ROAD TRIP A film review by Christopher Null Copyright 2000 filmcritic.com filmcritic.com
Tom Green might say: Road Trip is the greatest movie of all time.
He'd be right.
Treading on the thinnest of plots, Road Trip fully earns its obvious comparisons to American Pie, There's Something About Mary, and even Animal House -- with one gross-out, slapstick scenario after another, all wedged into a tight 90 minutes of running time.
 When the ensuing sex tape (why must there always be evidence?) is mailed to Tiffany in error, the titular road trip begins, as Josh must make the 1,800 mile trek from Ithaca, NY to Austin, TX and be back in time for midterms.  And no money!? (If you've seen Overnight Delivery -- same thing.)
Highlights from the trip include an exploding car, a sperm bank, a visit to an all-black frat house, a little Viagra (though not in conjunction with the sperm bank), and a stolen bus for the blind -- all narrated by Tom Green, who has stayed behind in order to feed a pet snake.
The acting, the line delivery, the music -- everything is as it should be here. Constantly we are reminded that we are not watching the comedy of Woody Allen or Albert Brooks. We are watching a "Beavis and Butt-head" episode played by real-life actors. Only funnier. And cruder.
Thank god, each scene of Road Trip is played to its comedic terminus. Sometimes this is clever, often it's funny, and invariably it's rude and disgusting. If you aren't prepared for balls-out juvenile humor -- and lots of it -- Road Trip is not going to entertain you. If you actually want a story, go read a book. But if you want to see a bit of nudity and a lot of potty humor, Road Trip ought to help you make it through the summer.
RATING: ***1/2
|------------------------------| \ ***** Perfection \ \ **** Good, memorable film \ \ *** Average, hits and misses \ \ ** Sub-par on many levels \ \ * Unquestionably awful \ |------------------------------|
MPAA Rating: R
Director: Todd Phillips Producer: Daniel Goldberg, Joe Medjuck Writer: Todd Phillips, Scot Armstrong Starring: Seann William Scott, Breckin Meyer, DJ Qualls, Tom Green, Amy Smart, Fred Ward, Andy Dick, Rachel Blanchard, Omar J. Dorsey
http://www.roadtrip-itsgood.com/ --- Christopher Null -<EMAIL_ADDRESS>- http://www.filmcritic.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


TableExist is used to test for the existence of a table.
This method may needs some privilege according to the database product and its version.
Examples
Following section demonstrates determining whether the specified [Table] exists.
using(var exc = cn.Executer())
{
// by table alias
exc.TableExist(new Orders());
// by table type
exc.TableExist<Orders>();
// by table name
exc.TableExist("table1");
}


Andrew Sie is a student of Computer Science at UCSD and is currently taking a class on human-computer interaction.
An Android app inspired by UCSD's Free & For Sale Facebook group. Similar to that of Craiglists, it provides a simple interface for which university students can sell their unwanted items.
A web application that is meant to be used for large group/organization utility. Has a group chat system, a dynamic timeline, and helps with event planning.


Captura is our field-deployable volumetric capture solution for converting real world objects and environments into perceptually pleasing 3d models. Our software combines realtime data streams from a variety of depth sensing and imaging technologies with highly responsive, sub-millimeter accurate tracking for superior results.
works with
Our post processing tools provide powerful localization, annotation, measurement capabilities. Quickly choose from presets to process captures into textured meshes or use expert features and manipulate clouds with our tools from within a 1st person WebVR experience.
Once volumetric assets have been processed, you can share them and authorize their use over our RESTful Service APIs. Asset publishing handles the processing, segmentation and delivery to access controlled content distribution network, assuring that your data is always available to authorized consumers, like your design software or other virtual and augmented reality experiences. You get to control which applications have access to your data.
Quis nostrud exercitation ullamco laboris nisi* ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum
Lorem ipsum dolor sit amet, consectetur** adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam
*ed ut perspiciatis unde omnis iste natus error sit


Revised: 31 March 2012
Suppliers identified here are the approved suppliers for Delta Environmental Consulting. Their contact details are stored in the Outlook "Contacts" folder, or in the Suppliers section of the bookcase.
Type of supply |
Approved suppliers |
Insurance |
Rod Grieve's Insurance Brokers, mob:<PHONE_NUMBER> |
Laboratory and chemical supplies |
ASIS Scientific, Port Road, Hindmarsh, ph 8340 8444 (general lab supplies) |
Australian Scientific (Horiba U-10 Water Checker repairs and parts) |
|
SER Scientific Repairs, (Stan), 83889541,<PHONE_NUMBER> (calibration of scales) |
|
Merck (Vega and Merck kits) |
|
IDEXX, ph: 1800 655 978, fax: 02 9898 7302 (Colilert system) |
|
Southern Biological Supplies (Heather), prepared microscope slides<EMAIL_ADDRESS>|
|
Data logging equipment |
|
| Hastings Data Loggers, PO Box 5112, Port Macquarie, NSW 2444 (David Wilson<EMAIL_ADDRESS>Tiny tag loggers | |
Computer & office equipment |
Officeworks, Main North Road, Medindie |
| Single Step Printing | |
| Comprus (Fuji Xerox sales & service<EMAIL_ADDRESS>| |
Snap Instant Printing 8/59 Main North Road, Medindie<EMAIL_ADDRESS>ph:8344 5811 |
|
Optical equipment & microscopes |
|
Olympus Australia (Selby Scientific), 63 Manton St, Hindmarsh, |
|
John Morris Scientific, 29 Rundle St, Kent Town, ph: 83625809 |
|
| Terry Fitton at IMVS has expertise in Nikon microscopes | |
Twin City Cameras, Grenfell Street, Adelaide |
|
Nursery suppliers |
Southern Native Plant Nurseries (Maureen), Chalk Hill Road, McLaren Vale SA 5171, ph: 8323 8259 |
Smoult Mobile Horticultural Suppliers, 4/28 Maxwell Road, Para Hills West. Ph: 8359 1633 |
|
Texts |
|
Contract consultants |
Arbortech Tree Services Michael Palamountain |
| Uniforms and clothing | Trims (woollens, overalls and laboratory coats) |
| NNT (uniform shirts, skirts, dress trousers, woollens) | |
| Allingtons Outpost (Yakka, overalls) | |
| Rays Outdoors (Yakka, Rainbird, overalls, boots, wellingtons and specialist hi-vis & outdoor equipment) | |
| Field gear | Prospectors Earth Sciences<EMAIL_ADDRESS>|
| Forestry Supplies<EMAIL_ADDRESS>| |
| Enviroequip<EMAIL_ADDRESS>ph: 1800 675 756 (soil and groundwater sampling) | |
| Jaybro Safety and Environmental Products<EMAIL_ADDRESS>ph:1300 885 384 | |
| Ross Instruments. Unit 12, 543 Churchill Rod Kilburn<EMAIL_ADDRESS>ph:8260 7888 | |


click me to go to webpage
>
click here to go to page 02
>
click here to go to the number guessing game
>


ragenix
- age-encrypted secrets for Nix
ragenix
[--rules
PATH=./secrets.nix] [-i
PATH]... (-e
PATH | -r
)
ragenix
-e
PATH
ragenix
-r
ragenix
encrypts secrets defined in a Nix configuration expression using
age(1)
. It is safe to publicly expose the resulting age-encrypted files, e.g.,
by checking them into version control or copying them to the world-readable Nix
store.
-e
, --edit
PATH
ragenix
opens an empty file for editing. In any case, the
given PATH has to match a rule as configured in the file given to the
--rules
option. After editing, ragenix
encrypts the updated contents
and replaces the original file.
If the --identity
option is not given, ragenix
tries to decrypt PATH
with the default SSH private keys. See --identity
for details.
The encrypted file always uses an ASCII-armored format.
ragenix
writes the decrypted plaintext contents of the secret at PATH
to a temporary file which is only accessible by the calling user. After
editing, ragenix
deletes the file, making it inaccessible after ragenix
exits.
--editor
PROGRAM
EDITOR
environment variable.
PROGRAM may denote an absolute binary path or a binary relative to the
PATH
environment variable. ragenix
assumes PROGRAM accepts the
absolute path to the decrypted age secret file as its first argument.
Giving the special token -
as a PROGRAM causes ragenix
to read from
standard input. In this case, ragenix
stream-encrypts data from standard
input only and does not open the file for editing.
-r
, --rekey
If the --identity
option is not given, ragenix
tries to decrypt PATH
with the default SSH private keys. See --identity
for details.
When rekeying, ragenix
does not write any plaintext data to disk; all
processing happens in-memory.
--rules
PATH
If omitted, ragenix
reads the content of the RULES
environment
variable. If the environment variable is also unset, ragenix
tries
opening the file secrets.nix
in the current working directory.
-i
, --identity
PATH
This option can be repeated. Additionally, ragenix
uses the default
Ed25519 and RSA SSH authentication identities at ~/.ssh/id_ed25519 and
~/.ssh/id_rsa, respectively. Identities given explicitly take precedence
over the default SSH identities. If no identities are given, ragenix
tries using the default SSH identities only.
Passphrase-encrypted age identities and passphrase-encryted SSH identities
are supported. Currently, however, it is necessary to enter the passphrase
of an SSH identity for each file to decrypt. This may result in poor
usability, particularly when using the --rekey
option.
For further details regarding this option also refer to age(1)
.
-s
, --schema
-v
, --verbose
-V
, --version
ragenix
also supports age
plugins. If the plugin binaries are present in
PATH
, ragenix
picks them up as needed.
Additionally, ragenix
supports adding plugins to its derviation to make them
always available to ragenix
. Use the plugins
argument of the derivation to
wrap the ragenix
binary with a PATH
extended by the given plugin
derivations. Matching plugin binaries which are part of PATH
when invoking
ragenix
are preferred. See the EXAMPLES section for an example.
A basic Nix configuration rules file (typically named secrets.nix) which
defines a secret file secret.txt.age which should be encrypted to an age and
an SSH recipient. ragenix
looks for secret.txt.age relative to ./secrets/:
$ cat ./secrets/secrets.nix
{
"secret.txt.age".publicKeys = [
"age1g4eapz2lkdvrevsg443yx8rhxklhyz4sa8w0jdfyh8sgx3azhftsz8zu07"
"ssh-ed25519 AAAAC3NzaC1lZDI1NTE5AAAAIKrb9ne3nZjw6DW[...]8h/Zoa"
];
}
$ file ./secrets/secret.txt.age
./secrets/secret.txt.age: ASCII text
Edit the secret file secret.txt.age in the default editor while using the default SSH Ed25519 identity at ~/.ssh/id_ed25519 with a rules configuration file different from ./secrets.nix:
$ ls ~/.ssh/
id_ed25519 id_ed25519.pub
$ ls /var/lib/secrets/
rules.nix secret.txt.age
$ ragenix --rules /var/lib/secrets/rules.nix -e secret.txt.age
Rekey all secrets given in ./secrets.nix with the age identity ~/.age/ragenix.key:
$ ragenix -i ~/.age/ragenix.key -r
Create/edit a secret from the system clipboard (on macOS):
$ pbpaste | ragenix --editor - -e secret.txt.age
Use --editor
to generate an SSH Ed25519 private key:
$ ragenix --editor 'ssh-keygen -q -N "" -t ed25519 -f' -e ssh_host_key.age
Make the age
YubiKey plugin available to ragenix
:
$ cat myragenix.nix
{ ragenix, age-plugin-yubikey }:
ragenix.override { plugins = [ age-plugin-yubikey ]; }
age(1), age-keygen(1)
Vincent Haupert mail@vincent-haupert.de


Hamilton Marathon
Hamilton NZL
Website: www.millenniummarathon.co.nz
Race Winners
(33 runnings)
28 Jan
2001
2:25:46
2:45:18
01 Jan
2000
2:21:58
2:43:56
1996-99
---
---
12 Nov 1995*
n/r
1994
---
---
14 Nov
1993
2:34:11
15 Nov
1992
2:38:52
3:17:28
27 Oct
1991
2:30:12
3:09:34
21 Oct
1990
2:33:11
3:03:14
22 Oct
1989
2:25:23
3:23:45
23 Oct
1988
2:26:26
2:54:45
07 Feb
1988
2:19:30
2:40:18
25 Oct
1987
2:17:46
3:18:10
26 Oct
1986
2:18:13
3:07:16
27 Oct
1985
2:16:38
2:40:40
21 Oct 1984
2:18:07
2:54:32
23 Oct
1983
2:17:42
2:39:51
24 Oct
1982
2:19:57
2:42:25
17 Oct 1981
2:15:20
2:52:48
18 Oct
1980
2:21:05
2:56:36
21 Oct
1979
2:18:05
3:01:31
21 Oct 1978
2:16:21
2:50:43
22 Oct 1977
2:17:39
2:47:16
23 Oct 1976
2:18:20
3:12:56
25 Oct 1975
2:14:07
4:26:09
26 Oct 1974
2:16:51
3:58:19
13 Oct 1973
2:17:33
28 Oct 1972
2:22:54
23 Oct 1971
2:15:46
24 Oct 1970
2:18:18
25 Oct 1969
2:20:16
26 Oct 1968
2:21:10
28 Oct 1967
2:22:35
22 Oct 1966
2:29:41
23 Oct 1965
2:21:10
(nc) => national championship
Notes: 1965 was the inaugural year. The February 1988 race was a one-time race with a different sponsor but with
the same organizing group. An Ekiden was held on 13 Nov 1994 in place of a marathon. The 1995 race was a fun run
with no times recorded. The 1966 race was known as the Watties Marathon.
Mark Hutchinson-2
Gabrielle O'Rourke (NZL)
Mark Hutchinson (NZL)
Anne Buckley (IRL)
not held
not held
Phil Wright (NZL)
.
not held
not held
Garry Wilson
(NZL)
.
Robert Were (NZL)
Margaret Hazelwood (NZL)
Kevin Pascoe (NZL)
Irene Wilson-2
Andrew Miller (NZL)
Caroline Andrew (NZL)
Robert Schudderboom-2
Irene Wilson (NZL)
Robert Schudderboom (NZL)
Margaret Gordon (NZL)
Peter Lyrenmann (SUI)
Cathy O'Brien (USA)
Man-Ban Young (KOR)
Lyn Clark (NZL)
Wojciech Ratkowski (POL)
Carol Raven (NZL)
Czeslaw Wilczewski (POL)
Annette Roberts (ENG)
Ric Sayre-2
Robyn Hames (NZL)
Hong-Yeou Lee (KOR)
Yeun-Joo Lim (KOR)
Ric Sayre (USA)
Ngaire Drake (NZL)
Tony Good-2
Jenny Walker (AUS)
Alan Thurlow (NZL)
Wendy McFall (NZL)
Gerald Dravitzki (NZL)
(nc)
Shirley Durtschi (USA)
Tony Good (NZL)
Rosemary Bell (AUS)
John Stanley (AUS)
Beverley Shingles (NZL)
Dave McInnes (AUS)
Joanne Etwell (NZL)
Kevin Ryan-2
Jan Cameron (NZL)
Kevin Ryan (NZL)
Barbara Mundt (NZL)
John Robinson (NZL)
Peter Bruce (AUS)
John Farrington-2
John Farrington (AUS)
Jeff Julian-3
Jeff Julian-2
Bill Baillie (NZL)
Mike Ryan (NZL)
Jeff Julian (NZL)
1979 Tony Good was the NZL champion (2nd place,2:18:47.3)
Most Wins (1965-date)
Men
4
Jeff Julian (NZL)
1965,1968-69
Women 2
Irene Wilson (NZL)
1989,1991
Prize Money
(ADR qualified runners)
Year Men Women Total 2000 $3,675 $3,985 $7,660
Race Time Bias
(sec/km)
Insufficient data to calculate the race time bias.
Competitive Level
(1990-date)
Insufficient data to calculate the competitive level.
Quality Performances
Men <2:15 2 <2:16 4 <2:17 8 <2:18 15 <2:19 23 <2:20 32 Women <2:40 1 <2:42 5 <2:44 9 <2:46 13 <2:48 16 <2:50 17
Last Updated on 21 Dec 2009
Contributors: Andy Galloway, Malcolm Heyworth, David Hamilton


Foster's x Tylenol
About two company
FosterLogo
William and Ralph Foster created Foster's in 1887. They were so dedicated to delivering Foster's the way it should be enjoyed, they even sold it with ice to keep Australia's warm environment at bay. More than 120 Yeats later, the bold, refreshing taste of Foster's is available in more than 150 countries, making it the largest-selling Australian beer brand in the world
TylenolLogo
TThe brand was introduced in 1955 by McNeil Laboratories, a family owned pharmaceutical manufacturer. Two brothers took over the company from their father that year, and that year one of them learned about paracetamol, which was not on the US market at that time.  The brand name Tylenol and the United States Adopted Name acetaminophen were generated by McNeil from the chemical name of the drug. Johnson & Johnson bought McNeil in 1959, and one year later the drug was made available over the counter.


Hi, my name is Michael Wong, and I'm an industrial design student as well as an aspiring web developer . I love making things that empower the user. I hope you will get to know me better .
Please feel free to Contact Me


|
APB UVM Agent
0.0.1
|
Functions | |
| interface | apb_if (input PCLK, input PRESETn) |
| APB bus interface with very simple property checking. More... | |
| interface apb_if | ( | input | PCLK, |
| input | PRESETn | ||
| ) |
APB bus interface with very simple property checking.
bus address
bus read data
bus write data
Slave select lines, active high. Only connect the ones that are needed.
read/write control
slave ready
| PCLK | bus clock |
| PRESETn | bus reset, active low |


Quotes
When searching for something specific, try using quotes. When search parameters are in quotes the search engine will search for the whole phrase rather than the individual words. For instance, if you search Certificate Extension, the engine will return content that contains those two words in any order – i.e. returning all results that include the word certificate, or extension. However, if you search “Certificate Extension”, it will search for that phrase exactly as you typed it. (Note: when using quotes upper- and lower-case letters count.) Using quotes can help locate specific information that may be buried under other content. To refine a search further try using a string of parameters within quotes. For example, if you search “Certificate Extension” “2013” it will return only certificate extensions that occurred in 2013.
Hyphens
Sometimes words are ambiguous or found in multiple situations, which makes searching for specific items which use these words difficult. For example, the word Application has many meanings and is found in various types of documents. But you may want to find all the documents that include the word Application except any “Application Information Requirements” documents. The hyphen tells the search to remove any results that include the words which follow it. It is like an “ignore/except” button. Using the hyphen, this is how you would search for all Applications except Application Information Requirement Documents:
- Application –Information Requirements
This tells the search engine to search for the word Application but to remove any results that have the word “Information Requirements”. This tool can be wildly helpful when searching for information about one topic while removing all the known, unwanted results. This is how you would write a search to find Applications, -not including information requirements “in 2013”
- Application -Information Requirements “2013”
To search by the folder structure that was in our previous site please see the list below for a reference:
Pre-Application folder Search
- "Pre-Application" "Application Terms of Reference/Information Requirements"
- "Pre-Application" "EAO Generated Documents"
- "Pre-Application" "Federal Comments/Submissions"
- "Pre-Application" "Notices - News Releases"
- "Pre-Application" "Public Comments/Submissions"
Certificate Extension folder Search
- "Certificate Extension"
- "Certificate Extension" "Proponent Comments/Correspondence"
Certificates Decision (Refused) Search
- "Certificate Decision" "Ministers Referral Package"
Application Review folder Search
- "Under Review" "Aboriginal Comments/Submissions"
- "Under Review" "Application and Supporting Studies"
- "Under Review" "Concurrent Permitting"
- "Under Review" "EAO Generated Documents"
- "Under Review" "Federal Comments/Submissions"
- "Under Review" "Local Government Comments/Submissions"
- "Under Review" "Notices - News Releases"
- "Under Review" "Other Jurisdictions Comments/Submissions"
- "Under Review" "Proponent Comments/Correspondence"
- "Under Review" "Public Comments/Submissions"
Certificate Issued folder Search
- "Certificate Issued" "EA Certificate Documentation"
- "Certificate Issued" "EAO Generated Documents"
- "Certificate Issued" "Notices - News Releases"
- "Certificate Issued" "Substantially Started Documentation"
Certificate Amendments folder Search
- "Certificate Amendment" "Amendment - Application"
- "Certificate Amendment" "Amendment Certificate"
- "Certificate Amendment" "EAO Generated Documents"
Compliance & Enforcement folder Search
- "Compliance & Enforcement" "Compliance Self-Reports:
- "Compliance & Enforcement" "Inspection Records"
- "Compliance & Enforcement" "Enforcement Actions"
Other folder Searches
- "Substantially Started Determination"
- "Further Assessment"
- "Projects that do no require and EA Certificate"
- "Certificate Expired"
Newer folder structure Pre-Application Search
- "Assessment Information" "Determination" "Project Description"
- "Assessment Information" "Concurrent Permitting"
- "Assessment Information" "Scope" "Application Information Requirements"
- "Assessment Information" "Scope" "Comment Period"
- "Assessment Information" "Scope" "Correspondence"
- "Assessment Information" "Scope" "Draft Application Information Requirements"
- "Assessment Information" "Scope" "Fees"
- "Assessment Information" "Scope" "Section 11"
- "Assessment Information" "Scope" "Section 13"
- "Assessment Information" "Evaluation"
- "Assessment Information" "Review"
Newer folder structure Application Review
- "Assessment Information" "Review" "Application"
- "Assessment Information" "Review" "Comment Period"
- "Assessment Information" "Review" "Comments & Submissions"
- "Assessment Information" "Review" "Correspondence"
- "Assessment Information" "Review" "Proponent Consultation Reports"
- "Assessment Information" "Review" "Time Limit Extension"
- "Assessment Information" "Review" "Time Limit Suspension"
Newer folder Structure EA Decision
- "EA Certificate Issued" "Decision Documentation"
- "EA Certificate Issued" "Notifications/News Releases"
- "EA Certificate Issued" "Separate Submissions"


Deploying Geoprocessing Tools As Python Modules
Clinton Dow
What is a Python Module?
Python Modules
A module is a Python file ending in .py
Groups related functions, classes and metadata
Python Naming Convention (PEP8)
lower_case_name_with_underscores
A python package is composed of several modules
A python package is a folder containing
init
.py
Groups modules with related or complimentary concepts
Import Statement
Pulls the functions in an imported module into the globals() namespace
These become accessible ‘globally’ within that Python process
Alias given at import time only accessible within the calling module
Ie: ‘import arcpy’
Can type arcpy.member_name only within the importing module
If imported in a second module, there is no load time
Module Objects
Reference objects to the imported module’s collection of function bytecode
Define what is visible to consumers via
all
= [] list of strings
Used by most ‘intellisense’ style auto-complete
Currently arcpy.da does NOT have an
all
therefore it does not autocomplete
importlib
Introduced in Python 3.1
Deprecates the ‘imp’ module
Importlib.import_module(‘module_name’) will return a module object
Explore modules by assigning the module object and looking at it’s dir()
dir() lists all members in a module (including _private members)
Functions/Classes/Variables with a leading _
Not imported with ‘import *’ – unless added explicitly to
all
Importing Best Practices
Break functionality into small modules, import the finest grain of functionality
Control loading of multiple modules via
init
.py in a Package
Do not use ‘from library import *’ in modules designed to be consumed
May cause namespace collisions
Two members from different modules with the same name
Avoid by importing explicitly
‘from library import member_name’
Correct namespace collisions using as keyword
‘from library import member_name as unique_member_name’
Importing Best Practices
Use importlib to access module objects
Useful for ‘lazy loading’ of specific modules
Also for conditional loading of specific modules
Liberal use of _private variable names
Hides most unwanted access to members
Impossible to completely hide a member in Python
Concise import statements
Be mindful of namespace collisions both down and upstream
How do Modules help?
Code Reuse
Modular code can be consumed in many places
Write and test code in one place
Avoid duplicating functions across tools
Regularly refactor code to facilitate reuse
View code as layers of functionality
Data Model
Functional Model
View Model
View
Decreases time, money and effort spent in the future
Ease of use
‘Self Documenting’
Don’t reinvent the wheel
Testability
Testing smaller increments of functionality in modules
Focused testing
Limited exposure to side-effects from other code
Easy-to-follow debugging experience
‘Unit Tests’
The smallest units of code within the module
Should only have one job with defined edges
‘edge cases’ aka functional boundaries
‘Integration Tests’
Interoperation between each function in multiple modules
Harder to identify bugs
More involved debugging process
Interchangeability
Smaller units of code are easier to replace
Improved method
Updating variable names
Also easier to understand
Reading ‘War and Peace’ vs. Reading several small books
Quickly prototype changes
Create a test version with a module replaced
Similar to building something with Lego vs. Concrete
Multiple ‘Views’
Functionality like arcpy.GetParameter() in separate file from logic
Consume modularized ArcPy code:
.tbx
.pyt
Python Window
Command Line
Only write the tool one time
Toolboxes provide different validation functionality
.tbx through the Geoprocessing pane in application
.pyt through python code in the toolbox file
Thank you!! Questions/Comments?? cdow@esri.com


Please enable Javascript if you want to hear the evosynth as it uses the web audio API which is only accessible via Javascript.
new sounds
play 1
Interpolate:
play 2


℞
Diagnosis:
?????????????? ????????????????
Instructions:
Press glossal surface against partition between oral and nasal cavities for 3
minutes.
℞
Diagnosis:
???????
Instructions:
Ingest comminuted calcium carbonate (q4h).
℞
Diagnosis:
???????
Instructions:
Introduce ammonium carbonate in close proximity to the face (q1h).
℞
Diagnosis:
???????????
Instructions:
Orally ingest flower nectar fortified by secretions from Apis spp. (q.d.).
℞
Diagnosis:
???????????????
Instructions:
Immerse hallux until corpus unguis is macerated (c. 14 min).
℞
Diagnosis:
??? ??????????
Instructions:
Masticate indigestible substance 8 hrs. or until auricular pressure is relieved.
℞
Diagnosis:
???????
Instructions:
Apply condensed dinitrogen to affected location for seven seconds.
℞
Diagnosis:
?????????
Instructions:
Ingest undenatured gamete (galline), with 6M solution of ethanoic acid (a.m).
℞
Diagnosis:
?????????
Instructions:
Cover more-developed orbit with nondiaphanous integument in three-hour
increments.
℞
Diagnosis:
??????????
Instructions:
Apply solid dihydrogen monoxide to discolored area (q.d.).
℞
Diagnosis:
????????????
Instructions:
Encourage patient to verbalize a term for A. comosus to prevent condition (12X).
℞
Diagnosis:
???????
Instructions:
Apply mixture of hyaluronic acid, dimethicone, and propylene glycol to affected
area (b.i.d.)
℞
Diagnosis:
??????????? ????????????? ???????
Instructions:
Discontinue autonomic respiratory function for 25s.
℞
Diagnosis:
?????????
Instructions:
Apply pressure medially on lateral surfaces of nasal bridge with three digits and
pitch toward anterior.
℞
Diagnosis:
???????????
Instructions:
Relieve compressive stimulus from limb. Circumambulate (6 min.)
℞
Diagnosis:
???????? ?????
Instructions:
Wait several days. If abscess persists, circulate oral cavity with 8 dM sodium
bicarbonate. Do not ingest.


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SETTING A NEW FRONTIER
Creative Electronics Club
Founded in 2014 by enthusiastic parents, CEC never ceases to amaze.
Read more
CEC aims to develop students’ interest in electronics. An open-minded culture allows us to consistently achieve new heights.
Learn more
Achieving new heights
A representation of our members’ skills.
70
total awards
ASEAN Students Science Project Competition
Overall Best Project, Champion, 2x 1st Runner Up, Representative
Taiwan Creative Innovation Competition
2nd Runner Up, 2x Award of Excellence
Tan Kah Kee Inventors’ Award
4 Years Continuous Best School Award
ACCCIM STI Competition
Champion, 2x 1st Runner Up, 2nd Runner Up, 3 Merit
Keysight iCipta Competition
Champion, 1nd Runner Up, Finalist
Digital Ninja Programme
Top 8 Teams, Top 15 Teams
#mydigitalmaker Global Challenge
Representative of Malaysia to Silicon Valley
The First International Youth UAV Science Camp and Competition in China
First Prize
View All
Committee Camp
23 February 2019
CEC 6th Anniversary
23 February 2019
Creativity Workshop
15 December 2018
Big Hall Clock
10 November 2018


Detroit: Become Human arrives on PC next month
Android store.
by Tom PhillipsPlayStation 4 adventure Detroit: Become Human comes to PC on 12th December, developer Quantic Dream has announced.
It'll be priced £29.99 on the Epic Games Store, where some of the studio's other games - Heavy Rain, Beyond: Two Souls - have already launched. A free demo will also be available at the same time.
This PC version will offer 4K 60fps visuals and a new interface designed for mouse and keyboard, as well as gamepad controls.
In Eurogamer's Detroit review, Oli Welsh dubbed it a "glib, rabble-rousing and admittedly enjoyable thriller" on PS4, despite the game's clumsy handling of its bigger themes.


openssl s_client
OpenSSL command to create TLS client connections.
More information: home page
- Display the start and expiry dates for a domain's certificate:
openssl s_client -connect host:port 2>/dev/null | openssl x509 -noout -dates
- Display the certificate presented by an SSL/TLS server:
openssl s_client -connect host:port
- Set the Server Name Indicator (SNI) when connecting to the SSL/TLS server:
openssl s_client -connect host:port -servername hostname
- Display the complete certificate chain of an HTTPS server:
openssl s_client -connect host:443 -showcerts


Responsible for the content of these sites in representation of the OpenSlides initiative:
Emanuel Schütze
c/o Intevation GmbH
Neuer Graben 17
D-49074 Osnabrück
Development and editing: Emanuel Schütze, Joshua Sangmeister


public class XMLEncoder extends Encoder implements AutoCloseable
XMLEncoder
class is a complementary alternative to
the ObjectOutputStream
and can used to generate
a textual representation of a JavaBean in the same
way that the ObjectOutputStream
can
be used to create binary representation of Serializable
objects. For example, the following fragment can be used to create
a textual representation the supplied JavaBean
and all its properties:
XMLEncoder e = new XMLEncoder( new BufferedOutputStream( new FileOutputStream("Test.xml"))); e.writeObject(new JButton("Hello, world")); e.close();Despite the similarity of their APIs, the
XMLEncoder
class is exclusively designed for the purpose of archiving graphs
of JavaBeans as textual representations of their public
properties. Like Java source files, documents written this way
have a natural immunity to changes in the implementations of the classes
involved. The ObjectOutputStream
continues to be recommended
for interprocess communication and general purpose serialization.
The XMLEncoder
class provides a default denotation for
JavaBeans in which they are represented as XML documents
complying with version 1.0 of the XML specification and the
UTF-8 character encoding of the Unicode/ISO 10646 character set.
The XML documents produced by the XMLEncoder
class are:
XMLEncoder
class
uses a redundancy elimination algorithm internally so that the
default values of a Bean's properties are not written to the stream.
Below is an example of an XML archive containing some user interface components from the swing toolkit:
<?xml version="1.0" encoding="UTF-8"?> <java version="1.0" class="java.beans.XMLDecoder"> <object class="javax.swing.JFrame"> <void property="name"> <string>frame1</string> </void> <void property="bounds"> <object class="java.awt.Rectangle"> <int>0</int> <int>0</int> <int>200</int> <int>200</int> </object> </void> <void property="contentPane"> <void method="add"> <object class="javax.swing.JButton"> <void property="label"> <string>Hello</string> </void> </object> </void> </void> <void property="visible"> <boolean>true</boolean> </void> </object> </java>The XML syntax uses the following conventions:
Although all object graphs may be written using just these three tags, the following definitions are included so that common data structures can be expressed more concisely:
Integer
class could be written:
<int>123</int>. Note that the XMLEncoder
class
uses Java's reflection package in which the conversion between
Java's primitive types and their associated "wrapper classes"
is handled internally. The API for the XMLEncoder
class
itself deals only with Object
s.
For more information you might also want to check out Using XMLEncoder, an article in The Swing Connection.
XMLDecoder
,
ObjectOutputStream
| Constructor and Description |
|---|
XMLEncoder(OutputStream out)
Creates a new XML encoder to write out JavaBeans
to the stream
out using an XML encoding. |
XMLEncoder(OutputStream out,
String charset,
boolean declaration,
int indentation)
Creates a new XML encoder to write out JavaBeans
to the stream
out using the given charset
starting from the given indentation . |
| Modifier and Type | Method and Description |
|---|---|
void |
close()
This method calls
flush , writes the closing
postamble and then closes the output stream associated
with this stream. |
void |
flush()
This method writes out the preamble associated with the
XML encoding if it has not been written already and
then writes out all of the values that been
written to the stream since the last time
flush
was called. |
Object |
getOwner()
Gets the owner of this encoder.
|
void |
setOwner(Object owner)
Sets the owner of this encoder to
owner . |
void |
writeExpression(Expression oldExp)
Records the Expression so that the Encoder will
produce the actual output when the stream is flushed.
|
void |
writeObject(Object o)
Write an XML representation of the specified object to the output.
|
void |
writeStatement(Statement oldStm)
Records the Statement so that the Encoder will
produce the actual output when the stream is flushed.
|
get, getExceptionListener, getPersistenceDelegate, remove, setExceptionListener, setPersistenceDelegate
public XMLEncoder(OutputStream out)
out
using an XML encoding.out
- the stream to which the XML representation of
the objects will be writtenIllegalArgumentException
- if out
is null
XMLDecoder.XMLDecoder(InputStream)
public XMLEncoder(OutputStream out, String charset, boolean declaration, int indentation)
out
using the given charset
starting from the given indentation
.out
- the stream to which the XML representation of
the objects will be writtencharset
- the name of the requested charset;
may be either a canonical name or an aliasdeclaration
- whether the XML declaration should be generated;
set this to false
when embedding the contents in another XML documentindentation
- the number of space characters to indent the entire XML document byIllegalArgumentException
- if out
or charset
is null
,
or if indentation
is less than 0IllegalCharsetNameException
- if charset
name is illegalUnsupportedCharsetException
- if no support for the named charset is available
in this instance of the Java virtual machineUnsupportedOperationException
- if loaded charset does not support encodingCharset.forName(String)
public void setOwner(Object owner)
owner
.owner
- The owner of this encoder.getOwner()
public Object getOwner()
setOwner(java.lang.Object)
public void writeObject(Object o)
writeObject
in class Encoder
o
- The object to be written to the stream.XMLDecoder.readObject()
public void writeStatement(Statement oldStm)
This method should only be invoked within the context of initializing a persistence delegate.
writeStatement
in class Encoder
oldStm
- The statement that will be written
to the stream.PersistenceDelegate.initialize(java.lang.Class<?>, java.lang.Object, java.lang.Object, java.beans.Encoder)
public void writeExpression(Expression oldExp)
This method should only be invoked within the context of initializing a persistence delegate or setting up an encoder to read from a resource bundle.
For more information about using resource bundles with the XMLEncoder, see http://java.sun.com/products/jfc/tsc/articles/persistence4/#i18n
writeExpression
in class Encoder
oldExp
- The expression that will be written
to the stream.PersistenceDelegate.initialize(java.lang.Class<?>, java.lang.Object, java.lang.Object, java.beans.Encoder)
public void flush()
flush
was called. After flushing, all internal references to the
values that were written to this stream are cleared.public void close()
flush
, writes the closing
postamble and then closes the output stream associated
with this stream.close
in interface AutoCloseable
Dracula Javadoc Sample, Made with Allan Im.


#include <image_ops.h>
Generate a single randomly distorted bounding box for an image.
Bounding box annotations are often supplied in addition to ground-truth labels in image recognition or object localization tasks. A common technique for training such a system is to randomly distort an image while preserving its content, i.e. data augmentation. This Op outputs a randomly distorted localization of an object, i.e. bounding box, given an image_size
, bounding_boxes
and a series of constraints.
The output of this Op is a single bounding box that may be used to crop the original image. The output is returned as 3 tensors: begin
, size
and bboxes
. The first 2 tensors can be fed directly into tf.slice
to crop the image. The latter may be supplied to tf.image.draw_bounding_boxes
to visualize what the bounding box looks like.
Bounding boxes are supplied and returned as [y_min, x_min, y_max, x_max]
. The bounding box coordinates are floats in [0.0, 1.0]
relative to the width and height of the underlying image.
For example,
# Generate a single distorted bounding box. begin, size, bbox_for_draw = tf.image.sample_distorted_bounding_box( tf.shape(image), bounding_boxes=bounding_boxes)
# Draw the bounding box in an image summary. image_with_box = tf.image.draw_bounding_boxes(tf.expand_dims(image, 0), bbox_for_draw) tf.summary.image('images_with_box', image_with_box)
# Employ the bounding box to distort the image. distorted_image = tf.slice(image, begin, size)
Note that if no bounding box information is available, setting use_image_if_no_bounding_boxes = true
will assume there is a single implicit bounding box covering the whole image. If use_image_if_no_bounding_boxes
is false and no bounding boxes are supplied, an error is raised.
Arguments:
[height, width, channels]
.[batch, N, 4]
describing the N bounding boxes associated with the image.Optional attributes (see Attrs
):
seed
or seed2
are set to non-zero, the random number generator is seeded by the given seed
. Otherwise, it is seeded by a random seed.max_attempts
failures, return the entire image.Returns:
Output
begin: 1-D, containing [offset_height, offset_width, 0]
. Provide as input to tf.slice
.Output
size: 1-D, containing [target_height, target_width, -1]
. Provide as input to tf.slice
.Output
bboxes: 3-D with shape [1, 1, 4]
containing the distorted bounding box. Provide as input to tf.image.draw_bounding_boxes
.
Constructors and Destructors |
|
|---|---|
SampleDistortedBoundingBox(const ::tensorflow::Scope & scope, ::tensorflow::Input image_size, ::tensorflow::Input bounding_boxes)
|
|
SampleDistortedBoundingBox(const ::tensorflow::Scope & scope, ::tensorflow::Input image_size, ::tensorflow::Input bounding_boxes, const SampleDistortedBoundingBox::Attrs & attrs)
|
Public attributes |
|
|---|---|
bboxes
|
|
begin
|
|
operation
|
|
size
|
Public static functions |
|
|---|---|
AreaRange(const gtl::ArraySlice< float > & x)
|
|
AspectRatioRange(const gtl::ArraySlice< float > & x)
|
|
MaxAttempts(int64 x)
|
|
MinObjectCovered(float x)
|
|
Seed(int64 x)
|
|
Seed2(int64 x)
|
|
UseImageIfNoBoundingBoxes(bool x)
|
Structs |
|
|---|---|
|
tensorflow:: |
Optional attribute setters for SampleDistortedBoundingBox. |
::tensorflow::Output bboxes
::tensorflow::Output begin
Operation operation
::tensorflow::Output size
SampleDistortedBoundingBox( const ::tensorflow::Scope & scope, ::tensorflow::Input image_size, ::tensorflow::Input bounding_boxes )
SampleDistortedBoundingBox( const ::tensorflow::Scope & scope, ::tensorflow::Input image_size, ::tensorflow::Input bounding_boxes, const SampleDistortedBoundingBox::Attrs & attrs )
Attrs AreaRange( const gtl::ArraySlice< float > & x )
Attrs AspectRatioRange( const gtl::ArraySlice< float > & x )
Attrs MaxAttempts( int64 x )
Attrs MinObjectCovered( float x )
Attrs Seed( int64 x )
Attrs Seed2( int64 x )
Attrs UseImageIfNoBoundingBoxes( bool x )


| QTY | DESCRIPTION | UNIT PRICE | TOTAL |
|---|---|---|---|
| 1 | Flat Pack Heritage | $429.00 | $429.00 |
| 2 | Carry On Suitcase | $300.00 | $600.00 |
Terms and ConditionsThank you for your business. We do expect payment within 21 days, so please process this invoice within that time. There will be a 1.5% interest charge per month on late invoices. | Subtotal | $1029.00 | |
| Shipping | $0.00 | ||
| VAT Included in Total | $0.00 | ||
|
Total
|
$1029.00 |


Next: quote, Previous: eval-when, Up: Evaluation and Compilation Dictionary
load-time-value
form &optional read-only-p ⇒ object
form—a form; evaluated as described below.
read-only-p—a boolean; not evaluated.
object—the primary value resulting from evaluating form.
load-time-value provides a mechanism for delaying evaluation of form until the expression is in the run-time environment; see Compilation.
Read-only-p designates whether the result can be considered a constant object. If t, the result is a read-only quantity that can, if appropriate to the implementation, be copied into read-only space and/or coalesced with similar constant objects from other programs. If nil (the default), the result must be neither copied nor coalesced; it must be considered to be potentially modifiable data.
If a load-time-value expression is processed by compile-file, the compiler performs its normal semantic processing (such as macro expansion and translation into machine code) on form, but arranges for the execution of form to occur at load time in a null lexical environment, with the result of this evaluation then being treated as a literal object at run time. It is guaranteed that the evaluation of form will take place only once when the file is loaded, but the order of evaluation with respect to the evaluation of top level forms in the file is implementation-dependent.
If a load-time-value expression appears within a function compiled with compile, the form is evaluated at compile time in a null lexical environment. The result of this compile-time evaluation is treated as a literal object in the compiled code.
If a load-time-value expression is processed by eval, form is evaluated in a null lexical environment, and one value is returned. Implementations that implicitly compile (or partially compile) expressions processed by eval might evaluate form only once, at the time this compilation is performed.
If the same list (load-time-value form) is evaluated or compiled more than once, it is implementation-dependent whether form is evaluated only once or is evaluated more than once. This can happen both when an expression being evaluated or compiled shares substructure, and when the same form is processed by eval or compile multiple times. Since a load-time-value expression can be referenced in more than one place and can be evaluated multiple times by eval, it is implementation-dependent whether each execution returns a fresh object or returns the same object as some other execution. Users must use caution when destructively modifying the resulting object.
If two lists (load-time-value form) that are the same under equal but are not identical are evaluated or compiled, their values always come from distinct evaluations of form. Their values may not be coalesced unless read-only-p is t.
;;; The function INCR1 always returns the same value, even in different images. ;;; The function INCR2 always returns the same value in a given image, ;;; but the value it returns might vary from image to image. (defun incr1 (x) (+ x #.(random 17))) (defun incr2 (x) (+ x (load-time-value (random 17)))) ;;; The function FOO1-REF references the nth element of the first of ;;; the *FOO-ARRAYS* that is available at load time. It is permissible for ;;; that array to be modified (e.g., by SET-FOO1-REF); FOO1-REF will see the ;;; updated values. (defvar *foo-arrays* (list (make-array 7) (make-array 8))) (defun foo1-ref (n) (aref (load-time-value (first *my-arrays*) nil) n)) (defun set-foo1-ref (n val) (setf (aref (load-time-value (first *my-arrays*) nil) n) val)) ;;; The function BAR1-REF references the nth element of the first of ;;; the *BAR-ARRAYS* that is available at load time. The programmer has ;;; promised that the array will be treated as read-only, so the system ;;; can copy or coalesce the array. (defvar *bar-arrays* (list (make-array 7) (make-array 8))) (defun bar1-ref (n) (aref (load-time-value (first *my-arrays*) t) n)) ;;; This use of LOAD-TIME-VALUE permits the indicated vector to be coalesced ;;; even though NIL was specified, because the object was already read-only ;;; when it was written as a literal vector rather than created by a constructor. ;;; User programs must treat the vector v as read-only. (defun baz-ref (n) (let ((v (load-time-value #(A B C) nil))) (values (svref v n) v))) ;;; This use of LOAD-TIME-VALUE permits the indicated vector to be coalesced ;;; even though NIL was specified in the outer situation because T was specified ;;; in the inner situation. User programs must treat the vector v as read-only. (defun baz-ref (n) (let ((v (load-time-value (load-time-value (vector 1 2 3) t) nil))) (values (svref v n) v)))
compile-file, compile, eval, Minimal Compilation, Compilation
load-time-value must appear outside of quoted structure in a "for evaluation" position. In situations which would appear to call for use of load-time-value within a quoted structure, the backquote reader macro is probably called for; see Backquote.
Specifying nil for read-only-p is not a way to force an object to become modifiable if it has already been made read-only. It is only a way to say that, for an object that is modifiable, this operation is not intended to make that object read-only.
Next: quote, Previous: eval-when, Up: Evaluation and Compilation Dictionary


Enables the interoperability between the Perseus platform for omics data analysis (Tyanova et al. 2016) <doi:10.1038/nmeth.3901> and R. It provides the foundation for developing and running Perseus plugins implemented in R by providing all required input and output handling, including data and parameter parsing as described in Rudolph and Cox 2018 <doi:10.1101/447268>.
| Version: | 0.3.4 |
| Depends: | R (≥ 3.3.0) |
| Imports: | utils, plyr, methods, XML, Biobase, stringr |
| Suggests: | testthat, roxygen2, knitr, rmarkdown |
| Published: | 2018-11-05 |
| Author: | Jan Rudolph |
| Maintainer: | Jan Rudolph <rudolph at biochem.mpg.de> |
| License: | MIT + file LICENSE |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | PerseusR results |
| Reference manual: | PerseusR.pdf |
| Vignettes: |
Using Perseus data in R |
| Package source: | PerseusR_0.3.4.tar.gz |
| Windows binaries: | r-devel: PerseusR_0.3.4.zip, r-release: PerseusR_0.3.4.zip, r-oldrel: PerseusR_0.3.4.zip |
| OS X binaries: | r-release: PerseusR_0.3.4.tgz, r-oldrel: PerseusR_0.3.4.tgz |
| Old sources: | PerseusR archive |
Please use the canonical form https://CRAN.R-project.org/package=PerseusR to link to this page.


| Interests: | I'm very interested in route planning, map routing especially in Bangkok. I also know all public transit route, where they pass at an expert level. |
| Self Project: | Bangkok Bus Transit Route Planning |
| Team Project: | Viabus Application (Data Provider & Verifier) |


STARSHIP TROOPERS (1997)
Directed by Paul Verhoeven Starring : Casper Van Dien (Johnny Rico) Denise Richards (Carmen) Dina Meyer (Dizzy) Michael Ironside Running Time : 2hrs 15mins
Overall rating : *** out of *****
INTERGALACTIC PEST WARFARE
STARSHIP TROOPERS is a US$100++ million action film. I can't say if Hollywood is wasting money on such films because at the end of the day, the business part of film-making rules in Hollywood. The trailers have probably given you the idea that this film is a special-effects laden piece of work and in this department, it does not disappoint at all. Perhaps if we look into the direction of Paul Verhoeven, we can understand why STARSHIP TROOPERS is what it is. He gave us the violent ROBOCOP (his US film debut), then onto the sexual-thriller BASIC INSTINCT, the clever TOTAL RECALL and most recently, his infamous work on the violently illicit SHOWGIRLS. Violence is a recurring thing in all his films, not action and in STARSHIP TROOPERS, he has shown his love for mayhem yet again, this time with a lot of money.
I have not read the Robert Heinlein book in which it is supposed to be based on but from what I hear over the internet, fans of the book are running amok, burning down theatres showing the film. Of course I was joking but you get the idea. Verhoeven has interlaced STARSHIP TROOPERS with media inspired propaganda advertisements of the military in conveying this film. This is perhaps the more interesting feature of the movie and they are almost always very funny. Audiences who feel like they are watching bits and pieces of SWEET VALLEY HIGH and BEVERLY HILLS 90210 are advised not to worry, it has been obviously intended but intention does not necessarily coincide with preferences, thus the feeling of being cheated out of the $7 that you paid. The actors and actresses were actually from the above mentioned shows. The story has a group of teenagers living in an almost sterile, militarized society and inspired to join the military. Johnny Rico enlists himself in the military in his quest to win Carmen's love, who incidentally is fanatical whn it comes to flying starships. Rico ends up with a ground-based grunt squad while Carmen gets to pursue her dreams of commanding a starship.
When the city of Buenos Aires was devastated by an asteroid sent from the Klendathu system, a system infested with primal bugs the size of elephants, Earth unites and sends their brave your men and women to rid our planet from this threat. The bugs are not as primitive as we may expect, they have special bugs for special purposes. We have the standard grunt-bug which goes around stabbing people, the giant-cannon-bug which fires plasma blasts from its abdomen at starships hovering above and of course the flying-bug, their version of our fighter planes. The CGI effects are amazing, not so because they are anything new but rather the sheer numbers and fluidity in movements when they swarm across the landscape of Klendathu. Verhoeven's conveyance of violence is at-your-face level. He does not use hints of terror or gore, he shows them in full glory, in widescreen. Singapore audiences may not be able to `enjoy' fully the action because of censors here and there but to give you an idea of what to expect; heads fly off, bodies dismember and brains are sucked.
Many people I know hated the film. I can't say I loved it myself but I did like it for its satirical view of the future and also of course, the CG effects. Plot and scriptwise, STARSHIP TROOPERS is no better than any normal B-grade film. Verhoeven's direction was such that the movie did not try too hard at all; the parameters for the film have been more or less laid out in the beginning and audiences should be able to tell whether they are gonna hate it or love it right from then on. It is more of an alternative-mainstream movie, very much like MARS ATTACKS!, released a year ago.
Bottom line: watch at your own risk, do not bring children, not so much because of its violence but more of how it is potrayed (I'd prefer the world `glorified' actually). Go for the special effects and action.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


What we do ?
In-campus Plantation
This group aims at keeping the campus green , save the endangered environment and to beautify our life by planting trees at appropriate places inside the Campus. We protect plants to maintain the biodiversity and to preserve the flora and fauna. For this process we will conduct a plantation day, on that day we provide plants to our faculty ,staff member and students And they will plant thier own plant.And that plant will thier own responsibility.
Clean India
Swachh Bharat Abhiyan is also called as clean india mission or clean india drive or Swachh Bharat Campaign, launched by our prime minister Narendra Modi. This campaign invalues the constitution of latrines, promoting sanitation programmes in the rural area, cleaning streets, roads and changing the infrastructure of the country to lead the country ahead.
Out-campus Plantation
We started with spreading awareness amongst the people in the nearby village Amhara about the various plantation schemes which the government is running for the benefit of them and we convinced a couple of people that we would help them in their plantation. We collected a lot of information about problems villagers are facing in which the major issue was that they were not aware of the government schemes. Now we are going to explain these schemes to the villagers and help them with their scheme of interest. We will aid them in contacting the government and regularly attend them so that we can help them time to time.
Plantation Drives
Plantation Drive was organized by the NSS PLANTATION cell on 18th November 2018.All the necessary arrangements were made by the students so as to make the plantation drive a success. The team had bought about 150 plants of ARJUNA tree and arranged all the tools. The VP Gymkhana and NSS head also planted a tree. NSS PIC planted a tree near his house. The team had already located areas where the plants need to be planted 2 -3 days earlier. Within almost 4 hours about 110 trees were planted. Students dug the tools and planted trees by themselves along with the assistance of NSS plantation members. The plantation drive was a success and NSS Plantation cell looks forward to organizing the same in future.
Cleanliness Drives
Under the Swachhta Pakhwada Of Swachh Bharat Mission, Five cleanliness drives were conducted by the NSS Environment wing, inside the campus, to maintain its cleanliness. Our NSS volunteers collected the wastes spread around the area and also promoted segregation of waste materials and electronic devices were disposed of separately. Professor-InCharge of NSS also participated in these drives to motivate and inspire our NSS volunteers towards keeping our surroundings clean. Cleanliness Drives were conducted in D-BLOCK Residence and IIT Hospital, Food Court Area, Girls’ Hostel Area, Boys’ Hostel Area and Faculty Quarters from 8th to 15th September 2018.
Future Plans
We are going to help people in the nearby villages with their agricultural problems and aim to develop an innovation team in our cell to come up with new ideas and inventions to improve the agriculture conditions of the villagers and help them in having better output from their fields. Through the innovation team, we will not just be helping farmers nearby, but whole India. We have planned to work towards creating a park inside the campus for hang-out purposes.We will also find out government schemes, implement them and also make the villages aware of them.
What we thrive ?
Clean Soceity
Green Soceity
No Wastage
No Plastics
Mentor
The Environment team works under the mentorship of Vaibhav Patil


Basic data structure used in the LRU Queue. More...
#include <cacheblock.H>
Public Member Functions | |
| cacheBlock (uint64_t, uint64_t, uint64_t) | |
| cacheBlock Constructor | |
| cacheBlock (const cacheBlock &) | |
| cacheBlock Copy Constructor | |
| ~cacheBlock () | |
| cacheBlock Destructor | |
| void | print (void) |
| Print out the fields of the cacheBlock. | |
| void | setAccessPattern (uint64_t, uint32_t) |
| Set the pattern in the utilizationBitmap. | |
| void | updateAccessPattern (uint64_t, uint32_t) |
| Update the access pattern in the utilizationBitmap. | |
Public Attributes | |
| uint64_t | insInsert |
| The instruction count at which the block is inserted. | |
| uint64_t | startAddress |
| The word aligned start address of the cacheBlock. | |
| uint64_t | endAddress |
| The word aligned end address of the cacheBlock. | |
| uint32_t * | utilizationBitmap |
| Integer pointer to first element of utilizationBitmap array. | |
| uint32_t | blockSize |
| Size of the cacheBlock in words. | |
| cacheBlock * | previous |
| Pointer to previous cacheBlock in LRU Queue. | |
| cacheBlock * | next |
| Pointer to next cacheBlock in the LRU Queue. |
Basic data structure used in the LRU Queue.
The cacheBlock maintains the information we need regarding a specific block in the LRU Queue. The blocks are flexible in size. All addresses are word aligned.
| cacheBlock::cacheBlock | ( | uint64_t | sA, | |
| uint64_t | eA, | |||
| uint64_t | iC | |||
| ) |
cacheBlock Constructor
| sA | Start Address of the cacheBlock | |
| eA | End Address of the cacheBlock | |
| iC | Instruction Count at time of creation |
| cacheBlock::cacheBlock | ( | const cacheBlock & | cB | ) |
cacheBlock Copy Constructor
| cB | cacheBlock to create a deep copy of |
| cacheBlock::~cacheBlock | ( | ) |
cacheBlock Destructor
Delete the memory allocated for the utilizationBitmap array
| void cacheBlock::print | ( | void | ) |
Print out the fields of the cacheBlock.
| void cacheBlock::setAccessPattern | ( | uint64_t | effectiveAddress, | |
| uint32_t | memoryAccessSize | |||
| ) |
Set the pattern in the utilizationBitmap.
Method is called when a new cacheBlock is created in order to mark the words which form the current access.
| effectiveAddress | Word aligned start address of the memory access | |
| memoryAccessSize | Size of the memory access in Bytes |
| void cacheBlock::updateAccessPattern | ( | uint64_t | effectiveAddress, | |
| uint32_t | memoryAccessSize | |||
| ) |
Update the access pattern in the utilizationBitmap.
Method is called in case of a hit or after collated / partial hit processing in order to update the count in the utilizationBitmap.
| effectiveAddress | Word aligned start address of the memory access | |
| memoryAccessSize | Size of the memory access in Bytes |
| uint32_t cacheBlock::blockSize |
Size of the cacheBlock in words.
| uint64_t cacheBlock::endAddress |
The word aligned end address of the cacheBlock.
The end address of the cacheBlock is inclusive. Eg: For a block starting at address 0x0 with size 8 words, let WORD_SIZE is 8 then end address is = 0x0 + 0x38 = 0x38
| uint64_t cacheBlock::insInsert |
The instruction count at which the block is inserted.
Pointer to next cacheBlock in the LRU Queue.
NULL if the cacheBlock is at the bottom of the LRU Queue ( == QTail )
Pointer to previous cacheBlock in LRU Queue.
NULL if cacheBlock is at the top of LRU Queue ( == QHead )
| uint64_t cacheBlock::startAddress |
The word aligned start address of the cacheBlock.
| uint32_t* cacheBlock::utilizationBitmap |
Integer pointer to first element of utilizationBitmap array.
The array stores information about which words in the block have been touched. Each element in the array stores the number of times that specific word has been accessed.


This is a VHDL implementation of a graphics controller. You can configure the bit depth and framebuffer size at synthesize time with generic parameters.
The graphics controller is command based: You can send commands to the SPI interface and after the command is finished, the busy output is set to high again. The bit width of the internal framebuffer memory is the same as the color bit depth, so all coordinates and addresses are pixel addresses. A command is started with setting chip select to low, which is acknowledge from the controller by setting the busy output to high. The bits are sampled by the controller with the rising edges of the SPI clock, most significant bits and bytes first.
Resets the controller. This command can be issued even if the graphics accelerator is busy. It stops the current graphics accleration operation and sets all internal registers to 0.
Sets the address of the framebuffer start for the OutputGenerator. This value buffered and transfered to the OutputGenerator on next VSync.
Sets the offset, which is added each line to the framebuffer address from the OutputGenerator to get the address of the next line. With this operation you can define a window in a wider virtual framebuffer, e.g. for faster scrolling. This value buffered and transfered to the OutputGenerator on next VSync.
Sets the destination address of the framebuffer start for all following painting operations. With this parameter you can implement double buffering: write to an offscreen area while the current framebuffer is displayed and then switch onscreen and offscreen to avoid display inferences.
Code:
dstStart = address;
Sets the line length for all following graphics operations for the destination area.
Code:
dstPitch = offset;
Sets the framebuffer start for source area the Blit command.
Code:
srcStart = address;
Sets the line length for the source area for the Blit command.
Code:
srcPitch = offset;
Sets the color. The bit width is the same as the bit width of the framebuffer.
Code:
currentColor = color;
Sets a pixel to the current color.
Code:
dstStart[x + y * dstPitch] = currentColor;
Sets the start point for the LineTo command.
Code:
lineX0 = x; lineY0 = y;
Draws a line from the current start position to the specified position. Then updates the current start position with the specified position.
Code:
void setPixel(x, y) { dstStart[x + y * dstPitch] = currentColor; } x2 = lineX0; y2 = lineY0; int dx, incx, dy, incy, balance; if (x2 >= x) { dx = x2 - x; incx = 1; } else { dx = x - x2; incx = -1; } if (y2 >= y) { dy = y2 - y; incy = 1; } else { dy = y - y2; incy = -1; } if (dx >= dy) { dy <<= 1; balance = dy - dx; dx <<= 1; while (x != x2) { setPixel(x, y); if (balance >= 0) { y += incy; balance -= dx; } balance += dy; x += incx; } setPixel(x, y); } else { dx <<= 1; balance = dx - dy; dy <<= 1; while (y != y2) { setPixel(x, y); if (balance >= 0) { x += incx; balance -= dy; } balance += dx; y += incy; } setPixel(x, y); } lineX0 = x2; lineY0 = y2;
Fills a rectangle. If width or height is 0, no pixel is set.
Code:
for (int y = 0; y < height; y++) { for (int x = 0; x < width; x++) { dstStart[(x + x0) + (y + y0) * dstPitch] = currentColor; } }
Sets the width and height for all follwing Blit commands. This command is useful for reducing data transfer size, if you want to blit multiple areas of the same size, e.g. for text output with a font with a fixed font width.
Code:
blitWidth = width; blitHeight = height;
Copies the specified source area (with BlitSize) to the destination area.
Code:
for (int y = 0; y < blitHeight; y++) { for (int x = 0; x < blitWidth; x++) { dstStart[(x + destinationX) + (y + destinationY) * dstPitch] = srcStart[(x + sourceX) + (y + sourceY) * srcPitch]; } }
Same as Blit, but the current color is used as transparent color: All pixels of the source area with this color are not copied to the destination area.
Code:
for (int y = 0; y < blitHeight; y++) { for (int x = 0; x < blitWidth; x++) { Color c = srcStart[(x + sourceX) + (y + sourceY) * srcPitch]; if (c != currentColor) { dstStart[(x + destinationX) + (y + destinationY) * dstPitch] = c; } } }
Writes data into the framebuffer, starting at the specified address. The data is a contiguous stream of bits with a bit length which is a multiple of the bit depth of the framebuffer. This command is useful e.g. for downloading fonts or other graphics in offscreen area, or even for slow updates of the framebuffer itself. Some SPI transmitters can transmit only on byte or word boundaries. To avoid overwriting too many pixels, any bits after the specified size are ignored.
Code:
for (int i = 0; i < size; i++) { address[i] = nextPixelColorFromSpi(); }
SPI Chipselect
SPI Data
SPI Clock
VSync
Busy
Example for 64 colors VGA output:
red[2]
green[2]
blue[2]
HSync
VSync
For maximum flexibility there are multiple modules with well designed interfaces. You can replace individual modules for your application needs. For easier implementation, all modules are clocked by one central clock.
Main entity, with the physical input and output lines. Instantiates and connects the other entities, receives the SPI commands and translates it to the Framebuffer and GraphicsAccelerator entities.
Provides the RAM interfaces: two read ports and one write port. The OutputGenerator uses one read port and the GraphicsAccelerator the other read port. The write port is used by the YaGraphCon main entity for writing to the framebuffer and by the GraphicsAccelerator for writing.
Reads the framebuffer and generates a VGA output signal.
Register based graphics accelerators.
Configured for 1 pixel depth and a 320x240 resolution, the video memory and a font fits in a block RAM of the FPGA on the Spartan 3E Starterkit. This is the 16x16 bitmap font from Ste's Bitmap Fonts page:
I've converted it with a Java program to a C array. The FPGA main entity includes a RS232 receiver for translating the received signals to SPI. The controlling program runs on PC. The final image from the test program looks like this:
YouTube video:
The speed is low, because the PC is bit banging the SPI protocol over an USB serial adapter. The speed of the graphics operations is 50 mega pixels per second on the Spartan 3E Starterkit. Maximum SPI clock can be 25 MHz.
The latest source code and documentation is available at https://github.com/FrankBuss/YaGraphCon
Directories and files:
BSD license, for all source code in the GitHub repository. Please fork on github and send me bug fix pull requests.


{{ page.title }} Wooden bike
{% endif %}Model 16 is full suspension bike for children aged from 4 to 6 years, made of birch plywood.
The patented LVS™ suspension system was created by design engineer Jiří Marján.
Thanks to the suspension system vibrations are significantly reduced when riding on any surface. The suspension system protects the child's body from harmful vibrations and provides a comfortable riding experience.
Re pello Model 16 was exhibited at Prague’s Designblok in 2017.


Available Endpoints
Note: To access the API with your GitHub App, you must provide a custom media type in the Accept
Header for your requests.
application/vnd.github.machine-man-preview+json
Warning: The API may change without advance notice during the preview period. Preview features are not supported for production use. If you experience any issues, contact your GitHub Enterprise site administrator.
The following endpoints are available for use by GitHub Apps. Your app can make the following requests using REST v3 endpoints. For more information, see "GitHub Apps."
You must use an installation access token to access these endpoints.
Check Runs
- Create a check run
- Get a check run
- Update a check run
- List check run annotations
- List check runs in a check suite
- List check runs for a Git reference
Check Suites
- Create a check suite
- Get a check suite
- Rerequest a check suite
- Update repository preferences for check suites
- List check suites for a Git reference
Codes Of Conduct
Content References
Deployment Statuses
Deployments
Events
- List public events
- List public events for a network of repositories
- List public organization events
- List events for the authenticated user
- List public events for a user
- List events received by the authenticated user
- List public events received by a user
Feeds
Git Blobs
Git Commits
Git Refs
Git Tags
Git Trees
Gitignore Templates
Installations
Issue Assignees
Issue Comments
- List issue comments
- Create an issue comment
- List issue comments for a repository
- Get an issue comment
- Update an issue comment
- Delete an issue comment
Issue Events
Issue Timeline
Issues
- List assignees
- Check if a user can be assigned
- List repository issues
- Create an issue
- Get an issue
- Update an issue
- Lock an issue
- Unlock an issue
Labels
- List labels for an issue
- Add labels to an issue
- Set labels for an issue
- Remove all labels from an issue
- Remove a label from an issue
- List labels for a repository
- Create a label
- Get a label
- Update a label
- Delete a label
- Get labels for every issue in a milestone
Licenses
Markdown
Meta
Milestones
Organization Hooks
- List organization webhooks
- Create an organization webhook
- Get an organization webhook
- Update an organization webhook
- Delete an organization webhook
- Ping an organization webhook
Organization Members
- List organization members
- Check organization membership for a user
- Remove an organization member
- Get organization membership for a user
- Set organization membership for a user
- Remove organization membership for a user
- List public organization members
- Check public organization membership for a user
Organization Outside Collaborators
- List outside collaborators for an organization
- Convert an organization member to outside collaborator
- Remove outside collaborator from an organization
Organization Pre Receive Hooks
- List pre-receive hooks for an organization
- Get
- Update pre-receive hook enforcement for an organization
- Remove pre-receive hook enforcement for an organization
Organization Team Projects
- List team projects
- Check team permissions for a project
- Add or update team project permissions
- Remove a project from a team
Organization Team Repositories
- List team repositories
- Check team permissions for a repository
- Add or update team repository permissions
- Remove a repository from a team
Organization Teams
- List teams
- Create a team
- Get team membership for a user
- Add or update team membership for a user
- Remove team membership for a user
- List child teams
Organizations
Project Collaborators
- List project collaborators
- Add project collaborator
- Remove project collaborator
- Get project permission for a user
Projects
- List organization projects
- Create an organization project
- Get a project
- Update a project
- Delete a project
- Create a project card
- List project columns
- Create a project column
- Get a project column
- Update a project column
- Delete a project column
- List project cards
- Move a project column
- Get a project card
- Update a project card
- Delete a project card
- Move a project card
- List repository projects
- Create a repository project
Pull Comments
- List review comments on a pull request
- Create a review comment for a pull request
- List review comments in a repository
- Get a review comment for a pull request
- Update a review comment for a pull request
- Delete a review comment for a pull request
Pull Request Review Events
Pull Request Review Requests
- List requested reviewers for a pull request
- Request reviewers for a pull request
- Remove requested reviewers from a pull request
Pull Request Reviews
- List reviews for a pull request
- Create a review for a pull request
- Get a review for a pull request
- Update a review for a pull request
- Delete a pending review for a pull request
- List comments for a pull request review
Pulls
- List pull requests
- Create a pull request
- Get a pull request
- Update a pull request
- List commits on a pull request
- List pull requests files
- Check if a pull request has been merged
- Merge a pull request (Merge Button)
Reactions
- Delete a reaction
- List reactions for a commit comment
- Create reaction for a commit comment
- List reactions for an issue
- Create reaction for an issue
- List reactions for an issue comment
- Create reaction for an issue comment
- List reactions for a pull request review comment
- Create reaction for a pull request review comment
- List reactions for a team discussion comment
- Create reaction for a team discussion comment
- List reactions for a team discussion
- Create reaction for a team discussion
- Delete a commit comment reaction
- Delete an issue reaction
- Delete a reaction to a commit comment
- Delete a pull request comment reaction
- Delete team discussion reaction
- Delete team discussion comment reaction
Repositories
- List organization repositories
- Create a repository for the authenticated user
- Get a repository
- Update a repository
- Delete a repository
- Compare two commits
- List repository contributors
- List forks
- Create a fork
- List repository languages
- List repository tags
- List repository teams
- Transfer a repository
- List public repositories
- List repositories for a user
Repository Activity
- List stargazers
- List watchers
- List repositories starred by a user
- List repositories watched by a user
Repository Branches
- List branches
- Get a branch
- Get branch protection
- Update branch protection
- Delete branch protection
- Get admin branch protection
- Set admin branch protection
- Delete admin branch protection
- Get pull request review protection
- Update pull request review protection
- Delete pull request review protection
- Get commit signature protection
- Create commit signature protection
- Delete commit signature protection
- Get status checks protection
- Update status check potection
- Remove status check protection
- Get all status check contexts
- Add status check contexts
- Set status check contexts
- Remove status check contexts
- Get access restrictions
- Delete access restrictions
- List teams with access to the protected branch
- Add team access restrictions
- Set team access restrictions
- Remove team access restriction
- List users with access to the protected branch
- Add user access restrictions
- Set user access restrictions
- Remove user access restrictions
- Merge a branch
Repository Collaborators
- List repository collaborators
- Check if a user is a repository collaborator
- Add a repository collaborator
- Remove a repository collaborator
- Get repository permissions for a user
Repository Commit Comments
- List commit comments for a repository
- Get a commit comment
- Update a commit comment
- Delete a commit comment
- List commit comments
- Create a commit comment
Repository Commits
Repository Community
Repository Content References
Repository Contents
- Download a repository archive
- Get repository content
- Create or update file contents
- Delete a file
- Get a repository README
- Get the license for a repository
Repository Hooks
- List repository webhooks
- Create a repository webhook
- Get a repository webhook
- Update a repository webhook
- Delete a repository webhook
- Ping a repository webhook
- Test the push repository webhook
Repository Invitations
Repository Keys
Repository Pages
- Get a GitHub Pages site
- Create a GitHub Pages site
- Update information about a GitHub Pages site
- Delete a GitHub Pages site
- List GitHub Pages builds
- Get GitHub Pages build
- Get latest pages build
Repository Pre Receive Hooks
- List pre-receive hooks for a repository
- Get
- Update pre-receive hook enforcement for a repository
- Remove pre-receive hook enforcement for a repository
Repository Releases
- List releases
- Create a release
- Get a release
- Update a release
- Delete a release
- List release assets
- Get a release asset
- Update a release asset
- Delete a release asset
- Get the latest release
- Get a release by tag name
Repository Stats
- Get the weekly commit activity
- Get the last year of commit activity
- Get all contributor commit activity
- Get the weekly commit count
- Get the hourly commit count for each day
Root
Search
- Search code
- Search commits
- Search issues and pull requests
- Search labels
- Search repositories
- Search topics
- Search users
Statuses
- Get the combined status for a specific reference
- List commit statuses for a reference
- Create a commit status
Team Discussions
- List discussions
- Create a discussion
- Get a discussion
- Update a discussion
- Delete a discussion
- List discussion comments
- Create a discussion comment
- Get a discussion comment
- Update a discussion comment
- Delete a discussion comment


The Woodlands Marathon
The Woodlands TX/USA
Website: thewoodlandsmarathon.com
Race Winners
(23 runnings)
Men Women Prize Money
(ADR qualified runners) Race Time Bias
(sec/km) Quality Performances
02 Mar
2019
2:29:08
Ryan Parrish (TX/USA)
2:58:35
Nicole Bitter (AZ/USA)
03 Mar
2018
2:30:15
Calum Neff (TX/USA)
2:52:38
Camille Herron (OK/USA)
04 Mar
2017
2:21:27
Sphamandla Nyembe (RSA)
2:51:39
Melissa Hopper (TX/USA)
05 Mar
2016
2:18:48
Hillary Too (KEN)
2:35:26
Ayantu Dakebo Hailemariam (ETH)
28 Feb 2015
2:19:21.0
Philip Lagat Chirchir (KEN)
2:43:54.6
Firehiwot Goshu Metike (ETH)
01 Mar 2014
2:19:30.0
Lamech Mokono Mosoti (KEN)
2:44:57.0
Dihinet Demsew Jara (ETH)
02 Mar 2013
2:26:29
Richard Tirop Kessio (KEN)
2:42:44
Jenna Boren (CA/USA)
03 Mar 2012
2:15:41
Jeffrey Eggleston (CO/USA)
2:37:18
Camille Herron (OK/USA)
1994-2011
---
not held
---
not held
1993
---
n/a
---
n/a
1992
---
n/a
---
n/a
09
Feb
1991
---
n/a
---
n/a
10 Feb
1990
---
n/a
---
n/a
1988
---
n/a
---
n/a
1987
---
n/a
---
n/a
1986
---
n/a
---
n/a
09
Feb
1985
2:34:27
n/a
3:01:05
n/a
Feb
1984
2:30:56
Joe Torres (USA)
2:59:35
Teri Aldope (USA)
Feb
1983
---
n/a
---
n/a
27
Feb
1982
n/a
2:34:28.4
Midde Hamrin (SWE)
14
Feb
1981
2:29:54
Charles Frawley (TX/USA)
3:07:20
Mary Jane Haggerty (USA)
Feb
1980
2:24:48
David Reinhart (USA)
3:08:04
M Bull (USA)
24
Feb
1979
2:39:06
Tony Ashton (USA)
3:24:33
Gail Sabanosh (USA)
Note: Race currently known as the Fidelity Investments The Woodlands Marathon.
Most Wins
(1979/date)
No man has won more than once, according to
available information.
No woman has won more than once, according to
available information.
Year Men Women Total
2016
$5,900 $5,250
$11,150
2015
9,250 8,750 18,000
2014
8,700 7,950 16,650
2013
5,250
7,750 13,000
2012
4,850 4,600 9,450
Sums $33,700
$31,300 $65,000
Insufficient data to calculate the race time bias.
Competitive Level (1990-date)
Insufficient data to calculate the competitive level.Men
<2:16 1
<2:17 1
<2:18 1
<2:19 2
<2:20 5
Women
<2:36 2
<2:38 3
<2:40 3
<2:42 3
<2:44 6
<2:46 8
<2:48 9
<2:50 9
Last Updated on 02 May 2019 mp


Hello!
My favorite site is
GitHub
!
This is an ordered list:
Dog
Cat
Mouse
And this is an unordered list:
Dog
Cat
Mouse


|
|
Boost.Regexregex_iterator |
|
The iterator type regex_iterator will enumerate all of the regular expression matches found in some sequence: dereferencing a regex_iterator yields a reference to a match_results object.
template <class BidirectionalIterator, class charT = iterator_traits<BidirectionalIterator>::value_type, class traits = regex_traits<charT>, class Allocator = allocator<charT> > class regex_iterator { public: typedef basic_regex<charT, traits, Allocator> regex_type; typedef match_results<BidirectionalIterator> value_type; typedef typename iterator_traits<BidirectionalIterator>::difference_type difference_type; typedef const value_type* pointer; typedef const value_type& reference; typedef std::forward_iterator_tag iterator_category; regex_iterator(); regex_iterator(BidirectionalIterator a, BidirectionalIterator b, const regex_type& re, match_flag_type m = match_default); regex_iterator(const regex_iterator&); regex_iterator& operator=(const regex_iterator&); bool operator==(const regex_iterator&)const; bool operator!=(const regex_iterator&)const; const value_type& operator*()const; const value_type* operator->()const; regex_iterator& operator++(); regex_iterator operator++(int); }; typedef regex_iterator<const char*> cregex_iterator; typedef regex_iterator<std::string::const_iterator> sregex_iterator; #ifndef BOOST_NO_WREGEX typedef regex_iterator<const wchar_t*> wcregex_iterator; typedef regex_iterator<std::wstring::const_iterator> wsregex_iterator; #endif
A regex_iterator is constructed from a pair of iterators, and enumerates all occurrences of a regular expression within that iterator range.
regex_iterator();
Effects: constructs an end of sequence regex_iterator.
regex_iterator(BidirectionalIterator a, BidirectionalIterator b, const regex_type& re, match_flag_type m = match_default);
Effects: constructs a regex_iterator that will enumerate all occurrences of the expression re, within the sequence [a,b), and found using match flags m. The object re must exist for the lifetime of the regex_iterator.
Throws: std::runtime_error
if the complexity of
matching the expression against an N character string begins to exceed O(N2),
or if the program runs out of stack space while matching the expression (if
Boost.regex is configured in recursive mode),
or if the matcher exhausts it's permitted memory allocation (if Boost.regex is
configured in non-recursive mode).
regex_iterator(const regex_iterator& that);
Effects: constructs a copy of that
.
Postconditions: *this == that
.
regex_iterator& operator=(const regex_iterator&);
Effects: sets *this
equal to those in that
.
Postconditions: *this == that
.
bool operator==(const regex_iterator& that)const;
Effects: returns true if *this is equal to that.
bool operator!=(const regex_iterator&)const;
Effects: returns !(*this == that)
.
const value_type& operator*()const;
Effects: dereferencing a regex_iterator object it yields a const reference to a match_results object, whose members are set as follows:
|
Element |
Value |
|
(*it).size() |
re.mark_count() |
|
(*it).empty() |
false |
|
(*it).prefix().first |
The end of the last match found, or the start of the underlying sequence if this is the first match enumerated |
|
(*it).prefix().last |
The same as the start of the match found: |
|
(*it).prefix().matched |
True if the prefix did not match an empty string: |
|
(*it).suffix().first |
The same as the end of the match found: |
|
(*it).suffix().last |
The end of the underlying sequence. |
|
(*it).suffix().matched |
True if the suffix did not match an empty string: |
|
(*it)[0].first |
The start of the sequence of characters that matched the regular expression |
|
(*it)[0].second |
The end of the sequence of characters that matched the regular expression |
|
(*it)[0].matched |
|
|
(*it)[n].first |
For all integers n < (*it).size(), the start of the sequence that matched sub-expression n. Alternatively, if sub-expression n did not participate in the match, then last. |
|
(*it)[n].second |
For all integers n < (*it).size(), the end of the sequence that matched sub-expression n. Alternatively, if sub-expression n did not participate in the match, then last. |
|
(*it)[n].matched |
For all integers n < (*it).size(), true if sub-expression n participated in the match, false otherwise. |
| (*it).position(n) | For all integers n < (*it).size(), then the distance from the start of the underlying sequence to the start of sub-expression match n. |
const value_type* operator->()const;
Effects: returns &(*this)
.
regex_iterator& operator++();
Effects: moves the iterator to the next match in the underlying sequence, or the end of sequence iterator if none if found. When the last match found matched a zero length string, then the regex_iterator will find the next match as follows: if there exists a non-zero length match that starts at the same location as the last one, then returns it, otherwise starts looking for the next (possibly zero length) match from one position to the right of the last match.
Throws: std::runtime_error
if the complexity of
matching the expression against an N character string begins to exceed O(N2),
or if the program runs out of stack space while matching the expression (if
Boost.regex is configured in recursive mode),
or if the matcher exhausts it's permitted memory allocation (if Boost.regex is
configured in non-recursive mode).
Returns: *this
.
regex_iterator operator++(int);
Effects: constructs a copy result
of *this
,
then calls ++(*this)
.
Returns: result
.
The following example takes a C++ source file and builds up an index of class names, and the location of that class in the file.
#include <string> #include <map> #include <fstream> #include <iostream> #include <boost/regex.hpp> using namespace std; // purpose: // takes the contents of a file in the form of a string // and searches for all the C++ class definitions, storing // their locations in a map of strings/int's typedef std::map<std::string, std::string::difference_type, std::less<std::string> > map_type; const char* re = // possibly leading whitespace: "^[[:space:]]*" // possible template declaration: "(template[[:space:]]*<[^;:{]+>[[:space:]]*)?" // class or struct: "(class|struct)[[:space:]]*" // leading declspec macros etc: "(" "\\<\\w+\\>" "(" "[[:blank:]]*\\([^)]*\\)" ")?" "[[:space:]]*" ")*" // the class name "(\\<\\w*\\>)[[:space:]]*" // template specialisation parameters "(<[^;:{]+>)?[[:space:]]*" // terminate in { or : "(\\{|:[^;\\{()]*\\{)"; boost::regex expression(re); map_type class_index; bool regex_callback(const boost::match_results<std::string::const_iterator>& what) { // what[0] contains the whole string // what[5] contains the class name. // what[6] contains the template specialisation if any. // add class name and position to map: class_index[what[5].str() + what[6].str()] = what.position(5); return true; } void load_file(std::string& s, std::istream& is) { s.erase(); s.reserve(is.rdbuf()->in_avail()); char c; while(is.get(c)) { if(s.capacity() == s.size()) s.reserve(s.capacity() * 3); s.append(1, c); } } int main(int argc, const char** argv) { std::string text; for(int i = 1; i < argc; ++i) { cout << "Processing file " << argv[i] << endl; std::ifstream fs(argv[i]); load_file(text, fs); // construct our iterators: boost::sregex_iterator m1(text.begin(), text.end(), expression); boost::sregex_iterator m2; std::for_each(m1, m2, ®ex_callback); // copy results: cout << class_index.size() << " matches found" << endl; map_type::iterator c, d; c = class_index.begin(); d = class_index.end(); while(c != d) { cout << "class \"" << (*c).first << "\" found at index: " << (*c).second << endl; ++c; } class_index.erase(class_index.begin(), class_index.end()); } return 0; }
Revised 24 Oct 2003
© Copyright John Maddock 1998- 2003
Use, modification and distribution are subject to the Boost Software License, Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt)


Text is the main way that teams visualize content and complete their work, so we've developed a typographic landscape that uses system fonts for all standard typefaces in Diksha products.
Please note : All the fonts are of the same font size and weight, i.e. Noto Sans Regular
The most powerful part of the 8pt grid concept is its ability to drive consistency throughout your designs. You will need to assess the needs of your users and the best way to scale your typography to meet those needs.
| Size | in REM | in PX |
|---|---|---|
| H1 | 2.071rem/2.285rem | 29px/32px |
| H1 | 2.071rem/2.285rem | 29px/32px |
| H2 | 1.714rem/2rem | 24px/28px |
| H3 | 1.428rem/1.714rem | 20px/24px |
| H4 | 1.142rem/1.428rem | 16px/20px |
| H5 | 1rem/1.285rem | 14px/18px |
| H6 | 0.857rem/1.142rem | 12px/16px |
| P | 1rem/1.428rem | 14px/20px |
| Overline | 0.714rem | 10px |
The font scale and line height determine the beauty of the dynamics and order of a font system. Font scale refers to a series of font with different sizes. Line height can be understood as an invisible box wrapped outside the font.
| Font Size | 12 | 14 | 16 | 20 | 24 | 32 | 40 | 48 | 56 | 64 |
|---|---|---|---|---|---|---|---|---|---|---|
| Line Height | 20 | 22 | 24 | 28 | 32 | 40 | 48 | 56 | 64 | 72 |
Our recommended base font size is 14, and its corresponding line height is 22. The choice of the rest of the font scale can be freely defined according to the specific circumstances. It is recommended that in a design system (except for display pages), the choice of font scale should be controlled within 3 to 5 types, and the principle of restraint should be maintained.