sphinx documentation builder.
 #
 # For the full list of built-in configuration values, see the documentation:
 # https://www.sphinx-doc.org/en/master/usage/configuration.html
 
 # -- Project information -----------------------------------------------------
 # https://www.sphinx-doc.org/en/master/usage/configuration.html#project-information
 import datetime
 
 now = datetime.datetime.today()
 
 project = 'RhodeCode rcstack'
 copyright = f'2010-{now.year}, RhodeCode Inc.'
 author = 'RhodeCode Inc.'
 
 # -- General configuration ---------------------------------------------------
 # https://www.sphinx-doc.org/en/master/usage/configuration.html#general-configuration
 
 extensions = [
     'sphinx_rtd_theme'
 ]
 
 templates_path = ['_templates']
 exclude_patterns = []
 
 # The name of the Pygments (syntax highlighting) style to use.
 pygments_style = 'sphinx'
 
 # -- Options for HTML output -------------------------------------------------
 # https://www.sphinx-doc.org/en/master/usage/configuration.html#options-for-html-output
 
 html_theme = 'furo'
 html_static_path = ['_static']
 html_last_updated_fmt = ' %H:%m %b %d, %Y'
 html_show_sphinx = False
+html_extra_path = ['extra']

docs/source/index.rst

@@ -1,122 +1,122 b''
-Welcome to RhodeCode Cluster (rcstack) documentation!
-=====================================================
+Welcome to RhodeCode rcstack documentation!
+===========================================
 
 
-===========================
-RhodeCode Cluster (rcstack)
-===========================
+=================
+RhodeCode rcstack
+=================
 
-RhodeCode Cluster is a multi-node highly-scalable setup to run RhodeCode services.
+RhodeCode rcstack is a multi-node highly-scalable setup to run RhodeCode services.
 It consists of all RhodeCode services required with additionally
 Edge Router(Traefik with optional SSL) and Metrics Stack (Prometheus, Loki, Grafana) in single environment using Docker.
 
 Using a docker-compose this setup creates following services for RhodeCode:
 
 
 
 **Router (mandatory to run):**
 
 
 .. code-block:: bash
 
     ./rcstack router --help
 
 
 `Traefik <https://doc.traefik.io/traefik/>`_ aka Edge Router is responsible for handling all outgoing and incoming traffic to whole stack.
 It can do SSL termination, and handle SSL traffic with certificate management.
 
 Traefik listens to few defaults ports and
 handles all incoming/outgoing traffic to the stack
 
 - 80   (HTTP)
 - 443  (HTTPS)
 - 9443 (SSH for RhodeCode traffic)
 - 3100 (Loki log aggregation)
 
 
 **Services (mandatory to run):**
 
 .. code-block:: bash
 
     ./rcstack services --help
 
 
 - Database (defaults to PostgreSQL) Optionally can be replaced by MySQL, or own external database if needed.
 - Redis, acts as cache and queue exchange
 - ChannelStream - live websocket communications
 - Elasticsearch (full text search backend)
 - Nginx (static file service) proxy serving RhodeCode static files
 
 
 **RhodeCode (mandatory to run):**
 
 .. code-block:: bash
 
     ./rcstack rhodecode --help
 
 
 - RhodeCode CE/EE web app
 - VCSServer for GIT/SVN/HG support
 - SSH server for cloning over SSH
 - SVN webserver for SVN protocol support
 - Celery workers for asynchronous tasks
 - Celery beat for scheduler and automation tasks
 
 
 **Metrics (Optional)**
 
 .. code-block:: bash
 
     ./rcstack metrics --help
 
 - Loki, logs aggregation
 - Grafana, metrics Dashboard
 - Prometheus, metrics time-series
 - Statsd-exporter - statsd to Prometheus bridge
 - Node-exporter - machine stats and usage
 - Promtail - log scraping
 
 
 .. toctree::
     :maxdepth: 1
     :hidden:
     :caption: Installation
 
     install/installation.rst
     install/upgrade.rst
 
 
 .. toctree::
     :maxdepth: 1
     :hidden:
     :caption: Configuration
 
     configuration/configuration-overview.rst
     configuration/scaling-rhodecode.rst
     configuration/enable-ssl-on-traefik.rst
     configuration/data-volumes.rst
     configuration/set-license-file.rst
 
 
 .. toctree::
     :maxdepth: 1
     :hidden:
     :caption: Migration
 
     migration/migration-to-docker.rst
 
 
 .. toctree::
     :maxdepth: 1
     :hidden:
     :caption: Builds & Images
 
     builds/build-new-image.rst
     builds/building-images.rst
 
 .. toctree::
     :maxdepth: 1
     :hidden:
     :caption: Changelog
 
     changes.rst
  No newline at end of file

scripts/rcstack/rcstack

@@ -1,7017 +1,7047 b''
 #!/usr/bin/env bash
 # This script was generated
 # Modifying it manually is not recommended
 
 check_bash_version() {
    if [ ! "${BASH_VERSINFO:-0}" -ge 4 ]; then
       echo "Bash version 4 or greater is required (got ${BASH_VERSINFO}), please update your bash version!"
       exit 1
    fi
 }
 check_bash_version
 
 # :command.master_script
 
 # :command.version_command
 version_command() {
   echo "$version"
 }
 
 # :command.usage
 rcstack_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack\n"
     echo
 
     printf "  CLI for installing and managing RhodeCode Cluster Stack \nSupport:\n  https://community.rhodecode.com\nDocs: https://docs.rhodecode.com/rcstack\n"
     echo
 
   else
     printf "rcstack - CLI for installing and managing RhodeCode Cluster Stack \nSupport: https://community.rhodecode.com\nDocs: https://docs.rhodecode.com/rcstack\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack [OPTIONS] COMMAND\n"
   printf "  rcstack [COMMAND] --help | -h\n"
   printf "  rcstack --version | -v\n"
   echo
   # :command.usage_commands
   printf "%s\n" "Commands:"
   printf "  %s   Print instructions to get started with rhodecode docker stack\n" "get-started        "
   printf "  %s   Bootstrap this machine, check docker version and install rhodecode-network\n" "init               "
   printf "  %s   Update rcstack and it's docker definitions\n" "self-update        "
   echo
   printf "%s\n" "Stack Commands:"
   printf "  %s   Run one of available cluster stacks, run stack -h for more details\n" "stack              "
   printf "  %s   Show stack status\n" "stack-status       "
   printf "  %s   Upgrade a stack, run stack-upgrade -h for more details\n" "stack-upgrade      "
   printf "  %s   run monitoring on stack items\n" "stack-monitor      "
   echo
   printf "%s\n" "CLI Commands:"
   printf "  %s   Various CLI tools, run cli -h for more details\n" "cli                "
   echo
   printf "%s\n" "Backup Commands:"
   printf "  %s   Backup Database\n" "backup-db          "
   printf "  %s   Backup RhodeCode storage\n" "backup-data        "
   echo
   printf "%s\n" "Build Commands:"
   printf "  %s   Fetch Artifacts to run installer based build\n" "get-build-artifacts"
   printf "  %s   Build RhodeCode image from installer, ./rcstack get-build-artifacts initially\n" "build-installer    "
   printf "  %s   Fetch RhodeCode sources, store in .source dir to run a source-based builds\n" "get-build-source   "
   printf "  %s   Build RhodeCode image from source, requires ./rcstack get-build-source initially\n" "build-source       "
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--debug"
     printf "    Enable debug and detailed output,\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--no-init-check"
     printf "    Skip check for ./rcstack init call\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
     printf "  %s\n" "--version, -v"
     printf "    Show version number\n"
     echo
 
     # :command.usage_environment_variables
     printf "%s\n" "Environment Variables:"
 
     # :environment_variable.usage
     printf "  %s\n" "RCC_CONFIG"
     printf "    default config file for rcstack\n"
     printf "    Default: .rcstack.ini\n"
     echo
 
     # :environment_variable.usage
     printf "  %s\n" "AUTH_TOKEN"
     printf "    Set your RhodeCode AUTH Token\n"
     echo
 
     # :environment_variable.usage
     printf "  %s\n" "RC_STACK_ROUTER_EXT"
     printf "\n"
     printf "    Default: .custom/docker-compose-router.override.yaml\n"
     echo
 
     # :environment_variable.usage
     printf "  %s\n" "RC_STACK_METRICS_EXT"
     printf "\n"
     printf "    Default: .custom/docker-compose-metrics.override.yaml\n"
     echo
 
     # :environment_variable.usage
     printf "  %s\n" "RC_STACK_SERVICES_EXT"
     printf "\n"
     printf "    Default: .custom/docker-compose-services.override.yaml\n"
     echo
 
     # :environment_variable.usage
     printf "  %s\n" "RC_STACK_RHODECODE_EXT"
     printf "\n"
     printf "    Default: .custom/docker-compose-apps.override.yaml\n"
     echo
 
     # :command.footer
     printf "RhodeCode Inc 2023\n\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_get_started_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack get-started - Print instructions to get started with rhodecode docker stack\n"
     echo
 
   else
     printf "rcstack get-started - Print instructions to get started with rhodecode docker stack\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack get-started\n"
   printf "  rcstack get-started --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_init_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack init - Bootstrap this machine, check docker version and install rhodecode-network\n"
     echo
 
   else
     printf "rcstack init - Bootstrap this machine, check docker version and install rhodecode-network\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack init [OPTIONS]\n"
   printf "  rcstack init --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--arg-rc-edition ARG_RC_EDITION"
     printf "    specify rc_edition [ee|ce] for setup\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--arg-hostname ARG_HOSTNAME"
     printf "    specify hostname [hostname.example.com] for setup\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--arg-use-ssl ARG_USE_SSL"
     printf "    specify use_ssl [y|n] for setup\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--arg-admin-email ARG_ADMIN_EMAIL"
     printf "    specify admin_email [[e-mail]] for setup\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--arg-admin-user ARG_ADMIN_USER"
     printf "    specify admin_user [admin] for setup\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--arg-admin-pass ARG_ADMIN_PASS"
     printf "    specify admin_pass [secretpassword] for setup\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--arg-license-token ARG_ADMIN_TOKEN"
     printf "    specify license_token [abcd-abcd-abcd-abcd] for setup\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--no-prompt"
     printf "    Don't use interactive prompt to ask setup questions. Use defaults instead\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--force, -f"
     printf "    Overwrite existing files\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--stage STAGE (repeatable)"
     printf "    specify one or more stages to run\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--auth-token AUTH_TOKEN"
     printf "    Optionally specify AUTH TOKEN to obtain sources\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--server-url SERVER_URL"
     printf "    Specify RhodeCode server location where projects should be downloaded\n"
     printf "    Default: https://code.rhodecode.com\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--docker-revision DOCKER_REVISION"
     printf "    revision to fetch new docker definitions.\n"
     printf "    Default: master\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--install-docker INSTALL_DOCKER"
     printf "    answer [y]es or [n]o to question to install docker\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  - ./rcstack init\n  - ./rcstack init --force\n  # non-interactive mode to say yes to install docker question [n] always does\n  not install docker\n  - ./rcstack init --install-docker=y\n  # non-interactive mode to answer setup questions use --help to check all\n  --arg-NAME options\n  - ./rcstack init --install-docker=y --arg-hostname=docker-dev --arg-use-ssl=n\n  --arg-rc-edition=ee\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_self_update_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack self-update - Update rcstack and it's docker definitions\n"
     echo
 
   else
     printf "rcstack self-update - Update rcstack and it's docker definitions\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack self-update [OPTIONS]\n"
   printf "  rcstack self-update --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--force"
     printf "    Ignore same-version skip check. Runs same logic as there would be new\n    version available\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--cli-revision CLI_REVISION"
     printf "    revision to fetch new rcstack cli tool.\n"
     printf "    Default: master\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--docker-revision DOCKER_REVISION"
     printf "    revision to fetch new docker definitions.\n"
     printf "    Default: master\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--auth-token AUTH_TOKEN"
     printf "    Optionally specify AUTH TOKEN to obtain sources\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--server-url SERVER_URL"
     printf "    Specify RhodeCode server location where projects should be downloaded\n"
     printf "    Default: https://code.rhodecode.com\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  - ./rccstack self-update simply to update it to a new version\n  \n  # to fetch dev branch and install it\n  - ./rccstack self-update --cli-revision=dev --docker-revision=dev\n  \n  # In case rcstack breaks, you can re-download the stack script using curl\n  curl -L -s -o rcstack https://dls.rhodecode.com/get/master && chmod +x rcstack\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack - Run one of available cluster stacks, run stack -h for more details\n"
     echo
 
   else
     printf "rcstack stack - Run one of available cluster stacks, run stack -h for more details\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack [OPTIONS] COMMAND\n"
   printf "  rcstack stack [COMMAND] --help | -h\n"
   echo
   # :command.usage_commands
   printf "%s\n" "Commands:"
   printf "  %s   execute commands for the router stack\n" "router   "
   printf "  %s   execute commands for the router stack\n" "metrics  "
   printf "  %s   execute commands for the router stack\n" "services "
   printf "  %s   execute commands for the router stack\n" "rhodecode"
   printf "  %s   execute commands for all stacks in order\n" "all      "
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--env-file-path ENV_FILE_PATH"
     printf "    Set custom env file\n"
     printf "    Default: $PWD/.custom/.runtime.env\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--stack-prefix STACK_PREFIX"
     printf "    Set custom stack prefix, e.g rc_cluster_apps_ci\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  # running stack\n  - ./rcstack stack router up          # run router stack with output to stdout\n  - ./rcstack stack router up --detach # run router stack detached\n  - ./rcstack stack router down        # stop whole router stack\n  - ./rcstack stack router ps          # check status of router stack\n  \n  # logs, use logs -f to follow/tail --until 1h to limit for last time\n  - ./rcstack stack services logs -f database\n  \n  # scale a single stack service[s] to more replicas (horizontally), use\n  overrides files to permanently set scale\n  - ./rcstack stack rhodecode up --detach --no-recreate --scale rhodecode=2\n  --scale vcsserver=2\n  \n  # run router stack with your overrides compose file\n  - ./rcstack stack router -f docker-overrides.yaml up -d\n  \n  # run command in the stack image\n  - ./rcstack stack rhodecode run rhodecode bash\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_router_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack router - execute commands for the router stack\n"
     echo
 
   else
     printf "rcstack stack router - execute commands for the router stack\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack router [SERVICES PARAMS...]\n"
   printf "  rcstack stack router --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_args
     printf "%s\n" "Arguments:"
 
     echo "  SERVICES PARAMS..."
     printf "    Additional arguments or flags for services command\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_metrics_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack metrics - execute commands for the router stack\n"
     echo
 
   else
     printf "rcstack stack metrics - execute commands for the router stack\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack metrics [SERVICES PARAMS...]\n"
   printf "  rcstack stack metrics --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_args
     printf "%s\n" "Arguments:"
 
     echo "  SERVICES PARAMS..."
     printf "    Additional arguments or flags for services command\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_services_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack services - execute commands for the router stack\n"
     echo
 
   else
     printf "rcstack stack services - execute commands for the router stack\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack services [SERVICES PARAMS...]\n"
   printf "  rcstack stack services --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_args
     printf "%s\n" "Arguments:"
 
     echo "  SERVICES PARAMS..."
     printf "    Additional arguments or flags for services command\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_rhodecode_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack rhodecode - execute commands for the router stack\n"
     echo
 
   else
     printf "rcstack stack rhodecode - execute commands for the router stack\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack rhodecode [SERVICES PARAMS...]\n"
   printf "  rcstack stack rhodecode --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_args
     printf "%s\n" "Arguments:"
 
     echo "  SERVICES PARAMS..."
     printf "    Additional arguments or flags for services command\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_all_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack all - execute commands for all stacks in order\n"
     echo
 
   else
     printf "rcstack stack all - execute commands for all stacks in order\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack all [SERVICES PARAMS...]\n"
   printf "  rcstack stack all --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_args
     printf "%s\n" "Arguments:"
 
     echo "  SERVICES PARAMS..."
     printf "    Additional arguments or flags for services command\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_status_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack-status - Show stack status\n"
     echo
 
   else
     printf "rcstack stack-status - Show stack status\n"
     echo
 
   fi
 
   printf "Alias: status\n"
   echo
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack-status [OPTIONS]\n"
   printf "  rcstack stack-status --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--detailed"
     printf "    Display a detailed format\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--configs"
     printf "    Display a detailed info about configuration files\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_upgrade_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack-upgrade - Upgrade a stack, run stack-upgrade -h for more details\n"
     echo
 
   else
     printf "rcstack stack-upgrade - Upgrade a stack, run stack-upgrade -h for more details\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack-upgrade [OPTIONS] COMMAND\n"
   printf "  rcstack stack-upgrade [COMMAND] --help | -h\n"
   echo
   # :command.usage_commands
   printf "%s\n" "Commands:"
   printf "  %s   upgrade the router stack\n" "router   "
   printf "  %s   run the router stack\n" "metrics  "
   printf "  %s   run the router stack\n" "services "
   printf "  %s   run the router stack\n" "rhodecode"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--stack-prefix STACK_PREFIX"
     printf "    Set custom stack prefix, e.g rc_cluster_apps_ci\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  # Upgrading stack\n  - ./rcstack stack-upgrade router\n  \n  # RhodeCode stack upgrades with 0 downtime using container rotation\n  - ./rcstack stack-upgrade rhodecode\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_upgrade_router_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack-upgrade router - upgrade the router stack\n"
     echo
 
   else
     printf "rcstack stack-upgrade router - upgrade the router stack\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack-upgrade router\n"
   printf "  rcstack stack-upgrade router --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_upgrade_metrics_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack-upgrade metrics - run the router stack\n"
     echo
 
   else
     printf "rcstack stack-upgrade metrics - run the router stack\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack-upgrade metrics\n"
   printf "  rcstack stack-upgrade metrics --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_upgrade_services_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack-upgrade services - run the router stack\n"
     echo
 
   else
     printf "rcstack stack-upgrade services - run the router stack\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack-upgrade services\n"
   printf "  rcstack stack-upgrade services --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_upgrade_rhodecode_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack-upgrade rhodecode - run the router stack\n"
     echo
 
   else
     printf "rcstack stack-upgrade rhodecode - run the router stack\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack-upgrade rhodecode [OPTIONS]\n"
   printf "  rcstack stack-upgrade rhodecode --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--stop-wait STOP_WAIT"
     printf "    Number of seconds to wait for stopping old containers, use low value to\n    quickly restart and recycle containers\n"
     printf "    Default: 120\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--docker-stop-wait DOCKER_STOP_WAIT"
     printf "    Number of seconds to pass to docker stop command that will wait for\n    container to gracefull stop\n"
     printf "    Default: 3600\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_monitor_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack-monitor - run monitoring on stack items\n"
     echo
 
   else
     printf "rcstack stack-monitor - run monitoring on stack items\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack-monitor COMMAND\n"
   printf "  rcstack stack-monitor [COMMAND] --help | -h\n"
   echo
   # :command.usage_commands
   printf "%s\n" "Stack Commands:"
   printf "  %s   monitor stack containers that are unhealthy and restart them\n" "restart-unhealthy"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_stack_monitor_restart_unhealthy_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack stack-monitor restart-unhealthy - monitor stack containers that are unhealthy and restart them\n"
     echo
 
   else
     printf "rcstack stack-monitor restart-unhealthy - monitor stack containers that are unhealthy and restart them\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack stack-monitor restart-unhealthy [OPTIONS]\n"
   printf "  rcstack stack-monitor restart-unhealthy --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--loop LOOP"
     printf "    run in a loop to monitor continously every N seconds\n"
     printf "    Default: 0\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  # check and restart for unhealthy containers\n  ./rcstack restart-unhealthy\n  \n  # check and restart for unhealthy containers, and continue in a loop every 5\n  minutes (300s)\n  ./rcstack restart-unhealthy --loop=300\n  \n  # run this script in background with logs\n  nohup ./rcstack restart-unhealthy --loop=300 > unhealthy-checks.log &\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_cli_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack cli - Various CLI tools, run cli -h for more details\n"
     echo
 
   else
     printf "rcstack cli - Various CLI tools, run cli -h for more details\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack cli COMMAND\n"
   printf "  rcstack cli [COMMAND] --help | -h\n"
   echo
   # :command.usage_commands
   printf "%s\n" "Commands:"
   printf "  %s   print out stored docker image version\n" "image-info         "
   printf "  %s   set version to .runtime.env file\n" "set-runtime-image  "
   printf "  %s   Ishell attached to running RhodeCode instance\n" "ishell             "
   printf "  %s   CLI for Redis\n" "redis              "
   printf "  %s   CLI with Database connection\n" "db                 "
   printf "  %s   CLI to run db upgrade\n" "db-upgrade         "
   printf "  %s   CLI for repository storage. Exposes a basic image with mounted data and repositories volumes or attach to currently running containers storage\n" "storage            "
   printf "  %s   attach to running instance of RhodeCode, by default it attaches to rhodecode main web app\n" "attach             "
   printf "  %s   set current setup to either CE (Community) or EE (Enterprise) type\n" "set-edition        "
   printf "  %s   reconfigure the vcsserver.ini file\n" "configure-vcsserver"
   printf "  %s   reconfigure the rhodecode.ini file\n" "configure-rhodecode"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_cli_image_info_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack cli image-info - print out stored docker image version\n"
     echo
 
   else
     printf "rcstack cli image-info - print out stored docker image version\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack cli image-info [OPTIONS]\n"
   printf "  rcstack cli image-info --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--verbose"
     printf "    rich output about image\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_cli_set_runtime_image_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack cli set-runtime-image - set version to .runtime.env file\n"
     echo
 
   else
     printf "rcstack cli set-runtime-image - set version to .runtime.env file\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack cli set-runtime-image VERSION\n"
   printf "  rcstack cli set-runtime-image --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_args
     printf "%s\n" "Arguments:"
 
     # :argument.usage
     printf "  %s\n" "VERSION"
     printf "    Version of docker image to set e.g '5.0.0'\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_cli_ishell_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack cli ishell - Ishell attached to running RhodeCode instance\n"
     echo
 
   else
     printf "rcstack cli ishell - Ishell attached to running RhodeCode instance\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack cli ishell\n"
   printf "  rcstack cli ishell --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_cli_redis_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack cli redis - CLI for Redis\n"
     echo
 
   else
     printf "rcstack cli redis - CLI for Redis\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack cli redis\n"
   printf "  rcstack cli redis --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_cli_db_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack cli db - CLI with Database connection\n"
     echo
 
   else
     printf "rcstack cli db - CLI with Database connection\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack cli db\n"
   printf "  rcstack cli db --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  # restore backup\n  - \i /var/rc-data-dump/your_dump.sql\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_cli_db_upgrade_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack cli db-upgrade - CLI to run db upgrade\n"
     echo
 
   else
     printf "rcstack cli db-upgrade - CLI to run db upgrade\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack cli db-upgrade\n"
   printf "  rcstack cli db-upgrade --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_cli_storage_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack cli storage - CLI for repository storage. Exposes a basic image with mounted data and repositories volumes or attach to currently running containers storage\n"
     echo
 
   else
     printf "rcstack cli storage - CLI for repository storage. Exposes a basic image with mounted data and repositories volumes or attach to currently running containers storage\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack cli storage [OPTIONS]\n"
   printf "  rcstack cli storage --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--attached ATTACHED"
     printf "    attach to storage of already running vcsserver container instead\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_cli_attach_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack cli attach - attach to running instance of RhodeCode, by default it attaches to rhodecode main web app\n"
     echo
 
   else
     printf "rcstack cli attach - attach to running instance of RhodeCode, by default it attaches to rhodecode main web app\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack cli attach [OPTIONS]\n"
   printf "  rcstack cli attach --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--instance-type INSTANCE_TYPE"
     printf "    type of instance to attach to\n"
     printf "    Default: rhodecode\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  ./rcstack cli attach --instance-type sshd\n  ./rcstack cli attach --instance-type vcsserver\n  ./rcstack cli attach --instance-type celery\n  ./rcstack cli attach --instance-type celery-beat\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_cli_set_edition_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack cli set-edition - set current setup to either CE (Community) or EE (Enterprise) type\n"
     echo
 
   else
     printf "rcstack cli set-edition - set current setup to either CE (Community) or EE (Enterprise) type\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack cli set-edition EDITION_TYPE\n"
   printf "  rcstack cli set-edition --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_args
     printf "%s\n" "Arguments:"
 
     # :argument.usage
     printf "  %s\n" "EDITION_TYPE"
     printf "    pick type CE or EE\n"
     printf "    Allowed: ce, ee\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  ./rcstack set-edition ce\n"
     printf "  ./rcstack set-edition ee\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_cli_configure_vcsserver_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack cli configure-vcsserver - reconfigure the vcsserver.ini file\n"
     echo
 
   else
     printf "rcstack cli configure-vcsserver - reconfigure the vcsserver.ini file\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack cli configure-vcsserver INI_PATH\n"
   printf "  rcstack cli configure-vcsserver --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_args
     printf "%s\n" "Arguments:"
 
     # :argument.usage
     printf "  %s\n" "INI_PATH"
     printf "    Path to vcsserver.ini to reconfigure\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  ./rcstack cli configure-vcs config/_shared/vcsserver.ini\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_cli_configure_rhodecode_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack cli configure-rhodecode - reconfigure the rhodecode.ini file\n"
     echo
 
   else
     printf "rcstack cli configure-rhodecode - reconfigure the rhodecode.ini file\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack cli configure-rhodecode INI_PATH\n"
   printf "  rcstack cli configure-rhodecode --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_args
     printf "%s\n" "Arguments:"
 
     # :argument.usage
     printf "  %s\n" "INI_PATH"
     printf "    Path to rhodecode.ini to reconfigure\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  ./rcstack cli configure-rhodecode config/_shared/rhodecode.ini\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_backup_db_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack backup-db - Backup Database\n"
     echo
 
   else
     printf "rcstack backup-db - Backup Database\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack backup-db\n"
   printf "  rcstack backup-db --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  # make backup gz compressed from container DB\n  - ./rcstack backup-db\n  \n  # restore backup\n  - gunzip your_dump.sql.gz\n  - ./rcstack cli db\n  - \i /var/rc-data-dump/your_dump.sql\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_backup_data_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack backup-data - Backup RhodeCode storage\n"
     echo
 
   else
     printf "rcstack backup-data - Backup RhodeCode storage\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack backup-data\n"
   printf "  rcstack backup-data --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  # make backup gz compressed for rhodecode containers, and all volumes\n  - ./rcstack backup-data\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_get_build_artifacts_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack get-build-artifacts - Fetch Artifacts to run installer based build\n"
     echo
 
   else
     printf "rcstack get-build-artifacts - Fetch Artifacts to run installer based build\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack get-build-artifacts [OPTIONS]\n"
   printf "  rcstack get-build-artifacts --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--auth AUTH"
     printf "    Specify custom auth for curl e.g -u admin:secret\n"
     printf "    Default: \n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--installer-url INSTALLER_URL"
     printf "    Installer Download URL\n"
     printf "    Default: https://dls.rhodecode.com/dls/N2E2ZTY1NzA3NjYxNDA2NTc1NjI3MTcyNzA2MjcxNzIyZTcwNjI3YQ==/rhodecode-control/latest-linux-ee\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--manifest-url MANIFEST_URL"
     printf "    Manifest file url\n"
     printf "    Default: https://dls.rhodecode.com/linux/MANIFEST\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--version-name VERSION_NAME"
     printf "    Specify custom build ver e.g 4.27.0\n"
     printf "    Default: $RC_CLI_VERSION_NAME\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_build_installer_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack build-installer - Build RhodeCode image from installer, ./rcstack get-build-artifacts initially\n"
     echo
 
   else
     printf "rcstack build-installer - Build RhodeCode image from installer, ./rcstack get-build-artifacts initially\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack build-installer [OPTIONS]\n"
   printf "  rcstack build-installer --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--version-name VERSION_NAME"
     printf "    Specify custom build ver e.g 4.27.0\n"
     printf "    Default: $RC_CLI_VERSION_NAME\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_get_build_source_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack get-build-source - Fetch RhodeCode sources, store in .source dir to run a source-based builds\n"
     echo
 
   else
     printf "rcstack get-build-source - Fetch RhodeCode sources, store in .source dir to run a source-based builds\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack get-build-source [OPTIONS]\n"
   printf "  rcstack get-build-source --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--revision REVISION"
     printf "    revision to download\n"
     printf "    Default: default\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--auth-token AUTH_TOKEN"
     printf "    Specify AUTH TOKEN to obtain sources\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--server-url SERVER_URL"
     printf "    Specify RhodeCode server location where projects should be downloaded\n"
     printf "    Default: https://code.rhodecode.com\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  ./rcstack get-sources $RC_CLI_VERSION_NAME\n"
     printf "  ./rcstack get-sources default --auth-token xyxyxyx --server-url\n  https://secret.repo/\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack_build_source_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack build-source - Build RhodeCode image from source, requires ./rcstack get-build-source initially\n"
     echo
 
   else
     printf "rcstack build-source - Build RhodeCode image from source, requires ./rcstack get-build-source initially\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack build-source [OPTIONS]\n"
   printf "  rcstack build-source --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_flags
     # :flag.usage
     printf "  %s\n" "--version-name VERSION_NAME"
     printf "    Specify custom build ver e.g 4.27.0\n"
     printf "    Default: $RC_CLI_VERSION_NAME\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--source-build-yaml BUILD_SOURCE_YAML"
     printf "    yaml file to build source against\n"
     printf "    Default: docker-compose-apps.source.yaml\n"
     echo
 
     # :flag.usage
     printf "  %s\n" "--tag TAG (repeatable)"
     printf "    tag build image\n"
     echo
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
     # :command.usage_examples
     printf "%s\n" "Examples:"
     printf "  ./rcstack build-source --version-name 4.28.0.REL.2023.02.02.1\n"
     printf "  ./rcstack build-source --source-build-yaml docker-compose-apps.venv.yaml\n  --version-name 4.28.0.REL.2023.02.02.1\n"
     echo
 
   fi
 }
 
 # :command.usage
 rcstack__completions_usage() {
   if [[ -n $long_usage ]]; then
     printf "rcstack _completions - Generate completions\n"
     echo
 
   else
     printf "rcstack _completions - Generate completions\n"
     echo
 
   fi
 
   printf "%s\n" "Usage:"
   printf "  rcstack _completions\n"
   printf "  rcstack _completions --help | -h\n"
   echo
 
   # :command.long_usage
   if [[ -n $long_usage ]]; then
     printf "%s\n" "Options:"
 
     # :command.usage_fixed_flags
     printf "  %s\n" "--help, -h"
     printf "    Show this help\n"
     echo
 
   fi
 }
 
 # :command.normalize_input
 normalize_input() {
   local arg flags
 
   while [[ $# -gt 0 ]]; do
     arg="$1"
     if [[ $arg =~ ^(--[a-zA-Z0-9_\-]+)=(.+)$ ]]; then
       input+=("${BASH_REMATCH[1]}")
       input+=("${BASH_REMATCH[2]}")
     elif [[ $arg =~ ^(-[a-zA-Z0-9])=(.+)$ ]]; then
       input+=("${BASH_REMATCH[1]}")
       input+=("${BASH_REMATCH[2]}")
     elif [[ $arg =~ ^-([a-zA-Z0-9][a-zA-Z0-9]+)$ ]]; then
       flags="${BASH_REMATCH[1]}"
       for ((i = 0; i < ${#flags}; i++)); do
         input+=("-${flags:i:1}")
       done
     else
       input+=("$arg")
     fi
 
     shift
   done
 }
 # :command.inspect_args
 inspect_args() {
   if ((${#args[@]})); then
     readarray -t sorted_keys < <(printf '%s\n' "${!args[@]}" | sort)
     echo args:
     for k in "${sorted_keys[@]}"; do echo "- \${args[$k]} = ${args[$k]}"; done
   else
     echo args: none
   fi
 
   if ((${#other_args[@]})); then
     echo
     echo other_args:
     echo "- \${other_args[*]} = ${other_args[*]}"
     for i in "${!other_args[@]}"; do
       echo "- \${other_args[$i]} = ${other_args[$i]}"
     done
   fi
 
   if ((${#deps[@]})); then
     readarray -t sorted_keys < <(printf '%s\n' "${!deps[@]}" | sort)
     echo
     echo deps:
     for k in "${sorted_keys[@]}"; do echo "- \${deps[$k]} = ${deps[$k]}"; done
   fi
 
 }
 
 # :command.user_lib
 # src/lib/check_bootstrap.sh
 
 check_bootstrap() {
   # Avoid destroying bootstrapping by simple start/stop
   for stage_name in $BOOTSTRAP_STAGES; do
       if ! config_has_key $stage_name ; then
         echo "$(yellow WARNING:) Bootstrap key $stage_name not found in config file $CONFIG_FILE!"
         echo "$(yellow NOTICE:) Run this first: ./$RC_SCRIPT_NAME init"
         exit
       fi
   done
 
 }
 
 # src/lib/colors.sh
 print_in_color() {
   local color="$1"
   shift
   if [[ -z ${NO_COLOR+x} ]]; then
     printf "$color%b\e[0m\n" "$*"
   else
     printf "%b\n" "$*"
   fi
 }
 
 red() { print_in_color "\e[31m" "$*"; }
 green() { print_in_color "\e[32m" "$*"; }
 yellow() { print_in_color "\e[33m" "$*"; }
 blue() { print_in_color "\e[34m" "$*"; }
 magenta() { print_in_color "\e[35m" "$*"; }
 cyan() { print_in_color "\e[36m" "$*"; }
 bold() { print_in_color "\e[1m" "$*"; }
 underlined() { print_in_color "\e[4m" "$*"; }
 red_bold() { print_in_color "\e[1;31m" "$*"; }
 green_bold() { print_in_color "\e[1;32m" "$*"; }
 yellow_bold() { print_in_color "\e[1;33m" "$*"; }
 blue_bold() { print_in_color "\e[1;34m" "$*"; }
 magenta_bold() { print_in_color "\e[1;35m" "$*"; }
 cyan_bold() { print_in_color "\e[1;36m" "$*"; }
 red_underlined() { print_in_color "\e[4;31m" "$*"; }
 green_underlined() { print_in_color "\e[4;32m" "$*"; }
 yellow_underlined() { print_in_color "\e[4;33m" "$*"; }
 blue_underlined() { print_in_color "\e[4;34m" "$*"; }
 magenta_underlined() { print_in_color "\e[4;35m" "$*"; }
 cyan_underlined() { print_in_color "\e[4;36m" "$*"; }
 
 # src/lib/config.sh
 
 config_show() {
   config_load
   ini_show
 }
 
 config_get() {
   local key="$1"
   local default_value="$2"
 
   config_load
   echo "${ini["$key"]:-$default_value}"
 }
 
 config_set() {
   local key="$1"
   shift
   local value="$*"
 
   config_load
   ini["$key"]="$value"
   config_save
 }
 
 config_del() {
   local key="$1"
 
   config_load
   unset "ini[$key]"
   config_save
 }
 
 config_keys() {
   config_load
   ini_keys
 }
 
 config_has_key() {
   [[ $(config_get "$1") ]]
 }
 
 config_reload() {
   declare -g config_loaded=false
   config_load
 }
 
 config_load() {
   [[ "$config_loaded" == "true" ]] && return
 
   declare -g CONFIG_FILE=${CONFIG_FILE:=config.ini}
   declare -g config_loaded=true
   [[ -f "$CONFIG_FILE" ]] || touch "$CONFIG_FILE"
   ini_load "$CONFIG_FILE"
 }
 
 config_save() {
   ini_save "$CONFIG_FILE"
 }
 
 # src/lib/dotenv.sh
 
 __dotenv=
 __dotenv_file=
 __dotenv_cmd=.env
 
 .env() {
 	REPLY=()
 	[[ $__dotenv_file || ${1-} == -* ]] || .env.--file .env || return
 	if declare -F -- ".env.${1-}" >/dev/null; then .env."$@"; return ; fi
 	.env --help >&2; return 64
 }
 
 .env.-f() { .env.--file "$@"; }
 
 .env.get() {
 	.env::arg "get requires a key" "$@" &&
 	[[ "$__dotenv" =~ ^(.*(^|$'\n'))([ ]*)"$1="(.*)$ ]] &&
 	REPLY=${BASH_REMATCH[4]%%$'\n'*} && REPLY=${REPLY%"${REPLY##*[![:space:]]}"}
 }
 
 .env.parse() {
 	local line key
 	while IFS= read -r line; do
 		line=${line#"${line%%[![:space:]]*}"}  # trim leading whitespace
 		line=${line%"${line##*[![:space:]]}"}  # trim trailing whitespace
 		if [[ ! "$line" || "$line" == '#'* ]]; then continue ; fi
 		if (($#)); then
 			for key; do
 				if [[ $key == "${line%%=*}" ]]; then REPLY+=("$line"); break;
 				fi
 			done
 		else
 			REPLY+=("$line")
 		fi
 	done <<<"$__dotenv"
 	((${#REPLY[@]}))
 }
 
 .env.export() {	! .env.parse "$@" || export "${REPLY[@]}"; }
 
 .env.set() {
 	.env::file load || return ; local key saved=$__dotenv
 	while (($#)); do
 		key=${1#+}; key=${key%%=*}
 		if .env.get "$key"; then
 			REPLY=()
 			if [[ $1 == +* ]]; then shift; continue  # skip if already found
 			elif [[ $1 == *=* ]]; then
 				__dotenv=${BASH_REMATCH[1]}${BASH_REMATCH[3]}$1$'\n'${BASH_REMATCH[4]#*$'\n'}
 			else
 				__dotenv=${BASH_REMATCH[1]}${BASH_REMATCH[4]#*$'\n'}
 				continue   # delete all occurrences
 			fi
 		elif [[ $1 == *=* ]]; then
 			__dotenv+="${1#+}"$'\n'
 		fi
 		shift
 	done
 	[[ $__dotenv == "$saved" ]] || .env::file save
 }
 
 .env.puts() { echo "${1-}">>"$__dotenv_file" && __dotenv+="$1"$'\n'; }
 
 .env.generate() {
 	.env::arg "key required for generate" "$@" || return
 	.env.get "$1" && return || REPLY=$("${@:2}") || return
 	.env::one "generate: ouptut of '${*:2}' has more than one line" "$REPLY" || return
 	.env.puts "$1=$REPLY"
 }
 
 .env.--file() {
 	.env::arg "filename required for --file" "$@" || return
 	__dotenv_file=$1; .env::file load || return
 	(($#<2)) || .env "${@:2}"
 }
 
 .env::arg() { [[ "${2-}" ]] || { echo "$__dotenv_cmd: $1" >&2; return 64; }; }
 
 .env::one() { [[ "$2" != *$'\n'* ]] || .env::arg "$1"; }
 
 .env::file() {
 	local REPLY=$__dotenv_file
 	case "$1" in
 	load)
 		__dotenv=; ! [[ -f "$REPLY" ]] || __dotenv="$(<"$REPLY")"$'\n' || return ;;
 	save)
 		if [[ -L "$REPLY" ]] && declare -F -- realpath.resolved >/dev/null; then
 			realpath.resolved "$REPLY"
 		fi
 		{ [[ ! -f "$REPLY" ]] || cp -p "$REPLY" "$REPLY.bak"; } &&
 		printf %s "$__dotenv" >"$REPLY.bak" && mv "$REPLY.bak" "$REPLY"
 	esac
 }
 #
 #__dotenv() {
 #	set -eu
 #	__dotenv_cmd=${0##*/}
 #	.env.export() { .env.parse "$@" || return 0; printf 'export %q\n' "${REPLY[@]}"; REPLY=(); }
 #	.env "$@" || return $?
 #	${REPLY[@]+printf '%s\n' "${REPLY[@]}"}
 #}
 #if [[ $0 == "${BASH_SOURCE-}" ]]; then __dotenv "$@"; exit; fi
 
 # src/lib/get_docker_definitions.sh
 
 get_docker_definitions() {
   SOURCE_DIR=$PWD
   RHODECODE_DOCKER_HASH=$1
   FULL_MODE=$2
   DEBUG=$3
 
   # download sources
   echo "bootstrap_definitions: download rhodecode docker definitions from $SERVER_URL"
   echo ""
   extracted_arcive_dir="rhodecode-enterprise-docker-id-bacb-sub-0-archive-all"
 
   if [ $DEBUG ]; then
     echo "bootstrap_definitions: downloading: $SERVER_URL/rhodecode-enterprise-docker/archive/$RHODECODE_DOCKER_HASH.tgz?with_hash=0"
     curl --header "X-Rc-Auth-Token: $AUTH_TOKEN" -L $SERVER_URL/rhodecode-enterprise-docker/archive/$RHODECODE_DOCKER_HASH.tgz?with_hash=0 | tar -xz -C $SOURCE_DIR
 
     echo "extracted archive to $SOURCE_DIR"
     echo "bootstrap_definitions: running CP $SOURCE_DIR/$extracted_arcive_dir/* $SOURCE_DIR"
     cp_backup_verbose $SOURCE_DIR/*rhodecode-enterprise-docker-plain/* $SOURCE_DIR
 
     echo "bootstrap_definitions: removing $SOURCE_DIR/$extracted_arcive_dir"
     rm -r $SOURCE_DIR/$extracted_arcive_dir
   else
     curl -s --header "X-Rc-Auth-Token: $AUTH_TOKEN" -L $SERVER_URL/rhodecode-enterprise-docker/archive/$RHODECODE_DOCKER_HASH.tgz?with_hash=0 | tar -xz -C $SOURCE_DIR
 
     cp_backup $SOURCE_DIR/$extracted_arcive_dir/* $SOURCE_DIR
 
     rm -r $SOURCE_DIR/$extracted_arcive_dir
   fi
 
   echo "$(green bootstrap_definitions: docker definitions extracted to $SOURCE_DIR)"
 
   # cleanup of backup files, just good to have, ignore any warnings
   # NOTE: Disabled for backward compat
   #find "$SOURCE_DIR" -nowarn -ignore_readdir_race -iname "*.~*~" -delete 2> /dev/null
 
   # some cleanup of things we don't need in cli
   if [[ ! $FULL_MODE ]]; then
     rm dev-tools
     rm -r scripts/dev-tools
     rm -r entrypoints.d
   fi
 }
 
 # src/lib/ini.sh
 
 ini_load() {
   declare -gA ini
 
   local ini_file="$1"
 
   local section=""
   local key=""
   local value=""
   local section_regex="^\[(.+)\]"
   local key_regex="^([^ =]+) *= *(.*) *$"
   local comment_regex="^;"
 
   while IFS= read -r line; do
     if [[ $line =~ $comment_regex ]]; then
       continue
     elif [[ $line =~ $section_regex ]]; then
       section="${BASH_REMATCH[1]}."
     elif [[ $line =~ $key_regex ]]; then
       key="${BASH_REMATCH[1]}"
       value="${BASH_REMATCH[2]}"
       ini["${section}${key}"]="$value"
     fi
   done <"$ini_file"
 }
 
 ini_save() {
   declare -gA ini
 
   local ini_file="$1"
 
   local current_section=""
   local has_free_keys=false
 
   rm -f "$ini_file"
 
   for key in $(ini_keys); do
     [[ $key == *.* ]] && continue
     has_free_keys=true
     value="${ini[$key]}"
     echo "$key = $value" >>"$ini_file"
   done
 
   [[ "${has_free_keys}" == "true" ]] && echo >>"$ini_file"
 
   for key in $(ini_keys); do
     [[ $key == *.* ]] || continue
     value="${ini[$key]}"
     IFS="." read -r section_name key_name <<<"$key"
 
     if [[ "$current_section" != "$section_name" ]]; then
       [[ $current_section ]] && echo >>"$ini_file"
       echo "[$section_name]" >>"$ini_file"
       current_section="$section_name"
     fi
 
     echo "$key_name = $value" >>"$ini_file"
   done
 }
 
 ini_show() {
   declare -gA ini
 
   for key in $(ini_keys); do
     echo "$key = ${ini[$key]}"
   done
 }
 
 ini_keys() {
   declare -gA ini
 
   local keys=("${!ini[@]}")
   for a in "${keys[@]}"; do echo "$a"; done | sort
 }
 
 # src/lib/reconfigure_ini.sh
 sed_replace() {
   if [[ $ini_path == "" ]]; then
     echo "ERROR: missing 'ini_path' variable"
   fi
 
   if [[ $DEBUG ]]; then
     echo
     echo "sed --in-place=.replaced -E \"s/$1/$2/\" $ini_path"
     echo "pat1: $1"
     echo "pat2: $2"
   fi
 
   sed --in-place=.replaced -E "s/$1/$2/" $ini_path
 
 }
 
 sed_safe_path() {
   echo $((echo $1|sed -r 's/([\$\.\*\/\[\\^])/\\\1/g'|sed 's/[]]/\[]]/g')>&1)
 }
 
 config_vcsserver_ini() {
 
     #host/port
     sed_replace '^#?host = .*'               'host = 0\.0\.0\.0'
     sed_replace '^#?port = .*'               'port = 10010'
 
     # workers adjustment
     sed_replace '^#?workers = .*'            'workers = 1'
     sed_replace '^#?memory_max_usage = .*'   'memory_max_usage = 2147483648'
     sed_replace '^#?core\.binary_dir = .*'   'core.binary_dir = \/usr\/local\/bin\/rhodecode_bin\/vcs_bin'
 
     sed_replace '^#?rc_cache\.repo_object\.expiration_time = .*'                          '#rc_cache.repo_object.expiration_time = 2592000'
     sed_replace '^#?rc_cache\.repo_object\.backend = dogpile\.cache\.rc\.redis_msgpack'   'rc_cache.repo_object.backend = dogpile.cache.rc.redis_msgpack'
 
     sed_replace '^#?rc_cache\.repo_object\.arguments\.socket_timeout = .*'                'rc_cache.repo_object.arguments.socket_timeout = 30'
     sed_replace '^#?rc_cache\.repo_object\.arguments\.db = .*'                            'rc_cache.repo_object.arguments.db = 5'
     sed_replace '^#?rc_cache\.repo_object\.arguments\.port = .*'                          'rc_cache.repo_object.arguments.port = 6379'
     sed_replace '^#?rc_cache\.repo_object\.arguments\.host = .*'                          'rc_cache.repo_object.arguments.host = redis'
     sed_replace '^#?rc_cache\.repo_object\.arguments\.redis_expiration_time = .*'         'rc_cache.repo_object.arguments.redis_expiration_time = 3592000'
 
     sed_replace '^#?cache_dir = .*'   'cache_dir = \/var\/opt\/rhodecode_data'
     sed_replace '^#?formatter = .*'   'formatter = json'
 
     #statsd enable
     sed_replace '^#?statsd.enabled = .*'       'statsd.enabled = true'
     sed_replace '^#?statsd.statsd_host = .*'   'statsd.statsd_host = statsd-exporter'
     sed_replace '^#?statsd.statsd_port = .*'   'statsd.statsd_port = 9125'
 
 }
 
 config_rhodecode_ini() {
     #host/port
     sed_replace '^#?host = .*'               'host = 0\.0\.0\.0'
     sed_replace '^#?port = .*'               'port = 10020'
 
     # workers adjustment
     sed_replace '^#?workers = .*' 'workers = 1'
     sed_replace '^#?memory_max_usage = .*'   'memory_max_usage = 2147483648'
 
     # email
     sed_replace '^#?email_prefix = .*'   'email_prefix = [RhodeCode]'
     sed_replace '^#?app_email_from = .*' "app_email_from = rhodecode-noreply@$RC_HOSTNAME"
     sed_replace '^#?smtp_server = .*'    'smtp_server = localhost'
 
     # app-instance-uuid
     sed_replace '^app_instance_uuid = .*' "app_instance_uuid = $RC_APP_INSTANCE_UUID"
 
     # app base
     sed_replace '^app\.base_url = .*' "app\.base_url = $RC_APP_BASE_URL"
 
     # set license_token
     sed_replace '^#?license_token =.*' "license_token = $RC_LICENSE_TOKEN"
     # set Edition
     sed_replace '^use = egg:rhodecode-enterprise.*' "use = egg:rhodecode-enterprise-$RC_EDITION"
 
     # enable celery
     sed_replace '^#?use_celery = .*' 'use_celery = true'
 
     # DB
     sed_replace '^sqlalchemy\.db1\.url =.*' "sqlalchemy\.db1\.url = $RC_SQLALCHEMY_DB1_URL"
 
     #CHANNELSTREAM WS_URL
     sed_replace '^#?channelstream\.ws_url =.*' "channelstream\.ws_url = $RC_CHANNELSTREAM_WS_URL"
 
     # set cache dir
     sed_replace '^#?cache_dir = .*'   'cache_dir = \/var\/opt\/rhodecode_data'
 
     # set archive cache dir
     sed_replace '^#?archive_cache_dir = .*' 'archive_cache_dir = \/var\/opt\/rhodecode_data\/tarballcache'
 
     # set file_store path
     sed_replace '^#?file_store\.storage_path = .*' 'file_store.storage_path = \/var\/opt\/rhodecode_data\/file_store'
 
     # cleanup rabbitmq example entry
     sed_replace '^#celery\.broker_url = amqp.*'  ''
     sed_replace '^#?celery\.broker_url = .*'     'celery\.broker_url = redis:\/\/redis:6379\/8'
 
     # switch beaker sessions to Redis based
     sed_replace '^#?beaker.session.type = file.*' '#beaker.session.type = file'
     sed_replace '^#?beaker.session.data_dir = .*'  '#beaker.session.data_dir = \/tmp\/data\/sessions'
 
     # enable redis db2
     sed_replace '^#?beaker\.session\.type = ext:redis'                  'beaker.session.type = ext:redis'
     sed_replace '^#?beaker\.session\.url = redis:\/\/127.0.0.1:6379\/2' 'beaker.session.url = redis:\/\/redis:6379\/2'
 
 #    sed_replace '^#?beaker.session.type = ext:database.*' 'beaker.session.type = ext:database'
 #    sed_replace '^#?beaker.session.sa.url = postgresql.*' 'beaker.session.sa.url = postgresql://{{rhodecode_db_username}}:{{rhodecode_db_password}}@localhost/{{rhodecode_db_name}}'
 
     # hooks reconfigure for auto-bind to host
     sed_replace '^#?vcs.hooks.host = .*' 'vcs.hooks.host = \*'
     sed_replace '^#?vcs.server = .*' 'vcs.server = vcsserver:10010'
 
     # enable SVN
     sed_replace '^#?svn.proxy.generate_config = .*' 'svn.proxy.generate_config = true'
 
     # enable SSH
     sed_replace '^#?ssh.generate_authorized_keyfile = .*' 'ssh.generate_authorized_keyfile = true'
 
     #statsd enable
     sed_replace '^#?statsd.enabled = .*'       'statsd.enabled = true'
     sed_replace '^#?statsd.statsd_host = .*'   'statsd.statsd_host = statsd-exporter'
     sed_replace '^#?statsd.statsd_port = .*'   'statsd.statsd_port = 9125'
 
     # the wrapper_cmd
     sed_replace '^#?ssh.wrapper_cmd = .*' 'ssh.wrapper_cmd = \/usr\/local\/bin\/rhodecode_bin\/bin\/rc-ssh-wrapper'
 
     sed_replace '^#?api_access_controllers_whitelist = .*' 'api_access_controllers_whitelist = RepoFilesView:repo_archivefile, RepoFilesView:repo_file_raw'
 
 #    # set search to elasticsearch
 #    # enabled modules for Whoosh we remove, we have duplicates there..
 #    '^search.module = .*' ''
 #    '^search.location = .*' ''
 #
 #    '^#?search.module = .*' 'search.module = rc_elasticsearch'
 #    '^#?search.location = .*' 'search.location = http://localhost:9200'
 #    '^#?search.es_version = .*' 'search.es_version = 6'
 
     # enable Chat
     sed_replace '^#?chat.enabled = .*' 'chat.enabled = true'
 
     # logging
     sed_replace '^#?formatter = .*'   'formatter = json'
 
 }
 
 # src/lib/send_completions.sh
 
 # src/lib/utils.sh
 
 generate_md5() {
   local input_string="$1"
 
   if command -v md5 &> /dev/null; then
     echo -n "$input_string" | md5
   elif command -v md5sum &> /dev/null; then
     echo -n "$input_string" | md5sum | awk '{print $1}'
   else
     echo "Error: Neither md5 nor md5sum command is available. Please make sure this is installed in your system"
     return 1
   fi
 }
 
 random_str() {
   len=$1
   random_generate=$(generate_md5 $RANDOM | head -c $len)
   echo "$random_generate"
 }
 
 # function to copy files with --backup=numbered option
 detect_cp_backup () {
     cp -r -f --update --backup=numbered "$@" 2>/dev/null
     if [ $? -eq 0 ]; then
         # if exit status is 0, --backup=numbered worked and return true
         return 0
     else
         # if exit status is not 0, --backup=numbered didn't work and return false
         return 1
     fi
 }
 
 # function that acts like cp
 cp_backup () {
     cp -r -f "$@"
 }
 
 cp_backup_verbose () {
     cp -r -f -v "$@"
 }
 
 # version_gte checks if the version specified in $VERSION is at least the given
 # SemVer (Maj.Minor[.Patch]), or CalVer (YY.MM) version.It returns 0 (success)
 # if $VERSION is either unset (=latest) or newer or equal than the specified
 # version, or returns 1 (fail) otherwise.
 #
 # examples:
 #
 # VERSION=23.0
 # version_gte 23.0  // 0 (success)
 # version_gte 20.10 // 0 (success)
 # version_gte 19.03 // 0 (success)
 # version_gte 21.10 // 1 (fail)
 version_gte() {
 	if [ -z "$VERSION" ]; then
 			return 0
 	fi
 	eval version_compare "$VERSION" "$1"
 }
 
 # version_compare compares two version strings (either SemVer (Major.Minor.Path),
 # or CalVer (YY.MM) version strings. It returns 0 (success) if version A is newer
 # or equal than version B, or 1 (fail) otherwise. Patch releases and pre-release
 # (-alpha/-beta) are not taken into account
 #
 # examples:
 #
 # version_compare 23.0.0 20.10 // 0 (success)
 # version_compare 23.0 20.10   // 0 (success)
 # version_compare 20.10 19.03  // 0 (success)
 # version_compare 20.10 20.10  // 0 (success)
 # version_compare 19.03 20.10  // 1 (fail)
 version_compare() (
 	set +x
 
 	yy_a="$(echo "$1" | cut -d'.' -f1)"
 	yy_b="$(echo "$2" | cut -d'.' -f1)"
 	if [ "$yy_a" -lt "$yy_b" ]; then
 		return 1
 	fi
 	if [ "$yy_a" -gt "$yy_b" ]; then
 		return 0
 	fi
 	mm_a="$(echo "$1" | cut -d'.' -f2)"
 	mm_b="$(echo "$2" | cut -d'.' -f2)"
 
 	# trim leading zeros to accommodate CalVer
 	mm_a="${mm_a#0}"
 	mm_b="${mm_b#0}"
 
 	if [ "${mm_a:-0}" -lt "${mm_b:-0}" ]; then
 		return 1
 	fi
 
 	return 0
 )
 
 # src/lib/validate_stack_exists.sh
 
 validate_stack_exists() {
   err=""
   invalid="1"
 
   for item in $VALID_SERVICES
   do
       if [ "$1" == "$item" ]; then
           invalid=""
           break
       fi
   done
 
   if [[ -n $invalid ]]; then
     err="command '$1' not in list of $VALID_SERVICES"
   fi
 
   echo $err
 }
 
 # src/lib/validations/validate_dir_exists.sh
 validate_dir_exists() {
   [[ -d "$1" ]] || echo "must be an existing directory"
 }
 
 # src/lib/validations/validate_file_exists.sh
 validate_file_exists() {
   [[ -f "$1" ]] || echo "must be an existing file"
 }
 
 # src/lib/validations/validate_integer.sh
 validate_integer() {
   [[ "$1" =~ ^[0-9]+$ ]] || echo "must be an integer"
 }
 
 # src/lib/validations/validate_not_empty.sh
 validate_not_empty() {
   [[ -z "$1" ]] && echo "must not be empty"
 }
 
 # :command.command_functions
 # :command.function
 rcstack_get_started_command() {
   # src/get_started_command.sh
   get_started_full
 }
 
 # :command.function
 rcstack_init_command() {
   # src/init_command.sh
   DEBUG=${args[--debug]}
   force=${args[--force]}
   docker_revision=${args[--docker-revision]}
   install_docker=${args[--install-docker]}
   no_prompt=${args[--no-prompt]}
 
   eval "stages_from_cli=(${args[--stage]})"
 
   # CLI passed args / defaults
 
   if [[ -z ${args['--arg-rc-edition']} ]]; then
     # set default
     args['--arg-rc-edition']="ee"
   else
     # mark we used flag and don't ask in prompts
     args['__arg_rc_edition']=1
   fi
 
+  if [[ -z ${args['--arg-accept-eula']} ]]; then
+    # set default
+    args['--arg-accept-eula']="yes"
+  else
+    # mark we used flag and don't ask in prompts
+    args['__arg_accept_eula']=1
+  fi
+
   if [[ -z ${args['--arg-hostname']} ]]; then
     # set default
     args['--arg-hostname']="rhodecode.local"
   else
     # mark we used flag and don't ask in prompts
     args['__arg_hostname']=1
   fi
 
   if [[ -z ${args['--arg-use-ssl']} ]]; then
     # set default
     args['--arg-use-ssl']="n"
   else
     # mark we used flag and don't ask in prompts
     args['__arg_use_ssl']=1
   fi
 
   if [[ -z ${args['--arg-admin-email']} ]]; then
     # set default
     args['--arg-admin-email']="admin@${args['--arg-hostname']}"
   else
     # mark we used flag and don't ask in prompts
     args['__arg_admin_email']=1
   fi
 
   if [[ -z ${args['--arg-admin-user']} ]]; then
     # set default
     args['--arg-admin-user']="admin"
   else
     # mark we used flag and don't ask in prompts
     args['__arg_admin_user']=1
   fi
 
   if [[ -z ${args['--arg-admin-pass']} ]]; then
     # set default
     args['--arg-admin-pass']="secret4"
   else
     # mark we used flag and don't ask in prompts
     args['__arg_admin_pass']=1
   fi
 
   if [[ -z ${args['--arg-license-token']} ]]; then
     # set default
     args['--arg-license-token']="$(random_str 4)"-"$(random_str 4)"-"$(random_str 4)"-"$(random_str 4)"
   else
     # mark we used flag and don't ask in prompts
     args['__arg_license_token']=1
   fi
 
   if [[ -z ${args['--arg-log-formatter']} ]]; then
     # set default
     args['--arg-log-formatter']="json"
   else
     # mark we used flag and don't ask in prompts
     args['__arg_log_formatter']=1
   fi
 
   arg_rc_edition=${args[--arg-rc-edition]}
+  arg_accept_eula=${args[--arg-accept-eula]}
   arg_hostname=${args[--arg-hostname]}
   arg_use_ssl=${args[--arg-use-ssl]}
   arg_admin_email=${args[--arg-admin-email]}
   arg_admin_user=${args[--arg-admin-user]}
   arg_admin_pass=${args[--arg-admin-pass]}
   arg_license_token=${args[--arg-license-token]}
   arg_log_formatter=${args[--arg-log-formatter]}
 
   ask_user_for_config() {
     local config_done="n"
 
     echo "Starting interactive setup..."
     echo ""
 
     while [[ "$config_done" == "n" ]]
     # config loop start
     do
         # edition to install
         if [ ! -z "$arg_rc_edition" ] && [ -z ${args['__arg_rc_edition']} ]
         then
           read -p "Select 'ee' to use Enterprise edition or type 'ce' to use Community free edition: rhodecode-[$arg_rc_edition]: " new_value
           if [ ! -z "$new_value" ]
           then
             arg_rc_edition="$new_value"
           fi
         fi
 
+        if [ ! -z "$arg_accept_eula" ] && [ -z ${args['__arg_accept_eula']} ]
+        then
+          if [[ $arg_rc_edition == "ee" ]]; then
+            #EE EULA
+            read -p "Do you accept RhodeCode EULA (see: https://docs.rhodecode.com/rcstack/eula/ee.txt) accept: 'yes' deny: 'no' ? [$arg_accept_eula]: " new_value
+          else
+            #CE EULA
+            read -p "Do you accept RhodeCode EULA (see: https://docs.rhodecode.com/rcstack/eula/ce.txt) accept: 'yes' deny: 'no' ? [$arg_accept_eula]: " new_value
+          fi
+
+          if [ ! -z "$new_value" ]
+          then
+            arg_accept_eula="$new_value"
+          fi
+
+          if [[ $arg_accept_eula != "yes" ]]; then
+            echo "$(red please accept EULA by typing yes, no installation is possible without accepted EULA)"
+            exit
+          fi
+        fi
+
         # ask for license-token IF edition is ee
         if [[ $arg_rc_edition == "ee" ]]; then
           if [ ! -z "$arg_license_token" ] && [ -z ${args['__arg_license_token']} ]
           then
             read -p "enter a valid license-token or use pre-generated one [$arg_license_token]: " new_value
             if [ ! -z "$new_value" ]
             then
               arg_license_token="$new_value"
             fi
           fi
         fi
 
         # hostname
         if [ ! -z "$arg_hostname" ] && [ -z ${args['__arg_hostname']} ]
         then
           read -p "Enter a valid hostname for RhodeCode Stack? [$arg_hostname]: " new_value
           if [ ! -z "$new_value" ]
           then
             arg_hostname="$new_value"
           fi
           if [[ $arg_hostname =~ ^[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}\.[0-9]{1,3}$ ]]
           then
             echo
             echo "$(red IP addresses are unsupported and will not work. Please provide a DNS hostname)"
             echo
             arg_hostname="rc-docker.local"
           fi
         fi
 
         # use SSL
         if [ ! -z "$arg_use_ssl" ] && [ -z ${args['__arg_use_ssl']} ]
         then
           read -p "Do you want to enable SSL/HTTPS now (can be changed later) 'y' for yes 'n' for no? [$arg_use_ssl]: " new_value
           if [ ! -z "$new_value" ]
           then
             arg_use_ssl="$new_value"
           fi
         fi
 
         # admin email
         if [ ! -z "$arg_admin_email" ] && [ -z ${args['__arg_admin_email']} ]
         then
           read -p "Enter first super-admin email? [$arg_admin_email]: " new_value
           if [ ! -z "$new_value" ]
           then
             arg_admin_email="$new_value"
           fi
         fi
 
         # admin user
         if [ ! -z "$arg_admin_user" ] && [ -z ${args['__arg_admin_user']} ]
         then
           read -p "Enter first super-admin account name? [$arg_admin_user]: " new_value
           if [ ! -z "$new_value" ]
           then
             arg_admin_user="$new_value"
           fi
         fi
 
         # admin password
         if [ ! -z "$arg_admin_pass" ] && [ -z ${args['__arg_admin_pass']} ]
         then
           read -p "Enter first super-admin account password? [$arg_admin_pass]: " new_value
           if [ ! -z "$new_value" ]
           then
             arg_admin_pass="$new_value"
           fi
         fi
 
         echo -e "\nDoes this look right?\n"
         echo "RhodeCode Edition  : rhodecode-$arg_rc_edition"
         echo "License Token      : $arg_license_token"
         echo "Hostname           : $arg_hostname"
         echo "Use SSL            : $arg_use_ssl"
         echo "Email              : $arg_admin_email"
         echo "Admin user         : $arg_admin_user"
         echo "Admin password     : $arg_admin_pass"
         echo ""
         read -p "ENTER to continue, 'n' to try again, Ctrl+C to exit: " config_done
 
     # config loop end
     done
 
   }
 
   check_docker() {
     (which docker || which docker.io) &>/dev/null
   }
 
   bootstrap_docker_install() {
     # systemctl enable docker on debian
     echo "bootstrap_docker_install: trying to check and configure docker"
     failMsg="Failed to find docker on your PATH"
 
     if ! check_docker; then
 
       if [[ $install_docker == "n" ]]; then
         echo "$(red $failMsg, exiting without docker install)"
       fi
 
       echo "$(yellow $failMsg, trying docker install)"
 
       if [[ $install_docker == "y" ]]; then
         echo "continuing with automated docker installation from https://get.docker.com/ "
       else
         read -p "Enter to install Docker directly from https://get.docker.com/ or Ctrl+C to exit and install it manually"
       fi
 
       curl -fsSL https://get.docker.com -o install-docker.sh
       sh install-docker.sh
       rm install-docker.sh
 
       if ! check_docker; then
         echo "$failMsg"
         echo "Docker install failed. Quitting."
         exit 1
       fi
 
       docker --version
 
     fi
   }
 
   bootstrap_docker_commons() {
 
     echo 'bootstrap_docker_commons: running docker commands.'
 
     echo "bootstrap_docker_commons: creating volume 'rc_datavolume'"
     docker volume create --label keep=1 --name=rc_datavolume
     echo "bootstrap_docker_commons (rc_datavolume): done"
     echo ""
 
     echo "bootstrap_docker_commons: creating volume 'rc_reposvolume'"
     docker volume create --label keep=1 --name=rc_reposvolume
     echo "bootstrap_docker_commons (rc_reposvolume): done"
     echo ""
 
     echo "bootstrap_docker_commons: creating network 'rhodecode_network'"
     docker network inspect rhodecode_network >/dev/null 2>&1 || docker network create rhodecode_network
     echo "bootstrap_docker_commons (rhodecode_network): done"
     echo ""
 
     echo "bootstrap_docker_commons: creating loki logging"
     loki_driver=$(docker plugin ls --format {{.Name}} --filter enabled=true | grep loki || echo "")
     if [[ $loki_driver == "" ]]; then
       docker plugin install grafana/loki-docker-driver:latest --alias loki --grant-all-permissions
     else
       echo "bootstrap_docker_commons: loki driver already exists"
     fi
   }
 
   config_init() {
     loc_config_file=${CONFIG_FILE:=config.ini}
     [[ -f "$loc_config_file" ]] || touch "$loc_config_file"
   }
 
   bootstrap_config() {
     shared_key=$(random_str 32)
     shared_key_md5=$(generate_md5 $shared_key | head -c 32)
     db_key=$(random_str 32)
 
     if [[ ! $no_prompt ]]; then
       ask_user_for_config
     fi
 
     # setup args
     license_token=$arg_license_token
     log_formatter=$arg_log_formatter
     base_domain=$arg_hostname
     rc_edition=$arg_rc_edition
 
     is_https=0
     if [[ $arg_use_ssl == "y" ]]; then is_https=1; fi
 
     DB_USER='rhodecode'
     DB_NAME='rhodecode'
 
     if [[ ! -f "$CONFIG_FILE" ]]; then
       echo "init new config at: $CONFIG_FILE"
       config_init
     else
       echo "re-using existing config at: $CONFIG_FILE"
     fi
 
     CUSTOM_DIR_PATH=$PWD/.custom
     mkdir -p "$CUSTOM_DIR_PATH"
     BOOTSTRAP_TMPL=$PWD/templates/runtime.env.tmpl
     BOOTSTRAP_RUNTIME_ENV=$PWD/.custom/.runtime.env
 
     # TODO: Pick version
     ver=0_edge
     INI_TARGET=$PWD/config/_shared
     RHODECODE_INI_TMPL=$PWD/templates/ini/$ver/rhodecode.ini
     VCSSERVER_INI_TMPL=$PWD/templates/ini/$ver/vcsserver.ini
 
     if [[ ! -f "$BOOTSTRAP_RUNTIME_ENV" ]]; then
       echo "bootstrap_config: init runtime env config at: $BOOTSTRAP_RUNTIME_ENV"
 
       # Make runtime file
       echo "## BOOTSTRAP GENERATED $(date) ##" >> $BOOTSTRAP_RUNTIME_ENV
       echo "" >> $BOOTSTRAP_RUNTIME_ENV
 
       cat $BOOTSTRAP_TMPL >> $BOOTSTRAP_RUNTIME_ENV
 
       # Make .ini files
       cp -v $RHODECODE_INI_TMPL $INI_TARGET
       cp -v $VCSSERVER_INI_TMPL $INI_TARGET
 
       # init env generator with env file
       .env --file "$BOOTSTRAP_RUNTIME_ENV"
 
       .env set RC_EDITION=$rc_edition
       .env set DB_PASSWORD=$db_key
 
       .env set RHODECODE_USER_EMAIL=$arg_admin_email
       .env set RHODECODE_USER_NAME=$arg_admin_user
       .env set RHODECODE_USER_PASS=$arg_admin_pass
 
       .env set RC_ENCRYPTED_SECRET=$shared_key
 
       rc_db1="postgresql://$DB_USER:$db_key@database/$DB_NAME"
       .env set RC_DB_URL="$rc_db1"
       .env set RC_SQLALCHEMY_DB1_URL="$rc_db1"
 
       .env set RC_LICENSE_TOKEN=$license_token
       .env set RC_HOSTNAME=$base_domain
 
       if [[ $is_https == 1 ]]; then
         app_base_url=https://$base_domain
       else
         app_base_url=http://$base_domain
       fi
 
       .env set RC_APP_BASE_URL=$app_base_url
 
       .env set RC_LOKI_AUTH=loki-auth:$shared_key@
 
       .env puts '# Log formatter option'
       .env set RC_LOGGING_FORMATTER=$log_formatter
       .env set RC_USE_CELERY=true
 
       .env puts '# Channelstream config'
       .env set RC_CHANNELSTREAM_SERVER=channelstream:8000
 
       if [[ $is_https == 1 ]]; then
         rc_channelstream_url="wss://$base_domain/_channelstream"
       else
         rc_channelstream_url="ws://$base_domain/_channelstream"
       fi
 
       .env set RC_CHANNELSTREAM_WS_URL=$rc_channelstream_url
 
       .env set CHANNELSTREAM_ALLOW_POSTING_FROM=0.0.0.0
 
       .env puts '# Channelstream secrets'
       .env set CHANNELSTREAM_SECRET=$shared_key
       .env set RC_CHANNELSTREAM_SECRET=$shared_key
 
       .env puts '# Channelstream admin'
       .env set CHANNELSTREAM_ADMIN_SECRET=$shared_key
       .env set RC_CHANNELSTREAM_ADMIN_SECRET=$shared_key
 
       ini_path=$INI_TARGET/vcsserver.ini
       config_vcsserver_ini
 
       ini_path=$INI_TARGET/rhodecode.ini
       RC_EDITION=$rc_edition
       RC_LICENSE_TOKEN=$license_token
       RC_HOSTNAME=$(sed_safe_path $base_domain)
       RC_APP_BASE_URL=$(sed_safe_path $app_base_url)
       RC_SQLALCHEMY_DB1_URL=$(sed_safe_path $rc_db1)
       RC_CHANNELSTREAM_WS_URL=$(sed_safe_path $rc_channelstream_url)
 
       config_rhodecode_ini
 
       touch $BOOTSTRAP_RUNTIME_ENV
     else
       echo "bootstrap_config: $BOOTSTRAP_RUNTIME_ENV file exists, not adding any configuration..."
     fi
   }
 
   bootstrap_definitions() {
 
     AUTH_TOKEN=${args[--auth-token]}
     SERVER_URL=${args[--server-url]}
 
     DEFINITIONS_EXIST=""
     CHECK_FILES="\
     docker-compose-services.yaml \
     docker-compose-apps.yaml \
     docker-compose-metrics.yaml \
     docker-compose-router.yaml \
     "
     for check_file in $CHECK_FILES; do
       if [[ -f "$check_file" ]]; then
         DEFINITIONS_EXIST="1"
       fi
     done
 
     if [[ -n $DEFINITIONS_EXIST && ! $force ]]; then
         echo "$(yellow bootstrap_definitions: skipping docker defs creation, existing files found. Use --force to create them anyway)"
         return
     fi
 
     if [[ -n $DEFINITIONS_EXIST ]]; then
         echo "$(yellow docker definitions exists, are you sure to force re-create them?)"
         while true; do
           read -p "Would you like to continue with overriding file? [yn] " yn
           case $yn in
             [Yy]*) break ;;
             [Nn]*) exit ;;
             *) echo "Please answer y or n." ;;
           esac
         done
     fi
     FULL_MODE=1
     get_docker_definitions $docker_revision $FULL_MODE $DEBUG
 
   }
 
   bootstrap_overrides() {
     templates=$YAML_TEMPLATES
 
     target_dir=$PWD/.custom
 
     for o_file in $templates; do
       target_file=$target_dir/$o_file
       if [[ ! -f "$target_file" ]]; then
         echo "copy override file $o_file"
         cp -v $PWD/templates/$o_file $target_file
       else
         echo "file $target_file existing, skipping..."
       fi
     done
     mkdir -p $target_dir/traefik_custom
     cp -r $PWD/config/traefik/* $target_dir/traefik_custom/
 
     echo "$(green bootstrap_overrides: overrides extracted to $target_dir)"
 
     # save our loki auth using md5 encryption so the auth works OOTB
     echo "loki-auth:$shared_key_md5" >> $target_dir/traefik_custom/dynamic/.htpasswd
 
     # change our templates and adjust using enable SSH
     if [[ $arg_use_ssl == "y" ]]; then
       echo "enabling SSL on .override.yaml templates"
 
       metrics_replace() {
         metrics_tmpl=$target_dir/docker-compose-metrics.override.yaml
         sed --in-place=.replaced -E "s/$1/$2/" $metrics_tmpl
       }
 
       metrics_replace '#      # Enable http\+https' '      # Enable http\+https'
       metrics_replace '#      - "traefik.http.routers.grafana.entrypoints=http,https"' '      - "traefik.http.routers.grafana.entrypoints=http,https"'
 
       apps_replace() {
         apps_tmpl=$target_dir/docker-compose-apps.override.yaml
         sed --in-place=.replaced -E "s/$1/$2/" $apps_tmpl
       }
 
       apps_replace '#      # Enable http\+https' '      # Enable http\+https'
       apps_replace '#      - "traefik.http.routers.rhodecode.entrypoints=http,https"' '      - "traefik.http.routers.rhodecode.entrypoints=http,https"'
 
     fi
   }
 
   cur_date=$(date '+%Y-%m-%d %H:%M:%S')
 
   # Init the config !
   if [[ ! -f "$CONFIG_FILE" ]]; then
     echo "config: init new config at: $CONFIG_FILE"
     config_init
   else
     echo "config: re-using present config at: $CONFIG_FILE"
   fi
 
   run_stages=$BOOTSTRAP_STAGES
 
   if [ ! ${#stages_from_cli[@]} -eq 0 ]; then
       echo "Using custom stages to run init command..."
       run_stages=${stages_from_cli[@]}
   fi
 
   for stage_name in $run_stages; do
 
       stage_func=$(get_stage_function $stage_name)
 
       if ! config_has_key $stage_name ; then
         echo "$(green \* bootstrap: \'$stage_name\' stage not found\; running now... )"
         $stage_func
         config_set "$stage_name" $cur_date
       else
         if [ $force ]; then
           echo "$(green \* bootstrap: \'$stage_name\' is present!\; FORCE running now... )"
           $stage_func $force
           config_set "$stage_name" $cur_date
         else
           echo "$(yellow \* bootstrap: \'$stage_name\' stage already present, use --force to run it again)"
         fi
       fi
 
   done
 
   echo ""
   echo "~~~~ $(green Bootstrap completed) ~~~~"
 
   get_started
 
 }
 
 # :command.function
 rcstack_self_update_command() {
   # src/self_update_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
   AUTH_TOKEN=${args[--auth-token]}
   SERVER_URL=${args[--server-url]}
   FORCE=${args[--force]}
 
   cli_revision=${args[--cli-revision]}
   docker_revision=${args[--docker-revision]}
 
   FETCH_FROM=$SERVER_URL/rhodecode-enterprise-docker/raw/$cli_revision/scripts/rcstack/rcstack
 
   FINAL_TARGET=$PWD/scripts/rcstack/rcstack
 
   DL_TARGET=$PWD/scripts/rcstack/rcstack.tmp
 
   #ensure we have this dir !
   mkdir -p $PWD/scripts/rcstack
 
   .env --file $RUNTIME_ENV
   .env get RC_VERSION
 
   ENV_VER=$REPLY
 
   echo "self-update: downloading new $RC_SCRIPT_NAME script from $FETCH_FROM"
 
   if [[ $FORCE ]]; then
     echo "$(yellow self-update: --force used, doing forced update)"
   fi
 
   if [[ $DEBUG ]]; then
     echo "running: curl -ss --fail --header \"X-Rc-Auth-Token: $AUTH_TOKEN\" -o $DL_TARGET -L $FETCH_FROM"
   fi
 
   curl -L -ss --fail --header "X-Rc-Auth-Token: $AUTH_TOKEN" -o $DL_TARGET $FETCH_FROM
 
   chmod +x $DL_TARGET
 
   version_old=0
   rc_version_old=0
 
   # check if we have OLD file, in case we don't just set versions to 0
   if [[ -f "$FINAL_TARGET" ]]; then
     version_old=$($FINAL_TARGET --version)
     rc_version_old=$($FINAL_TARGET cli image-info)
   fi
 
   version_dl=$($DL_TARGET --version)
   rc_version_dl=$($DL_TARGET cli image-info)
 
   echo "self-update: $RC_SCRIPT_NAME version downloaded: $version_dl"
 
   if [[ $DEBUG ]]; then
     echo "DEBUG: old-script ver: $version_old"
     echo "DEBUG: new-script ver: $version_dl"
     echo "DEBUG: "
     echo "DEBUG: .runtime.env set version $ENV_VER"
     echo "DEBUG: "
     echo "DEBUG: old-script: RC VERSION: $rc_version_old"
     echo "DEBUG: new-script: RC VERSION: $rc_version_dl"
   fi
 
   if [[ $version_old == "$version_dl" ]]; then
 
     if [[ $FORCE ]]; then
       echo "$(yellow self-update: downloaded version is the same as current version $version_dl, continue with --force...)"
     else
       echo "self-update: downloaded version is the same as current version $version_dl, exiting..."
       exit
     fi
 
   fi
 
   docker_image_update() {
 
     echo "$(green self-update: saving new RC_VERSION=$rc_version_dl to runtime.env file)"
 
     echo "currently .runtime.env file uses image: $ENV_VER"
     while true; do
       read -p "self-update: Would you like to continue with setting RC_VERSION=$rc_version_dl into .runtime.env file? [yn] " yn
       case $yn in
         [Yy]*)
           .env set RC_VERSION=$rc_version_dl
           echo "self-update: new version set into config"
           break ;;
         [Nn]*)
           break ;;
         *) echo "Please answer y or n." ;;
       esac
     done
   }
 
   if [[ $rc_version_old == "$rc_version_dl" ]]; then
     echo "self-update: docker image defined by RC_VERSION=$rc_version_dl seems to be up-to date"
 
     if [[ $FORCE ]]; then
       echo "$(yellow self-update: continue with --force...)"
       docker_image_update
     fi
 
   else
     docker_image_update
   fi
 
   echo "self-update: updating cli $RC_SCRIPT_NAME script to new version: $version_dl"
 
   if [[ -f "$FINAL_TARGET" ]]; then
     rm $FINAL_TARGET && mv -v $DL_TARGET $FINAL_TARGET
   else
     mv -v $DL_TARGET $FINAL_TARGET
   fi
 
   echo "$(green self-update: updating docker definitions to $docker_revision)"
 
   FULL_MODE=1
   get_docker_definitions $docker_revision $FULL_MODE $DEBUG
 
   echo "$(green self-update: successfully update to $version_dl)"
   exit
 }
 
 # :command.function
 rcstack_stack_router_command() {
   # src/stack_router_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
   ENV_FILE=${args[--env-file-path]}
 
   if [[ ! -f $RC_STACK_ROUTER_EXT ]]; then
     RC_STACK_ROUTER_EXT=""
   else
     RC_STACK_ROUTER_EXT="-f $RC_STACK_ROUTER_EXT"
   fi
 
   CMD_ROUTER="\
   RC_ENV_FILE=$ENV_FILE docker compose \
   --env-file $ENV_FILE \
   $ENV_EXPAND \
   -p rc_cluster_router \
   -f docker-compose-base.yaml \
   -f docker-compose-router.yaml $RC_STACK_ROUTER_EXT"
 
   if [[ $DEBUG ]]; then
     echo "---"
     echo "stacks docker: $RC_STACK_ROUTER_EXT_LCL"
     echo "running command: ${CMD_ROUTER}"
     echo "ARGS: ${other_args[*]}"
     echo "---"
   fi
   eval "${CMD_ROUTER} ${other_args[*]}"
 
 }
 
 # :command.function
 rcstack_stack_metrics_command() {
   # src/stack_metrics_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
   ENV_FILE=${args[--env-file-path]}
 
   if [[ ! -f $RC_STACK_METRICS_EXT ]]; then
     RC_STACK_METRICS_EXT_LCL=""
   else
     RC_STACK_METRICS_EXT_LCL="-f $RC_STACK_METRICS_EXT"
   fi
 
   CMD_METRICS="\
   RC_ENV_FILE=$ENV_FILE docker compose \
   --env-file $ENV_FILE \
   $ENV_EXPAND \
   -p rc_cluster_metrics \
   -f docker-compose-base.yaml \
   -f docker-compose-metrics.yaml $RC_STACK_METRICS_EXT_LCL"
 
   if [[ $DEBUG ]]; then
     echo "---"
     echo "stacks docker: $RC_STACK_METRICS_EXT_LCL"
     echo "running command: ${CMD_METRICS}"
     echo "ARGS: ${other_args[*]}"
     echo "---"
   fi
   eval "${CMD_METRICS} ${other_args[*]}"
 }
 
 # :command.function
 rcstack_stack_services_command() {
   # src/stack_services_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
   ENV_FILE=${args[--env-file-path]}
 
   if [[ ! -f $RC_STACK_SERVICES_EXT ]]; then
     RC_STACK_SERVICES_EXT_LCL=""
   else
     RC_STACK_SERVICES_EXT_LCL="-f $RC_STACK_SERVICES_EXT"
   fi
 
   RC_STACK_PROFILES="--profile database --profile redis --profile elasticsearch --profile channelstream"
 
   CMD_SERVICES="\
   RC_ENV_FILE=$ENV_FILE docker compose \
   --env-file $ENV_FILE \
   $ENV_EXPAND \
   $RC_STACK_PROFILES \
   -p rc_cluster_services \
   -f docker-compose-base.yaml \
   -f docker-compose-services.yaml $RC_STACK_SERVICES_EXT_LCL"
 
   if [[ $DEBUG ]]; then
     echo "---"
     echo "stacks docker: $RC_STACK_SERVICES_EXT_LCL"
     echo "running command: ${CMD_SERVICES}"
     echo "ARGS: ${other_args[*]}"
     echo "---"
   fi
 
   eval "${CMD_SERVICES} ${other_args[*]}"
 }
 
 # :command.function
 rcstack_stack_rhodecode_command() {
   # src/stack_rhodecode_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
   ENV_FILE=${args[--env-file-path]}
 
   stack_prefix=${args[--stack-prefix]}
   if [[ $stack_prefix == "" ]]; then
     stack_prefix="rc_cluster_apps"
   fi
 
   if [[ ! -f $RC_STACK_RHODECODE_EXT ]]; then
     RC_STACK_RHODECODE_EXT_LCL=""
   else
     RC_STACK_RHODECODE_EXT_LCL="-f $RC_STACK_RHODECODE_EXT"
   fi
 
   CMD_RHODECODE="\
   RC_ENV_FILE=$ENV_FILE docker compose \
   --env-file $ENV_FILE \
   $ENV_EXPAND \
   -p $stack_prefix \
   -f docker-compose-base.yaml \
   -f docker-compose-apps.yaml $RC_STACK_RHODECODE_EXT_LCL"
 
   CMD_RHODECODE_SOURCE="\
   RC_ENV_FILE=$ENV_FILE docker compose \
   --env-file $ENV_FILE \
   $ENV_EXPAND \
   -p $stack_prefix \
   -f docker-compose-base.yaml \
   -f docker-compose-apps.yaml \
   -f docker-compose-apps.source.yaml $RC_STACK_RHODECODE_EXT_LCL"
 
   sub_cmd=${other_args[0]}
 
   if [[ $sub_cmd == "up" ]]; then
     declare -a final_args=( "$sub_cmd" "--no-color" "--no-build" "${other_args[@]:1}" )
   else
     declare -a final_args=( "$sub_cmd" "${other_args[@]:1}" )
   fi
 
   if [[ $DEBUG ]]; then
     echo "---"
     echo "stacks docker: $RC_STACK_RHODECODE_EXT_LCL"
     echo "running command: ${CMD_RHODECODE}"
     echo "ARGS: ${final_args[*]}"
     echo "---"
   fi
   eval "${CMD_RHODECODE} ${final_args[*]}"
 
 }
 
 # :command.function
 rcstack_stack_all_command() {
   # src/stack_all_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
 
   stack_lst=$VALID_SERVICES
 
   for stack in $stack_lst; do
     ./$RC_SCRIPT_NAME stack $stack ${other_args[*]}
   done
 
 }
 
 # :command.function
 rcstack_stack_status_command() {
   # src/stack_status_command.sh
   check_bootstrap
   DEBUG=${args[--debug]}
   DETAILED=${args[--detailed]}
   CONFIGS=${args[--configs]}
 
   .env --file $RUNTIME_ENV
   .env get RC_APP_BASE_URL
   RC_APP_BASE_URL=$REPLY
 
   if [[ $DEBUG ]]; then
     echo "---"
       ps_cmd=$(docker ps --filter=name=rc_cluster --format="{{.ID}}")
 
       for service in $ps_cmd; do
 
         servicename=`docker inspect --format '{{ .Name }}' $service`
         servicename=${servicename:1}
         echo $servicename
         docker inspect $service --format='{{.State.Status}}: {{range .NetworkSettings.Networks}}{{.IPAddress}}{{end}}'
         echo ""
 
       done
     echo "---"
     fi
 
   echo "Running hostname: $RC_APP_BASE_URL"
 
   if [[ $CONFIGS ]]; then
     printf "RhodeCode:\n"
     printf "  ini (in-host): $rhodecode_default_config_path\n"
     printf "  volumes (in-container):\n"
     printf "    repo-store: /var/opt/rhodecode_repo_store\n"
     printf "    data-store: /var/opt/rhodecode_data\n"
 
     printf "VCSServer:\n"
     printf "  ini (in-host): $vcsserver_default_config_path\n"
     printf "  volumes (in-container):\n"
     printf "    repo-store: /var/opt/rhodecode_repo_store\n"
     printf "    data-store: /var/opt/rhodecode_data\n"
 
     printf "Traefik (router):\n"
     printf "  ssl-certs definitions: .custom/traefik_custom/dynamic/traefik_dynamic_custom.yaml\n"
     printf "  ssl-certs dir:         .custom/traefik_custom/dynamic/certs/\n"
 
   fi
 
   if [[ $DETAILED ]]; then
       ps_cmd=$(docker ps --filter=name=rc_cluster --format="{{.ID}}")
 
       for service in $ps_cmd; do
         servicename=`docker inspect --format '{{ .Name }}' $service`
         servicename=${servicename:1}
         printf "CONTAINER:\\t$servicename\n"
         printf "LOGS:\\t\\tdocker logs --tail=100 $service\n"
         docker ps --filter=name=$servicename --format="ID:\\t\\t{{.ID}}\nIMAGE:\\t\\t{{.Image}}\nSTATUS:\\t\\t{{.Status}}\nPORTS:\\t\\t{{.Ports}}\n"
         echo ""
       done
   else
       docker ps --filter=name=rc_cluster --format "table {{.ID}}\t{{.Names}}\t{{.Image}}\t{{.Status}}\t{{.Ports}}" | (read -r; printf "%s\n" "$REPLY"; sort -k 2 )
   fi
 
 }
 
 # :command.function
 rcstack_stack_upgrade_router_command() {
   # src/stack_upgrade_router_command.sh
   echo "Upgrading this stack with:"
   echo "./$RC_SCRIPT_NAME stack router up --force-recreate --detach"
   echo ""
   echo "NOTE: To reclaim space occupied by old images, run:"
   echo "docker image prune -f"
 
   ./$RC_SCRIPT_NAME stack router up --force-recreate --detach
 
 }
 
 # :command.function
 rcstack_stack_upgrade_metrics_command() {
   # src/stack_upgrade_metrics_command.sh
   echo "To upgrading this stack with:"
   echo "./$RC_SCRIPT_NAME stack metrics up --force-recreate --detach"
   echo ""
   echo "NOTE: To reclaim space occupied by old images, run:"
   echo "docker image prune -f"
 
   ./$RC_SCRIPT_NAME stack metrics up --force-recreate --detach
 
 }
 
 # :command.function
 rcstack_stack_upgrade_services_command() {
   # src/stack_upgrade_services_command.sh
   echo "Upgrading this stack with:"
   echo "./$RC_SCRIPT_NAME stack services up --force-recreate --detach"
   echo ""
   echo "NOTE: To reclaim space occupied by old images, run:"
   echo "docker image prune -f"
 
   ./$RC_SCRIPT_NAME stack services up --force-recreate --detach
 
 }
 
 # :command.function
 rcstack_stack_upgrade_rhodecode_command() {
   # src/stack_upgrade_rhodecode_command.sh
   check_bootstrap
 
   stop_wait=${args[--stop-wait]}
   docker_stop_wait=${args[--docker-stop-wait]}
 
   stack_prefix=${args[--stack-prefix]}
   if [[ $stack_prefix == "" ]]; then
     stack_prefix="rc_cluster_apps"
   fi
 
   # search docker IDs for current service
   .env --file $RUNTIME_ENV
 
   .env get RC_VERSION
   RC_VERSION=$REPLY
 
   .env get RC_EDITION
   RC_EDITION=$REPLY
 
   echo "Pulling new image: rhodecode/rhodecode-${RC_EDITION}:${RC_VERSION}"
   echo "WARNING: about to start downloading the RhodeCode base image"
   echo "This process may take anywhere between a few minutes to an hour, depending on your network speed"
   echo "running: docker pull -q rhodecode/rhodecode-${RC_EDITION}:${RC_VERSION}"
 
   eval "docker pull -q rhodecode/rhodecode-${RC_EDITION}:${RC_VERSION}"
 
   have_tty=1
   # Set a dummy terminal type if none set
   [[ -z "$TERM" ]] && export have_tty=0
   [[ ! -t 1 ]] && export have_tty=0
 
   set_cursor() {
     if [[ $have_tty == 1 ]]; then
       tput $1
     fi
   }
 
   stop_containers() {
     target_container=$1
     docker_stop_wait=$2
     stop_wait=$3
     target_containers_pat="$stack_prefix-$target_container-*"
 
     # array with OLD containers
     local -a old_docker_ids
     readarray -t old_docker_ids < <(docker ps --filter name="$target_containers_pat" -q)
 
     scale=${#old_docker_ids[@]}
     scale_2=$(( scale * 2 ))
 
     echo ""
     echo "Found $scale services for $target_container"
     echo "existing docker-ids:" "${old_docker_ids[@]}"
     echo ""
 
     echo "Scaling to 2x ($scale_2 total) containers for $target_container"
     ./$RC_SCRIPT_NAME stack rhodecode up $target_container --no-recreate --detach --scale $target_container=$scale_2
 
     # array with ALL new containers
     local -a scaled_docker_ids
     readarray -t scaled_docker_ids < <(docker ps --filter name="$target_containers_pat" -q)
 
     echo "Scaling completed, running $scale_2 services for upgrade purpose..."
     echo "new docker-ids:" "${scaled_docker_ids[@]}"
 
     # calculate just NEW containers
     declare -A new_container_check
 
     # Mark elements of the first initial docker
     for docker_id in "${old_docker_ids[@]}"; do
         new_container_check[$docker_id]=1
     done
 
     local new_docker_ids_str
     new_docker_ids_str=""
 
     # Check if elements of the second array are not in the first
     for n_docker_id in "${scaled_docker_ids[@]}"; do
       # if $docker_id in new services is empty in the last array we ADD it :)
         if [[ -z ${new_container_check[$n_docker_id]} ]]; then
             new_docker_ids_str+=" $n_docker_id "
         fi
     done
 
     echo "Stopping $scale old $target_container containers "
     echo "killing docker-ids:" "${old_docker_ids[@]}"
 
     spin='⠾⠽⠻⠟⠯⠷'
     charwidth=1
 
     # wait the required stop-wait time
     #HC: docker inspect --format='{{.Name}}: {{json .ContainerId .State.Health.Status}}' <container-id>
     local i
     i=$(($stop_wait * 10))
 
     local status
     status=''
 
     # cursor invisible
     set_cursor civis
     while true
       s=$((i / 10))
       do
           i=$(($i-1))
           if [[ $i -lt 1 ]]; then
             break
           fi
 
           if [[ "$(($i % 10))" == 0 ]];
            then
              is_at_sec=1
            else
              is_at_sec=0
           fi
 
           local new_docker_ids_status_cnt
 
           if [[ $is_at_sec == 1 ]]; then
 
             new_docker_ids_status_cnt=$(docker inspect --format='{{.State.Health.Status}}' $new_docker_ids_str | grep -c "healthy" || echo "")
 
             if [[ $new_docker_ids_status_cnt -eq $scale ]]; then
               echo "All $target_container are in HEALTHY state; stopping old ones now"
               echo ""
               break
             fi
 
           fi
 
           k=$(((k + $charwidth) % ${#spin}))
 
           if [[ $have_tty == 1 ]]; then
             printf "%s stopping $scale old containers once they are in HEALTHY state, or in $s s..." "${spin:$k:$charwidth}"
             printf "\r"
           else
             if [[ $is_at_sec == 1 ]]; then
               echo "stopping $scale old containers once they are in HEALTHY state, or in $s s..."
             fi
           fi
 
           sleep .1
       done
       set_cursor cnorm
 
     for container in "${old_docker_ids[@]}"
     do
       echo "now running container $container stop with --time $docker_stop_wait"
       docker stop --time "$docker_stop_wait" "$container" > /dev/null
       docker rm "$container" > /dev/null
       echo "Stopped $container"
     done
 
   }
 
   # VCSSERVER Containers
   stop_containers "vcsserver" $docker_stop_wait $stop_wait
 
   # RHODECODE Containers
   stop_containers "rhodecode" $docker_stop_wait $stop_wait
 
   # SVN Containers
   stop_containers "svn" $docker_stop_wait $stop_wait
 
   # SSHD Containers
   stop_containers "sshd" $docker_stop_wait $stop_wait
 
   ./$RC_SCRIPT_NAME stack rhodecode up celery --force-recreate --detach
   ./$RC_SCRIPT_NAME stack rhodecode up celery-beat --force-recreate --detach
 
   echo "Upgrade to rhodecode/rhodecode-${RC_EDITION}:${RC_VERSION} completed"
   exit
 
 }
 
 # :command.function
 rcstack_stack_monitor_restart_unhealthy_command() {
   # src/stack_monitor_restart_unhealthy_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
   loop=${args[--loop]}
 
   get_unhealthy() {
     unhealthy=$(docker ps --filter health=unhealthy --filter label=autoheal=true --format "{{.ID}}")
 
     if [[ $unhealthy == "" ]]; then
       echo "$(green stack-monitor: no unhealthy containers found)"
     else
       echo "$(yellow stack-monitor: found unhealthy containers $unhealthy)"
     fi
 
     for container in $unhealthy
     do
       docker stats --no-stream --format '{{.ID}}\t{{.Name}}\t{{.CPUPerc}}\t{{.MemUsage}}\t{{.NetIO}}\t{{.BlockIO}}' $container
       echo "stack-monitor: restart $container"
       docker restart --time=10 $container
     done
 
   }
 
   if [[ ! $loop == "0" ]]; then
 
     while true
     do
       date_formatted=$(date)
       echo "stack-monitor: loop-run every $loop seconds..., $date_formatted"
       # loop run
       NO_COLOR=1 get_unhealthy
       echo "Next execution in $loop s..." && \
       sleep $loop
       echo ""
     done
 
   else
 
       # one time run
       get_unhealthy
   fi
 
   exit
 
 }
 
 # :command.function
 rcstack_cli_image_info_command() {
   # src/cli_image_info_command.sh
 
   verbose=${args[--verbose]}
 
   if [[ $verbose ]]; then
 
     ver="unknown"
     if [[ -f $ENV_FILE ]]; then
       .env --file $RUNTIME_ENV
       .env get RC_VERSION
       ver=$REPLY
     fi
 
     echo "Image stored version: $rc_image_ver"
     echo "Image from runtime: $ver"
     echo "runtime-file=$RUNTIME_ENV"
     echo "RC_VERSION=$ver"
   else
     echo $rc_image_ver
   fi
 
 }
 
 # :command.function
 rcstack_cli_set_runtime_image_command() {
   # src/cli_set_runtime_image_command.sh
   set_ver=${args[version]}
 
   .env --file $RUNTIME_ENV
   echo "setting runtime version to $set_ver into $RUNTIME_ENV"
 
   .env set RC_VERSION=$set_ver
 
   echo "New version set to $set_ver"
 
 }
 
 # :command.function
 rcstack_cli_ishell_command() {
   # src/cli_ishell_command.sh
   instance_type=rhodecode
 
   match_name=rc_cluster_apps-
   docker_id=$(docker ps --filter name=$match_name -q | head -n1)
 
   if [[ $docker_id == "" ]]; then
     echo "$(yellow cannot find instance to attach by name *$match_name*)"
     exit 1
   fi
 
   docker exec -it --tty $docker_id /usr/local/bin/rhodecode_bin/bin/rc-ishell /etc/rhodecode/conf/rhodecode.ini
 
 }
 
 # :command.function
 rcstack_cli_redis_command() {
   # src/cli_redis_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
 
   target_container=rc_cluster_services-redis-1
   docker_id=$(docker ps --filter name=$target_container -q)
 
   if [[ $DEBUG ]]; then
     echo "container id: $docker_id, based on $target_container filter"
     docker ps
   fi
 
   if [ "$docker_id" == "" ]; then
     MSG="Cannot find container ID with name $target_container"
     echo "$(red $MSG)"
     exit 1
   fi
 
   if [[ $DEBUG ]]; then
     echo "Running |docker exec --interactive --tty $docker_id $CMD|"
     echo "docker exec --interactive --tty $docker_id /bin/bash -c 'redis-cli'"
   fi
 
   eval "docker exec --interactive --tty $docker_id /bin/bash -c 'redis-cli'"
 
 }
 
 # :command.function
 rcstack_cli_db_command() {
   # src/cli_db_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
 
   target_container=rc_cluster_services-database-*
   docker_id=$(docker ps --filter name=$target_container -q | head -n1)
 
   if [[ $DEBUG ]]; then
     echo "container id: $docker_id, based on $target_container filter"
     docker ps
   fi
 
   if [ "$docker_id" == "" ]; then
     MSG="Cannot find container ID with name $target_container"
     echo "$(red $MSG)"
     exit 1
   fi
 
   .env --file $RUNTIME_ENV
 
   .env get DB_PASSWORD
   DB_PASSWORD=$REPLY
 
   .env get DB_NAME
   DB_NAME=$REPLY
 
   .env get DB_USER
   DB_USER=$REPLY
 
   if [[ $DEBUG ]]; then
     echo "Running |docker exec --env-file $RUNTIME_ENV --interactive --tty $docker_id $CMD|"
     echo "docker exec --interactive --tty $docker_id  /bin/bash -c 'PGPASSWORD=$DB_PASSWORD psql --username=$DB_USER --dbname=$DB_NAME'"
   fi
 
   printf "attaching pg_data \t\t\tunder: /var/lib/postgresql/data\n"
   printf "attaching \$PWD/.custom/db_dump \t\tunder: /var/rc-data-dump\n"
   printf "restore dump:\n\i /var/rc-data-dump/your_dump.sql\n\n"
 
   eval "docker exec --env-file $RUNTIME_ENV --interactive --tty $docker_id  /bin/bash -c 'PGPASSWORD=$DB_PASSWORD psql --username=$DB_USER --dbname=$DB_NAME'"
 
 }
 
 # :command.function
 rcstack_cli_db_upgrade_command() {
   # src/cli_db_upgrade_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
 
   target_container=rc_cluster_services-database-*
   docker_id=$(docker ps --filter name=$target_container -q | head -n1)
 
   if [[ $DEBUG ]]; then
     echo "container id: $docker_id, based on $target_container filter"
     docker ps
   fi
 
   if [ "$docker_id" == "" ]; then
     MSG="Cannot find container ID with name $target_container"
     echo "$(red $MSG)"
     exit 1
   fi
 
   if [[ $DEBUG ]]; then
     echo "./$RC_SCRIPT_NAME stack rhodecode exec rhodecode /usr/local/bin/rhodecode_bin/bin/rc-upgrade-db /etc/rhodecode/conf/rhodecode.ini --force-yes"
   fi
 
   ./$RC_SCRIPT_NAME stack rhodecode exec rhodecode /usr/local/bin/rhodecode_bin/bin/rc-upgrade-db /etc/rhodecode/conf/rhodecode.ini --force-yes
 }
 
 # :command.function
 rcstack_cli_storage_command() {
   # src/cli_storage_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
   ENV_FILE=${args[--env-file-path]}
   ATTACHED=${args[--attached]}
 
   if [[ $DEBUG ]]; then
     echo "rc_datavolume inspection..."
     docker volume inspect rc_datavolume
 
     echo "rc_reposvolume inspection..."
     docker volume inspect rc_reposvolume
   fi
 
   #
   #if [[ $DEBUG ]]; then
   #  echo "image id: $image_id, based on $target_container filter"
   #  docker image ls
   #  echo "---"
   #fi
   # rename a volume
   #docker volume create --name <new_volume>
   #docker run --rm -it -v <old_volume>:/from -v <new_volume>:/to alpine ash -c "cd /from ; cp -av . /to"
   #docker volume rm <old_volume>
   if [[ $ATTACHED ]]; then
     printf "Starting with attached mode to vcsserver !"
     printf "present rc_datavolume \t\tunder: /var/opt/rhodecode_data\n"
     printf "present rc_reposvolume \t\tunder: /var/opt/rhodecode_repo_store\n"
     printf "present confvolume \t\tunder: /etc/rhodecode/conf\n"
 
     match_name=rc_cluster_apps-vcsserver
     docker_id=$(docker ps --filter name=$match_name -q | head -n1)
 
     if [[ $docker_id == "" ]]; then
       echo "$(yellow cannot find instance to attach by name *$match_name*)"
       exit 1
     fi
 
     docker exec -it --tty --workdir /var/opt $docker_id bash
 
   else
     printf "attaching rc_datavolume \t\tunder: /vol/datavolume\n"
     printf "attaching rc_reposvolume \t\tunder: /vol/repovolume\n"
     printf "attaching \$PWD/.custom/storage \t\tunder: /vol/backupvolume\n"
 
     docker run --rm \
       -it \
       --volume $PWD/.custom/storage:/vol/backupvolume \
       --volume rc_datavolume:/vol/datavolume \
       --volume rc_reposvolume:/vol/repovolume \
       --workdir="/vol" \
       ubuntu:22.04 \
       /bin/bash
   fi
 
 }
 
 # :command.function
 rcstack_cli_attach_command() {
   # src/cli_attach_command.sh
   instance_type=${args[--instance-type]}
 
   match_name=rc_cluster_apps-$instance_type
   docker_id=$(docker ps --filter name=$match_name -q | head -n1)
 
   if [[ $docker_id == "" ]]; then
     echo "$(yellow cannot find instance to attach by name *$match_name*)"
     exit 1
   fi
 
   docker exec -it --tty $docker_id bash
 
 }
 
 # :command.function
 rcstack_cli_set_edition_command() {
   # src/cli_set_edition_command.sh
   INI_TARGET=$PWD/config/_shared
   BOOTSTRAP_RUNTIME_ENV=$PWD/.custom/.runtime.env
 
   RC_EDITION=${args[edition_type]}
   ini_path=$INI_TARGET/rhodecode.ini
 
   echo "Setting current installation as rhodecode-$RC_EDITION type"
 
   echo "configure $ini_path"
   sed_replace '^use = egg:rhodecode-enterprise.*' "use = egg:rhodecode-enterprise-$RC_EDITION"
 
   echo ""
   echo "configure $BOOTSTRAP_RUNTIME_ENV"
   .env --file "$BOOTSTRAP_RUNTIME_ENV"
   .env set RC_EDITION=$RC_EDITION
 
   echo "Configuration done, run "
   echo "./$RC_SCRIPT_NAME stack-upgrade rhodecode"
 
 }
 
 # :command.function
 rcstack_cli_configure_vcsserver_command() {
   # src/cli_configure_vcsserver_command.sh
   ini_path=${args[ini_path]}
   DEBUG=${args[--debug]}
 
   config_vcsserver_ini
 
   echo
   echo "reconfigure of $ini_path completed"
 
 }
 
 # :command.function
 rcstack_cli_configure_rhodecode_command() {
   # src/cli_configure_rhodecode_command.sh
   ini_path=${args[ini_path]}
   DEBUG=${args[--debug]}
 
   # read generated secrets etc from our .env file
   .env --file $RUNTIME_ENV
 
   .env get RC_LICENSE_TOKEN
   RC_LICENSE_TOKEN=$REPLY
 
   .env get RC_EDITION
   RC_EDITION=$REPLY
 
   .env get RC_HOSTNAME
   RC_HOSTNAME=$(sed_safe_path $REPLY)
 
   .env get RC_APP_BASE_URL
   RC_APP_BASE_URL=$(sed_safe_path $REPLY)
 
   .env get RC_SQLALCHEMY_DB1_URL
   RC_SQLALCHEMY_DB1_URL=$(sed_safe_path $REPLY)
 
   .env get RC_CHANNELSTREAM_WS_URL
   RC_CHANNELSTREAM_WS_URL=$(sed_safe_path $REPLY)
 
   # $ini_path needs to be defined!
   config_rhodecode_ini
 
   echo
   echo "reconfigure of $ini_path completed"
 }
 
 # :command.function
 rcstack_backup_db_command() {
   # src/backup_db_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
   DESTINATION=${args[destination]}
 
   backup_name=rc_db_dump-$(date +%Y-%m-%d).sql.gz
   echo "creating backup: $backup_name"
 
   target_container=rc_cluster_services-database-*
   docker_id=$(docker ps --filter name=$target_container -q | head -n1)
 
   if [[ $DEBUG ]]; then
     echo "container id: $docker_id, based on $target_container filter"
     docker ps
     echo "---"
   fi
 
   if [ "$docker_id" == "" ]; then
     MSG="Cannot find container ID with name $target_container"
     echo "$(red $MSG)"
     exit 1
   fi
 
   .env --file $RUNTIME_ENV
 
   .env get DB_PASSWORD
   DB_PASSWORD=$REPLY
 
   .env get DB_NAME
   DB_NAME=$REPLY
 
   .env get DB_USER
   DB_USER=$REPLY
 
   if [[ $DEBUG ]]; then
     echo "docker exec -e PGPASSWORD=$DB_PASSWORD $docker_id /bin/bash -c 'mkdir -p /var/rc-data-dump && pg_dump --inserts -U $DB_USER -h 127.0.0.1 --dbname=$DB_NAME | gzip > /var/rc-data-dump/$backup_name'"
     echo "dump placed in /var/rc-data-dump/$backup_name"
     echo "run docker cp $docker_id:/var/rc-data-dump/$backup_name $PWD to copy the file into your host machine"
   fi
 
   set -euo pipefail
 
   docker exec -e PGPASSWORD=$DB_PASSWORD $docker_id /bin/bash -c "pg_dump --inserts -U $DB_USER -h 127.0.0.1 --dbname=$DB_NAME | gzip > /var/rc-data-dump/$backup_name"
 
   echo "$(green Backup created in container volume under: /var/rc-data-dump/$backup_name !)"
   echo "to copy this file into your host machine run:"
   echo "docker cp $docker_id:/var/rc-data-dump/$backup_name $PWD"
 
 }
 
 # :command.function
 rcstack_backup_data_command() {
   # src/backup_data_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
   DESTINATION=${args[destination]}
 
   backup_name=rc_data_dump-$(date +%Y-%m-%d).tar.gz
   echo "creating backup: $backup_name"
 
   target_container=rc_cluster_apps-rhodecode-*
   target_container=rc_cluster_apps-celery-*
   docker_id=$(docker ps --filter name=$target_container -q | head -n1)
 
   if [[ $DEBUG ]]; then
     echo "container id: $docker_id, based on $target_container filter"
     docker ps
     echo "---"
   fi
 
   if [ "$docker_id" == "" ]; then
     MSG="Cannot find container ID with name $target_container"
     echo "$(red $MSG)"
     exit 1
   fi
 
   set -euo pipefail
 
   echo "Following volumes will be backed-up:"
 
   volumes=$(docker inspect --format "{{ range .Mounts }}{{ println .Destination }}{{ end }}" $docker_id)
   destination_dir=/tmp
   for vol in $volumes; do
     echo "backup: $vol"
     docker run --rm -v $destination_dir:/backup --volumes-from "$docker_id" debian:jessie tar -czvf /backup/$backup_name.tar.gz "$vol"
   done
 
   echo "$(green Backup created in $destination_dir: $backup_name !)"
 
   #docker-volume-restore-compressed() {
   #  destination_dir=$1
   #  container=$2
   #
   #  docker run --rm -v $destination_dir:/backup --volumes-from "$container" debian:jessie tar -xzvf /backup/backup.tar.gz "${@:3}"
   #  echo "Double checking files..."
   #  docker run --rm -v $destination_dir:/backup --volumes-from "$container" debian:jessie ls -lh "${@:2}"
   #}
 }
 
 # :command.function
 rcstack_get_build_artifacts_command() {
   # src/get_build_artifacts_command.sh
   check_bootstrap
 
   DEBUG=${args[--debug]}
   AUTH=${args[--auth]}
   INSTALLER_URL=${args[--installer-url]}
   MANIFEST_URL=${args[--manifest-url]}
   RC_VERSION=${args[--version-name]}
   VER=$RC_VERSION
 
   CACHE_DIR=$PWD/.cache
   VER_REGEX="$VER+x86_64"
 
   if [[ $VER == "" ]]; then
     msg="Version is empty, please set --version-name correctly"
     echo "$(red $msg)"
     exit 1
   fi
 
   echo "Downloading Artifacts for version: $VER"
   mkdir -p $CACHE_DIR
 
   echo "1/4 Checking available downloads from MANIFEST file"
 
   ARTS=$(curl -s $AUTH $MANIFEST_URL | grep --ignore-case "$VER_REGEX" | cut -d ' ' -f 2)
 
   if [[ $DEBUG ]]; then
     echo "DEBUG START"
     curl -s $AUTH $MANIFEST_URL | grep --ignore-case "$VER_REGEX" || echo "no regex match"
     curl -s $AUTH $MANIFEST_URL | grep --ignore-case "$VER_REGEX" | cut -d ' ' -f 2
     echo "Found following artifacts:"
     echo $ARTS
     echo "DEBUG END"
   fi
 
   if [[ $ARTS == "" ]]; then
     MSG="Failed to found any MANIFEST entries for version $VER make sure there exists release with that version or use --version to specify different version"
     echo "$(red $MSG)"
     exit 1
   fi
 
   echo "2/4 Downloading locale-archive"
   curl -L https://dls.rhodecode.com/assets/locale-archive -J -O
   mv -v locale-archive "$CACHE_DIR"
 
   # vcsserver/ce/ee
   echo "3/4 Downloading installer artifacts"
   for url in $ARTS; do
       echo "Downloading $url with $AUTH"
       curl $AUTH --fail-early -L ${url} -J -O
   done
 
   #for url in $(curl -s $MANIFEST_URL | grep --ignore-case -E 'control.+\+x86_64' | cut -d ' ' -f 2); do
   #    echo "Downloading $url"
   #    curl -L ${url} -J -O
   #done
 
   echo "4/4 Downloading installer from $INSTALLER_URL"
   curl $AUTH -L $INSTALLER_URL -J -O
 
   INSTALLER=$(ls -Art RhodeCode-installer-* | tail -n 1)
   if [[ -n $INSTALLER ]]; then
     chmod +x "${INSTALLER}"
   fi
 
   echo "Copying artifacts into $CACHE_DIR"
 
   mv -v "${INSTALLER}" $CACHE_DIR
   mv -v *.bz2 $CACHE_DIR
   ls -lh $CACHE_DIR
 
 }
 
 # :command.function
 rcstack_build_installer_command() {
   # src/build_installer_command.sh
   check_bootstrap
 
   rc_version=${args[--version-name]}
   export RC_VERSION=$rc_version
   eval "echo INSTALLER BASED BUILDING${RC_VERSION}"
 
   RC_VERSION=$rc_version ./$RC_SCRIPT_NAME stack rhodecode build --progress plain rhodecode
 
 }
 
 # :command.function
 rcstack_get_build_source_command() {
   # src/get_build_source_command.sh
 
   NO_INIT=${args[--no-init-check]}
 
   if [[ ! $NO_INIT ]]; then
     check_bootstrap
   fi
 
   DEBUG=${args[--debug]}
   AUTH_TOKEN=${args[--auth-token]}
   SERVER_URL=${args[--server-url]}
   revision=${args[--revision]}
 
   SOURCE_DIR=$PWD/.source
 
   RHODECODE_VCS_HASH=$revision
   RHODECODE_CE_HASH=$revision
   RHODECODE_EE_HASH=$revision
 
   # download sources
   echo "** download rhodecode source for build from $SERVER_URL using '$revision' hash **"
   mkdir -p $SOURCE_DIR
 
   echo "getting $SERVER_URL/rhodecode-vcsserver/archive/$RHODECODE_VCS_HASH.tgz"
   curl --fail --header "X-Rc-Auth-Token: $AUTH_TOKEN" -L $SERVER_URL/rhodecode-vcsserver/archive/$RHODECODE_VCS_HASH.tgz?with_hash=0 | tar -xz -C $SOURCE_DIR
 
   echo "getting $SERVER_URL/rhodecode-enterprise-ce/archive/$RHODECODE_CE_HASH.tgz"
   curl --fail --header "X-Rc-Auth-Token: $AUTH_TOKEN" -L $SERVER_URL/rhodecode-enterprise-ce/archive/$RHODECODE_CE_HASH.tgz?with_hash=0 | tar -xz -C $SOURCE_DIR
 
   echo "getting $SERVER_URL/rhodecode-enterprise-ee/archive/$RHODECODE_EE_HASH.tgz"
   curl --fail --header "X-Rc-Auth-Token: $AUTH_TOKEN" -L $SERVER_URL/rhodecode-enterprise-ee/archive/$RHODECODE_EE_HASH.tgz?with_hash=0 | tar -xz -C $SOURCE_DIR
 
   rm -rf $SOURCE_DIR/rhodecode-vcsserver && \
   mv  $SOURCE_DIR/*rhodecode-vcsserver-plain     $SOURCE_DIR/rhodecode-vcsserver
   rm -rf $SOURCE_DIR/rhodecode-vcsserver/.hg
 
   rm -rf $SOURCE_DIR/rhodecode-enterprise-ce && \
   mv  $SOURCE_DIR/*rhodecode-enterprise-ce-plain $SOURCE_DIR/rhodecode-enterprise-ce
   rm -rf $SOURCE_DIR/rhodecode-enterprise-ce/.hg
 
   rm -rf $SOURCE_DIR/rhodecode-enterprise-ee && \
   mv  $SOURCE_DIR/*rhodecode-enterprise-ee-plain $SOURCE_DIR/rhodecode-enterprise-ee
   rm -rf $SOURCE_DIR/rhodecode-enterprise-ee/.hg
 
   echo "downloading sources done to $SOURCE_DIR, directory now consists:"
   ls -l $SOURCE_DIR
 
   echo ""
   date_formatted=$(date +%Y.%m.%d.1)
   echo "to create source based build run:"
   echo "  ./$RC_SCRIPT_NAME build-source --version-name 4.28.0.REL.$date_formatted --tag edge"
 
 }
 
 # :command.function
 rcstack_build_source_command() {
   # src/build_source_command.sh
   check_bootstrap
 
   rc_version=${args[--version-name]}
   source_build_yaml=${args[--source-build-yaml]}
 
   eval "tags_data=(${args[--tag]})"
 
   export RC_VERSION=$rc_version
   export RC_EDITION=ee
   echo "build_source: SOURCE BASED BUILDING: $rc_version"
   echo ""
 
   DOCKER_SCAN_SUGGEST=false RC_VERSION=$rc_version ./$RC_SCRIPT_NAME stack rhodecode -f $source_build_yaml build --progress plain rhodecode
 
   # now tag the ee to ce
   docker tag rhodecode/rhodecode-ee:$rc_version rhodecode/rhodecode-ce:$rc_version
 
   # apply the tags
   for tag in "${tags_data[@]}"; do
     echo "build_source: creating tag:$tag"
     docker tag rhodecode/rhodecode-ee:$rc_version rhodecode/rhodecode-ee:$tag
     docker tag rhodecode/rhodecode-ee:$rc_version rhodecode/rhodecode-ce:$tag
   done
 
   echo "build_source: consider setting release version using"
   echo "  ./$RC_SCRIPT_NAME cli set-runtime-image $rc_version"
 
   echo "build_source: push this image using"
   echo "  docker push rhodecode/rhodecode-ee:$rc_version"
   echo "  docker push rhodecode/rhodecode-ce:$rc_version"
 
   for tag in "${tags_data[@]}"; do
   echo "  docker push rhodecode/rhodecode-ee:$tag"
   echo "  docker push rhodecode/rhodecode-ce:$tag"
   done
 }
 
 # :command.function
 rcstack__completions_command() {
   # src/_completions_command.sh
   send_completions
 }
 
 # :command.parse_requirements
 parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --version | -v)
         version_command
         exit
         ;;
 
       --help | -h)
         long_usage=yes
         rcstack_usage
         exit
         ;;
 
       # :flag.case
       --debug)
 
         # :flag.case_no_arg
         args['--debug']=1
         shift
         ;;
 
       # :flag.case
       --no-init-check)
 
         # :flag.case_no_arg
         args['--no-init-check']=1
         shift
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.environment_variables_filter
   # :command.environment_variables_default
   export RCC_CONFIG="${RCC_CONFIG:-.rcstack.ini}"
   export RC_STACK_ROUTER_EXT="${RC_STACK_ROUTER_EXT:-.custom/docker-compose-router.override.yaml}"
   export RC_STACK_METRICS_EXT="${RC_STACK_METRICS_EXT:-.custom/docker-compose-metrics.override.yaml}"
   export RC_STACK_SERVICES_EXT="${RC_STACK_SERVICES_EXT:-.custom/docker-compose-services.override.yaml}"
   export RC_STACK_RHODECODE_EXT="${RC_STACK_RHODECODE_EXT:-.custom/docker-compose-apps.override.yaml}"
 
   # :command.command_filter
   action=${1:-}
 
   case $action in
     -*) ;;
 
     get-started)
       action="get-started"
       shift
       rcstack_get_started_parse_requirements "$@"
       shift $#
       ;;
 
     init)
       action="init"
       shift
       rcstack_init_parse_requirements "$@"
       shift $#
       ;;
 
     self-update)
       action="self-update"
       shift
       rcstack_self_update_parse_requirements "$@"
       shift $#
       ;;
 
     stack)
       action="stack"
       shift
       rcstack_stack_parse_requirements "$@"
       shift $#
       ;;
 
     stack-status | status)
       action="stack-status"
       shift
       rcstack_stack_status_parse_requirements "$@"
       shift $#
       ;;
 
     stack-upgrade)
       action="stack-upgrade"
       shift
       rcstack_stack_upgrade_parse_requirements "$@"
       shift $#
       ;;
 
     stack-monitor)
       action="stack-monitor"
       shift
       rcstack_stack_monitor_parse_requirements "$@"
       shift $#
       ;;
 
     cli)
       action="cli"
       shift
       rcstack_cli_parse_requirements "$@"
       shift $#
       ;;
 
     backup-db)
       action="backup-db"
       shift
       rcstack_backup_db_parse_requirements "$@"
       shift $#
       ;;
 
     backup-data)
       action="backup-data"
       shift
       rcstack_backup_data_parse_requirements "$@"
       shift $#
       ;;
 
     get-build-artifacts)
       action="get-build-artifacts"
       shift
       rcstack_get_build_artifacts_parse_requirements "$@"
       shift $#
       ;;
 
     build-installer)
       action="build-installer"
       shift
       rcstack_build_installer_parse_requirements "$@"
       shift $#
       ;;
 
     get-build-source)
       action="get-build-source"
       shift
       rcstack_get_build_source_parse_requirements "$@"
       shift $#
       ;;
 
     build-source)
       action="build-source"
       shift
       rcstack_build_source_parse_requirements "$@"
       shift $#
       ;;
 
     _completions)
       action="_completions"
       shift
       rcstack__completions_parse_requirements "$@"
       shift $#
       ;;
 
     # :command.command_fallback
     "")
       rcstack_usage >&2
       exit 1
       ;;
 
     *)
       printf "invalid command: %s\n" "$action" >&2
       exit 1
       ;;
 
   esac
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_get_started_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_get_started_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="get-started"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_init_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_init_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.dependencies_filter
   if command -v curl >/dev/null 2>&1; then
     deps['curl']="$(command -v curl | head -n1)"
   else
     printf "missing dependency: curl\n" >&2
     exit 1
   fi
 
   if command -v tar >/dev/null 2>&1; then
     deps['tar']="$(command -v tar | head -n1)"
   else
     printf "missing dependency: tar\n" >&2
     exit 1
   fi
 
   if command -v find >/dev/null 2>&1; then
     deps['find']="$(command -v find | head -n1)"
   else
     printf "missing dependency: find\n" >&2
     exit 1
   fi
 
   # :command.command_filter
   action="init"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
       # :flag.case
       --arg-rc-edition)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--arg-rc-edition']="$2"
           shift
           shift
         else
           printf "%s\n" "--arg-rc-edition requires an argument: --arg-rc-edition ARG_RC_EDITION" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --arg-hostname)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--arg-hostname']="$2"
           shift
           shift
         else
           printf "%s\n" "--arg-hostname requires an argument: --arg-hostname ARG_HOSTNAME" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --arg-use-ssl)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--arg-use-ssl']="$2"
           shift
           shift
         else
           printf "%s\n" "--arg-use-ssl requires an argument: --arg-use-ssl ARG_USE_SSL" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --arg-admin-email)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--arg-admin-email']="$2"
           shift
           shift
         else
           printf "%s\n" "--arg-admin-email requires an argument: --arg-admin-email ARG_ADMIN_EMAIL" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --arg-admin-user)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--arg-admin-user']="$2"
           shift
           shift
         else
           printf "%s\n" "--arg-admin-user requires an argument: --arg-admin-user ARG_ADMIN_USER" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --arg-admin-pass)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--arg-admin-pass']="$2"
           shift
           shift
         else
           printf "%s\n" "--arg-admin-pass requires an argument: --arg-admin-pass ARG_ADMIN_PASS" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --arg-license-token)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--arg-license-token']="$2"
           shift
           shift
         else
           printf "%s\n" "--arg-license-token requires an argument: --arg-license-token ARG_ADMIN_TOKEN" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --no-prompt)
 
         # :flag.case_no_arg
         args['--no-prompt']=1
         shift
         ;;
 
       # :flag.case
       --force | -f)
 
         # :flag.case_no_arg
         args['--force']=1
         shift
         ;;
 
       # :flag.case
       --stage)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           if [[ -z ${args['--stage']+x} ]]; then
             args['--stage']="\"$2\""
           else
             args['--stage']="${args[--stage]} \"$2\""
           fi
           shift
           shift
         else
           printf "%s\n" "--stage requires an argument: --stage STAGE" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --auth-token)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--auth-token']="$2"
           shift
           shift
         else
           printf "%s\n" "--auth-token requires an argument: --auth-token AUTH_TOKEN" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --server-url)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--server-url']="$2"
           shift
           shift
         else
           printf "%s\n" "--server-url requires an argument: --server-url SERVER_URL" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --docker-revision)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--docker-revision']="$2"
           shift
           shift
         else
           printf "%s\n" "--docker-revision requires an argument: --docker-revision DOCKER_REVISION" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --install-docker)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--install-docker']="$2"
           shift
           shift
         else
           printf "%s\n" "--install-docker requires an argument: --install-docker INSTALL_DOCKER" >&2
           exit 1
         fi
         ;;
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
   # :command.default_assignments
   [[ -n ${args['--server-url']:-} ]] || args['--server-url']="https://code.rhodecode.com"
   [[ -n ${args['--docker-revision']:-} ]] || args['--docker-revision']="master"
 
 }
 
 # :command.parse_requirements
 rcstack_self_update_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_self_update_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.dependencies_filter
   if command -v curl >/dev/null 2>&1; then
     deps['curl']="$(command -v curl | head -n1)"
   else
     printf "missing dependency: curl\n" >&2
     exit 1
   fi
 
   if command -v tar >/dev/null 2>&1; then
     deps['tar']="$(command -v tar | head -n1)"
   else
     printf "missing dependency: tar\n" >&2
     exit 1
   fi
 
   # :command.command_filter
   action="self-update"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
       # :flag.case
       --force)
 
         # :flag.case_no_arg
         args['--force']=1
         shift
         ;;
 
       # :flag.case
       --cli-revision)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--cli-revision']="$2"
           shift
           shift
         else
           printf "%s\n" "--cli-revision requires an argument: --cli-revision CLI_REVISION" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --docker-revision)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--docker-revision']="$2"
           shift
           shift
         else
           printf "%s\n" "--docker-revision requires an argument: --docker-revision DOCKER_REVISION" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --auth-token)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--auth-token']="$2"
           shift
           shift
         else
           printf "%s\n" "--auth-token requires an argument: --auth-token AUTH_TOKEN" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --server-url)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--server-url']="$2"
           shift
           shift
         else
           printf "%s\n" "--server-url requires an argument: --server-url SERVER_URL" >&2
           exit 1
         fi
         ;;
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
   # :command.default_assignments
   [[ -n ${args['--cli-revision']:-} ]] || args['--cli-revision']="master"
   [[ -n ${args['--docker-revision']:-} ]] || args['--docker-revision']="master"
   [[ -n ${args['--server-url']:-} ]] || args['--server-url']="https://code.rhodecode.com"
 
 }
 
 # :command.parse_requirements
 rcstack_stack_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_usage
         exit
         ;;
 
       # :flag.case
       --env-file-path)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
           # :flag.validations
           if [[ -n $(validate_file_exists "$2") ]]; then
             printf "validation error in %s:\n%s\n" "--env-file-path ENV_FILE_PATH" "$(validate_file_exists "$2")" >&2
             exit 1
           fi
 
           args['--env-file-path']="$2"
           shift
           shift
         else
           printf "%s\n" "--env-file-path requires an argument: --env-file-path ENV_FILE_PATH" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --stack-prefix)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--stack-prefix']="$2"
           shift
           shift
         else
           printf "%s\n" "--stack-prefix requires an argument: --stack-prefix STACK_PREFIX" >&2
           exit 1
         fi
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action=${1:-}
 
   case $action in
     -*) ;;
 
     router)
       action="router"
       shift
       rcstack_stack_router_parse_requirements "$@"
       shift $#
       ;;
 
     metrics)
       action="metrics"
       shift
       rcstack_stack_metrics_parse_requirements "$@"
       shift $#
       ;;
 
     services)
       action="services"
       shift
       rcstack_stack_services_parse_requirements "$@"
       shift $#
       ;;
 
     rhodecode)
       action="rhodecode"
       shift
       rcstack_stack_rhodecode_parse_requirements "$@"
       shift $#
       ;;
 
     all)
       action="all"
       shift
       rcstack_stack_all_parse_requirements "$@"
       shift $#
       ;;
 
     # :command.command_fallback
     "")
       rcstack_stack_usage >&2
       exit 1
       ;;
 
     *)
       printf "invalid command: %s\n" "$action" >&2
       exit 1
       ;;
 
   esac
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
   # :command.default_assignments
   [[ -n ${args['--env-file-path']:-} ]] || args['--env-file-path']="$PWD/.custom/.runtime.env"
 
 }
 
 # :command.parse_requirements
 rcstack_stack_router_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_router_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="stack router"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       --)
         shift
         other_args+=("$@")
         break
         ;;
 
       -?*)
         other_args+=("$1")
         shift
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_catch_all
         other_args+=("$1")
         shift
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_stack_metrics_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_metrics_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="stack metrics"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       --)
         shift
         other_args+=("$@")
         break
         ;;
 
       -?*)
         other_args+=("$1")
         shift
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_catch_all
         other_args+=("$1")
         shift
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_stack_services_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_services_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="stack services"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       --)
         shift
         other_args+=("$@")
         break
         ;;
 
       -?*)
         other_args+=("$1")
         shift
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_catch_all
         other_args+=("$1")
         shift
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_stack_rhodecode_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_rhodecode_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="stack rhodecode"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       --)
         shift
         other_args+=("$@")
         break
         ;;
 
       -?*)
         other_args+=("$1")
         shift
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_catch_all
         other_args+=("$1")
         shift
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_stack_all_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_all_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="stack all"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       --)
         shift
         other_args+=("$@")
         break
         ;;
 
       -?*)
         other_args+=("$1")
         shift
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_catch_all
         other_args+=("$1")
         shift
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_stack_status_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_status_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="stack-status"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
       # :flag.case
       --detailed)
 
         # :flag.case_no_arg
         args['--detailed']=1
         shift
         ;;
 
       # :flag.case
       --configs)
 
         # :flag.case_no_arg
         args['--configs']=1
         shift
         ;;
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_stack_upgrade_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_upgrade_usage
         exit
         ;;
 
       # :flag.case
       --stack-prefix)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--stack-prefix']="$2"
           shift
           shift
         else
           printf "%s\n" "--stack-prefix requires an argument: --stack-prefix STACK_PREFIX" >&2
           exit 1
         fi
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action=${1:-}
 
   case $action in
     -*) ;;
 
     router)
       action="router"
       shift
       rcstack_stack_upgrade_router_parse_requirements "$@"
       shift $#
       ;;
 
     metrics)
       action="metrics"
       shift
       rcstack_stack_upgrade_metrics_parse_requirements "$@"
       shift $#
       ;;
 
     services)
       action="services"
       shift
       rcstack_stack_upgrade_services_parse_requirements "$@"
       shift $#
       ;;
 
     rhodecode)
       action="rhodecode"
       shift
       rcstack_stack_upgrade_rhodecode_parse_requirements "$@"
       shift $#
       ;;
 
     # :command.command_fallback
     "")
       rcstack_stack_upgrade_usage >&2
       exit 1
       ;;
 
     *)
       printf "invalid command: %s\n" "$action" >&2
       exit 1
       ;;
 
   esac
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_stack_upgrade_router_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_upgrade_router_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="stack-upgrade router"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_stack_upgrade_metrics_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_upgrade_metrics_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="stack-upgrade metrics"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_stack_upgrade_services_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_upgrade_services_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="stack-upgrade services"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_stack_upgrade_rhodecode_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_upgrade_rhodecode_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="stack-upgrade rhodecode"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
       # :flag.case
       --stop-wait)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--stop-wait']="$2"
           shift
           shift
         else
           printf "%s\n" "--stop-wait requires an argument: --stop-wait STOP_WAIT" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --docker-stop-wait)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--docker-stop-wait']="$2"
           shift
           shift
         else
           printf "%s\n" "--docker-stop-wait requires an argument: --docker-stop-wait DOCKER_STOP_WAIT" >&2
           exit 1
         fi
         ;;
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
   # :command.default_assignments
   [[ -n ${args['--stop-wait']:-} ]] || args['--stop-wait']="120"
   [[ -n ${args['--docker-stop-wait']:-} ]] || args['--docker-stop-wait']="3600"
 
 }
 
 # :command.parse_requirements
 rcstack_stack_monitor_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_monitor_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action=${1:-}
 
   case $action in
     -*) ;;
 
     restart-unhealthy)
       action="restart-unhealthy"
       shift
       rcstack_stack_monitor_restart_unhealthy_parse_requirements "$@"
       shift $#
       ;;
 
     # :command.command_fallback
     "")
       rcstack_stack_monitor_usage >&2
       exit 1
       ;;
 
     *)
       printf "invalid command: %s\n" "$action" >&2
       exit 1
       ;;
 
   esac
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_stack_monitor_restart_unhealthy_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_stack_monitor_restart_unhealthy_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="stack-monitor restart-unhealthy"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
       # :flag.case
       --loop)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
           # :flag.validations
           if [[ -n $(validate_integer "$2") ]]; then
             printf "validation error in %s:\n%s\n" "--loop LOOP" "$(validate_integer "$2")" >&2
             exit 1
           fi
 
           args['--loop']="$2"
           shift
           shift
         else
           printf "%s\n" "--loop requires an argument: --loop LOOP" >&2
           exit 1
         fi
         ;;
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
   # :command.default_assignments
   [[ -n ${args['--loop']:-} ]] || args['--loop']="0"
 
 }
 
 # :command.parse_requirements
 rcstack_cli_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_cli_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action=${1:-}
 
   case $action in
     -*) ;;
 
     image-info)
       action="image-info"
       shift
       rcstack_cli_image_info_parse_requirements "$@"
       shift $#
       ;;
 
     set-runtime-image)
       action="set-runtime-image"
       shift
       rcstack_cli_set_runtime_image_parse_requirements "$@"
       shift $#
       ;;
 
     ishell)
       action="ishell"
       shift
       rcstack_cli_ishell_parse_requirements "$@"
       shift $#
       ;;
 
     redis)
       action="redis"
       shift
       rcstack_cli_redis_parse_requirements "$@"
       shift $#
       ;;
 
     db)
       action="db"
       shift
       rcstack_cli_db_parse_requirements "$@"
       shift $#
       ;;
 
     db-upgrade)
       action="db-upgrade"
       shift
       rcstack_cli_db_upgrade_parse_requirements "$@"
       shift $#
       ;;
 
     storage)
       action="storage"
       shift
       rcstack_cli_storage_parse_requirements "$@"
       shift $#
       ;;
 
     attach)
       action="attach"
       shift
       rcstack_cli_attach_parse_requirements "$@"
       shift $#
       ;;
 
     set-edition)
       action="set-edition"
       shift
       rcstack_cli_set_edition_parse_requirements "$@"
       shift $#
       ;;
 
     configure-vcsserver)
       action="configure-vcsserver"
       shift
       rcstack_cli_configure_vcsserver_parse_requirements "$@"
       shift $#
       ;;
 
     configure-rhodecode)
       action="configure-rhodecode"
       shift
       rcstack_cli_configure_rhodecode_parse_requirements "$@"
       shift $#
       ;;
 
     # :command.command_fallback
     "")
       rcstack_cli_usage >&2
       exit 1
       ;;
 
     *)
       printf "invalid command: %s\n" "$action" >&2
       exit 1
       ;;
 
   esac
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_cli_image_info_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_cli_image_info_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="cli image-info"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
       # :flag.case
       --verbose)
 
         # :flag.case_no_arg
         args['--verbose']=1
         shift
         ;;
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_cli_set_runtime_image_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_cli_set_runtime_image_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="cli set-runtime-image"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         if [[ -z ${args['version']+x} ]]; then
 
           args['version']=$1
           shift
         else
           printf "invalid argument: %s\n" "$key" >&2
           exit 1
         fi
 
         ;;
 
     esac
   done
 
   # :command.required_args_filter
   if [[ -z ${args['version']+x} ]]; then
     printf "missing required argument: VERSION\nusage: rcstack cli set-runtime-image VERSION\n" >&2
     exit 1
   fi
 
 }
 
 # :command.parse_requirements
 rcstack_cli_ishell_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_cli_ishell_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="cli ishell"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_cli_redis_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_cli_redis_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="cli redis"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_cli_db_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_cli_db_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="cli db"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_cli_db_upgrade_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_cli_db_upgrade_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="cli db-upgrade"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_cli_storage_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_cli_storage_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="cli storage"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
       # :flag.case
       --attached)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--attached']="$2"
           shift
           shift
         else
           printf "%s\n" "--attached requires an argument: --attached ATTACHED" >&2
           exit 1
         fi
         ;;
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_cli_attach_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_cli_attach_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="cli attach"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
       # :flag.case
       --instance-type)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--instance-type']="$2"
           shift
           shift
         else
           printf "%s\n" "--instance-type requires an argument: --instance-type INSTANCE_TYPE" >&2
           exit 1
         fi
         ;;
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
   # :command.default_assignments
   [[ -n ${args['--instance-type']:-} ]] || args['--instance-type']="rhodecode"
 
 }
 
 # :command.parse_requirements
 rcstack_cli_set_edition_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_cli_set_edition_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="cli set-edition"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         if [[ -z ${args['edition_type']+x} ]]; then
 
           args['edition_type']=$1
           shift
         else
           printf "invalid argument: %s\n" "$key" >&2
           exit 1
         fi
 
         ;;
 
     esac
   done
 
   # :command.required_args_filter
   if [[ -z ${args['edition_type']+x} ]]; then
     printf "missing required argument: EDITION_TYPE\nusage: rcstack cli set-edition EDITION_TYPE\n" >&2
     exit 1
   fi
 
   # :command.whitelist_filter
   if [[ -n ${args['edition_type']} ]] && [[ ! ${args['edition_type']} =~ ^(ce|ee)$ ]]; then
     printf "%s\n" "edition_type must be one of: ce, ee" >&2
     exit 1
   fi
 
 }
 
 # :command.parse_requirements
 rcstack_cli_configure_vcsserver_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_cli_configure_vcsserver_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="cli configure-vcsserver"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         if [[ -z ${args['ini_path']+x} ]]; then
           # :argument.validations
           if [[ -n $(validate_file_exists "$1") ]]; then
             printf "validation error in %s:\n%s\n" "INI_PATH" "$(validate_file_exists "$1")" >&2
             exit 1
           fi
 
           args['ini_path']=$1
           shift
         else
           printf "invalid argument: %s\n" "$key" >&2
           exit 1
         fi
 
         ;;
 
     esac
   done
 
   # :command.required_args_filter
   if [[ -z ${args['ini_path']+x} ]]; then
     printf "missing required argument: INI_PATH\nusage: rcstack cli configure-vcsserver INI_PATH\n" >&2
     exit 1
   fi
 
 }
 
 # :command.parse_requirements
 rcstack_cli_configure_rhodecode_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_cli_configure_rhodecode_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="cli configure-rhodecode"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         if [[ -z ${args['ini_path']+x} ]]; then
           # :argument.validations
           if [[ -n $(validate_file_exists "$1") ]]; then
             printf "validation error in %s:\n%s\n" "INI_PATH" "$(validate_file_exists "$1")" >&2
             exit 1
           fi
 
           args['ini_path']=$1
           shift
         else
           printf "invalid argument: %s\n" "$key" >&2
           exit 1
         fi
 
         ;;
 
     esac
   done
 
   # :command.required_args_filter
   if [[ -z ${args['ini_path']+x} ]]; then
     printf "missing required argument: INI_PATH\nusage: rcstack cli configure-rhodecode INI_PATH\n" >&2
     exit 1
   fi
 
 }
 
 # :command.parse_requirements
 rcstack_backup_db_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_backup_db_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.dependencies_filter
   if command -v tar >/dev/null 2>&1; then
     deps['tar']="$(command -v tar | head -n1)"
   else
     printf "missing dependency: tar\n" >&2
     exit 1
   fi
 
   if command -v gzip >/dev/null 2>&1; then
     deps['gzip']="$(command -v gzip | head -n1)"
   else
     printf "missing dependency: gzip\n" >&2
     exit 1
   fi
 
   # :command.command_filter
   action="backup-db"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_backup_data_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_backup_data_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.dependencies_filter
   if command -v tar >/dev/null 2>&1; then
     deps['tar']="$(command -v tar | head -n1)"
   else
     printf "missing dependency: tar\n" >&2
     exit 1
   fi
 
   if command -v gzip >/dev/null 2>&1; then
     deps['gzip']="$(command -v gzip | head -n1)"
   else
     printf "missing dependency: gzip\n" >&2
     exit 1
   fi
 
   # :command.command_filter
   action="backup-data"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.parse_requirements
 rcstack_get_build_artifacts_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_get_build_artifacts_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="get-build-artifacts"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
       # :flag.case
       --auth)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--auth']="$2"
           shift
           shift
         else
           printf "%s\n" "--auth requires an argument: --auth AUTH" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --installer-url)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--installer-url']="$2"
           shift
           shift
         else
           printf "%s\n" "--installer-url requires an argument: --installer-url INSTALLER_URL" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --manifest-url)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--manifest-url']="$2"
           shift
           shift
         else
           printf "%s\n" "--manifest-url requires an argument: --manifest-url MANIFEST_URL" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --version-name)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--version-name']="$2"
           shift
           shift
         else
           printf "%s\n" "--version-name requires an argument: --version-name VERSION_NAME" >&2
           exit 1
         fi
         ;;
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
   # :command.default_assignments
   [[ -n ${args['--auth']:-} ]] || args['--auth']=""
   [[ -n ${args['--installer-url']:-} ]] || args['--installer-url']="https://dls.rhodecode.com/dls/N2E2ZTY1NzA3NjYxNDA2NTc1NjI3MTcyNzA2MjcxNzIyZTcwNjI3YQ==/rhodecode-control/latest-linux-ee"
   [[ -n ${args['--manifest-url']:-} ]] || args['--manifest-url']="https://dls.rhodecode.com/linux/MANIFEST"
   [[ -n ${args['--version-name']:-} ]] || args['--version-name']="$RC_CLI_VERSION_NAME"
 
 }
 
 # :command.parse_requirements
 rcstack_build_installer_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_build_installer_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="build-installer"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
       # :flag.case
       --version-name)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--version-name']="$2"
           shift
           shift
         else
           printf "%s\n" "--version-name requires an argument: --version-name VERSION_NAME" >&2
           exit 1
         fi
         ;;
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
   # :command.default_assignments
   [[ -n ${args['--version-name']:-} ]] || args['--version-name']="$RC_CLI_VERSION_NAME"
 
 }
 
 # :command.parse_requirements
 rcstack_get_build_source_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_get_build_source_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.dependencies_filter
   if command -v curl >/dev/null 2>&1; then
     deps['curl']="$(command -v curl | head -n1)"
   else
     printf "missing dependency: curl\n" >&2
     exit 1
   fi
 
   if command -v tar >/dev/null 2>&1; then
     deps['tar']="$(command -v tar | head -n1)"
   else
     printf "missing dependency: tar\n" >&2
     exit 1
   fi
 
   # :command.command_filter
   action="get-build-source"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
       # :flag.case
       --revision)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--revision']="$2"
           shift
           shift
         else
           printf "%s\n" "--revision requires an argument: --revision REVISION" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --auth-token)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--auth-token']="$2"
           shift
           shift
         else
           printf "%s\n" "--auth-token requires an argument: --auth-token AUTH_TOKEN" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --server-url)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--server-url']="$2"
           shift
           shift
         else
           printf "%s\n" "--server-url requires an argument: --server-url SERVER_URL" >&2
           exit 1
         fi
         ;;
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
   # :command.default_assignments
   [[ -n ${args['--revision']:-} ]] || args['--revision']="default"
   [[ -n ${args['--server-url']:-} ]] || args['--server-url']="https://code.rhodecode.com"
 
 }
 
 # :command.parse_requirements
 rcstack_build_source_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack_build_source_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="build-source"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
       # :flag.case
       --version-name)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--version-name']="$2"
           shift
           shift
         else
           printf "%s\n" "--version-name requires an argument: --version-name VERSION_NAME" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --source-build-yaml)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           args['--source-build-yaml']="$2"
           shift
           shift
         else
           printf "%s\n" "--source-build-yaml requires an argument: --source-build-yaml BUILD_SOURCE_YAML" >&2
           exit 1
         fi
         ;;
 
       # :flag.case
       --tag)
 
         # :flag.case_arg
         if [[ -n ${2+x} ]]; then
 
           if [[ -z ${args['--tag']+x} ]]; then
             args['--tag']="\"$2\""
           else
             args['--tag']="${args[--tag]} \"$2\""
           fi
           shift
           shift
         else
           printf "%s\n" "--tag requires an argument: --tag TAG" >&2
           exit 1
         fi
         ;;
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
   # :command.default_assignments
   [[ -n ${args['--version-name']:-} ]] || args['--version-name']="$RC_CLI_VERSION_NAME"
   [[ -n ${args['--source-build-yaml']:-} ]] || args['--source-build-yaml']="docker-compose-apps.source.yaml"
 
 }
 
 # :command.parse_requirements
 rcstack__completions_parse_requirements() {
   # :command.fixed_flags_filter
   while [[ $# -gt 0 ]]; do
     case "${1:-}" in
       --help | -h)
         long_usage=yes
         rcstack__completions_usage
         exit
         ;;
 
       *)
         break
         ;;
 
     esac
   done
 
   # :command.command_filter
   action="_completions"
 
   # :command.parse_requirements_while
   while [[ $# -gt 0 ]]; do
     key="$1"
     case "$key" in
 
       -?*)
         printf "invalid option: %s\n" "$key" >&2
         exit 1
         ;;
 
       *)
         # :command.parse_requirements_case
         # :command.parse_requirements_case_simple
         printf "invalid argument: %s\n" "$key" >&2
         exit 1
 
         ;;
 
     esac
   done
 
 }
 
 # :command.initialize
 initialize() {
-  version="5.0.4"
+  version="5.0.6"
   long_usage=''
   set -e
 
   # :command.environment_variables_default
   export RCC_CONFIG="${RCC_CONFIG:-.rcstack.ini}"
   export RC_STACK_ROUTER_EXT="${RC_STACK_ROUTER_EXT:-.custom/docker-compose-router.override.yaml}"
   export RC_STACK_METRICS_EXT="${RC_STACK_METRICS_EXT:-.custom/docker-compose-metrics.override.yaml}"
   export RC_STACK_SERVICES_EXT="${RC_STACK_SERVICES_EXT:-.custom/docker-compose-services.override.yaml}"
   export RC_STACK_RHODECODE_EXT="${RC_STACK_RHODECODE_EXT:-.custom/docker-compose-apps.override.yaml}"
 
   # src/initialize.sh
 
   rc_image_ver=4.28.0
 
   rhodecode_default_config_path=config/_shared/rhodecode.ini
   vcsserver_default_config_path=config/_shared/vcsserver.ini
 
   RC_STACK_ROUTER_VER=v1.0.0
   RC_STACK_SERVICES_VER=v1.0.0
   RC_STACK_RHODECODE_VER=v1.0.0
   RC_STACK_METRICS_VER=v1.0.0
 
   RC_SCRIPT_NAME=rcstack
   # bootstrap file is a config file at the same time
   CONFIG_FILE=${RCC_CONFIG:=.rcstack.ini}
 
   # runtime env file
   RUNTIME_ENV=$PWD/.custom/.runtime.env
 
   # STACK_LIST
   VALID_SERVICES="router metrics services rhodecode"
   DOCKER_DEFS_WORK_DIR="docker_defs"
 
   # stage key, saved in .rcstack.ini : stage func to execute
   BOOTSTRAP_STAGES="\
   bootstrap_v1_docker_install \
   bootstrap_v1_docker_commons \
   bootstrap_v1_definitions \
   bootstrap_v1_config \
   bootstrap_v1_overrides \
   "
 
   YAML_TEMPLATES="\
   docker-compose-apps.override.yaml
   docker-compose-metrics.override.yaml
   docker-compose-router.override.yaml
   docker-compose-services.override.yaml
   runtime.env.tmpl
   "
 
   get_stage_function() {
     stage_name=$1
 
     case $stage_name in
       bootstrap_v1_docker_install)
         stage_func=bootstrap_docker_install
         ;;
       bootstrap_v1_docker_commons)
         stage_func=bootstrap_docker_commons
         ;;
       bootstrap_v1_definitions)
         stage_func=bootstrap_definitions
         ;;
       bootstrap_v1_config)
         stage_func=bootstrap_config
         ;;
       bootstrap_v1_overrides)
         stage_func=bootstrap_overrides
         ;;
       *)
         echo "can't find function for stage $stage_name"
         exit 1
     esac
 
       echo $stage_func
   }
 
   #echo "1 ----"
   #echo $RC_STACK_SERVICES_EXT
   #echo $RC_STACK_METRICS_EXT
   #echo "1 -----"
 
   #echo '2 ----'
   #grep -v -e '^#' "$ENV_FILE" | xargs -I {} echo \'{}\'
   #echo '2 ----'
 
   #expose env vars from ./rcstack config
   #if [[ -f $ENV_FILE ]]; then
   #  eval $(grep -v -e '^#' "$ENV_FILE" | xargs -I {} echo export \'{}\')
   #fi
 
   #ENV_EXPAND=""
   #for k in $(config_keys); do
   #  k_upper=${k^^}
   #  env_entry="-e $k_upper='$(config_get "$k")' "
   #  ENV_EXPAND+=$env_entry;
   #  #echo $env_expand
   #done
 
   #
   #echo "3 ----"
   #echo $RC_STACK_SERVICES_EXT
   #echo $RC_STACK_METRICS_EXT
   #echo $RC_STACK_RHODECODE_EXT
   #echo "3 -----"
 
   #env | grep RC_
 
   docker_ping_host() {
     PING_HOST="$1"
     docker run --network rhodecode_network --rm alpine ping "$PING_HOST"
   }
 
   get_started() {
     echo ""
     echo "To start using RhodeCode run the following stacks using './$RC_SCRIPT_NAME stack [STACK_NAME]'"
     echo "Check './$RC_SCRIPT_NAME stack --help' for more examples and options"
     echo "$(green_bold IMPORTANT): init command generates some secrets/config inside $RUNTIME_ENV file."
     echo "Check and adjust those settings if needed."
     echo ""
     echo "$(bold Run the stacks in following order):"
     echo ""
     echo "$(green_bold 1\) router [Mandatory]): run the edge router to control stack traffic / domain access and optionally SSL termination"
     echo "IMPORTANT: router binds to some common ports 80, 443, SSH (9022), Loki (3100) if those are not available, please adjust them"
     echo "To configure this stack before running check: $RC_STACK_ROUTER_EXT"
     echo ""
     echo "./$RC_SCRIPT_NAME stack router up --detach"
     echo ""
     echo "$(green_bold 2\) services [Mandatory]): run the services, like database, redis, channelstream etc..."
     echo "IMPORTANT: if you like to run your own database, or redis please adjust before running"
     echo "To configure this stack before running check: $RC_STACK_SERVICES_EXT"
     echo ""
     echo "./$RC_SCRIPT_NAME stack services up --detach"
     echo ""
     echo "$(green_bold 3\) rhodecode [Mandatory]): run the rhodecode app stack"
     echo "To configure this stack before running check: $RC_STACK_RHODECODE_EXT"
     echo ""
     echo "./$RC_SCRIPT_NAME stack rhodecode up --detach"
     echo ""
     echo "$(yellow_bold 4\) metrics [Optional]): run the monitoring stack, this includes grafana/prometheus logging/metrics system"
     echo "To configure this stack before running check: $RC_STACK_METRICS_EXT"
     echo ""
     echo "./$RC_SCRIPT_NAME stack metrics up --detach"
     echo ""
     echo "$(bold [Status]): check services run status, ports etc.."
     echo "./$RC_SCRIPT_NAME status"
     echo ""
     echo "$(bold [All]): shorthand to run all stacks (detached with -d)"
     echo "./$RC_SCRIPT_NAME stack all up -d"
     echo ""
     echo "$(bold [Logs]): check service logs"
     echo "./$RC_SCRIPT_NAME stack [STACK_NAME] logs"
   }
 
   get_started_full() {
     echo "$(blue_bold [~~~~ GET STARTED ~~~~~])"
     echo "$(green_bold Having problems / need help? Reach out to us here:) https://community.rhodecode.com"
     echo ""
     echo "./$RC_SCRIPT_NAME is a CLI based installer/manager for RhodeCode Cluster Stack"
     echo "./$RC_SCRIPT_NAME -h is your friend, in case of doubt, check examples and usage options with -h / --help flag"
     echo ""
     echo "$(yellow_bold [First time run])"
     echo "run './$RC_SCRIPT_NAME init' to setup docker and download required installer files."
     echo "./$RC_SCRIPT_NAME can install Docker for you, or install it manually before running init command"
 
     get_started
   }
 
 }
 
 # :command.run
 run() {
   declare -A args=()
   declare -A deps=()
   declare -a other_args=()
   declare -a input=()
   normalize_input "$@"
   parse_requirements "${input[@]}"
 
   case "$action" in
     "get-started") rcstack_get_started_command ;;
     "init") rcstack_init_command ;;
     "self-update") rcstack_self_update_command ;;
     "stack") rcstack_stack_command ;;
     "stack router") rcstack_stack_router_command ;;
     "stack metrics") rcstack_stack_metrics_command ;;
     "stack services") rcstack_stack_services_command ;;
     "stack rhodecode") rcstack_stack_rhodecode_command ;;
     "stack all") rcstack_stack_all_command ;;
     "stack-status") rcstack_stack_status_command ;;
     "stack-upgrade") rcstack_stack_upgrade_command ;;
     "stack-upgrade router") rcstack_stack_upgrade_router_command ;;
     "stack-upgrade metrics") rcstack_stack_upgrade_metrics_command ;;
     "stack-upgrade services") rcstack_stack_upgrade_services_command ;;
     "stack-upgrade rhodecode") rcstack_stack_upgrade_rhodecode_command ;;
     "stack-monitor") rcstack_stack_monitor_command ;;
     "stack-monitor restart-unhealthy") rcstack_stack_monitor_restart_unhealthy_command ;;
     "cli") rcstack_cli_command ;;
     "cli image-info") rcstack_cli_image_info_command ;;
     "cli set-runtime-image") rcstack_cli_set_runtime_image_command ;;
     "cli ishell") rcstack_cli_ishell_command ;;
     "cli redis") rcstack_cli_redis_command ;;
     "cli db") rcstack_cli_db_command ;;
     "cli db-upgrade") rcstack_cli_db_upgrade_command ;;
     "cli storage") rcstack_cli_storage_command ;;
     "cli attach") rcstack_cli_attach_command ;;
     "cli set-edition") rcstack_cli_set_edition_command ;;
     "cli configure-vcsserver") rcstack_cli_configure_vcsserver_command ;;
     "cli configure-rhodecode") rcstack_cli_configure_rhodecode_command ;;
     "backup-db") rcstack_backup_db_command ;;
     "backup-data") rcstack_backup_data_command ;;
     "get-build-artifacts") rcstack_get_build_artifacts_command ;;
     "build-installer") rcstack_build_installer_command ;;
     "get-build-source") rcstack_get_build_source_command ;;
     "build-source") rcstack_build_source_command ;;
     "_completions") rcstack__completions_command ;;
   esac
 }
 
 initialize
 run "$@"