|
Brooklyn | |||||||
| FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object brooklyn.location.jclouds.pool.MachinePool
public class MachinePool
Contains details of machines detected at a given cloud (ComputeService), and records claims made against those machines via this pool.
Machine instances themselves are persisted and rescanned as new instances of this class are created. Claims however are specific to this instance of the class, i.e. not persisted.
This class is believed to be thread-safe. Refreshes to the remote detected machines are synchronized on the pool instance. Details of detected and claimed machines are also synchronized on the pool instance. (If it is necessary to claim machines whilst the pool is being rescanned, we can investigate a more sophisticated threading model. Access to some fields is clearly independent and uses a tighter synchonization strategy, e.g. templates. Synchronization of fields within a synch block on the class instance is permitted, but not the other way round, and synching on multiple fields is also not permitted.)
Callers wishing to guarantee results of e.g. ensureUnclaimed remaining available can synchronize on this class for the duration that they wish to have that guarantee (at the cost, of course, of any other threads being able to access this pool).
If underlying provisioning/destroying operations fail, the pool currently may be in an unknown state, currently. If more robustness is needed this can be added.
| Field Summary | |
|---|---|
protected ComputeService |
computeService
|
| Constructor Summary | |
MachinePool(ComputeService computeService)
|
| Method Summary | |
|---|---|
void
|
addToBlacklist(MachineSet newToBlacklist)
|
MachineSet
|
all()
all machines matching any templates |
MachineSet
|
all(Predicate criterion)
returns all machines matching the given criteria (may be claimed) |
MachineSet
|
all(Predicate... ops)
returns all machines matching the given criteria (may be claimed) |
MachineSet
|
claim(int count, ReusableMachineTemplate t)
claims the indicated number of machines with the indicated spec, creating if necessary |
MachineSet
|
claim(MachineSet set)
claims the indicated set of machines; throws exception if cannot all be claimed; returns the set passed in if successful |
MachineSet
|
create(int count, ReusableMachineTemplate template)
creates the given number of machines of the indicated template |
int
|
destroy(MachineSet set)
|
MachineSet
|
ensureExists(ReusableMachineTemplate template)
creates machines if necessary so that this spec exists (may already be claimed however) returns a set of all matching machines, guaranteed non-empty (but possibly some are already claimed) |
MachineSet
|
ensureExists(int count, ReusableMachineTemplate template)
creates machines if necessary so that this spec exists (may already be claimed however); returns a set of all matching machines, of size at least count (but possibly some are already claimed). |
MachineSet
|
ensureUnclaimed(ReusableMachineTemplate template)
creates machines if necessary so that this spec can subsequently be claimed; returns all such unclaimed machines, guaranteed to be non-empty. |
MachineSet
|
ensureUnclaimed(int count, ReusableMachineTemplate template)
creates machines if necessary so that this spec can subsequently be claimed; returns a set of at least count unclaimed machines |
protected MachineSet
|
filterForAllowedMachines(MachineSet input)
|
java.lang.String
|
getPoolName()
pool name is used as a group/label by jclouds, for convenience only; it has no special properties for detecting matching instances (use explicit tags on the templates, for that). |
java.util.List
|
getTemplates()
|
java.util.Set
|
getTemplatesMatchingInstance(NodeMetadata nm)
|
protected void
|
init()
|
protected ReusableMachineTemplate
|
newTemplate(java.lang.String name)
|
void
|
refresh()
refreshes the pool of machines from the server (finding all instances matching the registered templates) |
protected void
|
registerNewNodes(MachineSet result, ReusableMachineTemplate template)
|
protected ReusableMachineTemplate
|
registerTemplate(ReusableMachineTemplate template)
|
protected void
|
registerTemplates(ReusableMachineTemplate... templatesToReg)
|
void
|
setBlacklist(MachineSet newBlacklist)
replaces the blacklist set; callers should generally perform a refresh() afterwards, to trigger re-detection of blacklisted machines |
void
|
setPoolName(java.lang.String poolName)
|
int
|
unclaim(MachineSet set)
|
MachineSet
|
unclaimed()
machines matching any templates which have not been claimed |
MachineSet
|
unclaimed(Predicate criterion)
returns unclaimed machines matching the given criteria |
MachineSet
|
unclaimed(Predicate... criteria)
returns unclaimed machines matching the given criteria |
| Methods inherited from class java.lang.Object | |
|---|---|
| java.lang.Object#wait(), java.lang.Object#wait(long), java.lang.Object#wait(long, int), java.lang.Object#equals(java.lang.Object), java.lang.Object#toString(), java.lang.Object#hashCode(), java.lang.Object#getClass(), java.lang.Object#notify(), java.lang.Object#notifyAll() |
| Field Detail |
|---|
protected final ComputeService computeService
| Constructor Detail |
|---|
public MachinePool(ComputeService computeService)
| Method Detail |
|---|
public void addToBlacklist(MachineSet newToBlacklist)
public MachineSet all()
@SuppressWarnings("unchecked") public MachineSet all(Predicate criterion)
public MachineSet all(Predicate... ops)
public MachineSet claim(int count, ReusableMachineTemplate t)
public MachineSet claim(MachineSet set)
public MachineSet create(int count, ReusableMachineTemplate template)
public int destroy(MachineSet set)
public MachineSet ensureExists(ReusableMachineTemplate template)
public MachineSet ensureExists(int count, ReusableMachineTemplate template)
public MachineSet ensureUnclaimed(ReusableMachineTemplate template)
public MachineSet ensureUnclaimed(int count, ReusableMachineTemplate template)
protected MachineSet filterForAllowedMachines(MachineSet input)
public java.lang.String getPoolName()
public java.util.List getTemplates()
public java.util.Set getTemplatesMatchingInstance(NodeMetadata nm)
protected void init()
protected ReusableMachineTemplate newTemplate(java.lang.String name)
public void refresh()
protected void registerNewNodes(MachineSet result, ReusableMachineTemplate template)
protected ReusableMachineTemplate registerTemplate(ReusableMachineTemplate template)
protected void registerTemplates(ReusableMachineTemplate... templatesToReg)
public void setBlacklist(MachineSet newBlacklist)
public void setPoolName(java.lang.String poolName)
public int unclaim(MachineSet set)
public MachineSet unclaimed()
@SuppressWarnings("unchecked") public MachineSet unclaimed(Predicate criterion)
public MachineSet unclaimed(Predicate... criteria)
Brooklyn Multi-Cloud Application Management Platform
brooklyncentral.github.com. Apache License. © 2012.


|
RaelOkay, we're only going to go over this once, so pay attention:Crop circles are actually plans sent from Outer Space aliens of some sort so that we can build them an Embassy. So that they can finally land and talk to us. Until then, the only person they will talk to is a washed out French "former racecar driver", actually a former racecar magazine writer, named Claude Vorilhon whom the aliens have named Rael.  You haven't heard of him in the US because, much like David Hasselhoff, he's mostly popular in Europe and Asia. His books have been translated into dozens of languages since the mid-70s, back when he had hair, and they are full of mystical secrets of cosmic alien sexuality. Oh, also, the Embassy has to be in Israel: which prompted Rael to change his special symbol from a Star of David plus Nazi Swastika to a Star of David plus Spiral Spacey Swirl back in 1992 to please the Jewish State. He checked with the aliens first, of course, and they said that it was okay. Oh, almost forgot: the Raelian religion is a huge cult that has amassed enough funding to finally break into the US news via aggressive pursuit of a human cloning program.
Timeline
|


Please decide if the specified object is present in the image:
- Say 'Yes' if the specified object is present, even if other objects are also present in the image.
- Say 'Yes' even if the specified object is small or in the background (be careful!).
- Say 'No' if the object is too small to be recognized.
- Say 'No' if the object doesn't precisely fit the question (e.g., if asked about 'trumpets' but there are only 'trombones' in the image)


Network Working Group SNMPv2 Working Group Request for Comments: 1901 J. Case Category: Experimental SNMP Research, Inc. K. McCloghrie Cisco Systems, Inc. M. Rose Dover Beach Consulting, Inc. S. Waldbusser International Network Services January 1996 Introduction to Community-based SNMPv2 Status of this Memo This document specifies an Experimental protocol for the Internet community. This memo does not specify an Internet standard of any kind. Discussion and suggestions for improvement are requested. Distribution of this memo is unlimited. Table of Contents 1. Introduction ................................................ 1 2. Components of the SNMPv2 Framework .......................... 2 2.1 Structure of Management Information ........................ 2 2.2 Textual Conventions ........................................ 3 2.3 Conformance Statements ..................................... 3 2.4 Protocol Operations ........................................ 3 2.5 Transport Mappings ......................................... 4 2.6 Protocol Instrumentation ................................... 4 3. The Community-based Administrative Framework ................ 4 4. Security Considerations ..................................... 5 5. Editor's Address ............................................ 6 6. Acknowledgements ............................................ 6 7. References .................................................. 7 1. Introduction The purpose of this document is to define the Community-based Administrative Framework for the SNMP version 2 framework (SNMPv2). The SNMPv2 framework is fully described in [1-6]. This framework is derived from the original Internet-standard Network Management Framework (SNMPv1), which consists of these three documents: STD 16, RFC 1155 [7] which defines the Structure of Management Information (SMI), the mechanisms used for describing and naming objects for the purpose of management. SNMPv2 Working Group Experimental [Page 1] RFC 1901 Introduction to Community-based SNMPv2 January 1996 STD 16, RFC 1212 [8] which defines a more concise description mechanism, which is wholly consistent with the SMI. STD 15, RFC 1157 [9] which defines the Simple Network Management Protocol (SNMP), the protocol used for network access to managed objects. For information on coexistence between SNMPv1 and SNMPv2, consult [10]. 2. Components of the SNMPv2 Framework A management system contains: several (potentially many) nodes, each with a processing entity, termed an agent, which has access to management instrumentation; at least one management station; and, a management protocol, used to convey management information between the agents and management stations. Operations of the protocol are carried out under an administrative framework which defines authentication, authorization, access control, and privacy policies. Management stations execute management applications which monitor and control managed elements. Managed elements are devices such as hosts, routers, terminal servers, etc., which are monitored and controlled via access to their management information. 2.1. Structure of Management Information Management information is viewed as a collection of managed objects, residing in a virtual information store, termed the Management Information Base (MIB). Collections of related objects are defined in MIB modules. These modules are written using a subset of OSI's Abstract Syntax Notation One (ASN.1) [11]. It is the purpose of the Structure of Management Information for SNMPv2 document [1] to define that subset. The SMI is divided into three parts: module definitions, object definitions, and, trap definitions. (1) Module definitions are used when describing information modules. An ASN.1 macro, MODULE-IDENTITY, is used to concisely convey the semantics of an information module. (2) Object definitions are used when describing managed objects. An ASN.1 macro, OBJECT-TYPE, is used to concisely convey the syntax and semantics of a managed object. (3) Notification definitions are used when describing unsolicited transmissions of management information. An ASN.1 macro, SNMPv2 Working Group Experimental [Page 2] RFC 1901 Introduction to Community-based SNMPv2 January 1996 NOTIFICATION-TYPE, is used to concisely convey the syntax and semantics of a notification. 2.2. Textual Conventions When designing a MIB module, it is often useful to define new types similar to those defined in the SMI. In comparison to a type defined in the SMI, each of these new types has a different name, a similar syntax, but a more precise semantics. These newly defined types are termed textual conventions, and are used for the convenience of humans reading the MIB module. It is the purpose of the Textual Conventions for SNMPv2 document [2] to define the initial set of textual conventions available to all MIB modules. Objects defined using a textual convention are always encoded by means of the rules that define their primitive type. However, textual conventions often have special semantics associated with them. As such, an ASN.1 macro, TEXTUAL-CONVENTION, is used to concisely convey the syntax and semantics of a textual convention. 2.3. Conformance Statements It may be useful to define the acceptable lower-bounds of implementation, along with the actual level of implementation achieved. It is the purpose of the Conformance Statements for SNMPv2 document [3] to define the notation used for these purposes. There are two kinds of notations: (1) Compliance statements are used when describing requirements for agents with respect to object definitions. An ASN.1 macro, MODULE-COMPLIANCE, is used to concisely convey such requirements. (2) Capability statements are used when describing capabilities of agents with respect to object definitions. An ASN.1 macro, AGENT- CAPABILITIES, is used to concisely convey such capabilities. Finally, collections of related objects are grouped together to form a unit of conformance. An ASN.1 macro, OBJECT-GROUP, is used to concisely convey the syntax and semantics of a group. 2.4. Protocol Operations The management protocol provides for the exchange of messages which convey management information between the agents and the management stations. The form of these messages is a message "wrapper" which encapsulates a Protocol Data Unit (PDU). SNMPv2 Working Group Experimental [Page 3] RFC 1901 Introduction to Community-based SNMPv2 January 1996 It is the purpose of the Protocol Operations for SNMPv2 document [4] to define the operations of the protocol with respect to the sending and receiving of the PDUs. 2.5. Transport Mappings The management protocol, version 2 of the Simple Network Management Protocol, may be used over a variety of protocol suites. It is the purpose of the Transport Mappings for SNMPv2 document [5] to define how the SNMPv2 maps onto an initial set of transport domains. Other mappings may be defined in the future. Although several mappings are defined, the mapping onto UDP is the preferred mapping. As such, to provide for the greatest level of interoperability, systems which choose to deploy other mappings should also provide for proxy service to the UDP mapping. 2.6. Protocol Instrumentation It is the purpose of the Management Information Base for SNMPv2 document [6] to define managed objects which describe the behavior of a SNMPv2 entity. 3. The Community-based Administrative Framework It is the purpose of an administrative framework to define an infrastructure through which effective management can be realized in a variety of configurations and environments. Specified as a part of, or as extensions of, an administrative framework are security mechanisms used to achieve an administratively-defined level of security for protocol interactions. The administrative framework for SNMPv2 identified in this document is the same framework as was defined for SNMPv1 [9]. This administrative framework associates each message with a "community" as defined in [9]. Use of this administrative framework with SNMP Version 2 is commonly known as "Community-based SNMPv2 (SNMPv2C)." Specifically, Section 3.2.5 of [9] defines the concept of a community, and Section 4.1 of [9] defines the Elements of Procedure for generating and receiving messages. The following updates apply: (1) The types of access defined in Section 3.2.5 of [9] are updated by [1]. (2) The Elements of Procedure defined in Section 4.1 of [9] are updated with the additional requirement of incrementing the relevant statistics counter as defined in [6]. SNMPv2 Working Group Experimental [Page 4] RFC 1901 Introduction to Community-based SNMPv2 January 1996 (3) The requirement in the Elements of Procedure in Section 4.1 of [9] that the "the source transport address that a response message is sent from shall be identical to the destination transport address that the original request message was sent to" is deleted, i.e., the source transport address of a response message can be any transport address belonging to the agent. The form of a message is also taken from [9], with the exception that a new version number is used in the message "wrapper". Use of a new version number is necessary because of SNMPv2's new PDU types [4], error codes [4], etc. With this one change, the wrapper becomes: COMMUNITY-BASED-SNMPv2 DEFINITIONS ::= BEGIN -- top-level message Message ::= SEQUENCE { version INTEGER { version(1) -- modified from RFC 1157 }, community -- community name OCTET STRING, data -- PDUs as defined in [4] ANY } } END Note that with this administrative framework, the 'authorizationError(16)' value defined for the error-status component of an SNMPv2 PDU [4] is unused. It may, however, be used with future administrative frameworks. 4. Security Considerations Security issues are not discussed in this memo. SNMPv2 Working Group Experimental [Page 5] RFC 1901 Introduction to Community-based SNMPv2 January 1996 5. Editor's Address Keith McCloghrie Cisco Systems, Inc. 170 West Tasman Drive San Jose, CA 95134-1706 US Phone: +1<PHONE_NUMBER> EMail<EMAIL_ADDRESS>6. Acknowledgements This document is the result of significant work by the four major contributors: Jeffrey D. Case (SNMP Research<EMAIL_ADDRESS>Keith McCloghrie (Cisco Systems<EMAIL_ADDRESS>Marshall T. Rose (Dover Beach Consulting<EMAIL_ADDRESS>Steven Waldbusser (International Network Services<EMAIL_ADDRESS>In addition, the contributions of the SNMPv2 Working Group are acknowledged. In particular, a special thanks is extended for the contributions of: Alexander I. Alten (Novell) Dave Arneson (Cabletron) Uri Blumenthal (IBM) Doug Book (Chipcom) Kim Curran (Bell-Northern Research) Jim Galvin (Trusted Information Systems) Maria Greene (Ascom Timeplex) Iain Hanson (Digital) Dave Harrington (Cabletron) Nguyen Hien (IBM) Jeff Johnson (Cisco Systems) Michael Kornegay (Object Quest) Deirdre Kostick (AT&T Bell Labs) David Levi (SNMP Research) Daniel Mahoney (Cabletron) Bob Natale (ACE*COMM) Brian O'Keefe (Hewlett Packard) Andrew Pearson (SNMP Research) Dave Perkins (Peer Networks) Randy Presuhn (Peer Networks) Aleksey Romanov (Quality Quorum) Shawn Routhier (Epilogue) Jon Saperia (BGS Systems) SNMPv2 Working Group Experimental [Page 6] RFC 1901 Introduction to Community-based SNMPv2 January 1996 Bob Stewart (Cisco Systems, bstewart@cisco.com), chair Kaj Tesink (Bellcore) Glenn Waters (Bell-Northern Research) Bert Wijnen (IBM) 7. References [1] SNMPv2 Working Group, Case, J., McCloghrie, K., Rose, M., and S. Waldbusser, "Structure of Management Information for Version 2 of the Simple Network Management Protocol (SNMPv2)", RFC 1902, January 1996. [2] SNMPv2 Working Group, Case, J., McCloghrie, K., Rose, M., and S. Waldbusser, "Textual Conventions for Version 2 of the Simple Network Management Protocol (SNMPv2)", RFC 1903, January 1996. [3] SNMPv2 Working Group, Case, J., McCloghrie, K., Rose, M., and S. Waldbusser, "Conformance Statements for Version 2 of the Simple Network Management Protocol (SNMPv2)", RFC 1904, January 1996. [4] SNMPv2 Working Group, Case, J., McCloghrie, K., Rose, M., and S. Waldbusser, "Protocol Operations for Version 2 of the Simple Network Management Protocol (SNMPv2)", RFC 1905, January 1996. [5] SNMPv2 Working Group, Case, J., McCloghrie, K., Rose, M., and S. Waldbusser, "Transport Mappings for Version 2 of the Simple Network Management Protocol (SNMPv2)", RFC 1906, January 1996. [6] SNMPv2 Working Group, Case, J., McCloghrie, K., Rose, M., and S. Waldbusser, "Management Information Base for Version 2 of the Simple Network Management Protocol (SNMPv2)", RFC 1907, January 1996. [7] Rose, M., and K. McCloghrie, "Structure and Identification of Management Information for TCP/IP-based internets", STD 16, RFC 1155, May 1990. [8] Rose, M., and K. McCloghrie, "Concise MIB Definitions", STD 16, RFC 1212, March 1991. [9] Case, J., Fedor, M., Schoffstall, M., Davin, J., "Simple Network Management Protocol", STD 15, RFC 1157, SNMP Research, Performance Systems International, MIT Laboratory for Computer Science, May 1990. SNMPv2 Working Group Experimental [Page 7] RFC 1901 Introduction to Community-based SNMPv2 January 1996 [10] SNMPv2 Working Group, Case, J., McCloghrie, K., Rose, M., and S. Waldbusser, "Coexistence between Version 1 and Version 2 of the Internet-standard Network Management Framework", RFC 1908, January 1996. [11] Information processing systems - Open Systems Interconnection - Specification of Abstract Syntax Notation One (ASN.1), International Organization for Standardization. International Standard 8824, (December, 1987). SNMPv2 Working Group Experimental [Page 8]


This website developed base on ThinkPHP
and jQuery-mobile
by Rex Lee(who's email is<EMAIL_ADDRESS>, website:www.duguying.net). If you want to contact me, please via the email. Rex Lee at Yangtze University Computer Sciense and Yangtze University Online in the year 2013.


Week 7: Ruby Classes vs. JavaScript Constructor Functions
Jan. 24, 2016
After a couple weeks focused on Ruby, this week was all about Javascript. So far, the two languages seem pretty similar. They're both object-oriented and give the programmer a lot of the same abilities and constraints. Right off the bat, the major differences between the two seem to be about syntax and user-friendliness. Ruby was a language made with the developer in mind, where JavaScript, while not entirely unapproachable, has less of the 'syntactic sugar' that's helped make Ruby such a popular first language to learn.
But, in general, I've actually really liked working in JavaScript. It's been interesting learning about some of the same concepts in a different language; how each language handles them and what are the advantages to each approach. One of the obvious parallels we came up against this week is how each language handles object creation and method definition. Initially, I did think they were basically the same, with only some syntactic differences, but after some more exposure and research, there are a few key differences to keep in mind.
First, let's review how you create a class in Ruby:
class Dog
def initialize(name, breed, age)
@name = name
@breed = breed
@age = age
end
end
So, just above, we've again created class Dog and given it three properties: name, breed, and age. We can create the same sort of object in JavaScript, which calls them prototypes, using the following constructor function:
function Dog(name, breed, age){
this.name - name,
this.breed = breed,
this.age = age
}
Instead of instance variables(@name, @breed, @age), in JS we call the variables assigned to instances of the Dog object 'properties'. The 'this' refers to the current object. Now, in Ruby, to create a new instance of class Dog, we'd execute the following:
Kodi = Dog.new("Kodi", "Terrier", 12)
and in Javascript, much the same:
Kodi = new Dog("Kodi", "Terrier", 12)
Now, let's talk about method creation. In Ruby, you give a class of objects a new method within the class definition itself like so:
def speak
puts "woof"
end
end
In JS, this giving an object a new ability is done quite differently. You can create a function, which is essentially a method or at least serves the same purpose, that is available to all of the Dog objects in your program. However, it cannot be done within the constructor function and is not defined in the same way as a Ruby method. In JS, you achieve this similar ability by using a prototype function that is available to all objects of that same type, created with the constructor function. It's done like so:
Dog.prototype.speak = function() {
console.log("woof");
}
Here is a pretty good and simple resource for illustrating the differences between Ruby classes and JS constructor functions. And Here is another good one that goes a bit more in depth.


Fracture.js in Action
Here are some examples of old-style or vulgar fractions styled with Fracture.js:
5/8
3/16
11/16


As many as 100 parents notified after U.K. daycare worker charged with sexual assault
by Jeremiah Rodriguez, CTVNews.ca Staff, with a report from CTV Atlantic Bureau Chief’s Todd BattisWarning: This story contains details that readers may find disturbing.
TORONTO -- A daycare worker in the United Kingdom is accused of being a prolific sexual predator with some victims being as young as two, police said.
Under British law, the suspect at the centre of the case can’t be named, but authorities said a male worker in Torquay, U.K. was charged with sexual assault.
As many as 100 families have been alerted by police that their child may have been victimized.
The alleged crimes took place at the Jack and Jill Childcare nursery school and have shaken the quiet community along England’s southwest coast.
Police said the suspect had access to more than 100 young children -- some barely old enough to walk.
There’s no evidence to suggest the case involves child pornography, investigators said. Police said the suspect is believed to have acted alone.
The case appears to have been prompted by the parents of a child who filed an abuse complaint with police. This led to authorities watching approximately 250 hours of footage from inside the facility.
“As a result of that review, we have now identified a number of children aged two years and over who we believe to be potential victims of further contact offenses," police chief inspector James Stock said at a press conference.
The suspect is under strict bail conditions until a court appearance later this month. He’s also left the area, but that's done little to comfort for parents.
One mother who didn’t want to appear on camera has a child who attended the daycare and said her trust has been shaken.
"That nursery is fantastic. It's like a family. We trusted our children being there and we haven't had any doubts, so it's a huge, huge shock,” she said.
The case has also been alarming for neighbours.
"It's just really shocking, it's worrying and upsetting that that could happen," a neighbour said.
Another woman echoed those thoughts, adding, "I feel for the families."
On the door of the school is a notice saying the facility is closed and its license has been temporarily suspended. It reads, “the purpose of the suspension is to allow time to investigate our belief that a child may be exposed to a risk of harm.”


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Prepare to be amazed by our features!
For the best possible spam classification
You can rest assured that your email is secure
The overall Oikik system is divided into multiple stages that a message passes through prior to being delivered to your inbox. If a message successfully navigates every stage of filters, it gets placed into a delivery queue, and is sent along to your mail server immediately.
Each stage of filters assigns a score to the incoming message, and based upon the user's filter sensitivity (set in the control panel at the individual or domain level), the cumulative score of the message determines the action that the system takes for that message.
Messages get placed into one of three buckets: "definitely spam", messages that the system has identified as absolutely a spam message, "possibly spam", messages that the system thinks might be spam but isn't absolutely sure, and "clean", messages that the system thinks aren't spam.
The border servers accept messages and perform initial filtering, including reputation filters, DNSBL queries, SPF checking, and recipient validation. Messages from senders with extremely good reputations are able to bypass further filters and get immediately delivered, while messages from senders with extremely poor reputations get quarantined immediately.
The core filtering servers process the primary message queue, and apply bayesian machine learning, content filtering, URIBL queries, and more. After a message is processed in the core, we determine the next action for that message based upon the user's preferences. Clean messages move to the delivery system, while spam messages are added to the user's quarantine.
Every message that passes through the Oikik system gets added to a learning queue, which processes and adds to the bayesian network. Once the message is learned as either clean or spam, the contents of the message are discarded, so there is no record of any clean message content inside Oikik.
Oikik captures a large amount of log data about a message, without saving the contents of the message, and you can see this log data on the dashboard. The visibility into your mail logs can help you debug issues with your own mail server and see exactly what happened to each message that came into Oikik.
Oikik provides opportunistic TLS encryption for all incoming and delivered messages, and only allows TLS/SSL access to the client dashboard. We don't keep any copies of clean messages that have been delivered to your domain. When you use Oikik, you can rest assured that your email is secure.


PUP launches music video festival tackling press freedom
PRESS RELEASE: The annual festival aims to showcase broadcasting freshmen's skills and creativity in response to the worsening political situation
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core
/
com.mo.stratego.ui.input
/
MapListener
/
engine
engine
val
engine
:
Engine
Engine
Property
engine
- Engine


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.FrontendAppConfig @import viewmodels.{AssociatedPsa} @import controllers.psa.remove.routes._ @import controllers.psa.routes._ @import controllers.invitations.routes._ @this( layout: templates.Layout, hmrcPageHeading : HmrcPageHeading, appConfig: FrontendAppConfig ) @(schemeName: String, admins: Option[Seq[AssociatedPsa]], srn: String, isSchemeOpen: Boolean)(implicit request: Request[_], messages: Messages) @layout(pageTitle = s"${messages("messages__psaSchemeDash__psa_list_head")}") { @hmrcPageHeading( PageHeading( text = messages("messages__psaSchemeDash__psa_list_head"), section = Some(schemeName) ) ) @admins.map { admins =>
@messages("messages__psaSchemeDash__invite_link")
}@messages("messages__returnToSchemeDetails__link", schemeName)
}


Saying that Java is good because it works on all platforms is like saying anal sex is good because it works on all genders. --Anonymous [ source]


Fretboard diagrams are generated vertically, but the default layout configuration displays them rotated to appear horizontal.
Made with Picker.js.


English(US)
繁體中文
Français
The original fork
seems to be no more. This fork will stay on for archiving and historic purposes.
Gitlab
Dev. Project Manual Slides


--- layout: post status: publish published: true title: Driving with International Driving Permit (IDP) in Taiwan author: display_name: aditya login: aditya email<EMAIL_ADDRESS>url: '' author_login: aditya author_email<EMAIL_ADDRESS>wordpress_id: 724 wordpress_url: http://adityaputra.com/?p=724 date: '2019-07-15 10:59:22 +0800' date_gmt: '2019-07-15 03:59:22 +0800' categories: - Taiwan tags: - driving in taiwan - international driving permit - international driving license comments: [] ---
Hope that this info is still valid since it's been more than one year since I did the whole processes. In short, I bought my first car in Taiwan last year (without having a valid local nor international license). I am not sure if it was legal, but the previous car owner took care of everything. I only needed to provide ARC and a secondary ID card to have the car transferred under my name.
After I got my car, I returned back to my home country Indonesia for vacation while also getting my international driving permit. The process was very simple and easy. Once I got back to Taiwan, I immediately registered my license with the local DMV office. There, they gave me a piece a paper stapled on my IDP (some people refer it as a IDP visa) as a proof that my IDP can be used after 30 days of my stay in Taiwan. Note that if you don't have your IDP registered, you can only drive with IDP for 30 days upon your arrival in Taiwan.
In order to get the IDP visa, you only need to bring your ARC and/or passport (better to take both of them) and some photographs. Bring it to the counter and they will know what to do. The whole process was very quick, like 10-15 mins include waiting time. I didn't need to pay anything for that but yesterday I read somewhere that starting from April 2019 the government needs the applicant to pay 150 TWD (correct me if I am wrong) for the application fee.
Using that paper, you will be able to drive until your ARC / Visa date of expiry up to maximum one year. In my case I was only got few months to match my ARC expiration date. However, after I got my new ARC, I can re-apply for IDP registration and got one year extension.
Give it a try and let me know what you think.


|
Panda3D
|
Public Member Functions | |
| def | __init__ (self) |
| def | getCutoffDistance (self) |
| def | getLocalizedVolume (self, node, listenerNode=None, cutoff=None) |
| def | playSfx (self, sfx, looping=0, interrupt=1, volume=None, time=0.0, node=None, listenerNode=None, cutoff=None) |
| def | setCutoffDistance (self, d) |
| def | setFinalVolume (self, sfx, node, volume, listenerNode, cutoff=None) |
Public Attributes | |
| cutoffDistance | |
| cutoffVolume | |
| distanceScale | |
Static Public Attributes | |
| int | UseInverseSquare = 0 |
Play sound effects, potentially localized.
| def __init__ | ( | self | ) |
| def getCutoffDistance | ( | self | ) |
Return the curent cutoff distance.
| def getLocalizedVolume | ( | self, | |
| node, | |||
listenerNode = None , |
|||
cutoff = None |
|||
| ) |
Get the volume that a sound should be played at if it is localized at this node. We compute this wrt the camera or to listenerNode.
| def playSfx | ( | self, | |
| sfx, | |||
looping = 0 , |
|||
interrupt = 1 , |
|||
volume = None , |
|||
time = 0.0 , |
|||
node = None , |
|||
listenerNode = None , |
|||
cutoff = None |
|||
| ) |
| def setCutoffDistance | ( | self, | |
| d | |||
| ) |
| def setFinalVolume | ( | self, | |
| sfx, | |||
| node, | |||
| volume, | |||
| listenerNode, | |||
cutoff = None |
|||
| ) |
Calculate the final volume based on all contributed factors.
| cutoffDistance |
| cutoffVolume |
| distanceScale |
|
static |


{% comment %}
Styles are added based on the page.styles variable
This variable is defined in front-matter with:
---
styles:
- href: "./yo.css"
- href: "./font-maybe.css"
---
{% endcomment %}
{%- if layout.styles -%} {%- for style in layout.styles -%}
{%- endfor -%} {%- endif -%}
{%- if page.styles -%} {%- for style in page.styles -%}
{%- endfor -%} {%- endif -%}


{% extends "layout.html" %} {% block heading %}
I've got a hunch these will work for you:
{% endblock %} {% block body %} {% if queried_restaurants %}
|
|
Reviews: |
|
{{ i['user']['name'] }} gave it {{ i['rating'] }} stars:"{{ i['excerpt'] }}" |
Woah, it feels like {{ weather['feelslike_f'] }} degrees out there!!
{% set rain='0.00'%} {% if weather['precip_1hr_in'] != rain%}It just rained {{ weather['precip_1hr_in'] }} inches.
{% endif %}The weather is looking a little rough!!
Order in == Win win.
Try one of these guys
{% endif %} {% else %}Chekout the source code - Checkout Andrew Conti
{% endblock %}


Watch The Strokes’ Julian Casablancas join The Raconteurs to perform ‘The Modern Age’
It's the first time White and Casablancas have shared a stage since the early '00s
Julian Casablancas joined The Raconteurs onstage last night to deliver a special rendition of The Strokes‘ ‘The Modern Age’. Check out fan-shot footage below.
The Jack White-fronted group, who released their long-awaited album ‘Help Us Stranger‘ this summer, performed in Mexico City yesterday evening (November 18).
During the encore, White and co. welcomed Casablancas to the stage as they launched into ‘Is This It’ highlight ‘The Modern Age’. Towards the end of the energetic performance, The Strokes’ frontman clambered up onto a speaker stack before bowing down to fellow indie icon White. After the song ended, the singer quickly departed the stage to rapturous applause.
The Raconteurs posted a series of images of the performance on their official Instagram account following the show. See those below.
As Consequence Of Sound notes, this is the first time White and Casablancas have shared a stage since the early ’00s. During The Strokes’ hometown show at NYC’s Radio City Music Hall in 2002, White performed ‘New York City Cops’ with the group.
Guitarist Nick Valensi teased back in Septmeber that the band had completed work on their new album, which will follow on from 2013’s ‘Comedown Machine‘. This came after The Strokes debuted a new song called ‘The Adults Are Talking’ in May.


These examples give a quick overview of the Spark API.
Spark is built on the concept of distributed datasets, which contain arbitrary Java or
Python objects. You create a dataset from external data, then apply parallel operations
to it. The building block of the Spark API is its RDD API.
In the RDD API,
there are two types of operations: transformations, which define a new dataset based on previous ones,
and actions, which kick off a job to execute on a cluster.
On top of Spark’s RDD API, high level APIs are provided, e.g.
DataFrame API and
Machine Learning API.
These high level APIs provide a concise way to conduct certain data operations.
In this page, we will show examples using RDD API as well as examples using high level APIs.
RDD API examples
Word count
In this example, we use a few transformations to build a dataset of (String, Int) pairs called counts and then save it to a file.
Spark can also be used for compute-intensive tasks. This code estimates π by "throwing darts" at a circle. We pick random points in the unit square ((0, 0) to (1,1)) and see how many fall in the unit circle. The fraction should be π / 4, so we use this to get our estimate.
In Spark, a DataFrame
is a distributed collection of data organized into named columns.
Users can use DataFrame API to perform various relational operations on both external
data sources and Spark’s built-in distributed collections without providing specific procedures for processing data.
Also, programs based on DataFrame API will be automatically optimized by Spark’s built-in optimizer, Catalyst.
Text search
In this example, we search through the error messages in a log file.
In this example, we read a table stored in a database and calculate the number of people for every age.
Finally, we save the calculated result to S3 in the format of JSON.
A simple MySQL table "people" is used in the example and this table has two columns,
"name" and "age".
MLlib, Spark’s Machine Learning (ML) library, provides many distributed ML algorithms.
These algorithms cover tasks such as feature extraction, classification, regression, clustering,
recommendation, and more.
MLlib also provides tools such as ML Pipelines for building workflows, CrossValidator for tuning parameters,
and model persistence for saving and loading models.
Prediction with logistic regression
In this example, we take a dataset of labels and feature vectors.
We learn to predict the labels from feature vectors using the Logistic Regression algorithm.


Home
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Real reasons Gombe Deputy Speaker was impeached —Majority Leader
by Chima AzubuikeChima Azubuike, Gombe
The Gombe State House of Assembly says the impeachment of Hon. Shuaibu Haruna had nothing to do with the acrimony between the Assembly and Governor Inuwa Yahaya as speculated.
According to Majority leader, who represents Pero Chonge constituency, Samuel Markus, Haruna’s impeachment was “in good faith” and not based on the failure of the Executive to meet the demands of the House as alleged.
Markus, who briefed journalists on Sunday midnight on behalf of the entire members of the Assembly after a closed door nocturnal meeting with some aides of the governor, said the state Assembly had “total loyalty” for Governor Yahaya.
He noted that Gombe State House of Assembly was “working harmoniously” with the governor to achieve the much needed change.
SEE ALSO: Police parade pastor for raping, impregnating daughter
“Every system has it own internal mechanisms of adjusting. We felt it was better to make adjustment so that the House can be able to run smoothly.
“The House needs a good understanding and cohesion between ourselves.
“It has nothing to do with government, it has nothing to do with the Assembly.
“We have total loyalty for His Excellency, Alhaji Inuwa Yahaya, and we are working with him harmoniously.
“Bills that came to the House from the governor, we have acted promptly upon and we acted positively.
“It was just an internal adjustment and we have every right under the law to make adjustments within the House to serve the people of Gombe State very well and humanity,” he said.
Markus added that the constitution provides that, as members, they could make “adjustment” in the House if members are not comfortable with any officer acting in a capacity or lack confidence in him.
“We have the right to change this officer by a vote of two-thirds majority of the House; and we acted according to law.”
The former Deputy Speaker, Shuaibu Haruna, was removed on Tuesday by 21 of the 24-member House; and replaced by Sidi Buba.
Of the 24 members, 19 are of the All Progressives Congress, while five are of the Peoples Democratic Party.


| DOSE: T+ 0:00 |
15 mg |
oral |
2C-B-Fly |
(powder / crystals) |
| T+ 0:00 |
1 cup |
oral |
Coffee |
|
| T+ 0:30 |
1 cig. |
smoked |
Cannabis |
|
I have tried this compound twice before at 8mg and 10mg and found both to be good overall, but lacking visually. Hopefully this dose (15mg) will be better. I ate a small meal about an hour ago, so my stomach should now be empty enough to not hinder the performance of this compound too much.
+ - 0.00 - Ingested 15mg of 2C-B-FLY in a 'bomb' made from half a rolling paper and I'm now making a cup of coffee to speed up the onset and rolling a joint to smoke in half an hour as I find this always enhances other drugs.
+ - 0.15 - Some stomach discomfort noted. Nothing serious, just a similar feeling I get after ingesting MDMA. Also, starting to feel the head high and slight euphoria coming on.
+ - 0.30 - Beginning to feel very communicative, words flow very easily as I write this. Going to smoke the joint now to help bring on the effects.
+ - 0.45 - The first signs of visuals are appearing. Objects appear to move and ripple very slightly. My sense of time and distance are also beginning to be affected. Time seems to be passing very slowly and simple tasks such as walking and typing are becomming more difficult. It's time for an old favourite of mine, a movie with the sound turned down and music. * Music sounds much 'bigger' than normal and feels as if it surrounds me.
+ - 1.00 - I'm starting to feel a bit of stimulation now, I keep finding myself tapping my foot. The visuals and head space are also starting to become slightly more intense. Clouds on the TV appear to be bulging and thinking clearly is becoming difficult. Also noted that music recorded by bands sounds much better to me than electronic music, which is unusual for me on psychedelics. Emotions conveyed in music seem much stronger somehow too. Also, beginning to feel a slight tightness in my chest and shivers reminiscent of piperazines.
+ - 1.15 - I keep noticing flashes of neon colour in my peripheral vision and colours appear brighter than usual although visuals are still only slight. I gave electronic music another try and it appears to be just as good as (if not, better than) live music. I could see this being a great club drug at this dose.
+ - 1.30 - Dark DnB is bringing on a strong urge to dance which is worrying as I'm a firm believer that dancing on your own is very, very sad. Overall the effects can be felt much more strongly than with 8-10mg, but this compound still only has a slight psychedelic edge. I will probably allow a week or so to prevent any tolerance issues then try 20-25mg to push for stronger psychedelic effects.
+ - 2.00 - This chemical is definitely best enjoyed with danceable music. It seems better suited for use as a stimulant than anything else. I feel like I've definately been at a plataeu since the hour point, haven't noticed anything worth mentioning since then.
...Just as I typed that objects started moving around the screen and I'm starting to notice definate tracers. Also noticing that concentrating on anything for more than a few seconds has definately become more difficult.
+ - 2.30 - The stimulant effects seem to have subsided and visuals are becoming more intense, this is more like what I was hoping for. Objects are warping, glowing and changing colour slightly. Also, more tracers are appearing. I just spoke to a friend on the phone and it caused quite a lot of confusion, I think I was coherent but the head space has definately intensified. 2C-B-FLY is starting to remind me of its cousin Bromo-DragonFLY at low doses. It's time to ditch danceable music in favour of Shpongle.
+ - 3.00 - Visuals and head space are both at a nice fairly intense but managable level now. As much as this felt like a great club drug earlier I think it would be easy for things to become overwhelming in that enviroment at this stage, especially for less experienced trippers.
+ - 4.00 - Both visuals and head space are both still strongly present but starting to dwindle slightly. Lights appear to be emitting neon glows and looking at them is causing brightly coloured spots in my vision, these spots keep moving around and morphing. If I wanted to keep this going I would consider an 5-10mg redose at this point.
+ - 5.00 - The head space has let up significantly except for brief moments of confusion. I'm still left with subtle visuals and a nice body high.
+ - 6.00 - I feel almost back to baseline now, I would consider myself fit to drive and feel I will be able to sleep tonight without much trouble.
Conclusion:
This dose was much more psychedelic than 8-10mg, although it could still have been more visual. I think I will probably try 18-20mg in the near future, any more and I think the head space would begin to become unmanageable, but we'll see. I still have roughly 85mg left so there's still enough for further experimentation.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


JavaScript Lesson 5 - May 4 to May 10
Hello everyone,
This week you will deal with built-in functions in JavaScript.
I've included a video explaining some built-in fucntions and the HTML file that was used. After you watch the video and study the file, please try the exercises below.
Good luck and feel free to reach out if you are having any issues<EMAIL_ADDRESS>Video Lessons (Created by Mr. Andrew MacDougald of Colonel Gray)
Files for Following the Videos
Student Exercise(s)
- Build a random generator that generates integers between 1 and 100.
- Build a random generator that generates integers between 20 and 101.
- Build a random generator that generates numbers between 1 and 100 but they must have one decimal. Examples are 58.7, 94.6, 9.5, 22.4.
- Build a program that will allow a user to input a word. The program will display the second and second last letter of the word.


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Hi, I'm u/fish312. You may remember me for my Uber Elder Fight Simulator and my Tiny's Trial Crafting Simulator.
Well, I'm back again this league, with another poorly thought-out browser based atrocity. Inspired by the Twitch Plays Pokemon experiment of yesteryear, I present to you... PoESimulator - Reddit Plays PoE
Features
- Free to play, straight from your web browser yet again
- Join the queue, and take turns to control the exile
- Click within the display window to move during your turn
- Flasks (1-5) and skill keys (QWERT) supported, also (I) for inventory and (P) for passive tree
- Some parts of the screen are unclickable to prevent potential griefing
- Running on a potato PC, because EC2 instances with graphics cards are expensive
- SSF for the true exile experience
- Mobile devices not officially supported
How far will the collective minds of Reddit progress? How many exiles does it take to save Wraeclast? Let's find out.


|
G24Lib
A set of convenient classes, functions and other utilities mainly for quickly writing numerical code. Provides relatively easy integration with CUDA, general Runge-Kutta methods, linear equation solvers and more.
|
A mock array with default-constructed elements of type Type
.
More...
Public Types | |
| using | indexer_type = indexer |
| using | value_type = Type |
Public Member Functions | |
| CUDA_HOS_DEV | empty_array (const indexer sz=0) |
| CUDA_HOS_DEV Type | operator[] (const indexer i) const |
| void | resize (const indexer new_size) |
| CUDA_HOS_DEV indexer | size () const |
A mock array with default-constructed elements of type Type
.
indexer
must be a valid choice for g24_lib::Definitions::default_unsigned_indexer. Definition at line 132 of file general_helpers.h.
| using g24_lib::empty_array< Type, indexer >::indexer_type = indexer |
Definition at line 138 of file general_helpers.h.
| using g24_lib::empty_array< Type, indexer >::value_type = Type |
Definition at line 137 of file general_helpers.h.
|
inline |
Definition at line 139 of file general_helpers.h.
|
inline |
Definition at line 150 of file general_helpers.h.
|
inline |
Definition at line 146 of file general_helpers.h.
|
inline |
Definition at line 142 of file general_helpers.h.


Monica Dengo was born in Italy in 1966. In 1993 she moved to San Francisco (California) and in 2001 she acquired dual citizenship, Italian and American. Currently she lives in Arezzo, Italy.
Monica began the study of graphic design in Venice, Italy and England. In London she studied calligraphy and bookbinding at the Roehampton Institute (1991-1992) with Gaynor Goffe and Ewan Clayton. In 1993 she moved to San Francisco (California) and spent three years studying independently full time manuscript production techniques, illumination, design and history of lettering with Thomas Ingmire. She also studied figure drawing with Eleanor Dickinson. The San Franscisco Art Instiute Library, the Correr Museum and Marciana libraries in Venice (Italy) were also a part in her independent studies. In 2012 she was artist-in-residence for two month at the Emily Harvey Foundation in Venice.
She has collaborated with Fondazione Musei Civici di Venezia and FAI - Fondo Ambiente Italiano.
She is teaching calligraphy at Centro Internazionale Arti Calligrafiche - www.articalligrafiche.it and; in the past she also taught also at Academy of Art University - San Francisco, California - www.academyart.edu, Libera Università di Bolzano, ISIA in Faenza, Ca’ Foscari University in Venice.
In this course we will develop written forms from real and imagined objects and from the sounds of voices and languages. We will also do a visual study of Oriental calligraphy. In the end all our studies will be standardized and reduced to recognizable alphabetical forms. All the works and the final alphabet will be assembled in a book.
Printing and technology related to the design of typefaces have developed in the West and then in the globalized world. Typography has an ideological and symbolic role whose vast use has reduced, or sometimes completely erased, other registration modes of symbols and ideas, including writings from other cultures and our own handwriting. In general we can say that reducing writing systems to typographic writing systems is a form of colonization. The Western calligraphic tradition is directly and logically linked to typography.
A respectful observation of other writing systems reveals other evolutions, other relationships between form and content, writer and writing, body gesture and trait.
This is not the place to go into such a vast topic, but we can do exercises and games to help us guess the limits of typography.
{% if page.short %} {% else %}"A writing tradition scores, identifies and distinguishes a culture as much as the spoken languages, with which it overlaps and mixes”.
Tullio de Mauro (Scritture. Le forme della comunicazione, a cura di Giovanni Lussu, Antonio Perri, Daniele Turchi, Roma 1998)
Bibliography:
- Antropologia della Scrittura - Giorgio Raimondo Cardona
- Silence - John Cage
- Brush Mind - Kazuaki Tanahashi
- Variazioni sulla scrittura - Roland Barthes
- Il pieno e il vuoto - François Cheng
- Out of Character - Asian Art Museum, San Francisco


JavaScript
imperative animations
JavaScript Animation Tips
- Use
requestAnimationFrame()
- Decouple animations from events
- Keep your JavaScript code concise
- Don’t use jQuery
Which CSS Properties to Animate?
Main types of CSS properties
- Layout properties
- Paint properties
- Composite properties
Good Practice
- position
- scale
- rotation
- opacity
CSS
declarative animations
- Animation
- Transition
CSS Animation Tips
- Avoid simultaneous animations
- Examine your animations in slow motion
- Delay all animations by a fraction of a second
- Don’t bind CSS animations to scroll
- Combine CSS with SVGs
When to Use Will-Change?
.element {
will-change: transform, opacity;
}
Testing
Summary


Imagine a Single Page Web Application which is able to record spoken text as audio (mobile and desktop) and replay the recorded audio. The once recorded audio should be sent together with the email address of the user to a REST-API backend. The backend API receives the audio and asynchronously processes it by an algorithm which corrects potential (grammatical) errors and produces a corrected audio. Once the audio is corrected, the backend API sends it back to the frontend, where it is displayed and can be played back by the user. Made by the Recorder App
Recordings:


This index.html page is a placeholder with the CSS, font and favicon. It's just waiting for you to add some content! If you need some help hit up the Skeleton documentation.
{% include 'footer.html' %}
{% include 'css.html' %}
{% include 'js.html' %}


Discover New Music
No more having to switch back and forth between applications. Listen to the mainstream and underground all in one place.
Easily find a song or playlist just for your mood your in with our easy tag system. Find songs by their specific qualities wether it be the BPM, Tempre, or dancability.
Analyze any song you like to find out its unique qualities, wether your a DJ looking to create a harmonic mix or a singer looking for a song to sing in a specific key all of the data is made available.
Have the ability to share songs and playlist with friends and the Symphinity community. Earn a plaque on your profile showing how much of a tastemaker you are.


Class Room : TBD
Timings : Thursday 2PM to 4:50PM
Course Description :
The domain of microwave monolithic integrated circuits (MMIC) design and fabrication engineer stretches from realms of device physics and microwave circuit theory in the frequency range from 300MHz to 300 GHz. The main goal of the course is to embody most of the application of the spectrum that have been deployed during the past five decades due to advances of many microwave solid -state devices. The principles of semiconductors emphasizing 1) the properties which predominate at microwave frequencies, 2) the theories for circuit design techniques required to utilize them at microwave frequencies, and 3) practical engineering applications for controlling microwave signals in amplitude and phase using semiconductors, will be treated in great details. Special emphasis will be laid on correlation of S 'parameters with microwave device parameters and their usage in designing Low-noise amplifiers, High-power amplifiers and oscillators and their integration in MMIC design.Syllabus - click here to download the syllabus for this course.
Course Schedule : Find the course scheule and solutions to the assignments here.
| Date | Topic | Assignment | Due Date | Solutions |
|---|


What's going on in your new city? Enter an address and hit submit and the NY Times will tell you here!
Type in an address above and find relevant Wikipedia articles here!


Use your mouse to move.
normal
fight
flying
poison
ground
rock
bug
ghost
steel
fire
water
grass
electric
psychic
ice
dragon
dark
fairy
PLAY
Username
Score
Type
Disconnected from Server
RECONNECT


--- layout: page title: "News and Events" description: "News about workshops, symposia and publications" header-img: "img/news-bg.jpg" ---
Interagency in Technologically-Mediated Performance [ January 29th 2016 ]
The Sonic Writing research projected started by participating in a wonderful symposium at Bournemouth University on the philosophy of technology in the domain of musical performance, called Interagency in Technologically-Mediated Performance. I presented a paper on questioning music technology and how technology should be seen as something we do, rather than something we buy.
The symposium will be recorded and eventually uploaded onto the Translating Improvisation project website.
LCRN Day in Somerset House [ January 28th 2016 ]
The last event organised under the two-year AHRC funded Live Code Research Network took place in the Somerset House in London. The day set out to plan the future of the network, which includes this year's ICLC, which will be in Hamilton, Canada in October.
The Sound and Music organisation for new music then hosted a Creative Data Club, where we presented some live coding projects. The day ended with two live coding performances as part of the Big Bang Data exhibition.


Exporter
), obtaining a proxy from an exported remote
object (ProxyAccessor
), obtaining the
server-side context information for an executing remote call (ServerContext
), and defining export permissions
(ExportPermission
).See: Description
| Interface | Description |
|---|---|
| Exporter |
An abstraction for exporting a single remote
object such that it can receive remote method invocations, and
later for unexporting that same remote object.
|
| ProxyAccessor |
Provides a means to obtain a proxy from an exported remote object.
|
| ServerContext.Spi |
Defines the interface for server context providers, which are
consulted by
ServerContext.getServerContext() if no server context
has been explicitly associated with the current thread via a previous
call to ServerContext.doWithServerContext(java.lang.Runnable, java.util.Collection) . |
| Class | Description |
|---|---|
| ExportPermission |
Defines runtime permissions for
Exporter implementations. |
| ServerContext |
The
ServerContext class contains static methods to
execute some action within an appropriate server context for the
current thread and to obtain the server context for the current thread. |
Exporter
), obtaining a proxy from an exported remote
object (ProxyAccessor
), obtaining the
server-side context information for an executing remote call (ServerContext
), and defining export permissions
(ExportPermission
). These abstractions are
independent of communication protocols, remote invocation semantics,
and other details of remote object behavior.
Exporter
abstraction is intended to satisfy the
following requirements:
The interface Exporter
is a
high-level API for both exporting a single remote object so
that it can receive remote method invocations, and unexporting
that same remote object. Applications can use a Configuration
provider together with
the Exporter
interface to export remote objects in a way
that can be configured and deployed at run-time to use specific
implementations of the Exporter
interface. See the net.jini.config
package documentation for examples on configurable exporting.
Several implementations of the Exporter
interface are provided:
JrmpExporter
Exports an object using the Java(TM) Remote Method Invocation (Java RMI) implementation in Java 2, SDK, Standard Edition (J2SE(TM)). The behavior of remote objects exported via a JrmpExporter
are the same as the behavior of objects exported via equivalentexportObject
methods of thejava.rmi.server.UnicastRemoteObject
andjava.rmi.activation.Activatable
classes.IiopExporter
Exports an object using the Java Remote Method Invocation over Internet-ORB Protocol technology (RMI-IIOP) in J2SE. The behavior of remote objects exported via an IiopExporter
are the same as the behavior of objects exported via theexportObject
method of the classjavax.rmi.PortableRemoteObject
and (where appropriate) connected to anORB
via theconnect
method ofjavax.rmi.CORBA.Stub
.BasicJeriExporter
Exports an object to use Jini extensible remote invocation (Jini ERI). A remote object exported with BasicJeriExporter
can have associated custom remote invocation and dispatch behavior, as well as a customized communication protocol.
The details of export and unexport behavior, including
communication protocols used for remote invocation and additional
invocation semantics, are defined by the particular implementation of
the Exporter
interface.
To export a remote object, an application needs to either construct
a new instance of an Exporter
implementation explicitly
or use the Configuration.getEntry
method to obtain a new
instance of an Exporter
implementation. It is preferable
to obtain exporters via the Configuration
provider
because doing so eliminates application code dependency on specific
Exporter
implementations. Only a single object can be
exported per Exporter
instance. Since an exporter hides
all the details of export behavior (for example, an object or
activation identifier) and such information in many cases is only
applicable to a single object, it simplifies the abstraction and the
programming model to require a new exporter per export.
The export
method exports a remote object and returns
a proxy that implements all the remote interfaces of the remote object
and that can be used to invoke remote methods on that exported remote
object. The caller should not make any assumptions about the behavior
of the Exporter
implementation to which the object was
exported, the implementation of the returned proxy (for example, it
need not be a "stub" class as defined in the Java RMI specification), or
the communication protocols used by the returned proxy to invoke
remote methods.
A remote object exported via a given Exporter
instance
can later be unexported by invoking the unexport
method
of that Exporter
instance.
ProxyAccessor
The interface ProxyAccessor
provides a
means to obtain a proxy for an exported remote object and is typically
used in conjunction with activatable remote objects. An activatable
remote object should implement this interface so that the activation
group can obtain the remote object's proxy once the remote object is
created (activated) and exported. If an activatable remote object
does not implement this interface, it must define a constructor that
takes as arguments an ActivationID
and a
MarshalledObject
, and it must be serializable and
marshalling the object produces a suitable proxy for the remote
object.
ServerContext
The class ServerContext
provides a generic API for associating and obtaining server context
information for a remote call executing in the current thread.
The class contains static methods for obtaining the server context for
the current thread (ServerContext.getServerContext
) and
for executing some action within a given server context
(ServerContext.doWithServerContext
). In addition, the
ServerContext
class provides the interface ServerContext.Spi
for server context
providers that are consulted to obtain a server context if one is not
already associated with the current thread via the
ServerContext.doWithServerContext
method.
The context information available from a given element of the collection is determined by that element's type. Examples of types that a given element might implement include:
A remote object does not itself set up a ServerContext
,
rather the Exporter
implementation that
dispatches incoming calls to its exported remote objects may establish
one for each call that it services.
For supplying context information for remote method execution, the
BasicJeriExporter
implementation uses the method
doWithServerContext
and the JrmpExporter
implementation uses the provider interface
ServerContext.Spi
. The IiopExporter
implementation does not support the ServerContext
API in
supplying context information for incoming calls dispatched to its
exported objects.
ExportPermission
The class ExportPermission
defines runtime permissions associated with export-related
operations. When invoking AbstractILFactory.getInvocationDispatcherMethods(java.rmi.Remote)
, the calling
context must have been granted the permission
ExportPermission("exportRemoteInterface.interfaceName")
for each non-public remote interface the supplied remote object
implements.
Copyright 2007-2013, multiple authors.
Licensed under the Apache License, Version 2.0, see the NOTICE file for attributions.


IntroductionThere are three stages to command line processing. They are the definition, parsing and interrogation stages. The following sections will discuss each of these stages in turn, and discuss how to implement them with CLI. Definition StageEach command line must define the set of options that will be used to define the interface to the application. CLI uses the Options class, as a container for Option instances. There are two ways to create Option s in CLI. One of them is via the constructors, the other way is via the factory methods defined in Options . The Usage Scenarios document provides examples how to create an Options object and also provides some real world examples. The result of the definition stage is an Options instance. Parsing StageThe parsing stage is where the text passed into the application via the command line is processed. The text is processed according to the rules defined by the parser implementation. The parse method defined on CommandLineParser takes an Options instance and a String[] of arguments and returns a CommandLine . The result of the parsing stage is a CommandLine instance. Interrogation StageThe interrogation stage is where the application queries the CommandLine to decide what execution branch to take depending on boolean options and uses the option values to provide the application data. This stage is implemented in the user code. The accessor methods on CommandLine provide the interrogation capability to the user code. The result of the interrogation stage is that the user code is fully informed of all the text that was supplied on the command line and processed according to the parser and Options rules. |


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The fdholder library provides an API for clients wanting to communicate with a s6-fdholderd daemon.
Check the s6/fdholder.h header for the exact function prototypes.
The src/fdholder/s6-fdholder-*.c files in the s6 package, for instance, illustrate how to use the fdholder library.
The explanation given there applies here too: the functions documented in this page are synchronous, but can return early if the deadline is reached, in which case the connection to the server should be closed immediately because no protocol consistency is guaranteed.
The s6-fdholderd server should be very quick to answer queries, so this mechanism is provided as a simple security against programming errors - for instance, connecting to the wrong daemon.
s6_fdholder_t a = S6_FDHOLDER_ZERO ; int fd = 6 ; tain_now_g() ; s6_fdholder_init(&a, fd) ; (...) s6_fdholder_free(&a) ;
s6_fdholder_init assumes that fd is a socket already connected to an s6-fdholderd daemon. The a structure must be initialized to S6_FDHOLDER_ZERO before use.
tain_now_g() initializes a global variable that keeps track of the current time, for use with later functions.
s6_fdholder_free frees the resources occupied by a. It does not, however, close fd. You should manually close it to end the connection to the server. Note that if your program has been started by s6-ipcclient, both fds 6 and 7 are open (and refer to the same socket), so you should close both.
Alternatively, if your connection to s6-fdholderd has not been created yet, you can use the following functions:
int s6_fdholder_start (s6_fdholder_t *a, char const *path, tain_t const *deadline, tain_t *stamp)
Starts a session with a s6-fdholderd instance listening on path. a must be initialized to S6_FDHOLDER_ZERO before calling this function. On success, returns nonzero and a can be used as a handle for the next s6_fdholder_* function calls. On failure, returns 0, and sets errno.
void s6_fdholder_end (s6_fdholder_t *a)
Ends the current session and frees all allocated resources. If needed, a is immediately reusable for another s6_fdholder_start call.
int r ; int fd ; tain_t limit = TAIN_INFINITE ; char const *id = "my_identifier" ; r = s6_fdholder_store_g(&a, fd, id, &limit, &deadline) ;
s6_fdholder_store (and its variant s6_fdholder_store_g that uses the global timestamp variable) attempts to store a copy of descriptor fd into s6-fdholderd, using identifier id, with an expiration date of limit. In this example, limit is TAIN_INFINITE, which means no expiration date. The operation should return before deadline, else it will automatically return 0 ETIMEDOUT. The result is 1 on success and 0 on failure, with an appropriate errno code.
fd = s6_fdholder_delete_g(&a, id, &deadline) ;
s6_fdholder_delete attempts to delete the file descriptor identified by id. It returns 1 on success and 0 on failure, with an appropriate errno code.
fd = s6_fdholder_retrieve_g(&a, id, &deadline) ;
s6_fdholder_retrieve attempts to retrieve the file descriptor identified by id. It returns a valid fd number on success, and -1 on failure, with an appropriate errno code.
s6_fdholder_retrieve_delete() performs a retrieval and a deletion at the same time, if the client is authorized to do so.
stralloc list = STRALLOC_ZERO ; int n ; n = s6_fdholder_list_g(&a, &list, &deadline) ;
s6_fdholder_list gets the list of all identifiers currently held by the server. It stores it into the stralloc list, as a series of null-terminated strings, one after the other. There are n such strings. The function returns n on success, or -1 on failure, with an appropriate errno code.
genalloc dump = GENALLOC_ZERO ; r = s6_fdholder_getdump_g(&a, &dump, &deadline) ;
s6_fdholder_getdump attempts to retrieve the whole set of descriptors from the server. It returns 1 on success, and 0 on failure, with an appropriate errno code. The set is stored into the genalloc dump, which is to be interpreted as a stralloc containing an array of s6_fdholder_fd_t.
genalloc_s(s6_fdholder_fd_t, &dump) is a pointer to this array, and genalloc_len(s6_fdholder_fd_t, &dump) is the number of elements in the array. A s6_fdholder_fd_t contains at least a descriptor number, an identifier, and an expiration date, see the s6/fdholder.h header file.
unsigned int dumplen ; s6_fdholder_fd_t const *dumparray ; r = s6_fdholder_setdump_g(&a, &dumparray, dumplen, &deadline) ;
s6_fdholder_setdump attempts to send a set of descriptors to the server. The descriptors are contained in the array dumparray of length dumplen. The function returns 1 on success, and 0 on failure, with an appropriate errno code.


Cork Fire Brigade urging people to dial 999 instead of filming emergencies
by Stephen McNeicePeople are being urged to dial 999 to report emergencies rather than filming videos of them to post on social media.
Cork Fire Brigade says they are getting fewer calls because people are using their phones to film car crashes or fires.
Speaking to Newstalk Breakfast, Third Officer Gerard Ryan said the situation makes their job a lot more difficult.
He explained: "Unfortunately we're coming across more situations where people are putting their own lives in danger and the lives of the emergency services in danger by filming rather than making the phone call.
"They're getting the best picture rather than ringing the fire service, the ambulance service or the gardaí.
"People assume from seeing people on phones that they're actually ringing the emergency services, where some of them are actually just taking photographs for their social media and stuff like that."
Mr Ryan said it happens across other incidents such as road crashes, not just fires - with some passing cars veering towards emergency services' work area as motorists use their phones.
He urged people to follow their advice to call the emergency services before taking photos or videos.
He explained: "The more calls we get, the more accident information we can get.
"The quicker we get there, the safer we can make the situation. Please dial the emergency services - not just the fire service... dial whichever emergency service is needed."
He stressed that people should only make that call when it is safe to do so.


Choosing which track to pursue at Epicodus can be difficult for new students. These questions are meant to help those in the proccess of selecting which programming language to pursue. Consider each question carefully, select your answers and we will suggest which track would suit you best depending on your responses.
Java is also a favorite of enterprise companies, but its appeal is broader as well: it's one of the most popular of all programming languages, and it's used in everything from for high-performance processing to building Android user interfaces. Because Java has very been popular for a very long time and is used in so many applications, it is also a very high-demand language. If you're interested in working for an enterprise-level company, as an Android developer, or in high-performance applications, Java could be a good language to learn.
C# is most popular among bigger established businesses, often for building internal software. Because it's been around for a long time and has the backing of Microsoft, it is one of the most in-demand languages in the job market. C# has also been going through a bit of a rebirth lately, with Microsoft open sourcing the language and surrounding platform, porting it to run on Mac and Linux, and incorporating many of the best features of other languages. If you like the idea of working for a larger company on business software, C# is a great choice.
Ruby is a favorite language of developers building interactive web applications. If an app involves users creating accounts, entering information, and interacting with dynamic content, there's a good chance it is built with Ruby. Ruby became popular because the Rails framework, which is written with Ruby, simplified many of the common tasks associated with building web applications. It's most popular with startups and smaller companies who are looking to build their product quickly.
PHP is most used in content-heavy websites with relatively little user interaction. The most popular content management systems - Wordpress, Drupal, and Joomla - are all written in PHP, and everything from local restaurants' websites up through large complex government deployments are built with these tools. If you're keen to work for an agency that builds websites for clients, or if you like the idea of building out sites for brands, businesses, and organizations, PHP is a great direction to go.
In a world dominated by big brands and big ideas, the need for skilled designers is greater than ever. Whether you're an aspiring freelancer, a design-savvy front-end developer, or a budding UI/UX designer, this course is a launching point for anyone interested in designing beautiful, memorable web experiences.


Testing page for TinyML Experiments BLE Api
version:
?
data provider labels:
?
Connect
Test Transfer
Calibrate
Set state..
IDLE_DISCONNECTED
IDLE_CONNECTED
FILE_TRANSFER
INFERENCE
IMU_DATA_PROVIDER
ERROR_STATE
CALIBRATION
INFERENCE_AND_DATA_PROVIDER
Write meta data (64 bytes max)
use magnetometer:


Landing Page
Special Projects
This story is part of a series of specially designed stories that represents some of the best journalism The Post has to offer. Check out the rest of the special projects here.
MEAGAN HALL
08.24.17
Every year, Andrew Holzaepfel attempts to bring in an “eclectic” line up of performers for the Performing Arts and Concert Series — and this year, he said the line up is “extremely strong.”
The Performing Arts and Concert Series is a set of shows covering everything from pop artists to comedians and jazz to theater. Most of the shows, with the exception of some special add-on events, take place in the Templeton-Blackburn Alumni Memorial Auditorium.
The series is split into two primary sub-series, concert and main. The concert series showcases artists people might hear while tuning their car radios to their favorite stations.
As of now, there are only two acts on the roster for the concert series. Country duo Brothers Osborne will perform Sept. 8, and The Simon and Garfunkel Story will celebrate its 50th anniversary in MemAud on Oct. 4. Tickets for those two events are already on sale.
PROVIDED VIA Andrew Holzaepfel
Brothers Osborne for Performing Arts and Concert Series.
The main series is similar to a traditional subscription package that other performing arts venues might offer, Holzaepfel, the senior associate director of student activities, said. The main series is a group of nine diverse shows that can be sold as a package or broken up into its individual shows.
There are certain types of shows Holzaepfel looks for every year, he said, including touring Broadway shows. Two Broadway hits, Cabaret and The Wizard of Oz, will stop in Athens this academic year.
As for the other shows, Holzaepfel said he rotates between the traditional fine arts genres, such as jazz and theatrical pieces.
“Some years we’ll have dance; some years we’ll have a classical orchestra; some years we’ll have a theater piece,” he said. “We kind of rotate through, on a year-to-year basis, the type of shows that are on there, but we try to keep the series pretty eclectic.”
Along with the two Broadway titles, Holzaepfel said the addition of Kenny G enhances the line up. The musician, known for his skills on the saxophone, will perform in MemAud during Spring Semester.
The Performing Arts and Concert Series will also highlight and teach students at Ohio University.
The series will team up with the School of Music to bring Broadway for the Holidays. The show will be in celebration of the school’s 100th anniversary.
“We will be working directly with the School of Music in kind of producing that show, so that’s a really exciting opportunity for Athens,” Holzaepfel said.
Another exciting opportunity for Athens will come when Project Trio will visit for five days in September to teach master classes, conduct outreach in the city and educate people, Holzaepfel said. When the chamber music group performs in MemAud, it will be accompanied by OU's School of Music Symphony Orchestra.
“On top of their performance on the series, they’re going to do another (number of) activities over the course of the week, so we’re pretty excited about that,” he said.
In addition to the concert and main series, the Campus Involvement Center will put together upward of 20 more shows. Those events include sponsored events or special add-ons for university weekends.
The show for Dads Weekend will feature comedian Dave Coulier, who is known for his role as Uncle Joey on Full House and its reboot, Fuller House.
Mallory Walsh, a senior studying studio art, has seen some of the shows OU has to offer. She said the acts that come to OU are “pretty neat” and provide an enriching experience at a discounted price.
As a person who studies art, Walsh believes it is important to appreciate the performances OU brings to Athens.
“After being in this major for a while, you kind of realize how much the arts are on a decline lately. … It’s kind of forgotten,” she said. “People kind of see it as, ‘Oh, this is a cool hobby,’ (so) it’s always downplayed. So I really appreciate that OU offers (performances) because it kind of helps keep the art community alive.”
Holzaepfel also encourages students to come check out the shows in MemAud. Because the venue seats 2,000 people, he said it offers a closer look at live entertainment.
“It feels really intimate because there’s just not much distance between even the back seats and the stage,” Holzaepfel said. “I think MemAud is a jewel. I just try to bring in the shows to accent that.”
Mae Yen Yap contributed to this report.
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|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object Objects.JWarTerrainObject
public class JWarTerrainObject
Terrain Object is to be used with JBattleField and specifies an object to be placed on the battle terrain
| Field Summary | |
|---|---|
static int |
TERRAIN_LAND
|
static int |
TERRAIN_TREE
|
static int |
TERRAIN_WATER
|
| Constructor Summary | |
|---|---|
JWarTerrainObject()
|
| Method Summary | |
|---|---|
static int |
assignRandomTerrain(int iType)
Returns a random icon ID for a given terrain type. |
static void |
drawToCell(int iTID,
int iX,
int iY,
int iCellDim,
java.awt.Graphics g,
java.awt.Component c)
Draws this terrain object to a canvas at given coordinates and with given cell size |
static int |
getTerrainType(int iID)
Returns the terrain type by given pseudo-type id. |
static void |
loadTerrainInfo()
Loads the data files from the local directory. |
static boolean |
terrainIsFree(int iID)
Returns true if the specified pseudo-terrain ID represents a free location. |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static int TERRAIN_LAND
public static int TERRAIN_TREE
public static int TERRAIN_WATER
| Constructor Detail |
|---|
public JWarTerrainObject()
| Method Detail |
|---|
public static int getTerrainType(int iID)
iID
-
public static boolean terrainIsFree(int iID)
iID
-
public static void drawToCell(int iTID, int iX, int iY, int iCellDim, java.awt.Graphics g, java.awt.Component c)
iX
- iY
- iCellDim
- g
- public static void loadTerrainInfo()
public static int assignRandomTerrain(int iType)
iType
-
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


${ HTML(textile(escape(post.text).encode('utf-8'))) }
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--- layout: post title: how to get a incomming call’s carrier info date: 2013-02-19 12:03:44.000000000 +00:00 type: post published: true status: publish categories: - voip tags: - call meta: views: '10' author: login: ig2net email<EMAIL_ADDRESS>display_name: "农夫一号" first_name: '' last_name: '' ---
see this link
https://illuminatikarate.com/blog/finding-the-carrier-of-a-cell-phone-number-in-php/
but it seems that the CloudVox have been shutdown.
I have not found a good solution yet, just get some free web page like:
http://www.phonevalidator.com/results.aspx?p=7776665555
or
http://www.whitepages.com/phone/1-777-666-5555
we can hack it.


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Experiences
- build apps
- have fun
- hi
Hacklab Challenges
Challenge 1 - I created a hello World Application
Challenge 2 - I created a paint program
Challenge 3 - I created a program that traverses through directories and finds the files where the first 4 bytes are 127ELF
Challenge 2 - I created a Sudoku puzzle


Next: __fsetlocking, Previous: freopen, Up: Stdio [Contents][Index]
fseek
, fseeko
—set file positionSynopsis
#include <stdio.h> int fseek(FILE *fp, long offset, int whence); int fseeko(FILE *fp, off_t offset, int whence); int _fseek_r(struct _reent *ptr, FILE *fp, long offset, int whence); int _fseeko_r(struct _reent *ptr, FILE *fp, off_t offset, int whence);
Description
Objects of type FILE
can have a “position” that records how much
of the file your program has already read. Many of the stdio
functions
depend on this position, and many change it as a side effect.
You can use fseek
/fseeko
to set the position for the file identified by
fp. The value of offset determines the new position, in one
of three ways selected by the value of whence (defined as macros
in ‘stdio.h
’):
SEEK_SET
—offset is the absolute file position (an offset
from the beginning of the file) desired. offset must be positive.
SEEK_CUR
—offset is relative to the current file position.
offset can meaningfully be either positive or negative.
SEEK_END
—offset is relative to the current end of file.
offset can meaningfully be either positive (to increase the size
of the file) or negative.
See ftell
/ftello
to determine the current file position.
Returns
fseek
/fseeko
return 0
when successful. On failure, the
result is EOF
. The reason for failure is indicated in errno
:
either ESPIPE
(the stream identified by fp doesn’t support
repositioning) or EINVAL
(invalid file position).
Portability
ANSI C requires fseek
.
fseeko
is defined by the Single Unix specification.
Supporting OS subroutines required: close
, fstat
, isatty
,
lseek
, read
, sbrk
, write
.
Next: __fsetlocking, Previous: freopen, Up: Stdio [Contents][Index]


SingularAnnotation
- class pyomexmeta.SingularAnnotation(singular_annotation_ptr: ctypes.c_longlong)
Interface for handling single annotations or Triples (or rdf statements).
This is the lowest level interface exposed to users. It allows you to create arbitrary RDF triples and add them to the RDF graph.
SingularAnnotation
objects are created using theEditor.new_singular_annotation()
method.All
SingularAnnotation
objects need to call theSingularAnnotation.about()
method to set the subject portion of the triple object being created.The predicate portion may be set with the predicate factory, invoked with the
SingularAnnotation.predicate()
method or directly from a full uri usingSingularAnnotation.set_predicate_from_uri()
method- The resource portion of the triple may be set with one of
for creating a literal, uri or blank note respectively.
From section 2.3.6 in the OmexMeta specification:
Singular annotations within COMBINE archive annotation files should be encoded as a single RDF triple. The subject of the triple is the annotated element and should be formatted as a relative URI. The predicate is the URI of a BioModels.net qualifier linking the subject to a URI from a knowledge resource or the Dublin Core Metadata Terms qualifier description. The object of the triple should be an identifiers.org-formatted URI indicating a concept in a knowledge resource, or a text string for free-text definitions of model elements.
The following is an example singular semantic annotation indicating that the model element with meta- data ID “meta0013” from the model file “MyModel.sbml” represents adenosine tri-phosphate:
The following is an example free-text description of a model variable with metadata ID “meta0014”:
- __init__(singular_annotation_ptr: ctypes.c_longlong)
Constructor for a
SingularAnnotation()
object.This constructor should not be used directly by users. Instead use the
Editor.new_singular_annotation()
method.Methods in this class implement a builder interface, by returning a a reference to self. This allows optional chaining of methods together.
- Parameters
singular_annotation_ptr – A pointer to an SingularAnnotation which exist in memory
- __weakref__
list of weak references to the object (if defined)
- about(about: str) → pyomexmeta.pyomexmeta.SingularAnnotation
Create a subject node with the string about
- Parameters
about – a metaid that exists in the model. Errors when this metaid does not exist in the model you are annotating, and presents you with available metaids.
- Returns
SingularAnnotation
reference to self object
- delete() → None
clean up resources associated with this
SingularAnnotation
- get_about() → str
Returns the about (subject) portion of rdf triple
- get_predicate() → str
Return the predicate portion of the rdf triple
- get_ptr() → ctypes.c_longlong
returns the underlying pointer to the memory address that stores this
SingularAnnotation
- get_resource() → str
return the resource portion of the rdf triple
- predicate(namespace: str, term: str) → pyomexmeta.pyomexmeta.SingularAnnotation
This method provides a factory interface for predicate node creation.
- Parameters
namespace – One of * “bqbiol” BiomodelsBiologyQualifier. http://biomodels.net/biology-qualifiers/ * “bqmodel” BiomodelsModelQualifier. http://biomodels.net/model-qualifiers/ * “dc” DCTerm. http://purl.org/dc/terms/ * “semsim” SemSim. http://bime.uw.edu/semsim/ * “foaf” Foaf. http://xmlns.com/foaf/0.1/
term – the string of the term in namespace that you would like to use. All terms are supported but there are a finite set from which you cannot deviate. Attempts to create a term in namespace that does not exist results in an error, with a list of available terms in namespace namespace
- Returns
SingularAnnotation
reference to self object
- predicate_from_uri(uri: str) → pyomexmeta.pyomexmeta.SingularAnnotation
Create a uri resource node
- Parameters
uri – A uri string to use for resource
- Returns
SingularAnnotation
reference to self object
- resource_blank(blank_id: str) → pyomexmeta.pyomexmeta.SingularAnnotation
Create a blank resource node
- Parameters
blank_id – A string to use for label of blank resource node
- Returns
SingularAnnotation
reference to self object
- resource_literal(literal: str) → pyomexmeta.pyomexmeta.SingularAnnotation
Create a literal resource
- Parameters
literal – string to use for literal resource node
- Returns
SingularAnnotation
reference to self object
- resource_uri(uri: str) → pyomexmeta.pyomexmeta.SingularAnnotation
Create a uri resource node
- Parameters
uri – A uri to use for uri node
- Returns
SingularAnnotation
reference to self object
- set_predicate_from_uri(uri: str) → pyomexmeta.pyomexmeta.SingularAnnotation
Create a predicate node from an arbitrary uri
Deprecated, use
SingularAnnotation.predicate_from_uri()
instead- Parameters
uri – A uri to use for predicate
- Returns
SingularAnnotation
reference to self object
- set_resource_blank(blank_id: str) → pyomexmeta.pyomexmeta.SingularAnnotation
Create a blank resource node
Deprecated, use
SingularAnnotation.resource_blank()
instead- Parameters
blank_id – The string to use for the blank node
- Returns
SingularAnnotation
reference to self object
- set_resource_literal(literal: str) → pyomexmeta.pyomexmeta.SingularAnnotation
Create a literal resource node
Deprecated, use
SingularAnnotation.resource_literal()
instead- Parameters
literal – The string to use for the literal node
- Returns
SingularAnnotation
reference to self object
- set_resource_uri(uri: str) → pyomexmeta.pyomexmeta.SingularAnnotation
Create a uri resource node
Deprecated, use
SingularAnnotation.resource_uri()
instead- Parameters
uri – The string to use for the uri
- Returns
SingularAnnotation
reference to self object


Galvanazed Onion Burger
$8.99
Rabbit Food Pizza
$11.99
St Loius Style Ribs
$14.99
Tiramisu To-Go Cup
$7.99


Meet the team behind Local Dogs
Jackson Beatty
- I'm a senior student in the Capstone Project CS 495 course. My Major is Computer Science with a concentration in Cyber Security and a minor in Mathematics. I will be graduating in December 2020. Finally, my hobbies include wrestling, reading, swimming, and playing music.
- Email<EMAIL_ADDRESS>Isabel Herrick
- I'm a senior in the Capstone Project CS 495 course, and I'm majoring in Computer Science with minors in Mathematics and the Blount Undergraduate Initiative. I plan to graduate Spring 2021. My hobbies include watching, reading, and writing science fiction.
- Email<EMAIL_ADDRESS>Trevor Lockhart
- I'm a senior student in the Capstone Project CS 495 course. I'm majoring in Computer Science and Mathematics. I am graduating in December 2020, and my hobbies include gaming, powerlifting, and having lots of monitors.
- Email<EMAIL_ADDRESS>Jake Williams
- Hello, I am senior majoring in Computer Science and also taking CS 495: Captsone Computing with an expected graduation of Fall 2020! My passions/hobbies include playing guitar/bass and experimenting with VR developer tools.
- Email: jswilliams25@crimson.ua.edu


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AWS Video Analyzer application
The AWS Video Analyzer sample application uses the Amazon Rekognition service and other AWS services, and the AWS SDK for Java version 2.
Analyzing your videos in real-time has never been easier! Just perform these steps:
- Upload a video (.MP4) to an Amazon S3 bucket by choosing the Upload Video menu item.
- Choose Choose Video File and browse to a video located on your desktop.
- Choose Upload to upload your video to an Amazon S3 bucket.
- Choose Get Video to view the video located in the S3 bucket. Only 1 video can be in the bucket.
- Analyze the video and produce a report by choosing the Analyze Video menu item.
- Enter an email address in the email field and choose Analyze Video.
- Amazon SES is used to send an email with an Excel report to the specified email recipient.