The duration (in seconds) for which the plugin will remember errors encountered during provisioning.
-
If an error is encountered while provisioning a container from a Docker Template
then that template will be ignored for this duration,
allowing Jenkins' subsequent provisioning attempts to use other (hopefully working) templates
(potentially on other clouds, if configured).
-
If an error is encountered while communicating with the Docker service
that is not directly related to a specific Docker Template
(e.g. when asking the cloud how many containers it is running)
then the entire cloud will be ignored for this duration,
effectively taking out all templates within that cloud for this duration.
General guidance:
High durations (e.g. minutes) work well where
there are multiple clouds/templates configured
(i.e. Jenkins is not limited to just one source of build executors),
allowing other cloud/templates to provide a means of running builds.
Medium durations (e.g. one minute) work well where
the Docker service serves more than one Jenkins server
as this will prevent Jenkins from "spamming" the shared Docker resource with failing requests.
A low (or zero) duration should only be used where
the Docker service is not shared,
not always reliable,
and
when there are no alternatives to the configured Docker Templates.
i.e. when Jenkins should simply re-try failing templates until they work.
Defaults to 300 (5 minutes) if not set (or set to an invalid value).
A value of zero disables this functionality (so that recent errors will not be taken into consideration when provisioning).


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A tree node represents a process thread. An edge between two nodes represents communication between them. The parent is the process that sends the tag, and the child is the receiving process. The tree nodes are vertically aligned with respect to time, and the time resolution can be changed below.
Here, real data is used after assigning a tag ("2") to firefox threads and waiting for a few seconds. One tag name was changed to "0" to show an example legend.


Traditionally, Jews say the Shema (Here O Israel the Lord our God is one) as their last words on earth.
Clearly Citizen Kane was not a Jew.
 In case they don’t wake up.
This nightly reminder may explain both my monotheism and my recurring nightmares.


--- layout: page title: "My Works" date: comments: true modified: excerpt: All my works tags: [Portfolio, works, Brice, Phatza, Ha Phuoc Chi, blog, sample posts, article, haphuoc, haphuocchi, fatza, porfolio, portofolio, actu, actualité, geek, web, software, mobile, app, application] image: feature: ---


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{# templates/organization/organization_edit.html #} {% extends "template_base.html" %} {% block title %}{% if organization %}{{ organization.organization_name }}{% else %}New Organization{% endif %}{% endblock %} {% block content %} {% load template_filters %}
{{ error_message }}
{% endif %} {% if organizations_list %}| Organization | Website | Wikipedia? | |||||
| {{ forloop.counter }} | {{ possible_organization.organization_id }} | {{ possible_organization.organization_name }} (view in new window) | {% if possible_organization.organization_twitter_handle %}{{ possible_organization.organization_twitter_handle }}{% endif %} | {% if possible_organization.organization_facebook %}{{ possible_organization.organization_facebook }}{% endif %} | {% if possible_organization.organization_website %}{{ possible_organization.organization_website }}{% endif %} | {% if possible_organization.wikipedia_page_id %} W yes{% endif %} | CHOOSE |
If you include the twitter handle and website for this organization below, we will have a better chance of preventing duplicate entries.
{% endif %} {% if organization %} {% if organization.wikipedia_thumbnail_url %}


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Enter the node labels:
Alpha parameter:
The node labels must be HUGO gene symbols. The human protein association network used comes from the STRING using a confidence score thresholde of 0.4. The example consists of genes related to Zellweger syndrome and was retrived from the DISEASES.
Note that it takes approximately 20 seconds from you press SUBMIT until you get the result.


{* this email is sent to the candidate when setting ftp_auto_import_mail is on and the candidate already exists based on email address *}
[t]Dear[/t] {$name|escape},
[t]Your account already exist in our database, please contact us to recieve your login information.[/t]
[t]Regards[/t]
{$senderName|escape}


$0259/601: Track of side sector ROM-Reference: LDA $0259 : $D77F LDY $0259 : $DC85 STA $0259 : $D9A4 $DD22 Previous Page / Next Page


{% trans "When selecting a Photo, Place or Album you will view the description of the selected object in this box." %}
{% trans "ADD_DESCRIPTION" %}


 We head to job we barely like in order to pay bills for houses we would rather not live in while we work to pay off degrees in fields we don't enjoy.
If this sounds like your life then you'll be pleased to find out there is a better way. Through real life experience, years of coaching, and developing teens, adults, and executives the Positive Direction system was built. A series of tools, lessons, and activitites designed to reframe your definition of success to include today, Positive Direction helps you cater your goals to create the future you deserve.


Report: Govt to ban sales of paraquat from Jan 2020
by BY YISWAREE PALANSAMYKUALA LUMPUR, Nov 9 — Paraquat, a popular weedkiller, will no longer be available for purchase to the general public in two more months, The Star reported today.
Anyone caught selling it can be prosecuted under Section 20 (3) of the Pesticides Act 1974 for selling a poison, the daily reported. Paraquat has been abused for suicides.
“This will also be good agricultural practice as it reduces the cost of using weed pesticides on a whole,” Deputy Agriculture and Agro-based Industry Minister Sim Tze Tzin told the paper of the government decision to ban paraquat.
But Sim also said the government would grant a one-year grace period to farmers to use up their existing stock of paraquat.
Glyphosate and glufosinate-ammonium have been proposed as alternative pesticides.
The deputy minister said glyphosate has been used for about 40 years in the country, mainly in the plantation and small farming sectors, and its toxicity is relatively low compared to paraquat even though he acknowledged that research has linked its use in the long-term to cancer.
As such, the government will continue to monitor the use of glyphosate as a weedkiller.
Sim said the paraquat ban was decided by the Pesticides Board during a meeting on October 28.


Arsenal, the latest team to be interested in Haaland
by BeSoccerOne after the other, more interested parties for Erling Haaland follow one another. At the moment, the player's father has gone to Arsenal to visit their facilities.
One more to choose from. A very busy summer awaits Salzburg striker, Erling Haaland. With the possibility of staying at the Austrian team practically ruled out, the player will now have to choose which is the best option for him.
The footballer's father does not want his son to rush and to make a decision lightly and that's why he is being a key figure in the professional development of the Norweigan footballer.
Featured links
- Mourinho replaces Pochettino at Tottenham
- The latest football transfers news and rumours
- Wales, golf, Madrid... in that order
- Luis Enrique returns to Spain national team
Without going any further, his father, on learning of the interest shown in the Premier League for Haaland, has been to visit Arsenal's facilities to assess a possible transfer to the 'Gunners' club.
Nevertheless, the father of the striker has recommended that his son choose a Bundesliga team, with RB Leipzig having the best chance of taking the player with them.


Configuration values for the AWS CLI can come from several sources:
Some options are only available in the AWS CLI config. This topic guide covers all the configuration variables available in the AWS CLI.
Note that if you are just looking to get the minimum required configuration to run the AWS CLI, we recommend running aws configure, which will prompt you for the necessary configuration values.
The AWS CLI config file, which defaults to ~/.aws/config has the following format:
[default]
aws_access_key_id=foo
aws_secret_access_key=bar
region=us-west-2
The default section refers to the configuration values for the default profile. You can create profiles, which represent logical groups of configuration. Profiles that aren't the default profile are specified by creating a section titled "profile profilename":
[profile testing]
aws_access_key_id=foo
aws_secret_access_key=bar
region=us-west-2
Some service specific configuration, discussed in more detail below, has a single top level key, with nested sub values. These sub values are denoted by indentation:
[profile testing]
aws_access_key_id = foo
aws_secret_access_key = bar
region = us-west-2
s3 =
max_concurrent_requests=10
max_queue_size=1000
The AWS CLI has a few general options:
| Variable | Option | Config Entry | Environment Variable | Description |
|---|---|---|---|---|
| profile | --profile | N/A | AWS_DEFAULT_PROFILE | Default profile name |
| region | --region | region | AWS_DEFAULT_REGION | Default AWS Region |
| output | --output | output | AWS_DEFAULT_OUTPUT | Default output style |
| cli_timestamp_format | N/A | cli_timestamp_format | N/A | Output format of timestamps |
The third column, Config Entry, is the value you would specify in the AWS CLI config file. By default, this location is ~/.aws/config. If you need to change this value, you can set the AWS_CONFIG_FILE environment variable to change this location.
The valid values of the output configuration variable are:
cli_timestamp_format controls the format of timestamps displayed by the AWS CLI. The valid values of the cli_timestamp_format configuration varaible are:
When you specify a profile, either using --profile profile-name or by setting a value for the AWS_DEFAULT_PROFILE environment variable, profile name you provide is used to find the corresponding section in the AWS CLI config file. For example, specifying --profile development will instruct the AWS CLI to look for a section in the AWS CLI config file of [profile development].
The above configuration values have the following precedence:
Credentials can be specified in several ways:
| Variable | Creds/Config Entry | Environment Variable | Description |
|---|---|---|---|
| access_key | aws_access_key_id | AWS_ACCESS_KEY_ID | AWS Access Key |
| secret_key | aws_secret_access_key | AWS_SECRET_ACCESS_KEY | AWS Secret Key |
| token | aws_session_token | AWS_SESSION_TOKEN | AWS Token (temp credentials) |
The second column specifies the name that you can specify in either the AWS CLI config file or the AWS Shared credentials file (~/.aws/credentials).
Credentials from environment variables have precedence over credentials from the shared credentials and AWS CLI config file. Credentials specified in the shared credentials file have precedence over credentials in the AWS CLI config file. If AWS_DEFAULT_PROFILE environment variable is set and the AWS_ACCESS_KEY_ID and AWS_SECRET_ACCESS_KEY environment variables are set, then the credentials provided by AWS_ACCESS_KEY_ID and AWS_SECRET_ACCESS_KEY will override the credentials located in the profile provided by AWS_DEFAULT_PROFILE.
If you are on an Amazon EC2 instance that was launched with an IAM role, the AWS CLI will automatically retrieve credentials for you. You do not need to configure any credentials.
Additionally, you can specify a role for the AWS CLI to assume, and the AWS CLI will automatically make the corresponding AssumeRole calls for you. Note that configuration variables for using IAM roles can only be in the AWS CLI config file.
You can specify the following configuration values for configuring an IAM role in the AWS CLI config file:
If you do not have MFA authentication required, then you only need to specify a role_arn and a source_profile.
When you specify a profile that has IAM role configuration, the AWS CLI will make an AssumeRole call to retrieve temporary credentials. These credentials are then stored (in ~/.aws/cache). Subsequent AWS CLI commands will use the cached temporary credentials until they expire, in which case the AWS CLI will automatically refresh credentials.
If you specify an mfa_serial, then the first time an AssumeRole call is made, you will be prompted to enter the MFA code. Subsequent commands will use the cached temporary credentials. However, when the temporary credentials expire, you will be re-prompted for another MFA code.
Example configuration:
# In ~/.aws/credentials:
[development]
aws_access_key_id=foo
aws_secret_access_key=bar
# In ~/.aws/config
[profile crossaccount]
role_arn=arn:aws:iam:...
source_profile=development
The API version to use for a service can be set using the api_versions key. To specify an API version, set the API version to the name of the service as a sub value for api_versions.
Example configuration:
[profile development]
aws_access_key_id=foo
aws_secret_access_key=bar
api_versions =
ec2 = 2015-03-01
cloudfront = 2015-09-17
By setting an API version for a service, it ensures that the interface for that service's commands is representative of the specified API version.
In the example configuration, the ec2 CLI commands will be representative of Amazon EC2's 2015-03-01 API version and the cloudfront CLI commands will be representative of Amazon CloudFront's 2015-09-17 API version.
These values are only applicable for the aws s3 and aws s3api commands. These configuration values are sub values that must be specified under the top level s3 key.
These are the configuration values that will only be used for aws s3:
These are the configuration values that can be used for both aws s3 and aws s3api:
Here is an example config for all of these configuration options:
[profile development]
aws_access_key_id=foo
aws_secret_access_key=bar
s3 =
max_concurrent_requests = 20
max_queue_size = 10000
multipart_threshold = 64MB
multipart_chunksize = 16MB
use_accelerate_endpoint = true
addressing_style = path
For a more in depth discussion of these S3 configuration values, see aws help s3-config.


|
Hi, I am from india. I am very focused and enthusiastic towards everything. My parents always taught me to be a man of commitment and focus, to have a will to stand among people and be confident, and that's why i have leadership qualities, I do and can assure that I’ll never disappoint you and complete all the assigned tasks in a timely manner. I am very soft spoken and a good team player.
To come to australia has always been a great deal for me. It is my dream.Computer Science in Swinburne university is the best so i decided to come here.i always have a keen interest in coding and that's why i choose computer science. . I think that' all u need to know about me, but u can check my academic backgroung below too.
| Monday | Tuesday | Wednesday | Thursday | Friday | |
|---|---|---|---|---|---|
| 8am | TNE10006 | TNE10006 | |||
| 9am | Lab 1(1) | LECTURE 1(1) | |||
| 10am | Hawthorn ATC328 | Hawthorn ATC101 | |||
| 11am | |||||
| 12 | COS10009 | COS10003 | |||
| 1:00 | LECTURE 1(1) Hawthorn ATC101 | LECTURE 1(1) Hawthorn ATC101 | |||
| 2:00 | COS10011 |
COS10009
|
|||
| 3:00 | Lecture 1(1) | COS10011 | COS10003 | Workshop 1(1) | |
| 4:00 | Hawthorn ATC101 | Lab 1(9) Hawthorn BA407 | Tutorial 1(3) BA706 | Hawthorn EN413 | |
| 5:00 | |||||
| 6:00 | COS10009 | ||||
| 7:00 | Lab 1(13) | ||||
| 8:00 | Hawthorn ATC625 |
I have done my Class 10 and my Class 12 from Seedling Modern Public School , which is located in Udaipur,India. My School is affiliated to Central Board of Secondary Education(CBSE). In my Grade 10, I secured 7.6 CGPA (Cumulative Grade Point Average), and decided to choose Informatics Practices along with Science stream for higher studies. In 12th class, i achieved 78 percent. Not only this, I was very active in Volleyball, Table Tennis and Basketball, and played District level Tournaments in both sports. I have learned c, c++ and java from private institution called Aptech. My optional subject in class 11 and 12 was Informatics practices which include Java, MySql and HTML languages so i also have good knowledge about them.
I also took part in social awareness camps and i have also joined a non-governmental organization which is called the Robin hood army( RHA) which provide free food to the children who are poor and are in need. I was also a delegate in IIMUN(India's International Movement to United Nations)


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Mathematicial John Conway developed this game back in 1970, here implemented as a cellular automaton with very simple rules


Returns a list of possible pluralization keys.
This is defined by a chain of pluralizers, going from locale set
explicitly, then the locale set through i18n.locale
, defaulting to
defaultPluralizer
.
The locale.
The pluralizer function.
Register a new pluralizer strategy.
You may want to support different pluralization rules based on the locales you have to support. If you do, make sure you submit a pull request at https://github.com/fnando/i18n so we can distribute it. For now only Russian is distributed.
The pluralizer will receive the I18n
instance, together with count
.
Is up to the pluralizer to return a list of possible keys given that count.
The Russian pluralizer, for instance, returns one
, few
, many
, other
as possible pluralization keys.
You can view a complete list of pluralization rules at unicode.org.
The locale.
The pluralizer function.
Generated using TypeDoc
This class enables registering different strategies for pluralization, as well as getting a pluralized translation.
The default pluralization strategy is based on three counters:
one
: returned when count is equal to absolute1
.zero
: returned when count is equal to0
. If this translation is not set, then it defaults toother
.other
: returned when count is different than absolute1
.When calling
i18n.translate
(or its alias), pluralization rules will be triggered whenever the translation options containcount
.A JSON describing the pluralization rules.
How to get pluralized translations.


Specifying GeoClaw parameters in setrun.py¶
Since GeoClaw is a modified version of AMRClaw, all of the parameters that are required for AMRClaw are also needed by GeoClaw. See Specifying AMRClaw run-time parameters in setrun.py for a discussion of these, and Specifying classic run-time parameters in setrun.py for a description of setrun.py input scripts more generally.
In addition, a number of other parameters should be set in the setrun.py file in any GeoClaw application. See also the Cautionary Hints on using GeoClaw for more about parameter choices.
It is best to look at a specific example while reading this section, for example in one of the subdirectories of $CLAW/geoclaw/examples/tsunami.
The function setrun in this module is essentially the same as for AMRClaw, except that it expects to be called with claw_pkg = ‘geoclaw’. This call should be performed properly by the Makefile if you have CLAW_PKG = geoclaw set properly there.
The new section setrun_setgeo in this module contains the new GeoClaw parameters.
A brief summary of these:
Additional AMR parameters¶
In addition to the standard AMRClaw parameters described in Specifying AMRClaw run-time parameters in setrun.py, some additional parameters governing how refinement is done should be specified for GeoClaw applications:
- rundata.refinement_data.variable_dt_refinement_ratios : bool
The default is False, in which case refinement factors in time are specified by the user as usual in the array rundata.amrdata.refinement_ratios_t.
When True, this indicates that GeoClaw should automatically choose refinement factors in time on each level based on an estimate of the maximum wave speed on all grids at this level. For most hyperbolic problems the CFL condition suggests that one should refine in time by the same factor as in space. However, for GeoClaw applications where fine grids appear only in shallow coastal regions this may not be the case.
- rundata.refinement_data.wave_tolerance : float
Cells are flagged for refinement if the difference between the surface elevation and sea level is larger than this tolerance. Note that whether refinement is actually done depends also on how various AMR regions have been set (see Section regions) and also on several other attributes described below that contain information on minimum and maximum refinement allowed in various regions.
- rundata.refinement_data.max_level_deep : int
For simulations over the ocean, it is often useful to specify a maximum refinement level allowed in deep parts of the ocean. This is useful if a high level of refinement is specified on some rectangular region but only the parts of this region near the shore actually need to be refined.
- rundata.refinement_data.max_level_deep : float
The deepness that triggers the refinement limitation imposed by max_level_deep above.
General geo parameters¶
rundata.geo_data has the following additional attributes:
- gravity : float
gravitational constant in m/s**2, e.g. gravity = 9.81.
- coordinate_system : integer
coordinate_system = 1 for Cartesian x-y in meters,
coordinate_system = 2 for latitude-longitude on the sphere.
- earth_radius : float
radius of the earth in meters, e.g. earth_radius = 6367.5e3.
- coriolis_forcing : bool
coriolis_forcing = True to include Coriolis terms in momentum equations
coriolis_forcing = False to omit Coriolis terms (usually fine for tsunami modeling)
- sea_level : float
sea level (often sea_level = 0.) This is relative to the 0 vertical datum of the topography files used. It is important to set this properly for tsunami applications, see Setting sealevel.
- friction_forcing : bool
Whether to apply friction source terms in momentum equations. See Manning friction term for more discussion of the next three parameters.
- friction_depth : float
Friction source terms are only applied in water shallower than this, i.e. if h < friction_depth, assuming they have negligible effect in deeper water.
- manning_coefficient : float or list of floats
For friction source terms, the Manning coefficient. If a single value is given, this value will be used where ever h < friction_depth. If a list of values is given, then the next parameter delineates the regions where each is used based on values of the topography B.
- manning_break : list of floats
If manning_coefficient is a list of length N, then this should be a monotonically increasing list of length N-1 giving break points in the topo B used to determine where each Manning coefficient is used.
For example, if
manning_coefficient = [0.025, 0.06] manning_break = [0.0]
then 0.025 will be used where B<0 and 0.06 used where B>0. (Subject still to the restriction that no friction is applied where h >= friction_depth.)
Topography data file parameters¶
See Topography data for more information about specifying topography (and bathymetry) data files in GeoClaw.
- rundata.topo_data.topofiles : list of lists
topofiles should be a list of the form [file1info, file2info, etc.] where each element is itself a list of the form
[topotype, minlevel, maxlevel, t1, t2, fname]with values
topotype : integer
1,2 or 3 depending on the format of the file (see Topography data).minlevel : integer
the minimum refinement level that should be enforced in the region covered by this grid (for times between t1 and t2).maxlevel : integer
the maximum refinement level that should be allowed in the region covered by this grid (for times between t1 and t2).t1, t2 : floats
the time interval over which refinement should be controlled.fname : string
the name of the topo file.For more about controlling AMR in various regions, see regions.
- rundata.dtopo_data.dtopofiles : list of lists
Information about topography displacement files, giving perturbations to topography generated by an earthquake, for example.
dtopofiles should be a list of the form [] or [file1info] where each element (currently at most 1 is allowed!) is itself a list of the form
[dtopotype, minlevel, maxlevel, fname]with values
dtopotype : integer
1 or 3 depending on the format of the file (see Topography displacement files).minlevel : integer
the minimum refinement level that should be enforced in the region covered by this grid.maxlevel : integer
the maximum refinement level that should be allowed in the region covered by this grid.fname : string
the name of the dtopo file. See Topography displacement files for information about the format of data in this file.
- rundata.dtopo_data.dt_max_dtopo : float
the maximum time step allowed during the time interval over which the topography is moving. This is assumed to start at time t0 and to extend to the maximum time that any of the dtopo files specified is active. This avoids issues where the time step selected by the CFL condition is much larger than the time scale over which the topography changes. You must also set rundata.clawdata.dt_initial to the same value (or smaller) to insure that the first time step is sufficiently small.
qinit data file parameters¶
A modification to the initial data specified by default can be made as described at qinit data file.
- iqinit : integer
Specifies what type of perturbation is stored in the qinitfile, see qinit data file for more information. Valid values for iqinit are
- 0 = No perturbation specified
- 1 = Perturbation to depth h
- 2 = Perturbation to x-momentum hu
- 3 = Perturbation to y-momentum hv
- 4 = Perturbation to surface level
- qinitfiles : list of lists
qinitfiles should be a list of the form [] or [file1info] where each element (currently at most 1 is allowed!) is itself a list of the form
[minlevel, maxlevel, fname]with values
minlevel : integer
the minimum refinement level that should be enforced in the region covered by this grid.maxlevel : integer
the maximum refinement level that should be allowed in the region covered by this grid.fname : string
the name of the qinitdata file. See Topography data for information about the format of data in this file.
See qinit data file for more details about the format.
AMR refinement region parameters¶
This is now a general AMRClaw parameter, still available in particular for GeoClaw applications. See Specifying AMR regions.
Fixed grid output parameters¶
- fixedgrids : list of lists
This can be used to specify a set of grids where output should be produced at the specified resolution regardless of how the AMR grids look at each time. Interpolation from the best available grid near each point is used. This is useful for comparing AMR output to results obtained with other codes that use a fixed grid.
fixedgrids should be a list of the form [grid1info, grid2info, etc.] where each element is itself a list of the form
[t1, t2, x1, x2, y1, y2, xpoints, ypoints]with values
t1, t2 : floats
the time interval over which output should be written for this grid.x1, x2, y1, y2 : floats
the spacial extent of this grid.xpoints, ypoints : floats
the number of grid points in the x and y directions (the grid will include x1, x2 and xpoints-2 points in between, for example).ioutarrivaltimes : int
Deprecated feature. This should generally be set to 0. If you want to keep track of arrival times, it is recommended to use the new fgmax parameters described below.ioutsurfacemax :
Deprecated feature. This should generally be set to 0. If you want to keep track of surface or depth maxima, it is recommended to use the new fgmax parameters described below.
Fixed grid maximum monitoring / arrival times¶
- fgmax_files : list of strings
This can be used to specify a set of grids on which to monitor the maximum flow depth (or other quantities) observed over the course of the computation, and/or the arrival time of the flow or wave.
This works better than using the older fixedgrids approach since it now correctly interpolates when a grid point lies near the junction of two grid patches, which was not always handled properly before.
The “grids” also do not have to be rectangular grids aligned with the coordinate directions, but can consist of an arbitrary list of points that could also be points along a one-dimensional transect or points following a coastline, for example.
fgmax_files should be a list of strings specifying the file names of files that list the points on each grid and additional information required for each grid, as described at fgmax.


A virtual private network (VPN) gives you online privacy and anonymity by creating a private network from a public internet connection. VPNs mask your internet protocol (IP) address so your online actions are virtually untraceable. Most important, VPN services establish secure and encrypted connections to provide greater privacy than even a secured Wi-Fi hotspot.


Notebooks
Story: The Lion's story
The Lion's story
Title
The Lion's story
Collection
Summary
… the account of a man who, wishing to escape from a lion, cut off his sore leg, and ran successfully away upon the sound one. It was told by !kwéiten ta ||kên (L VI.-1. 3959-3969). This is a story of the Early Race (or !khwe |na ss'e !k'e).
Comments
1) The page numbers in this book (VI-1) are duplicates of those in notebook IV-4, 2) p.3958v: this story was told to !kweiten ta ||ken by her mother (≠kamme-an), 3) This story is found in Book VI-1
Contributors
!kweiten ta ||ken (Rachel) (VI)
Date
22 December 1874 (started)
Categories
Keywords
Early Race (the Lion's story) , Early Race (the First Bushmen, or !khwe |na ss'e !k'e) , Early Race (and man with sore thigh) , Lion (its story) , Lion (that chases man of Early Race) , Lion (the man's escape from) , Lion (|kantsi thorns pierce its feet) , thorn (|kantsi) , thorn (thrown down by the First Bushman man, pierce the Lion's feet) , thorn (and Lion's story) , thigh (the man cuts it off) , thigh (and Lion's story) , name (a thorn, |kantsi) , name (the First Bushmen or !khwe |na ss'e !k'e)
Story Pages
3959-3969


Talks
Blog
Talks
About
2022
November 13
Zero-Downtime Upgrades With SQLAlchemy and Alembic
November 12
Openstack From 10000ft
June 14
Teaching Padawans to Chop Wood and Carry Water in Their Open Source Journey
2020
June 10
What Is Nova?
May 13
A Documentation Driven Approach to Building APIs
February 29
A Lion, A Head, and A Dash of YAML
February 1
Will Someone *Please* Tell Me Whats Going On? (Redux)
2019
May 27
Trading Flexibility for Performance: The HPC Story in OpenStack
April 30
Working With Documentation, The Openstack Way
March 23
Will Somebody *Please* Tell Me What Is Going On?
February 2
Who Needs pandoc When You Have Sphinx?
2018
November 13
How to Double* the Performance of vSwitch-based Deployments
May 23
The Wonders of NUMA
February 4
A Lion, A Head, and A Dash of YAML
February 3
Keeping It Real(Time)
2017
November 6
Keeping It Real(Time)
February 5
Mailing List, Meet CI
2016
May 24
Accelerating Your Cloud With DPDK
January 31
A New Patchwork


HOME
Scroll to learn how your fashion impacts the world | Scroll to learn how your fashion impacts the world | Scroll to learn how your fashion impacts the world | Scroll to learn how your fashion impacts the world |


| JOE, Blogg (Mr) | Born 01-Jan-1989 | Gender Male | Unverified NHS No. 993 254 128 Local Patient ID K12345 |
|
Home Address 17, County Avenue |
Home Phone<PHONE_NUMBER>7 Vacation/Temporary Phone<PHONE_NUMBER>8 Home Email<EMAIL_ADDRESS>|
GP Practice Medway Medical Practice Phone<PHONE_NUMBER>2 |
| Permission to view outcome | Permission to view obtained |
|---|---|
| Date obtained | 19-May-2011, 20:00 |
| Date expires | 26-May-2011, 20:00 |
| Document Created | 19-May-2011, 20:00 |
|---|---|
| Document Owner | Medway NHS Foundation Trust |
| Authored by | Mary Jones - Nurse Triage Practitioner, Medway NHS Foundation Trust on 19-May-2011, 20:00 |
| Consent Status | Consent given for electronic record sharing |
| Informant | Helga Bloggs - Spouse |
|---|
|
Primary Home Address 43 Summers Avenue |
Mobile Phone<PHONE_NUMBER>3 |
| Other participant(s) in this document |
|---|
| Referred To | |
|---|---|
| Referred To Organization | Medway Community Hospital |
|
Visit Address Church Street Walk in Centre |
Emergency Phone<PHONE_NUMBER> |


Software Engineer & open source fan.
I am a software engineer at Signafire
I love interacting with new people, languages and frameworks. Software has the power to change the world. That's what I'm all about.
I am currently focused on backend development, with most of my time spent writing Clojure.
If you're interested in learning more about my background, check out my work to see what I've done and what I'm doing right now. If you have any questions or comments, please feel free to send me an email.


RoFI – progress report
Jan Mrázek
11. 2. 2020
RoFI – Progress on Physical Robots
RoFI Reconfiguration
Simulation
- RoFI is integrated with Gazebo simulator (presented last time)
- There is a need for a less precise simulator
- A team of bachelor students developing such simulator
Power Management
- Each robot has a battery
- The robots can share power
- What is the optimal strategy for power sharing?
- What is the goal? E.g., survive as long as possible
- When does it make sense to "save" module and when to drop it?
Fault-tolerant control
- How to roll in this cofiguration?
- What if one of the modules fails?
- Motor failure
- Sensor failure
Publications
- RoFI – Open-Hardware Platform of Distributed Metamorphic Robots
- ICRA 2021 (core B)
- submitted, waiting for review
- Reconfiguring RoFI
- RSS 2021 (core A*)
- in preparation
- RoFI Inter-module Communication
- IROS 2021 (core A)
- in preparation


To register as a Cannabis Worker, you must log in with your BC Service Card Account. Please select an option below:


| Modifier and Type | Method and Description |
|---|---|
IScope |
BaseConnection.getScope()
Return the current scope.
|
| Modifier and Type | Method and Description |
|---|---|
Collection<IScope> |
Client.getScopes() |
| Modifier and Type | Method and Description |
|---|---|
boolean |
BaseConnection.connect(IScope newScope)
Connect to another scope on server
|
boolean |
BaseConnection.connect(IScope newScope,
Object[] params)
Connect to another scope on server with given parameters
|
Set<IConnection> |
Client.getConnections(IScope scope)
Return client connections to given scope
|
void |
Server.notifyScopeCreated(IScope scope)
Notify listeners about a newly created scope.
|
void |
Server.notifyScopeRemoved(IScope scope)
Notify listeners that a scope was removed.
|
| Modifier and Type | Field and Description |
|---|---|
protected IScope |
StatefulScopeWrappingAdapter.scope
Wrapped scope
|
| Modifier and Type | Method and Description |
|---|---|
IScope |
StatefulScopeWrappingAdapter.getChildScope(String name)
Return child scope
|
IScope |
StatefulScopeWrappingAdapter.getParent()
Return parent scope
|
IScope |
StatefulScopeWrappingAdapter.getScope()
Getter for wrapped scope
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
IApplication.appJoin(IClient client,
IScope app)
Called every time client joins app level scope
|
void |
IApplication.appLeave(IClient client,
IScope app)
Called every time client leaves the application scope
|
boolean |
IApplication.appStart(IScope app)
Called once when application or room starts
|
void |
IApplication.appStop(IScope app)
Called on application stop
|
boolean |
AbstractScopeAdapter.connect(IConnection conn,
IScope scope,
Object[] params)
Called just before every connection to a scope.
|
void |
AbstractScopeAdapter.disconnect(IConnection conn,
IScope scope)
Called just after the a connection is disconnected.
|
boolean |
AbstractScopeAdapter.join(IClient client,
IScope scope)
Called just before a client enters the scope.
|
void |
AbstractScopeAdapter.leave(IClient client,
IScope scope)
Called just after the client leaves the scope.
|
boolean |
IApplication.roomJoin(IClient client,
IScope room)
Called when user joins room scope
|
void |
IApplication.roomLeave(IClient client,
IScope room)
Called when user leaves room scope
|
boolean |
IApplication.roomStart(IScope room)
Called on application room start
|
void |
IApplication.roomStop(IScope room)
Called on room scope stop
|
void |
StatefulScopeWrappingAdapter.setScope(IScope scope)
Set the scope the object is located in.
|
boolean |
AbstractScopeAdapter.start(IScope scope)
Called when a scope is created for the first time.
|
void |
AbstractScopeAdapter.stop(IScope scope)
Called just before a scope is disposed.
|
| Modifier and Type | Method and Description |
|---|---|
IScope |
IConnection.getScope()
Get the scope this is connected to.
|
IScope |
Red5.getScope()
Get the scope
|
IScope |
IContext.resolveScope(IScope root,
String path)
Returns scope by path from given root.
|
IScope |
IContext.resolveScope(String path)
Returns scope by path.
|
| Modifier and Type | Method and Description |
|---|---|
Collection<IScope> |
IClient.getScopes()
Get a set of scopes the client is connected to.
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
IConnection.connect(IScope scope)
Try to connect to the scope.
|
boolean |
IConnection.connect(IScope scope,
Object[] params)
Try to connect to the scope with a list of connection parameters.
|
Set<IConnection> |
IClient.getConnections(IScope scope)
Get a set of connections of a given scope.
|
IScope |
IContext.resolveScope(IScope root,
String path)
Returns scope by path from given root.
|
| Modifier and Type | Method and Description |
|---|---|
void |
IScopeListener.notifyScopeCreated(IScope scope)
A scope has been created.
|
void |
IScopeListener.notifyScopeRemoved(IScope scope)
A scope has been removed.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
IGlobalScope
The global scope that acts as root for all applications in a host.
|
| Modifier and Type | Method and Description |
|---|---|
IScope |
IBasicScope.getParent()
Get this scopes parent.
|
IScope |
IScope.getScope(String name)
Return scope by name
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
IScopeHandler.connect(IConnection conn,
IScope scope,
Object[] params)
Called just before every connection to a scope.
|
void |
IScopeHandler.disconnect(IConnection conn,
IScope scope)
Called just after the a connection is disconnected.
|
boolean |
IScopeHandler.join(IClient client,
IScope scope)
Called just before a client enters the scope.
|
void |
IScopeHandler.leave(IClient client,
IScope scope)
Called just after the client leaves the scope.
|
void |
IScopeAware.setScope(IScope scope)
Set the scope the object is located in.
|
boolean |
IScopeHandler.start(IScope scope)
Called when a scope is created for the first time.
|
void |
IScopeHandler.stop(IScope scope)
Called just before a scope is disposed.
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
IServiceInvoker.invoke(IServiceCall call,
IScope scope)
Execute the passed service call in the given scope.
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
ISharedObjectService.clearSharedObjects(IScope scope,
String name)
Deletes persistent shared objects specified by name and clears all properties from active shared objects (persistent and nonpersistent).
|
boolean |
ISharedObjectService.createSharedObject(IScope scope,
String name,
boolean persistent)
Create a new shared object.
|
ISharedObject |
ISharedObjectService.getSharedObject(IScope scope,
String name)
Get a shared object by name.
|
ISharedObject |
ISharedObjectService.getSharedObject(IScope scope,
String name,
boolean persistent)
Get a shared object by name and create it if it doesn't exist.
|
Set<String> |
ISharedObjectService.getSharedObjectNames(IScope scope)
Get a set of the shared object names.
|
boolean |
ISharedObjectService.hasSharedObject(IScope scope,
String name)
Check if a shared object exists.
|
boolean |
ISharedObjectSecurity.isCreationAllowed(IScope scope,
String name,
boolean persistent)
Check if the a shared object may be created in the given scope.
|
| Modifier and Type | Method and Description |
|---|---|
IScope |
IStream.getScope()
Get the scope this stream is associated with.
|
| Modifier and Type | Method and Description |
|---|---|
String |
IStreamFilenameGenerator.generateFilename(IScope scope,
String name,
IStreamFilenameGenerator.GenerationType type)
Generate a filename without an extension.
|
String |
IStreamFilenameGenerator.generateFilename(IScope scope,
String name,
String extension,
IStreamFilenameGenerator.GenerationType type)
Generate a filename with an extension.
|
boolean |
IRtmpSampleAccess.isAudioAllowed(IScope scope)
Return true if sample access allowed on audio stream.
|
boolean |
IStreamPlaybackSecurity.isPlaybackAllowed(IScope scope,
String name,
int start,
int length,
boolean flushPlaylist)
Check if playback of a stream with the given name is allowed.
|
boolean |
IStreamPublishSecurity.isPublishAllowed(IScope scope,
String name,
String mode)
Check if publishing a stream with the given name is allowed.
|
boolean |
IRtmpSampleAccess.isVideoAllowed(IScope scope)
Return true if sample access allowed on video stream.
|
| Constructor and Description |
|---|
ScopeNotFoundException(IScope scope,
String childName)
Create exception from given scope object and given child subscope
|
ScopeShuttingDownException(IScope scope)
Create exception from given scope object
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
RTMPConnection.connect(IScope newScope,
Object[] params) |
boolean |
RTMPMinaConnection.connect(IScope newScope,
Object[] params) |
| Constructor and Description |
|---|
RamPersistence(IScope scope)
Creates RAM persistence object from scope
|
| Modifier and Type | Class and Description |
|---|---|
class |
Scope
The scope object.
|
| Modifier and Type | Field and Description |
|---|---|
protected IScope |
BasicScope.parent
Parent scope.
|
| Modifier and Type | Method and Description |
|---|---|
IScope |
Scope.getParent()
Return parent scope
|
IScope |
BasicScope.getParent()
Get this scopes parent.
|
IScope |
Scope.getScope(String name)
Return child scope by name
|
| Modifier and Type | Method and Description |
|---|---|
void |
Scope.setParent(IScope parent)
Setter for parent scope
|
| Constructor and Description |
|---|
BasicScope(IScope parent,
ScopeType type,
String name,
boolean persistent)
Constructor for basic scope
|
Builder(IScope parent,
ScopeType type,
String name,
boolean persistent) |
| Modifier and Type | Method and Description |
|---|---|
boolean |
ServiceInvoker.invoke(IServiceCall call,
IScope scope)
Execute the passed service call in the given scope.
|
Object |
IServiceResolver.resolveService(IScope scope,
String serviceName)
Search for a service with the given name in the scope.
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
SharedObjectService.clearSharedObjects(IScope scope,
String name)
Deletes persistent shared objects specified by name and clears all properties from active shared objects (persistent and nonpersistent).
|
boolean |
SharedObjectService.createSharedObject(IScope scope,
String name,
boolean persistent)
Create a new shared object.
|
ISharedObject |
SharedObjectService.getSharedObject(IScope scope,
String name)
Get a shared object by name.
|
ISharedObject |
SharedObjectService.getSharedObject(IScope scope,
String name,
boolean persistent)
Get a shared object by name and create it if it doesn't exist.
|
Set<String> |
SharedObjectService.getSharedObjectNames(IScope scope)
Get a set of the shared object names.
|
boolean |
SharedObjectService.hasSharedObject(IScope scope,
String name)
Check if a shared object exists.
|
| Constructor and Description |
|---|
SharedObjectScope(IScope parent,
String name,
boolean persistent,
IPersistenceStore store)
Creates shared object with given parent scope, name, persistence flag state and store object
|
| Modifier and Type | Method and Description |
|---|---|
IScope |
AbstractStream.getScope()
Return scope.
|
| Modifier and Type | Method and Description |
|---|---|
String |
DefaultStreamFilenameGenerator.generateFilename(IScope scope,
String name,
IStreamFilenameGenerator.GenerationType type)
Generate a filename without an extension.
|
String |
DefaultStreamFilenameGenerator.generateFilename(IScope scope,
String name,
String extension,
IStreamFilenameGenerator.GenerationType type)
Generate a filename with an extension.
|
IBroadcastScope |
StreamService.getBroadcastScope(IScope scope,
String name)
Return broadcast scope object for given scope and child scope name.
|
Set<String> |
IProviderService.getBroadcastStreamNames(IScope scope)
Get names of existing broadcast streams in a scope.
|
IMessageInput |
IProviderService.getLiveProviderInput(IScope scope,
String name,
boolean needCreate)
Get a named Live provider as the source of input.
|
IMessageInput |
IProviderService.getProviderInput(IScope scope,
String name)
Get a named provider as the source of input.
|
static File |
RecordingListener.getRecordFile(IScope scope,
String name)
Get the file we'd be recording to based on scope and given name.
|
protected File |
ClientBroadcastStream.getRecordFile(IScope scope,
String name)
Get the file we'd be recording to based on scope and given name.
|
File |
IProviderService.getVODProviderFile(IScope scope,
String name)
Get a named VOD source file.
|
IMessageInput |
IProviderService.getVODProviderInput(IScope scope,
String name)
Get a named VOD provider as the source of input.
|
boolean |
IRecordingListener.init(IScope scope,
String name,
boolean isAppend)
Initialize the listener.
|
boolean |
RecordingListener.init(IScope scope,
String name,
boolean isAppend)
Initialize the listener.
|
IProviderService.INPUT_TYPE |
IProviderService.lookupProviderInput(IScope scope,
String name,
int type)
Returns the input type for a named provider if a source of input exists.
|
boolean |
IProviderService.registerBroadcastStream(IScope scope,
String name,
IBroadcastStream stream)
Register a broadcast stream to a scope.
|
void |
AbstractStream.setScope(IScope scope)
Setter for scope.
|
boolean |
IProviderService.unregisterBroadcastStream(IScope scope,
String name)
Unregister a broadcast stream of a specific name from a scope.
|
boolean |
IProviderService.unregisterBroadcastStream(IScope scope,
String name,
IBroadcastStream stream)
Unregister a broadcast stream of a specific name from a scope.
|
| Modifier and Type | Method and Description |
|---|---|
void |
FileConsumer.setScope(IScope scope)
Sets the scope for this consumer.
|
| Constructor and Description |
|---|
FileConsumer(IScope scope,
File file)
Creates file consumer
|
| Modifier and Type | Method and Description |
|---|---|
static IScope |
ScopeUtils.findApplication(IScope from)
Returns the application scope for specified scope.
|
static IScope |
ScopeUtils.findRoot(IScope from)
Finds root scope for specified scope object.
|
static IScope |
ScopeUtils.resolveScope(IScope from,
String path)
Resolves scope for specified scope and path.
|
| Modifier and Type | Method and Description |
|---|---|
static IScope |
ScopeUtils.findApplication(IScope from)
Returns the application scope for specified scope.
|
static IScope |
ScopeUtils.findRoot(IScope from)
Finds root scope for specified scope object.
|
static Object |
ScopeUtils.getScopeService(IScope scope,
Class<?> intf)
Returns scope service that implements a given interface.
|
static Object |
ScopeUtils.getScopeService(IScope scope,
Class<?> intf,
boolean checkHandler) |
static Object |
ScopeUtils.getScopeService(IScope scope,
Class<?> intf,
Class<?> defaultClass)
Returns scope service that implements a given interface.
|
static Object |
ScopeUtils.getScopeService(IScope scope,
Class<?> intf,
Class<?> defaultClass,
boolean checkHandler) |
protected static Object |
ScopeUtils.getScopeService(IScope scope,
String name)
Returns scope service by bean name.
|
protected static Object |
ScopeUtils.getScopeService(IScope scope,
String name,
Class<?> defaultClass)
Returns scope services (e.g.
|
static IScope |
ScopeUtils.resolveScope(IScope from,
String path)
Resolves scope for specified scope and path.
|
Copyright © 2005–2016 Red5. All rights reserved.


Events
In conjunction with the Singapore FinTech Festival 2016, NCL invited NUS Dean’s Chair Assistant Professor in Computer Science, Prateek Saxena and CloakApps Chief Technology Officer Dr. Li Qiming to give a talk about blockchains and blockchain-based services. The event was well-received with over 60 registered participants from various industries.
In collaboration with our partner from the United States, NCL is honored to invite Miss Terry V. Benzel, Deputy Director for the Computer Networks Division at the Information Sciences Institute (ISI) of the University of Southern California (USC) as the distinguished guest speaker for this user forum. At the forum, participants are introduced to ISI DeterLab and concept of cyber ranges. They also get to interact with the team over from ISI.
On the 5th of May, 2016, Dr Douglas Maughan, Director of the Department of Homeland Security (Science&Technology Division) visited NCL. He was given a brief introduction on NCL and NUS School of Computing, including our research focus and capabilities, facilities, and collaborations with other government agencies, industry and academia, as well as our collaboration with ISI.
Our newly purchased servers have arrived on 20 April 2016. 100 machines will be up and running by the end of April 2016.
NCL held it's first mini-workshop to allow internal stakeholders and supporting staff from the Information Technology Unit&Research Office to have a better understanding of NCL and it's activities.
The National Cybersecurity R&D Laboratory, which will be set up by the security research group at the NUS School of Computing, will be operational by the end of this year. The new laboratory will be a shared national research infrastructure which can be used by the local research community and industry for the validation of research outcomes, for collaborative work with industry or international partners, and to curate useful datasets for cybersecurity experiments.


OR – Sen. Jeff Merkley (D) and Sen. Ron Wyden (D)
Committees
Jeff Merkley is the #9 Democrat on the Senate Committee on Appropriations
Jeff Merkley is the #7 Democrat on the Senate Appropriations Subcommittee on Energy and Water Development
Committees
Ron Wyden is the #2 Democrat on the Senate Energy Subcommittee on Energy
Ron Wyden is the #2 Democrat on the Senate Committee on Energy and Natural Resources
HEP Grants
In the past 9 years, this state has received: 35 HEP grants, totalling $9,759,800
Year Institution Amount ($)
------ -------------------- ------------
2019 University of Oregon 1,879,000
2018 University of Oregon 1,001,800
2017 University of Oregon 1,096,000
2016 University of Oregon 1,035,000
2015 University of Oregon 981,000
2014 University of Oregon 1,731,000
2013 University of Oregon 878,000
2012 University of Oregon 1,158,000
SC Contracts
This state received no SC contracts from 2012-2020
NSF MPS Grants
In the past 9 years, this state has received: 347 NSF MPS grants, totalling $74,828,168
Institution Amount ($)
---------------------------------- ------------
Oregon State University 31,923,660
University Of Oregon 31,084,643
Portland State University 5,012,240
Lewis & Clark College 1,458,947
Oregon Health & Science University 1,421,304
University Of Oregon Eugene 1,235,098
Willamette University 1,210,592
Reed Institute 738,852
Pacific University 534,155
Linfield College 180,677
Reed College 28,000
SULI/CCI Interns
From 2014-2018, this state had 49 SULI/CCI interns
# Interns Program College
----------- --------- ------------------------------
12 SULI Oregon State University
11 SULI Willamette University
9 SULI University of Oregon
3 SULI Lewis and Clark College
3 SULI Linfield College
2 SULI Oregon Institute of Technology
2 SULI Pacific University
2 SULI Reed College
2 SULI University of Portland
1 SULI Eastern Oregon University
1 SULI Portland State University
1 SULI Western Oregon University
49 — — Back to top
OR-01 – Rep. Suzanne Bonamici (D) – Wikipedia
Committees
Suzanne Bonamici is the #4 Democrat on the House Committee on Science, Space, and Technology
Suzanne Bonamici is the #5 Democrat on the House Subcommittee on Higher Education and Workforce Development
HEP Grants
This district received no SC HEP grants from 2012-2020
SC Contracts
This district received no SC contracts from 2012-2020
NSF MPS Grants
In the past 9 years, this district has received: $945,130 in NSF MPS grants.
Year Institution Amount ($)
------ ------------------------- ------------
2018 Linfield College 180,677
2018 Pacific University 69,175
2017 Pacific University 44,284
2015 Pacific University 291,626
2013 Pacific University 37,185
2013 Portland State University 29,212
2012 Pacific University 91,885
2012 Portland State University 201,086
SULI/CCI Interns
From 2014-2018, this district had 5 SULI/CCI interns
Term Name College Host Lab Program
----------- ------------------- ------------------ ------------------------------------- ---------
Summer 2016 Daniel Yates Pacific University Brookhaven National Laboratory SULI
Summer 2015 Justin Robert Davis Linfield College National Renewable Energy Laboratory SULI
Summer 2015 Allan Sykes Pacific University National Renewable Energy Laboratory SULI
Spring 2018 Hannah Devyldere Linfield College Lawrence Berkeley National Laboratory SULI
Fall 2017 Hannah Devyldere Linfield College Lawrence Berkeley National Laboratory SULI
OR-02 – Rep. Greg Walden (R) – Wikipedia
Committees
Greg Walden is the #1 Republican on the House Committee on Energy and Commerce
HEP Grants
This district received no SC HEP grants from 2012-2020
SC Contracts
This district received no SC contracts from 2012-2020
NSF MPS Grants
This district received no NSF MPS grants from 2012-2020
SULI/CCI Interns
From 2014-2018, this district had 3 SULI/CCI interns
Term Name College Host Lab Program
----------- --------------------- ------------------------------ ---------------------------------------------- ---------
Summer 2018 Jackson Porter Morgan Oregon Institute of Technology Thomas Jefferson National Accelerator Facility SULI
Summer 2015 Dakotah Webb Oregon Institute of Technology Lawrence Livermore National Laboratory SULI
Spring 2016 Tonny Yang Eastern Oregon University Pacific Northwest National Laboratory SULI
OR-03 – Rep. Earl Blumenauer (D) – Wikipedia
HEP Grants
This district received no SC HEP grants from 2012-2020
SC Contracts
This district received no SC contracts from 2012-2020
NSF MPS Grants
In the past 9 years, this district has received: $8,429,045 in NSF MPS grants.
Year Institution Amount ($)
------ ---------------------------------- ------------
2019 Reed Institute 293,150
2019 Portland State University 1,168,752
2019 Oregon Health & Science University 79,931
2019 Lewis & Clark College 485,422
2018 Reed Institute 122,736
2018 Portland State University 1,271,963
2018 Oregon Health & Science University 420,000
2018 Lewis & Clark College 441,761
2017 Portland State University 156,872
2017 Reed Institute 150,820
2017 Oregon Health & Science University 149,583
2017 Lewis & Clark College 116,640
2016 Portland State University 1,019,855
2015 Reed College 28,000
2015 Portland State University 244,936
2015 Oregon Health & Science University 513,689
2015 Lewis & Clark College 195,008
2014 Lewis & Clark College 220,116
2014 Reed Institute 172,146
2014 Portland State University 210,540
2014 Oregon Health & Science University 258,101
2013 Portland State University 709,024
SULI/CCI Interns
From 2014-2018, this district had 8 SULI/CCI interns
Term Name College Host Lab Program
----------- ------------------------ ------------------------- ---------------------------------------------- ---------
Summer 2018 Malcolm Roux University of Portland SLAC National Accelerator Laboratory SULI
Summer 2017 Benjamin Thomas Hohman Lewis and Clark College Argonne National Laboratory SULI
Summer 2016 Emily O'sullivan Lewis and Clark College National Renewable Energy Laboratory SULI
Summer 2016 Chelsea Benedict Portland State University SLAC National Accelerator Laboratory SULI
Summer 2015 Keira Roberts Lewis and Clark College Lawrence Livermore National Laboratory SULI
Summer 2015 Charles Anthony McIntyre Reed College Thomas Jefferson National Accelerator Facility SULI
Summer 2014 Jordan Seiji Lum University of Portland National Renewable Energy Laboratory SULI
Summer 2014 Amelia Dunn Reed College Ames National Laboratory SULI
OR-04 – Rep. Peter A. DeFazio (D) – Wikipedia
HEP Grants
In the past 9 years, this district has received: $9,759,800 in SC HEP grants.
Institution Amount ($) Start End Principal Investigator Project Title
-------------------- ------------ ------- ------- ------------------------ ----------------------------------------------------------------------------------------
University of Oregon 750,000 2019 2020 Jeanty, Laura Searches for New Long-Lived Particles and Upgrade to the ATLAS Inner Detector
University of Oregon 7,800 2018 2020 Brau, James CALOR 2018 Conference
University of Oregon 354,000 2018 Ongoing Kribs, Graham Theoretical Investigations in Particle Physics
University of Oregon 5,000 2017 2018 Brau, James Sensor Development for Future e+e- Colliders
University of Oregon 2,050,000 2017 2020 Brau, James Experimental High Energy Physics
University of Oregon 91,000 2017 2018 Cohen, Timothy Leaving No Stone Unturned in the Pursuit of New Physics
University of Oregon 190,000 2015 2018 Brau, James Silicon-tungsten Electromagnetic Calorimetry and CMOS Vertex Sensor Development
University of Oregon 1,851,000 2014 2017 Brau, James Theory Of Elementary Particles; Task B: Experimental High Energy Physics
University of Oregon 0 2014 2015 Brau, James Sid Detector R&D
University of Oregon 114,000 2014 2016 Chang, Spencer New Physics in Higgs and Dark Matter Phenomenology
University of Oregon 1,561,000 2014 2020 Kribs, Graham Theoretical Investigations in Particle Physics
University of Oregon 750,000 2014 Ongoing Majewski, Stephanie Search for New Physics with Top Quarks and Upgrade to the ATLAS Liquid Argon Calorimeter
University of Oregon 60,000 2013 2014 Chang New Physics in Higgs and Dark Matter Phenomenology
University of Oregon 0 2012 2013 Brau University-Based Detector Research & Development for the International Linear Collider
University of Oregon 0 2012 2014 Brau Sid Detector R&D
University of Oregon 1,976,000 2012 2014 Brau Task A: Theory of Elementary Particles; Task B Experimental High Energy Physics
SC Contracts
This district received no SC contracts from 2012-2020
NSF MPS Grants
In the past 9 years, this district has received: $62,824,856 in NSF MPS grants.
Year Institution Amount ($)
------ --------------------------- ------------
2020 Oregon State University 379,551
2019 University Of Oregon 2,162,573
2019 Oregon State University 3,202,029
2018 University Of Oregon 4,670,471
2018 Oregon State University 2,912,528
2017 University Of Oregon 4,505,887
2017 Oregon State University 4,420,345
2016 University Of Oregon 6,480,220
2016 Oregon State University 4,124,353
2015 University Of Oregon Eugene 1,235,098
2015 University Of Oregon 2,018,360
2015 Oregon State University 3,427,171
2014 University Of Oregon 3,784,794
2014 Oregon State University 11,175,539
2013 Oregon State University 863,599
2013 University Of Oregon 3,881,220
2012 University Of Oregon 3,581,118
SULI/CCI Interns
From 2014-2018, this district had 21 SULI/CCI interns
Term Name College Host Lab Program
----------- ----------------------- ----------------------- ---------------------------------------------- ---------
Summer 2017 Nora Caitrin Honeycutt Oregon State University Lawrence Berkeley National Laboratory SULI
Summer 2017 Yousif Almulla Oregon State University Oak Ridge National Laboratory SULI
Summer 2017 Gabriel Nowak Oregon State University Lawrence Berkeley National Laboratory SULI
Summer 2016 Hallie Wahlstrom Oregon State University Pacific Northwest National Laboratory SULI
Summer 2016 Aaron Tamashiro Oregon State University Lawrence Livermore National Laboratory SULI
Summer 2016 Benjamin Fannin Bachman University of Oregon National Renewable Energy Laboratory SULI
Summer 2016 Zena Jensvold University of Oregon Argonne National Laboratory SULI
Summer 2016 Gabriel Nowak Oregon State University Thomas Jefferson National Accelerator Facility SULI
Summer 2015 Cameron Frank Oregon State University Argonne National Laboratory SULI
Summer 2015 Sara Cade University of Oregon Pacific Northwest National Laboratory SULI
Summer 2015 Benjamin Fannin Bachman University of Oregon National Renewable Energy Laboratory SULI
Summer 2015 Jonathan Scott Anchell University of Oregon Oak Ridge National Laboratory SULI
Summer 2015 Rachael McConnell Oregon State University Lawrence Livermore National Laboratory SULI
Summer 2015 Aaron Tamashiro Oregon State University Lawrence Livermore National Laboratory SULI
Summer 2014 Jonathan Scott Anchell University of Oregon Oak Ridge National Laboratory SULI
Summer 2014 Timothy Cole Hubbard Oregon State University Idaho National Laboratory SULI
Spring 2018 Anica Neumann Oregon State University National Renewable Energy Laboratory SULI
Spring 2015 Kirk Larsen University of Oregon Lawrence Berkeley National Laboratory SULI
Fall 2018 Hannah Louise Mankle Oregon State University National Renewable Energy Laboratory SULI
Fall 2015 Sara Cade University of Oregon Pacific Northwest National Laboratory SULI
Fall 2014 Kirk Larsen University of Oregon Lawrence Berkeley National Laboratory SULI
OR-05 – Rep. Kurt Schrader (D) – Wikipedia
Committees
Kurt Schrader is the #18 Democrat on the House Committee on Energy and Commerce
HEP Grants
This district received no SC HEP grants from 2012-2020
SC Contracts
This district received no SC contracts from 2012-2020
NSF MPS Grants
In the past 9 years, this district has received: $2,629,137 in NSF MPS grants.
Year Institution Amount ($)
------ ----------------------- ------------
2019 Willamette University 184,602
2017 Willamette University 30,508
2015 Willamette University 386,093
2014 Willamette University 5,000
2013 Oregon State University 125,000
2013 Willamette University 45,158
2012 Oregon State University 1,293,545
2012 Willamette University 559,231
SULI/CCI Interns
From 2014-2018, this district had 12 SULI/CCI interns
Term Name College Host Lab Program
----------- ----------------------- ------------------------- -------------------------------------- ---------
Summer 2018 Jilliann Katelynn Peery Willamette University Princeton Plasma Physics Laboratory SULI
Summer 2017 Cienna Manderbach Willamette University Brookhaven National Laboratory SULI
Summer 2017 Hannah Joyce Lea Willamette University Pacific Northwest National Laboratory SULI
Summer 2017 Jaclyn Diane Parnell Willamette University Pacific Northwest National Laboratory SULI
Summer 2017 Cameron Stanavige Western Oregon University Lawrence Livermore National Laboratory SULI
Summer 2016 Todd Jesse Denning Willamette University Pacific Northwest National Laboratory SULI
Summer 2015 Savanna Marie Steele Willamette University Pacific Northwest National Laboratory SULI
Summer 2015 Alexandra Ramsey Willamette University SLAC National Accelerator Laboratory SULI
Summer 2015 Clara Tibbetts Willamette University Ames National Laboratory SULI
Summer 2015 Michelle Renee Fallon Willamette University Idaho National Laboratory SULI
Summer 2014 Clara Tibbetts Willamette University Ames National Laboratory SULI
Fall 2017 Savanna Marie Steele Willamette University Pacific Northwest National Laboratory SULI


Advanced Networking
Routing & Switching:
Routing & Switching Essentials
Chapter 1: Introduction to Switched Networks
Hacklab Cosenza / Centro di Ricerca su Tecnologia e Innovazione
Hyerarchical Network Design
Cisco has a design guideline for network architecture called Cisco Borderless Network. Its principles are:
- Hierarchy - Deploying complex systems in tiers, each with a clear role and structure.
- Modularity - Expansions, improvements, upgrades at any of these tiers are made as easy as possible.
- Resiliency - Network reacts well to changes, growth, faults.
- Flexibility - The network load is intelligently splitted to make the best use of resources.
Time has proved that the best way to achieve the last 3 is through a hierarchical network architecture.
Access, Distribution, Core
Tiers In a Cisco network architecture are Access, Distrubution and Core, usually deployed in a 3-tier or 2-tier (with collapsed Distribution/Core) framework.
Access Layer
- It's the network edge, where traffic enters or exits it.
- It's also where devices that extend the network out one more level are placed - like IP phones, wireless APs, WAN connectivity.
- It's primary function is to provide access to the network for most users (and thus generic computing devices, end stations access here).
- This is the layer where most traffic originates from.
- It provides the demarcation between the network infrastructure and the computing devices that leverage it.
- The traditional focus at the access layer is minimizing cost-per-port.
Distribution Layer
- It's the most "smart" layer, implementing network foundation technologies like routing, advanced switching, filtering, QoS.
- Interface between Access and Core Layers:
- Aggregation point for access switches (wiring closet).
- Aggregating L2 broadcast domains and L3 routing and summarization boundaries for network control plane protocols (EIGRP, OSPF, Spanning Tree).
- Demarcation and isolation between the campus distribution building block and the rest of the network.
- Very little traffic originates directly from here.
- High availability through redundant distribution layer switches and equal cost paths to the core.
Core Layer (Backbone)
- Very limited set of services, provides 24/7 always-on (Fault Isolation) connectivity across the entire network (end-to-end connectivity).
- Basically no traffic originates from here.
- It serves as the aggregator for the other campus blocks and ties the campus together with the rest of the network.
- Very little decisions about traffic, just collects as much as possible, moves it as fast and reliably as possible.
- So: high-speed, high-redundancy forwarding services between "regions" (campus) of the network.
- That means the most powerful switches and routers, capable of the fastest connections (e.g. 10 GiB Ethernet)
Choosing a Switch
The typical parameters for choosing a switch are:
- Cost: dependent by the trade-off involving all other parameters in function of the requirements.
- Port Density: number of ports available.
- Port Speed: network connection speed to users.
- Backplane: the maximum switching capacity.
- Power: Redundant power supply, PoE.
- Frame Buffers: the amount of frames that the switch can store before it must forward or discard them.
- Scalability: the ability of the switch to support network growth.
- Additional Features: like L3 supports, USB ports, etc.
Switch Form Factor
Configuration options representing the switch form factor:
- Fixed - These are switches that cannot be expanded with additional ports or port types.
- Modular - Chassis with free slots for installation of modular line cards that expand ports number/type.
- Stackable - Switches that can be interconnected with a high-bandwidth special cable, effectively operating as a single logical switch.
- Cisco Stackwise: up to 9 switches.
- Cross-connected for fault tolerance.
- Cisco StackPower for sharing PSUs.
Switching Fundamentals
Switching is the process through which a device makes a decision about where to forward network traffic. It is based on the ingress port and the destination address.
This is true regardless of the port (technology) and address (protocol) type. Switching is a telecommunication concept.
- Ingress - The spot where a frame enters a device.
- Egress - The spot where a frame leaves a device.
- We'll typically talk about ingress port(s) and egress port(s).
A LAN Switch, the type we'll focus on, has the ability to build a table based on Ethernet MAC Addresses, called MAC Table, which we'll be used to make switching decisions.
CAM Table
Switches are made by dedicated-purposes motherboards (ASICs) that can internally move large amount of received frames at very high speed.
The switch has to build a MAC Table to make its decisions.
It's also called CAM table because of the specialized (content addressable) memory in which switches stores it.
- The MAC table associates each port with MAC addresses.
- It is populated by examining source MAC adresses.
Frame Forwarding - Ingress
- The MAC table is empty when the switch is first powered on.
- When a frame is received, it looks at the source MAC address.
- If it's not on the table, an association is added between the source MAC and the ingress port the frame appeared on.
- If it was already on the table, the aging timer of the association is reset. Maximum aging time is usually 5 min.
Frame Forwarding - Egress
- Then, it looks at the destination MAC address
- If It's not on the table it forwards the frame to all ports except the ingress port. This is called flooding.
- Only the destination will reply with a unicast frame. The switch can now add the missing association in the table.
- If It's already on the table, the switch forwards the frame to the associated egress port.
- Once all the associations have been learned the switch doesn't need flooding anymore.
Switching Methods
The figure above shows how many bytes of an incoming frame a switch needs to receive before making a forwarding decision, dependent of the switching method in use.
Store & Fordward Switching
Store and Forward Switching makes a forwarding decision only after receiving the entirety of the frame and error-checking it.
It is the main switching method in a Cisco LAN switch.
After receiving the frame, the switch calculate its checksum (FCS). If it matches the frame's FCS value then it's forwarded through an egress port, otherwise it's dropped.
S&F switching could be problematic if the switch ingress and egress ports are operating at different speeds. That's why the switch automatically sets up an appropriate buffer.
Cut-Through Switching
Cut-Through Switching makes a forwarding decision as soon as "enough" bytes of the frame as been received.
Thus with C-T switching the actual forwarding process begins before the frame has been completely received.
There are two variants of cut-through switching, and both of them do not perform a checksum verification:
- Rapid Frame - The switch forwards the frame as soon as the destination MAC address (first 6 bytes) is received.
- Fragment Free - The switch waits for the first 64 bytes (collision window). If no fragmentation is detected it then forwards the frame.
Switching Methods Comparison
- With Store & Forward switching invalid frames are never forwarded.
- Cut-Through switching forwards almost every invalid frame.
- Cut-through provides significantly better latencies.
- In a network with a high error rate, C-T switching becomes counterproductive, wasting bandwidth with invalid frames.
- Fragment-Free is usually the best compromise: a little better error checking with virtually no increase in latency.
Collision Domain
A collision domain is a portion (segment) of the network where frames can physically collide if transmitted at the same time, because they share a common medium and its bandwidth.
Hubs constitute a single collision domain: a frame is forwarded on every port, making the medium unavailable to other transmissions in any direction.
A switch is capable (though microsegmentation) of reducing or avoiding the competition on a medium: either each port becomes its own collision domain (half-duplex links) or collisions are impossible (full-duplex).
Collision Domain: Example
Broadcast Domain
When a switch receives an Ethernet broadcast frame (all-1s source MAC), it floods it on every port. Other connected switches will forward the frame in the same way.
These behaviour allows to define the broadcast domain: the portion of a network in which devices can reach each other through broadcast frames at the data link layer.
They are said to see each other at Layer 2.
Broadcast Domain
Each interconnected switch increases the broadcast domain. A network layer/L3 device such as a router must be used to put boundaries on (segment) a broadcast domain.
Broadcast is necessary, but due to the way it propagates it can quickly produce a lot of traffic and slow-downs. A broadcast domain control strategy is essential.
Broadcast Domain: Example
Broadcast Domain: Example


|
Upx_Doxygen
https://github.com/upx/upx
|
Public Types | |
| typedef OptVar< unsigned, 2u, 0u, 4u > | pos_bits_t |
| typedef OptVar< unsigned, 0u, 0u, 4u > | lit_pos_bits_t |
| typedef OptVar< unsigned, 3u, 0u, 8u > | lit_context_bits_t |
| typedef OptVar< unsigned,(1u<< 22), 1u,(1u<< 30) > | dict_size_t |
| typedef OptVar< unsigned, 64u, 5u, 273u > | num_fast_bytes_t |
Public Member Functions | |
| void | reset () |
Public Attributes | |
| pos_bits_t | pos_bits |
| lit_pos_bits_t | lit_pos_bits |
| lit_context_bits_t | lit_context_bits |
| dict_size_t | dict_size |
| unsigned | fast_mode |
| num_fast_bytes_t | num_fast_bytes |
| unsigned | match_finder_cycles |
| unsigned | max_num_probs |


-
✔ ✕ +{{ workout.numberOfReps * workout.exercise.multiplier }} EXP {{ workout.exercise.buildTitle(workout.numberOfReps) }}
{{ getQuote(workout.completed, i) }}
{{user.name || user.email }}
EXP {{ user.score || 0 }}{{ getQuote(workout.completed, i) }}


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java.lang.Object org.apache.commons.lang3.AnnotationUtils
public class AnnotationUtils
Helper methods for working with Annotation
instances.
This class contains various utility methods that make working with annotations simpler.
Annotation
instances are always proxy objects; unfortunately
dynamic proxies cannot be depended upon to know how to implement certain
methods in the same manner as would be done by "natural" Annotation
s.
The methods presented in this class can be used to avoid that possibility. It
is of course also possible for dynamic proxies to actually delegate their
e.g. Annotation.equals(Object)
/Annotation.hashCode()
/
Annotation.toString()
implementations to AnnotationUtils
.
#ThreadSafe#
| Constructor Summary | |
|---|---|
AnnotationUtils()
AnnotationUtils instances should NOT be constructed in
standard programming. |
| Method Summary | |
|---|---|
static boolean |
equals(java.lang.annotation.Annotation a1,
java.lang.annotation.Annotation a2)
Checks if two annotations are equal using the criteria for equality presented in the Annotation.equals(Object) API docs. |
static int |
hashCode(java.lang.annotation.Annotation a)
Generate a hash code for the given annotation using the algorithm presented in the Annotation.hashCode() API docs. |
static boolean |
isValidAnnotationMemberType(java.lang.Class<?> type)
Checks if the specified type is permitted as an annotation member. |
static java.lang.String |
toString(java.lang.annotation.Annotation a)
Generate a string representation of an Annotation, as suggested by Annotation.toString() . |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public AnnotationUtils()
AnnotationUtils
instances should NOT be constructed in
standard programming. Instead, the class should be used statically.
This constructor is public to permit tools that require a JavaBean instance to operate.
| Method Detail |
|---|
public static boolean equals(java.lang.annotation.Annotation a1, java.lang.annotation.Annotation a2)
Checks if two annotations are equal using the criteria for equality
presented in the Annotation.equals(Object)
API docs.
a1
- the first Annotation to compare, null
returns
false
unless both are null
a2
- the second Annotation to compare, null
returns
false
unless both are null
true
if the two annotations are equal
or both
null
public static int hashCode(java.lang.annotation.Annotation a)
Generate a hash code for the given annotation using the algorithm
presented in the Annotation.hashCode()
API docs.
a
- the Annotation for a hash code calculation is desired, not
null
java.lang.RuntimeException
- if an Exception
is encountered during
annotation member access
java.lang.IllegalStateException
- if an annotation method invocation returns
null
public static java.lang.String toString(java.lang.annotation.Annotation a)
Generate a string representation of an Annotation, as suggested by
Annotation.toString()
.
a
- the annotation of which a string representation is desired
null
public static boolean isValidAnnotationMemberType(java.lang.Class<?> type)
Checks if the specified type is permitted as an annotation member.
The Java language specification only permits certain types to be used
in annotations. These include String
, Class
, primitive
types, Annotation
, Enum
, and single-dimensional arrays of
these types.
type
- the type to check, null
true
if the type is a valid type to use in an annotation
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Hello there
About me
My name is Abi Subedi. I was born in Bhutan and lived in Nepal and India for about fifteen years before coming to the States. I am an Information Technology major and a senior in college.I live in the South Hills with my wife and two children. I mostly worked in non-profit orginazations since 2008. Outside of school I love rading, skiing, photography and cooking.
Courses that I am currently enrolled
| Course Name | Course Code |
|---|---|
| Advanced Programming | CMPS 262 |
| Advanced Networking | CMPS 362 |
| Senior Project | CMPS 480 |
| Corporate Finance | BMGT 300 |
My Contact Information
I can be reached on these social networks
Or, you can send me an email at Abi Subedi.


[% page.import({ title => 'Perl FAQ', section => 'faq', description => 'Perl Frequently Asked Questions', }); %]
If you are just getting started, you probably have lots of questions, here are some places to start.
Check the Perl Frequently Asked Questions site (or your local perldoc perlfaq
), many questions have already been answered.
You can read the Perl documentation on our perldoc site. You can also access the Perl documentation with the perldoc
command. Try "perldoc perlreftut
" at your command line prompt.
You can get help on the dedicated Perl beginners mailing list.
One of Perl's big strengths is it's community. See if you have a local "Perl Mongers" group, or if there are any events happening near you.
IRC (Internet Relay Chat) is a great place to get help if you're polite and ask smart questions.


Deadline: 5pm, Saturday, December 7, 2013
In the previous phase of the project you have completed a non-optimizing compiler for the core TL13 language that can produce semantically equivalent MIPS assembly code.
For the final submission deadline, you may either:
If you choose the former, your will receive a new score (out of 300 points) for the entire core compiler that (if higher) will replace your Review I, Review II, Review III, and Review IV scores.
In determining whether your final course grade is at least a 'B', your overall course score will be computed as if you had received 50/50 points on the extension. In determining whether your final course grade is at least an 'A', your score will be computed as if you had received 0/50 points on the extension.
If you choose not to resubmit your core, you have the opportunity to earn 50 points towards an 'A' by extending your compiler to support an additional language feature OR an add additional optimizations. ('B' grades will be determined as if you earned 50 points on the extensions regardless of whether / how well you do on the extensions.) Some of the extensions may also include "bonus" options that allow you to earn more than 50 points.
This phase is intentionally less tightly specified and
more open ended than those of Parser and Core. Below is
a list of possible extensions and the amount of points that
can be earned by successfully completing each extensions.
In you blackboard cover letter, be sure to include all
items listed in the submission instructions there. Make sure
that this cover letter clearly indicates which extension you
attempted, its status, any "bonus" items included
in your code, and a list of any relevant items included in the
docs
directory.
SSA-based optimization phase on the ILOC intermediate representation, including translation into (and out of) SSA form using one of the following algorithms :
Translation out of SSA form should pay careful attention to semantics of the φ-functions, especially their "simultaneous" execution, which leads to the swap problem (Cooper 9.3.5). Morgan's "Building an Optimizing Compiler" has a detailed algorithm for handling this. Contact the instructor if you're interested. Some of these issue only show up when optimizations are performed in SSA form.
Bonus: Implement SSA/dominator-based value numbering
Bonus: Implement constant propagation/folding using the SSA-based algorithm in Cooper Section 9.3.6
Bonus: useless code elimination using the algorithm
in Cooper Section 10.2.1 and/or useless control flow elimination from
Cooper 10.2.2.
As a simplification, instead of marking jumps based on the RDF of
marked instructions (the last for loop in Figure 10.1(a)),
you may instead consider all jumps/branches to be critical.
[Note: even though SSA isn't needed for useless control flow
elimination, you can only earn points for it if you also do SSA.]
Bonus: unreachable code elimination in Cooper Section 10.2.3
To implement this, you will need to extend the language with an
"exit/return" statement that terminates program execution completely.
[Note: even though this isn't SSA-based, you can only earn points
for it if you also do SSA.]
implement Chaitin-Briggs register allocation with live range analysis and interference graph coloring (Cooper Section 13.4.1, 13.4.3, 13.4.5)
The grade for a student's extension will be assessed according to the following rubric:
Up to 50 additonal points may be awarded, at the discretion of the
instructional staff, for extensions that go beyond the minimum requirements
listed. (Suggested "bonus" items are listed for most extensions.)
No points will be awarded for any extensions unless the
extension code is submitted according to the instructions and the core
compiler works correctly.
Please refer to the the getting started for information on how to prepare the git commit containing your source code for grading.
You are also required to adequately test your compiler optimizations and language extensions. Please submit your test cases along with your source code and document the current state of your compiler based on your own testing. In your documentation for each extensions, please include a description of which test cases you developed to specifically test those extensions.
Hint: if you implement multiple optimization SSA optimizations, it is advisable to include a command-line switch that activates/deactivates individual optimizations when feasible. This will allow, for example, full points to be assigned for "optimization 1" even if "optimization 2" crashes for some test cases. Otherwise, you may lose points for "optimization 1" because "optimization 2" breaks a test case.
There may need to be corrections, clarifications, or other modifications to these instructions, you are responsible for monitoring the class web site and listening during lecture for announcements related to this assignment.


- saveWalk() - Method in class cs221.group15.pathfinder.MainActivity
-
Retrieves the walk from the local database and sends it webserver using HTTP POST
- setDescription(String) - Method in class cs221.group15.pathfinder.Waypoint
-
Sets the waypoint with a specified description.
- setDistance(float) - Method in class cs221.group15.pathfinder.Route
-
Sets the total distance of the walking tour in meters.
- setHours(float) - Method in class cs221.group15.pathfinder.Route
-
Sets the amount of time the user takes to record the walking tour,
by totaling up the time it takes to reach one way point to another.
- setId(long) - Method in class cs221.group15.pathfinder.Route
-
Sets the ID number of the walking tour.
- setId(int) - Method in class cs221.group15.pathfinder.Waypoint
-
Sets the ID of the waypoint.
- setLat(float) - Method in class cs221.group15.pathfinder.Waypoint
-
Sets latitude value of the waypoint.
- setLng(float) - Method in class cs221.group15.pathfinder.Waypoint
-
Sets the longitude value of the waypoint.
- setLongDescription(String) - Method in class cs221.group15.pathfinder.Route
-
Will assign the walking tour with a new long description.
- setPhoto(String[]) - Method in class cs221.group15.pathfinder.Waypoint
-
Will assign a photo to the waypoint.
- setShortDescription(String) - Method in class cs221.group15.pathfinder.Route
-
Will assign the walking tour with a new short description.
- setTimestamp(float) - Method in class cs221.group15.pathfinder.Waypoint
-
Sets the timestamp of the waypoint, will set the date and time
the waypoint was created.
- setTitle(String) - Method in class cs221.group15.pathfinder.Route
-
Will set the walking tour's title.
- setWalkID(int) - Method in class cs221.group15.pathfinder.Waypoint
-
Sets the ID of the walking tour the waypoint belongs to.
- setWaypoints(Waypoint[]) - Method in class cs221.group15.pathfinder.Route
-
This will set waypoint
Route.waypoint
to the specified
array of Waypoint objects.


| Sense | Human | Insect |
|---|---|---|
| Sight | eyes | compound eyes; simple eyes; ultraviolet |
| Hearing | ears | ears on legs or thorax; ultrasonic |
| Touch | skin | sensory hairs which poke through small holes in the exoskeleton |
| Smell | nose | antennae |
| Taste | mouth | tarsi (feet) and mouthparts |
[Wikipedia: Sense](https://en.wikipedia.org/w/index.php?title=Sense&oldid=1045083636)
[Palial and Nidhi 2019. The potential use of semiochemicals in pest suppression](https://medwinpublishers.com/IZAB/IZAB16000154.pdf)


{% extends "base.html" %} {% import 'team_partials/blue_banner_macros.html' as bbm %} {% block title %}FIRST Hall of Fame - The Blue Alliance{% endblock %} {% block meta_description %}Teams in the FIRST Hall of Fame{% endblock %} {% block content %}
The FIRST Impact Award (formerly Chairman's Award) is the most prestigious award in all of FIRST. Winners best embody the purpose and goals of FIRST and are inducted into the FIRST Hall of Fame.
{% if vid.get_result() %} Video{% endif %} {% if pres.get_result() %}| Presentation{% endif %} {% if ess.get_result() %}| Essay{% endif %}


Running Simulations¶
Sample Project¶
To get started, lets just trying running a sample project on a single processor. To do so, create a working directory and then copy the sample sphere project into it:
$ mkdir -p ~/Workspace/projects/sphere
$ tar -xvf ~/Dropbox/repos/sphere.tgz -C ~/Workspace/projects/sphere
Now you can try running the sphere program:
$ cd ~/Workspace/projects/sphere
$ runLotus 0 test
The runLotus
command invokes a script file which we will consider in more detail later. For now, know that it updates the libraries (if you haven’t built them yet, this may take a while) and then it runs Lotus in the test folder.
As this is happening, what you should see in the terminal window is:
Setting up the grid, body and fluid
-----------------------------------
Stretched grid sections:
negative: r= 7.0%, h_max=8.4
positive: r= 2.5%, h_max=5.6
grid symmetry: F
grid%stretch using r>10%.
grid%stretch using r>10%.
Stretched grid sections:
negative: r=11.9%, h_max=12.7
positive: r=11.9%, h_max=12.7
grid symmetry: T
grid%stretch using r>10%.
grid%stretch using r>10%.
Stretched grid sections:
negative: r=11.9%, h_max=12.7
positive: r=11.9%, h_max=12.7
grid symmetry: T
Starting time update loop
-----------------------------------
-t- , -dt-
0.1, 1.075
0.2, 1.082
0.3, 1.083
…
9.9, 1.163
10.0, 1.163
Loop complete: writing restart files and exiting
-----------------------------------
runLotus Script¶
Before moving on, lets take a closer look at the runLotus script, its inputs and options. The script is found in solveroopbin. The script is invoked as
$ runLotus <n> <run_folder> <resume_path>
where
n
(int): number of processors- If running in serial this should be 0 and the solver should be recompiled commenting out ‘MPI = true’ in the lotus profile.
- If running in parallel the available/desired number of processors should be given. The solver should also be compiled for parallel simulations.
run_folder
(string): name of the folder in which to run the simulationresume_path
(optional, string): path from run_folder to the folder from which to resume the simulation- If not included, the simulation will run without resuming from a previous simulation.
- If set to
./
, the simulation will resume from the run_folder if possible. - Otherwise, the simulation will follow resume_path and attempt to resume from there.
For example:
$ runLotus 16 test ../test_old/
will run a simulation in the test folder on 16 cores, resuming from test_old.
The runLotus script does a few important things:
- It checks if run_folder exists. If so, and there is no resume_path, it moves the contents of the folder to the trash folder. If not, it makes the folder.
- It copies the lotus.f90 file and the contents of the postproc folder into run_folder.
- It changes into the run_folder and creates the executable, updating and building the libraries as needed.
- Finally, it runs the executable, and then the runStatus script upon completion.


@* * Call the `main` template with two arguments. The first * argument is a `String` with the title of the page, the second * argument is an `Html` object containing the body of the page. *@ @main("Services") {
Here at Pet Everything We like to work closely with pet friendly organisations and charitie's to help facilitate and promote fair, humane and responsible treatment for all animals. Animal welfare is of great importance to us as a company, we want to ensure that animals are treated with respect and don't have to deal with cruelty, neglect or abuse.
We are a non-profit company and we donate a high percentage of our earnings to animal rights groups to try to help them achieve their goals, in terms of animal welfare. WE have been operating for over two years and have so far donated £50,000 to various animal welfare organisations. We have seen some of the benefits of our donations and in our view it was worth every penny, but none of this could have been possible without you our customer. So if your buying pet accesserys, buy from us and know that your contributing towards a great cause.
Below we have some buttons linking you to our favourite and most trusted animal welfare sites, give them a click if you want to check them out


| Name: mr. Vincent Amala Das | Reg No: 6-6SMMHC18 |
|---|---|
| Age / Sex:32/M | Contact No:9901684848 |
| Marital Status:ML- 6 YEARS. 2 KIDS. | Date:15/6/18 |
| Occupation: SUPERVISOR IN LANDMARK GORUP LIFESTYLE. | Dr. PJFP |
| Address:NATIVE OF KOLLEGAL. IN BLORE SINCE 10 YEARS. | DIAGNOSIS- |
ON PEP.  FEELING GUILTY AND WAKING UP, FEAR OF GET STD MAY LEAVE THE FAMILY.
HAS ANOTHER RELATION WITH A COWORKER. FROM A MONTH.
ITCHING FROM MONDAY. <MORNING TO EVENING. NO ERUPTIONS. ONLY ON FOREARMS.
ERUPTIONS ON THE PENIS – ITCHING. SINCE JUNE 11TH.
RX:
CARDUS M Q + ECHNICEA Q+ CHELIDONIUM Q – 10-10-10 DROPS A/FOOD. WATER
ARG NIT 1M+ THUJA1M +STAPHYSAGRIA1M- 2 DRAM PILLS 4-4-4-4 FOR 4 DAYS ALTERNATE WEEKS.
SULPHUR 1M - 4DOSES – WEEKLY.
RUB 30 – 1 DOSE NIGHT B/FOOD.