Upgrade to UCP 3.2
Estimated reading time: 14 minutesThis page helps you upgrade Docker Universal Control Plane (UCP) to version 3.2.4.
Plan the upgrade
Before upgrading to a new version of UCP, check the release notes. There you’ll find information about new features, breaking changes, and other relevant information for upgrading to a particular version.
As part of the upgrade process, you’ll upgrade the Docker Engine - Enterprise installed on each node of the cluster to version 19.03 or higher. You should plan for the upgrade to take place outside of business hours, to ensure there’s minimal impact to your users.
Also, don’t make changes to UCP configurations while you’re upgrading it. This can lead to misconfigurations that are difficult to troubleshoot.
Environment checklist
Complete the following checks:
Systems
- Confirm time sync across all nodes (and check time daemon logs for any large time drifting)
- Check system requirements
PROD=4
vCPU/16GB
for UCP managers and DTR replicas - Review the full UCP/DTR/Engine port requirements
- Ensure that your cluster nodes meet the minimum requirements
- Before performing any upgrade, ensure that you meet all minimum requirements listed in UCP System requirements, including port openings (UCP 3.x added more required ports for Kubernetes), memory, and disk space. For example, manager nodes must have at least 8GB of memory.
Note
If you are upgrading a cluster to UCP 3.0.2 or higher on Microsoft Azure, please ensure that all of the Azure prerequisites are met.
Storage
- Check
/var/
storage allocation and increase if it is over 70% usage. - In addition, check all nodes’ local file systems for any disk storage issues (and DTR back-end storage, for example, NFS).
- If not using Overlay2 storage drivers please take this opportunity to do so, you will find stability there. Note that the transition from Device mapper to Overlay2 is a destructive rebuild.
Operating system
- If cluster nodes OS branch is older (Ubuntu 14.x, RHEL 7.3, etc), consider patching all relevant packages to the most recent (including kernel).
- Rolling restart of each node before upgrade (to confirm in-memory settings are the same as startup-scripts).
- Run
check-config.sh
on each cluster node (after rolling restart) for any kernel compatibility issues. Latest version of the script can be found here: https://github.com/moby/moby/blob/master/contrib/check-config.sh
Procedural
- Perform Swarm, UCP and DTR backups before upgrading
- Gather Compose file/service/stack files
- Generate a UCP Support dump (for point in time) before upgrading
- Preinstall Engine/UCP/DTR images. If your cluster is offline (with no connection to the internet), then Docker provides tarballs containing all of the required container images here. If your cluster is online, you can pull the required container images onto your nodes with the following command:
$ docker run --rm docker/ucp:3.2.4 images --list | xargs -L 1 docker pull
- Load troubleshooting packages (netshoot, etc)
- Best order for upgrades: Engine, UCP, and then DTR. Note that the scope of this topic is limited to upgrade instructions for UCP.
Upgrade strategy
For each worker node that requires an upgrade, you can upgrade that node in place or you can replace the node with a new worker node. The type of upgrade you perform depends on what is needed for each node:
- Automated, in-place cluster upgrade: Performed on any manager node. Automatically upgrades the entire cluster.
- Manual cluster upgrade: Performed using the CLI. Automatically upgrades manager nodes and allows you to control the upgrade order of worker nodes. This type of upgrade is more advanced than the automated, in-place cluster upgrade.
- Upgrade existing nodes in place: Performed using the CLI. Automatically upgrades manager nodes and allows you to control the order of worker node upgrades.
- Replace all worker nodes using blue-green deployment: Performed using the CLI. This type of upgrade allows you to stand up a new cluster in parallel to the current code and cut over when complete. This type of upgrade allows you to join new worker nodes, schedule workloads to run on new nodes, pause, drain, and remove old worker nodes in batches of multiple nodes rather than one at a time, and shut down servers to remove worker nodes. This type of upgrade is the most advanced.
Back up your cluster
Before starting an upgrade, make sure that your cluster is healthy. If a problem occurs, this makes it easier to find and troubleshoot it.
Create a backup of your cluster. This allows you to recover if something goes wrong during the upgrade process.
Note
The backup archive is version-specific, so you can’t use it during the upgrade process. For example, if you create a backup archive for a UCP 2.2 cluster, you can’t use the archive file after you upgrade to UCP 3.0.
Upgrade Docker Engine
For each node that is part of your cluster, upgrade the Docker Engine installed on that node to Docker Engine version 19.03 or higher. Be sure to install the Docker Enterprise Edition.
Starting with the manager nodes, and then worker nodes:
- Log into the node using ssh.
- Upgrade the Docker Engine to version 18.09.0 or higher. See Upgrade Docker EE.
- Make sure the node is healthy.
Note
In your browser, navigate to Nodes in the UCP web interface, and check that the node is healthy and is part of the cluster.
Upgrade UCP
When upgrading UCP to version 3.2.4, you can choose from different upgrade workflows:
Note
In all upgrade workflows, manager nodes are automatically upgraded in place. You cannot control the order of manager node upgrades.
- Automated, in-place cluster upgrade: Performed on any manager node. Automatically upgrades the entire cluster.
- Manual cluster upgrade: Performed using the CLI. Automatically upgrades manager
nodes and allows you to control the upgrade order of worker nodes. This type of upgrade is more
advanced than the automated, in-place cluster upgrade.
- Upgrade existing nodes in place: Performed using the CLI. Automatically upgrades manager nodes and allows you to control the order of worker node upgrades.
- Replace all worker nodes using blue-green deployment: Performed using the CLI. This type of upgrade allows you to stand up a new cluster in parallel to the current code and cut over when complete. This type of upgrade allows you to join new worker nodes, schedule workloads to run on new nodes, pause, drain, and remove old worker nodes in batches of multiple nodes rather than one at a time, and shut down servers to remove worker nodes. This type of upgrade is the most advanced.
Use the CLI to perform an upgrade
There are two different ways to upgrade a UCP Cluster via the CLI. The first is an automated process; this approach will update all UCP components on all nodes within the UCP Cluster. The upgrade process is done node by node, but once the user has initiated an upgrade it will work its way through the entire cluster.
The second UCP upgrade method is a phased approach, once an upgrade has been initiated this method will upgrade all UCP components on a single UCP worker nodes, giving the user more control to migrate workloads and control traffic when upgrading the cluster.
Automated in-place cluster upgrade
This is the traditional approach to upgrading UCP and is often used when the order in which UCP worker nodes is upgraded is NOT important.
To upgrade UCP, ensure all Docker engines have been upgraded to the corresponding new version. Then a user should SSH to one UCP manager node and run the following command. The upgrade command should not be run on a workstation with a client bundle.
$ docker container run --rm -it \
--name ucp \
--volume /var/run/docker.sock:/var/run/docker.sock \
docker/ucp:3.2.4 \
upgrade \
--interactive
The upgrade command will print messages regarding the progress of the upgrade as it automatically upgrades UCP on all nodes in the cluster.
Phased in-place cluster upgrade
The phased approach of upgrading UCP, introduced in UCP 3.2, allows granular control of the UCP upgrade process. A user can temporarily run UCP worker nodes with different versions of the Docker Engine and UCP. This workflow is useful when a user wants to manually control how workloads and traffic are migrated around a cluster during an upgrade. This process can also be used if a user wants to add additional worker node capacity during an upgrade to handle failover. Worker nodes can be added to a partially upgraded UCP Cluster, workloads migrated across, and previous worker nodes then taken offline and upgraded.
To start a phased upgrade of UCP, first all manager nodes will need to be
upgraded to the new UCP version. To tell UCP to upgrade the manager nodes but
not upgrade any worker nodes, pass --manual-worker-upgrade
into the upgrade
command.
To upgrade UCP, ensure the Docker engine on all UCP manager nodes have been upgraded to the corresponding new version. SSH to a UCP manager node and run the following command. The upgrade command should not be run on a workstation with a client bundle.
$ docker container run --rm -it \
--name ucp \
--volume /var/run/docker.sock:/var/run/docker.sock \
docker/ucp:3.2.4 \
upgrade \
--manual-worker-upgrade \
--interactive
The --manual-worker-upgrade
flag will add an upgrade-hold label to all worker
nodes. UCP will be constantly monitor this label, and if that label is removed
UCP will then upgrade the node.
To trigger the upgrade on a worker node, you will have to remove the label.
$ docker node update --label-rm com.docker.ucp.upgrade-hold <node name or id>
Optional
Joining new worker nodes to the cluster. Once the manager nodes have been upgraded to a new UCP version, new worker nodes can be added to the cluster, assuming they are running the corresponding new docker engine version.
The swarm join token can be found in the UCP UI, or while ssh’d on a UCP manager node. More information on finding the swarm token can be found here.
$ docker swarm join --token SWMTKN-<YOUR TOKEN> <manager ip>:2377
Replace existing worker nodes using blue-green deployment
This workflow is used to create a parallel environment for a new deployment, which can greatly reduce downtime, upgrades worker node engines without disrupting workloads, and allows traffic to be migrated to the new environment with worker node rollback capability. This type of upgrade creates a parallel environment for reduced downtime and workload disruption.
Note
Steps 2 through 6 can be repeated for groups of nodes - you do not have to replace all worker nodes in the cluster at one time.
-
Upgrade manager nodes
- The
--manual-worker-upgrade
command automatically upgrades manager nodes first, and then allows you to control the upgrade of the UCP components on the worker nodes using node labels.
$ docker container run --rm -it \ --name ucp \ --volume /var/run/docker.sock:/var/run/docker.sock \ docker/ucp:3.2.4 \ upgrade \ --manual-worker-upgrade \ --interactive
- The
-
Join new worker nodes
- New worker nodes have newer engines already installed and have the new UCP version running when they join the cluster.
On the manager node, run commands similar to the following examples to get the Swarm Join token and add new worker nodes:
docker swarm join-token worker
- On the node to be joined:
docker swarm join --token SWMTKN-<YOUR TOKEN> <manager ip>:2377
- New worker nodes have newer engines already installed and have the new UCP version running when they join the cluster.
On the manager node, run commands similar to the following examples to get the Swarm Join token and add new worker nodes:
- Join Enterprise Engine to the cluster
docker swarm join --token SWMTKN-<YOUR TOKEN> <manager ip>:2377
-
Pause all existing worker nodes
- This ensures that new workloads are not deployed on existing nodes.
docker node update --availability pause <node name>
- This ensures that new workloads are not deployed on existing nodes.
-
Drain paused nodes for workload migration
- Redeploy workloads on all existing nodes to new nodes. Because all existing nodes are “paused”, workloads are
automatically rescheduled onto new nodes.
docker node update --availability drain <node name>
- Redeploy workloads on all existing nodes to new nodes. Because all existing nodes are “paused”, workloads are
automatically rescheduled onto new nodes.
-
Remove drained nodes
- After each node is fully drained, it can be shut down and removed from the cluster. On each worker node that is
getting removed from the cluster, run a command similar to the following example :
docker swarm leave <node name>
- Run a command similar to the following example on the manager node when the old worker comes unresponsive:
docker node rm <node name>
- After each node is fully drained, it can be shut down and removed from the cluster. On each worker node that is
getting removed from the cluster, run a command similar to the following example :
-
Remove old UCP agents
- After upgrade completion, remove old UCP agents, which includes 390x and Windows agents, that were carried over
from the previous install by running the following command on the manager node:
docker service rm ucp-agent docker service rm ucp-agent-win docker service rm ucp-agent-s390x
- After upgrade completion, remove old UCP agents, which includes 390x and Windows agents, that were carried over
from the previous install by running the following command on the manager node:
Troubleshooting
- Upgrade compatibility
- The upgrade command automatically checks for multiple
ucp-worker-agents
before proceeding with the upgrade. The existence of multipleucp-worker-agents
might indicate that the cluster still in the middle of a prior manual upgrade and you must resolve the conflicting node labels issues before proceeding with the upgrade.
- The upgrade command automatically checks for multiple
- Upgrade failures
- For worker nodes, an upgrade failure can be rolled back by changing the node label back to the previous target version. Rollback of manager nodes is not supported.
- Kubernetes errors in node state messages after upgrading UCP
- The following information applies if you have upgraded to UCP 3.0.0 or newer:
- After performing a UCP upgrade from 2.2.x to 3.x.x, you might see unhealthy nodes in your UCP
dashboard with any of the following errors listed:
Awaiting healthy status in Kubernetes node inventory Kubelet is unhealthy: Kubelet stopped posting node status
- Alternatively, you may see other port errors such as the one below in the ucp-controller
container logs:
http: proxy error: dial tcp <IP_ADDRESS>:12388: connect: no route to host
- After performing a UCP upgrade from 2.2.x to 3.x.x, you might see unhealthy nodes in your UCP
dashboard with any of the following errors listed:
- UCP 3.x.x requires additional opened ports for Kubernetes use. For ports that are used by the
latest UCP versions and the scope of port use, refer to
this page.
- If you have upgraded from UCP 2.2.x to 3.0.x, verify that the ports 179, 6443, 6444, and 10250 are open for Kubernetes traffic.
- If you have upgraded to UCP 3.1.x, in addition to the ports listed above, also open ports 9099 and 12388.
Recommended upgrade paths
- From UCP 3.0: UCP 3.0 > UCP 3.1 > UCP 3.2
- From UCP 2.2: UCP 2.2 > UCP 3.0 > UCP 3.1 > UCP 3.2
If you’re running a UCP version earlier than 2.1, first upgrade to the latest 2.1 version, then upgrade to 2.2. Use the following rules for your upgrade path to UCP 2.2:
- From UCP 1.1: UCP 1.1 > UCP 2.1 > UCP 2.2
- From UCP 2.0: UCP 2.0 > UCP 2.1 > UCP 2.2


Rebar.Application Class
The application shell provides a simple default architecture consisting of a model,
view and controller. The application is a singleton class in that there can only be one.
It extends Backbone.Events
and you can see the documentation
for more detailed information.
Constructor
Rebar.Application
()
Example:
var appConfig = {
...
};
var app = new Backbone.Rebar.Application(appConfig);
app.on("applicationStateChange",function(state){
...
});
app.startup();
Item Index
Methods
createController
()
Create a controller instance for the Application instance.
createModel
()
Create a model instance for the Application instance.
createRouter
()
Create a dependency router instance for the Application instance.
createView
()
Create a view instance for the Application instance.
extend
-
protoProps
Extention functionality for the prototyped object that implements it.
Parameters:
-
protoProps
Object
Returns:
child
initialize
()
Initialization functionality for extended Application instances.
startup
()
This method kicks off Backbone's history management as well as loads the bootstrap data if a reference was passed through the constructors options argument.
Properties
_state
Integer
private
The current state value.
state
Integer
Getters and setters for the current state value.
States
Object
final
Available states for the application used to describe the current state of the Application.


Ratargul Swamp Forest is a freshwater swamp forest located in Gowain River, Fatehpur Union, Gowainghat, Sylhet, Bangladesh. It is the only swamp forest located in Bangladesh and one of the few freshwater swamp forest in the world. The forest is naturally conserved under the Department of Forestry, Govt. of Bangladesh. Its area is 3, 325.61 acre including 504 acre declared as the animal sanctuary in 1973. It is known as the Amazon of Bangla and Sundarbans of Sylhet. This only swamp forest in Bangladesh is located 26 km far from Sylhet. The forest's name comes from the word, "Rata" or "Pati" tree, used by the locals of Sylhet.


| Period | House Value | Mortgate Value | PMT | Interest | Rent income | Fix Expenses | Total Pmt |
|---|---|---|---|---|---|---|---|
| {{row.period}} | {{row.houseValue | number:'.0-0'}} | {{row.mortgateValue | number:'.0-0'}} | {{row.pmt | number:'.0-0'}} | {{row.interest | number:'.0-0'}} | {{row.rentIncome | number:'.0-0'}} | {{row.fixExpenses | number:'.0-0'}} | {{row.totalPmt | number:'.0-0'}} |


As a user,this application will take your birthday through a form and calculate the day of the week you were born.
Depending on your gender,it will output your Akan Name upon form submission.
Akan names are derived from Ghanian culture.
Frequently in Ghana, children are given their first name as a 'day name' which corresponds to the day in the week they were born.
The Akan Names from the first day to the last are :
Kwasi,Kwadwo,Kwabena,Kwaku,Yaw,Kofi,Kwame for males and,
Akosua,Adwoa,Abenaa,Akua,Yaa,Afua,Ama for females.
Please fill in the form below to get your Akan Name upon submission:


November 10th at 7:00 p.m.
- A 404 Checker: My First Ruby Command Line Tool — Andrei Koenig (@andreikoenig)
- Inside Story: Building An App For A Business Customer - Contracts, Tech, Devops, More — Oladele Adedoyin (@pixelsdatalove)
NodeSchool!
- December 5th at Beatamore 1pm-5pm
- Come learn node or teach node it's lots of fun, we promise 😆
- Let Tasha or Jason know if you want to help organize
- We'll send around a form for mentors to sign up in the next couple weeks
- November 19th at Betamore!
- How to Succeed with JavaScript Without Really Trying* - Jason Rhodes
Announcements from the crowd!
no recruiters, please


BLE Devices (auto discovery)
Restart Scan
RSSI / Name / Address
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App Ver:
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Status :
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Question 8
What is the actor playing Edward in movie 'Edward Scissorhands' ?
Leonardo Dicaprio
Johnny Depp
Matt Damon
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COMMENTS
Comments are anonymous to invite truth!
COMMENTS
Comments are anonymous to invite truth!


57c-59c: Reunification
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After nearly twelve centuries of chaos and war following the collapse of the Imperium, a number of wealthier interstellar states were united under a republican government. This Reunification began a peaceful and idealistic period of expansion. While sometimes tumultuous, all branches of humanity were finally united under one enlightened government.
Humanity climbed out of the Second Decline as hyperspace travel again became reliable. A number of states began to accrue through warfare and diplomacy a large number of client systems. With the wealth and resources that came along from such larger political unions (most often in the form of monarchical empires or autocratic republics), they asserted their dominance over neighbors, offer greater protection to weaker systems, and restarted interstellar trade as a major economic activity.
Memories of the Old Imperium were not entirely lost, and many of these interstellar states came to see themselves as the natural heirs to that ancient order. This again lead to a final period of rivalry, though the sheer size of these interstellar empires made open warfare far less common. It did accelerate exploration and the rediscovery of lost systems, as well as involvement in a number of proxy wars between various vying client states.
The desire for peace came to be very great during this time. Many feared that the fledgling interstellar civilizations might again be snuffed out by warfare. Out of this came a wide-spread sentiment, even among the ruling and military classes, that humanity needed to be reunited under a single government.
Still, historians and philosophers of this age were well aware of the Imperium’s many failings, and looked to that ancient state’s roots in the short-lived Macropedia/Terran Republic as the inspiration for their own new human-wide interstellar state. New humanistic philosophies and a growing political liberalism convinced many that the new state must be a republic, with greater respect and recognition of human rights, and less upon the rights and privileges of governments.
By no means was this unification process an easy one, and not all the interstellar states were as keen to permitting their own power to be supplanted by some new republic. Negotiations were long and difficult, testing the resolve of the numerous diplomats, politicians, citizens, merchants and theorists that gathered to create a functioning government out of an ideal. War was still a threat during this period, but the idealists stood their ground even in the midst of such threats.
 Most of the systems of far-flung humanity submitted themselves to the new republic, thus ending the agonies of the Second Decline. The new republic proved wiser and more moderate in its use of power than its predecessor. It sought to use its military might as little as possible, preferring its growing economic and diplomatic power instead. With those systems that would not join, it always attempted peaceful coexistence, and where that was not possible, containment rather than invasion.
While it could never entirely avoid the sins of the past; a large and at times distant aristocracy, a large bureaucracy and the ever-constant clash between the central government and the constituent systems, it did manage to protect the individual citizens to a much greater degree than ever before.


Introduction
Welcome to the Service socket API! You can use our API to access Service socket API endpoints,
Authentication
To authorize, use this code:
require 'kittn'
api = Kittn::APIClient.authorize!('meowmeowmeow')
import kittn
api = kittn.authorize('meowmeowmeow')
# With shell, you can jus=t pass the correct header with each request
curl "api_endpoint_here"
-H "Authorization: key=app_secret"
const kittn = require("kittn");
let api = kittn.authorize("meowmeowmeow");
Make sure to replace
meowmeowmeow
with your API key.
Authorization: key=Appsecret
Channel
Subscribe
const kittn = require("kittn");
let api = kittn.authorize("meowmeowmeow");
let kittens = api.kittens.get();
The above command returns JSON structured like this:
"code":0
"data":{},
"message":"Success",
"Error":null
This endpoint retrieves all kittens.
HTTP Request
POST /channel/subscribe
,
Header
Query Parameters
| Parameter | Default | Description |
|---|---|---|
| channel | null | Channel you want to subsribe. |
| app_secret | null | your App_secret . |
Chat
send
const kittn = require("kittn");
let api = kittn.authorize("meowmeowmeow");
let kittens = api.kittens.get();
The above command returns JSON structured like this:
"code":0
"data":{},
"message":"Success",
"Error":null
This endpoint send to channel, event include data.
HTTP Request
POST /chat/send
Header
| Parameter | Default | Description |
|---|
Authorization key=Appsecret
Query Parameters
| Parameter | Default | Description |
|---|---|---|
| channel | null | channel you want to send |
| event | null | event you want to send |
| data | null | data you want to send |
sendMulti
const kittn = require("kittn");
let api = kittn.authorize("meowmeowmeow");
let kittens = api.kittens.get();
The above command returns JSON structured like this:
"code":0
"data":{},
"message":"Success",
"Error":null
This endpoint send multi message to multi channel, event include data.
HTTP Request
POST /chat/send-multi
Header
| Parameter | Default | Description |
|---|
Authorization key=Appsecret
Query Parameters
| Parameter | Default | Description |
|---|---|---|
| body | [] | array message you want to send |
Message Parameters
| Parameter | Default | Description |
|---|---|---|
| channel | null | channel you want to send |
| event | null | event you want to send |
| data | null | data you want to send |
Errors
The Kittn API uses the following error codes:
| Error Code | Meaning |
|---|---|
| 400 | Bad Request -- Your request is invalid. |
| 401 | Unauthorized -- Your API key is wrong. |
| 403 | Forbidden -- The kitten requested is hidden for administrators only. |
| 404 | Not Found -- The specified kitten could not be found. |
| 405 | Method Not Allowed -- You tried to access a kitten with an invalid method. |
| 406 | Not Acceptable -- You requested a format that isn't json. |
| 410 | Gone -- The kitten requested has been removed from our servers. |
| 418 | I'm a teapot. |
| 429 | Too Many Requests -- You're requesting too many kittens! Slow down! |
| 500 | Internal Server Error -- We had a problem with our server. Try again later. |
| 503 | Service Unavailable -- We're temporarily offline for maintenance. Please try again later. |


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---
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{% include opening-tags.html title="Two Ring Software % Contracts" stylesheet="/css/contracts.css" description="Information for potential clients who would like to work with Two Ring Software." %}
{% include subpage-header.html page_name="Contracts" %}
Two Ring Software offers two decades of programming experience, spanning:
{{ client.testimonial }} {{ client.supervisor }}, {{ client.name }}{% endfor %} {% include closing-tags.html %}


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UD for Kazakh
Tokenization and Word Segmentation
- In general, words are delimited by whitespace characters. Description of exceptions follows.
- According to typographical rules, many punctuation marks are attached to a neighboring word. These are normally tokenized as separate tokens (words), with the following exceptions:
- The period that marks an abbreviation is part of the abbreviation token: млн. “million”
- The hyphen that attaches a morphological suffix to a number is not a token separator: 100-ге, 19,4°С-қа
- Hyphenated compounds are also kept as a single token: Премьер-Министрге “Prime Minister”
- There are a few instances of multi-word tokens that are segmented to individual syntactic words.
- On the other hand, a few closed classes of words can contain spaces. The most prominent types of the segments after the space are жоқ, емес, екен.
Morphology
Tags
This is an overview only. For more detailed discussion and examples, see the list of Kazakh POS tags and Kazakh features.
- Kazakh uses all 17 universal POS categories, including particles (PART). At present, only 6 word types are tagged PART: ма, ау, шығар, шы, ғой, ше.
- There is a large number of constructions where a semantically weak verb combines with a non-finite form (infinitive or converb) of a lexically prominent verb. Traditional grammatical descriptions of Kazakh would label them as auxiliary constructions. However, most of them do not fall under the AUX category in UD. Instead, the non-finite form of the lexical verb is attached to the semantically weak verb via the xcomp relation.
- Nevertheless, some verbs are tentatively categorized as AUX even in UD:
- The copula бол or е (two lemmas with deficient paradigms).
- The verbs that, when combined with the -ip infinitive, render the progressive aspect: жат, жүр, қал, отыр, тұр.
- The durative бер.
- The optative кел.
- The potential modal auxiliary ал “can”.
- There are five main (de)verbal forms, distinguished by the UPOS tag and the value of the VerbForm feature:
Nominal Features
- There is no grammatical gender in Kazakh; however, personal names (PROPN) are annotated with the Gender feature as either
Masc
orFem
. - The two values of the Number feature are
Sing
andPlur
. For NOUN, PROPN and ADJ, only thePlur
value is used if the plural suffix is present; the singular is unmarked and unannotated. Pronouns (PRON) have both values and they are treated as lexical, that is, the plural pronoun has its own lemma, distinct from the corresponding singular pronoun. Finite verbs (VERB and AUX) cross-reference the person and number of the subject. They annotate both singular and plural. - Case has 7 possible values:
Nom
,Gen
,Dat
,Acc
,Loc
,Abl
,Ins
. It occurs with the nominal words, i.e., NOUN, PROPN, PRON, ADJ, NUM, as well as gerunds and participles (VERB, AUX).
Degree and Polarity
- Degree applies to adjectives (ADJ) and adverbs (ADV) and has only one value:
Cmp
. The basic (positive) form is unmarked and unannotated. - Polarity applies to verbs (VERB, AUX) and has only one value:
Neg
. The basic (positive) form is unmarked and unannotated.
Verbal Features
- Finite verbs are normally annotated as the habitual Aspect (
Hab
). Other values (Imp
,Perf
) can be observed with infinitives and converbs. - Finite verbs always have one of five values of Mood:
Ind
,Imp
,Opt
,Pot
orDes
. The conditional mood (Cnd
) is only used with conditional converbs. - Verbs in the indicative mood always have one of two values of Tense:
Past
,Pres
. The future tense (Fut
) may occur with participles. - The Evident feature (evidentiality) distinguishes first-hand past tense (
Fh
, e.g., болыпты) from evidentiality-neutral forms (unmarked, e.g., болды). - There are two values of the Voice feature:
Pass
andRcp
. The basic (active) form of the verb is unmarked and unannotated.
Syntax
This is an overview only. For more detailed discussion and examples, see the list of Kazakh relations.
Core Arguments, Oblique Arguments and Adjuncts
- Nominal subject (nsubj) is a noun phrase in the nominative case, without adposition.
- A subordinate clause may serve as the subject and is labeled
csubj
.
- A subordinate clause may serve as the subject and is labeled
- Object (obj) is a noun phrase without adposition and typically in the accusative case, although it can be also nominative or dative.
Relations Overview
- The following relation subtypes are used in Kazakh:
- acl:relcl for relative clauses
- nmod:poss for possessive and genitive modifiers
- obl:own for locative nominals that denote owners in constructions with the have-meaning
- compound:lvc for light-verb constructions
- flat:name to connect parts of a person name
- The following main types are not used alone and must be subtyped: flat
- The following relation types are not used in Kazakh at all: expl, dislocated
Treebanks
There is 1 Kazakh UD treebank:


In the course of a genome-wide association study, the situation often arises that some phenotypes are known with greater precision than others. It could be that some individuals are known to harbor more micro-environmental variance than others. In the case of inbred strains of model organisms, it could be the case that more organisms were observed from some strains than others, so the strains with more organisms have better-estimated means. Package 'wISAM' handles this situation by allowing for weighting of each observation according to residual variance. Specifically, the 'weight' parameter to the function conduct_scan() takes the precision of each observation (one over the variance).
| Version: | 0.2.8 |
| Depends: | R (≥ 3.0.0) |
| Imports: | methods, MASS |
| Suggests: | testthat |
| Published: | 2018-06-04 |
| Author: | Robert W. Cort |
| Maintainer: | Robert W. Cort <rcorty at gmail.com> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| Materials: | README |
| CRAN checks: | wISAM results |
| Reference manual: | wISAM.pdf |
| Package source: | wISAM_0.2.8.tar.gz |
| Windows binaries: | r-devel: wISAM_0.2.8.zip, r-release: wISAM_0.2.8.zip, r-oldrel: wISAM_0.2.8.zip |
| OS X binaries: | r-release: wISAM_0.2.8.tgz, r-oldrel: wISAM_0.2.8.tgz |
Please use the canonical form https://CRAN.R-project.org/package=wISAM to link to this page.


Let's study Computer Science:)
Computer Science is the study of computers and computational systems. Unlike electrical and computer engineers, computer scientists deal mostly with software and software systems; this includes their theory, design, development, and application.
You can learn computer science.
You can see a video about Computer Science. It will help you to understand about a chapter that you learned.
After you learn computer science, you can check your study with a quiz.


|
My Project
|
This file provides firmware functions to manage the following functionalities of the GPIO peripheral:
More...
Functions | |
| void | GPIO_DeInit (GPIO_TypeDef *GPIOx) |
| De-initializes the GPIOx peripheral registers to their default reset values. More... | |
| void | GPIO_Init (GPIO_TypeDef *GPIOx, GPIO_InitTypeDef *GPIO_InitStruct) |
| Initializes the GPIOx peripheral according to the specified parameters in the GPIO_InitStruct. More... | |
| void | GPIO_StructInit (GPIO_InitTypeDef *GPIO_InitStruct) |
| Fills each GPIO_InitStruct member with its default value. More... | |
| void | GPIO_PinLockConfig (GPIO_TypeDef *GPIOx, uint16_t GPIO_Pin) |
| Locks GPIO Pins configuration registers. More... | |
| uint8_t | GPIO_ReadInputDataBit (GPIO_TypeDef *GPIOx, uint16_t GPIO_Pin) |
| Reads the specified input port pin. More... | |
| uint16_t | GPIO_ReadInputData (GPIO_TypeDef *GPIOx) |
| Reads the specified GPIO input data port. More... | |
| uint8_t | GPIO_ReadOutputDataBit (GPIO_TypeDef *GPIOx, uint16_t GPIO_Pin) |
| Reads the specified output data port bit. More... | |
| uint16_t | GPIO_ReadOutputData (GPIO_TypeDef *GPIOx) |
| Reads the specified GPIO output data port. More... | |
| void | GPIO_SetBits (GPIO_TypeDef *GPIOx, uint16_t GPIO_Pin) |
| Sets the selected data port bits. More... | |
| void | GPIO_ResetBits (GPIO_TypeDef *GPIOx, uint16_t GPIO_Pin) |
| Clears the selected data port bits. More... | |
| void | GPIO_WriteBit (GPIO_TypeDef *GPIOx, uint16_t GPIO_Pin, BitAction BitVal) |
| Sets or clears the selected data port bit. More... | |
| void | GPIO_Write (GPIO_TypeDef *GPIOx, uint16_t PortVal) |
| Writes data to the specified GPIO data port. More... | |
| void | GPIO_ToggleBits (GPIO_TypeDef *GPIOx, uint16_t GPIO_Pin) |
| Toggles the specified GPIO pins.. More... | |
| void | GPIO_PinAFConfig (GPIO_TypeDef *GPIOx, uint16_t GPIO_PinSource, uint8_t GPIO_AF) |
| Changes the mapping of the specified pin. More... | |
This file provides firmware functions to manage the following functionalities of the GPIO peripheral:
=============================================================================== ##### How to use this driver ##### =============================================================================== [..] (#) Enable the GPIO AHB clock using the following function RCC_AHB1PeriphClockCmd(RCC_AHB1Periph_GPIOx, ENABLE); (#) Configure the GPIO pin(s) using GPIO_Init() Four possible configuration are available for each pin: (++) Input: Floating, Pull-up, Pull-down. (++) Output: Push-Pull (Pull-up, Pull-down or no Pull) Open Drain (Pull-up, Pull-down or no Pull). In output mode, the speed is configurable: 2 MHz, 25 MHz, 50 MHz or 100 MHz. (++) Alternate Function: Push-Pull (Pull-up, Pull-down or no Pull) Open Drain (Pull-up, Pull-down or no Pull). (++) Analog: required mode when a pin is to be used as ADC channel or DAC output. (#) Peripherals alternate function: (++) For ADC and DAC, configure the desired pin in analog mode using GPIO_InitStruct->GPIO_Mode = GPIO_Mode_AN; (+++) For other peripherals (TIM, USART...): (+++) Connect the pin to the desired peripherals' Alternate Function (AF) using GPIO_PinAFConfig() function (+++) Configure the desired pin in alternate function mode using GPIO_InitStruct->GPIO_Mode = GPIO_Mode_AF (+++) Select the type, pull-up/pull-down and output speed via GPIO_PuPd, GPIO_OType and GPIO_Speed members (+++) Call GPIO_Init() function (#) To get the level of a pin configured in input mode use GPIO_ReadInputDataBit() (#) To set/reset the level of a pin configured in output mode use GPIO_SetBits()/GPIO_ResetBits() (#) During and just after reset, the alternate functions are not active and the GPIO pins are configured in input floating mode (except JTAG pins). (#) The LSE oscillator pins OSC32_IN and OSC32_OUT can be used as general purpose (PC14 and PC15, respectively) when the LSE oscillator is off. The LSE has priority over the GPIO function. (#) The HSE oscillator pins OSC_IN/OSC_OUT can be used as general purpose PH0 and PH1, respectively, when the HSE oscillator is off. The HSE has priority over the GPIO function.
@attention
© COPYRIGHT 2015 STMicroelectronics
 Licensed under MCD-ST Liberty SW License Agreement V2, (the "License"); You may not use this file except in compliance with the License. You may obtain a copy of the License at: http://www.st.com/software_license_agreement_liberty_v2 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.


iPhone App : Debug and Release through Titanium
Once people develop an iPhone App using Titanium1.4, they must be very happy when the App is running on iPhone simulator. They feel great until they decide to debug their app on their devices or even release their app to AppleAppStore. This happens specially to these who firstly do this. Why? There are many reasons that you will hate Apple during the debug or release process. I bat you are like me then.
Assume that: You’ve already finished coding an iPhone app in Titanium 1.4 framework. Now you want to install your app on your device. If you do this first time, guess what will happen to you? Let me tell you my story.
You will be blocked by Titanium certificates detections when you want to install your app to your device. see below image:
Well, in order to become an iPhone developer, you should pay Apple for an iPhone Program Permission. My boss paid Apple for an iPhone Program Team permission, it cost him about one month to pass Apple’s approval. After that, he, as an admin agent iPhone developer, invited me as an iPhone developer member with admin permission. Here we had been running into issue for two days. Finally, we found that he only can invite my exist Apple ID as an iPhone developer, because I can’t finish a registration process after he invite me with a non-exist Apple ID. The evil is Apple indicates that, we should invite non-exist accounts as team members.
Now have I got the permission to debug my app on my iphone? Wait a moment. Actually I should be invited twice separately, one is for iTunesconnect. another one is for Provisioning Portal(Dev Center). These two sites are different, only in Dev Center, I can config my provisioning profile, which is a main concept for releasing iPhone App or allowing to install App on certain devices. But in iTunesconnect, I need to release my app to iTunes/Apple App Store.
So far, I’ve got enough permission to debug the App on my own iPhone. But I am still unable to distribute my App to others’ devices. How that happens? As an iPhone developer, I need to pass Titanium’s detection of several certificates. only after that, I can install app on my iPhone. (PS: if you want to test your app on Android, the only need is to connect your device.)
In following images, I will show you the steps through which you can pass all the Titanium detection of certificates.
Then you will get the following files after your above configuration.
After you import the above certificates to your keychain, you should see something similar in your Keychian.
Finally, your Titanium will be the “ready status” for your debug and release on real device.
The whole process might be painful unless you understand every concepts that Apple creates. I encounter problems when creating distribution provisioning profile. Only admin agent developer has permission to do so. Thus, you should ask admin agent for this provisioning profile, he can share this profile with a private key file, you import this key file to your Keychian, then you can distribute the app to whatever devices which is bundled into specific provisioning profile.


Plane makes emergency landing after flames burst from engine
by Lauren ChadwickA plane was forced to make an emergency landing in Los Angeles after fire appeared to blow from its right engine.
The Philippines Airlines flight was heading to Manila when it was forced to turn around after taking off from Los Angeles International Airport.
The airline said the plane experienced a "technical problem in one of its engines shortly after take-off."
There were 342 passengers and 18 crew members on board the Boeing 777 plane, the airline company said in a statement.
One father posted a video from inside the plane on social media showing flames coming out of the right engine. He had been filming his daughter's reaction to taking off.
Other social media users recorded the plane from the ground.
"I've never seen fire come out of an aeroplane before," said Andrew Ames, who recorded the plane from the ground.
The airline said they appreciated the "calmness and patience" of the passengers who they said were being rebooked onto other flights.


 Or maybe you're looking at your Email Reports, and noticing a lot of addresses in your Blocks, but not many in your Hard Bounces. What? Why aren't your recipients currently in awe at the glory of your amazing message?
First of all, rest assured that our system is designed with throttling (also known as "deferral" these terms mean the same thing in the email world, and may be used interchangeably) in mind. We continue to attempt to send messages for up to 72 hours until the message is delivered. Normally, it takes between a few minutes to a few hours until the message is delivered.
But what is throttling? Well, it's when a receiving server refuses a message, but with a specific explanation that tells our server it's only a temporary refusal. They usually say things like "user is receiving mail at too great a rate right now, please try again later", or "user's mailbox is over quota." One important thing to note is that these errors are almost always a 400 class of error.
{% anchor h2 %} What can cause a deferral? {% endanchor %}The receiving server doesn't recognize your IP, and is afraid you're sending spam.
The receiving server doesn't have any open ports to receive email.
The recipient's mailbox is full.
Some recipients have marked your mail as spam, but not enough for the server to block you. Instead, they will refuse to receive more until they see what the rest of your current recipients do.
What happens if it's continuously deferred for 72 hours? Well, that generally means it's an issue like the account being inactive, having a full mailbox, or some other legitimate problem with the recipient. When we are unable to deliver a message after this time period, we convert these deferrals to "Hard Bounces". When an address is hard bounced either due to this, or because we got a different class of error (such as "this user does not exist"), we add this address to the Block list.
What this means is that even if you send a message through us for that user, we will not even try to deliver to that address, because we know it's no longer good. Continuing to try to send to a known bad address will harm your reputation with the receiver, so we prevent that. However, if you continue to try to send, and we intercept it, your reputation with us goes down, as noted on your Dashboard Account Overview.
{% anchor h2 %} Recap {% endanchor %}Deferrals, aka Throttling, aka Soft Bounces are a normal part of email delivery, one SendGrid knows how to handle. There are a number of mundane reasons that can cause a defer. If a message stays throttled, it will be added to the Block list.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/tfae.20fails.html ---
Hi, the following fails at tfae_finish
with some strange app_builder_exception
error. Any ideas?
import tactic.tfae lemma test_tfae (p : unit → Prop) : tfae [p (), p ()] := begin tfae_have : 1 ↔ 2, from iff.rfl, tfae_finish end
It gets confused with arrows in the context and thinks they are implications for the scc
Thank you!
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


Summary
MontGem is a Ruby Gem API Client with a main function of receiving JSON feedback from Bloc’s API. The Gem will be able to interact with the Bloc API by sending & receiving information.
Problem
The ultimate goal is to build a Gem from scratch which can request and post information through the Bloc API. Below are some of the code challenges that need to be dealt with:
- Enabling the gem to interact with the API so it can perform various actions
- Initializing a request and storing the authorization tokens
- Specifying which endpoint the request should target
- Determining what attributes need to be passed in through the body
Solution
The following image depicts the initial setup for the gem. Some modifications were made to the below code.
This code is saved into a file: mont_gem.gemspec Since other the file is called from a Ruby method, any Ruby actions can be called on this file. It is important to note the .add_runtime_dependency of httparty. This program allows a Ruby interface which deals with the HTTP requests.
To specify where the request will be sent to, I used the following code to simplify the repetitive requests:
Once this is set up, you can enter the irb console to run the application:
If the user exists, the Bloc API returns the authorization token. This is the token that needs to be saved and passed in as a header for later requests.
For every other method to follow, including get_me, and create_message(sender_email, recipient_id, subject, message), this @auth_token is passed through to gain initial access to the API request.
Results
The end result is a fully operational Gem program which has the ability to interact with the Bloc APIARY. Once the @auth_token is saved, the Gem can commit GET or POST http actions upon user request.
Project Conclusions
This project helped me develop a greater understanding of how to construct and control a gem API program. I’m certain the experience of working this closely with JSON and an API client will help me in the future.


The idea was just to use KMD from a main net ntoary to fund notarisations for LABS chains, if more people donate to it than that needs it would be like a dev fund of sorts. Exchange listings, website marketing etc...
ComputerGenie 👴👴👴27-Jan-19 03:48 AM
@blackjok3r how much feken hash does one need to throw at LABST to get POS down below PoS 60% vs target 51% ?
blackjok3r27-Jan-19 03:48 AM
If labs itself has value, KMD can jsut be purchesed with LABS and none of that needs to be done.
smk762 - dracocanis ominator27-Jan-19 03:49 AM
fwiw, I'm happy to donate pool income to the Labs effort (minus hosting costs)
2
blackjok3r27-Jan-19 03:49 AM
@ComputerGenie 👴👴👴 Not sure if there a bug?
my testing earlier was about 500 h/s To get it back to 51%...
NutellaLicka27-Jan-19 03:49 AM
Is labst the main chain?
blackjok3r27-Jan-19 03:49 AM
its a test of it
ComputerGenie 👴👴👴27-Jan-19 03:49 AM
well, a 9900 can't do it
blackjok3r27-Jan-19 03:50 AM
to make sure it will work
No
Equihash NEEDS at least 1 GPU to hold the % at target
This is why I spent 2 weeks getting VerusHash to work...
ComputerGenie 👴👴👴27-Jan-19 03:50 AM
or PoS needs a higher diff target
NutellaLicka27-Jan-19 03:50 AM
Is there a planned launch date for the main chain
blackjok3r27-Jan-19 03:50 AM
Feb 1st
with a 1 week ramp up fo blcok reward
0 -> 7.7 LABS per block over 10800 blocks
@ComputerGenie 👴👴👴 If you like we can launch another chain, using the PoS difficulty algo ?
its disabled on equihash to keep it abckwards compatible... but we can add an exception just for LABS chain
ComputerGenie 👴👴👴27-Jan-19 03:53 AM
if it needs testing then launch it, beyond that it's just me hating on all dual systems favor PoS
blackjok3r27-Jan-19 03:54 AM
I dont really want to doi it today... I thaught that the PoS algo for equiahash was decided to be stable ages ago (I dissagree with this, it has issues) So just left equiahsh as is.
ComputerGenie 👴👴👴27-Jan-19 03:55 AM
stable and fair are not synonyms
blackjok3r27-Jan-19 03:56 AM
haha.... Its just that the chain will mostlikely have enough hash on it though... I dont see LABS main chain as a chain ppl will only CPU mine... So rather than make it more compicated and introduce mroe possible bugs, I thaught we should just leave it.,
could take weeks to fully test a PoS difficulty adjustment that actually works properly...
Getting the diff to adjust the correct amount... May be quite difficult
If there are a lot of stakers, and it lowers gtoo much everyone will be able to stake a block at the same time.
ComputerGenie 👴👴👴27-Jan-19 03:58 AM
pimpin' ain't ez
2
maybe it's just my PoW background, but I abhor the fact that PoS can hit 100% on a 20% target chain and it takes Warren Buffett money to move PoW 5% past the PoS target(edited)
blackjok3r27-Jan-19 04:02 AM
I agree with you... Its stupid... but I'm not sure if there are concequences to changing it we havent thaught of...
if there is enough hash... then PoS does not get over its target
but if you make ti take longer for PoS to get blocks, when the target is over.. the chain could stop dead if there is no hash.
ComputerGenie 👴👴👴27-Jan-19 04:04 AM
well, I know the "why" of why james did it (to stop someone from doing just that, dumping a ton of rentals and running the chain before diff can recover)
I just keep hoping you come up with a better way (edited)
1
maybe some day I'll lean C++ and attempt to implement the 3 point balance I envision
blackjok3r27-Jan-19 04:06 AM
the code is there for us to add this... Its a pretty easy change now to enable it...
I just dont know enough about the complex math involved to make the adjustment the right amounts... It would take many chains of tests to get right I think
For verushash it took 3-4 goes at it... and OI still dont know if its right, becasuse I've only suie one staking node to test it.
ComputerGenie 👴👴👴27-Jan-19 04:07 AM
so slap up a chain and we'll test it
blackjok3r27-Jan-19 04:08 AM
ok
ComputerGenie 👴👴👴27-Jan-19 04:08 AM
between now and then.....
night all
1
blackjok3r27-Jan-19 04:08 AM
catch ya
PAYME uses verushash... so we can test it with that
tomorrow.
CrisF27-Jan-19 04:09 AM
Is ac_founders=1440 an asset param that will be used on the main chain?
blackjok3r27-Jan-19 04:10 AM
No I dont think we need to do that any more... As Alright moved the notary income to a new chain.... This makes it easier to change the MofN
1
ComputerGenie 👴👴👴27-Jan-19 04:10 AM
PAYME uses verushash...
last I looked, all PAYME used was disk space because it was borked
blackjok3r27-Jan-19 04:10 AM
I started it agaibn here to test the param hes was using and it was loaded with bugs ... at least 4
fixes are pushed
1
when he comes back we can go again
ComputerGenie 👴👴👴27-Jan-19 04:11 AM
as long as we don't have some silly shit like the 0pay/OUR chain, I'm all good with it(edited)
1
them feks be raping their users
blackjok3r27-Jan-19 04:12 AM
Just moved the exact amount of satoshies that was paid to the fouinders address to a diffrent chain... provided the block times are averagfe 60s on both chains coin emission does not change.(edited)
CrisF27-Jan-19 04:13 AM
Does ac_founders cause difficulties in any way?
blackjok3r27-Jan-19 04:15 AM
not exactly... as long as teh multisig signers never change.... but we cannot know that... And its highly likely it will need to change. The PAYME chain, is how notaries get paid LABS, so they are motivated to keep it working at all times... We thaught maybe to make ti notary minable only also... but I dont think this is really needed as it ahs no block reward, I cant see why anyonje else would bother to mine it.
CrisF27-Jan-19 04:21 AM
Could -ac_founders be used to have the chain create it's own 'dev fund' (used for exchange listings, website, marketing etc...) rather than rely on individuals' donations (KMD NNs) and be self-supporting?
(notarizations being separate for the time being)
blackjok3r27-Jan-19 04:22 AM
The notary nodes use ac_founders on the PAYME chain... as long as LABS has value then they can sell that to buy KMD...
sorry
hmmm not sure exactly
We arleady take a ~22% of the block reward for notary nodes... not sure we should take too much.
I would hope that people who end up with quite a bit of LABS would do things like that out of their own pockets.
It's kind of in their best interests
And if notaries decide between them some of the notary funds need to be uised for something, they can simply take that from the muiltisig address
CrisF27-Jan-19 04:26 AM
Yeah, I was thinking it might be nice to have the chain being as self-suficient as possible. Donations would be needed at the start and appreciated in the future of course. I'm not sure how to to create that, but maybe -ac_founders would be part of that...
blackjok3r27-Jan-19 04:28 AM
We can make ac_founders have some % to "dev fund"... As it is thats kind if what it is.... just an address owned by 15 people, what they decide to do with it is really up to them... It supposed to pay for notarisation costs, but it does not ahve to... If labs gets quite a bit of value, then there would be more there than they need to operate.
Depends if they deiced to keep the profits, between them or spend it to increase coin price.
It takes majority of signers... Or at least 50% , dont think the exact number was decided on yet.
CrisF27-Jan-19 04:31 AM
(atm, I have smk762's suggestion of 66% as the signers required as the only alternative suggestion to 50% - that's for bounties)(edited)
blackjok3r27-Jan-19 04:32 AM
We dont want it to come down to like say a small majority of the signers hold the others to randsom and refuse to sign unless they get more money... its a diffiuclt thing to solve...
CrisF27-Jan-19 04:38 AM
Is it getting to complicated to keep dev fund on main chain, separate from bounties and notarizations, so chain can provide that for itself? Notary pay and bounties on PAYME. Maybe eventually have Labs bounty funds (as opposed to non-Labs, private projects) supported by mainchain -ac_founders or something?
blackjok3r27-Jan-19 04:39 AM
bounty fund would be a new chain again... The mechanisim fo ther bounty chain still needs to be made.. I was going to make that as the first chain we make on mainnet.
We can take an addition founders reward from the main chain... IF we like... but who does it go to? If its a multisig address and someone wants to leave then the chain is broken, and requires complicated hard forks and exceptions in the code base to allow this.
CrisF27-Jan-19 04:41 AM
Yean, sounds better to keep it as a separate module.
blackjok3r27-Jan-19 04:41 AM
By using seperate chains, we simply withdraw the staking weight off the chain when its not longer needed to be used and it stops... Create new chain. ONce the staking weight has been removed (or tis added to notarisation blacklist in code) then a new cahin with a new multiu sig address can be started.
its a little comploicated but not as bad as having to hard fork the main chain all the time... The idea of the main chain is to that it can be on exchanges etc... they are not going to handle multiple hard forks.
1
CrisF27-Jan-19 04:47 AM
Do you think a dev fund would be controversial?
blackjok3r27-Jan-19 04:47 AM
Im not sure what we need it for
CrisF27-Jan-19 04:49 AM
Was thinking mainly to, over time, reduce the reliance on needing a KMD NN.
blackjok3r27-Jan-19 04:50 AM
If its something we need its not really an issue to add it... But I dont really think its required... All holders stake ... so they get "free money" anyway ... Its in their best intrests to do things to promote the coin etc... As long as notaries are making enough money to cover costs then everything is fine. Notaries can just sell some LABS to fund KMD needed... but having a KMD notary node just makes it easier.
1
CrisF27-Jan-19 04:52 AM
Will a single multi-sig be used for everything? (NN payment, bounty approval, etc)?
(I'm adding all of this to the info Alright requested)(edited)
blackjok3r27-Jan-19 04:54 AM
Thanks. I think just one multi sig wil be needed.,.. maybe bounty would be less MofN required, dependig o0n what % of supply is allocated to bounties...
1-5% is what has been discussed... But does not nessarily get used... If claims are not made then the coins are not moved. I hope to be able to have some kind of reverse nLockTime.... so that the minned bounty funds expire after some amount of time.
just to avoid the situation where there could be no bounties for ages and the signers deciding to withdraw the balance for themselvs.
CrisF27-Jan-19 05:06 AM
One thing I'm not clear on, is the 1-5% of supply for bounties offered by Labs for Labs projects(ie create a Labs visualization)? While Project X would provide Labs with bounty funds for setting up an incentivized test and have notaries paying bounties?
blackjok3r27-Jan-19 05:07 AM
The bounty funds are extra coins created that are not mined in the actaul block reward...
they sit in a multisig address, until someone makes a claim
if the signers of the multisig agree the claim is valid then it is paid.
If no claims are made those coins never enter supply.
The exact mecahnisim of this is still to be created... Hopefully there is a nice simple solution.
CrisF27-Jan-19 05:08 AM
And these claims could be made on any project?
blackjok3r27-Jan-19 05:10 AM
Yes thats what the bounty mechnisim always was... Alright came up with it... I'm just trying to explain how I understand it to work.
CrisF27-Jan-19 05:14 AM
Cool, just trying to get a better understanding. Then I can write it better hopefully
blackjok3r27-Jan-19 05:14 AM
no worries... I was always a bit confused by it tbh.
I think by having it be some extra chain with an exact block reward as % of the total supply that expires, it prevents people poking holes in it saying we can create as many coins as we like.
CrisF27-Jan-19 05:17 AM
Yeah, the extra chain, modular, system sounds very good.
I'm having a hard time getting a clear picture of the very basics of the bounties system though.
I could understand if Labs creates bounty funds for itself to uses for its own project bounties. With an outside project paying coins to Labs to set up and run a bounty program for them.


Amount:
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new Truck()
Truck class used when transforming data for application use
Properties:
| Name | Type | Description |
|---|---|---|
props.objectid |
string | id provided by api |
props.applicant |
string | name of business |
props.facilityType |
string | type of food truck |
props.locationDescription |
string | human readable approximation of address |
props.foodItems |
string | summary of products offered |
props.latitude |
string | geolocation:latitude of business |
props.longitude |
string | geolocation:longitude of business |
props.daysHours |
string | human readable description of hours of operation |
props.location |
object | geospatial point object of the business location |
props.tags |
object | list of terms representing products offered |
Members
(private, static) _makeTaggedTruck
Creates an instance of Truck with API data
(private, static) _requestData
Wraps the http request method
Properties:
| Name | Type | Description | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
opts |
object |
Properties
|
(private, static) _taggify
Function that accepts a string and splits on a separator
(private, static) _tagMap
Add tags from each truck model to the collection
(private, static) _transformTruckData
Accepts data from the Socrata API and transforms it to a subset that may be used internally to the application


Docker Fundamentals
Linux Exercises:
Scroll down for Windows-native exercises
Windows Users doing Linux-based exercises: Please note that in all exercises we will use Unix style paths using forward slashes (‘/‘) instead of backslashes (‘\‘). On Windows you can work directly with such paths by either using a Bash terminal or a Powershell terminal. Powershell can work with both Windows and Unix style paths.
Exercises
- Running and Inspecting Containers
- Interactive Containers
- Detached Containers and Logging
- Starting, Stopping, Inspecting and Deleting Containers
- Interactive Image Creation
- Creating Images with Dockerfiles (1/2)
- Creating Images with Dockerfiles (2/2)
- Multi-Stage Builds
- Managing Images
- Database Volumes
- Introduction to Container Networking
- Container Port Mapping
- Starting a Compose App
- Scaling a Compose App
- Creating a Swarm
- Starting a Service
- Node Failure Recovery
- Routing Traffic to Docker Services
- Dockercoins on Swarm
- Scaling and Scheduling Services
- Updating a Service
- Kubernetes Orchestration
- Kubernetes Networking
- Orchestrating Secrets
- Containerizing an Application
- Cleaning up Docker Resources
- Inspection Commands
- Plugins
Instructor Demos
- Instructor Demo: Process Isolation
- Instructor Demo: Creating Images
- Instructor Demo: Basic Volume Usage
- Instructor Demo: Single Host Networks
- Instructor Demo: Docker Compose
- Instructor Demo: Self-Healing Swarm
- Instructor Demo: Kubernetes Basics
Windows Exercises:
Exercises
- Running and Inspecting Containers
- Interactive Containers
- Detached Containers and Logging
- Starting, Stopping, Inspecting and Deleting Containers
- Interactive Image Creation
- Creating Images with Dockerfiles (1/2)
- Creating Images with Dockerfiles (2/2)
- Multi-Stage Builds
- Managing Images
- Database Volumes
- Introduction to Container Networking
- Container Port Mapping
- Starting a Compose App
- Scaling a Compose App
- Creating a Swarm
- Starting a Service
- Node Failure Recovery
- Routing Traffic to Docker Services
- Dockercoins on Swarm
- Scaling and Scheduling Services
- Updating a Service
- Kubernetes Orchestration
- Kubernetes Networking
- Orchestrating Secrets
- Containerizing an Application
- Cleaning up Docker Resources
- Inspection Commands
Instructor Demos
- Instructor Demo: Process Isolation
- Instructor Demo: Creating Images
- Instructor Demo: Basic Volume Usage
- Instructor Demo: Single Host Networks
- Instructor Demo: Docker Compose
- Instructor Demo: Self-Healing Swarm
- Instructor Demo: Kubernetes Basics
All content © 2018 Docker, Inc.


VAGI CARE- benzocaine and benzalkonium chloride cream
Personal Care Products
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
For external use only.
Avoid contact with eyes. In case of eye contact, flush with plenty of water. If irritation persist, seek medical advice.
Stop use and ask a doctor if conditin worsens, or if symptoms persist for more than 7 days or clear up and reoccur within a few days.
Do not apply over large areas of skin.
warnings
For external use only.
Avoid contact with eyes. In case of eye contact flush with plenty of water. If irritation persist, seek medical advice.
Stop use and ask a doctor if condition worsens, or if symptoms persist for more than 7 days, or clear up and reoccur within a few days.
Do not apply over large areas of skin.
Directions adults and children 2 years and older-Apply fingertip amount (approximately 1-inch strip) to affected area not more than 3 to 4 times daily
children under 2 years-consult a doctor
|
VAGI CARE
benzocaine, benzalkonium chloride cream | ||||||||||||||||||||||||||||||
| ||||||||||||||||||||||||||||||
| ||||||||||||||||||||||||||||||
| ||||||||||||||||||||||||||||||
| ||||||||||||||||||||||||||||||
|
| Labeler - Personal Care Products (966155082) |
| Establishment | |||
| Name | Address | ID/FEI | Business Operations |
|---|---|---|---|
| Anicare Pharmaceuticals | 916837425 | manufacture(29500-2264) |


«Bernstein» (engl. amber) is a dark theme for desktop applications written in qooxdoo v3.0 or above. It has now - at long last - been adapted to qooxdoo v6.0.0 (thanks to Dmitry Zolotov, aka goldim).
The decorators of the theme are mainly based on gradients and shadows, i. e. only very few image files are involved, which makes it a relatively lean theme causing hardly any flicker effects.
Instead of one of qooxdoo's icon themes «Bernstein» (and its accompanying demo application) now includes the Font Awesome icon font (v.5.15.3). If you want to use the font icons in your own Bernstein-based aplication, please refer to the qooxdoo documentation or the source code of this demo on how to do that.
|
|
This demo program consists of a (somewhat reduced) clone of qooxdoo's Widget Browser, a Calculator, a Color Chooser, a Table demo, and a Web Browser, most of which are known from other (older) qooxdoo demos. Each of these "mini apps" can be opened by clicking on their respective button in the dock at the bottom of the program's desktop.
And now: enjoy your stay!


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Llama Duster
dust your desk in style
20.00
Dinosaur Christmas Sweater
The little dinosaurs will be with you soon! You should get a matching hat.
20.00


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구 블로그 주소
http://resi.egloos.com/


&$556;
Village Square
North Gate Entrance
East Gate Entrance
South Gate Entrance
West Gate Entrance
Breka's Stronghold - 500
Devils Isle - 500
Dragon Valley - 500
Tanor Canyon - 500


Creighton Strategies Ltd. has created U-STAR, the game changer talent show Format, that was first aired in the Philippines in 2015 under the name of RisingStars Philippines. U-STAR is the first singing talent show that allows TV viewers from the comfort of their homes to challenge the contestants in the TV show and replace them in the competition. The particularity of our format versus any other formats before is the opportunity for the audience to jump into the competition from any place via the dedicated U-STAR mobile application. Each week the judges select the best challenger that comes through the mobile application to give him/her the opportunity to go on stage for the live audience challenge with the TV finalist of his/her choice creating inexhaustible twists and turns . U-STAR keeps alive the popular „audition feeling” throughout the entire season and add a fresh touch as new faces show up in every new Audience Challenge Episode.


Nick Davey - Air Quality Meteorologist Air Quality Section (Assessments and Stewardship) Ministry of Environment and Climate Change Strategy<PHONE_NUMBER> Nick.Davey@gov.bc.ca


Simple Alignment Visualization
This tool enables visualization of DNA alignment.
Genomes
No genomes added
Add genome (.fasta)
Alignments
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Alignment file (.sam)
Visualize!
Visualization
Nothing to visualize
Update
None


{% set page = { title: 'index', dev: true, secondary: true, html_classes: ['page-class'] } %} {% extends page.layout | d(prototype.current.layout) %} {% block primary %}
Use this service to send in a copy of your sick note for your Employment and Support Allowance claim.
You'll need: