--- layout: archive title: Zulip Chat Archive permalink: /stream/179818-Lean-Together-2019/topic/Questions.20about.20Lean.204.html ---
"any chance of the tool you're presenting will allow us to reimplement parameters?"
"I was hoping parameters would get sane... now I have more tactics to write"
... I think we can make something better than parameters. Reinterpret them.
"Type reflection... what's going to happen? Will we have type of expressions of a give type?"
... Leo in Lean, past, present and future talks about this.
"If you go back to 'how to port' - changes in the meta-interface. We have some tactics in mathlib for example. They need to be rewritten because the expression syntax changes?"
"Something like local_const?"
... that's just a search and replace
"Primitive projections..."
"Sugared version of let... let goes down into the kernel"
... you can come up with your own syntax, and now say let is just syntax for..."
... there are no foundational changes, except for primitive projection and mutual induction. projection is more of an implementation detail.
... Lean 5??? Lean 4 is as general as we can make it. There will not be a Lean 5 in the near future.
"Lean 3 has failed? What's the definition of failure?"
... Getting issues at Github that you can't implement with the current system and getting frustrated with that.
"So, people asking Leo to make syntax changes..."
"Instead of waiting for completion of the project, could we use the new parser ...?"
... You can't use it without the macro expander.
"But if we wanted to have a beautiful HTML file... or a linter for code?"
... But you may still want information from the elaborator. You'll need more information from just the syntax tree?
"We have a trend to move to cubical type checkers...?"
... no foundational changes in the logic.
"It is possible to embed cubical type theory... We can construct the syntax. "
... Embed things like Lean 3 HoTT did.
"There are some issues with the way coersions work..."
... we're not yet sure how they should work ideally.
"Instead of waiting for completion of the project, could we use the new parser ...?"
... You can't use it without the macro expander.
To expand (heh) on that, Lean's extensible syntax (in both Lean 3 and 4) means that you can't just throw the parser at an arbitrary Lean file. You first have to register all notations from the imports, then handle notations in the file, including scoping local notations to enclosing sections, etc...
No one asked the million dollar question? When is it coming out? :grinning_face_with_smiling_eyes:
201X seems to be the default answer...
So presumably later this year, see title of thread.
er, title of Stream, rather
I asked this directly to Sebastian and he said that 201X was not supposed to imply before 2020 -- it was just an unfortunate choice of notation.
@Kevin Buzzard That's a fair point. Before it's release, C++ 2011 was known as C++0x
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


What are the differences between relative, absolute, and fixed positioning?
The position property is a CSS style which specifies the positioning of an element. These positioning attributes can help you manipulate the location of an element on a web page.
Relative positioning: Relative positioning just means that it is relative to itself. For example if you set an elements position to relative but with no other positioning attributes, there will be no change to the positioning of the element at all. If you do give the element additional positioning eg left: 25px; the element will shift 25px to the left of where it would normally be. Using “position: relative” for an element doesn’t change another elements position which means you can overlap other elements without affecting the document flow.
Absolute positioning: The affects of absolute positioning is summarised succinctly in its name - you can literally place any element where you want to. It is positioned automatically to the starting point (top left) of its parent element. If it doesn’t have a parent element the initial html doc will be its parent. Absolute positioning is removed from document flow - meaning that it is not affected by other elements positioning and other elements positioning is not affected by it.
Fixed positioning: An element with fixed positioning is fixed to the viewport aka the computer screen, phone screen or whatever device you’re using to view your html document. The element is completely removed from the document flow which means that it’s positioning is not affected by other elements and other elements are not affected by it. Fixed elements are also not affected by scrolling aka the element will stay right where it is when scrolling the page. Fixed positioning is an affective way of achieving a fixed sidebar or navigational bar that can be viewed and accessed at all times.


"HUSBAND "i.e., the “house-band,” connecting and keeping together the whole family. A man when betrothed was esteemed from that time a husband (Matthew 1:16, 20; Luke 2:5). A recently married man was exempt from going to war for “one year” (Deuteronomy 20:7; 24:5).
"HUSBAND "i.e., the “house-band,” connecting and keeping together the whole family. A man when betrothed was esteemed from that time a husband (Matthew 1:16, 20; Luke 2:5). A recently married man was exempt from going to war for “one year” (Deuteronomy 20:7; 24:5).


We are three machine learning researchers from UC Berkeley who have worked in areas like computer vision, natural language processing, reinforcement learning, meta-learning, and adversarial machine learning. The Alinea team has published several conference-level papers, won research awards, filed patents in deep learning, authored several machine learning educational initiatives, worked in machine learning industry-research labs at top companies, and worked with a number of Berkeley research labs. In the past, we have professionally consulted for companies such as GitHub, IBM, Unity, Intuit, and SAP.
As a side note, our team is also part of the non-profit, Machine Learning at Berkeley.


new Hashbtable()
jstructs.Hashtable is a javascript implentation of a Hashtable which uses a javascript object as the actual Hashtable. It can be seen as a wrapper over Hashtable functionality present in javascript objects.
- Source:


{# https://html.spec.whatwg.org/multipage/grouping-content.html#the-blockquote-element #}
{{ phrase }}


{% extends "base.html" %} {% block content %}
If you have suggestions, see an error, or want to give us a thumbs up, you can contact me on Nextdoor and send me a private message.


library(linda/[server,client])
Linda is a concept for process communication.
For an introduction and a deeper description, see [Carreiro & Gelernter 89a] or [Carreiro & Gelernter 89b], respectively.
One process is running as a server and one or more processes are running as clients. The processes are communicating with sockets and supports networks.
The server is in principle a blackboard on which the clients can write
(out/1
), read (rd/1
) and remove (in/1
) data. If
the data is not present on the blackboard, the predicates suspend
the process until they are available.
There are some more predicates besides the basic out/1
,
rd/1
and in/1
. The in_noblock/1
and
rd_noblock/1
does not suspend if the data is not available—they
fail instead. A blocking fetch of a conjunction of data can be done
with in/2
or rd/2
.
Example: A simple producer-consumer. In client 1:
producer :- produce(X), out(p(X)), producer. produce(X) :- .....
In client 2:
consumer :- in(p(A)), consume(A), consumer. consume(A) :- .....
Example: Synchronization
..., in(ready), %Waits here until someone does out(ready) ...,
Example: A critical region
..., in(region_free), % wait for region to be free critical_part, out(region_free), % let next one in ...,
Example: Reading global data
..., rd(data(Data)), ..., or, without blocking: ..., rd_noblock(data(Data)) -> do_something(Data) ; write('Data not available!'),nl ), ...,
Example: Waiting for one of several events
..., in([e(1),e(2),...,e(n)], E), % Here is E instantiated to the first tuple that became available ...,


Hurling has been a huge part of my life for a very long time and is undoubtedly my favourite pastime. I have made friends for life from this sport and I have had a very successful career with my local team Inniscarra GAA. One of the reason I enjoy Hurling so much is due to the great team spirit that is cultivated in Inniscarra. On top of this GAA is great for your personal health and fitness, really proving the saying "healthy body healhty mind".
I have been attending the gym in and out for some time period, however since I began college I became more serious about it. Weightlifting is something I enjoy doing and I will enjoy the benefits that will eventually arrive I have an interest of one day competing in a competition. My hero and someone I admire in this sport is Eddie Hall who has broken numerous world records and holds the current deadlift record of 500kgs. About Eddie Hall


public class AggregationBuilders
extends java.lang.Object
| 限定符和类型 | 方法和说明 |
|---|---|
static AdjacencyMatrixAggregationBuilder |
adjacencyMatrix(java.lang.String name,
java.util.Map<java.lang.String,QueryBuilder> filters)
Create a new
AdjacencyMatrix aggregation with the given name. |
static AdjacencyMatrixAggregationBuilder |
adjacencyMatrix(java.lang.String name,
java.lang.String separator,
java.util.Map<java.lang.String,QueryBuilder> filters)
Create a new
AdjacencyMatrix aggregation with the given name and separator |
static AvgAggregationBuilder |
avg(java.lang.String name)
Create a new
Avg aggregation with the given name. |
static CardinalityAggregationBuilder |
cardinality(java.lang.String name)
Create a new
Cardinality aggregation with the given name. |
static ValueCountAggregationBuilder |
count(java.lang.String name)
Create a new
ValueCount aggregation with the given name. |
static DateHistogramAggregationBuilder |
dateHistogram(java.lang.String name)
Create a new
DateHistogramAggregationBuilder aggregation with the given
name. |
static DateRangeAggregationBuilder |
dateRange(java.lang.String name)
Create a new
DateRangeAggregationBuilder aggregation with the
given name. |
static DiversifiedAggregationBuilder |
diversifiedSampler(java.lang.String name)
Create a new
Sampler aggregation with the given name. |
static ExtendedStatsAggregationBuilder |
extendedStats(java.lang.String name)
Create a new
ExtendedStats aggregation with the given name. |
static FilterAggregationBuilder |
filter(java.lang.String name,
QueryBuilder filter)
Create a new
Filter aggregation with the given name. |
static FiltersAggregationBuilder |
filters(java.lang.String name,
FiltersAggregator.KeyedFilter... filters)
Create a new
Filters aggregation with the given name. |
static FiltersAggregationBuilder |
filters(java.lang.String name,
QueryBuilder... filters)
Create a new
Filters aggregation with the given name. |
static GeoBoundsAggregationBuilder |
geoBounds(java.lang.String name)
Create a new
GeoBounds aggregation with the given name. |
static GeoCentroidAggregationBuilder |
geoCentroid(java.lang.String name)
Create a new
GeoCentroid aggregation with the given name. |
static GeoDistanceAggregationBuilder |
geoDistance(java.lang.String name,
GeoPoint origin)
Create a new
GeoDistance aggregation with the given name. |
static GeoGridAggregationBuilder |
geohashGrid(java.lang.String name)
Create a new
GeoHashGrid aggregation with the given name. |
static GlobalAggregationBuilder |
global(java.lang.String name)
Create a new
Global aggregation with the given name. |
static HistogramAggregationBuilder |
histogram(java.lang.String name)
Create a new
Histogram aggregation with the given name. |
static IpRangeAggregationBuilder |
ipRange(java.lang.String name)
Create a new
IpRangeAggregationBuilder aggregation with the
given name. |
static MaxAggregationBuilder |
max(java.lang.String name)
Create a new
Max aggregation with the given name. |
static MinAggregationBuilder |
min(java.lang.String name)
Create a new
Min aggregation with the given name. |
static MissingAggregationBuilder |
missing(java.lang.String name)
Create a new
Missing aggregation with the given name. |
static NestedAggregationBuilder |
nested(java.lang.String name,
java.lang.String path)
Create a new
Nested aggregation with the given name. |
static PercentileRanksAggregationBuilder |
percentileRanks(java.lang.String name,
double[] values)
Create a new
PercentileRanks aggregation with the given name. |
static PercentilesAggregationBuilder |
percentiles(java.lang.String name)
Create a new
Percentiles aggregation with the given name. |
static RangeAggregationBuilder |
range(java.lang.String name)
Create a new
Range aggregation with the given name. |
static ReverseNestedAggregationBuilder |
reverseNested(java.lang.String name)
Create a new
ReverseNested aggregation with the given name. |
static SamplerAggregationBuilder |
sampler(java.lang.String name)
Create a new
Sampler aggregation with the given name. |
static ScriptedMetricAggregationBuilder |
scriptedMetric(java.lang.String name)
Create a new
ScriptedMetric aggregation with the given name. |
static SignificantTermsAggregationBuilder |
significantTerms(java.lang.String name)
Create a new
SignificantTerms aggregation with the given name. |
static SignificantTextAggregationBuilder |
significantText(java.lang.String name,
java.lang.String fieldName)
Create a new
SignificantTextAggregationBuilder aggregation with the given name and text field name |
static StatsAggregationBuilder |
stats(java.lang.String name)
Create a new
Stats aggregation with the given name. |
static SumAggregationBuilder |
sum(java.lang.String name)
Create a new
Sum aggregation with the given name. |
static TermsAggregationBuilder |
terms(java.lang.String name)
Create a new
Terms aggregation with the given name. |
static TopHitsAggregationBuilder |
topHits(java.lang.String name)
Create a new
TopHits aggregation with the given name. |
public static ValueCountAggregationBuilder count(java.lang.String name)
ValueCount
aggregation with the given name.public static AvgAggregationBuilder avg(java.lang.String name)
Avg
aggregation with the given name.public static MaxAggregationBuilder max(java.lang.String name)
Max
aggregation with the given name.public static MinAggregationBuilder min(java.lang.String name)
Min
aggregation with the given name.public static SumAggregationBuilder sum(java.lang.String name)
Sum
aggregation with the given name.public static StatsAggregationBuilder stats(java.lang.String name)
Stats
aggregation with the given name.public static ExtendedStatsAggregationBuilder extendedStats(java.lang.String name)
ExtendedStats
aggregation with the given name.public static FilterAggregationBuilder filter(java.lang.String name, QueryBuilder filter)
Filter
aggregation with the given name.public static FiltersAggregationBuilder filters(java.lang.String name, FiltersAggregator.KeyedFilter... filters)
Filters
aggregation with the given name.public static FiltersAggregationBuilder filters(java.lang.String name, QueryBuilder... filters)
Filters
aggregation with the given name.public static AdjacencyMatrixAggregationBuilder adjacencyMatrix(java.lang.String name, java.util.Map<java.lang.String,QueryBuilder> filters)
AdjacencyMatrix
aggregation with the given name.public static AdjacencyMatrixAggregationBuilder adjacencyMatrix(java.lang.String name, java.lang.String separator, java.util.Map<java.lang.String,QueryBuilder> filters)
AdjacencyMatrix
aggregation with the given name and separatorpublic static SamplerAggregationBuilder sampler(java.lang.String name)
Sampler
aggregation with the given name.public static DiversifiedAggregationBuilder diversifiedSampler(java.lang.String name)
Sampler
aggregation with the given name.public static GlobalAggregationBuilder global(java.lang.String name)
Global
aggregation with the given name.public static MissingAggregationBuilder missing(java.lang.String name)
Missing
aggregation with the given name.public static NestedAggregationBuilder nested(java.lang.String name, java.lang.String path)
Nested
aggregation with the given name.public static ReverseNestedAggregationBuilder reverseNested(java.lang.String name)
ReverseNested
aggregation with the given name.public static GeoDistanceAggregationBuilder geoDistance(java.lang.String name, GeoPoint origin)
GeoDistance
aggregation with the given name.public static HistogramAggregationBuilder histogram(java.lang.String name)
Histogram
aggregation with the given name.public static GeoGridAggregationBuilder geohashGrid(java.lang.String name)
GeoHashGrid
aggregation with the given name.public static SignificantTermsAggregationBuilder significantTerms(java.lang.String name)
SignificantTerms
aggregation with the given name.public static SignificantTextAggregationBuilder significantText(java.lang.String name, java.lang.String fieldName)
SignificantTextAggregationBuilder
aggregation with the given name and text field namepublic static DateHistogramAggregationBuilder dateHistogram(java.lang.String name)
DateHistogramAggregationBuilder
aggregation with the given
name.public static RangeAggregationBuilder range(java.lang.String name)
Range
aggregation with the given name.public static DateRangeAggregationBuilder dateRange(java.lang.String name)
DateRangeAggregationBuilder
aggregation with the
given name.public static IpRangeAggregationBuilder ipRange(java.lang.String name)
IpRangeAggregationBuilder
aggregation with the
given name.public static TermsAggregationBuilder terms(java.lang.String name)
Terms
aggregation with the given name.public static PercentilesAggregationBuilder percentiles(java.lang.String name)
Percentiles
aggregation with the given name.public static PercentileRanksAggregationBuilder percentileRanks(java.lang.String name, double[] values)
PercentileRanks
aggregation with the given name.public static CardinalityAggregationBuilder cardinality(java.lang.String name)
Cardinality
aggregation with the given name.public static TopHitsAggregationBuilder topHits(java.lang.String name)
TopHits
aggregation with the given name.public static GeoBoundsAggregationBuilder geoBounds(java.lang.String name)
GeoBounds
aggregation with the given name.public static GeoCentroidAggregationBuilder geoCentroid(java.lang.String name)
GeoCentroid
aggregation with the given name.public static ScriptedMetricAggregationBuilder scriptedMetric(java.lang.String name)
ScriptedMetric
aggregation with the given name.


Project Table
| Sale | Project | งบประมาณ | ที่เสนอ | Bidding | Product | %LG | %GP | %WIN | Status | Competitor | Last Update |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Jacob |
|
20,000,000 | 18,000,000 | 12 May 2017 |
|
5% | 5% | 5% | Advanced Info Service | ||
| John |
|
20,000,000 | 18,000,000 | 12 May 2017 |
|
5% | 50% | 75% | Advanced Info Service | ||
| Summary & Avg | 200,000,000 | 182,000,000 |
|
5% | 35% | 65% |
|
|
|


{% extends base %} {% block world_content %}
No compatible player was found for this file.
For Zeta, files must run on standard versions of ZZT and/or Super ZZT.
For Archive.org's DOSBox player, the file must be mirrored on archive.org, support being ran in browser via DOSBox, and be marked as an available host for this file in the Museum's database.
{% if file.archive_name %}This file's archive.org identifier is set to "{{file.archive_name}}".
{% else %}This file does not have an archive.org identifier set. You may search for it on The Internet Archive's ZZT Software Library and see if it is available there (or perhaps elsewhere on the site and not yet in the proper collection).
{% endif %} {% endblock %}


Before Change
def setup_platform(hass, config, add_devices, discovery_info=None):
Setup the Nest Sensor.
logger = logging.getLogger(__name__)
try:
for structure in nest.NEST.structures:
for device in structure.devices:
for variable in config["monitored_conditions"]:
if variable in SENSOR_TYPES:
add_devices([NestBasicSensor(structure,
device,
variable)])
elif variable in SENSOR_TEMP_TYPES:
add_devices([NestTempSensor(structure,
device,
variable)])
elif variable in WEATHER_VARIABLES:
json_variable = JSON_VARIABLE_NAMES.get(variable, None)
add_devices([NestWeatherSensor(structure,
device,
json_variable)])
else:
logger.error("Nest sensor type: "%s" does not exist",
variable)
except socket.error:
logger.error(
"Connection error logging into the nest web service."
)
class NestSensor(Entity):
Representation of a Nest sensor.
def __init__(self, structure, device, variable):
After Change
def setup_platform(hass, config, add_devices, discovery_info=None):
Setup the Nest Sensor.
for structure, device in nest.devices():
sensors = [NestBasicSensor(structure, device, variable)
for variable in config[CONF_MONITORED_CONDITIONS]
if variable in SENSOR_TYPES]
sensors += [NestTempSensor(structure, device, variable)
for variable in config[CONF_MONITORED_CONDITIONS]
if variable in SENSOR_TEMP_TYPES]
sensors += [NestWeatherSensor(structure, device,
WEATHER_VARS[variable])
for variable in config[CONF_MONITORED_CONDITIONS]
if variable in WEATHER_VARS]
add_devices(sensors)
class NestSensor(Entity):


Running external Ruby code from Vagrant
The Story
Like a lot of Chef users, I'm using Vagrant for testing my cookbooks. I'm also using Berkshelf for providing the Vagrant box with the cookbooks it needs.
Until recently, I was happy using the ChefDK-provided Berlshelf (v4.0.1). I stopped being happy when running berks
started consuming …


The generic matrix constructor accepts three combinations of inputs:
// its contents in the constructor parameters directly new Matrix(2,2,m00,m01,m10,m11); // its contents as an array new Matrix(2,2,[m00,m01,m10,m11]); // its contents as a Float32Array new Matrix(2,2,new Float32Array([m00,m01,m10,m11]));
Regardless of the input type, it will convert the contents of the array into a Float32Array.
Note that the contents are specified as a flattened row-major 2D array
The generic matrix constructor accepts three combinations of inputs:
// its contents in the constructor parameters directly new Matrix(2,2,m00,m01,m10,m11); // its contents as an array new Matrix(2,2,[m00,m01,m10,m11]); // its contents as a Float32Array new Matrix(2,2,new Float32Array([m00,m01,m10,m11]));
Regardless of the input type, it will convert the contents of the array into a Float32Array.
Note that the contents are specified as a flattened row-major 2D array
The raw contents of the matrix, encoded as a Float32Array. Note that this is stored in row-major order, so it cannot be directly passed into WebGL uniform methods. Use the matrix.m property, which returns a transposed Float32Array.
the determinant of the matrix, if it is square.
NOTE: If you try to acquire the determinant of a nonsquare matrix, the result returned will be 0.
If the LU decomposition of the matrix fails (IE: the matrix is linearly dependent in terms of its row vectors or columns vectors), the result returned will be 0.
The contents of the matrix, stored in column-major order and encoded as a Float32Array.
NOTE: a trace is only defined for square matrices. If you try to acquire the trace of a nonsquare matrix, the library will not stop you or throw an excpetion, but the result will be undefined/incorrect.
Sets a column in the matrix.
the column index
the new contents of the column
Sets a row in the matrix.
the row index
the new contents of the row
Swaps two rows in the matrix.
Generated using TypeDoc
The generic matrix constructor accepts three combinations of inputs:
Regardless of the input type, it will convert the contents of the array into a Float32Array.
Note that the contents are specified as a flattened row-major 2D array


Chapter 6
Implementation
Videos
Notes
- Plain text in the canvase is sayong browser outdates
- Origin is in the upper left
- pos x and y move left and down
- Check sites: canvasdemo and modenizer
- Drag and drop will be used in the future
- There are offline apps -- using cached stuff.
Uses manifest="cache.manifest".
ALso uses fall back content -- semaphore showing that it is offline.
- Videos -- controls attr adds play/pause and preload loads video before page loads


--- layout: page title: About header-img: "img/about-bg.png" ---
Just a nerdy girl writing about her software engineering journey.


RoomUL
About
License
Contact
Paste Zoom Room Text
GO
Password is going to be copied to clipboard
Tests
Run Tests
×
Fail!
Algum teste falhou :/
×
Success!
Todos os testes passaram.


Projects related to FreeRADIUS
This page lists a number of projects and products related to FreeRADIUS that may be useful to system administrators. For more up to date information, please see the Wiki.
Reference Books and Articles
O'Reilly has produced two books that mention FreeRADIUS. The first is the official RADIUS book, and the second is the LDAP System Administration book. The RADIUS book covers a fair amount of material, and is recommended to anyone new to the RADIUS protocol. The LDAP book has a chapter on configuring FreeRADIUS to work with LDAP, and is recommended anyone using that configuration.Everyone using RADIUS should probably also read the Papers and Security Briefs on the RADIUS Protocol. Those papers cover technical matters related to RADIUS security, and also describe some best practices for RADIUS security.
Administration Interfaces
The server comes with Dialup Admin, a
PHP web interface to SQL and LDAP databases for administering RADIUS
users and policies. Since the server configuration
(radiusd.conf
) changes much less often than the user
configuration, there is no GUI for editing the files in the
raddb/
directory.
There's another web administration interface called ARA (from ASN Radius Admin). screenshots
RADIUS Clients and Servers
- pam_radius
- A PAM module to authenticate local users to a RADIUS server.
- mod_auth_radius
- An Apache module that authenticates users to a RADIUS server.
- Open Source RADIUS Servers
- A number of RADIUS servers have been made available over the years. This page lists the ones we know about.
Utilities
- Accounting log parser
- user configuration scripts
- RadiusReport, a radius log analysis program written in Perl.
- Scripts to generate usage graphs.
Other projects using FreeRADIUS
FreeIPA.Companies supporting FreeRADIUS
A number of companies offer services assocated with FreeRADIUS. They are listed on a separate page.
 We won't list them here, because you're probably interested in Free Software and Open Source.


|
Figure 1
|
Synthesis scheme to make the diquaternary ammonium isomers u ... |
|
Figure 2
|
XRPD pattern for SSZ‐26 ( CON) and SSZ‐27, both as‐synthesiz ... |
|
Figure 3
|
a) Schematic representation of the crystal structure of SSZ‐ ... |
|
Figure 4
|
a) Dendrogram showing the correlation between the SSZ‐27 dat ... |
|
Figure 5
|
Schematic representation of a) the small 42T cavity, b) the ... |
|
Figure 6
|
Schematic representation of the framework structure of SSZ‐2 ... |
|
Figure 7
|
Modelling fit and energetics for a) isomer I (−3.66 kJ/Mol), ... |
|
Figure 8
|
13C MAS NMR spectra for a) SSZ‐26 (red), isomer I in the sol ... |
|
Figure 9
|
Liquid‐phase 1H NMR spectra for a) pure isomers I and III, a ... |


A cookie is a baked or cooked food that is typically small, flat and sweet. It usually contains flour, sugar and
some type of oil or fat. It may include other ingredients such as raisins, oats, chocolate chips, nuts, etc.
In most English-speaking countries except for the United States, crunchy cookies are called biscuits. Many
Canadians also use this term. Chewier biscuits are sometimes called cookies even in the United Kingdom.Some
cookies may also be named by their shape, such as date squares or bars.
Biscuit or cookie variants include sandwich biscuits, such as custard creams, Jammie Dodgers, Bourbons and
Oreos, with marshmallow or jam filling and sometimes dipped in chocolate or another sweet coating. Cookies are
often served with beverages such as milk, coffee or tea and sometimes "dunked", an approach which releases more
flavour from confections by dissolving the sugars, while also softening their texture. Factory-made cookies
are sold in grocery stores, convenience stores and vending machines. Fresh-baked cookies are sold at bakeries
and coffeehouses, with the latter ranging from small business-sized establishments to multinational corporations
such as Starbucks.


Got an idea of a software that can bring change? Have a business that needs a Information System? We'll do it for you!
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10:00 - Ingest 25 milligrams in gelcap.
10:34 - Feeling warm, tingly, a bit disoriented.
10:39 - Starting to feel pretty happy...
10:48 - Somewhat tremulous physically, a bit more disoriented mentally, but still in a rather non.specific intoxicated state. Where is this leading, I wonder?
10:56 - Beginning to notice a bit of body load, increased tremulousness and some muscle rigidity that feels rather strange. Mental state is one of mild euphoria, though.
11:03 - Feeling a very pleasant stimulation & warmth in my root chakra/genital area, as if a ball of glowing energy is forming and expanding there.
11:22 - VERY sexually stimulated. Just masturbated to a quick, extremely pleasant orgasm. I can't help but wonder if perhaps I shouldn't have contained & tried to raise the energy, though? We'll see. Not much in the way of insight or visual enhancement so far, just sensual emotional/physical fun, with a slightly speedy edge to it.
11:35 - Feeling very lucid, warm, & opened up wide. Mentally placid. Physically I am getting occasional bursts of tremor & shaking, like little kriyas. I think this stuff would be fantastic with a partner in terms of enhancing both communication and sexuality. I have an intuition that I have reached the plateau for this dosage of the material.
11:53 - Just masturbated again! Damn, this stuff sure makes me horny!
12:15 - I think that things may be beginning to drop off in a subtle way. I still feel *really* good, though. I've decided to take 3 ml of 1,4 butanediol to see if it will mediate some of the body load, which is still quite present.
12:32 - The 1,4 seems to be having the desired effect, blunting the body load while preserving and perhaps even enhancing the mental state, which continues to be lucid, warm, open, and quite happy. The state isn't particularly psychedelic...but to tell you the truth, I don't care. This is FUN stuff!
1:40 - Still groovin'... It seems, however, that the energy tremor has actually increased, almost to the point that it is becoming a bit disturbing. The tremor & shaking is mostly confined to my neck and head, short bursts of an almost uncontrollable whipping back & forth.
3:00 - Finally starting to feel a bit tired, and thankfully the energy tremor has pretty much stopped. Still feeling warm & happy in a nice subtle way, and having little flashes & glints of psychedelic color on the periphery of my visual field. It seems that as the empathogenic effects slowly fade, this compound's psychedelic effects are becoming more noticeable, almost as though the sensual explosion of the early stages masked them somewhat.
My notes stop here. I finally got to sleep around three hours later. Residual effects of both an empathogenic and psychedelic nature persisted right up until falling asleep; in fact, the visual effects were perhaps most pronounced as I turned out the light and curled up under the covers, seeing a network of coiled, iridescent strands of ectoplasm cris.crossing in the ether throughout my bedroom. With the minor exception of the shivering/shaking effects and the muscular tension, this trial of 4.acetoxy.DIPT was a uniformly enjoyable, fully outstanding experience. I eagerly await the opportunity to sample this compound once more to see if these effects were a fluke or are reproducible in repeated trials.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Controlling File Size
Using the default configuration, Tailwind CSS comes in at 36.4kb minified and gzipped.
Here's a few other popular frameworks for comparison:
- Bootstrap: 22.1kb
- Bulma: 22.0kb
- Foundation: 16.7kb
- Tachyons: 13.6kb
By comparison Tailwind seems really heavy (over 1.5x larger than Bootstrap!), but it turns out that this comparison isn't totally fair.
Tailwind is not a pre-packaged set of styles like a traditional CSS framework. Instead, Tailwind is a tool for generating CSS based on the style guide you define for your own project.
Because of this, the generated file size will vary wildly from project to project depending on your configuration file.
The default configuration file provides a very generous set of colors, breakpoints, sizes, margins, etc. by design. When you pull Tailwind down to prototype something, create a CodePen demo, or just try out the workflow, we want the experience to be as enjoyable and fluid as possible.
We don't want you to have to go and write new CSS because we didn't provide enough padding helpers out of the box, or because you wanted to use an orange color scheme for your demo and we only gave you blue.
This comes with a trade-off though: The default Tailwind build is significantly heavier than it would be on a real project with a purpose-built configuration file.
That said, here are a few strategies you can use to keep your generated CSS small and performant.
Limiting your color palette
The default color palette includes a whopping 73 colors to make sure that if you're pulling Tailwind in for a prototype or demo, the color you're looking for is already there.
These colors are used for background colors, border colors, and text colors, all of which also have hover:
variants, all of which have responsive variants at the five default screen sizes.
This means that by default, there are 2190 classes generated from this color palette, out of a total 4732 classes in the entire default build.
Here's how using a smaller color palette affects the overall file size:
- 73 colors (default): 36.4kb
- 50 colors: 30.4kb
- 25 colors: 18.3kb
Not only can colors be removed globally, you can also remove them for a specific module.
For example, maybe you need 25 background colors but only 15 text colors. Instead of assigning your entire colors
variable to the textColors
property in your config, assign only the colors you need:
// ...
module.exports = {
// ...
textColors: {
'black': colors['black'],
'grey-darker': colors['grey-darker'],
'grey-dark': colors['grey-dark'],
'red-dark': colors['red-dark'],
'red': colors['red'],
'blue-dark': colors['blue-dark'],
'blue': colors['blue'],
// ...
}
}
Since your config file is just JavaScript, you could even use a function like lodash#pick
to make this a little less monotonous:
// ...
module.exports = {
// ...
textColors: _.pick(colors, [
'black',
'grey-darker',
'grey-dark',
'red-dark',
'red',
'blue-dark',
'blue',
]),
}
Removing unused breakpoints
Since every Tailwind utility is copied for every screen size, using fewer screen sizes can have a huge impact on overall file size.
Here's how defining fewer screens affects the output:
- 5 screen sizes (default): 36.4kb
- 4 screen sizes: 29.4kb
- 3 screen sizes: 22.4kb
- 2 screen sizes: 15.4kb
- 1 screen size: 8.4kb
If you only need 3 screen sizes and 35 colors, you're down to 13.4kb without changing anything else.
Disabling unused modules and variants
If you don't expect to need a module at all in your project, you can completely disable it by setting it to false
in your config file:
// ...
module.exports = {
// ...
modules: {
// ...
float: false,
// ...
},
// ...
}
If you need a module but don't need the responsive versions, set it to an empty array:
// ...
module.exports = {
// ...
modules: {
// ...
appearance: [],
// ...
},
// ...
}
These are mostly small wins compared to limiting your color palette or using fewer breakpoints, but they can still add up.
Removing unused CSS with PurgeCSS
PurgeCSS is a tool for removing unused CSS from your project. It works by building a list of all of the class names used in your templates, then comparing that against your CSS and removing any CSS rules that you aren't using.
Combining it with Tailwind is a match made in heaven.
You can have as many colors and breakpoints as you like, generate responsive, hover, and focus variants for every module, and your generated CSS file will never be bigger than absolutely necessary.
With PurgeCSS, you'll have a hard time generating CSS that isn't under 10kb minified and gzipped.
Here's an example of what it might look like to setup with Laravel Mix:
// Based on https://medium.com/@AndrewDelPrete/using-purifycss-to-remove-unused-tailwind-css-classes-173b3ee8ee01
let mix = require("laravel-mix");
let tailwindcss = require("tailwindcss");
let glob = require("glob-all");
let PurgecssPlugin = require("purgecss-webpack-plugin");
// Custom PurgeCSS extractor for Tailwind that allows special characters in
// class names.
//
// https://github.com/FullHuman/purgecss#extractor
class TailwindExtractor {
static extract(content) {
return content.match(/[A-Za-z0-9-_:\/]+/g) || [];
}
}
mix.postCss("./src/styles.css", "public/css", [tailwindcss("./tailwind.js")]);
// Only run PurgeCSS during production builds for faster development builds
// and so you still have the full set of utilities available during
// development.
if (mix.inProduction()) {
mix.webpackConfig({
plugins: [
new PurgecssPlugin({
// Specify the locations of any files you want to scan for class names.
paths: glob.sync([
path.join(__dirname, "resources/views/**/*.blade.php"),
path.join(__dirname, "resources/js/**/*.vue")
]),
extractors: [
{
extractor: TailwindExtractor,
// Specify the file extensions to include when scanning for
// class names.
extensions: ["html", "js", "php", "vue"]
}
]
})
]
});
}
For more information on working with PurgeCSS, visit the PurgeCSS documentation.


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Collaborated with creation of Ember Simple Charts add on: https://ember-simple-charts.netlify.com
Designed and developed a responsive website for a small business using the owners requirements. Authentic Pilates
Cisco Projects:
Traffic and Routing Analytics App
Designed wireframe and functoning prototype demonstrated at "Cisco Live 2016" in Las Vegas. Implemented using Angular, Bootstrap, Leaflet, Sass, jQuery, and Grunt.
Policy Editor
Designed and developed wireframes and prototype for a responsive policy editor implementing Cisco style guides, HTML5, CSS2/3, font and JS libraries for MVC framework. Provide UX design and direction.
API Documentantion (OBMP Routing Analytics Open Source Project)
Swagger 2.0 codegen, JSON, jQuery, Maven
The Slashdot Team UI/UX Lead and I were working on this style guide built with Ember.js for the past 8 months slashdot.sourceforge.net


Many coders have heard of the term "functional programming", but have often never really used it or its properties. Especially if they came from Java, where there are no real functions, only methods each function has to be attached to an object, and cannot stand by itself. Functions are commomly thought of as defining behavior. However, functions can also be thought of as data, instead of just instructions. They are data that define your instructions.
You can manipulate functions like other types of data. You can pass it around, alter functions, and use functions to manipulate other data. If you were to think of functions as data, limitations like having to attach a method to an object to define behavior goes away.
In this first blog post, we shall experiment with treating functions as data that can define behavior. To give an example of this, we will implement a calculator. We will start with a more object oriented version to contrast object oriented vs functional, and then progressively replace functionality of the calculator with functional parts, while maintaining the same overall goal of having a calculator.
We want it to be able to Add, Subtract, and Multiply. Let's define a Calculator object to hold our accumulated value during calculations. An accumulated value is simply so we can remember the previous value for successive operations. $1+2=3$, then three is the accumulated value. Our next operation will use $3$ and a another number. We'll also define a Do method to compute an action.
import math
class Calculator(object):
def __init__(self):
self.acc = 0.0
def Do(self, opt, v):
if opt == 'Add':
self.acc += v
elif opt == 'Sub':
self.acc -= v
elif opt == 'Mul':
self.acc *= v
else:
print("Undefined Operation")
return self.acc
Above we have defined a Calculator object. It has a Do method takes in a string opt to determine which operation to conduct, and a value v float or int. It currently has three actions, and returns the accumulated value once it is done computing the value. Below is an example of usage.
c = Calculator()
print(c.Do("Add", 100))
print(c.Do("Sub", 50))
print(c.Do("Mul", 2))
100.0
50.0
100.0
Our Calculator is quite limited as of right now. It can't really do much. If we wanted to add some other functionality to the calculator, such as calculating the square root of the accumulated value, it would require adding another elif
to the Do method.
We would have to add another conditional for every operation we wanted to do. This is not maintainable in the long run, and not user friendly. If the user wanted to define his or her own operation to use with the calculator, they would have to edit the source code itself.
Let's see if we can move functionality outside of the Do method. Let's rewrite our calculator a little bit, but this time using a slightly more functional style.
class Calculator(object):
def __init__(self):
self.acc = 0.0
def Do(self, opfunc, v):
self.acc = opfunc(self.acc, v)
return self.acc
Now we have changed our calculator a bit. Do is much simpler now, and takes in two standard parameters, opfunc and v. What this calculator does is to take in an operation function opfunc, as well as the previous value v. Whenever Do is called, it calls the operation we pass in, using the accumulated value the Calculator object holds and and value v passed in to compute a value. For example, an adding function would take
self.acc + v
and return the value.
Taking a moment to digest this, the Do method simply takes a function and executes it. It doesn't take in a number value, but takes a function, evaulates that function using v, and returns the computed value. The advantage of this is that functionality has moved outside the Do method inside the calculator. Now the Do method only "does" a function that we supply it.
We can now redefine our previous Add, Sub, and Mul functions. These are the functions that we pass into Do. Examples are given below.
New operation functions must follow the schema below. It requires two numerical inputs and returns one computed value.
def Opt(value_a, value_b):
return operation
def Add(a, b):
return a + b
def Sub(a, b):
return a - b
def Mul(a, b):
return a * b
Our Add, Sub, and Mul function all follow the above schema. Take a moment to verify this.
To use this calculator, all we have to do is pass in the function to the Do method. This makes it very simple to define new operation functions and utilize them. Below is an example. The numerical outputs are still the same as before with the pre-defined if-statements.
c = Calculator()
print(c.Do(Add, 5))
print(c.Do(Sub, 3))
print(c.Do(Mul, 8))
5.0
2.0
16.0
Extending the Calculator
Let's say some user wanted a square root function. Easy, we just define another function!
def Sqrt(a, _):
return math.sqrt(a)
Here is where our code got a little ugly. Sqrt doesn't need an extra value v because it only acts on the accumulated value. Previously, all of our operations required two numbers to use, v and the accumulated value. This is why we have an underscore variable _ in place of v for the second parameter, because we ignore the input value v anyway. An example of using Sqrt is below.
print(c.Do(Sqrt, 0)) # Last operand ignored
4.0
The Sqrt function currently requires the user to ignore the second operand, which is a bit clunky. We should clean this up.
This problem occurs because our defined schema for the Do method is rather restricting. It requires that we have two numerical inputs. What if an operation only needs one parameter like Sqrt? How about 3 parameters? With the Sqrt we could just ignore a parameter, but that's more of a hack than a real solution. And notice that our Sqrt function was really just a wrapper for the math.sqrt(a)
from the standard library. It would be more efficient and cleaner if we could just pass in the math.sqrt(a)
function to the Do method instead.
Things get a bit more complicated now. Let's rewrite our operation functions from a function that takes two parameters and returns a value to a function that returns a function. This returned function will take a value and return a value. An example of an Add function is defined below.
def Add(v):
def operation(acc):
return acc + v
return operation
We also need to update our Do method. Do now takes in a function that takes in one value and returns a value.
class Calculator(object):
def __init__(self):
self.acc = 0.0
def Do(self, opfunc):
self.acc = opfunc(self.acc)
return self.acc
Why does our Add function return a function? Here's the cool part about passing around functions as data. We can modify a function before it is executed. Let's give an example about how the add function would play out.
Let's try Add(10)
. Add sets v equal to $10$. It defines a function called operation that takes in a second value acc and adds it to v. Then add returns operation.
What specifically is returned when we call Add(10)
? The result of the function looks like this
def operation(acc):
return acc + 10
Add(10)
returns a function that adds $10$ to acc. Add(9)
would return a function that adds $9$ to acc.
def operation(acc):
return acc + 9
Let's see how adding works with Do now.
c = Calculator()
print(c.Do(Add(10)))
print(c.Do(Add(20)))
10.0
30.0
When calling Do, we don't call it with the Add
function itself, but the result of evaluating Add(10)
. The type of evaluating Add(10)
is a function that takes in a value and returning a value. We are calling the operation function that is returned by Add(10)
.
Do then passes in self.acc
into the operation function to add $10$ to self.acc
.
We can define other functions in a similiar style. Thus we can easily define other functions like this as well.
def Sub(v):
def operation(acc):
return acc - v
return operation
def Mul(v):
def operation(acc):
return acc * v
return operation
c = Calculator()
print(c.Do(Add(5)))
print(c.Do(Sub(3)))
print(c.Do(Mul(8)))
5.0
2.0
16.0
Now how would we implement Sqrt? It's quite simple now.
def Sqrt():
def operation(acc):
return math.sqrt(acc)
return operation
c = Calculator()
print(c.Do(Add(5)))
print(c.Do(Sub(3)))
print(c.Do(Mul(8)))
print(c.Do(Sqrt()))
5.0
2.0
16.0
4.0
Our implementation avoids the awkardness of having to ignore an input variable. But again Sqrt is just a wrapper of math.sqrt(acc)
, so we can simply put that into the calculator instead.
We can get real crazy and also implement different operations with any number of inputs. Examples below.
def Crazy(a, b, c, d, e):
def operation(acc):
return (((a + b) * d) ** e) + (c * acc )
return operation
c = Calculator()
print(c.Do(Add(5)))
print(c.Do(Sub(3)))
print(c.Do(Mul(8)))
print(c.Do(math.sqrt))
print(c.Do(math.cos))
print(c.Do(Crazy(1,2,3,4,5)))
5.0
2.0
16.0
4.0
-0.6536436208636119
248830.03906913742
Recap
We removed if statements from our Calculator object and went to an object that took in a function to evaluate. But while this model was more flexible in that functions could be easily defined outside the Calculator and passed in, it could only take in two parameters.
To fix that problem, we adjusted our functions a little bit. Instead, we created functions that return functions that compute an operation. This allowed us to
Bonus
If we wanted to, we could get rid of the object Calculator and simply have a closure function instead. This makes our implementation nearly entirely purely functional. We need the nonlocal
statement to indicate that acc
is not within the score of the inner function.
Note that because Calculator actually makes sense as an object since it's a noun, it would be better to leave it as an object. However, this is just to show that closures can take the place of objects and can even be better.
def Calculate():
acc = 0.0
def Do(opfunc):
nonlocal acc
acc = opfunc(acc)
return acc
return Do
c = Calculate()
print(c(Add(5)))
print(c(Sub(3)))
print(c(Mul(8)))
print(c(math.cos))
print(c(Crazy(1,2,3,4,5)))
5.0
2.0
16.0
-0.9576594803233847
248829.12702155902
Conclusion
We went from a hard coded layered if statement to a function model, wherein we can pass in any function with any number of parameters to computer an accumulated value. This kind of abstraction is the kind that can only be offered by functional programming.
Why is this useful? Well, come see next the next blog post, where we'll go over using functions to define API configurations.


Big sports events today
by TIMESOFINDIA.COMNEW DELHI: Here are the big sports events lined up for Wednesday (November 13) that comprise action from ATP Finals and Hong Kong Open badminton tournament.
(All timings in IST)
1:30 am (Tennis - ATP Finals)
Novak Djokovic vs Dominic Thiem (Djokovic lost 6-7 (5/7), 6-3, 7-6 (7/5))
7:10 am (Badminton - Hong Kong Open)
Saina Nehwal vs Cai Yan Yan (China) in women's singles first round (Saina Nehwal lost 13-21, 20-22)
7:50 am (Badminton - Hong Kong Open)
Sameer Verma vs Wang Tzu Wei (Chinese Taipei) in men's singles first round (Sameer lost 11-21, 21-13, 8-21)
10:30 am (Badminton - Hong Kong Open)
Kim Ga Eun (Korea) vs PV Sindhu in women's singles first round (Sindhu won 21-15, 21-16)
11:10 am (Badminton - Hong Kong Open)
HS Prannoy vs Huang Yu Xiang (China) in men's singles first round (Prannoy won 21-17, 21-17)
11:55 am (Badminton - Hong Kong Open)
Maiken Fruergaard/Sara Thygesen (Denmark) vs Ashwini Ponnappa/N Sikki Reddy in women's doubles first round (Ponnappa-Reddy lost 13-21, 12-21)
4:40 pm (Badminton - Hong Kong Open)
Parupalli Kashyap vs Kenta Nishimoto (Japan) in men's singles first round
5:20 pm (Badminton - Hong Kong Open)
Kidambi Srikanth vs Kento Momota (Japan) in men's singles first round (Srikanth given Walkover)
Shi Yu Qi (China) vs B Sai Praneeth in men's singles first round
6:50 pm (Badminton - Hong Kong Open)
Brice Leverdez (France) vs Sourabh Verma in men's singles first round
7:30 pm (Tennis - ATP Finals)
Rafael Nadal vs Daniil Medvedev
7:35 pm (Badminton - Hong Kong Open)
Satwiksairaj Rankireddy/Chirag Shetty vs Takuro Hoki/Yugo Kobayashi (Japan) in men's doubles first round


{% extends "base.html" %} {% import 'macros.html' as macros %} {% block content %}
Total ORT: {{total_ort}}
Total Compost: {{total_c}}
| Date | Ort | Compost | Groups | Notes |
|---|---|---|---|---|
| {{z.wdate}} | {{z.weight_of_ort}} | {{z.weight_of_compost}} | {{z.groups}} | {{z.notes}} |
| Total | {{total_ort}} | {{total_c}} | ||
| Average | {{average_ort}} | {{average_c}} |


We examine cats!
- transition virtual web-readiness
- implement compelling niches
- strategize mission-critical vortals
- syndicate global channels
- monetize turn-key experiences
- cultivate strategic convergence
- scale integrated schemas
- enhance collaborative networks
- streamline e-business content
- envisioneer extensible content
- engineer dot-com e-services
- evolve strategic e-tailers
- repurpose value-added deliverables


|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object org.jnetpcap.nio.JMemory
public abstract class JMemory
A base class for all other PEERED classes to native c structures. The class only contains the physical address of the native C structure. The class also contains a couple of convenience methods for allocating memory for the structure to be peered as well as doing cleanup and freeing up that memory when object is finalized().
This is one of the most important classes within jNetPcap library. It is responsible for most of the memory allocation and management behind the scenes of all jNetPcap native methods.
| Nested Class Summary | |
|---|---|
static class |
JMemory.Type
Used in special memory allocation. |
| Field Summary | |
|---|---|
static java.lang.String |
JNETPCAP_LIBRARY_NAME
Name of the native library that wraps around libpcap and extensions. |
static long |
MAX_DIRECT_MEMORY_DEFAULT
The default maximum value for 'nio.mx' system property, if not set. |
static JMemory.Type |
POINTER
Convenience constant that is synonym as JMemory.Type.POINTER. |
| Constructor Summary | |
|---|---|
JMemory(java.nio.ByteBuffer peer)
Instantiates a new j memory. |
|
JMemory(int size)
Pre-allocates memory for any structures the subclass may need to use. |
|
JMemory(JMemory.Type type)
No memory pre-allocation constructor. |
|
JMemory(JMemory src)
Performs a deep copy into a newly allocated memory block. |
| Method Summary | |
|---|---|
static long |
availableDirectMemory()
Returns how much native memory is available for allocation. |
void |
check()
Checks if this peered object is initialized. |
protected void |
cleanup()
Called to clean up and release any allocated memory. |
protected JMemoryReference |
createReference(long address,
long size)
Creates a cleanup/dispose weak reference object. |
boolean |
isInitialized()
Checks if this peered object is initialized. |
boolean |
isJMemoryBasedOwner()
Checks if physical memory pointed to by this object, is owned either by this JMemory based object or the actual owner is also JMemory based. |
boolean |
isOwner()
Checks if this object is the owner of native memory |
static long |
maxDirectMemory()
Returns the hard limit for the amount of memory native is allowed to allocate. |
protected int |
peer(java.nio.ByteBuffer peer)
Peers the src structure with this instance. |
protected int |
peer(JMemory peer)
Peers the peer structure with this instance. |
protected int |
peer(JMemory peer,
int offset,
int length)
Peers the peer structure with this instance. |
static long |
reservedDirectMemory()
Returns how much native memory has be used so far. |
void |
setSize(int size)
Changes the size of the current memory buffer. |
int |
size()
Returns the size of the memory block that this peered structure is point to. |
static long |
softDirectMemory()
Returns the soft limit for native memory allocation. |
java.lang.String |
toDebugString()
Returns a debug string about this JMemory state. |
java.lang.String |
toHexdump()
A debug method, similar to toString() which converts the contents of the memory to textual hexdump. |
java.lang.String |
toHexdump(int length,
boolean address,
boolean text,
boolean data)
A debug method, similar to toString() which converts the contents of the memory to textual hexdump. |
static long |
totalActiveAllocated()
Returns the total number of active native memory bytes currently allocated that have not been deallocated as of yet. |
static long |
totalAllocateCalls()
Returns total number of allocate calls through JMemory class. |
static long |
totalAllocated()
Returns total number of bytes allocated through JMemory class. |
static long |
totalAllocatedSegments0To255Bytes()
Returns the number of memory segments that were allocated by JMemory class in the range of 0 to 255 bytes in size. |
static long |
totalAllocatedSegments256OrAbove()
Returns the number of memory segments that were allocated by JMemory class in the range of 256 bytes or above in size. |
static long |
totalDeAllocateCalls()
Returns total number of deallocate calls through JMemory class. |
static long |
totalDeAllocated()
Returns total number of bytes deallocated through JMemory class. |
protected int |
transferFrom(byte[] buffer)
Copies contents of byte array to memory. |
protected int |
transferFrom(byte[] buffer,
int srcOffset,
int length,
int dstOffset)
Copies contents of byte array to memory. |
protected int |
transferFrom(java.nio.ByteBuffer src)
Copies data from memory from direct byte buffer to this memory. |
protected int |
transferFrom(java.nio.ByteBuffer src,
int dstOffset)
Copies data from memory from direct byte buffer to this memory. |
protected int |
transferFromDirect(java.nio.ByteBuffer src,
int dstOffset)
Copies data from memory from direct byte buffer to this memory. |
protected boolean |
transferOwnership(JMemory memory)
A special method that allows one object to transfer ownership of a memory block. |
protected int |
transferTo(byte[] buffer)
Copies data from memory to byte array. |
protected int |
transferTo(byte[] buffer,
int srcOffset,
int length,
int dstOffset)
Copies data from memory to byte array. |
int |
transferTo(java.nio.ByteBuffer dst)
Copies teh contents of this memory to buffer. |
int |
transferTo(java.nio.ByteBuffer dst,
int srcOffset,
int length)
Copies teh contents of this memory to buffer. |
int |
transferTo(JBuffer dst,
int srcOffset,
int length,
int dstOffset)
Transfers the contents of this memory to buffer. |
protected int |
transferTo(JMemory dst)
Copied the entire contents of this memory to destination memory. |
protected int |
transferTo(JMemory dst,
int srcOffset,
int length,
int dstOffset)
Copied the entire contents of this memory to destination memory. |
protected static int |
transferTo0(long address,
byte[] buffer,
int srcOffset,
int length,
int dstOffset)
Transfer to0. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static final java.lang.String JNETPCAP_LIBRARY_NAME
public static final long MAX_DIRECT_MEMORY_DEFAULT
MAX_DIRECT_MEMORY_DEFAULT
constant or the value
specified on the JVM command line using '-Xmx
public static final JMemory.Type POINTER
| Constructor Detail |
|---|
public JMemory(java.nio.ByteBuffer peer)
peer
- the peerpublic JMemory(int size)
size
- number of bytes to pre-allocate allocatepublic JMemory(JMemory src)
src
- the srcpublic JMemory(JMemory.Type type)
type
- type of memory allocation model| Method Detail |
|---|
public static long availableDirectMemory()
setMaxDirectMemorySize(long)
.
public static long maxDirectMemory()
This limit can be set at startup of the application using the following system properties, which are checked in the order listed below:
org.jnetsoft.nio.MaxDirectMemorySize
nio.MaxDirectMemorySize
org.jnetsoft.nio.mx
nio.mx
public static long reservedDirectMemory()
public static long softDirectMemory()
This limit can be set at startup of the application using the following system properties, which are checked in the order listed below:
org.jnetsoft.nio.SoftDirectMemorySize
nio.SoftDirectMemorySize
org.jnetsoft.nio.ms
nio.ms
public static long totalActiveAllocated()
totalAllocated() - totalDeAllocated()
public static long totalAllocateCalls()
public static long totalAllocated()
public static long totalAllocatedSegments0To255Bytes()
public static long totalAllocatedSegments256OrAbove()
public static long totalDeAllocateCalls()
public static long totalDeAllocated()
protected static int transferTo0(long address, byte[] buffer, int srcOffset, int length, int dstOffset)
address
- the addressbuffer
- the buffersrcOffset
- the src offsetlength
- the lengthdstOffset
- the dst offset
public void check() throws java.lang.IllegalStateException
java.lang.IllegalStateException
- if peered object is not initialized this unchecked exception will
be thrown, otherwise it will exit silentlyprotected void cleanup()
protected JMemoryReference createReference(long address, long size)
This method is protected and allows subclasses to provide their own cleanup code. If this method is not overridden, it will return a JMemoryReference object suitable to cleanup after this memory object.
address
- native memory address to use in the disposablesize
- the size
public boolean isInitialized()
public boolean isJMemoryBasedOwner()
public final boolean isOwner()
protected int peer(java.nio.ByteBuffer peer) throws PeeringException
Further more, since we are peering with a ByteBuffer, the actual memory that is peered is between ByteBuffer's position and limit properties. Those 2 properties determine which portion of the memory that will be peered. This allows a larger ByteBuffer to be peered with different objects providing rudimentary memory allocation mechanism.
Lastly care must be taken, to ensure that the life-spans do not conflict. The memory that we are peering to must not be deallocated prior the termination of the life-span of this object or at minimum calling
peer
- The ByteBuffer whose allocated native memory we want to peer with.
The ByteByffer must be if direct buffer type which can be checked
using ByteBuffer.isDirect() call.
PeeringException
- the peering exception cleanup()
method to ensure that
this object no longer references memory which may have been or
become deallocated.
ByteBuffer.isDirect()
protected int peer(JMemory peer)
peer
- the object whose allocated native memory we want to peer with
protected int peer(JMemory peer, int offset, int length) throws java.lang.IndexOutOfBoundsException
peer
- object memory block to peer withoffset
- offset into the memory blocklength
- amount of memory to peer with
java.lang.IndexOutOfBoundsException
- if the specified memory offset and length have negative or out of
bounds of peer objects address spacepublic void setSize(int size)
size
- size in bytes that is smaller then existing sizepublic int size()
public java.lang.String toDebugString()
JMemory@b052fa8: size=1506, owner=nio.JMemoryPool$Block.class(size=10240/offset=4064)
public java.lang.String toHexdump()
public java.lang.String toHexdump(int length, boolean address, boolean text, boolean data)
length
- maximum number of bytes to dump to hex outputaddress
- flag if set to true will print out address offset on every linetext
- flag if set to true will print out a text characters at the end of
everylinedata
- flag if set to true will print out raw HEX data on every line
protected int transferFrom(byte[] buffer)
buffer
- source buffer
protected int transferFrom(byte[] buffer, int srcOffset, int length, int dstOffset)
buffer
- source buffersrcOffset
- starting offset into the byte arraylength
- number of bytes to copydstOffset
- starting offset into memory buffer
protected int transferFrom(java.nio.ByteBuffer src)
src
- source buffer
protected int transferFrom(java.nio.ByteBuffer src, int dstOffset)
src
- source bufferdstOffset
- offset into our memory location
protected int transferFromDirect(java.nio.ByteBuffer src, int dstOffset)
src
- source bufferdstOffset
- offset into our memory location
protected boolean transferOwnership(JMemory memory)
memory
- memory block to transfer the ownership from
protected int transferTo(byte[] buffer)
buffer
- destination buffer starting offset in byte array
protected int transferTo(byte[] buffer, int srcOffset, int length, int dstOffset)
buffer
- destination buffersrcOffset
- starting offset in memorylength
- number of bytes to copydstOffset
- starting offset in byte array
public int transferTo(java.nio.ByteBuffer dst)
dst
- destination buffer
public int transferTo(java.nio.ByteBuffer dst, int srcOffset, int length)
dst
- destination buffersrcOffset
- offset in sourcelength
- number of bytes to copy
public int transferTo(JBuffer dst, int srcOffset, int length, int dstOffset)
dst
- destination buffersrcOffset
- offset in sourcelength
- number of bytes to copydstOffset
- offset in destination buffer
protected int transferTo(JMemory dst)
dst
- destination memory
protected int transferTo(JMemory dst, int srcOffset, int length, int dstOffset)
dst
- destination memorysrcOffset
- offset in sourcelength
- number of bytes to copydstOffset
- offset in destination buffer
|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Ploror688.github.io
Are policies that eliminate most homework for elementary students the right educational approach? Learn what research says about the role of homework. Yo :: Homework Help and Answers :: Slader. Homework Help; Leap/iLEAP Applications; 6th Grade Math; Middle School Homework Help; HomeworkLouisiana; Elementary; Middle. ELA; Math. 6th - Math;. Old Dogs, New Math: Homework Help for Puzzled Parents.
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I did salvia for the first time about 3 months ago. I bought a 1/4oz. for $20 from a guy that I met. Simple leaves.
Or at least I thought.
My reaction at first was, 'this guy has sold me cooking herbs'.
Damn, was I wrong.
It was night, around 11pm. I decided I was going to inhale when I remember that I need to get something in the car. So I went outside, packed pipe in hand, a lighter in the other, and couldn't resist lighting it up.
Two huge hits and then another one that I couldn’t hold for long enough.
I headed back to the door, when I started feeling like ants under my skin. Nothing bad, but a VERY wierd feeling. I had to sit down in the doorsteps, when I saw myself sitting on the doorsteps. I laid back and closed my eyes, saw a huge cloud. I did not actually enjoy this try, but I did not want to wait to try it again.
Next day, at about 1pm, in my bathroom. Brought some music (Dara) and some pillows.
Opened the window so I didn't fill the room with smoke. Lighted up, and I inhaled and inhaled and inhaled until I lose consciousness with the immediate reality. I fell on the floor (just perfect because I had a pillow).
TRIP, THE.
It was a circle. In fact, all I saw was concentric circles of different colors, and they had the silhouette of a world. Suddenly I even heard other sort of music, music that I have never heard before. Like industry music (not industrial). Like being in a factory world and all the noises from the machinery formed a beat.
I guess that what it was, an industrial trip.
The 'world' melted in to machines and people laughed, others cried. I saw my friend's face on it too, but in the form of a kaleidoscopic image. Like a circle, somewhat prismatic. And it vanished.
Trucks, machine, money, green, trees, fires, destruction, chaos and then creation. I did not understand (at least in that moment).
But it was not bad. I was seeing THE WORLD. Then I found myself in a space. No color. Not black, not white, no colors, except for me. Like P was inside my mind, physically.
Then, the revelation of what I saw. Some voice that came from matter explained to me that we are doing something wrong. That we have left the cycle to join the system. The cycle of nature. The system of capitalism and mass production of machines, life, death, persecution. We are making the world so much complex than it needs to be.
That was the dream.
Since then, I have not done salvia again. Maybe (surely) in the future. But the things I saw there, really got me thinking. I still think about them every day. I want to do something about it. Until then... 2015.
Needless to say, I'm not the same since I learned from salvia.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


The Scoop - TABPI 2018 Online Award Winner "When Dara was an intern, she designed The Scoop template, which we still use today. This newsletter is award-winning — with judges mentioning its sleek design as a standout feature — and Dara was an integral part of this achievement." - Nicole Davis, Editor-in-Chief, Furniture, Lighting & Decor
SWS Conference Expo: Design and coding of exhibitors, sponsors, fees and interactive agenda page Think Diversity Now (this site is no longer live): Design and coding of agenda, speakers and sponsors pages, coding of home page PR Extreme Sales Summit: Coding of home, speakers and partners pages
Since pages are changing for the 2018 events, I've included screen grabs below of some of the pages I originally created.


{# Licensed to the Apache Software Foundation (ASF) under one or more contributor license agreements. See the NOTICE file distributed with this work for additional information regarding copyright ownership. The ASF licenses this file to you under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. #} {% macro locale_menu(languages) %} {% set locale = session['locale'] %} {% if not locale %} {% set locale = 'en' %} {% endif %}


{%extends 'base.html'%} {% block content %} {{block.super}}
Description: {{image.image_description}}
Location photo was taken: {{image.location.location_name}}
Date uploaded: {{image.upload_date}}


Here is the historical weather data for {{location}} on {{day}}.
On this day {{location}}'{{s}} high temperature was {{last24_high}}°, and the low was {{last24_low}}°.
{{precipitation}}If there was any weather news in Colorado today, here it is.
{{weathernews}}See the current weather conditions for {{location}}, Colorado here.
Also, get all the recent Colorado weather news here.


The Title
Content. Content
Code example:
#!/bin/bash
source bootstrap.env
source pantheon/env.sh
./sbang.sh setup/install-deps.sh
./sbang.sh run/run.sh
./sbang.sh run/wait_for_completion.sh
./sbang.sh postprocess/postprocess.sh
./sbang.sh postprocess/wait_for_completion.sh
./sbang.sh validate/validate.sh
When run on a supercomputer, the steps are executed
by submitting an application job to a queue. The
wait_for_completion
steps then monitor the
queue to provide feedback on the state of the job. This allows
the workflow to run continuously until completion.


Choose the talent perfectly suited to represent your vision. Next to language and gender, you may want to limit your selection by setting your preferences regarding accents.


Employee Cost Calculator
First Name:
Last Name:
Employee Number:
Job Title:
Annual Salary:
Submit
First Name
Last Name
Employee Number
Job Title
Annual Salary


A business application for mobile services.
I have worked on this project for 2 years. It is a large platform with many services including IVR, transcriptions, payment processing, as well as a lot of complex reporting.
Technologies: python, Pyramid, Postgres, Twiter bootstrap, Javascript, Vue.js, docker
A website for latin dancing videos.
This is one of the first projects I worked on. I have build both the backend and the design.
Technologies: python, Google App Engine, GQL, Twiter bootstrap, Javascript, Youtube API
URL: Salsa Names
Entertainment website
This website is quite large and has a high volume of users. I mostly worked on the backend, and more rarely on the templates. It has a custom payment gateway that I also worked on.
Technologies: python, Django, PostgreSQL, Twiter bootstrap, Javascript, Flash, HTML5, Angular.js, RabbitMQ
URL: bored.com
A website for writers to write and review work
I rebuild all the backend functionality and improved the design.
Technologies: python, Django, MySQL, Twiter bootstrap, Javascript
A personal wiki with added functionality.
I worked both on the frontend and the backend. The main purpose of the site is to have teams collaborating on changes to a text which later can be shared through social networks or embedded into another site.
Technologies: python, Django, PostgreSQL, Twiter bootstrap, Javascript, Facebook API, Twitter API
URL: Prop-ed
An educational website.
I worked both on the frontend and the backend. The project was an education platform, much like Coursera, with a lot of similar functionality. It also included social network integration.
Technologies: python, Django, PostgreSQL, Twiter bootstrap, Javascript, Facebook API, Twitter API


Intel® Core™ i7
The 6th Generation Intel® Core™ i7 processors deliver a new class of computing with a host of new features to power the next generation of desktops, laptops, and 2 in 1 PCs. Expect lighting fast speeds and peak performance through even the toughest of tasks and games.
Ready. Wake. Create.From zero to power in a flash, the 6th Generation Intel® Core™ processor wakes quicker than ever and lets you switch in and out of apps more seamlessly than ever. |
Overview: Intel® Solid-State Drives
Architect of the FutureIntel strives to outdo current technology by supporting end-to-end solutions and designing system architecture that meets impending needs while exceeding current ones. See how innovative technologies such as Intel® Solid-State Drives are leading to a future of endless possibilities. |


--- layout: page title: "Contact" description: "" ---
I'll love to get to know you. So feel free to contact me about anything. I am available for you 24/7 through the contacts below.
Whether your goal is to learn how to be happier, seek more wisdom in life, find solace in this chaotic world, or drop by just to say "Hi," you are more than welcome to come to Thailand and stay at my house. I'll be happy to take you around Bangkok and introduce you to places and people of Thailand that will leave you inspired.


PART VIII. STREAM DIVERSION WORKS
[§174C-91] Definition. In this part:
"Stream diversion works" means any artificial or natural structure emplaced within the stream for the purpose of diverting stream water. [L 1987, c 45, pt of §2]


{% extends 'base.html' %} {% block title %}Welcome{% endblock %} {% block content %}
Thank you very much for participating in the "{{ eval_name }}" evaluation of SynVAE.
In this research project, we are trying to automatically translate images into music using a machine learning model. It tries to find a musical "language" so that similar looking images should also translate into similar sounding music. For example, this might mean that green images translate into fast music and purple images into slow music. When presented with a piece of slow music, we can then be fairly certain that its corresponding image is more purple than green.
The evaluation process is pretty straightforward and should only take about 10 minutes:
Please make sure you have enough time to complete the evaluation in one go since a session automatically ends after 10 minutes of inactivity. Also, check now whether you can hear the example audio below and adjust your device's volume if necessary.
During the evaluation, a session cookie will help keep track of progress. As for your responses, they will be stored anonymously and since we don't record anything besides the actual responses, no data will be directly traceable to you.
{% if eval_disclaimer %}{{ eval_disclaimer }}
{% endif %}If you agree with the procedure and terms above, let's begin!


The village of Betina is at the northeastern corner of the island of Murter. The marina is on the other side of the promontory from the village.
Position 43°49'06"N, 15°36'04"E. (marina).
See the Noonsite report regarding the marina/boatyard here.
Berth at the marina where directed.
If berthing in the harbour at the village, tie stern-to on the eastern side of the wall dividing the harbour.
There is an anchorage east of the harbour in 5m, in mud.
Last updated February 2010.


Milard Park
[30, 10]
|
a factory
[31, 10]
|
Chadwick Park
[32, 10]
|
Holly Cinema
[33, 10]
|
the Cholmondeley Hotel
[34, 10]
|
Merryweather Plaza
[35, 10]
|
Lock Boulevard Police Dept
[36, 10]
|
Borrows Bank
[37, 10]
|
Berrow Road Fire Station
[38, 10]
|
Norris Bank
[39, 10]
|
Aplin Towers
[30, 11]
|
Barton Avenue
[31, 11]
|
Reginaldus Square Railway Station
[32, 11]
|
Fooks Lane
[33, 11]
|
Vagg Road
[34, 11]
|
Baillie Square
[35, 11]
|
Vivian Walk
[36, 11]
|
Stringfellow Plaza
[37, 11]
|
Dennett Walk School
[38, 11]
|
wasteland
[39, 11]
|
a factory
[30, 12]
|
Newis Drive Railway Station
[31, 12]
|
Merchant Crescent Police Dept
[32, 12]
|
Dalzell Square
[33, 12]
|
Club Cust
[34, 12]
|
Cobden Way
[35, 12]
|
St Piran's Church
[36, 12]
|
Perrie Square Fire Station
[37, 12]
|
Wheare Boulevard
[38, 12]
|
a junkyard
[39, 12]
|
wasteland
[30, 13]
|
Applin Towers
[31, 13]
|
a junkyard
[32, 13]
|
Fedden Park
[33, 13]
|
Gready Street
[34, 13]
|
Sampson Lane
[35, 13]
|
a cemetery
[36, 13]
|
Club Roles
[37, 13]
|
Saywell Towers
[38, 13]
|
Morrow Park
[39, 13]
|
Hain Library
[30, 14]
|
wasteland
[31, 14]
|
Upsdale Plaza
[32, 14]
|
Banton Lane
[33, 14]
|
Killinger Walk
[34, 14]
|
the Darknell Museum
[35, 14]
|
Thair Place
[36, 14]
|
a warehouse
[37, 14]
|
Ayliffe Drive
[38, 14]
|
Poulet Place
[39, 14]
|
the Talbot Museum
[30, 15]
|
a factory
[31, 15]
|
the Legg Museum
[32, 15]
|
the Marfell Building
[33, 15]
|
Look Road
[34, 15]
|
Bu Crescent Railway Station
[35, 15]
|
a factory
[36, 15]
|
Obern Library
[37, 15]
|
Kevern Row Police Dept
[38, 15]
|
Budden Street
[39, 15]
|
Garmston Bank
[30, 16]
|
the Keats Hotel
[31, 16]
|
the Cope Building
[32, 16]
|
Besly Avenue Police Dept
[33, 16]
|
Fabian General Hospital
[34, 16]
|
the Buckrell Building
[35, 16]
|
William Avenue Police Dept
[36, 16]
|
Club Haber
[37, 16]
|
the Stoodely Museum
[38, 16]
|
a junkyard
[39, 16]
|
the McDonnell Arms
[30, 17]
|
Wooman Avenue Railway Station
[31, 17]
|
wasteland
[32, 17]
|
Boddy Place
[33, 17]
|
Club Brookeman
[34, 17]
|
Wild Walk Police Dept
[35, 17]
|
Drake Walk
[36, 17]
|
Naish Square
[37, 17]
|
the Pattemore Building
[38, 17]
|
MacCarthy Square
[39, 17]
|
the Frappell Building
[30, 18]
|
Riden Avenue
[31, 18]
|
Underwood Street Railway Station
[32, 18]
|
Catton Square
[33, 18]
|
Caudwell Road
[34, 18]
|
Rollason Crescent
[35, 18]
|
Bubcar Road Fire Station
[36, 18]
|
Adler Crescent
[37, 18]
|
the Godden Building
[38, 18]
|
a carpark
[39, 18]
|
Mounter Avenue
[30, 19]
|
St Marcellus's Church
[31, 19]
|
Fishwick Park
[32, 19]
|
Obern Towers
[33, 19]
|
Tennear Lane
[34, 19]
|
Ayliffe Row Railway Station
[35, 19]
|
Temperley Drive
[36, 19]
|
the Blyth Building
[37, 19]
|
Vezard Towers
[38, 19]
|
a junkyard
[39, 19]
|
|
Menu
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Camic Comix presents: The Stein family sagaOpus 2
Chapters index
Heinz Stein.
Super Hero.
The apeman.
Super Zero.
The second generation of
the Stein Family Saga.


a series of booklets discuss the relationship between human biases and current technologies. Topic of this issue is narrative bias and information seeking on the internet.
This project was developed from a series of smaller assignments, including a chart/table, a diagram, and a map. Throughout the semester, I was struggling to figure out a way to clarify my interest in the randomness. With these assignments, I am able to create a narrative that articulates my thinking of information seeking on the web.
Click here to view the prototype.
For each assignment, I collected data on the internet and organize them with Spreadsheet.
Using Illustrator, I created the chart and diagram. For the map, I used Sketch and InVision to prototype an application that forces the user to focus on one location and realize the randomness behind everything, particularly major disasters we think we can predict and learn from.
The beginning of the final delivery is a web plug-in designed to enable people seeing larger scope while searching, compare to going from point to point and eventually get lost in info. After doing some research on web-navigation and information architecture, I realized it’s impossible to make such a product in this amount of time, even just the prototype. Thus I went to another direction: trying my best to articulate my point and get people to think about the situation.
Though people suggested me creating a website, I made up my mind to use a traditional medium after I found out that the average time people spend on a webpage is fewer than 15 or 10 seconds (which seems quite resonable when I reflected on my own browsing behaviors).
The booklet is self-explanatory. I quoted an entire chapter from the book, The Black Swan by N.N.Taleb, as the main argument, along with my own writings. The booklet is supposed to be a guide for the reader rather than an information source.
The affordability is one of the main concern in this project. Thanks to that, I was able to make copies easily so that I could give out to people for feedback. Above is an interesting moment that I got a comment from my roommate, saying things that I am critiquing, and I kept that in the final version of the booklet.
In the end, I made 10 copies and gave it out to people. Ideally, I could get some thoughts from them, and the booklets would be passed to others. In reality, I haven’t got any formal comments yet (some of my friends resist to write on books).
As I stated at the beginning, this is one booklet from the series. I would explore other forms for the next issue, which is about persuasion through data.


Detailed course offerings (Time Schedule) are available for
RADGY 498 Undergraduate Thesis (*, max. 30)
Supervised clinical and/or laboratory research in the broad field of medical imaging, culminating in a thesis. Offered: AWSpS.
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RADGY 499 Undergraduate Research (*, max. 35)
Opportunity to gain research experience and direct participation in either clinical or basic sciences investigation in diagnostic and/or nuclear medicine. Offered: AWSpS.
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RADGY 505 P-Preceptorship in Radiology (1-, max. 24)
Opportunity for medical students to gain experience with faculty in clinical and academic environments. Students observe general aspects of diagnostic radiology, interventional radiology, or nuclear medicine, including clinical problems, the different relationships in clinic between physician and patient, and research aspects of the department. Prerequisite: permission of instructor. Offered: AWSpS.
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RADGY 508 Physical Aspects of Medical Imaging (4)
Quantitative physical principles of medical imaging are presented for electromagnetic and sonic radiation. Methods of image formation and analysis are discussed for conventional film radiography, CT, DSA, PET, B-mode ultrasound, and Doppler ultrasound.
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RADGY 580 P-Nuclear Medicine Technique, Physics, and Instrumentation (2.5)
Provides familiarization with basic nuclear phenomena and with the instrumentation used in the practice of nuclear medicine. Discussions and laboratory exercises. Practical experience in instrument operation and sample counting are provided. Prerequisite: permission of instructor. Offered: S.
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RADGY 600 Independent Study or Research (*-)
Prerequisite: permission faculty sponsor. Offered: AWSpS.
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RADGY 686 P-Introduction to Diagnostic Radiology - Idaho Falls (4)
Overview of the subspecialty areas of diagnostic radiology and nuclear medicine. Emphasizes utilization and selection of imaging tests, radiologic anatomy, and interpretation of commonly encountered studies.
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RADGY 687 P-Introduction to Diagnostic Radiology - Casper (4)
Overview of the subspecialty areas of diagnostic radiology and nuclear medicine. Emphasizes utilization and selection of imaging tests, radiologic anatomy, and interpretation of commonly encountered studies. Offered: AWSpS.
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RADGY 688 P-Introduction to Diagnostic Radiology - Boise (4)
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RADGY 689 P-Introduction to Diagnostic Radiology - Billings (4)
Lectures, case discussions, film reading, and independent study provide an overview of the subspecialty areas of diagnostic radiology and nuclear medicine. Emphasis on utilization and selection of imaging tests, radiologic anatomy, and interpretation of commonly encountered studies. Offered: AWSpS.
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RADGY 690 P-Introduction to Diagnostic Radiology - Nampa (4)
Half-time clerkship in the field of medical imaging. Lectures, case discussions, film reading, and independent study provide an overview of the subspecialty areas of diagnostic radiology and nuclear medicine. Emphasis on utilization and selection of imaging tests, radiologic anatomy, and interpretation of commonly encountered studies. Offered: AWSpS.
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RADGY 691 P-Introduction to Diagnostic Radiology - Alaska (4)
Half-time clerkship in the field of medical imaging. Lectures, case discussions, film reading, and independent study provide an overview of the subspecialty areas of diagnostic radiology and nuclear medicine. Emphasis on utilization and selection of imaging tests, radiologic anatomy, and interpretation of commonly encountered studies. Offered: AWSpS.
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RADGY 692 P-Introduction to Diagnostic Radiology - Spokane (4)
Half-time clerkship in the field of medical imaging. Lectures, case discussions, film reading, and independent study provide an overview of the subspecialty areas of diagnostic radiology and nuclear medicine. Emphasis on utilization and selection of imaging tests, radiologic anatomy, and interpretation of commonly encountered studies. Offered: AWSpS.
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RADGY 694 P-Advanced Clinical Clerkship (8)
Full-time clerkship provides a more in depth experience in diagnostic radiology and nuclear medicine. Required rotations in the subspecialty areas of radiology augment the basic lecture series and case discussions of RADGY 693. For those with a special interest in diagnostic radiology. Prerequisite: permission of instructor and departmental education coordinator. Offered: AWSpS.
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RADGY 695 P-Radiology Sub-specialty Elective (*, max. 8)
Clinical rotation in one of the sub-specialty areas of radiology at the University of Washington and affiliated hospitals. Requires special arrangements and permission from a preceptor and the education coordinator in Radiology. Two or four weeks. Offered: AWSpS.
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RADGY 696 P-Nuclear Medicine Clerkship (*, max. 12)
Daily participation at University of Washington Medical Center nuclear medicine clinic emphasizing technical performance, diagnostic interpretation, and clinical relevance of nuclear imaging. Daily clinical teaching conferences of the division. Four- and six-week clerkships can be preplanned in areas such as pulmonary, cardiovascular, renal, bone, computer analysis. Prerequisite: permission of instructor. Offered: AWSpS.
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RADGY 697 P-Radiology Special Electives (*, max. 24)
Radiologic training in a nonaffiliated institution. Permission and arrangements must be made at the time of registration through direct communication between the student and the education coordinator in Radiology. A written outline from a preceptor at the intended site required. Prerequisite: permission of radiology education coordinator. Offered: AWSpS.
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RADGY 699 P-WWAMI Radiology Special Electives (*, max. 24)
By special arrangement for qualified students, special clerkships or externships may be available at institutions other than the University of Washington located within the WWAMI region. Prerequisite: permission of department.
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Trolling the 100% TDD coverage approach - or not
When I read this blog post about how and why one should achieve 100% code coverage on his code, I was flabbergasted, and when I noticed Bart’s reply, I decided to check:
@ToJans It's a troll right ?
— Bart Waterschoot (@bwaterschoot) 24 februari 2014
The subject
Here is the gist of the article:
For me, there is no question 100% coverage is the only worthy objective, do not settle for less.
There is one simple golden rule: to reach and maintain 100% coverage, you do not need to add tests, you have to remove not covered lines!
This is important, so let me restate that: a line of code that is not covered is not maintainable, must be seen as not working and must be removed!
Trolling?
In my personal opinion, this is wrong on so many levels so I decided to ask if he was trolling…. He said he was not, so this was my reply:
Well, IRL working code providing business value beats coverage/good design by miles… Also, there is a lot of added business value in legacy code, so don’t delete it, but refactor it (see fowler’s book).
Another thing people sometimes do is throw away test code, as it is holding them back (in fact, lots of tests are considered legacy), so I wouldn’t approach this black & white.
While I love good, well written code (preferably developed with BDD or similar), that is not always the case. Just deleting it would be …
To quote someone replying on twitter: “rm -rf /"; 100% coverage done, now let’s grab a beer…
This was the tweet I was referring to, BTW:
@ToJans rm -rf /path/to/legacy-app
100% coverage achieved! Time for a beer.
— Michael Moussa (@michaelmoussa) 24 februari 2014
The reply
Thanks for your feedback. Working software over anything else, yes :-), but working software without adequate automated tests getting legacy by the minute..
Definitely, I did not have legacy code in mind, so I will edit the post to clarify that. Adding test before refactoring is a good approach, but 100 % coverage is not only overkill, but counterproductive.
When tests are thrown away, someone has failed: either the test was not relevant (probably too close to the implementation) or the maintainer was lazy…
My 2 cts
Which might sound reasonable, however, there are some caveats IMO:
My reply
There’s different concepts of testing; TDD usually tests the implementation, not the behavior AFAIK… So when you change your implementation, you need to change your tests. BDD removes some of those issues.
Using TDD for problem exploration is usually a major PITA; Peter Norvig’s Sudoku [1] is a commonly known example…
When you think about the problem first, manage to understand it and keep the solution simple, a few integration tests are all you need…
Test-driven design can help you to create an implementation, not to find a solution. Proper modelling is necessary and way too often people forget that.
Also, if you want to verify whether your code works: 100% test coverage actually proves nothing; take the simple example if forgetting to check for a division by zero somewhere.
If you really want to verify how good your solution matches the problem space, I would suggest you to use property based testing; that will discover way more edge- and side-cases then you could ever imagine….
[1] https://devgrind.com/2007/04/25/how-to-not-solve-a-sudoku/
In conclusion
Don’t get me wrong; I love Behaviour-Driven development, and even use some TDD from time to time, but if the problem is not complicated I just verify whether my solution model covers my problem space, using integration-like tests.
If something really needs to be thoroughly tested, I would suggest to try property-based testing; at least that will show you where the problems in your solution space are.


I am a technology enthusiast and an avid reader, an Information Science graduate residing in Bangalore, India. I believe in constant learning and growth. I am currently interested in and studying Machine Learning and Full Stack Web Development. My projects mainly revolve around Front-End Web Development. I am an active Volunteer of a NPO- Youth For Revolution and have initiated and managed various live events and also handle Digital Marketing of the same. I have done content writing for a startup.
A detailed oriented and extremly enthusiastic person [Sometimes too much:-)]. Never tired of organising and cleaning[Something Like Monica- Friends].I am an avid reader and a gamer - FPS Games mainly. Anime Fanatic.
Creating a single interface to detect phising websites using JavaFX and Weka. Analyzed and Compared three different data mining classifiers to study the precison and scope of the classifiers in solving the problem.
A course on Machine learning and Data Analytics using R and Python.
Full stack web development bootcamp by Colt Steele on Udemy.
Project aimed towards realising the concepts of OOP through C++ and using them to create a simple library management system.
SJB Institute of Technology,Bangalore, India
K.L.E Independent PU College,Bangalore, India
Presidency,Bangalore, India
Avid Reader. The Alchemist, Zero to One Startup, Eleven Minutes, The monk who sold his Ferrari, Open- Andre Agassi, My Experiments with Truth are among my favourite reads. Sidney Sheldon is my favourite author in Fictions. I occasionaly write poems and book summaries
I am a competetive gamer - Counter Strike and Dota2, Football is the sport I follow the most. Messi is the best ;-).