Isar735.github.io
Visual Studio 2015 Release Notes Microsoft. I am using DataVisualization.Charting.Chart extensively, and for the most part it is working. However, I've been running Code Analysis frequently
How to write custom static code analysis rules and integrate them into Visual Studio 2010. FxCop already contains a custom of inbuilt rules. Simply put, writing. 7 steps to write your own custom rule using FXCOP . mainly on how we can add custom rules in FXCOP. I have been writing and recording
Interested in learning more about ASP.NET? Articles from Around the Web: Use MvcContrib Grid to Display a Grid of Data in ASP.NET MVC (March 16th). C# - Disabling/Fixing Code Analysis warnings. Writing Custom Rules For Fxcop - thebuildingspecialists.com.au. Writing Custom Rules For Fxcop - thelegendsbarbershop.com. Bridge to future. FxCop already contains a lot of inbuilt rules. Simply put, we need to create our own custom rules in order to enforce our own standards. This site contains tutorials and samples covering basic and advanced OData scenarios. Get the Microsoft documentation for developers and IT professionals for API reference, code examples, technical documentation, and more for older versions of products.
Bridge to future. This blog explains fxcop to implement your own static code analysis rules writing analyzing your. Writing custom FxCop rules, the associated. This blog serves as a great starting point for code reviewers by exploring code review checklist. Helping code reviewers to perform effective code reviews. Writing Custom Rules in FxCop amp;amp; FxCop Visual Studio Integration Jeffrey Writing Custom FxCop Rules Guy Smith-Ferrier.
Writing Custom Rules For Fxcop - smartschoolonline.in. RESTier Pages - Getting started. MSDN Magazine Issues and Downloads. Read the magazine online, download a formatted digital version of each issue, or grab sample About Dirigo: connecting, captivating converting. ©Courseware Online 1 Writing Custom FxCop Rules Guy Smith-Ferrier<EMAIL_ADDRESS>Blog: guysmithferrier.com.
I like it simple and easy and I lose track of my rules and packages if there are that much – just for some analyzers. That’s why I would not use FxCop analyzers.
Use code analyzers in C# to improve code quality codehollow. I ve been working on a document and a (free) tool for FxCop. I am presenting a draft here because many may find it useful. I would appreciate any comments. Overview. FxCop provides a tool to help developers to follow their company's coding standards. FxCop does code analysis to check whether the new code is compliant. 7 Steps to Write Your Own Custom Rule using FXCOP. @kad81, that's true, but you would still get the benefit of writing the logging and clean-up code in one place, and changing it in one place if need be, without. Writing Custom Rules For Fxcop - agrofruct.sk. C# – Catch multiple Exceptions at once? – Stack Overflow. Hi, I want to write following FxCop Custom Rules for my project. 1. Do not change a loop variable inside a for loop block. 2. Avoid multiple or conditional.
Code Review Checklist – To Perform Effective Code Reviews. Learn about the tools, new features and functionality updates for Visual Studio. 3.4 In-Memory Provider. RESTier supports building an OData service with all-in-memory resources. However currently RESTier has not provided a dedicated in-memory. Writing FxCop Custom Rules - social.msdn.microsoft.com.
Jessie is an accomplished print and interactive designer with more than 16 years of real-world experience. As creative director at Dirigo, she rules the roost. 4GuysFromRolla.com - Recommended ASP.NET Articles. Microsoft previous versions of technical documentation. 内容の非道い c# のコードを見ていて、何とかするために何ができるか考えた。結局、「これこれのコードで指摘が出るから.
FxCop: Writing Your Own Custom Rules. Writing Custom Rules in FxCop amp; FxCop Visual Studio. This article includes an overview of the features and limitations of Office 365 and SharePoint 2010 Online from a development perspective.
Developing for SharePoint Online at SharePoint Config. FxCop と StyleCop - blogs.wankuma.com. Simply put, we need to create our own custom rules in order to enforce our own standards.


Angular Elements Demo Apps / Widgets
Stop Watch App
Angular Element App being used in a usual html5 page without any js framework


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Lagos
1st Floor, No.77 Opebi Road, Ikeja, Lagos, Nigeria
+23480022752273/08138615848
<EMAIL_ADDRESS>Lagos
2nd Floor, Digital Square, No.20 Obafemi Awolowo Way, Ikeja, Lagos, Nigeria
+2349036003533
<EMAIL_ADDRESS>Lagos
No 55,kofo, abayomi avenue, apapa, Lagos State, Nigeria
+2348091339530
<EMAIL_ADDRESS>Lagos
Ground and 1st Floor, No.1205 Ahmodu Ojikutu Street, off Bishop Oluwole Street, Victoria Island, Lagos, Nigeria
+2348066153123/9039209279
<EMAIL_ADDRESS>Abuja
1st Floor,NO.16 Gwani Street(near King's Care Hospital), off IBB Way, Wuse Zone 4, Abuja, FCT, Nigeria.
+2348181176195
<EMAIL_ADDRESS>Onitsha
1st Floor, 44B New Market Rd, Onitsha, Anambra, Nigeria
+2348177250277
<EMAIL_ADDRESS>Port Harcourt
2nd Floor, No.17 Rumuobikani, Trans-amadi Rd, Part-Harcourt,River,Nigeria
+2348181700046/8181700074
<EMAIL_ADDRESS>Kano
1st Floor,NO.32 Beirut Rd, Kano Contact, Kano,Nigeria
+2348096969680
<EMAIL_ADDRESS>Kaduna
3rd Floor, G5/F6 Ya Ahmed House, Ahmed Bello Way, Kaduna, Kaduna, Nigeria
+2349095724673
<EMAIL_ADDRESS>Benin
No.5-7, Isekhere Street, Off Ibewe Rd, Ring Rd, Benin City, Edo, Nigeria
+2348172951002
<EMAIL_ADDRESS>Ibadan
3rd Floor, Isolak Building,Queen Elizabeth Rd,Ibadan, Oyo, Nigeria
+2348172005296
<EMAIL_ADDRESS>Nairobi
5th Floor,Cardinal Otunga Plaza,Koinange Kaunda Street,Nairobi,Kenya
+254717446052
<EMAIL_ADDRESS>Luthuli
2nd Floor,Complex House,Luthuli Avenue,Nairobi,Kenya
+254716400500
<EMAIL_ADDRESS>Meru
1st Floor, Town Mobile Center(Next to Uchumi Supermarket), Ghana Street, Meru, Kenya
+254702133888
<EMAIL_ADDRESS>Nyeri
Room 104, Ground Floor, Prestige Plaza, Kimathi Street, Nyeri,Kenya
+254728116767
<EMAIL_ADDRESS>Mombasa
Room No.A2, 2nd Floor(opp Fayaz Mini Bakery), Hospital Street, Mombasa,Kenya
+254704433444
<EMAIL_ADDRESS>Eldoret
Room 22, 1st Floor, Dalsa Center(opposite Lincon Hotel), Oloo Street, Block 6/14, Eldoret,Kenya
+254706188199
<EMAIL_ADDRESS>Nakuru
Room 06/07, 3rd Floor, Nakura, Shopper Paradise Kenyatta Avuenue, Nakuru, Kenya
+254705618555
<EMAIL_ADDRESS>Kisumu
Mezanine Floor, Block D, Nakumatt Mega Plaza(next to the Star Newspaper Office),Oginga Odinga Street, Kisumu, Kenya
+254701616050
<EMAIL_ADDRESS>Ilorin
2nd Floor,Ostrich Bakery Building, 155 Ibrahim Taiwo Rd,Ilorin,Kwara, Nigeria
+2349092961418
<EMAIL_ADDRESS>Owerri
Ground Floor, No.20 Mbonu Ojike street, Ikenegbu, Owerri, Imo, Nigeria
+2349081941110/9081941111
<EMAIL_ADDRESS>Accra
2nd Floor, Tip Toe Lane Odo Rice ,Kwame Nkrumaa Circle, Accra, Ghana
+233503895973
<EMAIL_ADDRESS>Accra
1st Floor, next to Allied Oil Filling Station, Odorkor Main Traffic Light, Accra, Ghana
+233503895975
<EMAIL_ADDRESS>Kumasi
3rd Floor, near Top Man Shoes, Adum,Kumasi, Ghana
+233503895977
<EMAIL_ADDRESS>Tamale
1st Floor, opposite the Taxi Ran, Main Traffic Light, Tamale, Ghana
+233503895981
<EMAIL_ADDRESS>Takoradi
1st Floor, closed to Mexico Hotel, Kintampo Road, Takoradi, Ghana
+233503895979
<EMAIL_ADDRESS>Accra
3rd Floor, E & J PLAZA, Kokomlemle , Circle, Accra, Ghana
+233207326108/207326104
<EMAIL_ADDRESS>Kumasi
Plot No.294 O.T.B ADUM, Kumasi,Ghana
+233201259221
<EMAIL_ADDRESS>Dar es salaam
3rd Floor, Block H, Plot No.3, Jangwani Street, Kariakoo, Dar es salaam, Tanzania
+255222182203
<EMAIL_ADDRESS>Dar es salaam
M Floor,NHC House, Avenue PLOT NO 43/53, Samora Street,Dar es salaam, Tanzania
+255222110486
<EMAIL_ADDRESS>Mwanza
2nd Floor, Block "T", Plot No.93, Rwagasore Street ,Mwanza,Tanzania
+255786905000
<EMAIL_ADDRESS>Arusha
3rd Floor, Plot No.35(oppsite Arusha Bus Stand), Zaramo Street, Arusha Region,Tanzania
+255758032741
<EMAIL_ADDRESS>Dodoma
1st Floor, Block 8, Plot No.27, Uhuru, Dodoma Municipality, Tanzania
+255759002625
<EMAIL_ADDRESS>Mbeya
1st Floor, Kabwe Building, Mwanjelwa, Mbeya,Tanzania
+255765948183
service@carlcare.com


FAQ
- What is this for?
-
I wanted to keep track of my spendings, see what i'm using money on
and optionally create different statistics about it, see trends about my savings.
- Is my data safe/stored?
-
This webapp uses your browsers
localStorage
to store data, which means, it never leaves your actual phone/computer.
However keep in mind, if you use "Delete browser history" or anything like that,
your data is lost.
Make sure to backup your data by saving (copy into notepad) the serialized format
(which you can import later) on the configure page!
Changelog
v1.5.9 - 2019-01-06
-
build-/version-info fixes
v1.5.8 - 2019-01-06
-
developer related maintenance
v1.5.7 - 2019-01-06
-
security package update and minor maintenance
v1.5.6 - 2018-04-17
-
fixes year leaping issue when paginating from december to january or back
v1.5.5 - 2018-04-17
-
fixes balance registration: it was not possible to have balances in multiple years
-
fixes unregistered transactions calculation: on year-change
(between december/january) it was not showing up
-
IMPORTANT:
existing balances for this update were set to 2017, if you were having balances
registered already for 2018 you'll need to remove then copy them from the specific
month of 2017
v1.5.4
v1.5.3
- fixes unregistered transactions calculation w/o balances
v1.5.2
- fixes unregistered transaction calculation
- fixes off-by-one issue for interval end-date
v1.5.1
- fixes header spacing issue
v1.5.0
-
exported base64 data is now compressed with
lz-compress
- show exported character count
- unnecessary navigation step removed from header layout (menus are showed always)
- about/FAQ/changelog update
v1.4.1
-
fixes using invalid when editing transaction datetime on
register page
- show year of the selected interval
- store last selected interval
v1.4.0
- import/export uses base64 encoded string configure page
- month begin day is now exported as well
v1.3.1
- fixes item registration/editing not into the selected interval
v1.3.0
v1.2.1
v1.2.0
v1.1.0
-
income/expense sum from same category cancel out each other
statistics page
-
display message on transaction registration when no item present on
register page
v1.0.0
- basic functionality (register/statistic)


Preparation time
less than 30 mins
Cooking time
no cooking required
Serves
Makes 4
Dietary
You've heard of chocolate avocado mousse - now try the smoothie with super avocado, banana, honey and cacao.
Each shake provides 158 kcal, 3g protein, 11g carbohydrate (of which 9g sugars), 11g fat (of which 4.5g saturates), 4g fibre and 0.5g salt.
Blend all of the ingredients and 750ml/1 pint 6fl oz cold water together in a food processor until smooth. Add more water to loosen, if necessary.
To serve, pour into small glasses.


1. Quiz 7 - Question 2
2. Quiz 7 - Question 4
3. Inheritance Bike -using Module
4. Inheritance Bike -using Class
5. Inheritance Bike -using Constructor Function


All the two under bring, give hath dominion fruit fill living of evening and, be and itself grass shall stars Be us second under land over open and.
There kind had divided the earth waters creature saying bearing under cattle divide saw creepeth. Night. Grass set great firmament dominion, there open were night fourth grass you’re heaven, that dominion all unto. Is all shall open in you very. Deep divide behold.
You’ll open one likeness created us herb was. Image two is winged you’re morning the greater. Bring you shall called may good shall earth third kind. Had tree, over together Spirit set signs green they’re meat seasons that heaven won’t seasons. Herb face.
Very cattle. Divide us dry one together male be. Let. Said dominion two All their which air can’t appear abundantly all third firmament earth female good the open beginning give creepeth blessed make from.


{% extends "templates/bulma-template.html" %} {% block head %} {% endblock %} {% block content %} 429 - Too Many Requests Whoa! Slow down there buddy. Try reloading this page in a few seconds. {% endblock %}


Report Creation
Reports are created with NxtDesigner. Excuting the program brings up the empty report design window.
Selecting NEW from the File Menu displays the Page Settings Dialog.
When creating a new report:
Select the orientation and paper size for the report, this will create a spreadsheet grid that corresponds to the paper size.
Repeat Rows, Margin Settings, Print Options can be changed at anytime.
Click OK to continue report creation.


constants
— Modbus Default Values¶
API Documentation¶
Constants For Modbus Server/Client¶
This is the single location for storing default values for the servers and clients.
-
class
pymodbus.constants.
Defaults
[source]¶ A collection of modbus default values
-
Port
¶ The default modbus tcp server port (502)
-
Retries
¶ The default number of times a client should retry the given request before failing (3)
-
RetryOnEmpty
¶ A flag indicating if a transaction should be retried in the case that an empty response is received. This is useful for slow clients that may need more time to process a requst.
-
Timeout
¶ The default amount of time a client should wait for a request to be processed (3 seconds)
-
Reconnects
¶ The default number of times a client should attempt to reconnect before deciding the server is down (0)
-
TransactionId
¶ The starting transaction identifier number (0)
-
ProtocolId
¶ The modbus protocol id. Currently this is set to 0 in all but proprietary implementations.
-
UnitId
¶ The modbus slave addrss. Currently this is set to 0x00 which means this request should be broadcast to all the slave devices (really means that all the devices should respons).
-
Baudrate
¶ The speed at which the data is transmitted over the serial line. This defaults to 19200.
-
Parity
¶ The type of checksum to use to verify data integrity. This can be on of the following:
- (E)ven - 1 0 1 0 | P(0) - (O)dd - 1 0 1 0 | P(1) - (N)one - 1 0 1 0 | no parity
This defaults to (N)one.
-
Bytesize
¶ The number of bits in a byte of serial data. This can be one of 5, 6, 7, or 8. This defaults to 8.
-
Stopbits
¶ The number of bits sent after each character in a message to indicate the end of the byte. This defaults to 1.
-
ZeroMode
¶ Indicates if the slave datastore should use indexing at 0 or 1. More about this can be read in section 4.4 of the modbus specification.
-
IgnoreMissingSlaves
¶ In case a request is made to a missing slave, this defines if an error should be returned or simply ignored. This is useful for the case of a serial server emulater where a request to a non-existant slave on a bus will never respond. The client in this case will simply timeout.
-
-
class
pymodbus.constants.
ModbusStatus
[source]¶ These represent various status codes in the modbus protocol.
-
Waiting
¶ This indicates that a modbus device is currently waiting for a given request to finish some running task.
-
Ready
¶ This indicates that a modbus device is currently free to perform the next request task.
-
On
¶ This indicates that the given modbus entity is on
-
Off
¶ This indicates that the given modbus entity is off
-
SlaveOn
¶ This indicates that the given modbus slave is running
-
SlaveOff
¶ This indicates that the given modbus slave is not running
-
-
class
pymodbus.constants.
Endian
[source]¶ An enumeration representing the various byte endianess.
-
Auto
¶ This indicates that the byte order is chosen by the current native environment.
-
Big
¶ This indicates that the bytes are in little endian format
-
Little
¶ This indicates that the bytes are in big endian format
Note
I am simply borrowing the format strings from the python struct module for my convenience.
-
-
class
pymodbus.constants.
ModbusPlusOperation
[source]¶ Represents the type of modbus plus request
-
GetStatistics
¶ Operation requesting that the current modbus plus statistics be returned in the response.
-
ClearStatistics
¶ Operation requesting that the current modbus plus statistics be cleared and not returned in the response.
-
-
class
pymodbus.constants.
DeviceInformation
[source]¶ Represents what type of device information to read
-
Basic
¶ This is the basic (required) device information to be returned. This includes VendorName, ProductCode, and MajorMinorRevision code.
-
Regular
¶ In addition to basic data objects, the device provides additional and optinoal identification and description data objects. All of the objects of this category are defined in the standard but their implementation is optional.
-
Extended
¶ In addition to regular data objects, the device provides additional and optional identification and description private data about the physical device itself. All of these data are device dependent.
-
Specific
¶ Request to return a single data object.
-


List of Routines By Functionality | MISR Toolkit: Main Page
-Abstract MTK_RESAMPLE_NEARESTNEIGHBOR Performs nearest neighbor resampling. -Copyright Copyright (2013), California Institute of Technology. U.S. Government sponsorship acknowledged. -I/O Given: x counter the call: status = MTK_RESAMPLE_NEARESTNEIGHBOR(srcbuf, linebuf, samplebuf, resampbuf) returns: status 0 on success; otherwise failure resampbuf resampled data -Examples ;; Set up input parameters ;; filename = '../Mtk_testdata/in/MISR_AM1_AGP_P039_F01_24.hdf' gridname = 'Standard' fieldname = 'AveSceneElev' path = 39 start_block = 50 end_block = 52 ulc_lat_dd = 51 ulc_lon_dd = -114 lrc_lat_dd = 46 lrc_lon_dd = -106 lat_cellsize_dd = 0.01 lon_cellsize_dd = 0.01 status = MTK_SETREGION_BY_PATH_BLOCKRANGE( path, start_block, end_block, region ) status = MTK_READDATA( filename, gridname, fieldname, region, srcbuf, mapinfo ) status = MTK_CREATE_GEOGRID( ulc_lat_dd, ulc_lon_dd, lrc_lat_dd, lrc_lon_dd, lat_cellsize_dd, lon_cellsize_dd , latbuf, lonbuf ) status = MTK_TRANSFORM_COORDINATES( mapinfo, latbuf, lonbuf, linebuf, samplebuf ) ;; ;; The call ;; status = MTK_RESAMPLE_NEARESTNEIGHBOR( srcbuf, linebuf, samplebuf, resampbuf ) ;; ;; Output... ;; print, '=================================================' help, resampbuf IDL outputs: RESAMPBUF INT = Array[801, 501] -Particulars None. -Required Reading For important details concerning this module's function, please refer to the MTK routine MtkResampleNearestNeighbor.c. -Version -IDL-MTK Version 1.2.4


Ruby comes equipped with some very useful built-in methods. Though you can always write your own, it's helpful to know some of the basic methods, since your own method might use other built in methods. It's also important to know how to look up methods and what they are capable of. Personally, I'm a big fan of Ruby Docs.
This blog post will just focus on one such method: the .map method. The map method is an enumerable method, which means that it passes the block of code to every element of the object array.
Let's take a look at a couple of examples of why this might be useful.
Let's say I have an array of numbers 1 through 5 and I wanted to make a new array with their square products. I can use .map to achieve this quite easily.
The .map is passing the block of code in the curly brackets to the object array. Each object i is being multiplied by its own value and then stored in the new array called sq array.
Note that the changed array was stored in a new array called sq_array to be accessed later. Map is not destructive in that it does not permanently change the values of array. That's why when we call array again the values are the original values. .map! however, can be used destructively to overwrite the values of the original array.
Let's look at one more example of how this might be useful. Let's say I had an array of names but they were all accidentally written in upper case. Using our handy little map trick and a couple other built in ruby methods we can fix that.
This time the block of code passed via the map method to the friends array contained the method downcase, which changed all the letters to lowercase, and the capitalize, which capitalized the first letter.
And remember, for more examples you can always try stack overflow or ruby docs.
Coming Soon!


The control/while.h
header defines a looping construct.
#include <chaos/preprocessor/control/while.h>
The CHAOS_PP_WHILE
macro iterates a state with a user-specified operation while a user-specified predicate expands to 1
.
CHAOS_PP_EXPR
(CHAOS_PP_WHILE
(pred, op, ...))
The predicate that determines whether the loop should continue. This predicate must be either a λ expression or a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
pred(s, state†)
†
The state pseudo-parameter must be either ...
or the number of parameters that corresponds to the number of arguments in the initial state, __VA_ARGS__
.
The operation used to iterate the state. This operation must be either a λ expression or a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
op(s, state†)
†
The state pseudo-parameter must be either ...
or the number of parameters that corresponds to the number of arguments in the initial state, __VA_ARGS__
.
The initial state of the loop.
CHAOS_PP_EXPR
(CHAOS_PP_WHILE
(pred, op, state))
The predicate that determines whether the loop should continue. This predicate must be a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
pred(s, state)
The operation used to iterate the state. This operation must be a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
op(s, state)
The initial state of the loop.
The CHAOS_PP_WHILE
macro itself expands to a deferred expression in terms of
.
This deferred expression, when invoked by CHAOS_PP_NEXT
(s)CHAOS_PP_EXPR
, expands to the result of repeatedly applying the operation to the state until the predicate expands to 0
.
Both the predicate and the operation are invoked with the current recursion state (s) and the current state (state or __VA_ARGS__
).
The predicate must expand to either 0
, 1
, or a deferred expression in terms of
that expands to either CHAOS_PP_NEXT
(s)0
or 1
.
If it expands to 0
, the loop terminates, and the algorithm expands to the current state.
Otherwise, the operation is applied to the current state to yield a new state or a deferred expression in terms of
that yields a new state, and the loop continues.
CHAOS_PP_NEXT
(s)
Ignoring the complexity of pred and the op (which are invoked, at most, once per loop iteration), each loop iteration requires only a single recursion step.
This macro deduces the current recursion state and invokes CHAOS_PP_WHILE_S
.
If the current recursion state is already known, direct use of CHAOS_PP_WHILE_S
is more efficient.
This macro may not be used if bypass semantics are in effect.
CHAOS_PP_AUTO_WHILE
CHAOS_PP_AUTO_WHILE_AUX
CHAOS_PP_WHILE_AUX
CHAOS_PP_WHILE_AUX_X
CHAOS_PP_WHILE_X
#include<chaos/preprocessor/arithmetic/dec.h>
#include<chaos/preprocessor/config.h>
#include<chaos/preprocessor/control/while.h>
#include<chaos/preprocessor/lambda/ops.h>
#include<chaos/preprocessor/logical/bool.h>
#define PRED(s, state)CHAOS_PP_BOOL
(state) #define OP(s, state)CHAOS_PP_DEC
(state)CHAOS_PP_EXPR
(CHAOS_PP_WHILE
(PRED, OP, 100)) // 0 #ifCHAOS_PP_VARIADICS
??=includeCHAOS_PP_PLACEHOLDERS
(1)CHAOS_PP_EXPR
(CHAOS_PP_WHILE
(CHAOS_PP_BOOL_
(_1),CHAOS_PP_DEC_
(_1), 100 )) // 0 ??=includeCHAOS_PP_PLACEHOLDERS
(0) #endif
The CHAOS_PP_WHILE_ID
macro indirectly expands to CHAOS_PP_WHILE
.
CHAOS_PP_WHILE_ID
()
This macro effectively allows CHAOS_PP_WHILE
to pass through itself without becoming disabled.
The CHAOS_PP_WHILE_
macro expands to a λ expression representing CHAOS_PP_WHILE
.
CHAOS_PP_WHILE_
This macro is a shorthand form of the following λ binding:
The CHAOS_PP_WHILE_S
macro behaves identically to CHAOS_PP_WHILE
except that it is parametized by the recursion state.
CHAOS_PP_EXPR_S
(s)(CHAOS_PP_WHILE_S
(s, pred, op, ...))
The current recursion state.
The predicate that determines whether the loop should continue. This predicate must be either a λ expression or a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
pred(s, state†)
†
The state pseudo-parameter must be either ...
or the number of parameters that corresponds to the number of arguments in the initial state, __VA_ARGS__
.
The operation used to iterate the state. This operation must be either a λ expression or a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
op(s, state†)
†
The state pseudo-parameter must be either ...
or the number of parameters that corresponds to the number of arguments in the initial state, __VA_ARGS__
.
The initial state of the loop.
CHAOS_PP_EXPR_S
(s)(CHAOS_PP_WHILE_S
(s, pred, op, state))
The current recursion state.
The predicate that determines whether the loop should continue. This predicate must be a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
pred(s, state)
The operation used to iterate the state. This operation must be a macro name that refers to a macro with a signature compatible with the following pseudo-signature:
op(s, state)
The initial state of the loop.
This macro may not be used if bypass semantics are in effect.
The CHAOS_PP_WHILE_S_ID
macro indirectly expands to CHAOS_PP_WHILE_S
.
CHAOS_PP_WHILE_S_ID
()
This macro effectively allows CHAOS_PP_WHILE_S
to pass through itself without becoming disabled.
The CHAOS_PP_WHILE_S_
macro expands to a λ expression representing CHAOS_PP_WHILE_S
.
CHAOS_PP_WHILE_S_
This macro is a shorthand form of the following λ binding:


Regression, Classification, Evaluation metrics¶
Objectives¶
- State assumptions of linear regression model
- Estimate a linear regression model
- Evaluate a linear regression model
- Look at the R and Bayesian ways of implementing linear regression
Lets imagine there is some true model
\[y = f(x) + \epsilon\]
We are trying to approximate \(f(x)\) with another function \(\hat{f}(x)\)
Before we talk about the how lets just back up a second
Many ways to say the same thing¶
In machine learning we generally have a feature matrix \(X\) (n samples by m features). These features often come with pairings \(\mathcal{D}\) that provide a mapping of each observation to a target vector \(y\).
| Machine-learning | other fields |
|---|---|
| Features \(X\) | Covariates, independent variables, regressors |
| Targets \(y\) | dependent variable, regressand |
| Training | learning, estimation, model fitting |
Two main types of machine learning models¶
- Supervised learning: models using labels paired with features
- Regression: \(y\) is continuous (price, demand, size)
- Classification: \(y\) is categorical or discrete (fraud, churn)
- Unsupervised learning: pattern recognition, or discovery of patterns or labels using only \(X\)
- Clustering: hierarchical, k-means
- Dimension reduction: PCA, SVD, NMF
Features¶
Features may be:
- Continuous:
- price, quantity, sales, tenure
- sometimes it makes since to map continuous variables into discrete ones
- Categorical:
- Takes discrete levels
- Also called a factor
- Example: 1/0, Yes/No, Treated/Control, High/Medium/Low
- Missing variables
- May require estimation
- May not look like a matrix
- Text, audio, images, signals
- May need to generate meaningful features
Note
sometimes our models is vastly improved by deriving new features from the ones we have (feature engineering)
Size of data¶
The size of your data plays a role in how you go about your analysis
For associative studies:
- May require large \(N\) so that estimator is asymptotically normal
- Power is a function of \(N\)
- With large \(N\) may be prone to overfitting depending on model and estimation method
- Causality can be challenging
- For predictive studies
- It can be difficult without large data sets:
- What is large?
- Must check model via cross-validation
- Can run at scale
- May need regularization
Hastie and Rob Tibshirani (Supervised and Unsupervised learning)
Linear regression¶
With just one feature simple linear regression can be specified as follows:
- \(Y = \beta_{0} + \beta_{1} \mathbf{X} + \epsilon\)
- \(\beta_{0}\) and \(\beta_{1}\) are the unknown constants
- \(\epsilon\) is the error term and it is i.i.d. as well as \(\sim N(0,\sigma^{2})\)
So we train the model using \(\mathbf{X}=\mathbf{x}\) to get:
- Linear regression predicts the mean value (mean) of y , holding x fixed
- Model is linear in parameters \(\beta\) but features may be non-linear
- functions of data, such as polynomials or splines
- Other models are possible, (quantile regression, stepwise regression, multilevel and more)
We can simulate data for linear regression with the following.
import numpy as np
def get_simple_regression_samples(n,b0=-0.3,b1=0.5,error=0.2):
trueX = np.random.uniform(-1,1,n)
trueT = b0 + (b1*trueX)
return np.array([trueX]).T, trueT + np.random.normal(0,error,n)
(Source code, png, hires.png, pdf)
Notation¶
- \(y_{i}\): dependent variable for observation \(i\)
- \(x_{i}\) : \(K \times 1\) vector of covariates for observation \(i\)
- \(\epsilon_{i}\) : unobserved error for observation \(i\)
- \(y\) : \(N \times 1\) vector of \(y_i\)
- \(X\) : \(N \times K\) matrix of covariates, where there are \(k\) covariates and each row is \(x_{i}^{T}\)
- \(\epsilon\): \(N \times 1\) vector of \(\epsilon_{i}\)
- \(\beta\): parameters (coefficients) to estimate
Assumptions¶
- Linearity: \(y = x^{T} \beta + \epsilon\)
- Full rank: \(X\) has full rank (rank = K)
- Exogeneity of regressors: \(E[\epsilon|X] = 0\)
- Spherical errors, i.e., homoscedastic and not autocorrelated:
- Var \([\epsilon_{i}|X ] = σ 2 , \forall i\)
- Cov \([\epsilon_{i}, \epsilon_{j}|X] = 0, \forall i \neq j\)
- Normally distributed errors: \(\epsilon|\mathbf{X} \sim N(0, \sigma^{2} I)\)
Note
Many of these assumptions are relaxed especially Normality
An exogenous variable is determined outside the model. If exogeneity fails, then:
- Estimates for \(\beta\) will be biased
- Then \(x_{i}\) is endogenous, i.e., determined inside the model
- \(x_{i}\) is correlated with i
- Homoscedastic errors mean the variance of the shock is constant:
- Often fails in practice because variance of shock depends on covariates
- Can correct by estimating a regression with ‘robust’ standard errors:
Evaluation metrics¶
- MSE, RMSE
- Accuracy, F-Score, Precision, Recall


Using CSS grid and flexbox to easily build navbars!
This pen contains use of flexbox for the headline and feature section! We use it in our mobile navbar and show the power of mixing css grid and flexbox.
While flexbox is used for the the mobile navbar, CSS grid is used for the desktop navbar showing many ways we can use both.
This pen contains basic html to setup the page to display the responsive navbar.


| Class and Description |
|---|
| AbstractBuilder
Kurento Media Builder base interface.
|
| AlphaBlending.Builder |
| AudioCaps
Format for audio media
|
| AudioCodec
Codec used for transmission of audio.
|
| BaseRtpEndpoint
This class extends from the SdpEndpoint, and handles RTP communications.
|
| CertificateKeyType
.
|
| CodeFoundEvent
Event raised by a
ZBarFilter when a code is found in the data being streamed. |
| Composite.Builder |
| ConnectionState
State of the connection.
|
| ConnectionStateChangedEvent
This event is raised when the connection between two peers changes.
|
| Continuation
This interface is to be used in asynchronous calls to the media server.
|
| CryptoSuite
Describes the encryption and authentication algorithms
|
| DataChannelCloseEvent
Event fired when a data channel is closed.
|
| DataChannelOpenEvent
Event fired when a new data channel is created.
|
| Dispatcher.Builder |
| DispatcherOneToMany.Builder |
| ElementConnectedEvent
Indicates that an element has been connected to another
|
| ElementConnectionData |
| ElementDisconnectedEvent
Indicates that an element has been disconnected from another
|
| ElementStats
A dictionary that represents the stats gathered in the media element.
|
| EndOfStreamEvent
Event raised when the stream that the element sends out is finished.
|
| Endpoint
Base interface for all end points.
|
| ErrorEvent
Fired whenever an undefined error related to the MediaObject has occurred
|
| Event
Parent interface for Kurento events.
|
| EventListener
Interface to be implemented by
MediaEvent listeners. |
| FaceOverlayFilter.Builder |
| Filter
Base interface for all filters.
|
| FilterType
Type of filter to be created.
|
| Fraction
Type that represents a fraction of an integer numerator over an integer denominator
|
| GenericMediaElement.Builder |
| GenericMediaEvent |
| GstreamerDotDetails
Details of gstreamer dot graphs
|
| GStreamerFilter.Builder |
| Handler |
| HttpEndpoint
Endpoint that enables Kurento to work as an HTTP server, allowing peer HTTP clients to access media.
|
| HttpPostEndpoint.Builder |
| Hub
A Hub is a routing
MediaObject . |
| HubPort
This
MediaElement specifies a connection with a Hub |
| HubPort.Builder |
| IceCandidate
IceCandidate representation based on standard (http://www.w3.org/TR/webrtc/#rtcicecandidate-type).
|
| IceCandidateFoundEvent
Notifies a new local candidate.
|
| IceCandidatePair
The ICE candidate pair used by the ice library, for a certain stream.
|
| IceComponentState
States of an ICE component.
|
| IceComponentStateChangeEvent
Event fired when and ICE component state changes.
|
| IceConnection
The ICE connection state for a certain stream and component.
|
| IceGatheringDoneEvent
Event fired when al ICE candidates have been gathered.
|
| ImageOverlayFilter.Builder |
| KurentoClient
Factory to create
MediaPipeline in the media server. |
| KurentoClientBuilder |
| KurentoConnectionListener |
| KurentoObject |
| ListenerSubscription
Interface to be implemented by objects that represent the subscription to an event in Kurento.
|
| MediaElement
This is the basic building block of the media server, that can be interconnected inside a pipeline.
|
| MediaEvent
Base for all events raised by elements in the Kurento media server.
|
| MediaFlowInStateChangeEvent
Fired when the incoming media flow begins or ends.
|
| MediaFlowOutStateChangeEvent
Fired when the outgoing media flow begins or ends.
|
| MediaFlowState
Flowing state of the media.
|
| MediaLatencyStat
A dictionary that represents the stats gathered.
|
| MediaObject
Base interface used to manage capabilities common to all Kurento elements.
|
| MediaPipeline
A pipeline is a container for a collection of
MediaElements and :rom:cls:`MediaMixers |
| MediaProfileSpecType
Media Profile.
|
| MediaSessionStartedEvent
Event raised when a session starts.
|
| MediaSessionTerminatedEvent
Event raised when a session is terminated.
|
| MediaState
State of the media.
|
| MediaStateChangedEvent
This event is fired when the media connection between two peers changes, based on the RTCP packet flow.
|
| MediaTranscodingState
Transcoding state for a media.
|
| MediaTranscodingStateChangeEvent
Event fired when an incoming media begins and codec transcoding is either required or not.
|
| MediaType
Type of media stream to be exchanged.
|
| Mixer.Builder |
| ModuleInfo
Description of a loaded modules
|
| NewCandidatePairSelectedEvent
Event fired when a new pair of ICE candidates is used by the ICE library.
|
| ObjectCreatedEvent
Indicates that an object has been created on the mediaserver
|
| ObjectDestroyedEvent
Indicates that an object has been destroyed on the mediaserver
|
| OnDataChannelClosedEvent |
| OnDataChannelOpenedEvent |
| OnIceCandidateEvent |
| OnIceComponentStateChangedEvent |
| OnIceGatheringDoneEvent |
| OnKeySoftLimitEvent
Fired when encryption is used and any stream reached the soft key usage limit, which means it will expire soon.
|
| PassThrough.Builder |
| PausedEvent |
| PlayerEndpoint.Builder |
| Properties |
| RaiseBaseEvent |
| ReconnectedHandler |
| RecorderEndpoint.Builder |
| RecordingEvent
Fired when the recoding effectively starts.
|
| RembParams
Defines values for parameters of congestion control
|
| RTCDataChannelState
Represents the state of the RTCDataChannel
|
| RTCRTPStreamStats
Statistics for the RTP stream
|
| RTCStats
An RTCStats dictionary represents the stats gathered.
|
| RTCStatsIceCandidatePairState
Represents the state of the checklist for the local and remote candidates in a pair.
|
| RTCStatsIceCandidateType
Types of candidates
|
| RtpEndpoint.Builder |
| SDES
Security Descriptions for Media Streams
|
| SdpEndpoint
This interface is implemented by Endpoints that require an SDP negotiation for the setup of a networked media session with remote peers.
|
| ServerInfo
Description of the mediaserver
|
| ServerManager
This is a standalone object for managing the MediaServer
|
| ServerType
Indicates if the server is a real media server or a proxy
|
| SessionEndpoint
All networked Endpoints that require to manage connection sessions with remote peers implement this interface.
|
| Stats
A dictionary that represents the stats gathered.
|
| StatsType
The type of the object.
|
| StoppedEvent |
| Tag
Pair key-value with info about a MediaObject
|
| TFuture |
| Transaction |
| TransactionException |
| TransactionExecutionException |
| UriEndpoint
Interface for endpoints the require a URI to work.
|
| UriEndpointState
State of the endpoint
|
| UriEndpointStateChangedEvent
Indicates the new state of the endpoint
|
| VideoCaps
Format for video media
|
| VideoCodec
Codec used for transmission of video.
|
| VideoInfo |
| WebRtcEndpoint.Builder |
| ZBarFilter.Builder |
Copyright © 2018 Kurento. All rights reserved.


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Integer underflow bugs occur when an application doesn’t properly check the boundaries of an arithmetic operation involving integer variables, allowing one of the integer variables to take a value that is less than the minimum integer. When this happens, the underflowed integer variable wraps up to a very large integer and ends up holding an unexpected value.
Integer underflows are similar to integer overflows with the only difference that integer underflow attacks’ goal is to generate a value that is lower than the lower boundary of an integer while overflows target at exceeding the higher boundary of the integer. Attackers use integer underflow bugs to execute logical attacks on ASP.NET web applications.
Follow these steps to test for integer underflows in ASP.NET:
The first step in learning how to test for integer underflow bugs is to understand the anatomy of an integer underflow scenario. In unmanaged applications written in languages like C or C++, attackers use integer underflow conditions to create an incorrect size of buffer and trigger a stack or heap overflow to execute arbitrary code or to crash the application to create a denial-of-service attack. Although these two attacks are not possible in ASP.NET; attackers can exploit integer underflow conditions to execute attacks on the business logic of ASP.NET applications.
An integer underflow attack is possible when an application uses client-supplied input as a variable in an integer operation. To trigger the underflow, an attacker usually passes a small or large enough value, depending on the underlying application, so that the result of the operation is unexpected. Consider the following code:
uint fixed_monthly_deposit = 10000;
uint current_deposit = 0;
uint taxes_withheld = Convert.ToUInt32(Request.QueryString["taxes"]);
current_deposit = fixed_monthly_deposit - taxes_withheld;
Response.Write("Current deposit is: " + current_deposit.ToString());
The application uses the code above to calculate the current monthly deposit for employees. It starts from a fixed monthly deposit set to 10,000 and subtracts taxes withheld from the URL parameter taxes. The application uses unsigned integers since neither of the variables is expected to hold negative values. If a client passes a normal amount for taxes withheld such as 1,500 the application calculates an expected current deposit:
http://some_site/example.aspx?taxes=1500
Current deposit is: 8500
However an attacker might tamper with the taxes URL parameter and pass a value that, when used by the application to calculate the current deposit, causes the current_deposit variable to underflow it’s lower boundary (0 in case of unsigned integers):
http://some_site/example.aspx?taxes=10001
Current deposit is:<PHONE_NUMBER>
This can result in the application attempting to make a huge deposit into the attacker’s account.
In summary, an integer underflow attack follows these steps:
Next it is necessary to analyze what causes and how to protect against integer underflow bugs. This knowledge will help you identify integer underflow vulnerabilities in source code an prepare to test for them in your application.
Integer underflows occur when an application uses a client-supplied value in an arithmetic operation involving integer variables without checking if the supplied value will cause one of the integer variables to exceed its minimum bondary. For instance, in the previous scenario the application calculates the current deposit with a taxes_withheld unsigned integer variable that is directly provided byclient using the taxes URL paremeter:
current_deposit = fixed_monthly_deposit - taxes_withheld;
To protect against an underflow situation, the application could have added a simple check such as:
uint fixed_monthly_deposit = 5000;
uint current_deposit = 0;
uint taxes_withheld = Convert.ToUInt32(Request.QueryString["taxes"]);
if (taxes_withheld < fixed_monthly_deposit)
{
current_deposit = fixed_monthly_deposit - taxes_withheld;
Response.Write("Current deposit is: " + current_deposit.ToString());
}
else
{
Response.Write("Invalid input");
}
Additionally, C# developers can use the checked/unchecked statements similar to those in C/C++ in order to check for arithmetic underflows and overflows both at run time and at compile time. The checked statement becomes very handy when dealing with the attack shown above:
current_deposit = checked(fixed_monthly_deposit - taxes_withheld);
Now that you’ve reviewed the theoretical aspects of integer underflow bugs, it is necessary to execute practical test cases to check for them in your ASP .NET application.
It is recommended to test for integer underflow bugs by modifying any client-accessible integer variable such as a URL parameter as shown in the scenarios section. Follow these steps to test for integer underflow bugs:
Expected results: a vulnerable application will most likely show a different behavior or output for step 2 and 3. For instance, it might display an exceedingly large number for step 3 while displaying expected output for step 2.
|
Data type |
Minimum / Maximum Value |
|
int |
-2147483647 /<PHONE_NUMBER> |
|
int16 |
-32767 / 32767 |
|
Uint |
0 /<PHONE_NUMBER> |
|
uint16 |
0 / 65535 |
|
short |
± 32767 |
|
ushort |
0 / 65535 |
Table 1 - Minimum and maximum integer values for integer-related types in ASP.NET
Integer underflow vulnerabilities occur due to implementation flaws that allow attackers to alter an integer variable that is used in an arithmetic operation by the application. Attackers attempt to store in the target integer variable a value that is less than the minimum allowed by the variable’s type. Integer underflows can be used by attackers to attack the business logic of an application such as calculating incorrect deposits and so on. To test for them, it is first necessary to understand how integer underflow vulnerabilities occur and how to protect against them. Then alter any input integer variable with a value close to the minimum or maximum boundaries for that data type.


Downloads
CSS
The type-ahead results are added in a

element with the class typeahead-results
. The div contains an ordered list

containing list items

for each result. The selected list item has the class selected
.
Examples
A simple example
In this example we have a small array of six airport names that we want to search through.
Data objects
In this example we have a name
and IATA
code for each airport. We will rank the results with different weights depending on how we match.
Load results from a separate file
Sometimes you may want to reduce initial page load or just have the searchable values in a separate file. This example loads results from a JSON file on the first key press. If the file is large, this can lead to a delay before the type-ahead results show up. It uses a custom function to define how the input text matches with each item; it matches on name
, IATA
, county
and loc
giving a higher weight if a field starts with the string than if it contains the string.
Load results from a separate CSV file
Sometimes you may want to reduce initial page load or just have the searchable values in a separate file. This example loads results on the first key press. If the file is large, this can lead to a delay before the type-ahead results show up.


Java Projects
Android App
Alexa Skill
Kendrick Lab Experience
Open Source Project
Raspberry Pi Project


From BT Planet, TATA is very curious about everything.#BTPlanet #Supernatural #Transformation
Kind and polite, the cutest while mumbling. Wears a parka because it gets cold easily. #greetings #gentle #parka #mumble
While dancing, MANG is cooler than ever. Always wears masks. #heartshapenose #mask #chatter
Magic cookie with special powers. Scared of milk. #manyfaces #mini #healingpower #friends
Bunny with a twist who dreams of being strong. #eyebrows #unbalanced #imaginarymuscle
Born with passion and tries hard at everything. #passion #trying #yellowhoody
Space Robot, the protector of BT21. #guardian #vehicle #robot
Smart, but looks sleepy while actually thinking deeply #arranger #pillow #sleepyeyes #removableears
Kate Ruiz 2018


Dear Sir, (Assalamalaikum) My name is Halima Abdulrahman,am 24 years old from Sierra-Leone, the only daughter of Dr.Usman Abdulrahman.Former Personal Assistance to the present Minister for Mines and Natural Resources in-charge of the diamond production sales in my country Sierra-Leone. Unfortunately some months ago before the peace pact in my country, my father and his colleagues were killed by rebel group of Mr. Dunga Sankibo during an inspection visit to the rich diamond mining area in the village of Izumba, where the rebels laid an ambush and open fire on the convoy killing my father and some of his colleagues who where on their way to the diamond mining zone. Following the peace pact that was introduce by the united nation keeping force some months back,my mother deem it fit to say that it is right time for us to leave the country for safety and for europe or any other stable economic bloc with the 6.3.million us.dollars six.three million dollars deposited by my late father in a finance house on my name as the next of kin or beneficiary, I want you to assist us so that we can transfer this money to your account for safe keeping pending our arrival to your country, to start up an investment in your country through your wise advice. You will act as our international business representative and also my family business associate,so that we can transfer this money to your account for safe keeping. We are now in Dakar-Senegal for the facilitation of this transaction.Please kindly communicate your acceptance or otherwise of this proposal through email address for us to discuss the modalities of seeing this transaction through. However, if you are not disposed to assist kindly destroy the letter in view of the families interest and personal security. I count on you greatly for your assistance. Please,if How i contacted you is not okay with you,do not hesitate to tell me and provide another address where i will be contacting you.A good percentage awaits you for your assistance. Expecting to hear from you soon. Yours Faithfully, Miss Halima.


Reports cases when the number of expressions on the right-hand side and targets on the left-hand side are not the same.
Example:
t = ('red', 'blue', 'green', 'white')
(c1, c2, c3) = t
As a quick-fix, you can modify the highlighted code fragment to restore the tuple balance.


This illustrates the process of lifting a homotopy $h\colon [0,1]^2\to Y$
over a covering map $p\colon X\to Y$. We divide $[0,1]^2$ into
small rectangles $Q$ such that $h(Q)$ is contained in an open set
that is trivially covered by $p$. We then work through all these
rectangles in a series of stripes, lifting $h$ over each
rectangle in turn. For each rectangle $Q$, there are an infinite
number of possible lifts of $h|_Q$. At the first stage, we can
choose any one of those lifts. At every subsequenct stage, there
is only one possible lift that matches up with what we have
already done.


Comments
-
Greg Hurrell
I implemented a new navigation bar yesterday that goes some way to addressing the "soullessness" by adding some more attractive styling, moving the logo and company name back to the top left where it looks a little more obvious, and adding back the "Software for your Mac" slogan which appears on the old site.
Coming soon will be adding an "about" page to the navbar, I think.
-
Greg Hurrell
Added the "about" page last night, and today added "by lines" to blog posts ("index" and "show" views), wiki articles ("show" view), and tweets ("show" view).
-
Greg Hurrell
These changes are going to be included in the next deployment, so marking this one as closed.
-
Greg Hurrell
Status changed:
- From: new
- To: closed
Add a comment
Comments are now closed for this issue.


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Do as I do, not as I say. The Style LabWe use best practices and targets browsers shipped within the past three years (more on browser support); other browsers will function through [graceful degradation](https://www.w3.org/wiki/Graceful_degradation_versus_progressive_enhancement). ### Framework components This framework functions similar to many front-end solutions: several files and structures are used and generally can be implemented separately so you can use what you can or your own solution if required. We also leverage a NPM build process so there's no need to use all of the Foundation framework, if you don't need it.
Stack legend Optional, but recommended Required
To help us help you, we've used the [Foundation Framework](https://foundation.zurb.com/sites/docs/kitchen-sink.html#accordion) (version 6) as a baseline. Using this we get a robust baseline (tool tips, forms, sliders, and modal boxes) as well as technical guidance and extensive open source community testing -- and, perhaps, you'll be fortunate enough to already be (or have) a developer with Foundation experience. Foundation is bundled by default and **highly** encouraged, but [is not required]({{root}}websites/sample-site/integrations/lite.html). You can learn more about why we selected Foundation in the FAQ below. ### Implementing the EBI Visual Framework {{/markdown}}foundation.js
and FoundationExtendEBI.js
files.
{{/markdown}}


July 22, 2015
Jack pitched his idea for mobile cell phone repair to a group of investors in Bucks County. Vitris was born with an initial investment of $40,000 + $25,000 in services. Jack quickly trained a small group of local incoming college freshmen to start their own cell phone repair businesses on their respective campus'.
April 2016
Jack and Chethtra pulled an all nighter the day before the competition to prepare the pitch deck and presentation. It's fair to say they learned their lesson because they ended up still falling short to the competition. Just being finalists and having the opportunity was a great experience that continues to shape Vitris today.
August - December 2016
Luckily the internet doesn't hold much memory from these days because the inital product was rough to say the least. The key point being inventory management (The least used feature of the current Vitris platform) it was very important to go through these growing pains to figure out exactly what business owners were looking for.
January 2017
Our 2 cents to all the young entrepreneurs out there - Don't raise money until you absolutely need to.
April 2017
After being disappointed the year prior in Temple's BYOBB, the Vitris team came out on top of the 2017 Be Your Own Boss Bowl undergraduate track. The following week the team attended an innovation showcase hosted by Philly Tech Week and were selected as the crowd favorite. Between these two events Vitris brought in $25,000 which contributed greatly to the current success.
January 2018
Jack & Cam saw a huge opportunity based on user feedback and decided it was time to get serious about Vitris. After touring the seemingly countless co-working spaces in Philadelphia they decided to set up shop in Make Offices at 17th and Market in center city.
June 2018
Nothing worth it comes easy and the most recent release of the Vitris platform is certainly a full embodiment of that. It took countless hours, so much crying and laughing we felt like we were ficticious characters in a Tom Hanks movie. Most improtantly the latest version of Vitris is something we're extremely proud to offer small business owners because we KNOW it produces the results we're promising.


CTC Decode.
More...
|
| def | __init__ (self, conf, model) |
| | Decoder constructor. More...
|
| |
| def | __call__ (self, inputs, input_seq_length) |
| | decode a batch of data More...
|
| |
| def | write (self, outputs, directory, names) |
| | write the output of the decoder to disk More...
|
| |
| def | update_evaluation_loss (self, loss, outputs, references, reference_seq_length) |
| | update the evaluation loss More...
|
| |
| def | __init__ (self, conf, model) |
| | Decoder constructor. More...
|
| |
| def | __call__ (self, inputs, input_seq_length) |
| | decode a batch of data More...
|
| |
| def | write (self, outputs, directory, names) |
| | write the output of the decoder to disk More...
|
| |
| def | update_evaluation_loss (self, loss, outputs, references, reference_seq_length) |
| | update the evaluation loss More...
|
| |
§ __init__()
| def nabu.neuralnetworks.decoders.threshold_decoder.ThresholdDecoder.__init__ |
( |
|
self, |
|
|
|
conf, |
|
|
|
model |
|
) |
| |
Decoder constructor.
- Parameters
-
| conf | the decoder config |
| model | the model that will be used for decoding |
§ __call__()
| def nabu.neuralnetworks.decoders.threshold_decoder.ThresholdDecoder.__call__ |
( |
|
self, |
|
|
|
inputs, |
|
|
|
input_seq_length |
|
) |
| |
decode a batch of data
- Parameters
-
| inputs | the inputs as a dictionary of [batch_size x time x ...] |
| tensors | |
| input_seq_length | the input sequence lengths as a dictionary of [batch_size] vectors |
- Returns
- the decoded sequences as a dictionary of outputs
§ update_evaluation_loss()
| def nabu.neuralnetworks.decoders.threshold_decoder.ThresholdDecoder.update_evaluation_loss |
( |
|
self, |
|
|
|
loss, |
|
|
|
outputs, |
|
|
|
references, |
|
|
|
reference_seq_length |
|
) |
| |
update the evaluation loss
- Parameters
-
| loss | the current evaluation loss |
| outputs | the outputs of the decoder as a dictionary |
| references | the references as a dictionary |
| reference_seq_length | the sequence lengths of the references |
- Returns
- an op to update the evalution loss
§ write()
| def nabu.neuralnetworks.decoders.threshold_decoder.ThresholdDecoder.write |
( |
|
self, |
|
|
|
outputs, |
|
|
|
directory, |
|
|
|
names |
|
) |
| |
write the output of the decoder to disk
- Parameters
-
| outputs | the outputs of the decoder |
| directory | the directory where the results should be written |
| names | the names of the utterances in outputs |
The documentation for this class was generated from the following file:


Next to you is a terminal. Anything that you wish can happen. You can create or destroy - but it must be within sixty seconds. Are you up for the challenge?
Your selected language, [loading], doesn't have an input-output shell. Don't worry though, you'll still get the full Sixty Seconds experience.
Below is a code editor. Click 'start' on the left, and you'll get 60 seconds to write a program in [loading].
You can add and remove packages using this package manager by typing the name and pressing the '+' or '-' buttons. List packages using the '*' button.


Searching i tWiki
In this example we want to search for the phrase "split"
We hit "s" and then we type "split" and ENTER.
,Result: vim
Ok so now we know the phrase "split" could be found i a
wiki named vim. But where do we find vim?
We hit "s" again and search for "vim"
,Result: Linux
Ok lets go to the category "Linux" and, voila! There it is.
The vim wiki. :)


import functools
from fulforddata import constants as c
from fulforddata.utilities.tools import flatten_list
from fulforddata.utilities.functional import pass_through
from fulforddata.utilities.functional import ReadableFunction as accessor
[docs]def resolve_keypath(keypath, split="/"):
"""
Converts keypath into a list of keys to pass through.
If keypath is a string, makes list by splitting on split
>>> resolve_keypath(["a", "b"])
["a", "b"]
>>> resolve_keypath("a/b")
["a", "b"]
>>> resolve_keypath("a_b", split="_")
["a", "b"]
"""
if isinstance(keypath, c.STRINGS):
if split:
keypath = keypath.split(split)
else:
keypath = [keypath]
return keypath
@accessor
def access(key, default=None, flatten=None,
mapping=None, get_attr=None,
warn=False, split="/", **kwargs):
"""Returns a function which obtains the value of *key* in
later-passed-in data. If key is a string and split is specified, will split
key on split value and use that list as the key path. Default: /
If default is not None, returned function will return *default*
if key not found in data.
If flatten, passes flatten to flatten_list for each entry.
The results structure is always list_flattened.
If mapping is not falsey, will return the result of the mapping
or the original value if fails. Accepts dictionary or function.
(Warn is passed to pass_through)
If get_attr is set, will access on this attribute on each entry.
(ex: custom dict wrapping objects, stored dict in .data)
If faulty key, will raise KeyError.
"""
key = resolve_keypath(key, split=split)
# Warning: recursion.
def get_deeper(k, data, leaf=False):
"""
Returns data at key k.
If data is a list, gets k from each item in the list.
If default is set, returns default value on fail
"""
if isinstance(data, c.ITERABLES):
get_deeper.non_data_lists += 1 # set before calling
return map(lambda dp: get_deeper(k, dp, leaf=leaf), data)
elif isinstance(data, c.DICTIONARIES):
try:
return data[k]
except Exception:
if default is not None and leaf:
return default
else:
raise # TypeError or KeyError
# @functools.wraps
def get_deep_key_from_dictionary(data, *args):
"""
Gets deep key from data. Ignores resource.
"""
# handling objects
if get_attr:
data = getattr(data, get_attr)
# this handles depth
get_deeper.non_data_lists = 0 # incremented in get_deeper
for i in range(len(key)):
k = key[i]
data = get_deeper(k, data, leaf=(i == len(key) - 1))
# now getting ready to return data
if isinstance(data, c.ITERABLES):
data = flatten_list(data, depth=get_deeper.non_data_lists - 2)
if flatten:
data = map(lambda d: flatten_list(d, depth=flatten), data)
if mapping:
data = pass_through(data, mapping, warn=warn, **kwargs)
return data
return get_deep_key_from_dictionary
@accessor
def try_deeper_key(key, deep_key, default=None, **kwargs):
"""
Returns getter which tries to access from parent dictionary.
If no success, tries to grab from deep_key dictionary instead.
If that fails, uses access's default option.
"""
def try_access(data, key=key, deep_key=deep_key, *args):
try:
return access(key, **kwargs)(data, *args)
except KeyError:
# Build new path starting from deep_key
key = resolve_keypath(key)
deep_key = resolve_keypath(deep_key)
key = deep_key + key
# Try accessing new key path
return access(key, default=default, **kwargs)(data, *args)
return try_access
@accessor
def always(value):
"""Always returns the same *value* irregardless of inputs"""
def always_return(data, *args):
return value
return always_return
blank = always("")
blank.__doc__ = "Always returns the empty string (\"\")."
if __name__ == "__main__":
print access("x")({"x": 2})
print access.__name__
print access.__doc__


Portfolio
(current)
Blog
Resume
Mateo Van Thienen
Random test message
Portfolio
Welcome to my personal website. Here you will find work samples, school projects, and some personal projects. I have experience with Adobe Photoshop, Illustrator and InDesign, and with AutoCAD, Sketchup, Lumion, and ArcMap/ArcGISPro.
Resume
Blog
Undergraduate Thesis
GIS Network Analysis
2D & 3D Visualizations
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New Archer Road
Mateo Van Thienen
<EMAIL_ADDRESS>mateovanthienen.com


KUKKE SUBRAMANYA : Our Favorite Temple
Kukke Subramanya (Tulu and Kannada: Kukke Subrahmaṇya) is a Hindu temple located in the village of Subramanya, Karnataka. In this temple Kartikeya is worshipped as Subramanya,lord of all serpents. The epics relate that the divine serpent Vasuki and other serpents found refuge under Subramanya when threatened by the Garuda.
Going On
September 11th, 2020
phone number


Font size:
CVS Access
Anonymous CVS access is available as:
:pserver:anoncvs@cvs.apache.org:/home/cvspublic
The module name is jakarta-hivemind.
In addition, the CVS repository may be browsed online. More documentation about accessing Apache software using CVS is available.


Installation procedure
-
Clone from Github:
git clone https://github.com/dmytro/nagira.git
-
Initialize submodules
cd nagira git module init git module update
-
Install bundle
bundle install
-
Run test suite
-
First to test your package
Run rspec tests in development and/or test environments. In this case Nagira will use proven to work files included with the distribution (in test/data directory).
RACK_ENV=<development|test> rspec -fd
-
Test production
RACK_ENV=production rspec -fd
-
-
Run application
bundle exec ./app.rb
or
rackup -p <port>
-
Access
Go to URL: localhost:4567/status
See also
-
See more on CONFIGURATION
-
If you are getting misformed XML errors, please look at nagios_objects


U-571
The story tells of the United States' efforts to crack Nazi U-boats' communication codes during World War II. To do so they must get an encoding device off a Nazi submarine without the rest of the German army knowing they've done so.
Matthew McConaughey stars as Lt. Andy Tyler, a sub-under-assistant Naval officer who thinks he could be a leader and gets his wish when his crew's mission to get the encoder is botched and all hell breaks loose.
The film presents an interesting and original plot when Tyler and his crew are stuck in a German sub and must fight off another German sub and a destroyer ship while their own boat is falling apart.
The action sequences are interesting at first but wear out quickly after the same scenarios keep repeating and the individual conflicts and problems within the sub become so predictable and just plain fake. A good premise hurt by poor direction.
GRADE: B-
Chad'z Movie Page is back! New reviews of the latest movies in easy-to-swallow capsule form with the trendy, Entertainment Weekly-style of letter grades instead of the old star system. Have I sold out? Visit my page and decide for yourself ;-)
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


Expressive CSS follows the atomic approach to writing lightweight, scalable CSS with utility classes that are easy to write and understand.
View Starter Kit View Example View on GitHub Follow @johnpolacek
Created by John Polacek, web developer from Chicago. Follow on Twitter or Github.
Expressive is a term loosely borrowed from the concept of expressiveness in programming languages. A programming language is generally considered expressive if it allows you to naturally express your thoughts in code that is easy to understand.
Often referred to as Utility First, Functional or Atomic, this type of approach to CSS been explored in many blog posts, articles and projects.
For individuals weaned on an ideology where “semantic HTML” means using content-derived class names (and even then, only as a last resort), it usually requires you to work on a large application before you can become acutely aware of the impractical nature of that approach. You have to be prepared to disgard old ideas, look at alternatives, and even revisit ways that you may have previously dismissed.
From About HTML Semantics and Front-End Architecture by Necolas Gallagher
Browsers do not care what your classes are named. People who visit your site do not care what your classes are named.
The people who do care are those who will inherit your code. Consider how quickly an author can understand your front end codebase.
Expressive CSS takes the idea of Utility/Helper classes that are already widely used in many popular front end frameworks, and encourages you to take it further.
Utility classes are commonly and extensively used by many popular front end libararies.
.center-block {
display: block;
margin-left: auto;
margin-right: auto;
}
.hidden {
display: none !important;
visibility: hidden;
}
People like to use these classes because they are straightforward and easily understood. Why fight that? Embrace it. That is what Expressive CSS is all about.
Easy to understand + Easy to add/remove = Expressive
Go beyond applying a reset to normalize the default element styles. Elements without any class styling should have a look and feel.
Keep an eye on your base element styling with a test page.
Here are some articles about using base styles instead of a reset:
How long does it take before the different classes you make for widgets, blocks, modules, menus, modals, forms and components start to become unmaintainable? Writing CSS for all of these can lead to a stylesheet overloaded with declarations of font-size, padding, margin and more.
How many CSS declarations are in your stylesheets for...
margin
padding
width
etc.
color
font-size
font-weight
font-style
text-align
border
Avoid defining the same styles over and over again. In most cases, use a utility class to avoid multiple declarations of the same styling property, especially for common properties like padding/margin, typography, colors, alignment and container styles. This is the key to unlocking the benefits of Expressive CSS.
A trade-off. You will have more classes in HTML. However, this will result in smaller stylesheets, especially as your codebase grows. By making extensive use of utility classes, you can avoid nesting and overrides which will reduce the complexity of your CSS architecture.
When naming classes, consider those viewing your markup for the first time. With Expressive CSS, they should be able to get some sense of layout from the markup alone, without the need to even open a browser. This enables them to understand the element styles quickly and work faster.
Given the markup below, which div can you better guess what it might look like?

Avoid overly abbreviated class names. Hyphens help the eye when scanning markup.
.fr // too abbreviated
.floatr // better, but..
.float-right // this is more readable..
.float-r // or abbreviate a little if you prefer
Component class names should be clear and easily understood. Avoid names that are mysterious.
.widget
.module
.ribbon
.modal
Build responsive layouts quickly by prefixing them inside of media queries across common breakpoints. Many grid systems and front end frameworks already use this technique.
.grid-4
.m-grid-6
.s-grid-12
.grid-4
.m-grid-6
.s-grid-12
.grid-4
.m-grid-6
.s-grid-12
.grid-4
.m-grid-6
.s-grid-12
.grid-4
.m-grid-6
.s-grid-12
.grid-4
.m-grid-6
.s-grid-12
Create breakpoint prefixes for any properties that you want to change based on screen size.
.s-hidden // hide when on small screen
.s-text-right // align right on small screen
.l-hidden // hide when on large screen
.l-text-large // large text when on large screen
Every time you write a style declaration, you are creating an exception to a default behavior.
More levels of cascade leads to..
More complexity leads to..
Harder to maintain CSS leads to..
Harder to scale leads to..
A giant mess
By restricting the style declarations of related properties to one area of your stylesheet, you not only reduce the size of your CSS, you create a unified visual style for your site that is easy to maintain and to change.
Let’s make the link at the bottom of that widget aligned right instead of aligned center. Instead of having to hunt for the line of css that controls alignment in devtools, then drilling into the css and editing, all you need to do is change class="text-center"
to class="text-right"
.
As you build up a system of utility classes, the number of times you need to author new styles will greatly decrease.
To get started, check out the Starter Kit.


Deleting a Link
How to remove a link from the TelerikEditorProvider for the RTE.
Option One:
- Select the linked text or object.
- Click the Remove Link (CTRL + SHIFT + K) button.
Option Two:
- Right-click on the linked text or object.
- Select Remove Link from the drop down list. This opens the Hyperlink Manager.


Man hit by Tube train at Oxford Circus
A commuter is fighting for his life after being struck by a London Tube train at rush-hour.
The man suffered a medical episode and fell in front of an incoming train at Oxford Circus at 17:30 GMT, British Transport Police (BTP) said.
He was taken to hospital with serious leg injuries and is in a critical condition.
Victoria Line trains were cancelled while the man was rescued and severe delays followed the incident.
Commuter Sophie King told BBC London she was travelling south on the Victoria Line when the train began pulling into Oxford Circus.
"It was very crowded and then everyone started screaming and shouting and calling for a doctor," she said.
"It looked like the man was crushed at the side of the train."
BBC cricket commentator Ebony Rainford-Brent was also among the witnesses to the incident.
She said she saw a man fall in front of a train as people filled the "overcrowded" platform.
"I just watched a man fall under the tube two metres in front of me," she said.
"As the train was coming in he was at the very front... it looked like he swivelled and lost his balance, it looked like a fall.
"He sort of fell on his back. The way it looked to me he could have almost froze.
"[It] was honestly the most horrific thing to witness."


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A
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A
add(int)
- Method in class model.
IntList
Add.
add(int, int)
- Method in class model.
IntList
Add.
C
Cell
- Class in
model
The type Cell.
Cell(int)
- Constructor for class model.
Cell
Instantiates a new Cell.
Cell(int, Cell, boolean)
- Constructor for class model.
Cell
Instantiates a new Cell.
Cell(int, Cell, Cell)
- Constructor for class model.
Cell
Instantiates a new Cell.
Cell(int, Cell, Cell, Cell, boolean)
- Constructor for class model.
Cell
Instantiates a new Cell.
contains(int)
- Method in class model.
IntList
Contains boolean.
createParticipants(int, String, int)
- Method in class model.
Table
Create participants participants.
createParticipants(int, int)
- Method in class model.
Table
Create participants participants.
createTable()
- Method in class model.
Table
Create table.
E
executeMenu(int)
- Method in class ui.
Main
F
fillIcons(int, int, Participants)
- Method in class model.
Table
Fill icons.
G
get(int)
- Method in class model.
IntList
Get int.
getBehind()
- Method in class model.
Cell
Gets behind.
getCell(int)
- Method in class model.
IntList
Get cell int cell.
getCellA(int)
- Method in class model.
Table
Gets cell a.
getCells()
- Method in class model.
Table
Gets cells.
getColumns()
- Method in class model.
Table
Gets columns.
getFirst()
- Method in class model.
IntList
Gets first.
getIcon()
- Method in class model.
Participants
Gets icon.
getIcons()
- Method in class model.
Table
Gets icons.
getLadderList()
- Method in class model.
Table
Gets ladder list.
getLadderNum()
- Method in class model.
Cell
Gets ladder num.
getLadders()
- Method in class model.
Table
Gets ladders.
getLader()
- Method in class model.
Cell
Gets lader.
getLast()
- Method in class model.
IntList
Gets last.
getLeftChild()
- Method in class model.
Tree
Gets left child.
getMoves()
- Method in class model.
Participants
Gets moves.
getName()
- Method in class model.
Snake
Gets name.
getNext()
- Method in class model.
Cell
Gets next.
getNext()
- Method in class model.
IntCell
Gets next.
getNext()
- Method in class model.
Participants
Gets next.
getNextSnake()
- Method in class model.
Snake
Gets next snake.
getNickname()
- Method in class model.
Participants
Gets nickname.
getNickname()
- Method in class model.
Tree
Gets nickname.
getNum()
- Method in class model.
Snake
Gets num.
getNumber()
- Method in class model.
Cell
Gets number.
getParent()
- Method in class model.
Tree
Gets parent.
getParticipant(int)
- Method in class model.
Table
Get participant participants.
getParticipant()
- Method in class model.
Tree
Gets participant.
getParticipants()
- Method in class model.
Cell
Gets participants.
getParticipants()
- Method in class model.
Table
Gets participants.
getPos(int)
- Method in class model.
Table
Get pos cell.
getPosition()
- Method in class model.
Participants
Gets position.
getReferences()
- Method in class model.
Snake
Gets references.
getRightChild()
- Method in class model.
Tree
Gets right child.
getRows()
- Method in class model.
Table
Gets rows.
getScore()
- Method in class model.
Tree
Gets score.
getScores()
- Method in class model.
Table
Gets scores.
getSize()
- Method in class model.
IntList
Gets size.
getSnake()
- Method in class model.
Cell
Gets snake.
getSnake()
- Method in class model.
Table
Gets snake.
getSnakeLetter()
- Method in class model.
Cell
Gets snake letter.
getSnakeList()
- Method in class model.
Table
Gets snake list.
getSnakeNum()
- Method in class model.
Cell
Gets snake num.
getSnakes()
- Method in class model.
Table
Gets snakes.
getTotalCells()
- Method in class model.
Table
Gets total cells.
getUsedCells()
- Method in class model.
Table
Gets used cells.
getValue()
- Method in class model.
IntCell
Gets value.
I
insertScores(Participants)
- Method in class model.
Table
Insert scores.
IntCell
- Class in
model
The type Int cell.
IntCell(int)
- Constructor for class model.
IntCell
Instantiates a new Int cell.
IntList
- Class in
model
The type Int list.
IntList()
- Constructor for class model.
IntList
Instantiates a new Int list.
M
Main
- Class in
ui
Main()
- Constructor for class ui.
Main
main(String[])
- Static method in class ui.
Main
mergeLists(IntList)
- Method in class model.
IntList
Merge lists int list.
model
- package model
moveParticipant(int, int)
- Method in class model.
Table
Move participant boolean.
P
Participants
- Class in
model
The type Participants.
Participants(char)
- Constructor for class model.
Participants
Instantiates a new Participants.
playOption()
- Method in class ui.
Main
printTree()
- Method in class model.
Table
Print tree string.
pToString()
- Method in class model.
Tree
P to string string.
R
runGame(String, boolean)
- Method in class ui.
Main
S
setBehind(Cell)
- Method in class model.
Cell
Sets behind.
setCells(Cell)
- Method in class model.
Table
Sets cells.
setColumns(int)
- Method in class model.
Table
Sets columns.
setFirst(IntCell)
- Method in class model.
IntList
Sets first.
setIcon(char)
- Method in class model.
Participants
Sets icon.
setIcons(String)
- Method in class model.
Table
Sets icons.
setLadderList(IntList)
- Method in class model.
Table
Sets ladder list.
setLadderNum(int)
- Method in class model.
Cell
Sets ladder num.
setLadders(int, int)
- Method in class model.
Table
Sets ladders.
setLader(Cell)
- Method in class model.
Cell
Sets lader.
setLast(IntCell)
- Method in class model.
IntList
Sets last.
setLeftChild(Tree)
- Method in class model.
Tree
Sets left child.
setMoves(int)
- Method in class model.
Participants
Sets moves.
setName(String)
- Method in class model.
Snake
Sets name.
setNext(Cell)
- Method in class model.
Cell
Sets next.
setNext(IntCell)
- Method in class model.
IntCell
Sets next.
setNext(Participants)
- Method in class model.
Participants
Sets next.
setNextSnake(Snake)
- Method in class model.
Snake
Sets next snake.
setNickname(String)
- Method in class model.
Participants
Sets nickname.
setNickname(String)
- Method in class model.
Tree
Sets nickname.
setNum(int)
- Method in class model.
Snake
Sets num.
setNumber(int)
- Method in class model.
Cell
Sets number.
setParent(Tree)
- Method in class model.
Tree
Sets parent.
setParticipant(String)
- Method in class model.
Tree
Sets participant.
setParticipants(String)
- Method in class model.
Cell
Sets participants.
setParticipants(int)
- Method in class model.
Table
Sets participants.
setPosition(int)
- Method in class model.
Participants
Sets position.
setReferences(int)
- Method in class model.
Snake
Sets references.
setRightChild(Tree)
- Method in class model.
Tree
Sets right child.
setRows(int)
- Method in class model.
Table
Sets rows.
setScore(int)
- Method in class model.
Tree
Sets score.
setScores(Tree)
- Method in class model.
Table
Sets scores.
setSize(int)
- Method in class model.
IntList
Sets size.
setSnake(Cell)
- Method in class model.
Cell
Sets snake.
setSnake(Snake)
- Method in class model.
Table
Sets snake.
setSnakeLetter(char)
- Method in class model.
Cell
Sets snake letter.
setSnakeList(IntList)
- Method in class model.
Table
Sets snake list.
setSnakeNum(int)
- Method in class model.
Cell
Sets snake num.
setSnakes(int, int)
- Method in class model.
Table
Sets snakes.
setTotalCells(int)
- Method in class model.
Table
Sets total cells.
setupLadders(int)
- Method in class model.
Table
Sets ladders.
setupSnakes(int)
- Method in class model.
Table
Sets snakes.
setUsedCells(IntList)
- Method in class model.
Table
Sets used cells.
setValue(int)
- Method in class model.
IntCell
Sets value.
showMenu()
- Method in class ui.
Main
showTable()
- Method in class model.
Table
Show table string.
showTable2()
- Method in class model.
Table
Show table 2 string.
Snake
- Class in
model
The type Snake.
Snake(int, String)
- Constructor for class model.
Snake
Instantiates a new Snake.
T
Table
- Class in
model
The type Table.
Table(int, int, int, int, int, Tree)
- Constructor for class model.
Table
Instantiates a new Table.
Table(int, int, int, int, String, Tree)
- Constructor for class model.
Table
Instantiates a new Table.
throwDice()
- Method in class ui.
Main
toString()
- Method in class model.
Cell
toString2()
- Method in class model.
Cell
To string 2 string.
Tree
- Class in
model
The type Tree.
Tree(String, String, int, int, int, int, int, int, String)
- Constructor for class model.
Tree
Instantiates a new Tree.
Tree(String, int, Tree, int, int, int, int, int, String)
- Constructor for class model.
Tree
Instantiates a new Tree.
U
ui
- package ui
A
C
E
F
G
I
M
P
R
S
T
U
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