|
|||||||||||||||||||||||||||
Harness the Power of the Platform – Writing Windows 7 Applications by Andrew Coates A smart developer stands on the shoulders of the giants that came before. Windows 7 is just around the corner. As a platform, it boasts a number of differentiating features that you as a developer can exploit for no additional charge. Come along to this demo-heavy exploration of the platform and the tools you need to make it shine. We’ll also have copies of the Release Candidate version of Windows 7 to distribute.
Andrew Coates has been a Developer Evangelist for Microsoft in
Australia since January 2004. Before joining Microsoft, Andrew
was an independent consultant specialising in database
applications using Microsoft technologies including SQL
Server, Visual FoxPro and Microsoft Office. SharePoint – 8 Tips from the Trenches by John Liu (aka Liuy) John Liu (aka Liuy) rarely gets out of the hot and sticky SSW trench. Come hear his war stories dealing with SharePoint solutions. John has delivered SharePoint sites for clients such as Microsoft, WorleyParsons and the worst one Adam Cogan. Topics he will cover are:
To see more details and RSVP, please visit our facebook .NET group or our LinkedIn .NET group.
|
Canberra .NET User Group -
|
5 days to go!
Canberra .NET Developers User Group
Lunch: 12:30pm - 1:30pm |
Harness the Power of the Platform – Writing Windows 7 Applications by Andrew Coates
A smart developer stands on the shoulders of the giants that came before. Windows 7 is just around the corner. As a platform, it boasts a number of differentiating features that you as a developer can exploit for no additional charge. Come along to this demo-heavy exploration of the platform and the tools you need to make it shine. We’ll also have copies of the Release Candidate version of Windows 7 to distribute.
Andrew Coates has been a Developer Evangelist for Microsoft in
Australia since January 2004. Before joining Microsoft, Andrew
was an independent consultant specialising in database
applications using Microsoft technologies including SQL
Server, Visual FoxPro and Microsoft Office.
Andrew's wide range of experience includes telecommunications,
SMB inventory, dispatch and accounting systems, using both web
and rich client front ends. He has developed and delivered
class room training and has mentored a number of developers in
Visual FoxPro and SQL Server technologies.
Andrew has spoken at international conferences on Geographical
Information Systems, health statistics and database
maintenance and is a regular presenter at TechEd both locally
and internationally. An MCPD, MCTS and MCSD, Andrew also holds
a Masters degree in Civil Engineering. Andrew blogs at
http://blogs.msdn.com/acoat.
To see more details and RSVP, please visit our facebook .NET group or our LinkedIn .NET group.
|
SharePoint 101 Workshop |
Workshop Objective
This workshop will provide the attendees with:
Workshop Outline
|
New Zealand
SharePoint Conference 2009 |
SharePoint has rapidly become one of the most popular
technology platforms for information workers throughout New
Zealand so it's about time we all got together and shared our
experiences and expertise as the community that we are.
This will be the New Zealand conference to learn about
SharePoint 2007 with expert local and international speakers
presenting on topics that will help you understand and succeed
with your SharePoint implementations and add real value to
your organisation and businesses.
In addition to the session content you'll have ample
opportunities to network with your peers in the community and
technical and industry experts including local and
international Microsoft Most Valued Professionals and New
Zealand's top Certified Partners.
Don�t miss out on New Zealand's biggest SharePoint event of
the year! Come and join the excitement of the first dedicated
SharePoint conference in New Zealand!
Great new courses on Visual Studio Team System including
Enhance ALM is offering the following public courses in Sydney, Melbourne and Brisbane this month.
Each of the following courses have been developed to assist development teams gain the most from their investment in Visual Studio Team System.
More Details
Secure online event registration is available at
https://secure.enhancealm.com.au/registration/registrationwizard.aspx.
Please direct any queries to Anthony Borton ph: 0408 302 173 or email: Anthony Borton.
 SSW Code Auditor is a code analysis tool that allows developers to take control of your code, ensuring large, complex source code can be simplified, cleaned and maintained. The built-in rules focus on the most popular .NET languages (C#, VB.NET) for both Windows Forms and ASP.NET; however, the flexibility of SSW Code Auditor allows the developer to add their own rules to target any language in any text file.
If you would like to advertise your product or service with SSW or would like to find out more about various advertising opportunities, please email your enquiry to sophiebelle or call: +61 2 9953 3000.
June 2009 |
||
Tech Breakfast
Come and join us as we learn how the largest public SharePoint
site in Australia (www.WorleyParsons.com) got up and
running. |
||
EmploymentDue to the tremendous growth that our business has experienced over the last few months, we are seeking enthusiastic people to join the SSW team. Our Company is based in Neutral Bay which is one of the most elegant and scenic areas of Sydney. SSW is an Australian owned progressive consulting firm specialising in building, implementing and maintaining Microsoft .NET software applications. We are currently strongly looking for a SharePoint Developer. We are also currently looking for:
|
| Copyright © SSW 1990-2009. All Rights Reserved. | Proudly developed by SSW Sydney Web Design | |||||
|


Sensually Styled Definition Lists
Thoughts, have been simming in my head since the middle of the year 2003 when discussion on the CSS-Discuss about styling definition list (<dl>
), on ways I could style a defintion list.
I have come up with there examples; the first two are styled in much the manner of a table with the definition title being the left column and the defintition comprising the left column and the third is a more whimsical style.
First the example definition list that will used comes from a porition of the list of CSS Play examples.
Unformatted Example
- Folder Tree List
- Nested lists styled to look like a folder tree.
- Drop Down Lllama Menu
- A drop drop down menu that is triggered by hovering over a drop down marker instead of hovering over the menu label.
- Title Block with a Shock
- The use of the title tag as an extra blank tag set and the body tag as an extra container.
- Reformat the Table
- Use a table for its data structure but display in a non-table format.
- Image ReplacementóNo Span
- This example is based on the Background-Image to Replace Text method; but now with no extra span.
- Combination of CSS Tricks for a Menu
- A menu that uses for different CSS tricks to create a dynamic menu.
- Multiple Columns of Equal Length
- A three column layout with the columns of equal length.
- Enlarger Button Menu
An example of a menu using icon that each icon will grow larger when hovering over it.
- Mark Your Jump
Show users where they jumped in a page.
- CSS Pop-Up Menus
CSS based menus that pop-up instead of down.
- Folder Tree List
- Nested lists styled to look like a folder tree.
- Drop Down Lllama Menu
- A drop drop down menu that is triggered by hovering over a drop down marker instead of hovering over the menu label.
- Title Block with a Shock
- The use of the title tag as an extra blank tag set and the body tag as an extra container.
- Reformat the Table
- Use a table for its data structure but display in a non-table format.
- Image ReplacementóNo Span
- This example is based on the Background-Image to Replace Text method; but now with no extra span.
- Combination of CSS Tricks for a Menu
- A menu that uses for different CSS tricks to create a dynamic menu.
- Multiple Columns of Equal Length
- A three column layout with the columns of equal length.
- Enlarger Button Menu
An example of a menu using icon that each icon will grow larger when hovering over it.
- Mark Your Jump
Show users where they jumped in a page.
- CSS Pop-Up Menus
CSS based menus that pop-up instead of down.
asdfasdfasdf asdfasdfasd
Example Two
- Folder Tree List
- Nested lists styled to look like a folder tree.
- Drop Down Lllama Menu
- A drop drop down menu that is triggered by hovering over a drop down marker instead of hovering over the menu label.
- Title Block with a Shock
- The use of the title tag as an extra blank tag set and the body tag as an extra container.
- Reformat the Table
- Use a table for its data structure but display in a non-table format.
- Image ReplacementóNo Span
- This example is based on the Background-Image to Replace Text method; but now with no extra span.
- Combination of CSS Tricks for a Menu
- A menu that uses for different CSS tricks to create a dynamic menu.
- Multiple Columns of Equal Length
- A three column layout with the columns of equal length.
- Enlarger Button Menu
An example of a menu using icon that each icon will grow larger when hovering over it.
- Mark Your Jump
Show users where they jumped in a page.
- CSS Pop-Up Menus
CSS based menus that pop-up instead of down.
Example Three
- Folder Tree List
- Nested lists styled to look like a folder tree.
- Drop Down Lllama Menu
- A drop drop down menu that is triggered by hovering over a drop down marker instead of hovering over the menu label.
- Title Block with a Shock
- The use of the title tag as an extra blank tag set and the body tag as an extra container.
- Reformat the Table
- Use a table for its data structure but display in a non-table format.
- Image ReplacementóNo Span
- This example is based on the Background-Image to Replace Text method; but now with no extra span.
- Combination of CSS Tricks for a Menu
- A menu that uses for different CSS tricks to create a dynamic menu.
- Multiple Columns of Equal Length
- A three column layout with the columns of equal length.
- Enlarger Button Menu
- An example of a menu using icon that each icon will grow larger when hovering over it.
- Mark Your Jump
- Show users where they jumped in a page.
- CSS Pop-Up Menus
- CSS based menus that pop-up instead of down.


Flex 4 and Runtime style sheets
2010 October 20th by todd anderson
I just put up some files on github under the project name flex-runtime-css. Perhaps it is a misnomer if people are coming to see how to load and parse CSS files (there’s already the great F*CSS library out there for that). The flex-runtime-css project is intended to address a problem i saw when generating a Runtime CSS SWF to be loaded in a Flex Application.
Sometimes a project calls for loading in CSS at runtime rather than compiling the style sheets in. Often enough this is due to a project requirement to have dynamic styling/skinning based on separate client vendors, yadda-yadda. To generate these Runtime CSS SWF files i use the Adobe MXMLC compiler tool from the Flex SDK. If you are unfamiliar about how to generate a CSS SWF or how to load in the SWF at runtime for style declarations, you can visit the the Adobe live docs on the subject at http://livedocs.adobe.com/flex/3/html/help.html?content=styles_10.html.
The problem i was running is that the default flex-config used by the MXMLC tool in Flex 4 now links against several RSLs. I won’t go into a discussion of RSLs, but the reason for this is lower application size. That’s great for an application, but unnecessary when generating a CSS SWF. In fact, if you generated a CSS SWF using the default flex-config via the following command:
> mxmlc MyStyle.css
… your generated CSS SWf file will request those RSLs when loaded into the application via the StyleManager. Unnecessary overhead as they those RSLs are already in the application domain and the request becomes moot.
So, long story long, flex-runtime-css intends to address this issue by providing a custom configuration that does away with the RSL linking and externally compiles against the framework libraries. A CSS SWF can be generated using the flex-runtime-css files and ANT. If you use the flex-runtime-css you will need to update the build.properties file included in the project to point to the Flex SDK and file resources on your local disk.
Posted in Flash, Flex, flex-runtime-css.


I created a Starcraft team in college and we used to communicate with each other with an e-mail discussion thread. There was a player, R, on the team who used to be active, but stopped playing and switched to playing League of Legends. One of the other players asked a question about the game and R responded with an answer that I knew was wrong, so I sent a link in the e-mail thread proving him wrong. He went livid and we had an argument through public e-mails.
I said his answer was misinformed because he doesn't play the game anymore. I've joked with him in the past about him switching his loyalty to a different game but it seemed like it ticked him off a lot more this time. His first response was a lot of cussing at me, so I knew he was in a bad mood already. He started pointing out other e-mails I sent in the past that sounded derogatory, which the rest of the team told him that he misinterpreted because my e-mails consist of snarky humor.
He kept attacking me personally, to which I felt obliged to defend myself. This went out of hand and I tried to keep our argument on track. Because he never addressed the actual problem, which was his answer being wrong, I kept asking him if he actually clicked the link I sent but he ignored me.
Definitely worse. I knew I was right, the rest of the team knew I was right, but he wasn't in the right state of mind and didn't care that I was right. Nothing I said could've deescalated the situation, but I couldn't keep my mouth shut.
I wouldn't have engaged in the argument with someone who was clearly having a bad day. He normally isn't that irritable.
When people are hotheaded beyond reason, it's best to not push their buttons and avoid conflict.


Postgres Indexes – Expression/Functional Indexing
Postgres is rich with options for indexing. First you’ve got a variety of types, and beyond that you can do a variety of things with each of these such as create unique indexes, use conditions to index only a portion of your data, or create indexes based on complex expressions or functions. In cases where you commonly use various PostgreSQL functions in your application or reporting you can get some great gains from this.
Let’s take a look at a really simple case. Given a basic user table:
# \dt users
Table "public.users"
Column | Type | Modifiers
------------+-----------------------------+-----------
id | integer | not null
email | character varying(255) |
created_at | timestamp without time zone |
You may commonly want to run a report against it showing your signups by date. Let’s say you do this by running the query:
SELECT
count(*),
date_trunc('day', created_at)
FROM
users
GROUP BY
2;
If you’re commonly using date_trunc('day', created_at)
for grouping, filtering, or projecting it out you can get some great gains by creating an index on this:
# CREATE INDEX idx_user_created ON users(date_trunc('day', created_at));
Of course you can go beyond the built in functions of Postgres and use more complicated functions you create yourself. For example if you have JSON stored within PostgreSQL, have PLV8 enabled, and want to create a Javascript function to parse and return the text for a given key:
# CREATE OR REPLACE FUNCTION
get_text(key text, data json)
RETURNS text $$
return data[key];
$$ LANGUAGE plv8 IMMUTABLE STRICT;
Of note in the above function is IMMUTABLE
and STRICT
. Immutable specifies that the function given the same inputs will return the same result. Strict means that if you send in NULL
values you’ll get a null result.
Given some example data inside your JSON field:
{
"name": "Craig Kerstiens",
"location": "San Francisco",
"numbers": [
{
"type": "work",
"number": "123.456.7890"
},
{
"type": "home",
"number": "987.654.3210"
}
]
}
If you wanted to return just the name you could index on:
# CREATE INDEX idx_name ON users(get_text('name', json_data));
Or even combine with built ins for a case-insensitive version:
# CREATE INDEX idx_name ON users(lower(get_text('name', json_data)));
Indexes like all of the above can be useful when you’re filtering on something that postgres can take advantage of. In most cases any conditions with the exception of a LIKE
beginning with a %
work for this. With Postgres 9.2 even a count(*) in certain cases can take advantage of the index because of index only scans.
Whether you’re looking to take advantage of all the power of Javascript with JSON or another procedural langauge – or simply speed up a basic report using built in functions expression indexes can give you some great benefits.
Based on early feedback theres already a plan to create an article that includes a bit on composite indexes, cost of indexing, how to know if its not being used. Is there more you want to know more about Postgres Indexes or other topics in PostgreSQL? Drop me a line<EMAIL_ADDRESS>and let me know in more detail.


We think it's just you.
We have not had enough reports recently to seriously question the security of http://apple.com.
Report a security issue for Apple.com
Check another site?


Click here first ==>
Log in with Spotify
Music Stats
Enter Lastfm user name:
Select feature:
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My Work
This is what I have coded in the last two weeks. It includes a 1980 video game character, a pair of eyes that are very interested in your mouse, and a bus tracker.
PacMan Factory
Do you need more PacMan in your life? Do you feel like just playing the 1980 video game isn't enough? Do you want millions of PacMan bouncing all over your screen? Then PacMan Factory is perfect for you.
Eyeballs
There are two eyeballs that always look at your mouse and there very creepy.
Bus Tracker
If you are in Boston and for some reason, you want to ride Bus y1924. Then you are in luck because Bus Tracker tracks Bus y1924.


utils
¶
Helper functions
|
Simple class that allow streaming reads from GZip files (from https://gist.github.com/beaufour/4205533). |
|
Return string representation of bytes. |
|
Remove leading “/” from object_name |
|
A generator that splits an array into chunks of desired byte size |
|
Return byte size of file-object |
Get AWS keys from environmental variables if available |
|
Get AWS keys from default S3fs location if available. |
|
|
Read AWS keys from S3fs configuration or environmental variables. |
|
Return the size of the S3 object in MB |
|
Check string to see if it has any glob magic |
Check if string has non-trivial glob pattern |
|
Check string to see if it has trivial glob magic (e.g. “path/*”). |
|
|
Make the path behave as expected when querying S3 with list_objects. |
|
Return the name of all objects in a list |
|
Join two or more pathname components, inserting SEPARATOR as needed. |
|
Print name, size, and creation date of objects in list. |
|
Fill a numpy n-d array with file-like object contents |
|
remove leading “/” from a string |
|
|
|
|
|
Convert a URI to a bucket, object name tuple. |
|
|
|
Clean URL names from a list. |
GzipInputStream
¶
- class cottoncandy.utils.GzipInputStream(fileobj, block_size=16384)¶
Bases:
object
Simple class that allow streaming reads from GZip files (from https://gist.github.com/beaufour/4205533).
Python 2.x gzip.GZipFile relies on .seek() and .tell(), so it doesn’t support this (@see: http://bo4.me/YKWSsL).
Adapted from: http://effbot.org/librarybook/zlib-example-4.py
- __init__(fileobj, block_size=16384)¶
Initialize with the given file-like object.
@param fileobj: file-like object,
- next()¶
- read(size=0)¶
- readline()¶
- readlines()¶
- seek(offset, whence=0)¶
- tell()¶
bytes2human¶
- cottoncandy.utils.bytes2human(nbytes)¶
Return string representation of bytes.
- Parameters
nbytes (int) – Number of bytes
- Returns
human_bytes – Human readable byte size (e.g. “10.00MB”, “1.24GB”, etc.).
- Return type
str
clean_object_name¶
- cottoncandy.utils.clean_object_name(input_function)¶
Remove leading “/” from object_name
This is important for compatibility with S3fs. S3fs does not list objects with a “/” prefix.
generate_ndarray_chunks¶
- cottoncandy.utils.generate_ndarray_chunks(arr, axis=None, buffersize=104857600)¶
A generator that splits an array into chunks of desired byte size
- Parameters
arr (np.ndarray) –
axis (int, None) – The axis along which to slice the array. If None is given, the array is chunked into ideal isotropic voxels.
buffersize (scalar) – Byte size of the desired array chunks
- Returns
iterator – The object yields the tuple: (chunk_coordinates, chunk_data_slice)
chunk_coordinates: Indices of the current chunk along each dimension
chunk_data_slice: Data for this chunk
- Return type
generator object
Notes
axis=None
is WIP and only works well for near isotropic matrices.
get_fileobject_size¶
- cottoncandy.utils.get_fileobject_size(file_object)¶
Return byte size of file-object
- Parameters
file_object (file object) –
- Returns
nbytes
- Return type
int
get_key_from_environ¶
- cottoncandy.utils.get_key_from_environ()¶
Get AWS keys from environmental variables if available
- Returns
ACCESS_KEY (str)
SECRET_KEY (str)
Notes
Reads AWS_ACCESS_KEY and AWS_SECRET_KEY
get_key_from_s3fs¶
- cottoncandy.utils.get_key_from_s3fs()¶
Get AWS keys from default S3fs location if available.
- Returns
ACCESS_KEY (str)
SECRET_KEY (str)
Notes
Reads ~/.passwd-s3fs to get ACCESSKEY and SECRET KEY
get_keys¶
- cottoncandy.utils.get_keys()¶
Read AWS keys from S3fs configuration or environmental variables.
- Returns
ACCESS_KEY (str)
SECRET_KEY (str)
get_object_size¶
- cottoncandy.utils.get_object_size(boto_s3_object)¶
Return the size of the S3 object in MB
- Parameters
boto_s3_object (boto object) –
- Returns
object_size
- Return type
float (in MB)
has_trivial_magic¶
mk_aws_path¶
- cottoncandy.utils.mk_aws_path(path)¶
Make the path behave as expected when querying S3 with list_objects.
xxx/yyy -> xxx/yyy/
xxx/ -> xxx/
xxx -> xxx/
/ -> ‘’
‘’ -> ‘’
objects2names¶
- cottoncandy.utils.objects2names(objects)¶
Return the name of all objects in a list
- Parameters
objects (list (of boto3 objects)) –
- Returns
object_names
- Return type
list (of strings)
pathjoin¶
- cottoncandy.utils.pathjoin(a, *p)¶
Join two or more pathname components, inserting SEPARATOR as needed. If any component is an absolute path, all previous path components will be discarded. An empty last part will result in a path that ends with a separator.
print_objects¶
- cottoncandy.utils.print_objects(object_list)¶
Print name, size, and creation date of objects in list.
- Parameters
object_list (list (of boto3 objects)) –
read_buffered¶
- cottoncandy.utils.read_buffered(frm, to, buffersize=64)¶
Fill a numpy n-d array with file-like object contents
- Parameters
frm (buffer) – Object with a
read
methodto (np.ndarray) – Array to which the contents will be put
remove_trivial_magic¶
- cottoncandy.utils.remove_trivial_magic(s)¶
xxx/* -> xxx/
xxx/ -> xxx/
xxx//yyy/ -> xxx//yyy/


@InterfaceAudience.Private
@InterfaceStability.Unstable
public interface TimelineReader
extends org.apache.hadoop.service.Service
| Modifier and Type | Interface and Description |
|---|---|
static class |
TimelineReader.Field
Possible fields to retrieve for
getEntities(org.apache.hadoop.yarn.server.timelineservice.reader.TimelineReaderContext, org.apache.hadoop.yarn.server.timelineservice.reader.TimelineEntityFilters, org.apache.hadoop.yarn.server.timelineservice.reader.TimelineDataToRetrieve) and
getEntity(org.apache.hadoop.yarn.server.timelineservice.reader.TimelineReaderContext, org.apache.hadoop.yarn.server.timelineservice.reader.TimelineDataToRetrieve) . |
| Modifier and Type | Method and Description |
|---|---|
Set<org.apache.hadoop.yarn.api.records.timelineservice.TimelineEntity> |
getEntities(TimelineReaderContext context,
TimelineEntityFilters filters,
TimelineDataToRetrieve dataToRetrieve)
The API to search for a set of entities of the given entity type in
the scope of the given context which matches the given predicates.
|
org.apache.hadoop.yarn.api.records.timelineservice.TimelineEntity |
getEntity(TimelineReaderContext context,
TimelineDataToRetrieve dataToRetrieve)
The API to fetch the single entity given the identifier(depending on
the entity type) in the scope of the given context.
|
Set<String> |
getEntityTypes(TimelineReaderContext context)
The API to list all available entity types of the given context.
|
org.apache.hadoop.yarn.api.records.timelineservice.TimelineEntity getEntity(TimelineReaderContext context, TimelineDataToRetrieve dataToRetrieve) throws IOException
The API to fetch the single entity given the identifier(depending on the entity type) in the scope of the given context.
context
- Context which defines the scope in which query has to be
made. Use getters of TimelineReaderContext
to fetch context
fields. Context contains the following :dataToRetrieve
- Specifies which data to retrieve for the entity. Use
getters of TimelineDataToRetrieve class to fetch dataToRetrieve
fields. All the dataToRetrieve fields are optional. Refer to
TimelineDataToRetrieve
for details.IOException
- if there is an exception encountered while fetching
entity from backend storage.Set<org.apache.hadoop.yarn.api.records.timelineservice.TimelineEntity> getEntities(TimelineReaderContext context, TimelineEntityFilters filters, TimelineDataToRetrieve dataToRetrieve) throws IOException
The API to search for a set of entities of the given entity type in the scope of the given context which matches the given predicates. The predicates include the created time window, limit to number of entities to be returned, and the entities can be filtered by checking whether they contain the given info/configs entries in the form of key/value pairs, given metrics in the form of metricsIds and its relation with metric values, given events in the form of the Ids, and whether they relate to/are related to other entities. For those parameters which have multiple entries, the qualified entity needs to meet all or them.
context
- Context which defines the scope in which query has to be
made. Use getters of TimelineReaderContext
to fetch context
fields. Context contains the following :filters
- Specifies filters which restrict the number of entities
to return. Use getters of TimelineEntityFilters class to fetch
various filters. All the filters are optional. Refer to
TimelineEntityFilters
for details.dataToRetrieve
- Specifies which data to retrieve for each entity. Use
getters of TimelineDataToRetrieve class to fetch dataToRetrieve
fields. All the dataToRetrieve fields are optional. Refer to
TimelineDataToRetrieve
for details.IOException
- if there is an exception encountered while fetching
entity from backend storage.Set<String> getEntityTypes(TimelineReaderContext context) throws IOException
context
- A context defines the scope of this query. The incoming
context should contain at least the cluster id and application id.IOException
- if an exception occurred while listing from backend
storage.Copyright © 2008–2019 Apache Software Foundation. All rights reserved.


Cara Lawrence
Republican
Attorney with Tierney Lawrence LLC. Previously I worked at the law firm Tierney Paul Lawrence LLC and Isaacson Rosenbaum PC.
I am an attorney with a J.D. I have my LL.M in taxation and a Master's in International Studies from the University of Denver's Graduate School of International Studies.
80207
My prior employer donated to both Republican and Democratic campaigns. As it was a limited liability company, my name appears as a donor. I have not individually donated to any campaigns.
Denver Bar Association; Colorado Bar Association; American Bar Association; Colorado Women's Bar Association; Colorado Society for Association Executives
I am an attorney that works with civic and philanthropic groups, but I have no direct experience with this work.
I desire to work to ensure that these commissions are nonpartisan and representative of all Coloradans. As someone who was born and raised in Colorado, I desire to ensure that this process is fair and nonpartisan, and not subject to any special interests. I want to strengthen our democracy and ensure that Colorado's governmental systems are strong and governed by the rule of law and that everyone's voice is heard.
As an attorney, I have been trained to promote consensus. I am not a litigator; instead, I work to both prevent and solve problems for my clients. As a mother of 3 young children, I have also learned to promote consensus and to mediate differences. I also have traveled around the United States and the world and have a deep appreciation for differing viewpoints but understand that finding common ground is imperative while still respecting everyone's differences. I believe that I am by nature fair and impartial and my work with nonprofit clients reflects this. However, being a parent to three young children has really guided me in working with adversarial persons to be fair, impartial, and just.
I have been a practicing attorney since 1996, most of that time in Colorado. I also have my LL.M in tax law. The very nature of a legal education and the practice of law is to be analytical, logical, and reasonable. As a business attorney, I assist my clients in finding rational and workable answers to legal challenges.
Female


With an easy to use interface for creating a plant watering schedule tailored to each individual plant, WaterMyPlants will remind users when it's time to feed that foliage and quench your plants' thirst.
Ensuring that all your plants are consistently watered is actually pretty difficult. Water My Plants is an app that helps to solve those problems.


A COmbination of systems Biology and experimental high-throughput approaches to engineer
durable Resistance against plAnt viruses in crops.
SEARCH
Is your protein present in COBRA ?
Go
GITHUB REPOSITORY
The web app code is available on Github. Get a look and launch your own COBRA app!
Go
NETWORK
Find if your protein interact with the other proteins of COBRA.
Go
{% endblock %}


The integration service allows to reserve an amount of money to be charged later on.
It will do so by sending a preauthorization request to the PAYONE platform.
It will store information about such a request as an interface interaction of type
PAYONE_INTERACTION_REQUEST.
Given the following payments for a PayPal account:
| Payment Name | Cent Amount | Currency Code | Payment ID (for information only) | Success URL (for information only) | Error URL (for information only) | Cancel URL (for information only) |
|---|---|---|---|---|---|---|
| Payment 1 | 7 | EUR | ||||
| Payment 2 | 2234 | USD | ||||
| Payment 3 | 43434 | EUR | ||||
| Payment 4 | 715431 | EUR |
When I request the integration service to handle them I will get the following results:
| Payment Name | Response Status Code | total # of preauthorization requests sent |
Transaction State | Version (for information only) |
|---|---|---|---|---|
| Payment 1 | 200 | 1 | Pending | |
| Payment 2 | 200 | 1 | Failure | |
| Payment 3 | 200 | 1 | Pending | |
| Payment 4 | 200 | 1 | Pending |
The transaction will stay in state Pending as long as we don't follow the received redirect URL and authorize the payment for this account.
| Payment Name | Transaction State | redirect URL starts with | full redirect URL (for information only) | Version (for information only) |
|---|---|---|---|---|
| Payment 1 | Pending | https://www.sandbox.paypal.com/webscr | ||
| Payment 3 | Pending | https://www.sandbox.paypal.com/webscr | ||
| Payment 4 | Pending | https://www.sandbox.paypal.com/webscr |
The service ensures idempotence, hence when I request it to handle the same payments again then I will get the same results as before, especially the total number of requests sent per payment must not change:
| Payment Name | Response Status Code | total # of preauthorization requests sent |
Transaction State | Version (for information only) |
|---|---|---|---|---|
| Payment 1 | 200 | 1 | Pending | |
| Payment 2 | 200 | 1 | Failure | |
| Payment 3 | 200 | 1 | Pending | |
| Payment 4 | 200 | 1 | Pending |
The failed payment Payment 2 must have received 0 responses of type PAYONE_INTERACTION_REDIRECT.
If I follow the URL and complete the PayPal verification process, I get forwarded to the predefined success URL and for each of the payments Payment 1, Payment 3 and Payment 4 an appointed/completed notification will be received and as a consequence the transaction state will be set to Success.
Due to inconsistent behavior of PayPal's sandbox test system, the redirect and any follow-up verifications must be performed manually.
That's out of the Integration Service's scope.
The Integration Service is notified by PAYONE only in case of a successful verification.
The checkout implementation needs to take care of failed verifications - the user will be redirected to the backUrl or the errorUrl specified in the Payment object.


If you are a community member, builder, consumer of applications, or a user of Kubernetes overall, the Operator Framework offers a number of benefits.
Today, there is often a high barrier to entry when it comes to building Kubernetes applications. There are a substantial number of pre-existing dependencies and assumptions, many of which may require experience and technical knowledge. At the same time, application consumers often do not want their services to be siloed across IT footprints with disparate management capabilities (for example, departments with differing tools for auditing, notification, metering, and so on).
The Operator Framework aims to address these points by helping to bring the expertise and knowledge of the Kubernetes community together in a single project that, when used as a standard application package, can make it easier to build applications for Kubernetes. By sharing this Framework with the community, we hope to enable an ecosystem of builders to more easily create their applications on Kubernetes via a common method and also provide a standardized set of tools to build consistent applications.
We believe a proper extension mechanism to Kubernetes shouldn’t be built without the community. To this end, Red Hat has proposed a “platform-dev” Special Interest Group that aligns well with the existing Kubebuilder project from Google and we look forward to working with other industry leaders should this group come to fruition.
“We are working together with Red Hat and the broader Kubernetes community to help enable this ecosystem with an easier way to create and operate their applications on Kubernetes,” said Phillip Wittrock, Software Engineer at Google, Kubernetes community member, and member of the Kubernetes steering committee. “By working together on platform development tools, we strive to make Kubernetes the foundation of choice for container-native apps - no matter where they reside.”
Automated application provisioning and configuration management
Patch and minor version upgrades supported
App lifecycle, storage lifecycle (backup, failure recovery)
Metrics, alerts, log processing and workload analysis
Horizontal/vertical scaling, auto config tuning, abnormal detection, scheduling tuning
Operators come in different maturity levels in regards to their lifecycle management capabilities for the application or workload they deliver. The capability models aims to provide guidance in terminology to express what features users can expect from an Operator.
Learn More About The Capability Model


Wolves join top European clubs in sending scout to watch match in Belgium - reports
Latest Wolves transfer news | Reports in Belgium claim that Wolves were one of a number of clubs across Europe to have scouts in attendance for the same match
by Mark WakefieldWolverhampton Wanderers reportedly had a scout watching a match in Belgium in recent days.
According to reports in Belgium , a scout from Wolves was in attendance to watch the First Division A clash between Anderlecht and Zulte Waregem.
The report also claims that scouts from other top clubs from across Europe were also watching the game, with Manchester United, Arsenal, Rangers, Ajax, Atalanta, Feyenoord, Genoa, Inter Milan, Marseille, Real Sociedad and Sevilla all represented.
It has been suggested that the players being watched were Anderlecht duo Yari Verschaeren and Albert Sambi Lokonga.
Verschaeren plays as an attacking midfielder, while Lokonga is more familiar with the defensive-minded role in the middle of the park.
However, the report adds that Anderlecht are not interested in selling the duo, even if a “monster” offer was to be made.
Wolves have had transfer dealings with Anderlecht in the past, with Nuno Espirito Santo signing Leander Dendoncker from the Belgian club in the summer of 2018.
Wolves latest
This is your round up of all things Wolves; the one-stop shop that will keep you updated on the latest goings on at the club and beyond.
Transfers, injuries, match-days and managers, we’ve got you covered.
We’ll be bringing the very latest on Wolves throughout the week and around the clock.
Make sure you keep yourself updated with our handy daily catch up...
Must reads...
- Wolves join top European clubs in sending scout to watch match in Belgium - reports
- 'Progressing' - Wolves provide injury update on key trio
- 'Temptation' - Premier League club urged to lure Nuno away from Wolves
- Wolves set to award promising youngster new deal to fend off Bundesliga interest - reports
- 'Big teams' - Raul Jimenez had this to say after Wolves saw off Aston Villa
For all your latest WWFC news, opinion, analysis and transfer gossip, click here
You can follow our Wolves reporter Alex Dicken on Twitter, and his email address is Alex.Dicken@reachplc.com


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| 188489-07-8 | 6849 | C16H13ClF4N2O4 | 408.732 | 14618 | 79179 | 34618 | 3861 | Flufenpyr-ethyl | Flufenpyr-ethyl (Acetic acid, [2-chloro-4-flupro-5-[5-methyl-6-oxo- 4-(trifluoromethyl)-1(6H)-pyridazinyl]phenoxy]-, ethyl ester) | 188489-07-8 | primary | single chemical compound | | tested chemical | C16H13ClF4N2O4 | 408.732 | defined organic | parent | ethyl {2-chloro-4-fluoro-5-[5-methyl-6-oxo-4-(trifluoromethyl)pyridazin-1(6H)-yl]phenoxy}acetate | O=C(OCC)COc1cc(c(F)cc1Cl)N2N=CC(=C(C)C2=O)C(F)(F)F | O=C(OCC)COc1cc(c(F)cc1Cl)N2N=CC(=C(C)C2=O)C(F)(F)F | 20080429 |


Author: Raimo Niskanen <raimo(at)erlang(dot)org>
Status: Active
Type: Process
Created: 31-May-2007
Post-History:
The EEP contains the index of all Erlang Enhancement Proposals, known as EEPs. EEP numbers are assigned by the EEP Editor, and once assigned are never changed. The history of the EEP texts represent their historical record.
The textual format for an EEP is described in EEP 1, and EEP 33 is a template.
EEPs are discussed on the mailing list<EMAIL_ADDRESS>and accepted or rejected by the OTP team.
| Status | Num | Title | Owner |
|---|---|---|---|
| P | 0 | Index of Erlang Enhancement Proposals (EEPs) |
Raimo Niskanen |
| P | 1 | EEP Purpose and Guidelines |
Per Gustafsson |
| PF/R-33 | 2 | Sample Plaintext PEP Template |
Per Gustafsson |
| PF/R-33 | 3 | Sample reStructuredText EEP Template |
Per Gustafsson |
| SF/R12B-0 | 4 | New BIFs for bit-level binaries (bit strings) |
Per Gustafsson |
| S | 5 | More Versatile Encapsulation with `export_to` |
Richard A. O'Keefe |
| SF/R12B-0 | 6 | New BIFs for tuple and binary sizes |
Björn Gustavsson |
| S | 7 | Foreign Function Interface (FFI) |
Alceste Scalas |
| S | 8 | Types and function specifications |
Tobias Lindahl |
| S | 9 | Library for working with binaries |
Fredrik Svahn |
| S | 10 | Representing Unicode characters in Erlang |
Patrik Nyblom |
| SA/R12B-3u | 11 | Built in regular expressions in Erlang |
Patrik Nyblom |
| S | 12 | Extensions to comprehensions |
Richard A. O'Keefe |
| S | 13 | -enum declarations |
Richard A. O'Keefe |
| S | 14 | Guard clarification and extension |
Richard A. O'Keefe |
| S | 15 | Portable funs |
Richard A. O'Keefe |
| S | 16 | is_between/3 |
Richard A. O'Keefe |
| S | 17 | Fix andalso and orelse |
Richard A. O'Keefe |
| S | 18 | JSON bifs |
Richard A. O'Keefe |
| S | 19 | Comprehension multigenerators |
Richard A. O'Keefe |
| S | 20 | Split the atoms! |
Richard A. O'Keefe |
| S | 21 | Optional trailing commas for lists and tuples |
Richard A. O'Keefe |
| S | 22 | Range checking for binaries |
Richard A. O'Keefe |
| S | 23 | Allow variables in `fun M:F/A` |
Richard A. O'Keefe |
| SF/R12B-5 | 24 | Functions may be named using `F/N` in all module attributes |
Richard A. O'Keefe |
| S | 25 | Unnesting cases |
Richard A. O'Keefe |
| SA/R13A | 26 | Make andalso and orelse tail-recursive |
Björn Gustavsson |
| S | 27 | Multi-Parameter Typechecking BIFs |
James Hague |
| S | 28 | Optional leading semicolons for choices |
Richard A. O'Keefe |
| S | 29 | Abstract Patterns, Stage 1 |
Richard A. O'Keefe |
| SF/R13A/R14A | 30 | Maximum and Minimum |
Richard A. O'Keefe |
| SF/R14A | 31 | Binary manipulation and searching module |
Patrik Nyblom |
| S | 32 | Module-local process names |
Richard A. O'Keefe |
| P | 33 | Sample Markdown EEP Template |
Raimo Niskanen |
| S | 34 | Extended basic packet options for decode_packet |
Tony Rogvall |
| S | 35 | Binary string module(s) |
Patrik Nyblom |
| SF/R15B | 36 | Line numbers in exceptions |
Björn Gustavsson |
| SA | 37 | Funs with names |
Richard A. O'Keefe |
| S | 38 | -discontiguous directive |
Richard A. O'Keefe |
| S | 39 | Scoped Group Leaders |
Yurii Rashkovskii |
| S | 40 | A proposal for Unicode variable and atom names in Erlang |
Richard A. O'Keefe |
| S | 41 | Pseudo-assignment for Erlang |
Richard A. O'Keefe |
| S | 42 | setrlimit(2) analogue for Erlang |
Richard A. O'Keefe |
| S | 43 | Maps |
Björn-Egil Dahlberg |
| Tag | Description |
|---|---|
| S | Standards Track EEP |
| P | Process EEP |
| A | Accepted proposal |
| R | Rejected proposal |
| W | Withdrawn proposal |
| D | Deferred proposal |
| F | Final proposal |
| /R-33 | Replaced by EEP 33 |
| /R12B-0 | Proposal is implemented in OTP release R12B-0 |
| /R12B-3u | Proposal is implemented in OTP release R12B-3, except for Unicode support according to EEP 10 |
| /R12B-5 | Proposal is implemented in OTP release R12B-5 |
| /R13A | Proposal is to be implemented in OTP release R13A |
| /R13A/R14A | Proposal is implemented in OTP release R13A and R14A |
| /R14A | Proposal is implemented in OTP release R14A |
| /R15B | Proposal is implemented in OTP release R15B |
| Author | |
|---|---|
| Alceste Scalas | <alceste(at)crs4(dot)it> |
| Björn Gustavsson | <bjorn(at)erlang(dot)org> |
| Björn-Egil Dahlberg | <egil(at)Erlang.org> |
| Fredrik Svahn | <Fredrik(dot)Svahn(at)gmail> |
| James Hague | <james(dot)hague(at)gmail(dot)com> |
| Patrik Nyblom | <pan(at)erlang(dot)org> |
| Per Gustafsson | <pergu(at)it(dot)uu(dot)se> |
| Raimo Niskanen | <raimo(at)erlang(dot)org> |
| Richard A. O'Keefe | <ok(at)cs(dot)otago(dot)ac(dot)nz> |
| Tobias Lindahl | <tobias(dot)lindahl(at)it(dot)uu(dot)se> |
| Tony Rogvall | <tony(at)rogvall(dot)se> |
| Yurii Rashkovskii | <yrashk(at)gmail(dot)com> |
This document has been placed in the public domain.


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Symbol Index for "Subject Responsibility Act"
Symbol Index for diagram
"Subject Responsibility Act"
Activity For Subject (Class)
AFS/Scope (Generalization Node)
Context Activity (Class)
creator (Association)
Direct Activity For Subject (Class)
Subject Responsibility (Class)
Subject Responsibility Act (Class)


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| I l@ve RuBoard |
3.6 PipesPipes, another cross-program communication device, are made available in Python with the built-in os.pipe call. Pipes are unidirectional channels that work something like a shared memory buffer, but with an interface resembling a simple file on each of two ends. In typical use, one program writes data on one end of the pipe, and another reads that data on the other end. Each program only sees its end of the pipes, and processes it using normal Python file calls. Pipes are much more within the operating system, though. For instance, calls to read a pipe will normally block the caller until data becomes available (i.e., is sent by the program on the other end), rather than returning an end-of-file indicator. Because of such properties, pipes are also a way to synchronize the execution of independent programs. 3.6.1 Anonymous Pipe BasicsPipes come in two flavors -- anonymous and named. Named pipes (sometimes called "fifos") are represented by a file on your computer. Anonymous pipes only exist within processes, though, and are typically used in conjunction with process forks as a way to link parent and spawned child processes within an application -- parent and child converse over shared pipe file descriptors. Because named pipes are really external files, the communicating processes need not be related at all (in fact, they can be independently started programs). Since they are more traditional, let's start with a look at anonymous pipes. To illustrate, the script in Example 3-15 uses the os.fork call to make a copy of the calling process as usual (we met forks earlier in this chapter). After forking, the original parent process and its child copy speak through the two ends of a pipe created with os.pipe prior to the fork. The os.pipe call returns a tuple of two file descriptors -- the low-level file identifiers we met earlier -- representing the input and output sides of the pipe. Because forked child processes get copies of their parents' file descriptors, writing to the pipe's output descriptor in the child sends data back to the parent on the pipe created before the child was spawned. Example 3-15. PP2E\System\Processes\pipe1.pyimport os, time def child(pipeout): zzz = 0 while 1: time.sleep(zzz) # make parent wait os.write(pipeout, 'Spam %03d' % zzz) # send to parent zzz = (zzz+1) % 5 # goto 0 after 4 def parent( ): pipein, pipeout = os.pipe( ) # make 2-ended pipe if os.fork( ) == 0: # copy this process child(pipeout) # in copy, run child else: # in parent, listen to pipe while 1: line = os.read(pipein, 32) # blocks until data sent print 'Parent %d got "%s" at %s' % (os.getpid( ), line, time.time( )) parent( ) If you run this program on Linux ( pipe is available on Windows today, but fork is not), the parent process waits for the child to send data on the pipe each time it calls os.read. It's almost as if the child and parent act as client and server here -- the parent starts the child and waits for it to initiate communication.[7] Just to tease, the child keeps the parent waiting one second longer between messages with time.sleep calls, until the delay has reached four seconds. When the zzz delay counter hits 005, it rolls back down to 000 and starts again:
[mark@toy]$ python pipe1.py Parent 1292 got "Spam 000" at 968370008.322 Parent 1292 got "Spam 001" at 968370009.319 Parent 1292 got "Spam 002" at 968370011.319 Parent 1292 got "Spam 003" at 968370014.319 Parent 1292 got "Spam 004Spam 000" at 968370018.319 Parent 1292 got "Spam 001" at 968370019.319 Parent 1292 got "Spam 002" at 968370021.319 Parent 1292 got "Spam 003" at 968370024.319 Parent 1292 got "Spam 004Spam 000" at 968370028.319 Parent 1292 got "Spam 001" at 968370029.319 Parent 1292 got "Spam 002" at 968370031.319 Parent 1292 got "Spam 003" at 968370034.319 If you look closely, you'll see that when the child's delay counter hits 004, the parent ends up reading two messages from the pipe at once -- the child wrote two distinct messages, but they were close enough in time to be fetched as a single unit by the parent. Really, the parent blindly asks to read at most 32 bytes each time, but gets back whatever text is available in the pipe (when it becomes available at all). To distinguish messages better, we can mandate a separator character in the pipe. An end-of-line makes this easy, because we can wrap the pipe descriptor in a file object with os.fdopen, and rely on the file object's readline method to scan up through the next \n separator in the pipe. Example 3-16 implements this scheme. Example 3-16. PP2E\System\Processes\pipe2.py# same as pipe1.py, but wrap pipe input in stdio file object # to read by line, and close unused pipe fds in both processes import os, time def child(pipeout): zzz = 0 while 1: time.sleep(zzz) # make parent wait os.write(pipeout, 'Spam %03d\n' % zzz) # send to parent zzz = (zzz+1) % 5 # roll to 0 at 5 def parent( ): pipein, pipeout = os.pipe( ) # make 2-ended pipe if os.fork( ) == 0: # in child, write to pipe os.close(pipein) # close input side here child(pipeout) else: # in parent, listen to pipe os.close(pipeout) # close output side here pipein = os.fdopen(pipein) # make stdio input object while 1: line = pipein.readline( )[:-1] # blocks until data sent print 'Parent %d got "%s" at %s' % (os.getpid( ), line, time.time( )) parent( ) This version has also been augmented to close the unused end of the pipe in each process (e.g., after the fork, the parent process closes its copy of the output side of the pipe written by the child); programs should close unused pipe ends in general. Running with this new version returns a single child message to the parent each time it reads from the pipe, because they are separated with markers when written: [mark@toy]$ python pipe2.py Parent 1296 got "Spam 000" at 968370066.162 Parent 1296 got "Spam 001" at 968370067.159 Parent 1296 got "Spam 002" at 968370069.159 Parent 1296 got "Spam 003" at 968370072.159 Parent 1296 got "Spam 004" at 968370076.159 Parent 1296 got "Spam 000" at 968370076.161 Parent 1296 got "Spam 001" at 968370077.159 Parent 1296 got "Spam 002" at 968370079.159 Parent 1296 got "Spam 003" at 968370082.159 Parent 1296 got "Spam 004" at 968370086.159 Parent 1296 got "Spam 000" at 968370086.161 Parent 1296 got "Spam 001" at 968370087.159 Parent 1296 got "Spam 002" at 968370089.159 3.6.2 Bidirectional IPC with PipesPipes normally only let data flow in one direction -- one side is input, one is output. What if you need your programs to talk back and forth, though? For example, one program might send another a request for information, and then wait for that information to be sent back. A single pipe can't generally handle such bidirectional conversations, but two pipes can -- one pipe can be used to pass requests to a program, and another can be used to ship replies back to the requestor.[8]
The module in Example 3-17 demonstrates one way to apply this idea to link the input and output streams of two programs. Its spawn function forks a new child program, and connects the input and output streams of the parent to the output and input streams of the child. That is:
The net effect is that the two independent programs communicate by speaking over their standard streams. Example 3-17. PP2E\System\Processes\pipes.py############################################################ # spawn a child process/program, connect my stdin/stdout # to child process's stdout/stdin -- my reads and writes # map to output and input streams of the spawned program; # much like popen2.popen2 plus parent stream redirection; ############################################################ import os, sys def spawn(prog, *args): # pass progname, cmdline args stdinFd = sys.stdin.fileno( ) # get descriptors for streams stdoutFd = sys.stdout.fileno( ) # normally stdin=0, stdout=1 parentStdin, childStdout = os.pipe( ) # make two ipc pipe channels childStdin, parentStdout = os.pipe( ) # pipe returns (inputfd, outoutfd) pid = os.fork( ) # make a copy of this process if pid: os.close(childStdout) # in parent process after fork: os.close(childStdin) # close child ends in parent os.dup2(parentStdin, stdinFd) # my sys.stdin copy = pipe1[0] os.dup2(parentStdout, stdoutFd) # my sys.stdout copy = pipe2[1] else: os.close(parentStdin) # in child process after fork: os.close(parentStdout) # close parent ends in child os.dup2(childStdin, stdinFd) # my sys.stdin copy = pipe2[0] os.dup2(childStdout, stdoutFd) # my sys.stdout copy = pipe1[1] args = (prog,) + args os.execvp(prog, args) # new program in this process assert 0, 'execvp failed!' # os.exec call never returns here if __name__ == '__main__': mypid = os.getpid( ) spawn('python', 'pipes-testchild.py', 'spam') # fork child program print 'Hello 1 from parent', mypid # to child's stdin sys.stdout.flush( ) # subvert stdio buffering reply = raw_input( ) # from child's stdout sys.stderr.write('Parent got: "%s"\n' % reply) # stderr not tied to pipe! print 'Hello 2 from parent', mypid sys.stdout.flush( ) reply = sys.stdin.readline( ) sys.stderr.write('Parent got: "%s"\n' % reply[:-1]) This spawn function in this module does not work on Windows -- remember, fork isn't yet available there today. In fact, most of the calls in this module map straight to Unix system calls (and may be arbitrarily terrifying on first glance to non-Unix developers). We've already met some of these (e.g., os.fork), but much of this code depends on Unix concepts we don't have time to address well in this text. But in simple terms, here is a brief summary of the system calls demonstrated in this code:
In terms of connecting standard streams, os.dup2 is the real nitty-gritty here. For example, the call os.dup2(parentStdin,stdinFd) essentially assigns the parent process's stdin file to the input end of one of the two pipes created; all stdin reads will henceforth come from the pipe. By connecting the other end of this pipe to the child process's copy of the stdout stream file with os.dup2(childStdout,stdoutFd), text written by the child to its sdtdout winds up being routed through the pipe to the parent's stdin stream. To test this utility, the self-test code at the end of the file spawns the program shown in Example 3-18 in a child process, and reads and writes standard streams to converse with it over two pipes. Example 3-18. PP2E\System\Processes\pipes-testchild.pyimport os, time, sys mypid = os.getpid( ) parentpid = os.getppid( ) sys.stderr.write('Child %d of %d got arg: %s\n' % (mypid, parentpid, sys.argv[1])) for i in range(2): time.sleep(3) # make parent process wait by sleeping here input = raw_input( ) # stdin tied to pipe: comes from parent's stdout time.sleep(3) reply = 'Child %d got: [%s]' % (mypid, input) print reply # stdout tied to pipe: goes to parent's stdin sys.stdout.flush( ) # make sure it's sent now else blocks Here is our test in action on Linux; its output is not incredibly impressive to read, but represents two programs running independently and shipping data back and forth through a pipe device managed by the operating system. This is even more like a client/server model (if you imagine the child as the server). The text in square brackets in this output went from the parent process, to the child, and back to the parent again -- all through pipes connected to standard streams: [mark@toy]$ python pipes.py Child 797 of 796 got arg: spam Parent got: "Child 797 got: [Hello 1 from parent 796]" Parent got: "Child 797 got: [Hello 2 from parent 796]" <IP_ADDRESS> Deadlocks, flushes, and unbuffered streamsThese two processes engage in a simple dialog, but it's already enough to illustrate some of the dangers lurking in cross-program communications. First of all, notice that both programs need to write to stderr to display a message -- their stdout streams are tied to the other program's input stream. Because processes share file descriptors, stderr is the same in both parent and child, so status messages show up in the same place. More subtly, note that both parent and child call sys.stdout.flush after they print text to the stdout stream. Input requests on pipes normally block the caller if there is no data available, but it seems that shouldn't be a problem in our example -- there are as many writes as there are reads on the other side of the pipe. By default, though, sys.stdout is buffered, so the printed text may not actually be transmitted until some time in the future (when the stdio output buffers fill up). In fact, if the flush calls are not made, both processes will get stuck waiting for input from the other -- input that is sitting in a buffer and is never flushed out over the pipe. They wind up in a deadlock state, both blocked on raw_input calls waiting for events that never occur. Keep in mind that output buffering is really a function of the filesystem used to access pipes, not pipes themselves (pipes do queue up output data, but never hide it from readers!). In fact it only occurs in this example because we copy the pipe's information over to sys.stdout -- a built-in file object that uses stdio buffering by default. However, such anomalies can also occur when using other cross-process tools, such as the popen2 and popen3 calls introduced in Chapter 2. In general terms, if your programs engage in a two-way dialogs like this, there are at least three ways to avoid buffer-related deadlock problems:
The last technique merits a few more words. Try this: delete all the sys.stdout.flush calls in both Examples Example 3-17 and Example 3-18 (files pipes.py and pipes-testchild.py) and change the parent's spawn call in pipes.py to this (i.e., add a -u command-line argument): spawn('python', '-u', 'pipes-testchild.py', 'spam') Then start the program with a command line like this: python -u pipes.py. It will work as it did with manual stdout flush calls, because stdout will be operating in unbuffered mode. Deadlock in general, though, is a bigger problem than we have space to address here; on the other hand, if you know enough to want to do IPC in Python, you're probably already a veteran of the deadlock wars. 3.6.3 Named Pipes (Fifos)On some platforms, it is also possible to create a pipe that exists as a file. Such files are called "named pipes" (or sometimes, "fifos"), because they behave just like the pipes created within the previous programs, but are associated with a real file somewhere on your computer, external to any particular program. Once a named pipe file is created, processes read and write it using normal file operations. Fifos are unidirectional streams, but a set of two fifos can be used to implement bidirectional communication just as we did for anonymous pipes in the prior section. Because fifos are files, they are longer-lived than in-process pipes and can be accessed by programs started independently. The unnamed, in-process pipe examples thus far depend on the fact that file descriptors (including pipes) are copied to child processes. With fifos, pipes are accessed instead by a filename visible to all programs regardless of any parent/child process relationships. Because of that, they are better suited as IPC mechanisms for independent client and server programs; for instance, a perpetually running server program may create and listen for requests on a fifo, that can be accessed later by arbitrary clients not forked by the server. In Python, named pipe files are created with the os.mkfifo call, available today on Unix-like platforms and Windows NT (but not on Windows 95/98). This only creates the external file, though; to send and receive data through a fifo, it must be opened and processed as if it were a standard file. Example 3-19 is a derivation of the pipe2.py script listed earlier, written to use fifos instead of anonymous pipes. Example 3-19. PP2E\System\Processes\pipefifo.py######################################################### # named pipes; os.mkfifo not avaiable on Windows 95/98; # no reason to fork here, since fifo file pipes are # external to processes--shared fds are irrelevent; ######################################################### import os, time, sys fifoname = '/tmp/pipefifo' # must open same name def child( ): pipeout = os.open(fifoname, os.O_WRONLY) # open fifo pipe file as fd zzz = 0 while 1: time.sleep(zzz) os.write(pipeout, 'Spam %03d\n' % zzz) zzz = (zzz+1) % 5 def parent( ): pipein = open(fifoname, 'r') # open fifo as stdio object while 1: line = pipein.readline( )[:-1] # blocks until data sent print 'Parent %d got "%s" at %s' % (os.getpid( ), line, time.time( )) if __name__ == '__main__': if not os.path.exists(fifoname): os.mkfifo(fifoname) # create a named pipe file if len(sys.argv) == 1: parent( ) # run as parent if no args else: # else run as child process child( ) Because the fifo exists independently of both parent and child, there's no reason to fork here -- the child may be started independently of the parent, as long as it opens a fifo file by the same name. Here, for instance, on Linux the parent is started in one xterm window, and then the child is started in another. Messages start appearing in the parent window only after the child is started: [mark@toy]$ python pipefifo.py Parent 657 got "Spam 000" at 968390065.865 Parent 657 got "Spam 001" at 968390066.865 Parent 657 got "Spam 002" at 968390068.865 Parent 657 got "Spam 003" at 968390071.865 Parent 657 got "Spam 004" at 968390075.865 Parent 657 got "Spam 000" at 968390075.867 Parent 657 got "Spam 001" at 968390076.865 Parent 657 got "Spam 002" at 968390078.865 [mark@toy]$ file /tmp/pipefifo /tmp/pipefifo: fifo (named pipe) [mark@toy]$ python pipefifo.py -child |
| I l@ve RuBoard |


--- layout: post title: 单词本：tarnish categories: [language] tags: [Français, English] ---
还是从信息安全相关的书上看到的这段话：
When your reputation is tarnished, your finances are impacted, your identity is stolen, your physical well-being is threatened, your company’s reputation and finances are harmed, and, quite possibly, your country is overthrown, then you’ll wake up to the need for cyber security.
这里有个单词 tarnish，本意是失去光泽，在这里是指因为信息安全管理失误，导致企业声誉变差。
tarnish 的本意是指金属表面的暗锈：
The tarnish is most commonly a silver sulfide tarnish, which is a dense, black solid that results in the tarnishing layer on silver jewelry and silverware. 银器表面最常见的暗锈是硫化暗锈。是一层密集的、黑色固体状的暗锈层。
这个词来自法语 ternir，比如：
Quoi qu’il en soit, cette séquence ternit aussi l’image de la diplomatie américaine. 如果那样的话，可能最终使的美国外交形象受损。
另外，还有生锈、铜绿：
Rust, tarnish, and patina all have numerous differences that can make doorknobs, tables, windchimes, and many other items look completely changed.
The differences between tarnish, patina, and rust are that rust is never an intentional occurrence, tarnish forms a glowing bronze tone on a few types of metal, and patina is a type of tarnish that usually shows up copper. Some homeowners use paint to make their metals show a tarnish or patina.1
Rust 是指腐蚀导致的生锈，tarnish 是一层暗锈，patina 是铜表面的绿色锈迹。人们经常会故意在金属物品上弄出暗锈和铜锈。


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Over 70 People Killed Amid Protests Against Prime Minister Abiy in Ethiopia - Reports
MOSCOW (Sputnik) - At least 78 people were killed amid massive unrest in Ethiopia that erupted last week, local media reported Thursday, citing the authorities.
According to the Fana TV channel, 409 people were arrested during the nationwide protests.
Violence in Ethiopia began last week with protests against Prime Minister Abiy Ahmed and quickly turned into ethnic clashes. Protests broke out in the capital, Addis Ababa, and in much of Ethiopia’s Oromia region after a Facebook post by activist Jawar Mohammed. He accused security forces of trying to conspire an attack against him at his home – a claim that police officials denied.
Abiy is the country's first leader representing the Oromo group, the largest ethnic group in Ethiopia. Earlier this month, he won the Nobel Peace Prize for his role in ending the 20-year war between Ethiopia and Eritrea.
Mohammed, who also represents the Oromo group, stated that the minister acted like a dictator while implementing the major institutional reforms and policies since April 2018.


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January 03, 2002
Gay UPS-man doll under fire
Law.com | Submitted by: Pete
"The BPS Billy doll, an anatomically correct plastic figure, is dressed in
a brown uniform with a package-shaped logo. Both accouterments are similar
to the United Parcel Service's trademark, King & Spalding lawyers say. The
doll sells for $45.95 on BeProud.com, a Web site that touts itself as a
"gay and lesbian online shopping mall."
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Read article...
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51 nukes to do Russia, 124 to wipe out US
Ottowa Citizen | Submitted by: Yowboy
Canadian peaceniks have calculated the thermonuclear firepower required to trash the nations of the world: 11 nukes will eliminate a smaller G8 state like Canada, 51 will erase Russia from the atlas, 124 will deep-six the US of A, but a whopping 368 well-placed nukes would be required to topple China, the Middle Kingdom. What's Mandarin for "I seek asylum"? Good news is that only four nukes are required to turn Iraq or N. Korea to dust.
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Read article...
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Howard Stern worse than Bin Laden
New York Daily News | Submitted by: anonymous
From the mouth of the erudite Sean Penn:
"I think that people like the Howard Sterns, the Bill O'Reillys and to a
lesser degree the Bin Ladens of the world are making a horrible contribution"
to society, says the 41-year-old star of "I Am Sam," who saves his most
scathing remarks for the Fox News Channel host.
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Read article...
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Witch kills lover and two husbands
Independent | Submitted by: Lord Action
"Ms Gray's first husband was shot dead in his parked car in 1974. Her
second husband was gunned down in 1990. In 1996, the body of her lover
was found in the boot of a car, with 9mm bullet wounds. In each case,
the pattern was the same: an apparently strong case against Ms Gray
suddenly evaporated when witnesses abruptly refused to co-operate, amid
strange tales of incantations, potions and voodoo spells."
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Some ground zero victims suffered after collapse
The Sun | Submitted by: Norad
WTC workers burrowing into the shopping mall & concourse beneath the
collapsed towers uncovered grisly evidence that some of those trapped in
the rubble did not die a pleasant death. A few who survived tried to
dig their way out with their fingernails, and firefighters are now
carrying fallen comrades out on stretchers after a large gathering of
bodies was found New Years Eve.
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Read article...
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God's greatness causes panic
Associated Press | Submitted by: Rio
A Roman Catholic skywriter's words "God is Great" appearing above
Boca Raton, Florida caused a number of residents to think that some manner
of terrorist event was occurring. Of course, if these words had actually
been written in Arabic squiggles, the reaction would have been "oh, how pretty!"
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Read article...
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Former first puppy mowed down by car
Independent | Submitted by: Obs
The life of former President William Jefferson Clinton's brown
retriever, the former First Puppy "Buddy", was tragically cut short
when it was struck by an automobile in New York. [50 points]
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If you still do not see a list of contacts in the Address Book, continue to the following step-by-step guide:
Step: 1
On Outlook’s bottom left, click on Contacts.
Step: 2
On your top left, look for “Contacts – YOUR EMAIL.”
Step: 3
Step 3: Right click it and select Properties.
Step: 4
Click on Outlook Address Book tab and tick on “Show this folder as an e-mail Address Book”.
Step: 5
Make sure to select the right Contact List in your Address Book.


This is a graph of your weight in the last {{months}} months based on the entries in your google spreadsheets
{% if difference < 0 %}
You have lost {{'%0.1f'|format(-difference)}}kg
{% else %}
You have gained {{'%0.1f'|format(difference)}}kg
{% endif %}


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Jae Jung's First Webpage
Hi there! My name is Jae Jung and I'm from South Korea.
I'm a 2nd year MBA student in Washington DC.
I used to be a marketing manager in hardware technology industry. It is great to meet you here!


Example:
// Type of parameter can be weakened to java.util.List
void processList(ArrayList<String> list) {
if (list.isEmpty()) return;
System.out.println("Processing");
for (String s : list) {
System.out.println("String: " + s);
}
}
Enable the Use righthand type checkbox below to prevent weakening the left side of assignments when the right side is not a type cast or a new expression. When storing the result of a method call in a variable, it is useful to retain the type of the method call result instead of unnecessarily weakening it.
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Enable the Do not weaken to Object checkbox below
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June 28, 1884 professor (1) - He was Miguel Morayta, professor of history, liberal, and friend of the Filipinos. banquet (2) - At the banquet in honor of the Filipino painters Juan Luna and Felix Resurrección Hidalgo held on 25 June 1884, Rizal delivered a brilliant speech, though he had little time to prepare for it, being in the midst of his final examinations. He received repeated and prolonged applause. L On that same day he received the first prize in Greek, a high academic distinction but he was then penniless and did not eat the whole day. Read Reminiscences and Travels of Jose Rizal, Rizal Centennial Edition, 1961, p. 94. August 29, 1884 Nagcarlan (1) - A town in the Province of Laguna. (2) Guides who explain the history and chief features of a place to sightseers November 5, 1884 panguingue (1) - Panguingue is a popular card game in the Philippines. It is a favorite pastime of Filipinos, especially women. Spanish playing cards are used in it. November 26, 1884 This is what I should like to do, but if it is still excessive, I plan to depart from Marseilles and take a boat of the Messageries Maritimes for the Philippines. I’m not taking a Spanish boat to avoid serious “embarrassments” (1) - Apparently Rizal as already aware that the Spaniards in the Philippines were watching him, knowing his patriotic sentiments. Hence, he would like to avoid unpleasant incidents. Dr. Morayta (2) - Dr. Miguel Morayta, professor of history at the Universidad Central delivered the address at the opening of the academic year in which he dwelt on the academic freedom of the university professor, limited only by his prudence. The rector(3) - The name of the rector who supported Morayta was Francisco de la Pisa Pajares. Minister of development (4) - Ministro de Formento. December 11, 1884 Tamis (1) - Leonora Rivera, Rizal's Fiancée December 17, 1884 Consejo de Filipinas (1) - Consejo de Filipinas, an advisory body presided over by the minister of colonies, with one vice president, a secretary, and twelve members, all Spaniards. Pablo Ortiga y Rey, mentioned often by Rizal in his letters, was vice president at that time. December 18-31,1884 (unclassified date) Choeping (1) Chopeng is a pet name for Sofia López, a sister of Antonio López, Rizal's brother-in-law. military man (2) He refers to a lieutenant of the civil guard who took with him three books from the family library when he left the town, according to Paciano's letter (No. 50 ante.) This fragment of a letter, without date, address and signature, by its content seems to be written in 1884 and addressed to his brother-in-law Antonio López, according to the letter's son Leoncio López Rizal. Translated from the Spanish by Encarnación Alzona on 7 September 1959.


Plane
public struct Plane
Unbounded flat surface.
-
A getter for the point defining the plane
See
‘testLocationGetter’ under PlaneTestsDeclaration
Swift
public func getLocation() -> Point3D
-
A getter for the vector defining the plane
See
‘testNormalGetter’ under PlaneTestsDeclaration
Swift
public func getNormal() -> Vector3D
-
Test for points being on opposite sides. This needs to be added back into SketchGen.
Warning
Probably screws up if either point is on the plane.Parameters
pointA
One point of interest
pointB
Other point of interest
Return Value
Simple flag
-
Check to see that the line direction is perpendicular to the normal
Declaration
Swift
public static func isParallel(flat: Plane, enil: Line) -> Bool
Parameters
flat
Plane for testing
enil
Line for testing
-
Check to see that the line is parallel to the plane, and lies on it
Declaration
Swift
public static func isCoincident(enalp: Plane, enil: Line) -> Bool
Parameters
enalp
Plane for testing
enil
Line for testing
-
Does the argument point lie on the plane?
See
‘testIsCoincident’ under PlaneTestsDeclaration
Swift
public static func isCoincident(flat: Plane, pip: Point3D) -> Bool
Parameters
flat
Plane for testing
pip
Point for testing
-
Are the normals either parallel or opposite?
See also
isCoincident and ==Declaration
Swift
public static func isParallel(lhs: Plane, rhs: Plane) -> Bool
-
Planes are parallel, and rhs location lies on lhs
See also
isParallel and ==Declaration
Swift
public static func isCoincident(lhs: Plane, rhs: Plane) -> Bool
-
Construct a parallel plane offset some distance
Throws
- ZeroVectorError if base somehow got corrupted
- NonUnitDirectionError if base somehow got corrupted
Declaration
Swift
public static func buildParallel(base: Plane, offset: Double, reverse: Bool) throws -> Plane
Parameters
base
The reference plane
offset
Desired separation
reverse
Flip the normal, or not
Return Value
Fresh plane, with separation
-
Construct a new plane perpendicular to an existing plane, and through a line on that plane Normal could be the opposite of what you hoped for
Throws
- ZeroVectorError if enalp somehow got corrupted
- NonUnitDirectionError if enalp somehow got corrupted
Declaration
Swift
public static func buildPerpThruLine(enil: Line, enalp: Plane) throws -> Plane
Parameters
enil
Location for a fresh plane
enalp
The reference plane
Return Value
Fresh plane
-
Construct a line by intersecting two planes
Throws
ParallelPlanesError if the inputs are parallelThrows
CoincidentPlanesError if the inputs are coincidentDeclaration
Swift
public static func intersectPlanes(flatA: Plane, flatB: Plane) throws -> Line
Parameters
flatA
First plane
flatB
Second plane


| Class | ActiveMerchant::Billing::EfsnetGateway |
| In: |
lib/active_merchant/billing/gateways/efsnet.rb
|
| Parent: | Gateway |
| TEST_URL | = | 'https://testefsnet.concordebiz.com/efsnet.dll' |
| LIVE_URL | = | 'https://efsnet.concordebiz.com/efsnet.dll' |
| CREDIT_CARD_FIELDS | = | [:authorization_number, :client_ip_address, :billing_address, :billing_city, :billing_state, :billing_postal_code, :billing_country, :billing_name, :card_verification_value, :expiration_month, :expiration_year, :reference_number, :transaction_amount, :account_number ] |
| ACTIONS | = | { :credit_card_authorize => CREDIT_CARD_FIELDS, :credit_card_charge => CREDIT_CARD_FIELDS, :credit_card_voice_authorize => CREDIT_CARD_FIELDS, :credit_card_capture => CREDIT_CARD_FIELDS, :credit_card_credit => CREDIT_CARD_FIELDS << :original_transaction_amount, :credit_card_refund => [:reference_number, :transaction_amount, :original_transaction_amount, :original_transaction_ID, :client_ip_address], :void_transaction => [:reference_number, :transaction_ID], :credit_card_settle => [:reference_number, :transaction_amount, :original_transaction_amount, :original_transaction_ID, :client_ip_address], :system_check => [:system_check], } |
login is your Store ID password is your Store Key
# File lib/active_merchant/billing/gateways/efsnet.rb, line 17 17: def initialize(options = {}) 18: requires!(options, :login, :password) 19: @options = options 20: super 21: end
# File lib/active_merchant/billing/gateways/efsnet.rb, line 27 27: def authorize(money, creditcard, options = {}) 28: request = build_credit_card_request(money, creditcard, options) 29: commit(:credit_card_authorize, request) 30: end
# File lib/active_merchant/billing/gateways/efsnet.rb, line 37 37: def capture(money, identification, options = {}) 38: request = build_refund_or_settle_request(money, identification, options) 39: commit(:credit_card_settle, request) 40: end
# File lib/active_merchant/billing/gateways/efsnet.rb, line 42 42: def credit(money, identification_or_credit_card, options = {}) 43: if identification_or_credit_card.is_a?(String) 44: # Perform authorization reversal 45: request = build_refund_or_settle_request(money, identification_or_credit_card, options) 46: commit(:credit_card_refund, request) 47: else 48: # Perform credit 49: request = build_credit_card_request(money, identification_or_credit_card, options) 50: commit(:credit_card_credit, request) 51: end 52: end
# File lib/active_merchant/billing/gateways/efsnet.rb, line 66 66: def force(money, authorization_code, creditcard, options = {}) 67: options[:authorization_number] = authorization_code 68: request = build_credit_card_request(money, creditcard, options) 69: commit(:credit_card_capture, request) 70: end
# File lib/active_merchant/billing/gateways/efsnet.rb, line 32 32: def purchase(money, creditcard, options = {}) 33: request = build_credit_card_request(money, creditcard, options) 34: commit(:credit_card_charge, request) 35: end
# File lib/active_merchant/billing/gateways/efsnet.rb, line 72 72: def system_check 73: commit(:system_check, {}) 74: end
# File lib/active_merchant/billing/gateways/efsnet.rb, line 23 23: def test? 24: @options[:test] || super 25: end
# File lib/active_merchant/billing/gateways/efsnet.rb, line 60 60: def voice_authorize(money, authorization_code, creditcard, options = {}) 61: options[:authorization_number] = authorization_code 62: request = build_credit_card_request(money, creditcard, options) 63: commit(:credit_card_voice_authorize, request) 64: end
# File lib/active_merchant/billing/gateways/efsnet.rb, line 54 54: def void(identification, options = {}) 55: requires!(options, :order_id) 56: original_transaction_id, original_transaction_amount = identification.split(";") 57: commit(:void_transaction, {:reference_number => format_reference_number(options[:order_id]), :transaction_ID => original_transaction_id}) 58: end


[§249-6.5] Exemption for National Guard, military reserves, and other active duty military personnel claiming Hawaii as their residence of record. One noncommercial motor vehicle registered to a member of the National Guard, military reserve, or armed service, including the Coast Guard, who is:
(1) Assigned to a unit in the State; and
(2) A member in good standing,
shall be exempt from the vehicle weight tax provided for in this chapter. [L 2008, c 141, §1]


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