Lose Yourself est un single d'Eminem présent sur la bande orignale du film 8 Mile (2002), dont les trois couplets été écrits en moins d'un quart d'heure sur le tournage du film.
La chanson est placée à la fin du film, pendant le générique : elle résume le film et en tire une morale.
Elle raconte donc l'histoire d'un jeune homme (joué par Eminem) qui participe à une battle de rap mais se révèle incapable de parler en public, terminant humilié et hué par le public, permet au rappeur de rappeler que ce qui nous empêche, de réussir, ce sont toutes les peurs qui sont enfouies en nous-mêmes, dont la peur du regard des autres.
Il propose comme solution de devenir quelqu’un de célèbre en pratiquant la musique (pour lui « une vie normale c’est ennuyant»).
Néanmoins, la vie de star peut amener son lot d’inconvénients : vie privée sacrifiée ou peur de ne plus être apprécié par son public.
Tout le clip est basé sur un flash-back : la première partie montre la vie de banlieusard à Road Mile, quartier de New York, proche de celle vécue par Eminem dans sa jeunesse.
La chanson raconte également les galères et la délinquance du personnage principal dans une bande : à cause de sa pauvreté, il a du mal à se sortir de l’engrenage de la violence.
New York est représenté de nuit pour accentuer son aspect déshumanisé. Le personnage principal s’en sort grâce à son talent artistique qui lui permet d’accéder au son rève .
Enfin, il oppose son histoire dans une autre battle face à celle de Papa Doc, leader du gang adverse qui pense être un gangster mais a en fait eu une vie privilégiée.
A la fin du rap, Doc reste sans voix, laisse tomber son micro et abandonne ainsi le titre.
Voir la scène de battle finale
| Genre | Sortie | Auteur | Compositeurs | Producteurs | Labels |
| Rap | 22/10/2002 | Eminem | Eminem, Luis Resto, Jeff Bass | Eminem, Jeff Bass | Shady, Aftermath, Interscope |
Look, if you had one shot or one opportunity
To seize everything you ever wanted in one moment
Would you capture it, or just let it slip? Yo
His palms are sweaty, knees weak, arms are heavy
There's vomit on his sweater already, mom's spaghetti
He's nervous, but on the surface he looks calm and ready
To drop bombs, but he keeps on forgetting
What he wrote down, the whole crowd goes so loud
He opens his mouth, but the words won't come out
He's choking, how? Everybody's joking now
The clock's run out, time's up, over—blaow!
Snap back to reality, ope there goes gravity, ope
There goes Rabbit, he choked, he's so mad but he won't
Give up that easy, no, he won't have it, he knows
His whole back's to these ropes, it don't matter, he's dope
He knows that but he's broke, he's so stagnant, he knows
When he goes back to this mobile home, that's when it's
Back to the lab again yo, this whole rhapsody
Better go capture this moment and hope it don't pass him, and
You better lose yourself in the music
The moment, you own it, you better never let it go (Go!)
You only get one shot, do not miss your chance to blow
This opportunity comes once in a lifetime, yo
You better lose yourself in the music
The moment, you own it, you better never let it go (Go!)
You only get one shot, do not miss your chance to blow
This opportunity comes once in a lifetime, yo
You better…
His soul's escaping through this hole that is gaping
This world is mine for the taking, make me king
As we move toward a New World Order
A normal life is boring; but superstardom's
Close to post-mortem, it only grows harder
Homie grows hotter, he blows, it's all over
These hoes is all on him, coast-to-coast shows
He's known as the Globetrotter, lonely roads
God only knows, he's grown farther from home, he's no father
He goes home and barely knows his own daughter
But hold your nose, 'cause here goes the cold water
These hoes don't want him no mo', he's cold product
They moved on to the next schmoe who flows
He nose-dove and sold nada, and so the soap opera
Is told, it unfolds, I suppose it's old, partner
But the beat goes on: da-da-dom, da-dom, dah-dah, dah-dah
You better lose yourself in the music
The moment, you own it, you better never let it go (Go!)
You only get one shot, do not miss your chance to blow
This opportunity comes once in a lifetime, yo
You better lose yourself in the music
The moment, you own it, you better never let it go (Go!)
You only get one shot, do not miss your chance to blow
This opportunity comes once in a lifetime, yo
You better…
No more games, I'ma change what you call rage
Tear this motherf----' roof off like two dogs caged
I was playin' in the beginning, the mood all changed
I've been chewed up and spit out and booed off stage
But I kept rhymin' and stepped right in the next cypher
Best believe somebody's payin' the Pied Piper
All the pain inside amplified by the
Fact that I can't get by with my nine-to-
Five and I can't provide the right type of life for my family
'Cause man, these goddamn food stamps don't buy diapers
And there's no movie, there's no Mekhi Phifer, this is my life
And these times are so hard, and it's gettin' even harder
Tryna feed and water my seed, plus teeter-totter
Caught up between bein' a father and a prima donna
Baby mama drama, screamin' on her, too much for me to wanna
Stay in one spot, another day of monotony's
Gotten me to the point I'm like a snail, I've got
To formulate a plot or end up in jail or shot
Success is my only motherf----' option—failure's not
Mom, I love you, but this trailer's got
To go; I cannot grow old in Salem's Lot
So here I go, it's my shot: feet, fail me not
This may be the only opportunity that I got
You better lose yourself in the music
The moment, you own it, you better never let it go (Go!)
You only get one shot, do not miss your chance to blow
This opportunity comes once in a lifetime, yo
You better lose yourself in the music
The moment, you own it, you better never let it go (Go!)
You only get one shot, do not miss your chance to blow
This opportunity comes once in a lifetime, yo
You better…
You can do anything you set your mind to, man


The IJavascript kernel is implemented by class Kernel
in
kernel.js
and handlers_v4.js
. This
kernel makes use of module jp
in jp.js
to handle messages in
the IPython/Jupyter protocol. The kernel also makes use of the Javascript
sessions provided by module sm
in sm.js
. This module provides
Javascript sessions by means of a node.js
server implemented in
sm_server.js
.


{# Example base template for the site #} {# TODO: Extend or copy this in {SITE_NAME}/templates/base.html #} {% load static %} {% load projectroles_tags %} {% load projectroles_common_tags %} {% load rules %} {# Local variables #} {% get_django_setting 'SITE_TITLE' as site_title %} {% get_django_setting 'SITE_SUBTITLE' as site_subtitle %} {% get_django_setting 'PROJECTROLES_INLINE_HEAD_INCLUDE' as inline_head_include %} {% get_django_setting 'PROJECTROLES_DISABLE_CDN_INCLUDES' as disable_cdn_includes %} {% get_django_setting 'PROJECTROLES_CUSTOM_JS_INCLUDES' as custom_js_includes %} {% get_django_setting 'PROJECTROLES_CUSTOM_CSS_INCLUDES' as custom_css_includes %}
Use this document as a way to quick start any new project.
{% endblock content %}


Coordination in UD v2
Coordination is analyzed by having direct u-dep/conj relations between conjuncts in accordance with the general principle of prioritizing relations between content word. In v1, the first conjunct was taken to be the head not only of all following conjuncts but also of any intervening coordinating conjunctions and punctuation. For v2, we propose the following change:
- Attach coordinating conjunctions and punctuation to the immediately succeding conjunct (instead of the first)
Attachment of coordinating conjunctions and punctuation
We suggest changing the guidelines for coordination, following the proposal of Gerdes & Kahane (LAW 2016).
- Kim Gerdes and Sylvain Kahane. 2016. Dependency Annotation Choices: Assessing Theoretical and Practical Issues of Universal Dependencies. Proceedings of the 10th Linguistic Annotation Workshop (LAW).
We will attach u-dep/cc and internal u-dep/punct to the immediately succeeding conjunct (instead of to the first conjunct). The guidelines for u-dep/conj remain unchanged. For example:
I love apples and bananas .
obj(love,apples)
conj(apples,bananas)
cc(bananas,and)
This new choice of governor for conjunctions allows a parallel treatment of sentences headed by a conjunction (where the conjunction has to depend on the root of the sentence, and can’t be attached to the previous conjunct).
And he left .
cc(left,And)
Left- vs. right-headed coordination
Although coordination is not really dependency relation, there are good arguments for treating the first conjunct as the head (see, for example, Mel’cuk, 1988). Treating it as a left-headed structure also facilitates the analysis of ellipsis, in particular gapping, in most languages:
Mary won gold and Sue won bronze
nsubj(won-2, Mary)
obj(won-2, gold)
conj(won-2, won-6)
cc(won-6, and)
nsubj(won-6, Sue)
obj(won-6, bronze)
Mary won gold and Sue bronze
nsubj(won, Mary)
obj(won, gold)
conj(won, Sue)
cc(Sue, and)
orphan(Sue, bronze)
If a language predominantly exhibits gapping in preceding (rather than following) clauses (see example in Turkish below), this could therefore be taken as an argument for treating coordination structures as right-headed in that language.
Erkek kardeşi sadece bisiklet ama o araba aldı . \n Male sibling only bicycle but he car bought .
nsubj(aldı, o)
obj(aldı, araba)
cc(aldı, ama)
conj(aldı, kardeşi)
orphan(kardeşi, bisiklet)
compound(kardeşi, Erkek)
Analysing this Turkish example as left-headed conjunction has the drawback that the root becomes a promoted dependent in the first clause, instead of the verb in the second clause:
Erkek kardeşi sadece bisiklet ama o araba aldı . \n Male sibling only bicycle but he car bought .
nsubj(aldı, o)
obj(aldı, araba)
cc(aldı, ama)
conj(kardeşi, aldı)
orphan(kardeşi, bisiklet)
compound(kardeşi, Erkek)
However, since most languages allow gapping (or similar cases in ellipsis) both in the first and in the second clause/phrase, the advantage of having a single direction for conj
relations, both within and across languages,
outweighs the disadvantage of having a promoted dependent as root in some elliptic structures. We therefore maintain
the consistently left-headed analysis of coordination for all languages.
For reference, here is an English example of left ellipsis:
one green and two red cars
nummod(green, one)
conj(green, cars)
cc(cars, and)
nummod(cars, two)
amod(cars, red)
Analogous to the Turkish example, we here end up with an adjective as the head of the noun phrase, even though there is a noun in the second conjunct. We consider this an acceptable price for preserving the consistent direction of conj
relations.


| c. 1930 |
AIDS spreads from chimpanzee to human. |
| 1959 |
A man in the Congo dies of AIDS, the first proven and documented case. |
| 1969 |
First known case of AIDS in the United States, a black teenage hustler in Missouri with Kaposi's Sarcoma and HIV. |
| early 1980 |
So-called Patient Zero, Air Canada flight attendant Gaetan Dugas, diagnosed with AIDS.  However, there is great dispute as to the amount of responsibility which must be assigned to Dugas. In reality the "Patient Zero" moniker should apply only in reference to the studies of Dr. Alvin Friedman-Kien, the doctor who linked Kaposi's Sarcoma with homosexuality, in which Dugas played a key role. |
| 1980 |
31 deaths from HIV infection in the United States. |
| 1982 |
Jerry Falwell: "AIDS is God's judgment of a society that does not live by His rules." |
| 30 Mar 1984 |
Gaetan Dugas ("Patient Zero") dies of AIDS. |
| 1985 |
Poll shows that 51% of Americans favor quarantine of those with AIDS. |
| 25 Jul 1985 |
A gaunt Rock Hudson announces he has AIDS. |
| 2 Oct 1985 |
Actor Rock Hudson dies of AIDS. |
| 1986 |
"Everyone detected with AIDS should be tattooed in the upper forearm, to protect common needle users, and on the buttocks to protect the victimization of other homosexuals." William F. Buckley, New York Times. |
| 4 Feb 1987 |
Pianist Liberace dies of AIDS. |
| May 1987 |
According to his authorized biography (published in 2000), President Ronald Reagan wonders aloud about the AIDS pandemic: "Maybe the Lord brought down this plague... [because] illicit sex is against the Ten Commandments."  |
| Nov 1991 |
Magic Johnson announces he is HIV positive. |
| 24 Nov 1991 |
Freddy Mercury dies of AIDS, London. |
| 1993 |
Jerry Falwell declares: "AIDS is not just God's punishment for homosexuals; it is God's punishment for the society that tolerates homosexuals." |
| 6 Jan 1993 |
Ballet dancer Rudolf Nureyev dies of AIDS, Paris. |
| 6 Feb 1993 |
Tennis player Arthur Ashe dies of AIDS, New York City. |
| 11 Nov 1994 |
Pedro Zamora, the HIV-positive gay guy on the San Francisco season of MTV's Real World, dies of progressive multifocal leukoencephalopathy at age 22. |
| 18 Jan 1995 |
On his television show The 700 Club, Pat Robertson declares: "[Homosexuals] want to come into churches and disrupt church services and throw blood all around and try to give people AIDS and spit in the face of ministers." |
| 2002 |
Kami, the first HIV positive Muppet, appears on Sesame Street in South Africa. The aidsy muppet is designed to promote education about HIV/AIDS. |


You may have noticed that this blog has been mostly inactive in 2019. Earlier this year, I took a full-time position with one of my buy-side consulting clients focused on researching methodologies for application of ML / data science to alpha research. While I'm thoroughly enjoying the work, it creates constraints on my bandwidth and flexibility to share research here.
However, despite a lack of new content, the blog's readership continues to grow. The blog continues to get >1000 unique visitors per 4-week period and followers for the Alpha Scientist Twitter account (@data2alpha) has more than doubled since I stopped posting. I'm trying not to take that personally :-)
There is clearly a community of like-minded quants out there who are thirsty for fresh content on the intersection of data science and alpha research, which is fantastic to see.
So, here's the ask: I am looking for readers who have interest in becoming contributors to the blog - either as a one-time deal or (ideally) on a semi-regular basis.
In keeping with the theme of the site, postings should be focused on the applications of data science to investment research. This could include:
- Tutorials on skills, techniques, or tools/packages,
- Results of specific alpha research,
- Reviews of books, papers, MOOCs, etc... related to the subject, or
- None of the above.
To be consistent with prior postings, I'm biased towards the "narrative + code" style, meaning a human-readable article with snippets of python code inserted for clarity, though style is less important than relevant and high-quality content.
If you are generally interested but lack specific ideas, here is a quick brainstormed list of ideas to inspire your own:
DATA
- Identify some interesting alternative datasets to scrape from the web; tutorial on implementing one of these into a scraping pipeline
- Tutorial or comparison for sources of free/cheap market data, from sources like Tiingo, Alphavantage, Quandl, others
METHODS
- Compare the effectiveness of linear models, tree models, neural network models, etc... in modeling alpha signals
- Tutorial on implementing a less commonly used model type on a widely studied anomaly
ANOMALIES
- Tutorial on implementing an interesting idea presented in a paper, book etc...
- Exploring 13-F filings to identify evidence of "smart money" insiders
- Demonstrate usage of Google Trends as an input source to a predictive model
OTHER
- Bibliographies / lit reviews on academic papers, books, MOOCs, Kaggle kernels, podcasts, etc... which are relevant to data science in alpha research
If you'd like to explore this further, please drop me an email at<EMAIL_ADDRESS>Thanks! Chad


One of the key components to building a successfull multi-step form is being able to determine when the user can go to the next step. This requires validating the data, enabling, or disabling specific buttons. The validation function must return `true` or `false`.
There are two main ways to validate the current step in the form. The easiest way is to validate the data within each `wizard-step` component. This allows each step to have a unique validation routine.
The other way to validate the steps is by using a single global validation routine in the `wizard` component.


--- layout: page footer: false comments: false ---
(last updated 16th November 2018)
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This Privacy Policy shows what information is collected and what it is used for.
Don Naipe may collect and use anonymous data through Google Analytics. We cannot identify you from this data that is only employed to get usage data of our games such as general statistics on our audience. This helps us to understand our players and to determine how to update our games in order to better support them.
Any personal information sent to us by email will be stored by our email systems. Your email address will be used to respond to your enquiries.
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If you are subscribed to our newsletter, we will send news about Don Naipe a few times a year. You can unsubscribe at any time using the link in any of our newsletters.
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You can opt in or out of personalized ads at any time. If you opt out, you will still get ads in our games, but they will not be personalized for you.
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| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTMarking |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |
| 类和说明 |
|---|
| AbstractPTFlowRelation |
| AbstractPTMarking |
| AbstractPTNet
Abstract class for defining P/T-Nets, which are a special kind of Petri nets
that only consider one token type (tokens are indistinguishable).
|
| AbstractPTPlace
Abstract class that defines general properties for places of place/transition nets (P/T Nets).
|
| AbstractPTTransition |


{% extends 'partials/large_card.html' %} {% load static %} {% load crispy_forms_tags %} {% block head %}Create New Census Area{% endblock %} {% block subhead %} Create custom collections of Census block groups to aggregate when comparing survey data to surrounding neighborhoods. {% endblock %} {% block top_button %} View existing census areas {% endblock %} {% block card_content %}


The Firm Trade screen manages and maintains the Firm’s trade transaction. Click the Firm Trade in the left navigation menu under Firm Transaction and a new Firm Trade Tab folder will be created in the right panel. There are 3 sub-Tab folders: Search Firm Trade, Search Result Firm Trade and Create New Firm Trade.
Search Criteria
| Field Name | Description |
|---|---|
| TxnId | The unique system generated number |
| Source Ref Id | The reference Id from other system. |
| Org Unit Code | The org unit this Firm Trade belongs to. |
| Portfolio Code | The portfolio this trade belongs to. |
| Symbol | The Symbol of the security |
| Security Name | The name of the security |
| Transaction Type | The Transaction Type; Buy or sell |
| Trade Date | The trade date. |
| Status Code | The status of the transaction; eg active, cancel, etc. |
| AND | Select AND radio box if you want those criteria added together. |
| OR | Select OR radio box if you want to get the result if either of the criteria is met. |
The top part is the table which shows the list of the Firm Trade that meet the search criteria. The bottom part is the details of the selected entry.
Double Click the selected record in the table to modify this entry. A new Tab folder “Update/Delete Firm Trade” will be added, as shown below.
Select the “Create New Firm Trade” Tab to create a new entry.
| Field Name | Description |
|---|---|
| TxnId | The unique system generated number. |
| Org Unit Code | The org unit this Firm Trade belongs to. |
| Portfolio Code | The portfolio this trade belongs to. |
| Symbol | The symbol of the security. |
| Security Name | The name of the security. |
| Source Ref Id | The reference Id from other system. |
| Trade Date | The trade date. |
| Settle Date | The settlement date. |
| Number of shares | The number of shares traded. |
| Price | The price of the security. |
| Transaction Type | The Transaction Type: Buy or sell. |
Note
The status code for newly created firm trade transaction is active.


Try it now and let us know what you think. Switch to the new look >>
You can return to the original look by selecting English in the language selector above.
Actions, Resources, and Condition Keys for AWS Systems Manager
AWS Systems Manager (service prefix: ssm
) provides the following service-specific resources, actions, and condition context
keys for use in IAM permission policies.
References:
-
Learn how to configure this service.
-
View a list of the API operations available for this service.
-
Learn how to secure this service and its resources by using IAM permission policies.
Topics
Actions Defined by AWS Systems Manager
You can specify the following actions in the Action
element of an IAM policy statement. Use policies to grant permissions to perform
an operation in AWS. When you use an action in a policy, you usually allow or
deny access to the API operation or CLI command with the same name. However,
in some cases, a single action controls access to more than one operation. Alternatively,
some operations require several different actions.
The Resource column indicates whether each action supports resource-level permissions. If
there is no value for this column, you must specify all resources ("*") in the
Resource
element of your policy statement. If the column includes a resource type, then
you can specify an ARN of that type in a statement with that action. Required
resources are indicated in the table with an asterisk (*). If you specify a resource-level
permission ARN in a statement using this action, then it must be of this type.
Some actions support multiple resource types. If the resource type is optional (not
indicated as required), then you can choose to use one but not the other.
For details about the columns in the following table, see The Actions Table.
| Actions | Description | Access Level | Resource Types (*required) | Condition Keys | Dependent Actions |
|---|---|---|---|---|---|
| AddTagsToResource | Adds or overwrites one or more tags for the specified resource. | Tagging | |||
| CancelCommand | Attempts to cancel the command specified by the Command ID. | Write | |||
| CancelMaintenanceWindowExecution | Attempts to cancel the execution specified by the WindowExecution ID. | Write | |||
| CreateActivation | Registers your on-premises server or virtual machine with Amazon EC2 so that you can manage these resources using Run Command. | Write | |||
| CreateAssociation | Associates the specified SSM document with the specified instance. | Write | |||
| CreateAssociationBatch | Associates the specified SSM document with the specified instances. | Write | |||
| CreateDocument | Creates an SSM document. | Tagging | |||
| CreateMaintenanceWindow | Create an SSM maintenance window. | Tagging | |||
| CreateOpsItem | Create a new OpsItem | Write | |||
| CreatePatchBaseline | Create a SSM patch baseline. | Tagging | |||
| CreateResourceDataSync | Creates a resource data sync configuration to a single bucket in Amazon S3. | Write | |||
| DeleteActivation | Deletes an activation. | Write | |||
| DeleteAssociation | Disassociates the specified SSM document from the specified instance. | Write | |||
| DeleteDocument | Deletes the SSM document and all instance associations to the document. | Write | |||
| DeleteInventory | Deletes a custom inventory type or the data associated with a custom inventory type. | Write | |||
| DeleteMaintenanceWindow | Delete an SSM maintenance window. | Write | |||
| DeleteParameter | Delete a parameter from the system. | Write | |||
| DeleteParameters | Delete a list of parameters. | Write | |||
| DeletePatchBaseline | Delete a SSM patch baseline. | Write | |||
| DeleteResourceDataSync | Deletes a Resource Data Sync configuration. | Write | |||
| DeregisterManagedInstance | Enables the user to remove on-premises managed instances from the list of managed instances. | Write | |||
| DeregisterPatchBaselineForPatchGroup | Deregister a SSM patch baseline from a patch group. | Write | |||
| DeregisterTargetFromMaintenanceWindow | Deregister a target from SSM maintenance window. | Write | |||
| DeregisterTaskFromMaintenanceWindow | Deregister a task from SSM maintenance window. | Write | |||
| DescribeActivations | Details about the activation, including: the date and time the activation was created, the expiration date, the IAM role assigned to the instances in the activation, and the number of instances activated by this registration. | Read | |||
| DescribeAssociation | Describes the associations for the specified SSM document or instance. | Read | |||
| DescribeAssociationExecutionTargets | Describes the detailed information about a specific execution of a specific association. | Read | |||
| DescribeAssociationExecutions | Describes all executions for a specific association id. | Read | |||
| DescribeAvailablePatches | Describes one or more available patches. | Read | |||
| DescribeDocument | Describes the specified SSM document. | Read | |||
| DescribeDocumentParameters | Describes the parameters for an SSM document. | Read | |||
| DescribeDocumentPermission | Describes the permissions for an SSM document. | Read | |||
| DescribeEffectivePatchesForPatchBaseline | Describes the the evaluation of patch baseline for patches and corresponding state. | Read | |||
| DescribeInstanceInformation | Describes one or more your instances. | Read | |||
| DescribeInstancePatchStates | Describe one or more of your instance patch states. One per each instance ID. | Read | |||
| DescribeInstancePatchStatesForPatchGroup | Describe one or more of your instance patch states over all instances in given patch group. | Read | |||
| DescribeInstancePatches | Describe one or more of your instance patch states for a given instance ID. | Read | |||
| DescribeInstanceProperties | Enables user's Amazon EC2 console to render managed instances' nodes | Read | |||
| DescribeInventoryDeletions | Describes a specific delete inventory operation. | Read | |||
| DescribeMaintenanceWindowExecutionTaskInvocations | Describe one or more of your maintenance window execution task invocations history. | List | |||
| DescribeMaintenanceWindowExecutionTasks | Describe one or more of your maintenance window execution tasks history. | List | |||
| DescribeMaintenanceWindowExecutions | Describe one or more of your maintenance window execution history. | List | |||
| DescribeMaintenanceWindowSchedule | Describe the upcoming executions of one or more of your maintenance windows. | List | |||
| DescribeMaintenanceWindowTargets | Describe one or more of your maintenance windows targets. | List | |||
| DescribeMaintenanceWindowTasks | Describe one or more of your maintenance windows tasks. | List | |||
| DescribeMaintenanceWindows | Describe one or more of your maintenance windows. | List | |||
| DescribeMaintenanceWindowsForTarget | Describe the maintenance windows to which your target belongs. | List | |||
| DescribeOpsItems | Returns a list of OpsItem based on different search criteria | Read | |||
| DescribeParameters | Describes one or more parameters in Parameter Store. | List | |||
| DescribePatchBaselines | Describes one or more SSM patch baselines. | List | |||
| DescribePatchGroupState | Get a high level patch state report of given patch group. | Read | |||
| DescribePatchGroups | Describes one or more patch group to SSM patch baseline mappings. | List | |||
| DescribeSessions | Describe one or more Session Manager sessions. | List | |||
| GetAutomationExecution | Read | ||||
| GetConnectionStatus | Get the connection status for an instance. | Read | |||
| GetDefaultPatchBaseline | Get the default SSM patch baseline. | Read | |||
| GetDeployablePatchSnapshotForInstance | Get the snapshot of patches to be installed for given instances. | Read | |||
| GetDocument | Gets the contents of the specified SSM document. | Read | |||
| GetMaintenanceWindow | Get a SSM maintenance window. | Read | |||
| GetMaintenanceWindowExecution | Get a SSM maintenance window execution. | Read | |||
| GetMaintenanceWindowExecutionTask | Get a SSM maintenance window execution task. | Read | |||
| GetMaintenanceWindowExecutionTaskInvocation | Get a SSM maintenance window execution task invocation. | Read | |||
| GetMaintenanceWindowTask | Get a SSM maintenance window task. | Read | |||
| GetManifest | Fetches the installation description for a package. | Read | |||
| GetOpsItem | Returns details of an OpsItem | Read | |||
| GetOpsSummary | View a summary of OpsItems based on specified filters and aggregators. Filter is used to scope down the returned OpsItems. Aggregator is used to return counts of OpsItems. | Read | |||
| GetParameter | Get information about a parameter by using the parameter name. | Read | |||
| GetParameterHistory | Query a list of all modifications of a parameter. | Read | |||
| GetParameters | Get details of a list of parameters. | Read | |||
| GetParametersByPath | Retrieve parameters in a specific hierarchy. | Read | |||
| GetPatchBaseline | Get a SSM patch baseline | Read | |||
| GetPatchBaselineForPatchGroup | Get the SSM patch baseline associated to the given patch group. | Read | |||
| LabelParameterVersion | Attaches labels to a specific version of an existing parameter. | Write | |||
| ListAssociationVersions | Lists versions of the specified association. | List | |||
| ListAssociations | Lists the associations for the specified SSM document or instance. | List | |||
| ListCommandInvocations | An invocation is copy of a command sent to a specific instance. | Read | |||
| ListCommands | Lists the commands requested by users of the AWS account. | Read | |||
| ListComplianceItems | Returns a list of compliance statuses for different resource types for a specific resource. | List | |||
| ListComplianceSummaries | Returns a summary count of compliant and non-compliant resources for a compliance type. | List | |||
| ListDocuments | Describes one or more your SSM documents. | List | |||
| ListResourceComplianceSummaries | Returns a resource-level summary count. | List | |||
| ListTagsForResource | Returns a list of the tags assigned to the specified resource. | Read | |||
| ModifyDocumentPermission | Share a document publicly or privately. | Write | |||
| PutComplianceItems | Registers a compliance type and other compliance details on a designated resource. | Write | |||
| PutConfigurePackageResult | Reports installation result for a package. | Read | |||
| PutParameter | Add a parameter to the system. | Tagging | |||
| RegisterDefaultPatchBaseline | Register a SSM patch baseline as the default. | Write | |||
| RegisterPatchBaselineForPatchGroup | Register a SSM patch baseline to a patch group. | Write | |||
| RegisterTargetWithMaintenanceWindow | Register a SSM window target to a maintenance window. | Write | |||
| RegisterTaskWithMaintenanceWindow | Register a SSM window task to a maintenance window. | Write | |||
| RemoveTagsFromResource | Removes all tags from the specified resource. | Tagging | |||
| ResumeSession | Resume a disconnected SSM session manager connection. | Write | |||
| SendAutomationSignal | Write | ||||
| SendCommand | Executes commands on one or more remote instances. | Write | |||
| StartAutomationExecution | Initiates execution of an Automation document. | Write | |||
| StartSession | Start a connection to an instance using SSM Session Manager. | Write | |||
| StopAutomationExecution | Stop an Automation that is currently executing. | Write | |||
| TerminateSession | Terminate an ongoing SSM Session Manager connection. | Write | |||
| UpdateAssociationStatus | Updates the status of the SSM document associated with the specified instance. | Write | |||
| UpdateInstanceInformation | Enables user's SSM Agents to call the Systems Manager service in the cloud to provide heartbeat information. | Write | |||
| UpdateMaintenanceWindow | Update a SSM maintenance window. | Write | |||
| UpdateMaintenanceWindowTarget | Update a SSM maintenance window target. | Write | |||
| UpdateMaintenanceWindowTask | Update a SSM maintenance window task. | Write | |||
| UpdateManagedInstanceRole | Assigns or changes an Amazon Identity and Access Management (IAM) role to the managed instance. | Write | |||
| UpdateOpsItem | Edit or change an OpsItem | Write | |||
| UpdatePatchBaseline | Update a SSM patch baseline. | Write |
Resources Defined by AWS Systems Manager
The following resource types are defined by this service and can be used in the
Resource
element of IAM permission policy statements. Each action in the Actions table identifies the resource types that can be specified with that action. A resource
type can also define which condition keys you can include in a policy. These
keys are displayed in the last column of the table. For details about the columns
in the following table, see The Resource Types Table.
| Resource Types | ARN | Condition Keys |
|---|---|---|
| document |
arn:${Partition}:ssm:${Region}:${Account}:document/${DocumentName}
|
|
| maintenancewindow |
arn:${Partition}:ssm:${Region}:${Account}:maintenancewindow/${ResourceId}
|
|
| managed-instance |
arn:${Partition}:ssm:${Region}:${Account}:managed-instance/${ManagedInstanceName}
|
|
| instance |
arn:${Partition}:ec2:${Region}:${Account}:instance/${InstanceId}
|
|
| parameter |
arn:${Partition}:ssm:${Region}:${Account}:parameter/${FullyQualifiedParameterName}
|
|
| patchbaseline |
arn:${Partition}:ssm:${Region}:${Account}:patchbaseline/${ResourceId}
|
|
| session |
arn:${Partition}:ssm:${Region}:${Account}:session/${ResourceId}
|
|
| opsitem |
arn:${Partition}:ssm:${Region}:${Account}:opsitem/${ResourceId}
|
Condition Keys for AWS Systems Manager
AWS Systems Manager defines the following condition keys that can be used in the
Condition
element of an IAM policy. You can use these keys to further refine the conditions
under which the policy statement applies. For details about the columns in the
following table, see The Condition Keys Table.
To view the global condition keys that are available to all services, see Available Global Condition Keys in the IAM Policy Reference.
| Condition Keys | Description | Type |
|---|---|---|
| aws:RequestTag/${TagKey} | Filters create requests based on the allowed set of values for each of the tags | String |
| aws:ResourceTag/${TagKey} | Filters actions based on tag-value assoicated with the resource. | String |
| aws:TagKeys | Filters create requests based on the presence of mandatory tags in the request | String |
| ssm:SessionDocumentAccessCheck | Filters access by verifying that a user also has access to the default Session Manager configuration document. | Boolean |
| ssm:resourceTag/tag-key | A tag key and value pair. | String |


Errors and solutions
This section covers how to deal with errors you might receive while using BeConverter. Please note these errors don't mean bugs in the program, they are errors thrown to you by BeConverter if it finds one while trying to use a category or while trying to load the category and so on.
The errors and their solutions are explained below:
Number of units are insufficient...
BeConverter flags this error when the category you are trying to load has less than 2 units. This means that either the category is empty or has only one unit. To fix this problem, simply add more units since there has to be atleast 2 units to convert to and from.One or more units are of the wrong type...
BeConverter flags this error when the category you are trying to load has a mixture of factor based and formula based units. Its not possible to convert between such units and hence BeConverter flags the error. To fix the problem, either remove the factor based or formula based units and make sure the category has only one type of unit, or make all the factor based units as formula based units. You can do this by making the "To Equation" attribute as b*k and the "From Equation" attribute as "b/k" and specify the value of k in the "Constant (k)" attribute.
See the Custom Categories section of this manual for more detailed information on Formula and Factor based units.Could not determine a base unit...
This error comes up when BeConverter cannot determine a base unit in the list of units. This means no unit in the category had its Value attribute as 1. To fix the problem make a unit with its Value attribute as 1 which will be the base unit. Then express all other units as a factor of the base unit. For more detailed information read the "Custom categories" section of this manual.
If its a formula based conversion table then make sure the base unit has its "To Equation" and "From Equation" fields as the letter "b" (case isn't important). Next make sure all the other forumulae for all the other units are proper. Read the "Custom categories" section for more information.No categories were found...
If you have messed around with BeConverter's folders you may receive this message. If the Units folder is missing or out of place this error will pop-up, in which case you won't see any categories listed since BeConverter could not locate the folder. To fix the problem move the Units folder back into BeConverter's folder. If you have deleted that folder by mistake then you will need to re-install BeConverter. See the "Installation" section for more details on un-installation and installation.Unknown error occured while trying...
This is a serious problem. BeConverter will flag this error when it could not properly write to or read from any settings file. This means your BeOS File System has some standard folders renamed or deleted. This error will occur only if you had manually renamed or deleted one or more standard and critical BeOS folders, in which case you should know what folders or files to rename or restore.
|| Table of contents || Custom categories || Using BeConverter ||
Copyright © 2001 Ramshankar. All Rights Reserved.
All cited trademarks and registered trademarks are the property of their respective owners.


Every mod added should provide a list of commands and expected parameters. We provide this ingame configuration service as an extra bonus but we can't guarantee a given mod will behave as expected by its authors as core suffer changes.
Your best bet would be to carefully read provided help, and try these settings on your own before organizing/announcing events around these mods.
If you find any error, please feel free to report it at l2jserver.com Hopefully the L2JServer team or the mod author/mer will be able to provide further assistance.


18 March 1999
Disease Outbreak Reported
The Ministry of Health has notified 2 709 cases of meningitis and 372 deaths between 23 October 1998 and 28 February 1999,. When the first cases were reported, samples were sent to the Institut Pasteur in Dakar, which confirmed that the outbreak was due to meningococcal meningitis type A. The health authorities have launched a vaccination campaign targeted to the age group 2-25 years. The situation remains serious, especially in the regions of Kaolack, Fatick and Kolda, extending towards Diourbel. Prevention and control measures have been undertaken.


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See:
Description
| Interface Summary | |
|---|---|
| CheckedFuture<V,X extends Exception> | A CheckedFuture is an extension of Future that includes
versions of the get methods that can throw a checked exception and
allows listeners to be attached to the future. |
| ListenableFuture<V> | This interface defines a future that has listeners attached to it, which is useful for asynchronous workflows. |
| TimeLimiter | Produces proxies that impose a time limit on method calls to the proxied object. |
| UninterruptibleFuture<V> | A Future whose get calls cannot be interrupted. |
| Class Summary | |
|---|---|
| AbstractCheckedFuture<V,X extends Exception> | A delegating wrapper around a ListenableFuture that adds support for
the AbstractCheckedFuture.checkedGet() and AbstractCheckedFuture.checkedGet(long, TimeUnit) methods. |
| AbstractExecutionThreadService | Base class for services that can implement AbstractExecutionThreadService.startUp() , AbstractExecutionThreadService.run() and
AbstractExecutionThreadService.shutDown() methods. |
| AbstractFuture<V> | An abstract implementation of the Future interface. |
| AbstractIdleService | Base class for services that do not need a thread while "running" but may need one during startup and shutdown. |
| AbstractListenableFuture<V> | An abstract base implementation of the listener support provided by
ListenableFuture . |
| AbstractService | Base class for implementing services that can handle AbstractService.doStart() and
AbstractService.doStop() requests, responding to them with AbstractService.notifyStarted()
and AbstractService.notifyStopped() callbacks. |
| Callables | Static utility methods pertaining to the Callable interface. |
| ExecutionList | A list of (Runnable , Executor ) pairs that guarantees
that every Runnable that is added using the add method will be
executed in its associated Executor after ExecutionList.run() is called. |
| FakeTimeLimiter | A TimeLimiter implementation which actually does not attempt to limit time at all. |
| ForwardingBlockingQueue<E> | A BlockingQueue which forwards all its method calls to another
BlockingQueue . |
| ForwardingFuture<V> | A Future which forwards all its method calls to another future. |
| ForwardingListenableFuture<V> | A ForwardingFuture that also implements ListenableFuture . |
| ForwardingService | A Service that forwards all method calls to another service. |
| Futures | Static utility methods pertaining to the Future interface. |
| ListenableFutureTask<V> | A FutureTask that also implements the ListenableFuture
interface. |
| MoreExecutors | Factory and utility methods for Executor , ExecutorService , and ThreadFactory . |
| SimpleTimeLimiter | A TimeLimiter that runs method calls in the background using an
ExecutorService . |
| ThreadFactoryBuilder | A ThreadFactory builder, providing any combination of these features:
whether threads should be marked as daemon
threads
a naming format
a thread priority
an uncaught exception
handler
a backing thread factory
If no backing thread factory is provided, a default backing thread factory is
used as if by calling setThreadFactory( Executors.defaultThreadFactory() ) . |
| ValueFuture<V> | A ListenableFuture whose result may be set by a set(Object)
or setException(Throwable) call. |
| Exception Summary | |
|---|---|
| UncheckedTimeoutException | Unchecked version of TimeoutException . |
Concurrency utilities.
This package is a part of the open-source Guava libraries.
|
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Scenarios¶
We use scenarios to specifically define future events that we’d like to measure. This must happen before we forecast its outcomes. (See Forecasting)
In our discussion about risk we discussed the likelihood and impact of a future event.
A point of failure in measurement is ambiguity about a risk problem being solved. A group of very smart people can spin in circles discussing a risk if they don’t pin a specific outcome down first.
To do this, we explicitly define a risk with a scenario, which is an unambiguous statement about a future value or event. These statements should make the author sweat.
A scenario can have multiple outcomes to be estimated. For instance, an explosion may have costs, a loss of life, and periods of time before normalcy can be regained. That would be a single scenario with three outcomes to be estimated.
Note
Read up on The Clarity Test to better understand the specificity a good scenario, or outcome, should meet.
Here’s a batch of examples:
Scenario
The house burns down next quarter.
Scenario
An earthquake has destroyed one of the three critical bridges this year.
Scenario
We are named in a headline lawsuit in a major publication within the next three months.
You may have heard of this format for a risk before!
It should be familiar because many industries advocate for the tabletop scenario as a way to encourage brainstorming and better understanding of risks.
The scenarios we create are closely related with these activities. They can easily be explored in a tabletop environment.
Always include a specific timeframe.¶
We must include a specific timeframe with our scenarios. A risk can be viewed completely differently if it described as something happening tomorrow, or within the next ten years. Discussing scenarios without specific timeframes will cause communication and prioritization issues.
View scenarios as a hierarchy.¶
A scenario has ties to the Fault Tree and Tree diagram, whereas higher level outcomes at the top of a tree aggregate the likelihoods of more specific events at the branches of a tree.
A specific example, a meltdown event at a nuclear facility is a scenario we’d like to avoid.
Scenario A
A core damage event releases nuclear material into the environment this year.
This scenario could be caused by a variety of issues that are far less vague and more specific. For instance, the following Scenario B caused Scenario A, just mentioned above, in the Fukishima disaster.
Scenario B
A tsunami has flooded the power station and caused a loss of pressure in cooling systems,
resulting in core damage and a release of nuclear material into the environment this year.
This is described as “decomposition” of a risk. It is a form of flexibility in scenario building. With this flexibility, one could target broad failures, or more narrow ones, by being more or less precise with language . The former Scenario A would include the likelihood of many possible root causes that could cause a core damage event. The latter Scenario B is more narrowly dependent on factors like the weather and the resiliency of cooling systems.
In Enterprise this aspect of scenarios-informing-scenarios is used to inform larger organizational approaches to risk.
A principle of scenario building (see: Limitation) is to assume that unknown scenarios may occur. Erring towards upward investment in a hierarchy of scenarios helps defend against “unknown” branches. The initiating events that create complex problems can sometimes not be predicted, and assuming large forms of failure can help prevent disaster.
We can use this flexibility to model risks and measure them. We can decompose a risk with greater resource and available effort, but not so much that we lose sight of our risks and become vulnerable to uncertainty that was not accounted for.
Outcomes and Judgments¶
One issue in forecasting is deciding on the criteria that “closes” a forecast. For instance:
Scenario
The Cubs win the World Series in 2020.
Outcome
% Likelihood of Yes / No
This scenario is simple to judge, as you would likely respect the judgment of Major League Baseball to judge the outcome. Multiple outcomes can be mentioned as well. For instance:
Outcome
90% Credible interval of runs scored margin
Outcome
% Likelihood the game went into extra innings (Yes / No)
It’s perfectly OK to measure multiple types of outcomes related to a scenario, or have them expand upon the scenario with conditional circumstances (“Given that these condition occur…”).
Hint
You can estimate multiple types of outcomes or values. See: Types of Outcomes
It is important to identify how a scenario will be judged, if this is not obvious. The “judge” becomes part of the forecast, and may influence the certainty of the forecasters if poorly chosen.
The judges that are selected to evaluate outcomes should be considered for their objectiveness to the outcome, and their lack of incentives to manipulate an outcome. In casual or workplace settings, it can be as simple as designating a team or individual to pass judgment on an outcome.
Judges could be given criteria on which to judge upon. For instance: “Judges will observe official MLB scorecards 24 hours after competition”.
If there is concern that a Black Swan may invalidate the forecast, it is best to make sure the forecastable outcomes include “other” circumstances. For instance “The Cubs Win / The Cubs Lose / Other”. This would allow you to factor in Wrigley Field exploding, a sudden players strike, or other unknowns.
Additionally, decisions can reverse. Having a scenario that mitigates the flip-flopping of an outcome will help specify forecasts. For instance, a headline that “The MLB has ruled against the Cubs in a cheating investigation, retracting their title”. A specific scenario may dictate that the MLB’s official stance 24 hours after competition matters. Or, a week, or a month, or a year, etc.
This sort of specificity with long timeframes has an operational impact. You won’t get data until they officially “expire”, and would only be left with preliminary judgment until the scenario expires and data is confirmed.
The reliability of judgment can also be bolstered to decision makers if included in whistleblowing policy or professional codes of conduct. (See: Whistleblowing and Complaints.)
Higher quality judgment should always be desired by engineers. Back-of-napkin risk assessment, with the lowest standard rigor (See: Rigor), are generally self-judged, but will likely need greater rigor for organizational decision making.


Depending on the unique design, content and configuration of the target system, various capabilities will be enabled. Some of these are:
Service Invocation - Several ways of invoking services are supported: Web-services, REST-services, JMS MDB, EJB, RMI, as well as CORBA.
Enterprise Messaging -
based constructs are generated to implement specific
.
Well established
are generated when needed.
Distributed Caching – Configuration is the key. Defaults are provided and may be customized at generation time, and at runtime.
Data Persistence – JPA based data layer implementation is generated along with SQL schema. Custom relationships and queries may be added in the model.
Transaction Support – Generated service and process components will execute within short-term as well as long-term transactions.
Event Propagation – Application event logging, persistence, subscription and monitoring is supported.


This represents a (blog) article within the site.
Methods
- L
- P
Included Modules
Class Public methods
load_archive()
Link
Loads an archive for all published articles on the site. This returns a Hash, each member of which is itself a Hash representing a year. The individual hashes then contain a key for each month where articles were published, where the value is the number of articles published in that month. In addition, each year hash contains a member called @:_total@ that contains the total number of articles published in that year.
In other words:
{ 2012 => { 10 => 1, 11 => 2, 12 => 5 :_total => 8 }, 2013 => { 1 => 4, 3 => 2, # note: no articles in February 4 => 5, :_total => 11 }
Source: show
# File app/models/article.rb, line 46 def load_archive # grab counts for individual months query = "SELECT year(published_on) AS the_year, month(published_on) AS the_month, count(*) AS total "+ "FROM articles WHERE published=1 GROUP BY the_year, the_month ORDER BY published_on DESC" months = ActiveRecord::Base.connection.exec_query(query) # rotate around year/month to_return = {} months.each do |month| y = month['the_year'].to_i unless to_return.key?(month['the_year']) to_return[y] = { :_total => 0 } end to_return[y][:_total] += month['total'] to_return[y][month['the_month'].to_i] = month['total'] end to_return end
Instance Public methods


| I l@ve RuBoard |
COM is a technology from Microsoft that allows objects to communicate without the need for either object to know any details about the other, even the language it's implemented in.
At the lowest level, COM deals with interfaces and objects and makes a clear distinction between an object's interface and its implementation. The interface defines how an object is used, but the implementation of the interface is up to the object.
COM defines many interfaces but doesn't provide implementations for many of these interfaces. One commonly used interface, IDispatch , allows COM objects to be used from a scripting environment, such as Visual Basic or Python. Although COM has defined the interface for IDispatch, it's the responsibility of the COM objects themselves to implement this interface, and exactly how they implement it depends on the object model or functionality the COM object is trying to expose.
Objects that implement the IDispatch interface are known as automation objects. The rest of this chapter shows how to use automation objects from Python, and then we show how to create a COM object in Python and call from Visual Basic. Chapter 12 covers all these details in greater depth.
| I l@ve RuBoard |


[§517E-1] Short title. This chapter may be cited as the Uniform Prudent Management of Institutional Funds Act. [L 2009, c 135, pt of §1]


Animated Shorts
I love animating across all mediums! Enjoy some of the selections of my favorite work.
Maya Character Animations
Character Dialogue
Sack Dance
Hardcore Parkour
After Effects / Motion Graphics
Demo Reel of some of my animations for an EDM concert hosted by City Boyz
Animated promo for Animal Farm
"Mrs Congeniality"
Animation using only bezier curves in AE to achieve liquid movement
Animation using only bezier curves in AE to achieve liquid movement
"Snailing the Day Away"
Animated text reveal
Flash / Cell Animation
"Self Portrait"
Combination symbol and cell animation
Combination symbol and cell animation
Rabbit's Scheme Storyboard Package
Cell animation


JobCard
Departments
arrow_drop_down
Stock System
Chat
insert_chart
Polish
Antique
Powder Coating
Fabrication
Product Management
menu
Pages
Polish
Antique
Powder coating
Fabrication
Product Management
Stock System
Print


Couch Coder's Search
Search Parameters
Search Term:
Number of records to retreive:
1
5
10
Start Year:
End Year:
Search
Clear
Search Results


Demos¶
MOSA includes three demos applications to demostrate various capabilities of the MOSA project.
HelloWorld¶
The HelloWorld demo is the classic rendition of “Hello, World!”, except it does not actually display those words. Instead it displays basic information hardware information, such as the BIOS information, the CMOS time, and the Multiboot memory map.
The demo can be started by executing the following script: Demos\Run-HelloWorld.x86.bat
.
TestWorld¶
The TestWorld demo performs version simple, basic tests to validate the compiler, runtime, and kernel functionality.
The demo can be started by executing the following script: Demos\Run-TestWorld.x86.bat
.
CoolWorld¶
The CoolWorld demo utilitizes the MOSA device drivers system to enumerate hardware devices and instantiate drivers, such as for the IDE controller, disk devices, and FAT file system.
The demo can be started by executing the following script: Demos\Run-CoolWorld.x86.bat
.


Add products
Bad UUID found on line -
UUIDs list submitted
Please use form below to add new products. Select product category, then type and paste list of UUIDs.
Adding new products now
Please use form below to add new products. Select product category, then type and paste list of UUIDs.
Adding new products now


Noam Eppel
Developer
Noam has been designing and developing websites since 1996. He taught web security and web programming at a technical college in Toronto and has spoken at conferences across North America, including Ontario, New York, California, Colorado, and Texas.
Noam is a process person. He brings a focused, thoughtful methodology to all of his projects. Noam was drawn to CoLab for the balance of not just doing good work, but doing work for good.
Outside of technology, Noam's passion is travel. He spends half the year in Taiwan and the other half in his hometown of Toronto.


--请选择--
BlackBerry
device
with
entertainment
and
social
networking
apps
or
apps
that
will
boost
your
productivity
Download
or
buy
apps
from
Afbb
Akademie
Berlin
reviews
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Codehaus XFire
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There SOAP stack space has gotten more crowded recently. This chart is to help you decide which stack to use.
If you have any corrections/additions please direct them to the mailing list.
While feature matrices can be helpful, we think you should keep some other points in mind which are equally important.
- Performance - XFire is one of the fastest SOAP stacks available. We'll have some benchmarks coming soon, but a rough guide is that we're 2-5x faster than Axis 1.
- Robustness - XFire is now at 1.2, it has been in development for over 2.5 years, and it has deployed in many large organizations around the world.
- Ease of Use - XFire is significantly easier to use than a lot of SOAP stacks.
- Embeddability - The SOAP stacks below have various degrees of embeddability. This may not be a factor in your application design, but here are our thoughts on the issue:
- Axis 1's big embeddability flaw is that its API was never meant to be used by an end user. Also, it uses static references to the AxisEngine everywhere in the code, making it impossible to run two completely seperate instances side by side.
- Axis 2 seems to be a bit more embeddable, although the API seems kind of ugly and there isn't any documentation on the subject. (Dan Diephouse: It also makes the mistake in my opinion of trying to be the equivalent of a J2EE container, which means it mucks with classloaders, has its own deployment model, etc. That is what Spring, JBI, other containers are for, so XFire doesn't feel the need to replicate that.)
- Celtix - seems embeddable.
- Glue - definitely embeddable.
- JBossWS - We haven't had time to play with this one yet.
- XFire - Check out our sample.
Last Date of Comparison: 9/1/2006
General Features
| Feature |
Axis 1.x |
Axis2 |
Celtix |
Glue |
JBossWS |
XFire (1.2) |
JAXWS 2.1 RI |
| Basic Profile 1.1 Compliant |
X |
X |
X |
X |
X |
X |
X |
| DIME |
X |
|
|
X |
|
|
|
| Easily Create Services from POJOs |
|
X |
X |
X |
X |
X |
X |
| MTOM |
|
X |
|
|
X |
X |
X |
| Open Source |
X |
X |
X |
|
X |
X |
X |
| RPC-Encoding |
X |
|
|
X |
X |
|
|
Spring Support |
X |
|
X |
|
|
X |
X (via spring extension) |
REST Support |
|
X |
|
|
|
|
X |
IDEA/Eclipse Plugins |
|
X |
|
|
X |
X |
|
NetBeans Plugins |
|
|
|
|
|
|
X |
Hot Deployment |
|
X |
|
|
X |
X (Via ServiceMix) |
X (via Glassfish) |
Soap 1.1 |
X |
X |
X |
x |
X |
X |
X |
| Soap 1.2 |
X |
X |
|
X |
X |
X |
X |
| Soap w/ Attachments |
X |
X |
|
X |
X |
Coming in 2.0! |
X |
Streaming XML (StAX based) |
|
X |
|
|
|
X |
X |
| WSDL->Code (Client) |
X |
X |
X |
X |
X |
X |
X |
| WSDL->Code (Server) |
X |
X |
X |
X |
X |
X |
X |
Client Side Asynchrony |
|
|
|
|
|
|
X |
| Server Side Asynchrony |
|
|
|
|
|
|
X |
Stateful Webservices |
|
|
|
|
|
|
X |
JSR standards
| Feature |
Axis 1.x |
Axis2 |
Celtix |
Glue |
JBossWS |
XFire (1.2) |
JAXWS 2.1 RI |
| JAX-RPC |
X |
|
|
X? |
X |
|
|
| JAX-WS |
|
|
X |
|
Coming in 2.0 |
Early Access, full suport in 2.0 |
X |
| JBI (See ServiceMix) |
? |
|
X |
|
|
X |
X (via Glassfish) |
| JSR 181 |
X |
|
X |
|
X |
X |
X |
JSR 181 on Java 1.4 |
|
|
|
|
X |
X |
|
SAAJ |
X |
X |
X |
X |
X |
Coming in 2.0! |
X |
| JSR 109 |
|
|
|
|
|
|
X |
Data Bindings
| Feature |
Axis 1.x |
Axis2 |
Celtix |
Glue |
JBossWS |
XFire |
JAXWS 2.1 RI |
XMLBeans Support |
X |
X |
|
|
|
X |
|
| Castor Support |
X |
|
|
|
|
X |
|
| JiBX |
|
X |
X |
|
|
X |
|
JAXB 1.1 |
X |
X |
|
|
X |
X |
|
JAXB 2.0 |
|
|
X |
Coming in 2.0 |
X |
X |
X |
WS-*
| Feature |
Axis 1.x |
Axis2 |
Celtix |
Glue |
JBossWS |
XFire |
JAXWS 2.1 RI |
| WS-Addressing |
X |
X |
X |
X |
X |
X |
X |
| WS-Eventing |
|
|
|
|
X |
|
|
| WS-Notification |
X |
|
|
? |
|
X Via ServiceMix |
|
WS-ReliableMessaging |
X |
X |
X |
|
|
Coming in 2.0! |
X (via WSIT ) |
WS-Policy |
|
X |
|
|
|
Coming in 2.0! |
X (via WSIT ) |
WS-Security Policy |
|
|
|
|
|
|
X (via WSIT ) |
| WS-Security |
X |
X |
|
X |
X |
X |
X (via WSIT ) |
| WS-Trust |
|
|
|
|
|
|
X (via WSIT ) |
| WS-Secure Conversation |
|
|
|
|
|
|
X (via WSIT ) |
WS-Atomic Transaction |
|
|
|
|
|
|
X (via WSIT ) |
| WS-Coordination |
|
|
|
|
|
|
X (via WSIT ) |
| WS-Metadata Exchange |
|
|
|
|
|
|
X (via WSIT ) |
| WSDL 1.1 Support |
X |
X |
X |
X |
X |
X |
X |
| WSDL 2.0 Support |
|
|
|
|
|
Coming in 2.0! |
|
Transports
| Feature |
Axis 1.x |
Axis2 |
Celtix |
Glue |
JBossWS |
XFire |
JAXWS 2.1 RI |
| HTTP |
X |
X |
X |
X |
X |
X |
X |
| JMS |
X |
X |
X |
X |
X |
X |
X(via JMS extension) |
| Jabber |
Experimental |
|
|
|
|
X |
|
| SMTP |
X |
X |
|
|
|
|
|
| TCP |
X |
X |
|
|
|
|
X(via Glassfish) |
|


The module Foreign.C.Error facilitates C-specific error handling of errno.
| newtype Errno |
| = | Errno CInt | |
Haskell representation for errno values. The implementation is deliberately exposed, to allow users to add their own definitions of Errno values.
| instance Eq Errno |
Different operating systems and/or C libraries often support different values of errno. This module defines the common values, but due to the open definition of Errno users may add definitions which are not predefined.
| isValidErrno :: Errno -> Bool |
| getErrno :: IO Errno |
| resetErrno :: IO () |
| errnoToIOError |
| :: | String | the location where the error occurred |
| -> | Errno | the error number |
| -> | Maybe Handle | optional handle associated with the error |
| -> | Maybe String | optional filename associated with the error |
| -> | IOError | |
Construct an IOError based on the given Errno value. The optional information can be used to improve the accuracy of error messages.
| throwErrno |
| :: | String | textual description of the error location |
| -> | IO a | |
Throw an IOError corresponding to the current value of getErrno.
| throwErrnoIf |
| :: | (a -> Bool) | predicate to apply to the result value of the IO operation |
| -> | String | textual description of the location |
| -> | IO a | the IO operation to be executed |
| -> | IO a | |
Throw an IOError corresponding to the current value of getErrno if the result value of the IO action meets the given predicate.
| throwErrnoIf_ :: (a -> Bool) -> String -> IO a -> IO () |
| throwErrnoIfRetry :: (a -> Bool) -> String -> IO a -> IO a |
| throwErrnoIfRetry_ :: (a -> Bool) -> String -> IO a -> IO () |
| throwErrnoIfMinus1 :: Num a => String -> IO a -> IO a |
| throwErrnoIfMinus1_ :: Num a => String -> IO a -> IO () |
| throwErrnoIfMinus1Retry :: Num a => String -> IO a -> IO a |
| throwErrnoIfMinus1Retry_ :: Num a => String -> IO a -> IO () |
| throwErrnoIfNull :: String -> IO (Ptr a) -> IO (Ptr a) |
| throwErrnoIfNullRetry :: String -> IO (Ptr a) -> IO (Ptr a) |
| throwErrnoIfRetryMayBlock |
as throwErrnoIfRetry, but additionally if the operation yields the error code eAGAIN or eWOULDBLOCK, an alternative action is executed before retrying.
| throwErrnoIfRetryMayBlock_ :: (a -> Bool) |
| -> String -> IO a -> IO b -> IO () |
| throwErrnoIfMinus1RetryMayBlock :: Num a => String |
| -> IO a -> IO b -> IO a |
| throwErrnoIfMinus1RetryMayBlock_ :: Num a => String |
| -> IO a -> IO b -> IO () |
| throwErrnoIfNullRetryMayBlock :: String |
| -> IO (Ptr a) -> IO b -> IO (Ptr a) |
| throwErrnoPath :: String -> FilePath -> IO a |
| throwErrnoPathIf :: (a -> Bool) |
| -> String -> FilePath -> IO a -> IO a |
| throwErrnoPathIf_ :: (a -> Bool) |
| -> String -> FilePath -> IO a -> IO () |
| throwErrnoPathIfNull :: String |
| -> FilePath -> IO (Ptr a) -> IO (Ptr a) |
| throwErrnoPathIfMinus1 :: Num a => String |
| -> FilePath -> IO a -> IO a |
| throwErrnoPathIfMinus1_ :: Num a => String |
| -> FilePath -> IO a -> IO () |


Grzegorz Goryszewski
The picture on the left is from stock, but this site is not about picture :), right ?
Been working in IT for seventeen years mostly as Oracle Database Administrator.
Started my Programmer career from 480-hour Java Developer bootcamp, also did Python coding for internal projects.
Currently I'm passionate about Javascript, especially React framework. I'm sharing some of my projects down below, please let me know what do You think. Do not hesitate to reach me via 'Get in touch!' button.
Best regards.
Grzegorz
Representation of my profficency.
Used in most of my web based projects
Used in my web based projects
Used in most of my web base projects
Used daily in my work.
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