{% extends "base.html" %} {% block content %}
Overview || High-Level Registry File Structure || Metadata || Software || Contact || Organisation || Policy || API || Integration || Discovery
The Registry File is a JSON formatted document which your repository can make available which will allow OpenDOAR to create and update information about your repository automatically in the registry. By maintaining this file you will be able to manage your repository's presence in the registry without manually entering data into the OpenDOAR system.
This page outlines the registry file, and goes into detail on how it should be created and populated
Below is the full expression of the registry file, with all available fields shown. Later sections will go into detail on each of the sections.
{ "last_updated" : "# datestamp of last registry file modification #", "register" : { "replaces" : "# oarr info uri of repository this one replaces (info:oarr:[identifier]) #", "operational_status" : "Trial | Operational", "metadata" : [ { "lang" : "en", "default" : true|false, "record" : { "country_code" : "# two-letter iso code for country #", "twitter" : "# repository's twitter handle #", "acronym" : "# repository name acronym #", "description" : "# free text description of repository #", "established_date" : "# date established #", "language_code" : [# languages of content found in repo (iso-639-1) #], "name" : "# name of repository #", "url" : "# url for repository home page #", "subject" : ["# list of subject classification terms for the repository #"], "repository_type" : ["# list of vocabulary terms for the repository #"], "certification" : ["# list of certifications held by this repository #"], "content_type" : ["# list of vocabulary terms for the content in this repository #"] } } ], "software" : [ { "name" : "# name of software used to provide this repository #", "version" : "# version of software used to provide this repository #", "url" : "# url for the software/this version of the software #" } ], "contact" : [ { "role" : ["# contact role with regard to this repository #"], "details": { "name" : "# contact name #", "email" : "# contact email #", "address" : "# postal address for contact #", "fax": "# fax number of contact #", "phone": "# phone number of contact #", "lat" : "# latitude of contact location #", "lon" : "# longitude of contact location #", "job_title" : "# contact job title #" } } ], "organisation" : [ { "role" : [# organisation roles with regard to this repository #], "details" : { "name" : "# name of organisation #", "acronym" : "# acronym of organisation #", "url" : "# organisation url #", "unit" : "# name of organisation's unit responsible #" "unit_acronym" : "# acronym of unit responsible #", "unit_url" : "# url of responsible unit #", "country_code" : "# two letter country code organisation resides in #", "lat" : "# latitude of organisation/unit #", "lon" : "# longitude of organisation/unit #" } } ], "policy" : [ { "policy_type" : "# vocabulary term for policy type #", "description" : "# description of policy terms, human readable #", "terms" : ["# list of vocabulary terms describing the policy #"] } ], "api" : [ { "api_type" : "# api type from known list or free text #", "version" : "# version of the API #", "base_url" : "# base url of API #", "metadata_formats" : [{"prefix" : "# prefix #", "namespace" : "# namespace #", "schema" : "# schema#"}], "accepts" : [# list of accepted mimetypes #], "accept_packaging" : [# list of accepted package formats #] } ], "integration": [ { "integrated_with" : "# type of system integrated with #", "nature" : "# nature of integration #", "url" : "# url of system integrated with, if available #", "software" : "# name of software integrated with #", "version": "# version of software integrated with #" } ] } }
The Registry file consists to a small collection of high-level elements which encapsulate all that we need to know about a repository.
last_updated
tells us when the registry file was last modified, so OpenDOAR knows whether to attempt to update its records again.
This MUST be a datestamp in the form YYYY-mm-ddTHH:MM:SSZ
so for example 2014-06-23T18:29:30Z
register
is the container for all the information about the repositoryreplaces
- if the repository replaces an existing, separate repository system, this MAY be identified here. Identifiers MUST take the form of an oarr info uri.operational_status
- MUST contain one of "Trial" or "Operational", all other values will be ignored.metadata
- SHOULD contain one or more metadata records about the repository. If there are multiple records, they MUST be in different languages, and one of them should be marked as the default (see the section on Metadata)software
- MAY contain one or more pieces of software that are provisioned to operate the repository (See the section on Software)contact
- MAY contain one or more contacts for the repository (See the section on Contacts)organisation
- MAY contain one or more organisations responsible for the repository (see the section on Organisation)policy
- MAY contain one or more policy statements on behalf of the repository (see the section on Policy)api
- MAY contain one or more API endpoints and associated information regarding their access (see the section on API)integration
- MAY contain one or more systems with which the repository is integrated at the host organisation (see the section on Integration).{ "last_updated" : "# datestamp of last registry file modification #", "register" : { "replaces" : "# oarr info uri of repository this one replaces (info:oarr:[identifier]) #", "operational_status" : "Trial | Operational", "metadata" : [# list of metadata records #], "software" : [# list of software components which make up the repository #], "contact" : [# list of contacts for the repository #], "organisation" : [# list of organisations responsible for the repository #], "policy" : [# list of policies the repository implements #], "api" : [# list of APIs the repository provides #], "integration": [# list of systems the repository integrates with #] } }
The Registry file SHOULD contain one or more metadata records for the repository. Each metadata record provides useful information about the repository of a generally human-readable or human-interest nature, such as the name of the repository or a description. Some of the fields may be suitable for translation or representation in other languages so the metadata part of the registry file allows for multiple metadata records, and a default metadata record which should be considered the primary record.
The consequence of this is that the metadata for a repository can be provided in any language for which there is a suitable translation, and in the event that no particular metadata field is available for that language, the default value can be used.
Consider the following (artificial) metadata record in two languages
| Field | Stored English (default) | Stored Spanish | Requested Spanish |
|---|---|---|---|
| Name | Digital Academic Repository of the University of Navarra | Depósito Académico Digital de la Universidad de Navarra | Depósito Académico Digital de la Universidad de Navarra |
| Description | This is an institutional repository for the University of Navarra. | This is an institutional repository for the University of Navarra. | |
| @darun | @darun |
The registry has two metadata records, one in English (which is the default) and one in Spanish. If we want to look at the metadata in Spanish, we see the Spanish values where such values exist, and the English values where they do not.
In the metadata
section of the registry file, this repository would look like this:
"metadata" : [ { "lang" : "en", "default" : true, "record" : { "twitter" : "darun", "description" : "This is an institutional repository for the University of Navarra.", "name" : "Digital Academic Repository of the University of Navarra", } }, { "lang" : "es", "default" : false, "record" : { "name" : "Depósito Académico Digital de la Universidad de Navarra", } } ]
The full specification for the metadata section of the registry file is as follows
lang
- MUST contain the two-letter (ISO 639-1) language code for the language the record is indefault
- true | false, whether this should be consider the default or primary metadata record. There MUST be one record marked as the default. This record SHOULD have all fields that appear in any other language variants of the metadata.record
- the container for the actual metadata record. There MUST be a record entry in the metadata object.country_code
- MAY contain the country code for the country the repository resides in, and if present MUST use the two-letter (ISO 3166-1) codetwitter
- MAY contain twitter account the repository posts content via.acronym
- MAY contain an acronym for the repository namedescription
- MAY contain a human readable description of the repositoryestablished_date
- MAY year that the repository began operation. MUST be a 4 digit year equal to or earlier than the current year (e.g. 2011), if presentlanguage_code
- MAY contain a list of two-letter language codes that the content of the repository is in, which MUST be in ISO 639-1 if providedname
- SHOULD contain the name of the repositoryurl
- MUST contain the URL for the repository home page. MUST be present in the default metadata record, and MUST validate as a url.subject
- MAY contain a list of subject classifications for the content of the repository (see the section below on Subject Classification)repository_type
- SHOULD contain one or more of "Institutional", "Governmental", "Aggregating", or "Disciplinary". Other values are permitted, if the repository type is not covered by the allowed terms.certification
- MAY contain one of the allowed terms for repository certification (see the section below on Repository Certification). Other values are permitted, if the certification is not covered by the allowed terms.content_type
- MAY contan one of the allowed terms for repository content type (see the section below on Repository Content Types). Other values are permitted, if the certification is not covered by the allowed terms.{ "lang" : "en", "default" : true|false "record" : { "country_code" : "# two-letter iso code for country #", "twitter" : "# repository's twitter handle #", "acronym" : "# repository name acronym #", "description" : "# free text description of repository #", "established_date" : "# date established #", "language" : [# languages of content found in repo (names of) #], "language_code" : [# languages of content found in repo (iso-639-1) #], "name" : "# name of repository #", "url" : "# url for repository home page #", "subject" : ["# list of subject classification terms for the repository #"], "repository_type" : [# list of vocabulary terms for the repository #], "certification" : [# list of certifications held by this repository #], "content_type" : [# list of vocabulary terms for the content in this repository #] } }
A subject classification allows us to specify the subjects covered by the repository in a formal way. OpenDOAR uses an ad hoc mechanism for defining the classifications, and you should check the API documentation to find out how to view the current list of active classifications.
It is RECOMMENDED that where possible and relevant you re-use classification terms that are already in existance
For example, to specify several classifications, you could use:
"subject" : ["Architecture", "Civil Engineering", "Technology"]
Repository certifications allow us to determine what policies or practicies the repository has in place, and to quickly locate repositories which meet certain criteria. The core OpenDOAR certifications are:
For example, to specify several of the certifications, you could use:
"certification" : ["RIOXX", "ISO 16363:2012"]
Capturing repository content types allows us to easily categorise and locate relevant repositories. OpenDOAR uses an ad hoc mechanism for defining the content types, and you should check the API documentation to find out how to view the current list of active content types.
It is RECOMMENDED that where possible and relevant you re-use content types that are already in existance
For example, to specify several of the OpenDOAR content types, you could use:
"content_type" : ["Bibliographic references", "Theses and dissertations"]
The registry file MAY contain one or more records of software that is used to provision the repository
This is intended to denote the software which is actively engaged in providing the repository experience, rather than any supporting infrastructure (e.g. the operating system) or any systems with which the repository is integrated (for that, see the section on Integration), such as a CRIS.
The full specification for the software section of the registry file is as follows
name
- MUST contain the common name of the softwareversion
- MAY contain the version of the software in useurl
- MAY a url where information about the software can be found (e.g. its community home page). MUST be a valid url, if present.{ "name" : "# name of software used to provide this repository #", "version" : "# version of software used to provide this repository #", "url" : "# url for the software/this version of the software #" }
For example, a simple DSpace installation may look like this:
"software" : [ { "name" : "DSpace", "version" : "3.1", "url" : "http://www.dspace.org" } ]
A more complex example which uses several pieces of software to provide the repository might be:
"software" : [ { "name" : "Fedora", "version" : "4.0", "url" : "http://www.fedoracommons.info" }, { "name" : "Vital", "version" : "5.3", "url" : "http://www.vtls.com/products/vital" } ]
The registry file MAY contain one or more records for contacts for the repository
This is intended to provide end-users of the registry data a way to get in contact with the repository owners with regard to both policies and technical details.
The full specification for the contact section of the registry file is as follows
role
- SHOULD contain one or more roles for the contact with regard to the repository. RECOMMENDED values are "technical", "administrator", "manager"details
- container for the contact details of the person with the given set of roles. MUST be present for each contact.name
- MAY contain the name of the contactemail
- MAY contain the email address for the contactaddress
- MAY contain the postal/physical address for the contactfax
- MAY contain the fax number for contactphone
- MAY contain the phone number for contactlat
- MAY contain the latitude on which the contact's physical location lies. If present, MUST be a numeric latitude, and lon
MUST also be specifiedlon
- MAY contain the longitude on which the contact's physical location lies. If present, MUST be a numeric longitude, lat
MUST also be specifiedjob_title
- MAY contact's role at their host organisation{ "role" : ["# contact role with regard to this repository #"] "details": { "name" : "# contact name #", "email" : "# contact email #", "address" : "# postal address for contact #", "fax": "# fax number of contact #", "phone": "# phone number of contact #", "lat" : "# latitude of contact location #", "lon" : "# longitude of contact location #", "job_title" : "# contact job title #" } }
The registry file MAY contain one or more records for organisations responsible for the repository
This is intended to provide end-users of the registry data a way to effectively geo-locate the repository.
The full specification for the organisation section of the registry file is as follows
role
- SHOULD contain one or more roles for the organisation with regard to the repository. RECOMMENDED values are "host"details
- container for the details organisation with the given set of roles. MUST be present for each organisationname
- MAY contain the name of the organisation as a wholeacronym
- MAY contain the common acronym for the organisation as a wholeurl
- MAY contain the url for the organisation as a whole (e.g. institutional home page). If provided, MUST validate as a url.unit
- MAY contain the unit within the organisation which has the specific relationship with the repository, if relevantunit_acronym
- MAY contain the common acronum for the unit within the organisation which has the specific relationship with the repository, if relevantunit_url
- MAY the url for the unit within the organisation which has the specific relationship with the repository, if relevant. For example, the library home page. If provided, MUST validate as a url.country_code
- MAY the two-letter (ISO 639-1) country code for the country in which the organisation is principally based. If provided, MUST be from the ISO 639-1 standardlat
- MAY contain the latitude on which the organisation or organisational unit's canonical physical location lies. If present, MUST be a numeric latitude, and lon
MUST also be specifiedlon
- MAY contain the longitude on whichthe organisation or organisational unit's canonical physical location lies. If present, MUST be a numeric longitude, lat
MUST also be specified{ "role" : [# organisation roles with regard to this repository #], "details" : { "name" : "# name of organisation #", "acronym" : "# acronym of organisation #", "url" : "# organisation url #", "unit" : "# name of organisation's unit responsible #" "unit_acronym" : "# acronym of unit responsible #", "unit_url" : "# url of responsible unit #", "country" : "# country organisation resides in #", "country_code" : "# two letter country code organisation resides in #", "lat" : "# latitude of organisation/unit #", "lon" : "# longitude of organisation/unit #" } }
TODO: develop some standard vocabularies for policy terms, so that we can easily search across repositories by them. Right now there are lots of human readable strings, where we should strive for some standardisation
The registry file MAY contain one or more records of policies the repository implements
The following are the core polic types that OpenDOAR is interested in. You SHOULD try to provide policy information for terms in this list, but you MAY provide policies in any other areas
The full specification for the policy section of the registry file is as follows
policy_type
- MUST be present, and SHOULD contain one of the values listed above, but MAY contain other values if appropriatedescription
- MAY contain a human readable description of repository policy.terms
- MUST contain a list of standardised terms (tbc) which describe the aspects of the policy. If there are no policy terms, a record for this policy_type MUST NOT be provided.{ "policy_type" : "# vocabulary term for policy type #", "description" : "# description of policy terms, human readable #", "terms" : [# list of vocabulary terms describing the policy #] }
The registry file MAY contain one or more records of APIs the repository provides
The following are the main APIs that OpenDOAR is familiar with; if you provide these APIs you MUST use the standard name for them in the api_type
field:
If you have an API which is not in this list, you MAY provide your own type definition for it
The basic formulation of an API entry in the registry record is as follows:
api_type
- MUST be present, and indicates type of api the repository supports. MUST use one of the above standard names if suitable, but MAY contain any valueversion
- if the form of the API has a version number, this MAY be included herebase_url
- MUST be present and validate as a url, and indicates the url which provides the best entry point for anyone wanting to begin integration with the API.authenticated
- MAY indicate whether access to the API require some form of authentication and authorisation. If this is not present, it is assumed to be false.{ "api_type" : "# api type from known list or free text #", "version" : "# version of the API #", "base_url" : "# base url of API #" }
Some APIs have additional fields that they can provide to improve the discovery experience of end-users of OpenDOAR. The next sections detail the extensions. You MUST NOT provide extensions to the API definition which are not already defined in this document.
metadata_formats
- MAY the list of metadata formats that are provided by the OAI-PMH endpoint
prefix
- MUST be present, and is the short name of the metadata format, e.g. oai_dc
namespace
- MAY provide the namespace for this formatschema
- MAY contain the url to the schema or DTD which describes this formatFor Example:
{ "api_type" : "oai-pmh", "version" : "2.0", "base_url" : "http://www.myrepo.edu/oai", "metadata_formats" : [ { "prefix" : "oai_dc", "namespace" : "http://www.openarchives.org/OAI/2.0/oai_dc/", "schema" : "http://www.openarchives.org/OAI/2.0/oai_dc.xsd" } ] }
accepts
- SHOULD contain the mimetypes the sword endpoint will take deposit ofaccept_packaging
- SHOULD contain the identifiers of packaging formats that the sword endpoitn will take deposit ofFor Example:
{ "api_type" : "sword", "version" : "2.0", "base_url" : "http://www.myrepo.edu/swordv2/service-document", "authenticated" : true, "accepts" : ["application/zip"], "accept_packaging" : [ "http://purl.org/net/sword/package/Binary", "http://purl.org/net/sword/package/SimpleZip" ] }
The registry file MAY contain one or more records of Integrations with other systems that the repository has.
Common kinds of integrations would be with the institutional CRIS system, or single-sign-on. It may also include integration with national systems or agreements with other repositories to mirror content.
The formulation of an Integration's entry in the registry record is as follows:
integrated_with
- MUST contain the type of system the repository is integrated with. There is currently no recommended vocabulary for this fieldnature
- MAY description of the nature of the integration (human readable)url
- MAY contain url for the software integrated with, if available. MUST validate as a url.software
- MAY contain the name of the software integrated withversion
- MAY contain the version of the software integrated with{ "integrated_with" : "# type of system integrated with #", "nature" : "# nature of integration #", "url" : "# url of system integrated with, if available #", "software" : "# name of software integrated with #", "version": "# version of software integrated with #" }
There are two ways that you can make your registry file discoverable by OpenDOAR
Place a link to the file in your HTML link headers as follows:
<link rel="oarr" type="application/json" href="[file url]">
Place your file at a standard location at the root of your repository's domain, with the name oarr.json
So if your repository is at http://www.myrepo.edu/xmlui
your registry file would be at http://www.myrepo.edu/oarr.json


The Champion Gym
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Jack Tremle [Graduate]
New Jersey Institute of Technology
99%
Communication
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Initiative
Jack
Reviews
Watts Rong [Graduate]
New Jersey Institute of Technology
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Jack is a terrific guy to work with! He does all his things on time, puts a lot of heart into it, and doesn't ask me for anything! Group up with this guy for an easy A, he does all the work for you!
Looking for teammates!
Fall IS-631-101
SuperTeams


Leader-follower with static topology
Paul Glotfelter 3/24/2016
Contents
Experiment Constants
%Run the simulation for a specific number of iterations
iterations = 2000;
Set up the Robotarium object
%Get Robotarium object and set the save parameters rb = RobotariumBuilder(); % Get the number of available agents from the Robotarium. We don't need a % specific value for this algorithm N = rb.get_available_agents(); % Set the number of agents and whether we would like to save data. Then, % build the Robotarium simulator object! r = rb.set_number_of_agents(N).set_save_data(false).build();
Create the desired Laplacian
%Graph laplacian followers = -completeGL(N-1); L = zeros(N, N); L(2:N, 2:N) = followers; L(2, 2) = L(2, 2) + 1; L(2, 1) = -1; %Initialize velocity vector dxi = zeros(2, N); %State for leader state = 0; % These are gains for our formation control algorithm formation_control_gain = 10; desired_distance = 0.09;
Grab tools we need to convert from single-integrator to unicycle dynamics
% Single-integrator -> unicycle dynamics mapping si_to_uni_dyn = create_si_to_uni_mapping2('LinearVelocityGain', 1, 'AngularVelocityLimit', 2); % Single-integrator barrier certificates si_barrier_cert = create_si_barrier_certificate('SafetyRadius', 0.08); % Single-integrator position controller si_pos_controller = create_si_position_controller(); for t = 1:iterations
% Retrieve the most recent poses from the Robotarium. The time delay is % approximately 0.033 seconds x = r.get_poses();
Algorithm
for i = 2:N %Zero velocity and get the topological neighbors of agent i dxi(:, i) = [0 ; 0]; neighbors = topological_neighbors(L, i); for j = neighbors dxi(:, i) = dxi(:, i) + ... formation_control_gain*(norm(x(1:2, j) - x(1:2, i))^2 - desired_distance^2)*(x(1:2, j) - x(1:2, i)); end end
Make the leader travel between waypoints
switch state case 0 dxi(:, 1) = si_pos_controller(x(1:2, 1), [0.3 ; 0.2]); if(norm(x(1:2, 1) - [0.3 ; 0.2]) < 0.05) state = 1; end case 1 dxi(:, 1) = si_pos_controller(x(1:2, 1), [-0.3 ; 0.2]); if(norm(x(1:2, 1) - [-0.3 ; 0.2]) < 0.05) state = 2; end case 2 dxi(:, 1) = si_pos_controller(x(1:2, 1), [-0.3 ; -0.2]); if(norm(x(1:2, 1) - [-0.3 ; -0.2]) < 0.05) state = 3; end case 3 dxi(:, 1) = si_pos_controller(x(1:2, 1), [0.3 ; -0.2]); if(norm(x(1:2, 1) - [0.3 ; -0.2]) < 0.05) state = 0; end end
Use barrier certificate and convert to unicycle dynamics
dxi = si_barrier_cert(dxi, x); dxu = si_to_uni_dyn(dxi, x);
Send velocities to agents
%Set velocities r.set_velocities(1:N, dxu); %Iterate experiment r.step();
end % Though we didn't save any data, we still should call r.call_at_scripts_end() after our % experiment is over! r.call_at_scripts_end();


Functions for genome-wide association studies (GWAS)/gene-environment-wide interaction studies (GEWIS) with longitudinal outcomes and exposures. He et al. (2017) "Set-Based Tests for Gene-Environment Interaction in Longitudinal Studies" and He et al. (2017) "Rare-variant association tests in longitudinal studies, with an application to the Multi-Ethnic Study of Atherosclerosis (MESA)".
| Version: | 1.1 |
| Depends: | CompQuadForm, SKAT, geeM, splines, mvtnorm |
| Published: | 2017-09-01 |
| Author: | Zihuai He, Seunggeun Lee, Bhramar Mukherjee, Min Zhang |
| Maintainer: | Zihuai He <zihuai at umich.edu> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| CRAN checks: | LGEWIS results |
| Reference manual: | LGEWIS.pdf |
| Package source: | LGEWIS_1.1.tar.gz |
| Windows binaries: | r-devel: LGEWIS_1.1.zip, r-release: LGEWIS_1.1.zip, r-oldrel: LGEWIS_1.1.zip |
| OS X binaries: | r-release: LGEWIS_1.1.tgz, r-oldrel: LGEWIS_1.1.tgz |
| Old sources: | LGEWIS archive |
Please use the canonical form https://CRAN.R-project.org/package=LGEWIS to link to this page.


conf_file
do not read from config file
set verbosity
set file system root
set log file
set redundant ("backup") server hostname and port
set port to listen for incoming requests
disable daemon mode (run in foreground)
number of users.
number of request proccess threads.
number of hash bins (overrides number users).
set the multicast IP address and port
log via syslog.


Learning HTML5 and Markdown
Posted on Fri 01 April 2016 in Web-Dev
HTML5 it is...
This blog contains the notes and results of my experiments with HTML5. Through this blog, I also plan to learn Markdown so it's a multi-purpose blog.
I am basically experimenting with Polymer and I demand to swim through code and simply dive-in i.e. learn as I code.
Polyglot Markup
A Polyglot is basically someone who can speak several languages.
But in HTML5, Polyglot means something else... It's basically a document or script written in a valid form of multiple markup languages, which performs the same output independent of the markup's parser, layout engine or interpreter.
Polyglot HTML is HTML that has been written to conform to both HTML and XHTML specifications.
Therefore, a polyglot document can be parsed as either HTML or XML, and will produce the same DOM structure either way.
For an HTML5 document to meet these criteria, the 2 requirements are that:
- It must have an HTML5 doctype,
- Be written in well-formed XHTML.
What is XHTML?
XHTML is a variant of HTML that uses the syntax of XML, the Extensible Markup Language. XHTML has all the same elements (for paragraphs, etc.) as the HTML variant, but the syntax is slightly different. Because XHTML is an XML application, you can use other XML tools with it (such as XSLT, a language for transforming XML content).
DOCTYPE
A DOCTYPE or Document Type Declaration originates from HTML's SGML lineage. It's use is for legacy purpose only.
It was originally used to refer to a Document Type Definition (DTD) � a formal declaration of the elements, attributes and syntactic features that could be used within the document.
In HTML5, there are three modes :
- Quirks mode,
- Limited quirks mode
- No quirks mode
Only No quirks mode is conforming to use. In each of these three modes, there are some differences in the way the documents are visually rendered.
To ensure the most standards compliant rendering, it is important to ensure the No quirks mode is used.
Thus, the DOCTYPE in the new definition, defines the no-quirks mode in browsers.
Elements
There are 5 different types of elements:
- Normal -
<Start tag> Content <End tag>
- Void - Empty elements, i.e. forbidden from containing any content at all. The self-closing tag syntax is used.
- E.g.

- Raw text -
<Start tag> Content <End tag>
- Here, the content is treated as raw text instead of markup. E.g.


Hanyu leads NHK Trophy
by Geoff RobinsSAPPORO — Two-time Olympic champion Yuzuru Hanyu overwhelmed his rivals at the men's short program in the NHK Trophy on Friday, stepping closer to winning a ticket for next month's Grand Prix finals.
The Japanese figure skating star, who won the Skate Canada crown in late October, smashed 109.34 points with no others reaching the 100-point mark in Sapporo, where the free program will be held on Saturday.
Kevin Aymoz of France came to second with 91.47 points as Russia's Sergei Voronov was in third with 88.63 points.
Hanyu opened with a superb quadruple Salchow and delivered a triple axel in style, wowing the home crowd.
Then he nailed a clean combination of quadruple toe loop and triple toe loop with his elegant spins and steps, prompting frenzied local fans to throw him flowers and stuffed dolls at the end of his performance.
Hanyu, however, voiced his dissatisfaction. "I could have done better," the 24-year-old said.
"To be honest, I'm a little bit frustrated," he said. "But the short is the short. I want to display what I have done in the free."
Hanyu aims to book his place at December's Grand Prix Finals in Turin, a showdown by top skaters after the six-round Grand Prix series.
Double world champion Nathan Chen of the U.S. and Russian Alexander Samarin have already qualified.
On the women's side, Russian young star Alena Kostornaia produced a flawless triple Axel to snatch the lead after the short program.
The 16-year-old, who has clinched her second senior medal earlier this month in only three competitions, claimed a record 85.04 points in the short.
Defending champion Rika Kihira was in second place with 79.89 points as she succeeded in landing a triple axel but slightly fluffed her triple loop.
The 17-year-old Kihira described the day's performance as "so-so."
"I hope to show a much better performance in the free program," she said.
Reigning Olympic and world champion Alina Zagitova, who finished third at the French leg of the series, placed fourth with 66.84 points following her flopped jumps.
© 2019 AFP


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LLDB Coding Conventions
The LLDB coding conventions differ in a few important respects from LLVM.
Note that clang-format will deal with most of this for you, as such is suggested to run on patches before uploading. Note however that clang-format is not smart enough to detect instances of humans intentionally trying to line variables up on a particular column boundary, and it will reformat them to remove this "extraneous" whitespace. While this is usually the correct behavior, LLDB does have many uses of manually aligned types and fields, so please be aware of this behavior of clang-format when editing this type of code.
Important: Where not explicitly outlined below, assume that the LLVM Coding Conventions are to be followed.
Source code width:
lldb does not follow the 80 character line restriction llvm imposes. In our experience, trying to fit C++ code into an 80 character line results in code that is awkward to read, and the time spent trying to find good indentation points to avoid this would be much better spent on thinking about your code.
More importantly, the restriction induces coders to choose overly abbreviated names to make them better fit in 80 characters. In our opinion choosing good descriptive names is much more important than fitting in 80 characters.

However you will see some instances of longer lines. The most common occurrence is in the options tables for the CommandInterpreter, which contain the help strings as well as a bunch of important but hard to remember fields. These tables are much easier to read if all the fields line up vertically, and don't have help text interleaved in between the lines. This is another thing to keep in mind when running clang-format, as it will always wrap at 120, so you will need to tweak its output when running against intentionally too-long lines.
Indentation:
lldb uses 4 character indentation. We find this makes the code structure much easier to see when scanning code, and since we aren't trying to fit code into 80 characters, the benefit of not wasting 2 out of the 80 precious spaces per indentation level is moot.
We also use the Allman brace style rather than putting the initial brace at the end of the braced line. This makes the block structure of the code much easier to see on an initial scan, and most folks have big enough monitors nowadays that saving a few vertical lines isn't sufficiently important to outweigh this benefit.
Though the llvm coding conventions don't specify this, llvm/clang tend to declare and
define methods by putting the return type and the method name on the same line. lldb
puts the qualifiers and return type on a line by themselves and then the method name on
the next line, i.e.:
virtual int
MethodName ();
When you are scanning a header file, that makes the method names stand out more easily, though at the cost of an extra line. When you have a editor that scrolls smoothly, it's easy to move through pages so the extra line is less important than the ease of picking out the method names, which is what you generally are scanning for.
Names:
lldb's naming conventions are different and slightly more restrictive than the llvm ones. The goal is to make it easy to tell from immediate context the lifespan and what kind of entity a given name represents, which makes reading code you are not familiar with much easier. lldb uses the following conventions:
- Macro definitions when needed are in all caps, nothing else should be in all caps.
- Types and classes are in CamelCase with an initial capital.
- Methods are also in CamelCase with an initial capital. The initial capital for methods has the handy benefit that it gets our method names into a different namespace than the standard C/C++ library functions, which tend to all be lower-cased. There are also places in lldb where we wrap clang objects in classes appropriate to lldb, and the difference from the llvm convention here actually makes it easier to tell whether you are using the clang object directly or are going through the lldb wrapper.
- All variables are written in lower case, with "_" as the word separator. We find that using a different capitalization and word separation convention makes variables and methods/types immediately visually distinct, resulting in code which is much easier to read.
- class ivars all start with "m_". It is important to be able to tell ivars from local variables, and this makes the distinction easily apparent. Some other coding conventions use an initial "_", but this seems much harder to spot. Also it allows:
- Class statics and other global variables start with "g_". You should be suspicious of all global variables, so having them stand out lexically is a good thing.
- We also use the suffixes "_sp" and "_up" for shared and unique pointer variables. Since these have very different lifecycle behaviors it is worthwhile to call them out specially. You will see some "_ap" suffixes around. There should be no auto_ptr variables left in lldb, but when we converted to unique_ptr's not all the names were changed. Feel free to change these to "_up" when you touch them for some other reason.
- enumerations that might end up being in the lldb SB API's should all be written like:
typedef enum EnumName { eEnumNameFirstValue, eEnumNameSecondValue, } EnumName;
This redundancy is important because the enumerations that find their way through SWIG into Python will show up as lldb.eEnumNameFirstValue, so including the enum name in the value name disambiguates them in Python.
Since we've started allowing C++11 in lldb, we have started using "enum class" instead of straight enums. That is fine for enums that will only ever exist on the lldb_private side of lldb, but err on the side of caution here on't do that for any enums that might find their way into the SB API's, since then you will have to change them so we can get them through SWIG.
Also, on a more general note, except when you are using a temporary whose lifespan is not far past its definition, never use one or two character names for ivars. Always use something descriptive, and as far as possible use the same name for the same kind of thing (or the name with an appropriate prefix.) That way if I'm looking at one use of a type, I can search on the variable name and see most of the other uses of the same type of thing. That makes it much easier to get quickly up to speed on how that type should be used.


Automatically finds all 1wire devices and assumes them to be temperature probes. Specifically made for DS18B20 sensor probes in combination with Raspberry Pis. Useful macros: You can assign a friendly name for the probes using the following syntax: {$PROBE:”1wire-ID”} 1wire-ID being the devices name, found under /sys/bus/w1/devices/. The set value will represent the friendly name. You also have the option to assign sensors to three different groups: 0, 1 and 2. This will modify the trigger behaviour for specific sensors. 0 is using a normal temperature range calculated for server rooms, 1 is using an extended range and 2 is disabling triggers completly. You can see the specific values in the trigger section. The macro syntax for this is similar to the friendly name: {$GROUP:”1wire-ID”}
Specifically made for DS18B20 sensor probes in combination with Raspberry Pis. Could & should work on other systems aswell (eventually with small modifications) however it has only been tested on RPIs and DS18B20s.
This template will automatically find all 1wire devices and assume them to be temperature probes.
It’ll create items for every 1wire device it found under “/sys/bus/w1/devices/”, convert the output to Celsius (in the correct fashion for DS18B20 probes) and create six threshold triggers aswell as a “no data”-trigger for each one.
To better differentiate between the sensors you can assign a friendly name for probes using the following syntax: {$PROBE:”1wire-ID”}
1wire-ID being the devices name, found under /sys/bus/w1/devices/. The set value will represent the friendly name.
You also have the option to assign sensors to three different groups: 0, 1 and 2. This will modify the trigger behaviour for specific sensors.
0 is using a normal temperature range calculated for server rooms, 1 is using an extended range and 2 is disabling triggers completly. The macro syntax for this is similar to the friendly name: {$GROUP:”1wire-ID”}
The space limit unfortunatly doesn’t allow me to tell you the thresholds here, however you can quickly see them in the trigger sections.
Leonard Winck
| Name | Description | Default | Type |
|---|---|---|---|
| {$GROUP} |
Default Group
 | 0 |
Text macro |
There are no template links in this template.
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| 1wire devices |
-
 | Zabbix agent |
system.run[find /sys/bus/w1/devices/28* -maxdepth 1 -type l -printf ‘%f\n’ 2> /dev/null]
Update: 15m
 |
| Name | Description | Type | Key and additional info | ||
|---|---|---|---|---|---|
| Temperature reading of probe “{#DEVICE}” ({$PROBE:”{#DEVICE}”}) |
-
 | Zabbix agent |
system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-]
Update: 15s

LLD
 |
| Name | Description | Expression | Priority | ||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| No data received (>3m) from probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].nodata(180)}=1

Recovery expression:
 | not classified | ||||||
| Temperature critically high on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=30 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<33 and 0=0) or ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=35 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<38 and 0=1)

Recovery expression:
 | average |
| Temperature critically low on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=14 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<17 and 0=0) or ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=6 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<10 and 0=1)

Recovery expression:
 | average |
| Temperature disastrously high on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].last()}>=33 and 0=0) or ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].last()}>=38 and 0=1)

Recovery expression:
 | disaster | ||||
| Temperature disastrously low on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].last()}<14 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].nodata(35)}=0 and 0=0) or ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].last()}<6 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].nodata(35)}=0 and 0=1)

Recovery expression:
 | disaster |
| Temperature high on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=27 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<30 and 0=0) or ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=32 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<35 and 0=1)

Recovery expression:
 | warning |
| Temperature low on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=17 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<20 and 0=0) or ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=10 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<14 and 0=1)

Recovery expression:
 | warning |
| No data received (>3m) from probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].nodata(180)}=1

Recovery expression:
 | not classified | ||||||
| Temperature critically high on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=30 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<33 and 0=0) or ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=35 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<38 and 0=1)

Recovery expression:
 | average |
| Temperature critically low on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=14 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<17 and 0=0) or ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=6 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<10 and 0=1)

Recovery expression:
 | average |
| Temperature disastrously high on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].last()}>=33 and 0=0) or ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].last()}>=38 and 0=1)

Recovery expression:
 | disaster | ||||
| Temperature disastrously low on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].last()}<14 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].nodata(35)}=0 and 0=0) or ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].last()}<6 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].nodata(35)}=0 and 0=1)

Recovery expression:
 | disaster |
| Temperature high on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=27 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<30 and 0=0) or ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=32 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<35 and 0=1)

Recovery expression:
 | warning |
| Temperature low on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=17 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<20 and 0=0) or ({1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}>=10 and {1wire-temperature-probe:system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-].avg(180)}<14 and 0=1)

Recovery expression:
 | warning |
Automatically finds all 1wire devices and assumes them to be temperature probes. Specifically made for DS18B20 sensor probes in combination with Raspberry Pis. Useful macros: You can assign a friendly name for the probes using the following syntax: {$PROBE:”1wire-ID”} 1wire-ID being the devices name, found under /sys/bus/w1/devices/. The set value will represent the friendly name. You also have the option to assign sensors to three different groups: 0, 1 and 2. This will modify the trigger behaviour for specific sensors. 0 is using a normal temperature range calculated for server rooms, 1 is using an extended range and 2 is disabling triggers completly. You can see the specific values in the trigger section. The macro syntax for this is similar to the friendly name: {$GROUP:”1wire-ID”}
Specifically made for DS18B20 sensor probes in combination with Raspberry Pis. Could & should work on other systems aswell (eventually with small modifications) however it has only been tested on RPIs and DS18B20s.
This template will automatically find all 1wire devices and assume them to be temperature probes.
It’ll create items for every 1wire device it found under “/sys/bus/w1/devices/”, convert the output to Celsius (in the correct fashion for DS18B20 probes) and create six threshold triggers aswell as a “no data”-trigger for each one.
To better differentiate between the sensors you can assign a friendly name for probes using the following syntax: {$PROBE:”1wire-ID”}
1wire-ID being the devices name, found under /sys/bus/w1/devices/. The set value will represent the friendly name.
You also have the option to assign sensors to three different groups: 0, 1 and 2. This will modify the trigger behaviour for specific sensors.
0 is using a normal temperature range calculated for server rooms, 1 is using an extended range and 2 is disabling triggers completly. The macro syntax for this is similar to the friendly name: {$GROUP:”1wire-ID”}
The space limit unfortunatly doesn’t allow me to tell you the thresholds here, however you can quickly see them in the trigger sections.
Leonard Winck
| Name | Description | Default | Type |
|---|---|---|---|
| {$GROUP} |
Default Group
 | 0 |
Text macro |
There are no template links in this template.
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| 1wire devices |
-
 | Zabbix agent |
system.run[find /sys/bus/w1/devices/28* -maxdepth 1 -type l -printf ‘%f\n’ 2> /dev/null]
Update: 15m
 |
| Name | Description | Type | Key and additional info | ||
|---|---|---|---|---|---|
| Temperature reading of probe “{#DEVICE}” ({$PROBE:”{#DEVICE}”}) |
-
 | Zabbix agent |
system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-]
Update: 15s

LLD
 |
| Name | Description | Expression | Priority | ||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| No data received (>3m) from probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: nodata(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)=1

Recovery expression:
 | not classified | ||||||
| Temperature critically high on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=30 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<33 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=35 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<38 and 0=1)

Recovery expression:
 | average |
| Temperature critically low on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=14 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<17 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=6 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<10 and 0=1)

Recovery expression:
 | average |
| Temperature disastrously high on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])>=33 and 0=0) or (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])>=38 and 0=1)

Recovery expression:
 | disaster | ||||
| Temperature disastrously low on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])<14 and nodata(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],35s)=0 and 0=0) or (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])<6 and nodata(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],35s)=0 and 0=1)

Recovery expression:
 | disaster |
| Temperature high on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=27 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<30 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=32 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<35 and 0=1)

Recovery expression:
 | warning |
| Temperature low on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=17 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<20 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=10 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<14 and 0=1)

Recovery expression:
 | warning |
| No data received (>3m) from probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: nodata(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)=1

Recovery expression:
 | not classified | ||||||
| Temperature critically high on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=30 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<33 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=35 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<38 and 0=1)

Recovery expression:
 | average |
| Temperature critically low on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=14 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<17 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=6 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<10 and 0=1)

Recovery expression:
 | average |
| Temperature disastrously high on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])>=33 and 0=0) or (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])>=38 and 0=1)

Recovery expression:
 | disaster | ||||
| Temperature disastrously low on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])<14 and nodata(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],35s)=0 and 0=0) or (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])<6 and nodata(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],35s)=0 and 0=1)

Recovery expression:
 | disaster |
| Temperature high on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=27 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<30 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=32 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<35 and 0=1)

Recovery expression:
 | warning |
| Temperature low on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=17 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<20 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=10 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<14 and 0=1)

Recovery expression:
 | warning |
Automatically finds all 1wire devices and assumes them to be temperature probes. Specifically made for DS18B20 sensor probes in combination with Raspberry Pis. Useful macros: You can assign a friendly name for the probes using the following syntax: {$PROBE:”1wire-ID”} 1wire-ID being the devices name, found under /sys/bus/w1/devices/. The set value will represent the friendly name. You also have the option to assign sensors to three different groups: 0, 1 and 2. This will modify the trigger behaviour for specific sensors. 0 is using a normal temperature range calculated for server rooms, 1 is using an extended range and 2 is disabling triggers completly. You can see the specific values in the trigger section. The macro syntax for this is similar to the friendly name: {$GROUP:”1wire-ID”}
Specifically made for DS18B20 sensor probes in combination with Raspberry Pis. Could & should work on other systems aswell (eventually with small modifications) however it has only been tested on RPIs and DS18B20s.
This template will automatically find all 1wire devices and assume them to be temperature probes.
It’ll create items for every 1wire device it found under “/sys/bus/w1/devices/”, convert the output to Celsius (in the correct fashion for DS18B20 probes) and create six threshold triggers aswell as a “no data”-trigger for each one.
To better differentiate between the sensors you can assign a friendly name for probes using the following syntax: {$PROBE:”1wire-ID”}
1wire-ID being the devices name, found under /sys/bus/w1/devices/. The set value will represent the friendly name.
You also have the option to assign sensors to three different groups: 0, 1 and 2. This will modify the trigger behaviour for specific sensors.
0 is using a normal temperature range calculated for server rooms, 1 is using an extended range and 2 is disabling triggers completly. The macro syntax for this is similar to the friendly name: {$GROUP:”1wire-ID”}
The space limit unfortunatly doesn’t allow me to tell you the thresholds here, however you can quickly see them in the trigger sections.
Leonard Winck
| Name | Description | Default | Type |
|---|---|---|---|
| {$GROUP} |
Default Group
 | 0 |
Text macro |
There are no template links in this template.
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| 1wire devices |
-
 | Zabbix agent |
system.run[find /sys/bus/w1/devices/28* -maxdepth 1 -type l -printf ‘%f\n’ 2> /dev/null]
Update: 15m
 |
| Name | Description | Type | Key and additional info | ||
|---|---|---|---|---|---|
| Temperature reading of probe “{#DEVICE}” ({$PROBE:”{#DEVICE}”}) |
-
 | Zabbix agent |
system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-]
Update: 15s

LLD
 |
| Name | Description | Expression | Priority | ||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| No data received (>3m) from probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: nodata(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)=1

Recovery expression:
 | not classified | ||||||
| Temperature critically high on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=30 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<33 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=35 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<38 and 0=1)

Recovery expression:
 | average |
| Temperature critically low on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=14 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<17 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=6 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<10 and 0=1)

Recovery expression:
 | average |
| Temperature disastrously high on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])>=33 and 0=0) or (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])>=38 and 0=1)

Recovery expression:
 | disaster | ||||
| Temperature disastrously low on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])<14 and nodata(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],35s)=0 and 0=0) or (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])<6 and nodata(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],35s)=0 and 0=1)

Recovery expression:
 | disaster |
| Temperature high on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=27 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<30 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=32 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<35 and 0=1)

Recovery expression:
 | warning |
| Temperature low on probe “{$PROBE:”{#DEVICE}”}” |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=17 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<20 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=10 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<14 and 0=1)

Recovery expression:
 | warning |
| No data received (>3m) from probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: nodata(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)=1

Recovery expression:
 | not classified | ||||||
| Temperature critically high on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=30 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<33 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=35 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<38 and 0=1)

Recovery expression:
 | average |
| Temperature critically low on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=14 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<17 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=6 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<10 and 0=1)

Recovery expression:
 | average |
| Temperature disastrously high on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])>=33 and 0=0) or (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])>=38 and 0=1)

Recovery expression:
 | disaster | ||||
| Temperature disastrously low on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])<14 and nodata(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],35s)=0 and 0=0) or (last(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-])<6 and nodata(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],35s)=0 and 0=1)

Recovery expression:
 | disaster |
| Temperature high on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=27 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<30 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=32 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<35 and 0=1)

Recovery expression:
 | warning |
| Temperature low on probe “{$PROBE:”{#DEVICE}”}” (LLD) |
-
 |
Expression: (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=17 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<20 and 0=0) or (avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)>=10 and avg(/1wire-temperature-probe/system.run[cat /sys/bus/w1/devices/{#DEVICE}/w1_slave | tail -n +2 | cut -d= -f2-],180s)<14 and 0=1)

Recovery expression:
 | warning |


This document describes the VBIOS Memory tweak table entries.
| FieldName |
Size (in bits) |
Description |
Version |
8 |
-
Memory Tweak Table Version (0x20)
-
|
Header Size |
8 |
-
Size of Memory Tweak Table Header in bytes (6)
-
|
Base Entry Size |
8 |
-
Size of Memory Tweak Table Base Entry in bytes (76)
-
|
Extended Entry Size |
8 |
-
Size of Memory Tweak Table Extended Entry in bytes (12)
-
|
Extended Entry Count |
8 |
-
Number of Memory Tweak Table Extended Entries per Memory Tweak Table Entry
-
|
Entry Count |
8 |
-
Number of Memory Tweak Table Entries (combined Base Entry plus Extended Entry Count of Extended Entries)
-
|
Memory Tweak Table Entry
Each entry is made up of a single Base Entry and multiple Extended Entries. The entire size of an entry is given by ( MemoryTweakTableHeader.BaseEntrySize + MemoryTweakTableHeader.ExtendedEntrySize × MemoryTweakTableHeader.ExtendedEntryCount ).
Memory Tweak Table Base Entry
| FieldName |
Size (in bits) |
Description |
CONFIG0 |
32 |
-
Field Definitions
-
[7:0] = RC
[16:8] = RFC
[23:17]= RAS
[30:24]= RP
[31:31]= Reserved
|
CONFIG1 |
32 |
-
Field Definitions
-
[6:0] = CL
[13:7] = WL
[19:14]= RD_RCD
[25:20]= WR_RCD
[31:26]= Reserved
|
CONFIG2 |
32 |
-
Field Definitions
-
[3:0] = RPRE
[7:4] = WPRE
[14:8] = CDLR
[22:16] = WR
[27:24] = W2R_BUS
[31:28] = R2W_BUS
|
CONFIG3 |
32 |
-
Field Definitions
-
[4:0] = PDEX
[8:5] = PDEN2PDEX
[16:9] = FAW
[23:17] = AOND
[27:24] = CCDL
[31:28] = CCDS
|
CONFIG4 |
32 |
-
Field Definitions
-
[2:0] = REFRESH_LO
[14:3] = REFRESH
[20:15] = RRD
[26:21] = DELAY0
[31:27] = Reserved
|
CONFIG5 |
32 |
-
Field Definitions
-
[2:0] = ADR_MIN
[3:3] = Reserved
[10:4] = WRCRC
[11:11] = Reserved
[17:12] = OFFSET0
[19:18] = DELAY0_MSB
[23:20] = OFFSET1
[27:24] = OFFSET2
[31:28] = DELAY0
|
Reserved |
184 |
|
Drive Strength |
2 |
-
Drive strength value to program depending on memory type
-
SDDR2: MR1[1:1] - Output Driver Impedence Control
SDDR3: Unused
GDDR3: MR1[1:0] = Driver Strength
GDDR5: MR1[1:0] = Driver Strength
|
Voltage0 |
3 |
|
Voltage1 |
3 |
|
Voltage2 |
3 |
|
R2P |
5 |
-
Minimum number of cycles from a read command to a precharge command for the same bank.
-
|
Voltage3 |
3 |
|
Reserved |
1 |
|
Voltage4 |
3 |
|
Reserved |
1 |
|
Voltage5 |
3 |
|
Reserved |
5 |
|
RDCRC |
4 |
|
Reserved |
36 |
|
TIMING22 |
32 |
|
Reserved |
128 |
|
Memory Tweak Table Extended Entry
| FieldName |
Size (in bits) |
Description |
Reserved |
96 |
|


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ABOUT
WORK
CONTACT
Meredith Wall
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Static manager that controls the creation of repositories
For a list of all members of this type, see LoggerManager Members.
System.Object
log4net.Core.LoggerManager
This type is not safe for multithreaded operations.
Static manager that controls the creation of repositories
This class is used by the wrapper managers (e.g. LogManager) to provide access to the ILogger objects.
This manager also holds the IRepositorySelector that is used to lookup and create repositories. The selector can be set either programmatically using the RepositorySelector property, or by setting the log4net.RepositorySelector
AppSetting in the applications config file to the fully qualified type name of the selector to use.
Namespace: log4net.Core
Assembly: log4net (in log4net.dll)
LoggerManager Members | log4net.Core Namespace


To use the Sea Glass Look and Feel, you must either include our
Maven repository in your
pom.xml
file or download the jar file and include it in your class path. See the
downloads page for more
details.
To enable the Sea Glass Look and Feel, include the following in your application before creating any controls:
try { UIManager.setLookAndFeel("com.seaglasslookandfeel.SeaGlassLookAndFeel"); } catch (Exception e) { e.printStackTrace(); }
We also support setting the user interface on the command line using the VM option
-Dswing.defaultlaf=com.seaglasslookandfeel.SeaGlassLookAndFeel
On non-Mac systems we draw our own title bar and window frame,
meaning that we set the window to "undecorated". This means that you
can't remove the title bar and frame by setting a
JFrame
to undecorated. You should probably use a
JWindow
instead, though you should be able to set
the window decoration style to JRootPane.NONE
and get a
similar effect.
Also, we make JToolBar
and
JPanel
non-opaque using a call to
setOpaque(false)
if the background color is an instance of
UIResource
, which it will be unless you have set
it. We then paint our background gradient on the content pane, which is
a JPanel
by default. If you want a different
background color, put your controls in a JPanel
,
add that to the BorderLayout.CENTER
of the content pane,
and set your JPanel
's background color.
We also support many client properties to change the appearance or behavior of controls.


Bio
Cordell Andrade is a coding student at Code Fellows who enjoys learning new things, pushing boundaries and keen to get proficient at coding. He enjoy sports, love dogs (owns three) and computers. He has several years experience working in both the
banking industry and private sector which he hopes to put to good use in the future. He is a great team player while can lead when necessary and enjoys making people laugh.
Education History
Elementary School:
Middle School:
High School:
College:
- Hiram Libral Arts College
Job History
- Maples and Calder2016-2018
Goals
My goal is to become procient in coding. Use coding while working for a company using the SQL, Pyton languages to help the company build databases advising and to ensure efficient business managment.
Eventually I want to start a business using such methods to advise other companies and individuals.
My Top 10 Movie List
- 4. The Wolf on Wallstreet


{% trans "This domain is not validated yet. You can validate it using three different ways:" %}
{% else %}{% trans "This domain is not validated yet. You can validate it using two different ways:" %}
{% endif %}{% trans "Or, as an administrator you can forcefully set the ownership of this domain as verified:" %}
{% trans "This domain is already verified. If you want to verify it again you need to delete it first." %}
{% endif %}


This function alters the internal representation of a plot to include links back to the actual
GitHub issue. This is currently implemented for viz_taskboard()
and viz_gantt()
viz_linked(g, filepath)
| g | ggplot2 object returned by |
|---|---|
| filepath | Location to save resulting SVG file of ggplot2, if desired. Leave blank for
function to output message precisely as needed to render in HTML RMarkdown with chunk
option |
SVG version of ggplot2 object with links to relevant GitHub issues. Either writes output
to file or to console (to be captured in RMarkdown) depending on existence of filepath
argument
Credit goes to this Stack Overflow answer for figuring out how to do this: https://stackoverflow.com/questions/42259826/hyperlinking-text-in-a-ggplot2-visualization/42262407
# NOT RUN { # In R, to save to file: taskboard <- viz_taskboard(issues) viz_linked(taskboard, "my_folder/my_file.svg") # In RMarkdown chunk, to print as output: ```{r results = 'asis', echo = FALSE} gantt <- viz_gantt(issues) viz_linked(gantt) ```` # }


--- layout: post status: publish published: true draft: false sitemap: true title: "Video: Wayfaring Stranger from the upcoming Dean Wareham vs Cheval Sombre album" author: display_name: Andy login: admin email<EMAIL_ADDRESS>url: http://www.grange85.co.uk date: 2018-08-23 imageurl: https://media.fullofwishes.co.uk/05-dean_wareham/pictures/wayfaring-stranger-vidcap-01.jpg categories: - dean wareham - video - news tags: - cheval sombre ---
The first track from the forthcoming Dean Wareham vs. Cheval Sombre received its premiere over at Stereogum today. The track, Wayfaring Stranger is accompanied by an appropriately strange video.
{% ahfowvideo "PW2MhCZH_Ts" "Dean Wareham vs. Cheval Sombre - Wayfaring Stranger" %}Dean Wareham vs. Cheval Sombre will be released in October and is available to pre-order in all the usual formats and a variety of lovely bundles, over on Dean's website.


p is the paragraph tag it can use for
written paragraph in blog and artical
br is a break tag use
in break for long sentence
u can italic your word use to italicised tag i
this is em tag
this is underline tag
this is small tag used in text can small
this is mark tag used in mark the special sentence
this is deleted tag you can type wrong sentence can use del tag and cut the word
this is inserted tag it is same in underline tag
this is normal text
this is subscripted text
this is normal text
this is superscripted text
this is strong tag same in boldtag
this is s tag same in delete tag
this is quotation tag use double coded your word
you can define your address can use address tag
MY ADDRESS IS:
vinod kumar;
this is cite tag same in italic tag
right to left
left to right
you can display your word in keyboard style
it can use kbd tag
hay my name is vinod kumar.
samp is different computer output
sample text 09mt5609dmpxphdf5opdvs
xvxcvjs89 m3mb3jdsDogv6.265
usually programing code are written
inside the code tag / The code tag is a phrase tag.
It defines a piece of computer code.
var a=10;
var b=30;
var c=6;
c=a+b;
alert(c);
hr is a horizontal line tag.
var tag is different mathamatical
variable tag used in display the variable.
(a+b)2=
a2+
b2+
2ab
wbr is unother break tag
the following paragraph is said
this paragraph is highlghited separtely because this lines are inside the blockquote tag.So we know this will display in a block
H A V E A N I C E D A Y
this is the paragraph tag [click here]


Awesome Post Title
The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here.
Me chamo Rafael, tenho 22 anos, atualmente estudante de Análise e Desenvolvimento de Sistemas pela faculdade UNOPAR, moro no interior de São Paulo, na cidade de Jacareí, comecei desde de pequeno a entender sobre computação. Atualmente tenho conhecimentos em HTML,CSS, JavaScript e pretendo me especializar em React, React-Native e Ruby.
The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here.It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here', making it look like readable English
The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here.It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here', making it look like readable English
The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here.It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here', making it look like readable English
The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here.It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here', making it look like readable English.
The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here.It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here', making it look like readable English.
The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here.
The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here.
The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters, as opposed to using 'Content here, content here.


GRAD
Lynbrook High SchoolClass of 2013
Graduation:Sunday, June 30th 20139:30 AM - 11:30 AMLynbrook High School | Viking Stadium1280 Johnson Avenue San Jose, CA 95129
Are you coming?
Arrive early to ensure you do not miss the ceremony. Wear cool, layered clothing for weather changes. Bring a camera to capture the moment!


Sadly, the Epicodus Semicolons are not a real intercollegiate muggle quidditch team. Would that it were so!
You can find out more about Muggle Quidditch here: https://www.usquidditch.org/teams


Overview of Events
The 2005 hurricane season saw three of the six most intense hurricanes on record for the United States, with the most notable being Hurricane Katrina.
Katrina formed on August 23, 2005 over the Bahamas as a Category 1 hurricane, then strengthened to a Category 5 over the Gulf of Mexico, and finally made landfall on August 29 as a Category 3. The storm surge resulted in severe damage along the entire Gulf Coast, and the catastrophic failure of the New Orleans levee system. This failure resulted in the flooding of over 80% of the city and prompted a lawsuit against the Army Corps of Engineer (COE) for what some called the “worst civil engineering disaster in U.S. history.”
After the dissipation of Hurricane Katrina, the aftermath revealed that it was one of the costliest natural disasters to date, both in terms of loss of life and property damage. Katrina caused an estimated $81 billion in property damage, and resulted in nearly 1,833 deaths, making it the deadliest U.S. hurricane since Okeechobee in 1928.
Response by Component
US Coast Guard
Over 5,600 Coast Guardsmen participated in Katrina response efforts
Mission areas
- Search and rescue
- marine pollution response
- management of government maritime commerce
Evacuation Routes
Issues hampering evacuation
- Over-reliance of westward traffic movement
- Inefficient loading of the contraflow freeway segment of out New Orleans
- Extreme congestion resulting from confluence of multiple regional evacuation routes
- Lack of real time traffic information
Resulted in between 100,000 to 300,000 people who did not or simply could not evacuate the city (NAE)
Flood Zones
National Flood Insurance Program paid out $16.1 billion in claims, $13 billion of those went to Louisiana (CNN)
Relief Shelter and Health Care Facilities
Relief shelters housed 273,000 people at their peak (CNN)
Department of Defense Involvement
10,000 national guard troops in Louisiana and Mississippi, Army Corps of Engineers (COE) in charge of: mobilizing military and contracting resources to close levee breaches, repair pumps to de-water New Orleans, deliver food and water (ARMY)
Actions Taken by Government Officials
No actions taken by US officials at this time


imap_fetch_overview
(PHP 4, PHP 5, PHP 7)
imap_fetch_overview — Read an overview of the information in the headers of the
given message
说明
array imap_fetch_overview ( resource $imap_stream , string $sequence [, int
$options = 0 ] )
This function fetches mail headers for the given sequence and returns an
overview of their contents.
参数
imap_stream
由 imap_open() 返回的 IMAP 流。
sequence
A message sequence description. You can enumerate desired messages with the
X,Y syntax, or retrieve all messages within an interval with the X:Y syntax
options
sequence will contain a sequence of message indices or UIDs, if this
parameter is set to FT_UID.
返回值
Returns an array of objects describing one message header each. The object will
only define a property if it exists. The possible properties are:
• subject - the messages subject
• from - who sent it
• to - recipient
• date - when was it sent
• message_id - Message-ID
• references - is a reference to this message id
• in_reply_to - is a reply to this message id
• size - size in bytes
• uid - UID the message has in the mailbox
• msgno - message sequence number in the mailbox
• recent - this message is flagged as recent
• flagged - this message is flagged
• answered - this message is flagged as answered
• deleted - this message is flagged for deletion
• seen - this message is flagged as already read
• draft - this message is flagged as being a draft
范例
Example #1 imap_fetch_overview() example
Nmsgs}",0);
foreach ($result as $overview) {
echo "#{$overview->msgno} ({$overview->date}) - From: {$overview->from}
{$overview->subject}\n";
}
imap_close($mbox);
?>
参见
• imap_fetchheader() - Returns header for a message
User Contributed Notes 16 notes
===============================================================================
About the sequence sorting again.
I've found that there's a significant speed improvement by preparing the
sequence and then fetch them at once with large mailboxes. On small mailboxes
wyou will not notice a speed difference.
But then there's the sorting problem. I've spent all night fiuring out how to
do this myself. I found the solution!
Prepare an array of messages with imap_sort. Create a second array that maps
the message numbers to the actuall place in the fetched array.
You know it will be in numeric order so you can make an array map with the sort
() function sorting it from high to low.
Then you can proces the array fetched with imap_fetch_overview with the
array_map and you will have them sorted. If you need an example look in the
Group-Office code classes/imap.class.inc in a version later then 2.04.
===============================================================================
Here is a function to get messages from IMAP and sort them for pagination.
_imap_stream);
$limit = ($info->Nmsgs < $limit) ? $info->Nmsgs : $limit;
if(true === is_array($sort)) {
$sorting = array(
'direction' => array( 'asc' => 0,
'desc' => 1),
'by' => array( 'date' => SORTDATE,
'arrival' => SORTARRIVAL,
'from' => SORTFROM,
'subject' => SORTSUBJECT,
'size' => SORTSIZE));
$by = (true === is_int($by = $sorting['by'][$sort[0]]))
? $by
: $sorting['by']['date'];
$direction = (true === is_int($direction = $sorting['direction'][
$sort[1]]))
? $direction
: $sorting['direction']['desc'];
$sorted = imap_sort($this->_imap_stream, $by, $direction);
$msgs = array_chunk($sorted, $per_page);
$msgs = $msgs[$page-1];
}
else
$msgs = range($start, $limit); //just to keep it consistent
$result = imap_fetch_overview($this->_imap_stream, implode($msgs, ','),
0);
if(false === is_array($result)) return false;
//sorting!
if(true === is_array($sorted)) {
$tmp_result = array();
foreach($result as $r)
$tmp_result[$r->msgno] = $r;
$result = array();
foreach($msgs as $msgno) {
$result[] = $tmp_result[$msgno];
}
}
$return = array('res' => $result,
'start' => $start,
'limit' => $limit,
'sorting' => array('by' => $sort[0], 'direction' =>
$sort[1]),
'total' => imap_num_msg($this->_imap_stream));
$return['pages'] = ceil($return['total'] / $per_page);
return $return;
}
?>
===============================================================================
Not that this function and all other imap_fetch*-functions will download the
whole message and not just the header information.
===============================================================================
Note that these object-variables only exist when they are actually in the mail.
This means that if a mail has no subject, the property $val->subject will not
exist.
Calling $val->subject will generate an notice:
Notice: Undefined property: subject in /home/html/inc/Mbox.php on line xxx
Use this to check it:
if (array_key_exists( "subject", get_object_vars($val)))
$subj=$val->subject;
else
$subj="";
===============================================================================
Hopefully someone will find this a jumpstarter for a sortable, paginated list:
loaded) {
return NULL;
}
if (($nStart+$nCnt) > $this->getNum()) {
$nCnt = $this->getNum()-$nStart;
}
$aMsgs = imap_fetch_overview($this->rCon, ($nStart+1).':'.($nStart+$nCnt));
$aRet = array();
if ($aMsgs) {
foreach ($aMsgs as $msg) {
$aRet[$msg->udate] = $msg;
}
}
krsort($aRet);
var_dump($aRet);
}
?>
===============================================================================
This performance hint is useful if you need to print the result of imap_sort():
It's faster to prepare large string with UIDs and then to call
imap_fetchoverview once than calling imap_fetchoverview in a loop.
===============================================================================
I think if you go like a list, you can list your "hotmail" messages.
Nmsgs;
$overview=imap_fetch_overview($mbox,"1:$MN",0);
$size=sizeof($overview);
for($i=$size-1;$i>=0;$i--){
$val=$overview[$i];
$msg=$val->msgno;
$from=$val->from;
$date=$val->date;
$subj=$val->subject;
echo "#$msg: From:'$from' Date:'$date' Subject:'$subj'
";
imap_close($mbox);
?>
===============================================================================
Judging from the comments here, it appears like people are forgetting the
basics to already-available PHP sorting functions. Use usort(); and the tiniest
custom function ever to compare them all.
Change the arguments to imap_fetch_overview to your own, obviously.
udate-$a->udate);
});
?>
This usort function will look at each overview and order them in the exact
latest to oldest message order as determined by the "udate" value for each
message. This works. I'm using it. They're sorted in the exact order they
appear in my actual inbox. Why obfuscate it any more?
===============================================================================
That's right:
calling imap_fetch_overview() once is faster, than calling it
in a loop.
But if you want to get a "day sorted" list, you need to call it in a loop,
cause if you enter a "string" of UIDs, they are always sorted by UID, not by
the order you entered it.
Heres a little example how to get a date-sorted list:
===============================================================================
you want a sortet list of mails, but you get always the same order? your
c-client seems to cause this. i realized this with linux libc6-2.3.6 and
php-5.2.0
try this little code:
# here you try to sort by your criteria
$sort=@imap_sort($mbox,SORTDATE,1,SE_UID);
# here the order of the messages to fetch should be recognised, but it isn't
$tmp=@imap_fetch_overview($mbox,implode(',',$sort),FT_UID);
# so try to work around simply:
for($i=0;$iuid,$sort)]; }
so now you can use the sort by date, address, and so on.
===============================================================================
To further explain 'warrenfalk's comment, the following sequences are exactly
the same, and always returns messages with lowest UID to highest UID:
1:5
5:1
1,2,3,4,5
5,4,3,2,1
3,2,5,1,4
(always returned as 1,2,3,4,5)
===============================================================================
The use of the $range parameter is explained in the example at: http://
www.phpdig.net/ref/rn31re596.html
| Read | From | Date | Subject |
";
// display the seen property nicely
if ($msg->seen == 1) {
$read = "Yes";
} else {
$read = "No";
}
// print other message information
printf("%s | ", $read);
printf("%s | ", $msg->from);
printf("%s | ", $msg->date);
printf("%s | ", $msg->subject);
}
imap_close($imap);
?>
===============================================================================
The Remote class here (https://github.com/newscloud/mail_filter/blob/master/app
/protected/models/Remote.php) has a lot of examples of processing mailbox
folders with imap-fetch-overview:
$this->open($account_id,$this->path_inbox);
$recent_messages = @imap_search($this->stream, 'SINCE "'.date("j F
Y",$tstamp).'"',SE_UID); // 30 November 2013
if ($recent_messages===false) continue; // to do - continue into next
account
$result = imap_fetch_overview($this->stream, implode(',',array_slice
($recent_messages,0,$message_limit)),FT_UID);
foreach ($result as $item) {
$msg = $this->parseHeader($item);
===============================================================================
English:
I've found that for some messages, this function and also function
imap_headerinfo(), can't decode the message_id information and returns an ID
like ""
In these cases, I use the following to get the correct messageid:
$header=imap_rfc822_parse_headers(imap_fetchheader($mbox,$msgno))
Spanish:
Con algunos mensajes, esta funcion, al igual que la funcion imap_headerinfo(),
no pueden decodificar correctamente la información del ID de mensaje y
devuelven un ID como este ""
En esos casos, uso lo siguiente para obtener el ID de mensaje correcto:
$header=imap_rfc822_parse_headers(imap_fetchheader($mbox,$msgno))
===============================================================================
If you lost a mail use this
msgbox)){
$lastnr = $headers->Nmsgs;
if ($mails=imap_fetch_overview($this->msgbox,"1:".$lastnr,0)){
while (list($key, $val) = each($mails)) {
if (++$key>=0&&$header= imap_header($this->msgbox, $key)){
if($header->Unseen=='U'||$header->Recent=='R'){
echo "
".$val->msgno." - ".$val->date." - ".$val
->subject."\n
";
print "IREAD".$header->Msgno;
//$this->getattachmentof($header->Msgno);
}
}
}
}
}
}
?>
===============================================================================
This seems to retrieve incomplete values for headers, instead of getting the
entire value, it gets the first. for example, this is a valid To: header
To: foo1<EMAIL_ADDRESS><EMAIL_ADDRESS>but imap_fetch_overview will only return:
foo1@example.com


|
JMovies.IMDb
|
Builder for person fetching settings. More...
Public Member Functions | |
| PersonFetchSettingsBuilder | WithFetchingBioPage () |
| Enables fetching bio page on the settings. | |
| PersonFetchSettingsBuilder | WithFetchingImageContents () |
| Enables fetching image contents fetching on the settings. | |
| PersonFetchSettingsBuilder | WithLimitedImageFetching (int limit) |
| Sets image fetching limit. | |
| PersonFetchSettingsBuilder | WithPreferredCulture (string culture) |
| Enables fetching with a preferred culture. | |
| PersonFetchSettingsBuilder | WithPrivateData () |
| Enables fetching private data. | |
| PersonDataFetchSettings | Build () |
| Builds a person data fetch settings based on the chained properties. | |
Builder for person fetching settings.
| PersonDataFetchSettings JMovies.IMDb.Entities.Settings.PersonFetchSettingsBuilder.Build | ( | ) |
Builds a person data fetch settings based on the chained properties.
| PersonFetchSettingsBuilder JMovies.IMDb.Entities.Settings.PersonFetchSettingsBuilder.WithFetchingBioPage | ( | ) |
Enables fetching bio page on the settings.
| PersonFetchSettingsBuilder JMovies.IMDb.Entities.Settings.PersonFetchSettingsBuilder.WithFetchingImageContents | ( | ) |
Enables fetching image contents fetching on the settings.
| PersonFetchSettingsBuilder JMovies.IMDb.Entities.Settings.PersonFetchSettingsBuilder.WithLimitedImageFetching | ( | int | limit | ) |
Sets image fetching limit.
| PersonFetchSettingsBuilder JMovies.IMDb.Entities.Settings.PersonFetchSettingsBuilder.WithPreferredCulture | ( | string | culture | ) |
Enables fetching with a preferred culture.
| PersonFetchSettingsBuilder JMovies.IMDb.Entities.Settings.PersonFetchSettingsBuilder.WithPrivateData | ( | ) |
Enables fetching private data.


Gorki Zachodnie lies on the west bank of the Vistula River delta, about a mile from the entrance. On the opposite side is the other fishing village of Gorki Wschodnie. This delta is 7NM east of the entrance to Gdansk. It offers a choice of low cost berths for winter storage, in or out of the water. As a summer destination, it may not be quite so attractive as it is quite remote and the surrounding reed beds provide a good breeding ground for mosquitoes.
Position 54°22' 28"N, 18°46'34" E (river entrance)
There are several yacht clubs here with small, basic marinas and also the new National Sailing Centre with a marina.


Dawg Pizza
Monday through Saturday
10:00AM to 11:00PM
4306 University Way NE, Seattle, WA 98105
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