At the React.js conference in late January 2015, we revealed our next major technology in the React family: Relay.
Relay is a new way of structuring client applications that co-locates data-fetching requirements and React components. Instead of placing data fetching logic in some other part of the client application – or embedding this logic in a custom endpoint on the server – we instead co-locate a declarative data-fetching specification alongside the React component. The language of this declarative specification is GraphQL.
GraphQL was not invented to enable Relay. In fact, GraphQL predates Relay by nearly three years. It was invented during the move from Facebook's HTML5-driven mobile applications to purely native applications. It is a query language for graph data that powers the lion's share of interactions in the Facebook Android and iOS applications. Any user of the native iOS or Android app in the last two years has used an app powered by GraphQL.
We plan to open-source a reference implementation of a GraphQL server and publish a language specification in the coming months. Our goal is to evolve GraphQL to adapt to a wide range of backends, so that projects and companies can use this technology to access their own data. We believe that this is a compelling way to structure servers and to provide powerful abstractions, frameworks and tools – including, but not exclusively, Relay – for product developers.
What is GraphQL? #
A GraphQL query is a string interpreted by a server that returns data in a specified format. Here is an example query:
{
user(id: 3500401) {
id,
name,
isViewerFriend,
profilePicture(size: 50) {
uri,
width,
height
}
}
}
(Note: this syntax is slightly different from previous GraphQL examples. We've recently been making improvements to the language.)
And here is the response to that query.
{
"user" : {
"id": 3500401,
"name": "Jing Chen",
"isViewerFriend": true,
"profilePicture": {
"uri": "http://someurl.cdn/pic.jpg",
"width": 50,
"height": 50
}
}
}
We will dig into the syntax and semantics of GraphQL in a later post, but even a simple example shows many of its design principles:
- Hierarchical: Most product development today involves the creation and manipulation of view hierarchies. To achieve congruence with the structure of these applications, a GraphQL query itself is a hierarchical set of fields. The query is shaped just like the data it returns. It is a natural way for product engineers to describe data requirements.
- Product-centric: GraphQL is unapologetically driven by the requirements of views and the front-end engineers that write them. We start with their way of thinking and requirements and build the language and runtime necessary to enable that.
- Client-specified queries: In GraphQL, the specification for queries are encoded in the client rather than the server. These queries are specified at field-level granularity. In the vast majority of applications written without GraphQL, the server determines the data returned in its various scripted endpoints. A GraphQL query, on the other hand, returns exactly what a client asks for and no more.
- Backwards Compatible: In a world of deployed native mobile applications with no forced upgrades, backwards compatibility is a challenge. Facebook, for example, releases apps on a two week fixed cycle and pledges to maintain those apps for at least two years. This means there are at a minimum 52 versions of our clients per platform querying our servers at any given time. Client-specified queries simplifies managing our backwards compatibility guarantees.
- Structured, Arbitrary Code: Query languages with field-level granularity have typically queried storage engines directly, such as SQL. GraphQL instead imposes a structure onto a server, and exposes fields that are backed by arbitrary code. This allows for both server-side flexibility and a uniform, powerful API across the entire surface area of an application.
- Application-Layer Protocol: GraphQL is an application-layer protocol and does not require a particular transport. It is a string that is parsed and interpreted by a server.
- Strongly-typed: GraphQL is strongly-typed. Given a query, tooling can ensure that the query is both syntactically correct and valid within the GraphQL type system before execution, i.e. at development time, and the server can make certain guarantees about the shape and nature of the response. This makes it easier to build high quality client tools.
- Introspective: GraphQL is introspective. Clients and tools can query the type system using the GraphQL syntax itself. This is a powerful platform for building tools and client software, such as automatic parsing of incoming data into strongly-typed interfaces. It is especially useful in statically typed languages such as Swift, Objective-C and Java, as it obviates the need for repetitive and error-prone code to shuffle raw, untyped JSON into strongly-typed business objects.
Why invent something new? #
Obviously GraphQL is not the first system to manage client-server interactions. In today's world there are two dominant architectural styles for client-server interaction: REST and ad hoc endpoints.
REST #
REST, an acronym for Representational State Transfer, is an architectural style rather than a formal protocol. There is actually much debate about what exactly REST is and is not. We wish to avoid such debates. We are interested in the typical attributes of systems that self-identify as REST, rather than systems which are formally REST.
Objects in a typical REST system are addressable by URI and interacted with using verbs in the HTTP protocol. An HTTP GET to a particular URI fetches an object and returns a server-specified set of fields. An HTTP PUT edits an object; an HTTP DELETE deletes an object; and so on.
We believe there are a number of weakness in typical REST systems, ones that are particularly problematic in mobile applications:
- Fetching complicated object graphs require multiple round trips between the client and server to render single views. For mobile applications operating in variable network conditions, these multiple roundtrips are highly undesirable.
- Invariably fields and additional data are added to REST endpoints as the system requirements change. However, old clients also receive this additional data as well, because the data fetching specification is encoded on the server rather than the client. As result, these payloads tend to grow over time for all clients. When this becomes a problem for a system, one solution is to overlay a versioning system onto the REST endpoints. Versioning also complicates a server, and results in code duplication, spaghetti code, or a sophisticated, hand-rolled infrastructure to manage it. Another solution to limit over-fetching is to provide multiple views – such as “compact” vs “full” – of the same REST endpoint, however this coarse granularity often does not offer adequate flexibility.
- REST endpoints are usually weakly-typed and lack machine-readable metadata. While there is much debate about the merits of strong- versus weak-typing in distributed systems, we believe in strong typing because of the correctness guarantees and tooling opportunities it provides. Developers deal with systems that lack this metadata by inspecting frequently out-of-date documentation and then writing code against the documentation.
- Many of these attributes are linked to the fact that “REST is intended for long-lived network-based applications that span multiple organizations” according to its inventor. This is not a requirement for APIs that serve a client app built within the same organization.
Nearly all externally facing REST APIs we know of trend or end up in these non-ideal states, as well as nearly all internal REST APIs. The consequences of opaqueness and over-fetching are more severe in internal APIs since their velocity of change and level of usage is almost always higher.
Because of multiple round-trips and over-fetching, applications built in the REST style inevitably end up building ad hoc endpoints that are superficially in the REST style. These actually couple the data to a particular view which explicitly violates one of REST's major goals. Most REST systems of any complexity end up as a continuum of endpoints that span from “traditional” REST to ad hoc endpoints.
Ad Hoc Endpoints #
Many applications have no formalized client-server contract. Product developers access server capabilities through ad hoc endpoints and write custom code to fetch the data they need. Servers define procedures, and they return data. This approach has the virtue of simplicity, but can often become untenable as systems age.
- These systems typically define a custom endpoint per view. For systems with a wide surface area this can quickly grow into a maintenance nightmare of orphaned endpoints, inconsistent tooling, and massive server code duplication. Disciplined engineering organizations can mitigate these issues with great engineering practices, high quality abstractions, and custom tooling. However, given our experience we believe that custom endpoints tend to lead to entropic server codebases.
- Much like REST, the payloads of custom endpoints grow monotonically (even with mitigation from versioning systems) as the server evolves. Deployed clients cannot break, and, with rapid release cycles and backwards compatibility guarantees, distributed applications will have large numbers of extant versions. Under these constraints it is difficult to remove data from a custom endpoint.
- Custom endpoints tend to – for a client developer – create a clunky, multi-language, multi-environment development process. No matter if the data has been accessed before in a different view, they are required to first change the custom endpoint, then deploy that code to a server accessible from a mobile device, and only then change the client to utilize that data. In GraphQL – unless the data in the view is completely new to the entire system – a product developer adds a field to a GraphQL query and the work on the client continues unabated.
- Much like REST, most systems with custom endpoints do not have a formalized type system, which eliminates the possibility for the tools and guarantees that introspective type systems can provide. Some custom-endpoint-driven systems do use a strongly typed serialization scheme, such as Protocol Buffers, Thrift, or XML. Those do allow for direct parsing of responses into typed classes and eliminating boilerplate shuffling from JSON into handwritten classes. These systems are as not as expressive and flexible as GraphQL, and the other downsides of ad hoc endpoints remain.
We believe that GraphQL represents a novel way of structuring the client-server contract. Servers publish a type system specific to their application, and GraphQL provides a unified language to query data within the constraints of that type system. That language allows product developers to express data requirements in a form natural to them: a declarative and hierarchal one.
This is a liberating platform for product developers. With GraphQL, no more contending with ad hoc endpoints or object retrieval with multiple roundtrips to access server data; instead an elegant, hierarchical, declarative query dispatched to a single endpoint. No more frequent jumps between client and server development environments to do experimentation or to change or create views of existing data; instead experiments are done and new views built within a native, client development environment exclusively. No more shuffling unstructured data from ad hoc endpoints into business objects; instead a powerful, introspective type system that serves as a platform for tool building.
Product developers are free to focus on their client software and requirements while rarely leaving their development environment; they can more confidently support shipped clients as a system evolves; and they are using a protocol designed to operate well within the constraints of mobile applications. Product developers can query for exactly what they want, in the way they think about it, across their entire application's data model.
What's next? #
Over the coming months, we will share more technical details about GraphQL, including additional language features, tools that support it, and how it is built and used at Facebook. These posts will culminate in a formal specification of GraphQL to guide implementors across various languages and platforms. We also plan on releasing a reference implementation in the summer, in order to provide a basis for custom deployments and a platform for experimentation. We're incredibly excited to share this system and work with the open source community to improve it.


Date Format must include one of each d/dd m/mm/mmm yyyy and at least 2 special
characters.
Please specify date, month and year representations, e.g. mm/dd/yyyy. d = Day not leading zero, dd = Day with
leading zero, m = Month not leading zero, mm = Month with leading zero, mmm = Month as a text, yyyy = Year four
digit.


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Advanced Usage¶
Setting up logging¶
The console logging messages emitted to stderr when using giraffez from the command-line can also be enabled in the Python API (although disabled by default). Enabling it in a project is trivial:
import giraffez
giraffez.setup_logging()
The console logging messages can also be used with the Python logging module:
import logging
import giraffez
log = logging.getLogger("giraffez.console_logger")
log.addHandler(...)
log.setLevel(logging.DEBUG)
Using the graceful shutdown¶
The signal handler used by the giraffez command-line tool is available to the API as well. This is what allows the giraffez command to attempt closing Teradata connections down safely before exiting the process (and shutting down cold on the next Ctrl+C). To use this add this towards the beginning of the project:
import giraffez
giraffez.register_graceful_shutdown_signal()
Working with other packages¶
Results from giraffez.Cmd
and giraffez.BulkExport
can be
used with other packages that accept common Python data structures.
Using giraffez.Cmd
with pandas:
import pandas as pd
with giraffez.Cmd() as cmd:
result = cmd.execute("select infokey, character_length(infokey) as nchars from dbc.dbcinfo")
df = pd.DataFrame(list(result.to_dict()))
>>> print(df)
infokey nchars
0 VERSION 7
1 RELEASE 7
2 LANGUAGE SUPPORT MODE 21
Using giraffez.BulkExport
with pandas:
with giraffez.BulkExport() as export:
export.query = "select infokey, character_length(infokey) as nchars from dbc.dbcinfo"
df = pd.DataFrame(list(export.to_dict()))
>>> print(df)
infokey infokey_1
0 VERSION 7
1 RELEASE 7
2 LANGUAGE SUPPORT MODE 21
>>> print(df.mean())
nchars 11.666667
dtype: float64
Using giraffez.Cmd
to load data from pandas:
with giraffez.Cmd("database.table_name") as Cmd:
cmd.insert("database.table_name", df.values.tolist(), fields=df.columns.tolist())
Using giraffez.BulkLoad
with pandas:
with giraffez.BulkLoad("database.table_name", print_error_table=True) as load:
load.columns = df.columns.tolist()
for row in df.values.tolist():
load.put(row)
Note: it is extremely important when loading data to make sure that the data types you are using in Python are compatible with the Teradata data type it is being loaded into. If the type is incorrect it can cause the mload driver to fail with error messages that are sometimes very difficult to diagnose. It is recommended to work with a small test dataset and a copy of the table when initially creating a giraffez.BulkLoad
based script, which will be much easier to troubleshoot.
Exporting to different formats¶
Using the Python standard library csv:
import csv
with giraffez.BulkExport('dbc.dbcinfo') as export:
with open("output.csv", "w") as csvfile:
writer = csv.DictWriter(csvfile, fieldnames=export.columns.names)
writer.writeheader()
for row in export.to_dict():
writer.writerow(row)
Or very similar with giraffez.Cmd
:
with giraffez.Cmd() as cmd:
result = cmd.execute("select * from dbc.dbcinfo")
with open("output.csv", "w") as csvfile:
writer = csv.DictWriter(csvfile, fieldnames=result.columns.names)
for row in result.to_dict():
writer.writerow(row)
Here is a way to output a stream of JSON, where each row is a JSON encoded string separated by newline characters:
with giraffez.BulkExport('database.table_name') as export:
with open("output.json", "w") as f:
for row in export.to_json():
f.write(row)
f.write("\n")
Session context¶
All statements executed within a with
context block happen within the same Teradata session. This is particularly useful when dealing with database objects like volatile tables where the table itself is scoped to the session and will disappear once disconnected. Here is an example of using this session context to create a volatile table and then load it with giraffez.Cmd
:
with giraffez.Cmd() as cmd:
cmd.execute("""create multiset volatile table temp_table (
first_name varchar(50),
last_name varchar(50),
email varchar(100)
) primary index (first_name, last_name) on commit preserve rows""")
cmd.insert('temp_table', [('bruce', 'wayne', 'batman@wayne.co')])
cmd.insert('temp_table', [
('peter', 'parker'),
('clark', 'kent')
], fields=['first_name', 'last_name'])
result = cmd.execute("select * from temp_table")
>>> print(list(result))
{'first_name': 'clark', 'last_name': 'kent', 'email': None}
{'first_name': 'peter', 'last_name': 'parker', 'email': None}
{'first_name': 'bruce', 'last_name': 'wayne', 'email'<EMAIL_ADDRESS>There are some exceptions to this when dealing with giraffez.BulkExport
or giraffez.BulkLoad
since they both use the Teradata Parallel Transporter API, which creates multiple sessions to parallelize the bulk operations.
Exception handling¶
In cases where giraffez.BulkLoad
raises an EncodeError
, the exception be intercepted to modify the control flow. For example, this can be particularly useful when troubleshooting an unsuccessful mload:
with giraffez.BulkLoad("database.table_name") as load:
load.columns = ["last_name", "first_name"]
rows = [
("Hemingway", "Ernest"),
("Chekhov", "Anton"),
("Kafka", "Franz")
]
for row in rows:
try:
load.put(row)
except giraffez.EncoderError as error:
# Intercept the exception to print out the row causing
# the error
print("Input row: ", repr(row))
# re-raise the error so that it produces the full
# traceback or simply continue to the next row
raise error
This ends up giving a lot of flexibility to make helpful modifications to the behavior of the load task that isn’t available in the official load utility.
Archiving tables¶
Teradata storage space can be expensive and often times data will be stored in Teradata because it needs a permanent home. However, for infrequently used data giraffez gives the ability to safely archive very large tables to less expensive secondary storage as a giraffez archive file. Before exporting the table you should save the table schema to flat file (so the table can be recreated later):
giraffez cmd "show table database.large_table" > database_large_table.sql
Now you can use export to save the data to a compressed archive:
giraffez export database.large_table database_large_table.gd.gz -az
Always try to verify the contents of the file using fmt before removing any tables. You can use --count
to get a full count of how many rows are in the archive file and --head <n>
will print the first n
rows to the console.
If everything looks ok then you can drop your original table. All that is necessary to recreate this table later is to use cmd to recreate the table:
giraffez cmd database_large_table.sql
and then load the file back with load:
giraffez load database.table_name.gd database.another_table_name
The load command automatically detects the files type as a giraffez archive file so it doesn’t need any additional options.
You can also archive only a portion of a large table and use delete to remove only the parts of the table that have been archived:
giraffez export "select * from database.large_table where report_dt >= '2015-01-01' and report_dt < '2016-01-01'" 20150101_20160101_database_large_table.gd.gz -az
giraffez cmd "delete * from database.large_table where report_dt >= '2015-01-01' and report_dt < '2016-01-01'"
Note: As always be very careful with any type of actions that remove valuable data.
Generating config/key files¶
Special circumstances may require generating config and/or key files via the API. Generating a new default configuration file can be done by:
from giraffez import Config
Config.write_default(".girafferc")
and creating a new encryption key can be achieved with:
from giraffez.encrypt import create_key_file
create_key_file(".giraffepg")
While giraffez does look by default for these files in $HOME/{.girafferc,.giraffepg}
there is no particular naming scheme for these files being enforced and the path specified when creating these files can be someting else completely.
Note: the giraffez configuration file must have permissions 0600 set, and encryption key files must have the permissions 0400. These are applied automatically when the methods above are used.


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It is relatively easy to determine intervisibilty from photographs and cross-section sketches, as can be seen from this photograph and cross-section sketch of the Blyde River Canyon.
It is a little more difficult to determine intervisibility from contour line sketches and topographic maps, but some basic rules apply:
Two points are intervisible if they are at the same height and there is no higher land between them.
Where contours indicate a convex slope, the top and the foot of the hill are NOT intervisible.
Where contour lines show a concave slope, the top and the foot of the hill ARE intervisible.
Even though two points should be intervisible due to their altitude, trees or buildings may obscure the sight line.


Outgoing port tester - http://letmeoutofyour.net/
Outgoing port tester - portquiz.net
This server listens on all TCP ports, allowing you to test any outbound TCP port.
EGRESSION
EGRESSION is a tool that provides an instant view of how easy it is to upload sensitive data from any given network.
Egress-Assess
Egress-Assess is a tool used to test egress data detection capabilities.
Egress-Assess – Testing your Egress Data Detection Capabilities
Egress-Assess in Action via Powershell
FireBuster
and
FireListener
Part of Nishang, Powershell Egress testing
EgressBuster
Check egress and auto spawn a shell


We are known to sell out fast, and have resumed giving out our Package Deals October through December of this coming year!
You're in luck, we've resumed our full Package Deal this coming Winter! Anywone who books a stay at the Rocky Mountain Resort for a period of more than 7 days,
will receive not only a room ugrade but a full 20% off everyday booked past the 7th day?
Please Remember:
- We encourage you to bring your chidren along, any children under the age of 8 yrs also stay free
- Unforetunately Pets are Not allowed unless needed for disabilities, or medical needs. Thank you
- PLease do rememeber to follow our Safety Procedures & rules, we are still on a Mountain and must be aware of everyones safety at all times
- please read the Rules and Safety Regulations upon arrival.
So do't waste anytime, do call 1(800)000-0000, and book your stays for as long of an escape into the beautiful mountains that you may need.


test to verify that the canvas overlay moves with the canvas
click the button below to move the canvas, then verify that the overlay moves also by clicking on the sphere object - you should see the
camera fly to the on the object, while momentarily showing it's aligned bounding box


Morning Glory (heavenly blue): DOX-5573 Entry One
June 21, 2001.
Subject just weighed in at 225 lbs.
Currently I am on Lamictal 100mg twice daily, Klonopin 2mg twice daily, and Somnote 500 mg once before bedtime. Being treated for bi-polar and insomnia.
Yesterday I just took the morning dosage of Lamictal 100mg, and 600 mg of St. Johns Wort.
The experience:
10g of seeds washed and ground. Allowed pulp to soak for ten hours in 8oz. of cold tap water. Strained into pint jar, added water to 2/3 of pint mixed in some raspberry tea concentrate to hide taste.
12:54 am: 1/2 mix of the 2/3-pint pulpy mix ingested. I will wait approximately half an hour to see if indigestion will be a concern. Think I’ll go run the European GP on playstation and wait.
1:53 am: Well that took longer than I expected. I won the race considering I had to start from 22nd position. It seems that they forgot that I qualified the other day in fourth position. Oh well. I caught Schu (leader) on 6th lap but spun bad. Had to pit on 8th lap. I came back out in 17th place. Took lead on final lap first turn. Quite an exciting race for me. Ok so anyway, I think it’s starting. When racing I could “feel” the line. Only problems so far are the sour taste emanating from the gut. But I’m ready to finish the glass “o” glory. I’m feeling GOOD.  Bottoms up!
1:58 am: I finished the glass. It didn’t taste bad at all. I still have quite a bit of pulp in the bottom. I had added another 8oz of cold tap water to the original strained pulp and let it sit for about an hour. So I’m going to combine the last 8oz of rehashed mix to the pulp that’s at the bottom of my glass “o” glory. Use more tea mix and drink it. I’m going to do this to see if I can get more going on. After chugging the rehashed mix, I plan on mixing the remaining pulp with some cinnamon applesauce and eating the stuff. God I love experimentation! You know what? I expected to be puking my guts out by now. Oh well, the night is still young.
2:06 am: The glass “o” glory is starting to become overwhelmed by the nutty meat pulp. So the texture going down is weird. Still doesn’t taste bad at all. A little fruity nut flavor and looks like apple cider with nuts in it. I think I’m going to have to invest in a pepper mill. I used my wife’s “Pampered Chef” Parmesan cheese grater to crush the seeds. It came out about half powder, half pulp. I will be really happy when I get full powder. But this isn’t bad. My stomach is feeling a little tight now, but still quite bearable.
2:16 am: I just finished the extra 8oz-rehash mix. Now I’m starting to feel really full and sloshy in the belly. With that I think I’ll wait a while before eating the applesauce pulp mix. By the way, I’m starting to feel very “aware” and “vibey”. Things are looking pretty good as a matter of fact. While I was sipping on the rehash mix, I noticed a stack of CDs “sway”, but slowly and slightly. I guess I’m feeling really good for the moment. I wish I had some smoke to kind of help everything along, but a tight budget means no smoke I guess.
Now here’s the question: Do I watch a movie, meditate, become one with my environment, or listen to music whilst I peak?
I’ve preloaded the disk changer with some of my mixes with binaural beats. Disk one: “Resonance: Part One” an original of my own doing. Disk two: “Drawer of Dark Secrets” a Radiohead mix I made from Kid A and Amnesiac with binaural stuff layered into it. Disk three: “Dawn of Transformation (caustic head-pHone mix)”, This is a tool compilation that I’ve done a lot of reworking of their overall sound with different frequencies and binaural stuff as well. Very experimental stage mixing for me at the moment. Disk four: 'Non-verbal Communication Part II”, a techno-mix of mine that is eerily ambient and pulsating. Disk five: “Mechanical Animals” by Marilyn Manson.
Good Question!
2:24 am: I think I’ll turn of the PC and the lights. Turn on my red light, light some incense, put on the headphones, meditate to the music and melt in with my environment. I’m not getting enough visual stimulation at this point to warrant a movie. Right on! I just better watch out for those damn spiders in the dark! I think I will roll a couple of cherry Cavendish smokes. I would enjoy that I think.
2:33 am: Man this is a great high. I was rolling one of the cherry smokes and when I was putting the excess away, it was like “scurrying” away from me. Sweet! Now, lights out (except red), headphones on, I think the show is about to really start.
3:48 am: WOW!!! I am so clear right now. I just finished Disk one (resonance) and got the effect that I intended when I made it. I think I even held back a bit during the “Lucidity 1 & 2” meditation tones. If the light was out and I didn’t keep looking around, I would have gone OBE. Just what the disk is made for. Especially under these conditions. Disk two has started and I’m in the latter half of “National Anthem”. I think it’s time for the applesauce mix. Plus I need to get up for a bit. OH SHIT! The next song just kicked in (“I Might Be Wrong”).  Still only “flashy” on the visual end. I have got to get up and get some applesauce mix and now!
4:08 am: I finished the applesauce mix. It was a very surreal experience scooping up the cold slimy goo with lumps and crunches. Near the end, when I was scraping the mix out, the plastic spoon was SCREECHING along the glass! Psychedelicious! Only problem now is that my gut is gurgling a lot. I also feel sad for having devoured the last of my mixture, knowing that there is no more left to go on with. But that’s how it normally feels like for me, Not much left to go on. But so far, this is a really great time. This is also the first time I’ve ever documented a trip. And the first time I’ve done Morning Glory. I wish that I could convey the “no-time” state that I experienced during the resonance disk. I would reach moments of where time did not exist (somewhat of a paradox, no?). I love that! The threshold of infinity. ;-)
Well I’m a little hungry now and pissed to find a half a ’nilla wafer left in the box. Well there were also those squirming crumbs. So now I’m left with only the unwanted trefoils from like April or sometime ago. But those will be just fine.
I AM AT ONE WITH ALL THERE IS!
I brought some Sobe “Wisdom” down to sip on. I think the visuals are kicking in a bit now. There was a shadow that went flying across the floor and the carpet is starting to “flow” quite nicely. Times like this make just want to celebrate to be alive and breathing! I’m going to hop in the recliner and restart disk two. I’m sure if anything pops up; it will just be a few lines away.
“NO-TIME”
4:26 am: Nah...  I just lit a candle and I’m dancing with the flame. OH YEAH!
No-time am: They’re Above Us ~
4:53 am: I think the applesauce mix is kicking in. What a ride I’m having!
“NO-TIME”
6:43 am: I just came out of listening to disk two and three. WOW! Somewhere in the mix, I did end up in the recliner. Man! Those disks really work for enhancing a trip. I have transcended by vibration. In and out, riding the waves that are sound. I did just go to the potty for the first time during the trip, but only to empty the bladder. Stomach feels really fine now.
I feel so absolutely pure as I have throughout the trip. I think I’ve reached my plateau.
6:48 am: Nearly six hours into it. Where has the time gone? I must try to appear clear for a bit. Jen is (should be) getting up for work. I am elevated! Connected!
Red light is off now, birds and alarm clocks are all I hear. I have come out of he shadows into the brightness of the longest day of the year, with an eclipse to top it all off. Talk about perfect timing and being aligned with the cosmos. This is synchronicity. That’s how I feel right now, synchronized. Ironic considering the no-time state. Jen is up. Racing against time, trying to get ready for work. Struggling! Here I sit in the void of no-time synchronization and lack of pressure. I pity everyone now.
8:07 am: Speaking on pressure, there is a guy in a crane in Atlanta with high-powered assault weapons trained on people (been there, done that). A woman in Houston just drowned all of her children. Rolling blackouts in Cali. And man it’s starting to storm here. Storming everywhere I guess. You know, the trip is wearing down, but I still feel good. No auditory or visual stimulation. Just elation. Just thought after thought (that part never changes). I’m returning to my normal reality slowly but surely. But I feel good. Not suicidal and depressed like I have been for sometime. My Psychiatrist and Psychologist would kill me if they knew I had done this. Which leads me to wonder who should be in charge of your medications. The experts or those who seek to control their own reality.
In closing, I must say that I’ll do this again (how soon will it work like this again, can anyone tell me?). I will increase to 15g of seeds and go from there. I have had a very pleasant and rewarding experience on this outing. Rewarding in the sense that I didn’t have to find someone who had any trip that was made hastily, or shrooms of poor quality. I relied on my own research and experiences shared within the community of us who seek higher planes of awareness. I produced a total organic method of altering my conciousness. No volatile chemicals used. Just seeds, water, concentrated tea, applesauce and a little effort.
Pretty basic, 10g of seeds only cost $2.00 plus tax. The applesauce was a store brand at about $1.50. I had a great time for fewer than five dollars, and I feel as if I accomplished something or at least gave proof to my self that I have control. I have boosted my confidence and my spirit.   Try this once in a while and see how much more free your life can be from stress and time constraints. Experience no-time.
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.


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These calls are organized by the Callerlab call names and numbering, using the Callerlab Basic and Mainstream Definitions document dated November 1, 2009.
Sections are included below for each call, even if there is nothing said in that section. If nothing is said, then the call should work as you would expect.
This variation is implemented as well as I can understand both the definition as written and the way callers and dancers expet this to be done. For example, the definition states that the inactive dancers move forward into the middle if they are facing that way. However, my experience is that the inactive dancers are expected to move together to the middle spots no matter how the are facing. The program moves inactives together regardless of facing.
Sets in Motion allows any quarter fraction, not just 3/4.
This call explicitly states that dancers should not adjust after folding. As in many cases in square dancing, there are adjustments and there are adjustments. It seems to be common to assume that dancers will adjust to boxes after a fold or cross fold call. The SD program, for example, will adjust to boxes (and thereby make a column)after the call "ends fold" from parallel ocean waves. If one had called "ends press ahead" from parallel ocean waves, the in-facing end dancers step forward to the next wave. However, in a fold the folding dancers do not interact with the other wave. Instead, the ends fold to face the back of the center wave dancers and the two waves spread apart to make a Z formation. This is what Sets in Motion does.
Similarly, the call "centers cross fold" from out-facing lines, which is explicitly allowed in the definition, should produce two single-file columns with two phantom spots between each column. Sets in Motion does this.
Sadly, Mainstream calls do not give you much ability to work with either Z's or single-file columns with phantoms. This is likely the reason that Mainstream dancers do adjust to boxes after folds and cross folds.
To give you the option of adjusting, Sets in Motion includes the directional call "adjust to a box" (see under Directional Calls).
The definition as written allows this call from facing Tandems. This would suggest that the call "dixie style to a wave" from a beginning double pass thru would have the dancers work single-file (since those are facing tandems). This is not generally done. Instead, a caller is expected to say something like "working single-file, dixie style to a wave". At present, Sets in Motion does not support any phrasing like "single-file", but it does allow you to call "dixie style to a wave" from a beginning double pass thru formation.
At present the In/Out/Left/Right variations of this call are not allowed.


Creating and managing pods
At the core of Kubernetes is the Pod. Pods represent a logical application and hold a collection of one or more containers and volumes running on the same node. In this chapter you will learn how to:
-
Write a Pod configuration file
-
Create and inspect Pods
-
Interact with Pods remotely using kubectl
In this chapter you will create a Pod named monolith
and interact with it using the kubectl command line tool.
Tutorial: Creating Pods
Let’s look at configuration file used to create Kubernetes resources. To see files on your free instance, Cloud Shell provides a code editor. Open it using the pencil button
Now explore the monolith
pod configuration file in kubernetes-istio-workshop/manifests/app/pods/monolith.yaml
Notice some important parts of this Pod definition:
-
you can have more than one container per pod
-
each container have its own image and arguments, and can declare which ports its listen to
-
you should define requests and limits for your container
-
requests specifies minimal resources required by you application
-
limits will protect your cluster for uncontrolled resource consumption by containers
-
To deploy the monolith
pod, use kubectl to apply your pod definition on the cluster :
kubectl apply -f manifests/app/pods/monolith.yaml
Exercise: View Pod details
Use the kubectl get
and kubect describe
commands to view details for the monolith
Pod.
You can also navigate on the Workloads menu in GCP console
Exercise: Interact with a Pod remotely
Pods are allocated a private IP address by default and cannot be reached outside of the cluster. Use the kubectl port-forward
command to map a local port to a port inside the monolith
pod.
Hints
Use two Cloud Shell terminals. One to run the kubectl port-forward
command, and the other to issue curl
commands.
kubectl port-forward monolith 10080:80
curl http://<IP_ADDRESS>:10080
curl http://<IP_ADDRESS>:10080/secure
TOKEN=$( curl -s -u user:password http://<IP_ADDRESS>:10080/login | jq -r .token )
curl -H "Authorization: Bearer ${TOKEN}" http://<IP_ADDRESS>:10080/secure
Exercise: View the logs of a Pod
Use the kubectl logs
command to view the logs for the monolith
Pod:
kubectl logs monolith
Use the -f flag and observe what happens.
Bonus: download and use stern
for logs
Stern (https://github.com/wercker/stern) is a small go binary which allow to follow logs from multiple pods by pod-name patterns.
Download it from github and make it executable
curl -L -o stern https://github.com/wercker/stern/releases/download/1.11.0/stern_linux_amd64
chmod +x stern
Then you can get logs from pods by pattern:
./stern monoli*


{{ partial "common/meta" . }}
Leadership In Wonderland
{{ partial "common/styles" }} {{ partial "header" }} {{ partial "firstfold" }} {{ partial "authors" }} {{ partial "testimonials" }} {{ partial "firstpages" }} {{ partial "email" }} {{ partial "footer" }} {{ partial "common/scripts" }} {{ partial "ga" . }}


--- title: Title keywords: fastai sidebar: home_sidebar nb_path: "nbs/contracts.ipynb" ---
short
short(address)
address
class
Address
Address(objtype:str, prefix:str, name:str, address:str) :: BaseModel
objtype
str
prefix
name
BaseModel
Token
Token(objtype:str, prefix:str, name:str, address:str) :: Address
Contract
Contract(objtype:str, prefix:str, name:str, address:str) :: Address
make_from_entry
make_from_entry(entry)
entry
whatis
whatis(search)
search
notebook2script(_nbpath)
Converted contracts.ipynb.


GeoEarth
experimental
Documentation
Samples
Screenshots
Github
Basic - Shapes
Points and MultiPoints
Lines and MultiLines
Polygons and MultiPolygons
Features and Feature Collections
Labels and Popups Collections
Basic - Geographic
Cities
Flight Paths
North America
South America
Europe
Africa
Asia
Oceania
Antarctica
All Continents
Timed Features
Two Points
Sandbox
Full Screen
under development
Test
under development
Black Death
under development


These aren't my favorites, but they are relevant and won't require too much wasted contemplation for me.
Click on objects within the picture to find out more about them:
I like this image of Cape Town the most right now
I will be going to South Africa in July
I will be there for the remainder of 2019
I am learning IsiXhosa
Which is a Bhantu language
Originating from the Zulu Tribes
Molweni Manene Manenkazi!


The Initial Applicant Sample NOIA questions are applicable to ACOs that are not currently participating in the Shared Savings Program.
All fields are required unless field or section marked as (Optional)


We specialize in the sales and repair of classic keyboards, in particular the Fender Rhodes, Wurlitzer EP200, and Hohner Clavinet.


Previous: Use of Quadruple Semicolon, Up: Semicolon
;;;; Math Utilities ;;; FIB computes the the Fibonacci function in the traditional ;;; recursive way. (defun fib (n) (check-type n integer) ;; At this point we're sure we have an integer argument. ;; Now we can get down to some serious computation. (cond ((< n 0) ;; Hey, this is just supposed to be a simple example. ;; Did you really expect me to handle the general case? (error "FIB got ~D as an argument." n)) ((< n 2) n) ;fib[0]=0 and fib[1]=1 ;; The cheap cases didn't work. ;; Nothing more to do but recurse. (t (+ (fib (- n 1)) ;The traditional formula (fib (- n 2)))))) ; is fib[n-1]+fib[n-2].


This class is used to make an object for Portal.
Get the language code.
Language code.
# File projects/model/Portal.rb, line 207 def getCode return @code end
Get the company name.
Company name.
# File projects/model/Portal.rb, line 127 def getCompanyName return @companyName end
Get the country.
Country name.
# File projects/model/Portal.rb, line 247 def getCountry return @country end
Get the date format.
Date format of the portal.
# File projects/model/Portal.rb, line 187 def getDateFormat return @dateFormat end
Get the gmt time zone.
gmt time zone.
# File projects/model/Portal.rb, line 87 def getGmtTimeZone return @gmtTimeZone end
Get the portal id.
Portal id.
# File projects/model/Portal.rb, line 27 def getId return @id end
Get the language.
Language of the portal.
# File projects/model/Portal.rb, line 227 def getLanguage return @language end
Get the portal name.
Portal name.
# File projects/model/Portal.rb, line 47 def getName return @name end
Get the project URL.
Project URL.
# File projects/model/Portal.rb, line 267 def getProjectURL return @projectUrl end
Get the role.
Role of the person.
# File projects/model/Portal.rb, line 107 def getRole return @role end
Get the time zone.
Time zone for the portal.
# File projects/model/Portal.rb, line 167 def getTimeZone return @timeZone end
Get the Website URL.
Website URL.
# File projects/model/Portal.rb, line 147 def getWebsiteURL return @websiteUrl end
Get whether portal is default portal or not.
true, if the portal is a default portal else false.
# File projects/model/Portal.rb, line 67 def isDefault return @isDefault end
Set the language code.
Code of the language.
# File projects/model/Portal.rb, line 197 def setCode(code) @code =code end
Set the company name.
Name of the company.
# File projects/model/Portal.rb, line 117 def setCompanyName(companyName) @companyName = companyName end
Set the country.
Country for portal.
# File projects/model/Portal.rb, line 237 def setCountry(country) @country = country end
Set the date format.
Date format for the portal.
# File projects/model/Portal.rb, line 177 def setDateFormat(dateFormat) @dateFormat = dateFormat end
Set whether portal is default portal or not.
Is this postal default portal or not.
# File projects/model/Portal.rb, line 57 def setDefault(isDefault) @isDefault = isDefault end
Set the gmt time zone.
Gmt time zone for the portal.
# File projects/model/Portal.rb, line 77 def setGmtTimeZone(gmtTimeZone) @gmtTimeZone = gmtTimeZone end
Set the portal id.
ID of the portal.
# File projects/model/Portal.rb, line 17 def setId(id) @id = id end
Set the language.
Language for the portal.
# File projects/model/Portal.rb, line 217 def setLanguage(language) @language = language end
Set the portal name.
Name of the portal.
# File projects/model/Portal.rb, line 37 def setName(name) @name = name end
Set the project URL.
URL for the project.
# File projects/model/Portal.rb, line 257 def setProjectURL(projectUrl) @projectUrl = projectUrl end
Set the role.
Role of the person.
# File projects/model/Portal.rb, line 97 def setRole(role) @role = role end
Set the time zone.
Time zone for the portal.
# File projects/model/Portal.rb, line 157 def setTimeZone(timeZone) @timeZone = timeZone end
Set the WEBsite URL.
URL for the Website.
# File projects/model/Portal.rb, line 137 def setWebsiteURL(websiteUrl) @websiteUrl = websiteUrl end


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Another match that will have to be rearranged is the game at home to Weymouth on January 13th , as they're still in the Trophy (thanks to Darren Marklew for pointing that one out).
More transfer news: we've signed Stuart Corns from Unibond side Droylesden, a 22 year old utility player.
On Saturday our old friends Merthyr visit The Grove. It looks like the annual supporters game won't be taking place - I think the Jolly Boys are feeling their age a bit nowadays - but I'm sure we'll have a few drinks together before and after the game.


About Me
I'm James Tennant, and I'm a graphic designer. Recently, I have started working with Git and GibHub. I do a lot of things, ranging from web development to drawing. Drawing's been a talent of mine since I was young. Over the years, I've been improving my art skills. It is that talent that lead me to other fields such as graphic design and multimedia. I would love to apply my skills for either freelancing, a design company, or a newspaper syndicate.
Portfolio
Comics
Contact
You can reach me at: tennant8@msu.edu


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JSONX Manual
- Home
- Getting Started
- Using Advanced Props
- External and Custom Components
- Creating React Components and Component Libraries
- JSONX & JXM Spec
- Samples
- Roadmap
- Full API Docs
Getting Started
JSONX is a library that creates React Elements, JSX, and HTML from JSON. JSONX works by converting JSON Objects that follow the JXM spec into the arguments passed into React.createElement. The only required property is the component (which is passed as the type
argument)
// React Create Element Example
React.createElement(
type,
[props],
[...children]
)
// Basic JXM
const JXM = { component:'div', props: { title:'jsonx', }, children:'hello', };
// JSONX.getReactElement returns a react element
JSONX.getReactElement(JXM) => React.createElement('div', { title: 'jsonx', }, 'hello');
// eqivalent to JSX

hello

Usages
JSONX is great for:
- Composing UIs programmatically
- Using existing React Component Libraries to compose UIs
- Using React components with transpilers
- Creating simple components with JSON
- Rendering components in existing React Applications
JSONX is not great for:
- building extremely complicated components (although it can be done)
Example
Customizing JSONX
The JSONX library has a couple of customization options. The library can be customized by setting the configuration on the this
property of JSONX methods. The configuration options are:
type JSONXConfiguration = {
debug: boolean = false; // used to debug component rendering errors, and will send exceptions to the logError function
logError: (...args: any[]) => any = console.error; // default(console.error) by default will log errors to console.error but you can define any custom error logging function
returnJSON: boolean = false; // used to return a JSON object instead of React Components
disableRenderIndexKey: boolean = true; // used to disable auto assign props.key
boundedComponents: jsonx[]; // array of components to bind "this" to
componentLibraries: {
[index: libraryName as string]: {
[index: componentName as string]: ReactComponentLike;
}
}; // object of custom react components in component library
reactComponents: { [index: componentName as string]: ReactComponentLike } // custom react components
}
//e.g
jsonx.getReactElementFromJSONX.call(
{ debug:true, reactComponents:{ReactModal}, componentLibraries:{ ReactBootstrap, Antd, } }, //custom options bound to 'this'
{
component:'ReactBootstrap.Container', children:'hello world'
});


Gallery of an Insane Artist
Artist Portfolio
Websites
Website Redesign Project: The goal of this was to rebuild another website through updating its appearance and other features. The website that was chosen for this was the CSUEB Multimedia Graduate Program.
Index Preview, Curriculum Preview, Apply PreviewAnimations
Website Animation Project: This was to make some change to the website itself through scrolling.
Artworks
This section contains pieces of art, stories, and insanity of various mediums and forms.


Nvidia looks to conversational AI
by David MannersNvidia’s Q3 revenue was down 5% y-o-y at $3.01 billion and the company expects Q4 revenue of $2.95 billion.
Gaming chip revenues were down 6% y-o-y at $1.66 billion but up 26% sequentially.
Nvidia says it sees growth in chips for conversational AI.
“This quarter, we have laid the foundation for where AI will ultimately make the greatest impact,” said CEO Jen Hsun Huang (pictured), “we extended our reach beyond the cloud, to the edge, where GPU-accelerated 5G, AI and IoT will revolutionise the world’s largest industries. We see strong data centre growth ahead, driven by the rise of conversational AI and inference.”
GPU revenue was $2.56 billion, down 8% from the year ago period.
Data centre revenue declined 8% y-o-y to $726 million.
Automotive sales were $162 million.
Professional visualisation chip sales were $324 million, up 6% y-o-y.


Redirect URI not validated
Now let's assume an attacker:
Registers a new client to the victim.com provider.
Registers a redirect URI like attacker.com.
Then the attacker can craft a special URI of the form
http://victim.com/authorize?response_type=code&client_id=bc88FitX1298KPj2WS259BBMa9_KCfL3&scope=WRONG_SCOPE&redirect_uri=http://attacker.com
Now you might argue that this is ONLY an open redirect and it is not much you can do with it right?
Let's go through Microsoft and Facebook example:
Microsoft uses a specialized OAuth scope wli.contacts_emails which is available only to Facebook’s app. An interesting part is that users are never notified that the app is trying to access their data and permission is granted silently.
You can try this here (you’ll have to login):
https://login.live.com/oauth20_authorize.srf?client_id=0000000044002503&response_type=token&scope=wli.contacts_emails&redirect_uri=https%3A%2F%2Fwww.facebook.com%2F
If you try to modify #### redirect_uri parameter you’ll notice that token is issued to any URL within #### facebook.com domain. So to leak the OAuth token to a malicious third-party an Open Redirect in #### facebook.com domain would be required. As Open Redirects are usually considered low severity vulnerabilities it's not particularly hard to find one. For this example we will utilize an Open Redirect in Facebook’s authorization flow (by providing an invalid #### scope parameter). It works like this:
https://www.facebook.com/dialog/oauth?type=web_server&scope=invalid&display=popup&client_id=260755904036570&redirect_uri=http://simcracy.com
So by chaining the two bugs we are able to acquire OAuth tokens from live.com users. The complete example is here:
https://login.live.com/oauth20_authorize.srf?client_id=0000000044002503&response_type=token&scope=wli.contacts_emails&redirect_uri=http%3A%2F%2Fwww.facebook.com%2Fl.php%3Fh%5B%5D%26u%3Dgraph.facebook.com%252Foauth%252Fauthorize%253Ftype%253Dweb_server%2526scope%253De%2526client_id%253D260755904036570%2526redirect_uri%253Dhttp%253A%252F%252Fsimcracy.com
If you now inspect the destination URL, you'll notice that Microsoft's OAuth token was sent to a third-party website without your consent. Another example is redirection to domain XSS vulnerable page, where script can still access token.
Lessons learned:
OAuth implementations should never whitelist entire domains, only a few URLs so that “redirect_uri” can’t be pointed to an Open Redirect. Also developers should be careful when silently granting access to apps (manually approving an app probably will not make user experience much worse).
The ONLY safe validation method for redirect_uri the authorization server should adopt is exact matching
If the resource owner denies the access request or if therequest fails for reasons other than a missing or invalid redirection URI, the authorization server informs the client by adding the following parameters to the query component of the redirection URI using the "application/x-www-form- urlencoded" format
Respond with an HTTP 400 (Bad Request) status code.


Hello, my name is Erik Augenzucker and I am a Full Stack Web Developer. After completing the UNC Full-Stack Coding Bootcamp I realized the skills I had learned would be the foundation to continue to test myself daily with new challenges. The ability to bring usable applications and programs to life brings me a great sense of accomplishment. I have gained a great understanding of programming and can handle the front or back end of applications.
A command line node app that takes in parameters and gives back data - using Javascript, jQuery, fs, Request, Spotify API, Twitter API, OMDB API
A storefront / command line app for Customers and Managers - using MySQL, Inquirer, Javascript, Node.js
A comprehensive travel app that gathers information on a travel destination. This makes it easier to get all the information you need when planning your trip - using BootStrap, Javascript, jQuery, jQueryUI, Firebase, GoogleMaps API, tuGo API, Open Weather API, EventBrite API


Hello, My name is Matthew Bent. I am a student at East Carolina University and I am currently studying towards a B.S. in Computer Science. I love applying my programming skills to challenging problems and love studying and working on super efficent programs. I enjoy tinkering with computers, experimenting with programs, and learning new things.


|
Is Law A Diseased System?
by Ziad Sheena
Involved in almost every aspect
of our daily lives, it is not surprising that the law is such
a constant theme in popular culture. Individuals can easily identify
with legal films, as they present an adversarial story, often
with a winner and a loser. These stories provide an opportunity
to frame interesting societal conflicts and issues. Unfortunately,
entertainment value appears to take precedence over legal realism
in Hollywood, leading to a host of negatively portrayed lawyers,
operating in callous courtrooms. Consequently, the law is depicted
as a diseased system, often failing the people, and creating
the notion that justice is best served outside the courts.
In the classic, To Kill a Mockingbird (1962), Gregory
Peck plays the role of Atticus Finch, an honest lawyer, in the
small town of Maycomb, Alabama. Arguably the most positive image
of a lawyer ever portrayed in film, one can only admire Finch's
honesty, intelligence, decency, and persistence in standing for
justice. In addition, as the single parent of two children, Jem
and Scout, Finch is conveyed as a warm and caring father.
 The outlook does
not appear favorable for Robinson, as racism runs deep through
this small southern town. Will Robinson's innocence be proven,
and justice served in such a difficult scenario? No need to panic,
as Atticus Finch is in Robinson's corner, and one should not
forget that Finch is the quintessential lawyer, he will surely
save the day. Or will he? Regardless of Finch's valiant efforts
in revealing Mayella's father, Bob, as responsible for her bruises,
the ignorant jury still finds Robinson guilty. This decision
depicts the law as extremely unjust especially since the innocent
Robinson is later gunned down as he attempts to flee the guards.
How could this happen? Robinson, a selfless and honest man, was
quite clearly innocent. So much for Finch's belief in the courts
being "the great levelers in society". Interestingly
enough, Finch later admits that Robinson did not have a chance
at trial. If even the law devoted Finch is somewhat skeptical
of the system, why should anyone else have faith in its ability?
This indeed leaves a sour taste for the law, as one begins to
wonder how many Robinsons has the law failed because of racial
animus.
Despite the court's inability, it appears some sense of justice
was still achieved outside the confines of the law. During Bob
Ewell's attack on Jem and Scout, the town outcast, Boo Radley,
comes to the aid of the children by killing Ewell. It seems fitting
that the man responsible for the fate of one "Mockingbird",
a harmless, but mistreated second-class citizen, fell to the
hands of another. Regardless of Ewell's death, the racial bias
in this film depicts weakness in the legal system imposing a
realization that justice is not always color-blind.
As we witness the law fail in the presence of the purest of heroes
in To Kill a Mockingbird, the same result can be found
amidst the most evil of villains in Cape Fear (1991).
In this film, Max Cady (Robert DeNiro), a psychotic rapist just
released from prison, seeks revenge against his former lawyer,
Sam Bowden (Nick Nolte). He believes that Bowden purposely disregarded
an important document relating to his trial, which may have granted
him an acquittal. Cady wishes to teach his former lawyer a lesson
in loss, as he attempts to terrorize Bowden, his wife and their
young daughter.
In spite of his unethical decision to withhold information crucial
to his client's case, one can somewhat identify with Bowden's
choice, especially after witnessing the horrifying scene in which
Cady rapes Bowden's colleague, Lori Davis. In any event, one
soon realizes that the law is unable to offer any protection
against a clever madman, as Cady manages to harass and threaten
Bowden and his family within the legal limits. Especially for
a character that practices the law, this is an ironically sad
realization that something like this can be allowed to happen.
These images help foster the idea that a liberal justice system
allows too much leniency to criminals, and that this system is
somewhat diseased, as "it cannot insulate us completely
from the risk of antisocial violence." (1)
Irritated with the incompetence of the authorities, Bowden chooses
to take the advice of a private investigator, and hires some
thugs to take out Cady. Unfortunately, Cady manages to brush
off the thugs, only to later slap Bowden with a lawsuit. The
irony grows as Bowden finally gets his day in court with Cady,
but as a defendant, rather than a complainant. As we all begin
to tug our hair in frustration, Cady's slimy lawyer begins to
hurl attacks, claiming Bowden has been harassing his client since
his release from prison.
Forced to take the law into his own hands, Bowden plots to trap
Cady using his family as bait. Unfortunately, things fail to
go as planned, and Cady comes ever so close to exacting his revenge
on the Bowden family. This comes as great news to aspiring lawyers
and judges as courtrooms certainly become expendable when justice
can just as easily be served by conjuring a plot, risking one's
family, and essentially turning oneself into an action hero for
an evening or two.
Legal concepts like fact and fiction, guilt and innocence, and
responsibility and causation, appear blurred throughout Cape
Fear. Richard K. Sherwin discusses how this film conveys
the notion that the rule of law is a narrative construct used
to alleviate anxiety. Does this mean authority is simply an illusion?
Appearing to have its limitations, the images constructed in
this film seem to agree, as one begins to wonder whether the
law can really guarantee justice.
Apart from these public sphere examples, legal depictions in
film appear to worsen in the private sphere, particularly those
concerning custody battles. In Kramer v. Kramer (1979),
Dustin Hoffman plays Ted Kramer, a workaholic whose family always
comes second. Consequently, Ted's wife Joanna (Meryl Streep),
becomes fed up with her neglectful husband, and decides to leave
him. Ted must now learn how to take care of their young son Billy,
manage the home, and balance a career.
Ted is initially presented as an image of parental incompetence.
It is difficult to believe that a grown man would have such difficulty
making breakfast. What cliché will we see next, the infamous
diaper change scene? In any case, Ted learns to adapt to his
new responsibilities, and in the process, Billy becomes his first
priority. Just as this turn around takes place, Joanna returns,
informing Ted that she wants her son back. Ted refuses and the
two turn to the courts.
As the Kramers arrive in court, the trial immediately becomes
adversarial. There is almost no mention of Billy as both Ted
and Joanna's lawyers are portrayed as vicious and cold, out to
destroy the opposing parent's credibility. There is hardly any
client consultation as both lawyers quickly take over the trial
and turn this custody battle into a mud-slinging affair. As the
viewer, we know nothing of Joanna's history with Billy, and surprisingly,
her lawyer's arguments do nothing to change this. Joanna's lawyer
fails to focus on his client's strengths as a mother, and Ted's
neglecting history as a father. Instead, we witness a flurry
of humiliating attacks on Ted in regards to his recent demotion.
Even more surprising is the fact that Ted's supposed "hardnosed"
lawyer did nothing to counter these attacks. Why not argue that
Ted's career sacrifice illustrates his devotion to Billy? Why
not bring in Ted's old boss to explain why he got fired? Ted's
lawyer fails miserably as these examples would have definitely
helped Ted's case.
Matters continue to turn ugly for Ted as Joanna's lawyer attacks
the lack of supervision concerning Billy's fall in the park.
Unfortunately once again, there was no mention of Ted rushing
Billy to the hospital, and staying with him the entire time.
Clearly depicted by their facial expressions, neither Ted nor
Joanna, appear comfortable with the ongoing character assaults.
Sadly, the judge appears to have no difficulty permitting the
lawyers to act in such a manner. In any event, Ted loses the
case, and Joanna is awarded custody of their son.
These images convey the legal system as hardhearted and unfair.
As an audience, we sympathize with Ted's inability to be a father,
and then later sympathize as he struggles to keep his child.
By the end of the film, we see Ted as a hero, and a great father.
He has overcome all the gender implications of his role, only
to be threatened by the more traditional expectations of how
parenting should happen. The law does nothing to help Ted, as
one lawyer attempts to tear him apart, while the other does little
to defend him. These events foster one's anger towards the legal
system, leaving viewers with the conception that "there
is something wrong with a legal process that would fail to prioritize
Ted's custody claims."(2) The end
of the film reinforces this notion, as Ted and Joanna, without
the interference of courts and lawyers, agree to arrangements
that serve their son's best interests.
In I am Sam (2002), law is once again the adversary as
Sean Penn plays Sam, a mentally challenged single father with
a seven-year-old daughter. Similar to Kramer v. Kramer,
this film unrealistically skews the audience to one side, as
both stories begin with an irresponsible mother abandoning her
child, leaving a struggling, but loving father fighting to prove
his parental abilities to an unsympathetic legal system, starring
negatively portrayed lawyers. In any event, the state finds Sam
unfit as a father, and he loses custody of his daughter.
As an audience, we witness the struggle of characters like Ted
Kramer and Sam, and delight in their ability to conquer the odds.
The flourishing of their relationship with their child, makes
it all the more difficult to see their triumph trumped by the
courts. Regardless of whether the courts are making the proper
decisions, one cannot help but feel that justice has failed as
we are given a verdict we do not wish to hear. The image of the
courts tearing loving parents and children apart, create the
notion that one cannot return to the courts for any help, as
all trust in the system is lost. The law is thus viewed as interfering
with our private lives, perhaps to the point where one begins
to fears the intrusion of law.
Do these negative portrayals of the legal system simply create
entertaining stories, or should this law student be concerned
about the ideologies surrounding his future profession? The influence
of popular culture on societal attitudes can make it difficult
to separate entertainment from reality. However, Hollywood distortions
should not allow one to perceive the law as being a diseased
system. If anything, the law is a very "human" system,
one with vulnerabilities that are often best understood through
a social perspective.
(1)
Richard K. Sherwin: "Cape Fear: Law's Inversion and Cathartic
Justice" (1996) 30 U.S.F.L. Rev. 1023, at 1025.
(2) Papke, David Ray, "Peace Between the Sexes: Law and
Gender in Kramer v. Kramer" (1996) 30 University of San
Franciso Law Review 1199, at 1204.
Posted March 21, 2005
|


Available plugins¶
QIIME 2 microbiome analysis functionality is made available to users via plugins. The following official plugins are currently included in QIIME 2 train releases:
- alignment: Plugin for generating and manipulating alignments.
- composition: Plugin for compositional data analysis.
- cutadapt: Plugin for removing adapter sequences, primers, and other unwanted sequence from sequence data.
- Methods
- demux-paired: Demultiplex paired-end sequence data with barcodes in-sequence.
- demux-single: Demultiplex single-end sequence data with barcodes in-sequence.
- trim-paired: Find and remove adapters in demultiplexed paired-end sequences.
- trim-single: Find and remove adapters in demultiplexed single-end sequences.
- Methods
- dada2: Plugin for sequence quality control with DADA2.
- deblur: Plugin for sequence quality control with Deblur.
- demux: Plugin for demultiplexing & viewing sequence quality.
- Methods
- emp-paired: Demultiplex paired-end sequence data generated with the EMP protocol.
- emp-single: Demultiplex sequence data generated with the EMP protocol.
- filter-samples: Filter samples out of demultiplexed data.
- subsample-paired: Subsample paired-end sequences without replacement.
- subsample-single: Subsample single-end sequences without replacement.
- Visualizers
- Methods
- diversity: Plugin for exploring community diversity.
- Pipelines
- Methods
- alpha: Alpha diversity
- alpha-phylogenetic: Alpha diversity (phylogenetic)
- alpha-phylogenetic-alt: Alpha diversity (phylogenetic) - alternative implementation
- beta: Beta diversity
- beta-phylogenetic: Beta diversity (phylogenetic)
- filter-distance-matrix: Filter samples from a distance matrix.
- pcoa: Principal Coordinate Analysis
- pcoa-biplot: Principal Coordinate Analysis Biplot
- procrustes-analysis: Procrustes Analysis
- Visualizers
- adonis: adonis PERMANOVA test for beta group significance
- alpha-correlation: Alpha diversity correlation
- alpha-group-significance: Alpha diversity comparisons
- alpha-rarefaction: Alpha rarefaction curves
- beta-group-significance: Beta diversity group significance
- beta-rarefaction: Beta diversity rarefaction
- bioenv: bioenv
- mantel: Apply the Mantel test to two distance matrices
- emperor: Plugin for ordination plotting with Emperor.
- feature-classifier: Plugin for taxonomic classification.
- Pipelines
- Methods
- classify-consensus-blast: BLAST+ consensus taxonomy classifier
- classify-consensus-vsearch: VSEARCH-based consensus taxonomy classifier
- classify-sklearn: Pre-fitted sklearn-based taxonomy classifier
- extract-reads: Extract reads from reference
- fit-classifier-naive-bayes: Train the naive_bayes classifier
- fit-classifier-sklearn: Train an almost arbitrary scikit-learn classifier
- feature-table: Plugin for working with sample by feature tables.
- Methods
- filter-features: Filter features from table
- filter-samples: Filter samples from table
- filter-seqs: Filter features from sequences
- group: Group samples or features by a metadata column
- merge: Combine multiple tables
- merge-seqs: Combine collections of feature sequences
- merge-taxa: Combine collections of feature taxonomies
- presence-absence: Convert to presence/absence
- rarefy: Rarefy table
- relative-frequency: Convert to relative frequencies
- subsample: Subsample table
- transpose: Transpose a feature table.
- Visualizers
- Methods
- fragment-insertion: Plugin for extending phylogenies.
- gneiss: Plugin for building compositional models.
- Methods
- assign-ids: Assigns ids on internal nodes in the tree, and makes sure that they are consistent with the table columns.
- correlation-clustering: Hierarchical clustering using feature correlation.
- gradient-clustering: Hierarchical clustering using gradient information.
- ilr-hierarchical: Isometric Log-ratio Transform applied to a hierarchical clustering
- ilr-phylogenetic: Isometric Log-ratio Transform applied to a phylogenetic tree
- Visualizers
- Methods
- longitudinal: Plugin for paired sample and time series analyses.
- Pipelines
- Methods
- Visualizers
- anova: ANOVA test
- linear-mixed-effects: Linear mixed effects modeling
- pairwise-differences: Paired difference testing and boxplots
- pairwise-distances: Paired pairwise distance testing and boxplots
- plot-feature-volatility: Plot longitudinal feature volatility and importances
- volatility: Generate interactive volatility plot
- metadata: Plugin for working with Metadata.
- phylogeny: Plugin for generating and manipulating phylogenies.
- Pipelines
- Methods
- fasttree: Construct a phylogenetic tree with FastTree.
- filter-table: Remove features from table if they’re not present in tree.
- iqtree: Construct a phylogenetic tree with IQ-TREE.
- iqtree-ultrafast-bootstrap: Construct a phylogenetic tree with IQ-TREE with bootstrap supports.
- midpoint-root: Midpoint root an unrooted phylogenetic tree.
- raxml: Construct a phylogenetic tree with RAxML.
- raxml-rapid-bootstrap: Construct a phylogenetic tree with bootstrap supports using RAxML.
- quality-control: Plugin for quality control of feature and sequence data.
- quality-filter: Plugin for PHRED-based filtering and trimming.
- sample-classifier: Plugin for machine learning prediction of sample metadata.
- Pipelines
- classify-samples: Train and test a cross-validated supervised learning classifier.
- classify-samples-from-dist: Run k-nearest-neighbors on a labeled distance matrix.
- heatmap: Generate heatmap of important features.
- metatable: Convert (and merge) positive numeric metadata (in)to feature table.
- regress-samples: Train and test a cross-validated supervised learning regressor.
- Methods
- classify-samples-ncv: Nested cross-validated supervised learning classifier.
- fit-classifier: Fit a supervised learning classifier.
- fit-regressor: Fit a supervised learning regressor.
- predict-classification: Use trained classifier to predict target values for new samples.
- predict-regression: Use trained regressor to predict target values for new samples.
- regress-samples-ncv: Nested cross-validated supervised learning regressor.
- split-table: Split a feature table into training and testing sets.
- Visualizers
- Pipelines
- taxa: Plugin for working with feature taxonomy annotations.
- types: Plugin defining types for microbiome analysis.
- vsearch: Plugin for clustering and dereplicating with vsearch.
- Pipelines
- Methods
- cluster-features-closed-reference: Closed-reference clustering of features.
- cluster-features-de-novo: De novo clustering of features.
- dereplicate-sequences: Dereplicate sequences.
- join-pairs: Join paired-end reads.
- uchime-denovo: De novo chimera filtering with vsearch.
- uchime-ref: Reference-based chimera filtering with vsearch.


Rakkas is single-weight display typeface that supports the Arabic and Latin scripts. The Arabic design is inspired by Ruq'ah lettering on Egyptian movie posters from the 50s and 60s, and makes use of contextual alternates to emulate calligraphy. It offers several different forms for many letter positions. For example, there are three different initial behs, and which is shown depends on the proceeding letter. This increases the fidelity to the whimsy and fluidity of traditional Ruq'ah. It also cascades vertically, giving the user an opportunity to play with wordspacing.
The Latin design infuses a blackletter design with informality. One of the things the Latin and Arabic have in common is the stroke that shapes each letter. In Arabic letterform traditions the horizontal stroke is typically the thickest. The Latin design was initiated after the Arabic design was established, to be both visually complimentary and contextually relevant. This led to the Latin design's thick horizontal instrokes, seen in the lowercase a, and to the occasional moments where the traditional stroke contrast is reversed, as in the lowercase z. The Arabic dot marks are significantly smaller than what one might expect, as they do not share the thickness of the stroke. This was another quirk adopted from many of the lettering samples that were used as reference material. The Latin follows suit: Not only are the diacritics quite a bit smaller, but also many of the punctuation marks and symbols make use of the thin monolinear stroke instead of the more common stem width. The result is two scripts united under a stylistic umbrella but neither pretending to be the other, and each interesting in its own right.
The Rakkas project is led by Zeynep Akay, a type designer based in London, UK. To contribute, see github.com/zeynepakay/Rakkas


Software Technologies believes in dealing with companies and candidates with integrity and a commitment to achieve a win-win scenario for both parties in the placement process. We screen our candidates carefully before presentating to insure we are providing the best match for our clients and likewise, we are upfront to our candidates about the companies we represent , and represent our candidate's interests in the matter of opportunity.
We welcome OPT/CPT,L1/L2, H1/H4, EAD/GC for job oriented training. Comprehensive courses designed by highly seasoned professionals. Intensive hands-on training, weekly assignments and projects, guaranteed placement assistance, resume preparation, mock interviews and interview questions. Revenue sharing/Competitive salary, practical tips & techniques, free career counseling for fresher from industry experts. Excellent package with direct deposits.
We welcome OPT/CPT,L1/L2, H1/H4, EAD/GC for job oriented training. Comprehensive courses designed by highly seasoned professionals. Intensive hands-on training, weekly assignments and projects, guaranteed placement assistance, resume preparation, mock interviews and interview questions. Revenue sharing/Competitive salary, practical tips & techniques, free career counseling for fresher from industry experts. Excellent package with direct deposits.
Basically , we started Telikos because we have a bunch of ideas and we want to chase our dreams through them. Big Data Analytics and Internet of Things are our prime research areas. Yeah , we do develop some cool games and apps as hobby.
Basically , we started Telikos because we have a bunch of ideas and we want to chase our dreams through them. Big Data Analytics and Internet of Things are our prime research areas. Yeah , we do develop some cool games and apps as hobby.


Codehaus XFire
DocumentationQuicklinksDevelopers
Sponsors |
There are a number of simple steps involved in setting up the Spring/XFire integration. The end result of this guide is that you will be able to trivially register any beans you want exposed as services within your Spring configuration file. Note that for the sake of simplicity, the Spring examples shown here use the improved XML format of Spring 2.0. It should be trivial to figure out more verbose Spring 1.x syntax to match, if required. There are roughly 3 areas of configuration. First we need to tell Spring all about XFire and its objects that should be managed, then we need to specify the servlet that will handle and map all incoming requests, and finally we register our service beans. Spring ConfigurationXFire comes with a spring xml file that can be imported to set up the main objects required and wire them up. Once we're imported this file, we can override any of the defaults to customise the configuration. Finally, we specify how urls are handled by XFire. DefaultsThe first step is to import this bundled resource in your applicationContext.xml file (or equivelant): <import resource="classpath:org/codehaus/xfire/spring/xfire.xml"/> This file will set up a default instance of XFire, along with the other objects it interacts with, such as TransportManager, ObjectServiceFactory, and so on. All objects defined in this file have ID's that are prefixed with 'xfire.', so when we reference them below, you'll know where to look to find the default bean definition. Customising XFireHaving imported the defaults, we'd now like to configure certain non-default features. Annotations (JSR-181)For this example, we will register JSR 181 Annotations support. This enables us to simply annotate our bean classes as web services. As that document shows, we can simply add a few lines in our Spring configuration file to enable annotation support: <bean id="webAnnotations" class="org.codehaus.xfire.annotations.jsr181.Jsr181WebAnnotations"/> <bean id="handlerMapping" class="org.codehaus.xfire.spring.remoting.Jsr181HandlerMapping"> <property name="typeMappingRegistry" ref="xfire.typeMappingRegistry" /> <property name="xfire" ref="xfire" /> <property name="webAnnotations" ref="webAnnotations" /> </bean> URL HandlersWe'd also like to specify URL handling. This objects allows us to specify how incoming URLs map to services. It allows us to either point to specific bean instances or prototypes (where a new service object is created for every request). For our simple example, we just specify the default: <bean class="org.springframework.web.servlet.handler.SimpleUrlHandlerMapping"> <property name="urlMap"> <map> <entry key="/"> <ref bean="handlerMapping"/> </entry> </map> </property> </bean> When this handler mapping is used, all annotated beans will be automatically exported at a certain url prefix (by default: /services/). Thus, the annotatedEcho bean will available at /services/EchoService. Make sure your annotated beans are declared after the Jsr181HandlerMapping declaration. Web ConfigurationHaving configured the Spring side of things, the next step is to configure the web application with the appropriate servlet and URL mappings. Since our example uses a simple url mapping, we only need to define one mapping. Obviously if we had a variety of url mappings, we would need to specify a matching servlet mapping. <servlet> <servlet-name>SOAPServlet</servlet-name> <servlet-class>org.codehaus.xfire.spring.XFireSpringServlet</servlet-class> </servlet> <servlet-mapping> <servlet-name>SOAPServlet</servlet-name> <url-pattern>/services/*</url-pattern> </servlet-mapping> Service configurationNow that XFire has been configured fully, the last remaining part is registering the services themselves. Here is where all the setup earlier pays off, as services can be registered as simply as: <bean class="com.acme.foo.EchoBean"/>
If you need more advanced configuration and finer control over the exposed service, you can use the bundled ServiceBean. More documentation can be found at Spring, XBean, Servlets and more under the ServiceBean section. |


{{ _('Regions that require extra consideration:') }}
{% set regions_field_name = 'regions' %}
{% include 'developers/payments/includes/region_form_list.html' %}
{# Show disabled region notice for paid apps or free apps with special regions. #}
{% if not is_paid and region_form.special_regions and waffle.flag('special-regions') %}
{% include 'developers/payments/includes/regions_disabled.html' %}
{% endif %}
{% include 'developers/payments/includes/regions_other.html' %}


gdns
Home
Reference
News
Function reference
version 0.2.0
All functions
bulk_query
Vectorized query, returning only answers in a data frame
gdns
gdns-package
Tools to Work with Google DNS Over HTTPS API
has_spf
Test for whether a DNS TXT record is an SPF record
is_hard_fail
is_soft_fail
passes_all
SPF "all" type test
query
Perform DNS over HTTPS queries using Google
spf_exists
spf_includes
spf_ipv4s
spf_ipv6s
spf_ptrs
SPF field extraction functions
split_spf
Split out all SPF records in a domain's TXT record


Click to view more! Now you can click on member names to view their specific page. Including their name, major, strava, and photostream!
Scroll to the bottom to view our retired member list. Once a UC Cycling Club Member, always a member.
Want to be a part of this super cool group? Hit our 'connect' tab up top or view our officer list below. Join the team today!
| President | Vice President | Secretary | Treasurer | Web Admin | |||||
| Sam Ransohoff | Benjamin Horn | Mitch Powers | Kyle Melling | Benjamin Horn |


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OpenWebGlobe DemoViewer Switzerland 3D
Localisation Search
(Switzerland only)
Boundaries
Boundaries
Quality
High
Medium
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(recommended)
3D Models
Simple 3D Objects (Gruyere / Epagny)
Simple 3D Objects (Bulle)
Medium Quality 3D Objects (Nürensdorf)
Textured Buildings (FHNW)
Textured Buildings (EPFL)
Infos
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Copyright
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Participants
FHNW University of Applied Sciences and Arts Northwestern Switzerland
Camptocamp
Federal Office of Topography
geo.admin.ch
Data © swisstopo
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Our gallery showcases some of our recent southern Missouri and northern Arkansas projects. From full master bathroom renovations, exterior face lifts, and large eat-in kitchen renovations, our passion is renovating your home to something you'll love. See something you like in a magazine or online? No problem. With our expertise, we can take on any project and make your vision come to life. Whether you know your remodeling style or have no clue on what you would like, our expert team will work with you to create the perfect renovation that matches your home’s unique style. Just give us a call and we will be happy help you with any remodeling or construction needs.
Robin Haller:<PHONE_NUMBER>
Ryan Haller:<PHONE_NUMBER>
robin.haller@rr-construction.com


A free web app to take the pain out of transcribing recorded interviews.
Follow @oTranscribe Created by Elliot Bentley.
back to oTranscribe
Try the following steps:
oTranscribe is designed in a way that your data (both the audio file and the written transcript) never leaves your local computer. The transcript is not kept on a remote server or “in the cloud”, but is instead in the browser’s localStorage. The downside is that it is not possible to access your saved transcripts from another computer.
Note: On OS X, using Cmd instead of Ctrl.
(Because they don't have Function keys.)
oTranscribe is limited by the formats supported by each individual browser. The formats supported by your own browser will be listed below the “Choose audio file” button. In general, WAV files are widely supported, and MP3 files mostly work on everything except Mozilla Firefox.
Pressing Ctrl+J (Cmd+J on OS X) will insert the audio file’s current time into the document. This timestamp is hyperlinked and will skip to the specific time in the audio file.
Sadly not - but it may make the manual job a bit less painful. Perfect speech-to-text conversion software is still in the realms of fantasy (ever tried using Siri with a broad Scottish accent?).
Elliot Bentley (that’s me) created oTranscribe, and is currently the sole developer. If you’re interested, Journalism.co.uk did a neat article on oTranscribe’s origins.
You can contact me directly by tweeting at @oTranscribe or emailing me. I try to respond as soon as possible - but please note that this is a hobby, not my job.
Enter your transcript here...
Protips:
- Ctrl+I adds italic formatting and Ctrl+B adds bold formatting.
- Press ESC to play/pause, and Ctrl+J to insert the current timestamp.


Purpose: This guide suggests various plug-ins to enhance your privacy while you use web browsers such as Firefox or Chrome.
Software: The following plug-ins are used in this guide:
Makes secure connections to any supported website that you visit.
https://www.eff.org/https-everywhere
Blocks advertisements from most pages, reducing annoyance and tracking.
https://adblockplus.org
Blocks third-party tracking by Facebook, Twitter, Google, and others.
https://disconnect.me
Blocks third-party tracking by various sites.
https://www.ghostery.com
Adds StartPage to your search bar to make private searches more convenient.
https://startpage.com/eng/download-startpage-plugin.html
Provides encrypted chat rooms and allows encrypted private messages
https://crypto.cat/
Most free websites aren't really free. If you're not paying for access to a website, someone else usually is. Most of the time, that means advertisers. Companies like Facebook and Google spend millions of dollars on hardware, software, and labor to provide you with services. Those millions of dollars come from the advertisers who pay to place their ads on the sites.
These companies aren't just paying for exposure, though. The real value is in tracking your behavior, mostly for the purpose of providing "targeted ads" that are shown to people who are most likely to click them. For example, if you make a lot of Google searches about dogs, you will be more likely to see ads for dog food, even on other websites.
While this may seem benign, it has troubling consequences for your privacy. Many websites track all of the data you give them—emails, searches, "Likes", pages viewed, links clicked, etc. They collect this information to form a profile of your habits, and over time they can figure out things about you that you never even told them.
With all of this data about your habits at their fingertips, your privacy is at risk because you do not have any control over where this information goes. It could be sold to advertisers, given to partner companies, pilfered from company servers, or handed over to government agencies.
Adblock Plus, Disconnect, and Ghostery block certain parts of webpages from loading. This prevents advertisers and other third parties from collecting data about you when you do not visit them directly. For example, this will not prevent Facebook from tracking your activity on their website, but it will prevent them from tracking what you do on other websites that have a Facebook plug-in.
HTTPS Everywhere ensures that you use an encrypted connection as often as possible, which helps prevent your ISP or anyone else monitoring your connection from determining what you are looking at. With an https:// connection it will still be possible for them to see what sites you are in contact with, but they will not be able to determine what pages you load on those sites.
StartPage Search provides indirect Google search results over HTTPS. This means that Google cannot see who is making the original request, so they cannot associate those searches with your profile. Also, it allows you to optionally view a search result by proxy, so you do not connect to that website directly.
Cryptocat provides online chatrooms, similar to IRC, but the connection and content are encrypted. This means that only the people in that room will be able to read the messages, not anyone's ISP or other connection snoops. In addition, it allows the sending of private messages to users, providing roughly the equivalent privacy of encrypted IM chats (although you must ensure the person you are talking to is who they say they are).
Before you install the plug-ins, you will need to ensure you have a browser that supports them.
To install any of the plug-ins, click the links above and click the clearly marked download button on each page. Your browser will ask you to confirm you want to install the plug-in, and will notify you if you need to restart the browser before you can use it.


I am a 4th year undergraduate student at Columbia University in the City of New York studying Visual Arts and Latin American & Iberian Cultures. I am looking for employment in photography or videography.
ContinueNew York, NY
September 2015 - Present
Chicago, IL
May 2015 - July 2015
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New York, NY
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