Tools for working with <x,y>
coordinates.
local Position = require('__stdlib__/stdlib/area/position')
| Metamethods | Position tables are returned with these metamethods attached. |
| epsilon | Machine Epsilon |
| construct(x, y) | Creates a table representing the position from x and y. |
| from_key(pos_string) | Converts a string key position to a position. |
| from_string(pos_string) | Converts a position string to a position. |
| new(pos) | Returns a correctly formated position object. |
| set(pos) | Load the metatable into the passed position without creating a new one. |
| abs(pos) | Abs x, y values |
| add(pos1, ...) | Addition of two positions. |
| average(positions) | Return the average position of the passed positions. |
| between(pos1, pos2) | The middle of two positions. |
| ceil(pos) | Ceil x, y values |
| center(pos) | Gets the center position of the tile where the given position resides. |
| closest(pos1, positions) | Return the closest position to the first position. |
| divide(pos1, ...) | Division of two positions. |
| farthest(pos1, positions) | Return the farthest position from the first position. |
| flip_x(pos) | Flip the x sign |
| flip_y(pos) | Flip the y sign |
| floor(pos) | Floor x, y values |
| intersection(pos1_start, pos1_end, pos2_start, pos2_end) | The intersection of 4 positions. |
| lerp(pos1, pos2, alpha) | Lerp position of pos1 and pos2. |
| max(positions) | Return the maximum position of the passed positions. |
| max_xy(positions) | Return a position created from the largest x, y values in the passed positions. |
| min(positions) | Return the minimum position of the passed positions. |
| min_xy(positions) | Return a position created from the smallest x, y values in the passed positions. |
| mod(pos1, ...) | Modulo of two positions. |
| multiply(pos1, ...) | Multiplication of two positions. |
| normalize(pos) | Normalizes a position by rounding it to 2 decimal places |
| offset_along_line(pos1, pos2, distance_from_pos2) | Returns the position along line between source and target, at the distance from target. |
| perpendicular(pos) | Perpendicular position |
| projection(pos1, pos2) | The projection point of two positions. |
| recall(pos) | Recalls the stored position. |
| reflection(pos1, pos2) | The reflection point or two positions. |
| round(pos) | Rounds a positions points to the closes integer |
| store(pos) | Stores the position for recall later, not deterministic. |
| subtract(pos1, ...) | Subtraction of two positions.. |
| swap(pos) | Swap the x and y coordinates. |
| translate(pos, direction, distance) | Translates a position in the given direction. |
| trim(pos, max_len) | Trim the position to a length. |
| unary(pos) | Flip the signs of the position. |
| from_chunk_position(pos) | Gets the left top tile position of a chunk from the chunk position. |
| from_pixels(pos) | Convert position from pixels |
| to_chunk_position(pos) | Gets the chunk position of a chunk where the specified position resides. |
| to_pixels(pos) | Convert to pixels from position |
| expand_to_area(pos, radius) | Expands a position to a square area. |
| to_area(pos, width, height) | Expands a position into an area by setting pos to left_top. |
| to_chunk_area(pos) | Get the chunk area the specified position is in. |
| to_tile_area(pos) | Converts a tile position to the area of the tile it is in. |
| angle(pos1, pos2) | The angle between two positions |
| atan2(pos1, pos2) | Return the atan2 of 2 positions. |
| complex_direction_to(pos1, pos2, eight_way) | Returns the direction to a position. |
| cross(pos1, pos2) | Return the cross product of two positions. |
| direction_to(pos1, pos2) | Returms the direction to a position using simple delta comparisons. |
| distance(pos1[, pos2={x=0]) | Calculates the Euclidean distance between two positions. |
| distance_squared(pos1[, pos2]) | Calculates the Euclidean distance squared between two positions, useful when sqrt is not needed. |
| equals(pos1, pos2) | Tests whether or not the two given positions are equal. |
| increment(pos[, inc_x=0][, inc_y=0][, increment_initial=false]) | Increment a position each time it is called. |
| increment_closure([new_inc_x=0][, new_inc_y=0]) | A closure which the increment function returns. |
| inside(pos, area) | Is a position inside of an area. |
| is_position(pos) | Is this a full position |
| is_set(pos) | Does the position have the class attached |
| is_zero(pos) | Is this position {0, 0}. |
| len(pos) | Gets the length of a position |
| len_squared(pos) | Gets the squared length of a position |
| less_than(pos1, pos2) | Is pos1 less than pos2. |
| less_than_eq(pos1, pos2) | Is pos1 less than or equal to pos2. |
| manhattan_distance(pos1[, pos2]) | Calculates the manhatten distance between two positions. |
| pack(pos) | Packs a position into an array. |
| to_key(pos) | Converts a position to a string suitable for using as a table index. |
| to_string(pos) | Converts a position to a string. |
| unpack(pos) | Unpack a position into a tuple. |
Position tables are returned with these metamethods attached.
Methods that return a position will return a NEW position without modifying the passed positions.
Fields:Machine Epsilon
See also:
Creates a table representing the position from x and y.
Parameters: Returns:
Converts a string key position to a position.
Parameters:
Converts a position string to a position.
Parameters:
Returns a correctly formated position object.
Parameters:
Position.new({0, 0}) -- returns {x = 0, y = 0}
Load the metatable into the passed position without creating a new one.
Always assumes a valid position is passed
Parameters:Abs x, y values
Parameters:
Addition of two positions.
Parameters: Returns:
Return the average position of the passed positions.
Parameters:
The middle of two positions.
Parameters: Returns:
Ceil x, y values
Parameters:
Gets the center position of the tile where the given position resides.
Parameters:
Return the closest position to the first position.
Parameters:
Division of two positions.
Parameters: Returns:
Return the farthest position from the first position.
Parameters:
Flip the x sign
Parameters:
Flip the y sign
Parameters:
Floor x, y values
Parameters:
The intersection of 4 positions.
Parameters:
Lerp position of pos1 and pos2.
Parameters: Returns:
Return the maximum position of the passed positions.
Parameters:
Return a position created from the largest x, y values in the passed positions.
Parameters:
Return the minimum position of the passed positions.
Parameters:
Return a position created from the smallest x, y values in the passed positions.
Parameters:
Modulo of two positions.
Parameters: Returns:
Multiplication of two positions.
Parameters: Returns:
Normalizes a position by rounding it to 2 decimal places
Parameters:
Returns the position along line between source and target, at the distance from target.
Parameters:
Perpendicular position
Parameters:
The projection point of two positions.
Parameters: Returns:
Recalls the stored position.
Parameters:
The reflection point or two positions.
Parameters: Returns:
Rounds a positions points to the closes integer
Parameters:
Stores the position for recall later, not deterministic.
Only the last position stored is saved.
Parameters:Subtraction of two positions..
Parameters: Returns:
Swap the x and y coordinates.
Parameters:
Translates a position in the given direction.
Parameters:
Trim the position to a length.
Parameters:
Flip the signs of the position.
Parameters:
Gets the left top tile position of a chunk from the chunk position.
Parameters:
Convert position from pixels
Parameters:
Gets the chunk position of a chunk where the specified position resides.
Parameters:
local chunk_x = Position.chunk_position(pos).x
Convert to pixels from position
Parameters:
Expands a position to a square area.
Parameters:
Expands a position into an area by setting pos to left_top.
Parameters: Returns:
Get the chunk area the specified position is in.
Parameters:
Converts a tile position to the area of the tile it is in.
Parameters:
The angle between two positions
Parameters: Returns:
Return the atan2 of 2 positions.
Parameters: Returns:
Returns the direction to a position.
Parameters: Returns:
Return the cross product of two positions.
Parameters: Returns:
Returms the direction to a position using simple delta comparisons.
Parameters: Returns:
Calculates the Euclidean distance between two positions.
Parameters: Returns:
Calculates the Euclidean distance squared between two positions, useful when sqrt is not needed.
Parameters: Returns:
Tests whether or not the two given positions are equal.
Parameters: Returns:
Increment a position each time it is called.
This can be used to increment or even decrement a position quickly.
Do not store function closures in the global object; use them in the current tick.
Parameters:local next_pos = Position.increment({0,0})
for i = 1, 5 do next_pos(0,1) -- returns {x = 0, y = 1} {x = 0, y = 2} {x = 0, y = 3} {x = 0, y = 4} {x = 0, y = 5}
local next_pos = Position.increment({0, 0}, 1)
next_pos() -- returns {1, 0}
next_pos(0, 5) -- returns {1, 5}
next_pos(nil, 5) -- returns {2, 10}
local next_pos = Position.increment({0, 0}, 0, 1)
surface.create_entity{name = 'flying-text', text = 'text', position = next_pos()}
surface.create_entity{name = 'flying-text', text = 'text', position = next_pos()} -- creates two flying text entities 1 tile apart
A closure which the increment function returns.
Parameters: Returns:Do not call this directly and do not store this in the global object.
Is a position inside of an area.
Parameters:
Is this a full position
Parameters:
Does the position have the class attached
Parameters:
Is this position {0, 0}.
Parameters:
Gets the length of a position
Parameters:
Gets the squared length of a position
Parameters:
Is pos1 less than pos2.
Parameters: Returns:
Is pos1 less than or equal to pos2.
Parameters: Returns:
Calculates the manhatten distance between two positions.
Parameters: Returns:


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content="width=device-width, initial-scale=1, shrink-to-fit=no"
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manifest.json provides metadata used when your web app is installed on a user's mobile device or desktop. See https://developers.google.com/web/fundamentals/web-app-manifest/ |
<link
rel="stylesheet"
<EMAIL_ADDRESS>/>
<link rel="manifest" href="%PUBLIC_URL%/manifest.json" />
|
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Notice the use of %PUBLIC_URL% in the tags above.
It will be replaced with the URL of the Unlike "/favicon.ico" or "favicon.ico", "%PUBLIC_URL%/favicon.ico" will
work correctly both with client-side routing and a non-root public URL.
Learn how to configure a non-root public URL by running |
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Apparently Cora has learned to climb up Big Bear onto the couch. She's getting rather intrepid about climbing things.
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Apparently Cora has learned to climb up Big Bear onto the couch. She's getting rather intrepid about climbing things.
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procedure ReadFrom(Source: TBitmap32; Conversion: TConversionType);
ReadFrom allows reading and converting data from TBitmap32 objects into the byte map.
First, the byte map is resized to fit the Source bitmap dimensions, then the 32-bit RGBA color is transformed to 8-bits depending on the conversion type:
| Conversion | Action |
|---|---|
| ctRed | Copies red channel |
| ctGreen | Copies green channel |
| ctBlue | Copies blue channel |
| ctAlpha | Copies alpha channel |
| ctUniformRGB | Copies averaged value: (R + G + B) / 3 |
| ctWeightedRGB | Copies intensity: R * 0.21 + G * 0.71 + B * 0.08 |


<%= locals.title1 %>
<%= locals.detail1 %>
<%= locals.title2 %>
<%= locals.detail2 %>
<%= locals.title3 %>
<%= locals.detail3 %>
<%= locals.title4 %>
<%= locals.detail4 %>
<%= locals.title5 %>
<%= locals.detail5 %>
<%= locals.detail1 %>
<%= locals.detail2 %>
<%= locals.detail3 %>
<%= locals.detail4 %>
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4 dimensions: It's Just Another Number
If there's one thing you should take away from this talk, it's this: 4D coordinates are just four normal numbers.
Thanks for coming.
Wait! Numbers are great, but can we visualize 4D coordinates?
Yup, but it's not as easy as 3D.
4 dimensions: It's Just Another Number
If there's one thing you should take away from this talk, it's this: 4D coordinates are just four normal numbers.
Thanks for reading.
Wait! Numbers are great, but can we visualize 4D coordinates?
Yup, but it's not as easy as 3D.
4 dimensions: It's Just Another Number
If there's one thing you should take away from this talk, it's this: 4D coordinates are just four normal numbers.
Thanks for reading.
Wait! Numbers are great, but can we visualize 4D coordinates?
Yup, but it won't be perfect.
4 dimensions: It's Just Another Number
If there's one thing you should take away from this talk, it's this: 4D coordinates are just four normal numbers.
Thanks for reading.
Wait! Numbers are great, but can we visualize 4D coordinates?
Yup, but it won't look perfect.


HockeySDK-iOS 3.5.4 Reference
Introduction
HockeySDK-iOS implements support for using HockeyApp in your iOS applications.
The following features are currently supported:
Update apps: The app will check with HockeyApp if a new version is available. If yes, it will show an alert view to the user and let him see the release notes, the version history and start the installation process right away.
Collect crash reports: If you app crashes, a crash log with the same format as from the Apple Crash Reporter is written to the device’s storage. If the user starts the app again, he is asked to submit the crash report to HockeyApp. This works for both beta and live apps, i.e. those submitted to the App Store!
Feedback: Collect feedback from your users from within your app and communicate directly with them using the HockeyApp backend.
The main SDK class is BITHockeyManager
. It initializes all modules and provides access to them, so they can be further adjusted if required. Additionally all modules provide their own protocols.
Prerequisites
- Before you integrate HockeySDK into your own app, you should add the app to HockeyApp if you haven’t already. Read this how-to on how to do it.
- We also assume that you already have a project in Xcode and that this project is opened in Xcode 4.
- The SDK supports iOS 5.0 or newer.
Release Notes
Guides
- Installation & Setup
- Installation & Setup Advanced (Using Git submodule and Xcode sub-project)
- Identify and authenticate users of Ad-Hoc or Enterprise builds
- Migration from previous SDK Versions
- Mac Desktop Uploader
HowTos
- How to do app versioning
- How to upload symbols for crash reporting
- How to handle crashes on startup
- How to add application specific log data
- How to integrate Atlassian JMC
Troubleshooting
- Symbolication doesn’t work (Or the rules of binary UUIDs and dSYMs)
- Crash Reporting is not working
Xcode Documentation
This documentation provides integrated help in Xcode for all public APIs and a set of additional tutorials and HowTos.
Download the HockeySDK-iOS documentation.
Unzip the file. A new folder
HockeySDK-iOS-documentation
is created.Copy the content into ~
/Library/Developer/Shared/Documentation/DocSet
Programming Guides
- Changelog
- Guide-Installation-Mac-App
- Guide-Installation-Setup
- Guide-Installation-Setup-Advanced
- Guide-Migration-Kits
- HowTo-Add-Application-Log
- HowTo-App-Versioning
- HowTo-Authenticating-Users-on-iOS
- HowTo-Handle-Crashes-On-Startup
- HowTo-Integrate-Atlassian-JMC
- HowTo-Upload-Symbols
- Troubleshooting-Crash-Reporting-Not-Working
- Troubleshooting-Symbolication-Doesnt-Work
Class References
Protocol References
- BITAuthenticatorDelegate
- BITCrashManagerDelegate
- BITFeedbackComposeViewControllerDelegate
- BITFeedbackManagerDelegate
- BITHockeyManagerDelegate
- BITStoreUpdateManagerDelegate
- BITUpdateManagerDelegate
Constant References
- BITAuthenticatorAppRestrictionEnforcementFrequency
- BITAuthenticatorIdentificationType
- BITAuthenticatorReason
- BITCrashErrorReason
- BITCrashManagerStatus
- BITFeedbackComposeResult
- BITFeedbackErrorReason
- BITFeedbackUserDataElement
- BITHockeyErrorReason
- BITStoreUpdateSetting
- BITUpdateErrorReason
- BITUpdateSetting


struct Nil
Overview
The Nil
type has only one possible value: nil
.
nil
is commonly used to represent the absence of a value.
For example, String#index
returns the position of the character or nil
if it's not
in the string:
str = "Hello world"
str.index 'e' # => 1
str.index 'a' # => nil
In the above example, trying to invoke a method on the returned value will
give a compile time error unless both Int32
and Nil
define that method:
str = "Hello world"
idx = str.index 'e'
idx + 1 # Error: undefined method '+' for Nil
The language and the standard library provide short, readable, easy ways to deal with nil
,
such as Object#try
and Object#not_nil!
:
str = "Hello world"
# The index of 'e' in str or 0 if not found
idx1 = str.index('e') || 0
idx2 = str.index('a')
if idx2
# Compiles: idx2 can't be nil here
idx2 + 1
end
# Tell the compiler that we are sure the returned
# value is not nil: raises a runtime exception
# if our assumption doesn't hold.
idx3 = str.index('o').not_nil!
Defined in:
Instance Method Summary
-
#fail(&)
Handle a failed try
Instance methods inherited from class Object
methods : Array(String)
methods,
pipe(&)
pipe,
selftap(&)
selftap
Instance Method Detail
def fail(&)
#
Handle a failed try
For use in method chaining as an inverse of .try
Int32.parse("5")
.try { |s| "parse #{s} successfully" }
.fail { "something went wrong" }


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Explore The Menu134 Glenferrie Road, Hawthorn East
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Entreé
Fresh Scallops — 17
Cauliflower pureé, cured jamon, lemon
Crab congee — 18
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Cured salmon — 19,5
Endive, yoghurt, radish and cucumber
Pickled local fig — 18
Chorizo, tomato, saffron and peas
Main
Chicken liver parfait — 26,5
Comichons, relish and truffle toast
Lamb fillet — 27
Char-grilled zucchini, chilli, salsa verde
Croquetas — 27,5
Iberico queso, leek and smoked saffron
Milk Fed Veal — 32,5
Preserved lemon and mustard with crushed potatoes
Salt and pepper calamari — 18
Rocket, lime, chipotle aioli
Dessert
Rhubarb crumble — 17
Vanilla bean custard, toffee
Smoky chocolate fondant — 17,5
Goat's milk ice cream, berry compote
House made ice cream — 18
Assorted varieties, changes daily - see staff
Cheese platter — 22
Assorted cheeses, changes daily - see staff
Crem Bruleé — 16,5
Vanilla bean custard, hardened toffee coating
Beverages
Red Wine
2011 Guild Shiraz — 16/54
Margaret River, South Australia
2010 Montague Cabernet — 18/75
Barossa Valley, South Australia
2013 Mayfair Shiraz — 14/48
Yarra Valley, Victoria
2014 Koringal Grenache Shirz Mourvedre — 18/79
Malborough, New Zealand
2012 Ladies Who Shoot Their Lunch — 13/64
Strathbogie Ranges, Victoria
White Wine
2011 Guild Shiraz — 16/54
Margaret River, South Australia
2010 Montague Cabernet — 18/75
Barossa Valley, South Australia
2013 Mayfair Shiraz — 14/48
Yarra Valley, Victoria
2014 Koringal Grenache Shirz Mourvedre — 18/79
Malborough, New Zealand
2012 Ladies Who Shoot Their Lunch — 13/64
Strathbogie Ranges, Victoria
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Give us a call or drop by anytime, we endeavour to answer all enquiries within 24 hours on business days.
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Fast dense graphs#
For an overview of graph data structures in sage, see
overview
.
Usage Introduction#
sage: from sage.graphs.base.dense_graph import DenseGraph
Dense graphs are initialized as follows:
sage: D = DenseGraph(nverts=10, extra_vertices=10)
This example initializes a dense graph with room for twenty vertices, the first
ten of which are in the graph. In general, the first nverts
are “active.”
For example, see that 9 is already in the graph:
sage: D.verts()
[0, 1, 2, 3, 4, 5, 6, 7, 8, 9]
sage: D.add_vertex(9)
9
sage: D.verts()
[0, 1, 2, 3, 4, 5, 6, 7, 8, 9]
But 10 is not, until we add it:
sage: D.add_vertex(10)
10
sage: D.verts()
[0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
You can begin working right away as follows:
sage: D.add_arc(0, 1)
sage: D.add_arc(1, 2)
sage: D.add_arc(1, 0)
sage: D.has_arc(7, 3)
False
sage: D.has_arc(0, 1)
True
sage: D.in_neighbors(1)
[0]
sage: D.out_neighbors(1)
[0, 2]
sage: D.del_all_arcs(0, 1)
sage: D.has_arc(0, 1)
False
sage: D.has_arc(1, 2)
True
sage: D.del_vertex(7)
sage: D.has_arc(7, 3)
False
Dense graphs do not support multiple or labeled edges.
sage: T = DenseGraph(nverts=3, extra_vertices=2)
sage: T.add_arc(0, 1)
sage: T.add_arc(1, 2)
sage: T.add_arc(2, 0)
sage: T.has_arc(0, 1)
True
sage: for _ in range(10): D.add_arc(5, 4)
sage: D.has_arc(5,4 )
True
Dense graphs are by their nature directed. As of this writing, you need to do operations in pairs to treat the undirected case (or use a backend or a Sage graph):
sage: T.has_arc(1, 0)
False
The curious developer is encouraged to check out the unsafe
functions,
which do not check input but which run in pure C.
Underlying Data Structure#
The class DenseGraph
contains the following variables which are inherited
from CGraph
(for explanation, refer to the documentation there):
cdef int num_verts
cdef int num_arcs
cdef int *in_degrees
cdef int *out_degrees
cdef bitset_t active_vertices
It also contains the following variables:
cdef binary_matrix_t edges
- class sage.graphs.base.dense_graph.DenseGraph#
Bases:
CGraph
Compiled dense graphs.
sage: from sage.graphs.base.dense_graph import DenseGraph
Dense graphs are initialized as follows:
sage: D = DenseGraph(nverts=10, extra_vertices=10)
INPUT:
nverts
– non-negative integer; the number of verticesextra_vertices
– non-negative integer (default: 10); how many extra vertices to allocateverts
– list (default:None
); optional list of vertices to addarcs
– list (default:None
); optional list of arcs to adddirected
– boolean (default:None
); whether the graph is directed
The first
nverts
are created as vertices of the graph, and the nextextra_vertices
can be freely added without reallocation. See top level documentation for more details. The inputverts
andarcs
are mainly for use in pickling.- complement()#
Replace the graph with its complement
Note
Assumes that the graph has no loop.
EXAMPLES:
sage: from sage.graphs.base.dense_graph import DenseGraph sage: G = DenseGraph(5) sage: G.add_arc(0, 1) sage: G.has_arc(0, 1) True sage: G.complement() sage: G.has_arc(0, 1) False
- realloc(total_verts)#
Reallocate the number of vertices to use, without actually adding any.
INPUT:
total
– integer; the total size to make the array
Returns -1 and fails if reallocation would destroy any active vertices.
EXAMPLES:
sage: from sage.graphs.base.dense_graph import DenseGraph sage: D = DenseGraph(nverts=4, extra_vertices=4) sage: D.current_allocation() 8 sage: D.add_vertex(6) 6 sage: D.current_allocation() 8 sage: D.add_vertex(10) 10 sage: D.current_allocation() 16 sage: D.add_vertex(40) Traceback (most recent call last): ... RuntimeError: requested vertex is past twice the allocated range: use realloc sage: D.realloc(50) sage: D.add_vertex(40) 40 sage: D.current_allocation() 50 sage: D.realloc(30) -1 sage: D.current_allocation() 50 sage: D.del_vertex(40) sage: D.realloc(30) sage: D.current_allocation() 30
- class sage.graphs.base.dense_graph.DenseGraphBackend#
Bases:
CGraphBackend
Backend for Sage graphs using DenseGraphs.
sage: from sage.graphs.base.dense_graph import DenseGraphBackend
This class is only intended for use by the Sage Graph and DiGraph class. If you are interested in using a DenseGraph, you probably want to do something like the following example, which creates a Sage Graph instance which wraps a
DenseGraph
object:sage: G = Graph(30, sparse=False) sage: G.add_edges([(0, 1), (0, 3), (4, 5), (9, 23)]) sage: G.edges(sort=True, labels=False) [(0, 1), (0, 3), (4, 5), (9, 23)]
Note that Sage graphs using the backend are more flexible than DenseGraphs themselves. This is because DenseGraphs (by design) do not deal with Python objects:
sage: G.add_vertex((0, 1, 2)) sage: sorted(list(G), ....: key=lambda x: (isinstance(x, tuple), x)) [0, ... 29, (0, 1, 2)] sage: from sage.graphs.base.dense_graph import DenseGraph sage: DG = DenseGraph(30) sage: DG.add_vertex((0, 1, 2)) Traceback (most recent call last): ... TypeError: an integer is required
- add_edges(edges, directed, remove_loops=False)#
Add edges from a list.
INPUT:
edges
– an iterable of edges to be added; each edge can either beof the form
(u, v)
or(u, v, l)
directed
– ifFalse
, adds(v, u)
as well as(u, v)
remove_loops
– ifTrue
, remove loops
EXAMPLES:
sage: D = sage.graphs.base.dense_graph.DenseGraphBackend(9) sage: D.add_edges([(0, 1), (2, 3), (4, 5), (5, 6)], False) sage: list(D.iterator_edges(range(9), True)) [(0, 1, None), (2, 3, None), (4, 5, None), (5, 6, None)]
- get_edge_label(u, v)#
Return the edge label for
(u, v)
.Always
None
, since dense graphs do not support edge labels.INPUT:
u, v
– the vertices of the edge
EXAMPLES:
sage: D = sage.graphs.base.dense_graph.DenseGraphBackend(9) sage: D.add_edges([(0, 1), (2, 3, 7), (4, 5), (5, 6)], False) sage: list(D.iterator_edges(range(9), True)) [(0, 1, None), (2, 3, None), (4, 5, None), (5, 6, None)] sage: D.del_edge(0, 1, None, True) sage: list(D.iterator_out_edges(range(9), True)) [(1, 0, None), (2, 3, None), (3, 2, None), (4, 5, None), (5, 4, None), (5, 6, None), (6, 5, None)] sage: D.get_edge_label(2, 3) sage: D.get_edge_label(2, 4) Traceback (most recent call last): ... LookupError: (2, 4) is not an edge of the graph
- has_edge(u, v, l)#
Check whether this graph has edge
(u, v)
.Note
The input
l
is for consistency with other backends.INPUT:
u, v
– the vertices of the edgel
– the edge label (ignored)
EXAMPLES:
sage: D = sage.graphs.base.dense_graph.DenseGraphBackend(9) sage: D.add_edges([(0, 1), (2, 3), (4, 5), (5, 6)], False) sage: D.has_edge(0, 1, None) True
- multiple_edges(new)#
Get/set whether or not
self
allows multiple edges.INPUT:
new
– boolean (to set) orNone
(to get)
EXAMPLES:
sage: import sage.graphs.base.dense_graph sage: G = sage.graphs.base.dense_graph.DenseGraphBackend(9) sage: G.multiple_edges(True) Traceback (most recent call last): ... NotImplementedError: dense graphs do not support multiple edges sage: G.multiple_edges(None) False
- set_edge_label(u, v, l, directed)#
Label the edge
(u, v)
byl
.INPUT:
u, v
– the vertices of the edgel
– the edge labeldirected
– ifFalse
, also set(v, u)
with labell
EXAMPLES:
sage: import sage.graphs.base.dense_graph sage: G = sage.graphs.base.dense_graph.DenseGraphBackend(9) sage: G.set_edge_label(1, 2, 'a', True) Traceback (most recent call last): ... NotImplementedError: dense graphs do not support edge labels


Pipeline¶
Introduction¶
Snp-select is a pipeline for finding minimal amount of snps for accurate identification of plant variety. Snp select is
designed with GBS data but also works with WGS data. The end results is a snp panel in vcf format
and flanking sequences
with iupac nucleotides for accurate primer design.
Their are two version of the pipeline available:
- A full pipeline including: alignment, variant calling, variant filtering, and snp selection.
- A pipeline from a raw vcf file including: variant filtering and snp selection.
The pipeline has two methods: snps
or frequency
, which one you choose is depended on how your species of interest reproduces:
frequency
, recommended to be used with cross-pollination species. (Grass, Corn, Spinach, etc.)snps
, recommended to be used with self-pollination/hybrid or cuttings reproduced species. (Rassperry, Tomato, Wheat, Rice, etc.)
For a overview of the pipeline(s) see Fig. 1
Usage¶
Pipeline is designed with snakemake
Some important snakemake
parameters:
-p
Printout shell commands-j
Amount of threats you want to use, default is 8-n
Do dry run
Full pipeline:
To run snakemake on the full pipeline edit the “snakemake_config.yaml” config file to your liking, or you can also make one yourself see: (Configuration example full pipeline) and run:
snakemake -s Snakefile --configfile snakemake_config.yaml -p -n
This will perform a dry run to see if all the paths are correctly specified. If no errors occur run:
snakemake -s Snakefile --configfile snakemake_config.yaml -p
VCF pipeline:
To run snakemake on the vcf pipeline edit the “snakemake_config_vcf.yaml” config file to your liking, or you can also make one yourself see: (Configuration example full pipeline) and run:
snakemake -s Snakefile_vcf --configfile snakemake_config_vcf.yaml -p -n
This will perform a dry run to see if all the paths are correctly specified. If no errors occur run:
snakemake -s Snakefile_vcf --configfile snakemake_config_vcf.yaml -p
Snakemake has not a very easy way of logging used commands and settings. Here snakemake.log
is a specified file by the user:
snakemake -s Snakefile_vcf --configfile snakemake_config_vcf.yaml -p | tee snakemake.log
Note
Using tee
will remove the colour output from Snakemake, if you want don’t want this you can use unbuffer
to install unbuffer: sudo apt-get install expect-dev
Configuration¶
The configuration file for the pipeline can be in YAML
or JSON
format, recommended format is YAML
see (Configuration example full pipeline) for an example.
Configuration file can contain the following fields:
reference_genome:*
- Full path to the reference genome, this much be in .gz format!
output_dir:*
- Output directory where you want your results.
basename:*
- A general name for you analysis, this name will be shown in the names of the generated files, a short name is recommended.
input_dir:*
- Input directory containing the input files.
vcf_file
- input raw vcf file (only use this with short pipeline version, from vcf to snp set)
pair_file:
- File specifying if you have multiple individuals from the same variety see (Pair file) for an example and more information.
variant_caller:*
- (String) Variant caller you would like to use. You have two options: samtools or freebayes.
method:*
(String) Method you would like to use. You have two options: snps and frequency.
- snps will tell the pipeline to use the genotype calls to make a snp panel.
- frequency will tell the pipeline to calculate allele frequencies using the reference allele, and make a snp panel.
vcf_filter:*
-q:
(Numeric) Minimal quality a record needs to have to pass the filtering-d:
(Numeric) Minimal amount of reads that need to be mapped in a record-s:
(Numeric) Minimal depth per sample.-r:
(Numeric) The minimal call rate in percentage (between 0 - 1). So the amount of genotypes that need to be present in a record.-f:
(Numeric) Percentage of heterozygotes in a record (between 0 - 1). it checks if a record is trust worthy based on the heterozygous calls, you can expect those to be around 0.5/0.5 for diploide samples. If this ratio is off for all the calls combined it might indicate a faulty side.
configure_snp_set:*
genetic_distance:*
- (Numeric) The minimal genetic distance you want to build the snp panel with.
flanking_sequences:*
-l:
(Numeric) Length of the flanking sequences for primer design.-m:
(Numeric) Minimal minor allele frequency before reporting this variant with iupac nucleotides.-p:
(Numeric) Minimal percentage of the genotypes which have to participate in a snp, before reporting the variants.
Note
Every field with a * behind it is a compulsory field! This much be specified in the config file.
Pair file¶
The pair file is not compulsory. Specifying a pair file does have a great influence on how the pipeline functions. It also depends on what method you are using snps or frequency
- snps:
- So when a pair is specified using the snps method the pipeline will search for variants which are stable within the groups specified in the pair file. Therefore will only select those variants which have the same genotype call within the specified groups. Since all the members of the group now have the same variants they are merged into one sample. If a pair file is simply not specified in the configuration this filtering step is not applied.
- frequency:
- For the frequency method the pair file has different function. If a pair file is specified the allele frequency is calculated over all the group members instead if for every group member. This means that all the group members will be merged into one single sample having one allele frequency. If a pair file is not specified allele frequency are calculated over all the samples instead and nothing will be merged.
Here you see an example of how the pair file should look, every line represents a group. The individual members should be comma separated. you can specify as many groups as you want. The names in this file represent the RG identifiers / sample names in the VCF file.
Maravilla1,Maravilla2
Brilliance1,Brilliance2
Kwanza1,Kwanza2,Kwanza3
Kweli1,Kweli2
GlenDee1,GlenDee2,GlenDee3
Marwé1,Marwé2
MallingPromise1,MallingPromise2
GlenAmple1,GlenAmple2
Meeker1,Meeker2,Meeker3
GlenFyne1,GlenFyne2
Rafzaqu1,Rafzaqu2
Versailles1,Versailles2,Versailles3
Cowichan1,Cowichan2
CascadeDelight1,CascadeDelight2,CascadeDelight3
Configuration example full pipeline¶
Example of the configuration file in YAML
reference_genome:
/nfs/BigData01/Big_Data/Genomes/Rubus_Occidentalis/BWA_index/Rubus_occidentalis_v1.0.a1.scaffolds.fasta.gz
output_dir:
/nfs/BigData01/Big_Data/L15-217_framboos/results/koen/framboos_meh_test_2/
basename:
framboos_name # how your data is called, plz do not use a extension here.
input_dir:
/nfs/BigData01/Big_Data/L15-217_framboos/data/raw_sequences_reduced
pair_file:
/home/koenvd/SNP_selection/framboos_pairs_names.txt
variant_caller:
samtools
# freebayes
method:
# frequency
snps
vcf_filter:
-q: 20
-d: 30
-s: 4
-r: 0.8
configure_snp_set:
genetic_distance: 1
flanking_sequences:
-l: 100
-m: 0.2
-p: 0.5
Configuration example vcf pipeline¶
reference_genome:
/nfs/BigData01/Big_Data/Genomes/Lolium_perenne/clean_genome_lolium.fna.gz
output_dir:
/nfs/BigData01/Big_Data/Lolium/results/grassen_pipeline_2/
vcf_file:
/nfs/BigData01/Big_Data/Lolium/results/grassen_named/grassen_name_samtools.vcf.gz
pair_file:
/home/koenvd/SNP_selection/grassen_pairs.txt
basename:
grassen_pair_test
method:
frequency
# snps
vcf_filter:
-q: 20
-d: 30
-s: 30
-r: 0.8
configure_snp_set:
genetic_distance: 5
flanking_sequences:
-l: 100
-m: 0.2
-p: 0.5
Tips and tricks¶
Reference genome must have a .gz variant and one without. kinda strange but pyfasta cannot work with .gz files where other tools need to have a .gz variant
for fetch the reference sequences the header must an exact match with the contig or scaffold name. example:
>MEHO01000001.1
CAAGTATCGTTCTGTCATCTAAACTAGATAGTTCTAATATCTCACATGCATAGCAGAAGCATTTTCATTATCTTCGACTT
ATCTTATATTTTGCTTCTTCAGGAATTTGTGCAAGATGACAAACGTGGTTCAGAGTTTCCAGGCAAACCATCAGGAGTTT
Something like this will not work for now:
>MEHO01000001.1 Lolium perenne isolate 4540-9 Ryegrass_Norm_contig_4785, whole genome shotgun sequence
CAAGTATCGTTCTGTCATCTAAACTAGATAGTTCTAATATCTCACATGCATAGCAGAAGCATTTTCATTATCTTCGACTT
ATCTTATATTTTGCTTCTTCAGGAATTTGTGCAAGATGACAAACGTGGTTCAGAGTTTCCAGGCAAACCATCAGGAGTTT
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Aerospace Robotics Competition is a competitive program designed to teach high school students about aerospace engineering principles through designing, building, programming, and flying UAVs. The competition is structured as a combination of technical communication, student piloted flight, and autonomous flight through which students learn team leadership, hands-on vehicle design and and manufacturing, autonomous programming, and execution of design of experiments. With a multi-tiered mentor structure, students work with aerospace university students as well as industry professionals to be supported through the competition challenges and grow their network.
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object FileIO
this Object handles File Input and Output
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final
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final
def
##(): Int
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final
def
==(arg0: Any): Boolean
- Definition Classes
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- val accountIdLength: Int
-
final
def
asInstanceOf[T0]: T0
- Definition Classes
- Any
-
def
check(records: RecordsTemplate): Unit
test method for checking records
test method for checking records
- records
- records to check
-
def
checkValues(records: RecordsTemplate): Unit
test method for checking record values
test method for checking record values
- records
- records to check
-
def
clone(): AnyRef
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final
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final
def
getClass(): Class[_]
- Definition Classes
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- @native()
-
def
getDataValues(sheet1: Sheet, numberOfColumns: Int, formatter: DataFormatter): Array[ArrayBuffer[String]]
method to populate the dataValues double array of the RecordTemplate this Double Array holds all of the possible values that each field could have how it works: create a String Array of length numberOfColumns discard any cells whose row number is 2 or less; these first 3 rows contain header information iterate through each row and for each cell, append its value to the appropriate String indexed in the String Array by the column number the tilde "~" is used as the delimiter here finally, iterate through the String Array, an add the split("~") to the same index in the records.fieldValues Array
method to populate the dataValues double array of the RecordTemplate this Double Array holds all of the possible values that each field could have how it works: create a String Array of length numberOfColumns discard any cells whose row number is 2 or less; these first 3 rows contain header information iterate through each row and for each cell, append its value to the appropriate String indexed in the String Array by the column number the tilde "~" is used as the delimiter here finally, iterate through the String Array, an add the split("~") to the same index in the records.fieldValues Array
- sheet1
Sheet object needed by the spreadsheet object
- numberOfColumns
number of String arrays the we need
- formatter
the data formatter needed by the spreadsheet object
- returns
Array(Array(String))
-
def
getFieldsTypesOrFormats(cellIterator: Iterator[Cell], formatter: DataFormatter, delimiter: String): (Int, Array[String])
method to get the fields,fieldTypes, and fieldFormats arrays Row(0) = fields Row(1) = fieldTypes Row(2) = FieldFormats
method to get the fields,fieldTypes, and fieldFormats arrays Row(0) = fields Row(1) = fieldTypes Row(2) = FieldFormats
- cellIterator
Row iterator for all of the cells in a Row
- formatter
DataFormatter needed by the spreadsheet object
- delimiter
- temporary delimiter for creating an array from a list of cell values
- returns
(Int,Array(String))
-
def
hashCode(): Int
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final
def
isInstanceOf[T0]: Boolean
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ne(arg0: AnyRef): Boolean
- Definition Classes
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- Definition Classes
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-
final
def
notifyAll(): Unit
- Definition Classes
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- Annotations
- @native()
-
def
outputAccountIdsToFile(finalMap: HashMap[Long, SimpleMemberAddressWrapper], filepath: String): Unit
method to pull the keys from the finalMap(account IDs), and output them to a file for later message generation
method to pull the keys from the finalMap(account IDs), and output them to a file for later message generation
- finalMap
our final map of primaries, spouses, and dependents
- filepath
the absolute path of the output file
-
def
outputAnyListToFile(input: List[Any], filepath: String): Boolean
method to write any list of items to a file
method to write any list of items to a file
- input
- list of items
- filepath
- path
- returns
- success indicator
-
def
readInExternalFiles(record: RecordsTemplate, properties: Properties): Boolean
ths method will iterate through the data types, and if the data type in an external data type, it will open the file and download the file's contents(or a subsection of its contents) into that data type's qualifiers array.
ths method will iterate through the data types, and if the data type in an external data type, it will open the file and download the file's contents(or a subsection of its contents) into that data type's qualifiers array. Then we can handle this data type the same as an Enum type
- record
- template that contains table information about our data
- properties
- singleton Properties object
- returns
- successful indicator
-
def
readInSpreadsheet(records: RecordsTemplate): Unit
method to read in an excel spreadsheet template and populate a RecordsTemplate
method to read in an excel spreadsheet template and populate a RecordsTemplate
- records
RecordsTemplate to populate
-
def
simpleReadInFile(filepath: String): Array[String]
this method will read in the primary key file that was made using mode1 the file location is specified by the config value mode1.outputfile
this method will read in the primary key file that was made using mode1 the file location is specified by the config value mode1.outputfile
- filepath
- location of the file(mode1.outputfile)
- returns
- Array of the records in the file
-
final
def
synchronized[T0](arg0: ⇒ T0): T0
- Definition Classes
- AnyRef
-
def
toString(): String
- Definition Classes
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-
final
def
wait(): Unit
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final
def
wait(arg0: Long, arg1: Int): Unit
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final
def
wait(arg0: Long): Unit
- Definition Classes
- AnyRef
- Annotations
- @native() @throws( ... )
-
def
writeGenericRecordToFile(records: Array[Record], filepath: String, properties: Properties): Unit
method to write an array of records out to either csv files or json files
method to write an array of records out to either csv files or json files
- records
- array of records to process
- filepath
- full path to the file
- properties
- singleton Properties object
-
def
writeMemberAndAddressFiles(finalMap: HashMap[Long, SimpleMemberAddressWrapper], filetype: String, filepath: String*): Unit
method to output the values from the finalMap to a file
method to output the values from the finalMap to a file
- finalMap
our final map of primaries, spouses, and dependents
- filetype
the type of file to output
- filepath
the absolute path of the output file


Tasks
-
Make a function
binarySearch
that finds a number n in a sorted array of numbers.
- The function
binarySearch
takes 2 arguments: list
as the elements to search through
and item
, the element to search for.
-
Compare the middle of the list with the item that needs to be searched for ...
- If the elements are not equal, the half in which the target can not lie is eliminated and the search continues on the remaining half.
Notes
- Binary search, also known as logarithmic search, find a value in a sorted list of elements.
- Binary search compares the target value to the middle element of the array.


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Who won gold medal in men’s singles in tennis in Commonwealth Games 2010?
Rohan Bopanna Mahesh Bhupati Somdev DevvarmanWho won silver medal in women’s singles in tennis in Commonwealth Games 2010?
Sally Peers Rashmi Chakravarti Sania Mirza Sharleen StrattonWho won gold medal in women’s high jump in Commonwealth Games 2010?
Latoya Francis Jennifer Abel Nicole ForresterWho won gold medal in women’s long jump in Commonwealth Games 2010?
Jaele Patrick Prajusha Malliakal Alice Falaiye Tabia CharlesWho won gold medal in men’s individual recurve event in Commonwealth Games 2010?
Jason Lyon Rahul Banerjee Jayanta Talukdar Soumyadeep RoyWho won gold medal in women’s individual recurve event in Commonwealth Games 2010?
Deepika Kumari Susan Egelstaff Dola Banerjee Alison Jane WilliamsonIn which event, for men Jared Tallent won gold medal and for women Claire Tallent won silver medal, in Commonwealth Games 2010?
Badminton 20km walk Table Tannis Rifle shootingWho won gold medal in men’s 50m freestyle swimming in Commonwealth Games 2010?
Abraham Louw Roland Schoeman Matthew Hayden


Sometimes User-Agent blocking is involved, could be a lesson to test with other user-agents for differences (just like with Host header)
Wfuzz instead of parameth for parameter fuzzing
SecLists has a smaller list of parameter names under Discovery
Wfuzz for bad charactesr
SecLists Fuzzing/special_chars
Great methodology for fuzzing, enumerating bad chars, etc


---
layout: new
title: Monitoring You Can Use Anywhere
excerpt: Powerful Health Checks, Rich Notifications, and Deep AWS Integration to Take Action Anywhere
cover: https://s3-us-west-1.amazonaws.com/opsee-public-images/twitter-try-ux.jpg
---
Monitoring You Can Use Anywhere
Powerful Health Checks, Rich Notifications, and Deep AWS Integration to Take Action Anywhere
Opsee is designed to work anywhere. Health checks tell you if your services are working as you expect, and our rich notifications and deep AWS integration help you find and fix problems effortlessly.


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Preparation time
less than 30 mins
Cooking time
less than 10 mins
Serves
Makes 6 entremets
Dietary
A little precision and a little effort is required to make these amazing chocolate mousse-filled cakes. But don’t let Mary hear you complain.
Equipment and preparation: for this recipe you will need a pastry comb, a 33x23cm/13x9in Swiss roll tin, 6 x 6.5cm/2½in chefs’ rings, a roll of baking silicone and a piping bag fitted with a plain 2cm/1½in nozzle.
Grease and line a 33x23cm/13x9in Swiss roll tin with baking parchment. Cut a sheet of baking silicone to fit the base of the Swiss roll tin. Line a baking tray with baking parchment and lay the silicone sheet on top.
For the decorative paste, cream the butter and icing sugar together until light and fluffy. Gradually add the egg whites, beating continuously. Fold in the flour and cocoa powder until combined.
Spread the paste thinly and evenly over the silicon mat using a palette knife. Drag a pastry comb diagonally through the paste to form a pinstripe pattern, scraping off the excess mixture after each drag. Place the paste in the freezer for 15 minutes.
For the joconde sponge, preheat the oven to 220C/200C(fan)/Gas 7.
Whisk the egg whites in a bowl until stiff peaks form when the whisk is removed. Add the caster sugar, one teaspoon at a time, whisking between each addition to make a glossy meringue. Cover with cling film and set aside.
Tip the ground almonds and icing sugar into the bowl of a freestanding mixer and add the whole eggs. Whisk together for 3-5 minutes, or until doubled in volume. Fold in the flour, and then gently fold in the meringue in three separate batches. Pour the melted butter down the side of the bowl and fold in, until incorporated.
Remove the silicone sheet with the decorative paste from the freezer and place into the base of the lined Swiss roll tin.
Tip the joconde sponge mixture over the pinstripe paste and level the surface with a palette knife. Bake for 5-7 minutes, or until pale, golden-brown and springy to touch.
Place a sheet of baking parchment over a cooling rack and turn the cake out onto it. Peel off the baking parchment and silicon sheet from the base of the cake and leave to cool completely.
Line the sides of 6 x 6.5cm/2½in chefs’ rings with baking parchment. Cut a rectangular template measuring 17x5cm/6½x2in, from a piece of parchment paper.
When the sponge is cooled, trim the edges and cut out six rectangles of sponge using the template. Wrap the cake strips inside the cake rings, stripey side facing out. Once wrapped inside the rings, gently push and press the ends to meet together to make a seamless cake. You want the joconde to fit very tightly pressed up to the sides of the cake rings.
Using a small 4cm/1½in round cutter, cut out small circles from the cake trimmings and push them into the base of the cake rings.
For the dark chocolate mousse, place the chocolate in a bowl set over a pan of simmering water (ensure the bottom of the bowl does not touch the water). Melt slowly and do not allow the chocolate become too hot.
Stir in the butter and mix until combined. Add the egg yolks and brandy and set aside to cool a little.
In a bowl, whisk the egg whites until stiff peaks form when the whisk is removed. Fold into the chocolate mixture until completely incorporated.
Whip the cream until soft peaks form when the whisk is removed. Fold into the chocolate and egg white mixture.
Spoon the mousse into a disposable piping bag and pipe into the cake lined rings, until the mousse comes three-quarters of the way up the sponge. Chill them in the freezer while you make the white chocolate mousse.
For the white chocolate mousse, place the chocolate in a bowl set over a pan of simmering water (do not allow the bottom of the bowl to touch the water). Melt very gently, but do not allow the chocolate to become too hot.
In a bowl, whisk the egg whites until stiff peaks form when the whisk is removed. Fold into the white chocolate mixture.
In a bowl, whip the cream until soft peaks form when the whisk is removed and fold into the white chocolate mixture.
Spoon the white chocolate mousse into a disposable piping bag and pipe on top of the chocolate mousse until it reaches the top of the cake rings. Chill in the fridge until set.
Once set, turn out of the cake rings and place on serving plates. Top with the raspberries and blueberries and dust with icing sugar.


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HackCville is an entrepreneurial talent accelerator in Charlottesville (Cville), Virginia. We help students of all backgrounds start themselves and their projects. Founded in 2012, HackCville is a 501(c)(3) non-profit led by U.Va. alumni and students.


Steve Jobs
1955/02/24 -
2011/05/10
Co-founder, Chairman, and CEO of Apple Inc. and pioneer of the personal computer revolution with Steve Wozniak.
Co-creator of the Macintosh, iPod, iPhone, iPad, and first Apple Stores.


Tick tock, in hock: National debt clock looms over Atlanta
ATLANTA (AP) - A nonpartisan organization has placed a national debt clock in downtown Atlanta, right on time for a Democratic presidential debate coming to the city in two weeks.
The Atlanta Journal-Constitution reports New York-based Peter G. Peterson Foundation placed the billboard on Ted Turner Drive between Walton and Marietta streets, near Centennial Olympic Park.
The clock displays the nation’s nearly $23 trillion debt and pegs each American’s share of the number at about $68,000.
CEO Michael A. Peterson says the debt issue affects everyone not just lawmakers. He says he hopes the billboard sparks conversation on the enormous debt and ways to manage it.
The foundation says the clock will remain in the city indefinitely.
The Democratic presidential debate will be on Nov. 20 at Tyler Perry Studios in southwest Atlanta.
Information from: The Atlanta Journal-Constitution, http://www.ajc.com
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Copyright © 2019 The Washington Times, LLC.
Please read our comment policy before commenting.


Evans adds to his resume in Vanderbilt’s win
by CHIP CIRILLONASHVILLE, Tenn. (AP) - Maxwell Evans is starting to prove he’s more than just a defensive specialist.
The junior guard from Houston tied a career high with 16 points and freshman point guard Scotty Pippen Jr. added 15 to lead Vanderbilt to its third straight win with a 78-70 victory over Southeastern Louisiana on Monday night.
Evans enjoyed the best back-to-back scoring games of his career after posting 15 in Friday’s rout of South Carolina State.
“He’s a defender that can make a shot,” Commodores coach Jerry Stackhouse said. “He’s become a better shooter from the time I saw him early in the spring when I came here until now and he’s worked on his game. He gets the reps up, works on his form shooting and takes it seriously.”
Vanderbilt’s Aaron Nesmith, the nation’s top 3-point shooter and Southeastern Conference’s leading scorer, had 14 points and four 3-pointers points.
Stackhouse said it’s important to get contributions from players like Evans with defenses focusing on Nesmith, Saben Lee and Pippen.
“I want to give a shout out to Scotty and Saben for finding me and then coach Stack for having the confidence and believing in me to knock those shots down, so that’s all I needed,” Evans said. “I find myself playing both ends, defensive specialist and offensive scorer, so I’ve just got to let the game come to me.”
Lee had 12 and seven assists and freshman Dylan Disu scored 11 points and Saben for the Commodores (5-1).
Ty Brewer, a sophomore forward, led the Lions (2-5) with a career-high 26 points as he hit 11 of 22 from the floor and grabbed 12 rebounds.
“As we go on down the stretch, we’re going to learn that we’ve got to close out games and minimize those little mistakes that we make,” Brewer said. “Honestly, we had a lot of slippage that we’re going to correct.”
The Lions narrowed the deficit to 63-59 with 4:37 left before the Commodores started to pull away.
Southeastern Louisiana’s Brandon Gonzalez added 11 points.
Disu and Nesmith made consecutive 3-pointers to give the Commodores a 48-42 lead early in the second half.
The Commodores, playing their third game in six days, trailed most of the first half, before rallying for a 33-31 halftime lead.
BIG PICTURE
Southeastern Louisiana: The Lions struggled from beyond the arc and faded in the second half.
Vanderbilt: The Commodores won for the fifth time in six games under Stackhouse, a first-year coach who played in the NBA for 18 seasons.
3’S WOULDN’T FALL
Southeastern Louisiana lost its third straight, missing 15 of 16 shots from 3-point range.
“You’ve got to give credit to Vanderbilt,” Lions coach David Kiefer said. “That’s a well-coached team, they guarded us and we’re not the best shooting team, so that’s not our deal. We had our looks. A couple of them rolled in and out.”
STANDARD IS HIGH’
Vanderbilt won despite shooting just 41% from the floor and getting outscored 42-24 in the paint.
“The best part of tonight to me was walking in that locker room because that’s not a happy team right now,” Stackhouse said. “That lets you know that the standard is high. We didn’t have the performance that we feel like we’re capable of, especially on the defensive end early in the first half.”
UP NEXT
Southeastern Louisiana visits Louisiana (4-2) on Dec. 3 after an eight-day Thanksgiving break between games.
Vanderbilt hosts Tulsa (4-1), whose coach, Frank Haith, just coached in his 500th game, on Saturday.
–-
More AP college basketball: https://apnews.com/Collegebasketball and https://twitter.com/AP_Top25
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Copyright © 2019 The Washington Times, LLC.
Please read our comment policy before commenting.


EnergySense is an iOS mobile application that encourages energy conservation by balancing automation and personal control.
EnergySense is built in iOS and with LittleBits sensors.
Gathered Data from iPhone Sensors including Accelerometer and Microphone
Processed collected data to design and implement the sleep sensing algorithm using data structures like Queues in SWIFT.
Conducted user interviews to conclude room-mate conflicts for the lack of energy conservation in shared spaces.
After researching, I collected acelerometer data along 3 axes - x, y and z- from an iPhone 6 placed in the bed while a person was sleeping. These values were plotted and their averages were calculated. If any real-time data retrieved were greater than the averages, then this would mean that a person is awake.
During testing, fixed values did not account for user's unique behaviors for example tossing and turning intensities. Unique phone cases weren't considered hence resulting in varying axis offset values.
Thought about 2 solutions:
1) Collect large pools of data to find 'opportunistic' values
2) Considering Android shake algorithms
Due to feasibility, second was chosen that successfully solved the issue of variance among users.
At this point algorithm could not detect false negatives for example when the phone is idle on the table but user is in a conversation. Hence sound was incorporated, making me collect sound samples of microphone. Like accelerometers, in order to account for varying environment sound levels, I included the calibrate function.
In order to prevent the system for being overly sensitive, a queue was implemented to store values from the accelerometer and the microphone for calculating over a period of 10 seconds to claim if the user is asleep or awake. This prevents the light from responding instantaneously to sensor information.


A Simple Game
问题描述 :
Agrael likes play a simple game with his friend Animal during the classes. In this Game there are n piles of stones numbered from 1 to n, the 1st pile has M1 stones, the 2nd pile has M2 stones, … and the n-th pile contain Mn stones. Agrael and Animal take turns to move and in each move each of the players can take at most L1 stones from the 1st pile or take at most L2 stones from the 2nd pile or … or take Ln stones from the n-th pile. The player who takes the last stone wins.
After Agrael and Animal have played the game for months, the teacher finally got angry and decided to punish them. But when he knows the rule of the game, he is so interested in this game that he asks Agrael to play the game with him and if Agrael wins, he won’t be punished, can Agrael win the game if the teacher and Agrael both take the best move in their turn?
The teacher always moves first(-_-), and in each turn a player must takes at least 1 stones and they can’t take stones from more than one piles.
输入:
The first line contains the number of test cases. Each test cases begin with the number n (n ≤ 10), represent there are n piles. Then there are n lines follows, the i-th line contains two numbers Mi and Li (20 ≥ Mi > 0, 20 ≥ Li > 0).
输出:
Your program output one line per case, if Agrael can win the game print "Yes", else print "No".
样例输入:
2 1 5 4 2 1 1 2 2
样例输出:
Yes No
#include<stdio.h> int main() { int T; int i,n; int ans,m,l; scanf("%d",&T); while(T--) { scanf("%d",&n); ans=0; for(i=1;i<=n;i++) { scanf("%d%d",&m,&l); ans=ans^(m%(l+1)); } if(ans==0) printf("Yes\n");//后取的人胜 else printf("No\n");//先取的人胜 } return 0; }
解题报告转自：http://www.cnblogs.com/kuangbin/archive/2011/08/29/2158950.html
(adsbygoogle = window.adsbygoogle || []).push({});
真是傻人有傻福
。。。
Thank you very much
很棒的网站，加油！⛽
这道题目的核心一句话是：取还是不取。
如果当前取，则index+1作为参数。如果当前不取，则任用index作为参数。
第二个方法好！
此网站甚是喜欢，潜力巨大，请问站长，如何加入开发团队~
大哥，你复制也看看是不是这题的答案才复制吧。
这个问题别太纠结了，不同的编译器结果不一样
是O(m+n)，不小心打错了
通不过。
没有对题目进行一番分析，真是美中不足啊
怎么输入两个0程序还没退出
对于输出格式不用控制？？还是直接使用cout输出。？？
感谢分享 学习了`(*∩_∩*)′


WWE Survivor Series 2019 live stream: How to watch WWE Network, PPV price
by Brian FritzGet ready for WWE Survivor Series, the WWE’s annual brand versus event and one of its biggest shows of the year.
WWE will be at the Allstate Arena in Rosemont, Ill. just outside of Chicago on Sunday, November 24 for the event.
Join DAZN and watch more than 100 fight nights a year
The show is almost here so keep checking back here as the card continues to fill up. Plus, Sporting News will have plenty of WWE Survivor Series 2019 coverage on the day of the event.
WWE Survivor Series 2019 live stream
- TV channel: WWE Network (PPV)
- Live stream: WWE.com/livestream+
WWE Survivor Series 2019 will be available via the WWE Network and on pay-per-view.
The WWE Network app is available on certain smart TVs - including Samsung, LG, Sony, and Panasonic - as well as Apple TV, Amazon Fire TV, Kindle Fire, Roku, Google Play, and Chromecast. You can also watch the network on your Xbox 360, Xbox One, PS3, and PS4 by downloading the app through its stores.
When time does WWE Survivor Series 2019 start?
- Date: Sunday, Nov. 24
- Time: 6 p.m. ET (preshow) | 7 p.m. ET (main card)
- Location: Allstate Arena in Rosemont,Ill.
WWE Survivor Series 2019 will air live on Sunday, November 24, 2019. The pre-show will start at 6 p.m. ET with the main card beginning at 7 p.m. ET.
How much does WWE Survivor Series 2019 PPV cost?
You can purchase WWE Survivor Series on pay-per-view through cable and satellite providers including Spectrum, Cox, Xfinity, Verizon FiOS TV, Cable One, Dish Network and DirecTV for$59.99-$69.99.
How much are tickets for WWE Survivor Series 2019?
Tickets for WWE Survivor Series2019 are available on Ticketmaster andStubhub. They range in cost from the cheapest, around $100, to the most expensive tickets above $1,900.
WWE Survivor Series 2019 matches
— Brock Lesnar vs. Rey Mysterio for the WWE championship
— Becky Lynch vs. Bayley vs. Shayna Baszler in a Triple Threat match
— The Viking Raiders vs. The New Day vs. Undisputed Era in a Triple Threat match
— Team Raw (Seth Rollins, Kevin Owens, Ricohet, Drew McIntyre, Randy Orton)vs. Team SmackDown (Roman Reigns,Mustafa Ali,Braun Strowman,King Corbin, andShorty G)vs. Team NXT (TBA) in a men’s 5-on-5-on-5 elimination match
— Team Raw (TBA) vs. Team SmackDown (Sasha Banks, Carmella, Dana Brooke, Lacey Evans) vs. Team NXT (TBA) in a women’s 5-on-5-on-5 elimination match
— AJ Styles vs. Shinsuke Nakamura vs. Roderick Strong
Note: Each of the matches listed above are confirmed for the official card.


Here's exclusive new footage of Warhammer: Odyssey, the new ambitious mobile Warhammer MMO
Marienburg, the main hub
by Chris CarterIn case you missed it, Warhammer: Odyssey is in development on iOS and Android, and it's a new MMO that seeks to bring a PC-like experience to mobile devices. A tall order!
Announced back in August, so far their efforts are looking good, as we have an exclusive look at the Slayer class (damage/tank) walking through Marienburg, the game's core hub zone. The development team stresses that this zone is "just a tiny sliver" of the hub area, and that they're going for a sense of scale that hasn't been achieved in mobile MMOs to date. More "iconic locations" are promised, as are episodic updates. As Warhammer Fantasy players know, Marienburg is already a commitment to that ideal.
Despite the public ire for mobile MMOs, I'm interested in seeing where they go with this one, particularly with the aforementioned scale and the monetization angle. Some of the classes (Archmage, Warrior Priest) sound really fun to play on paper, and I'm just happy to return to a Warhammer fantasy setting again.
Give me some Skaven and Lizardmen to fight with a fun base and I'll be happy: at least for a little while. The game isn't in beta yet, but you can sign up for more info on the official site.


/u/Sirpeech’s guide for your non-crypto loved ones to recover you funds in case of emergency or catastrophe. Placed on github to be used as needed.
Introduction
Since most of my family members aren’t too good with technology, I’ve decided to type this out for them and include in my safe deposit box in case something ever happens to me. Otherwise, my cryptocurrencies (majority of my net worth now) would be gone forever. Feel free to make any changes/improvements. The parts I’ve left blank (besides Ethereum and Ripple addresses) are meant to be hand written for additional safety. The provided ethereum address is mine in case anyone finds this very useful and would like to tip a small amount.
How to recover my crypto holdings from Ledger Nano S (Black stick)
The easiest way to access my cryptocurrencies is to find someone knowledgeable with computers and make sure they are honest and they will guide you through. Just tell them my cryptocurrency is on a Ledger Nano S and have them look up how to use it online and how to trade cryptocurrencies into cash via exchanges such as Gemini or Coinbase and Poloniex. Try everything with small amounts first until you get the hang of it and make the big transfers. Even if it takes over a week, trust me, it is worth your time.
The harder way will be to follow the instructions below.
Create an account for yourself at Gemini.com (to convert Ethereum to cash) and link a bank account. This may take a few days. If you hover over Transfer Funds > Deposit Into Exchange > ETH you can see your Gemini deposit address.
Using Ledger Nano S
-
Download the following apps for Google Chrome off Ledger Nano S website. Just search Google for the following and click on them (usually first link) and install.
-
Ledger Manager
-
Ledger Wallet Ripple
-
Ledger Wallet Ethereum
-
-
Look at YouTube videos on how to use Ledger Nano S
-
Go to Shapeshift.io (website)
-
Under Deposit select Ripple and under Receive select Ether. Select Quick, it is easier.
-
Enter the Deposit Addresses of the Ledger Nano S wallets:
-
Ethereum Address: 0xc0440a97c49E2a59F93cDC7D049EDe935C3ada9E
-
Ripple Address:
-
Note: Always copy/paste codes to be safe, dont type them out
-
-
Click that you agree to the terms and start transaction
-
Connect Ledger Nano S via USB cable to laptop. If it is not the black USB cable with the Ledger icon at the small side of the end it might not recognize the device.
-
The PIN for my Ledger Nano S is: xxxxxx
-
If you enter the PIN incorrectly more than three times you might have to go through a recovery process using the 24 seed word list.
-
Open Ledger Wallet Ripple app
-
Ledger Wallet Ripple app will indicate balance. Toward the top there is a Home icon and Up and Down arrows. Click the Up arrow to send.
-
Enter a small amount (~100) of Ripple to send to make sure it is working
-
Enter the destination tag from the shapeshift.io transaction (the format will be something like rwfGzgd4bUStS9gA5xUhCmg1J86TMtmHMo) into Recipient Address on Ripple Ledger Wallet
-
On bottom left of Ledger Wallet Ripple app click Advanced Mode
-
On shapeshift.io it will say something below destination tag in the format: dt=10016391
-
Copy the number after the dt= (i.e. 10016391) and paste it into TAG on Ledger Wallet Ripple
-
Click send and confirm transaction on Ledger Nano S.
-
The transaction should take less than 10 minutes (usually a lot faster)
-
Repeat to convert all Ripple to Ethereum
-
Open Ledger Wallet Ethereum app and click ETH
-
Ledger Wallet Ethereum app will indicate balance. Toward the top there is a Home icon and Up and Down arrows. Click the Up arrow to send.
-
Enter a small amount (~3) of Ethereum to send to make sure it is working
-
Send to the Deposit address found in your Gemini account.
-
The transaction should take less than an hour (usually a lot faster)
-
Transfer as much as needed and close Ledger Wallet Ethereum app
-
Convert the ETH to USD on Gemini by selling ETH and withdraw into bank account.
Poloniex
I have other cryptocurrencies stored on Poloniex.com Use the following instructions to recover those.
-
Go to poloniex.com
-
Click Sign in at top right
-
Email: xxx
-
Password: xxx
-
Open my iPhone with passcode: xxx
-
Go to Finance folder and click Authenticator app
-
The bottom number is what you need to enter on poloniex.com (time-sensitive)
-
If you are unable to use my phone for logging in, you must contact poloniex and tell them my two factor authentication recovery code is: xxx
-
-
Go to the top right and hover over Balance.
-
Click Deposits and Withdrawals.
-
Here you can see all the other cryptocurrencies I have.
-
Click Exchange in the top left
-
At Markets on the right, click BTC right below it then click one of the coins I had in Deposits and Withdrawals.
-
For example click DGB
-
Below the chart it says Sell DGB
-
Below that it says Buy orders
-
If you want to sell immediately, you change the SELL price to be lower than the buy orders. Alternatively, you click one of the buy orders that shows SUM(BTC) amount that you want to sell, you will sell at the top amounts until that amount.
-
Type in amount of DGB you want to sell or click the number next to You Have
-
If you take up all the buy orders for that price, the remaining amount is placed as an order for you but you can always cancel later. It says order placed.
-
Click Sell.
-
Repeat until all coins have been converted to BTC.
-
Now under BTC find ETH and click on it.
-
Repeat the same procedure except buy ETH instead of selling.
-
If you did everything correctly, when you go to Balances then Deposits & Withdrawals, the only remaining coin should be ETH.
-
For ETH click withdraw and send to your Gemini address. You can only send up to $7,000 worth of coins per day from poloniex.
-
You will need to verify the withdrawal using the Authenticator app on my phone and by clicking a confirmation link in my email.
-
Email login: xxx
-
Email password: xxx
-
Balances
At the time of writing I have the following cryptocurrencies and amounts: xxx


How many pokemon you can evolve from collected candy? (** Gen 2 Updated **)
{{app.model.isHalloween?"Get 2 candy per tranfer.":"Get 1 candy per tranfer."}}
Name
Candy / Pokemon
Collected Candy
Collected Pokemon
#Result
Sum:
* Note: 'Collected Pokemon' is used to calculate the maximum limit of pokemon you can evolve, leave as -1 to not specify. * Trf = Transfer, Evl = Evolve


Properties
- HoverCssClass - A CSS class to apply to the target when the hover menu popup is visible
- HoverDelay - Time in milliseconds before the popup is displayed after hovering over the target control.
- OffsetX - The number of pixels to offset the popup from its default position as specified by PopupPosition. Default is 0
- OffsetY - The number of pixels to offset the popup from its default position as specified by PopupPosition. Default is 0
- OnHide - OnHide animation will be played each time the hover menu is hidden.
- OnShow - OnShow animation will be played each time the hover menu is displayed.
- PopDelay - Time in milliseconds for the popup to remain visible after the mouse moves away from the target control.
- PopupControlID - A control's ID to display when the mouse is over the target control.
- PopupPosition - The popup element position when it is shown.


import SimulatorXcode8 from './simulator-xcode-8';
import AsyncLock from 'async-lock';
import log from './logger';
import { shutdown as simctlShutdown, bootDevice, eraseDevice } from 'node-simctl';
import { waitForCondition } from 'asyncbox';
import { restoreTouchEnrollShortcuts, backupTouchEnrollShortcuts,
setTouchEnrollKey } from './touch-enroll.js';
const SIMULATOR_SHUTDOWN_TIMEOUT = 15 * 1000;
const startupLock = new AsyncLock();
class SimulatorXcode9 extends SimulatorXcode8 {
constructor (udid, xcodeVersion) {
super(udid, xcodeVersion);
}
/**
* Executes given Simulator with options. The Simulator will not be restarted if
* it is already running and the current UI state matches to `isHeadless` option.
* @override
*
* @param {object} opts - One or more of available Simulator options:
* - {string} scaleFactor: can be one of ['1.0', '0.75', '0.5', '0.33', '0.25'].
* Defines the window scale value for the UI client window for the current Simulator.
* Equals to null by default, which keeps the current scale unchanged.
* - {boolean} connectHardwareKeyboard: whether to connect the hardware keyboard to the
* Simulator UI client. Equals to false by default.
* - {boolean} allowTouchEnroll: whether to enroll Touch ID in the Simulator UI client.
* Equals to false by default.
* - {number} startupTimeout: number of milliseconds to wait until Simulator booting
* process is completed. The default timeout will be used if not set explicitly.
* - {boolean} isHeadless: whether to start the Simulator in headless mode (with UI
* client invisible). `false` by default.
*/
async run (opts = {}) {
opts = Object.assign({
isHeadless: false,
allowTouchEnroll: false,
startupTimeout: this.startupTimeout,
}, opts);
const bootSimulator = async () => {
try {
await bootDevice(this.udid);
} catch (err) {
log.warn(`'xcrun simctl boot ${this.udid}' command has returned non-zero code. The problem was: ${err.stderr}`);
}
};
const waitForShutdown = async () => {
await waitForCondition(async () => {
const {state} = await this.stat();
return state === 'Shutdown';
}, {waitMs: SIMULATOR_SHUTDOWN_TIMEOUT, intervalMs: 500});
};
let shouldWaitForBoot = true;
const startTime = process.hrtime();
await startupLock.acquire(this.uiClientBundleId, async () => {
const stat = await this.stat();
const serverState = stat.state;
const isServerRunning = serverState === 'Booted';
const isUIClientRunning = await this.isUIClientRunning();
if (opts.isHeadless) {
if (isServerRunning && !isUIClientRunning) {
log.info(`Simulator with UDID ${this.udid} already booted in headless mode.`);
shouldWaitForBoot = false;
return;
}
if (await this.killUIClient()) {
// Stopping the UI client also kills all running servers. Sad but true
log.info(`Detected the UI client was running and killed it. Verifying the Simulator is in Shutdown state...`);
await waitForShutdown();
}
log.info(`Booting Simulator with UDID ${this.udid} in headless mode. All UI-related capabilities are going to be ignored.`);
await bootSimulator();
} else {
if (isServerRunning && isUIClientRunning) {
log.info(`Both Simulator with UDID ${this.udid} and the UI client are currently running`);
shouldWaitForBoot = false;
return;
}
if (['Shutdown', 'Booted'].indexOf(serverState) === -1) {
log.info(`Simulator ${this.udid} is in '${serverState}' state. Trying to shutdown...`);
try {
await this.shutdown();
} catch (err) {
log.warn(`Error on Simulator shutdown: ${err.message}`);
}
await waitForShutdown();
}
// Set the 'Touch ID Enroll' key bindings before the Simulator starts
if (opts.allowTouchEnroll) {
await setTouchEnrollKey();
}
log.info(`Booting Simulator with UDID ${this.udid}...`);
await bootSimulator();
if (!isUIClientRunning) {
await this.startUIClient(opts);
}
}
});
if (shouldWaitForBoot) {
await this.waitForBoot(opts.startupTimeout);
log.info(`Simulator with UDID ${this.udid} booted in ${process.hrtime(startTime)[0]} seconds`);
}
}
/**
* Shut down the current Simulator.
* @override
*/
async shutdown () {
await restoreTouchEnrollShortcuts();
const {state} = await this.stat();
if (state === 'Shutdown') {
return;
}
await simctlShutdown(this.udid);
}
async enrollTouchID () {
await backupTouchEnrollShortcuts();
await super.enrollTouchID();
}
/**
* Reset the current Simulator to the clean state.
* @override
*/
async clean () {
log.info(`Cleaning simulator ${this.udid}`);
await eraseDevice(this.udid, 10000);
}
}
export default SimulatorXcode9;
|


This is kind of node's bread and butter here. Node loves it some Rest APIs
Our Rest API was more of a façade for the OData microservices
So what's the problem?
That variable was determined by hardware on-site based on environmental factors. So the display application was retrieving text get/genericText, then getting the environment variable {ProductId: 123}, and hitting the Rest API a second time to get the content of that productId
.
Every piece of content with an environment variable needed 2 Rest calls. Just to print out Avocado toast is hipper than a scarf in July
.


list(part, onBehalfOfContentOwner=None, regionCode=None, hl=None, id=None)
Browse list of video categories.
list(part, onBehalfOfContentOwner=None, regionCode=None, hl=None, id=None)
Browse list of video categories. Args: part: string, Video category parts to include in the returned response. Valid values are: id and snippet. (required) onBehalfOfContentOwner: string, The authenticated user acts on behalf of this content owner. regionCode: string, Return all the categories in this region. hl: string, Language used for the title of the categories. id: string, IDs of the categories to be returned. Returns: An object of the form: { # A paginated list of video categories returned as the response to a youtube.videoCategory.list call. "items": [ # List of video categories matching the request criteria. { # A videoCategory resource identifies a category that has been or could be associated with uploaded videos. "snippet": { # Basic details about a video category, such as its localized title. # Basic details about the video category. "channelId": "UCBR8-60-B28hp2BmDPdntcQ", # Channel publishing the video category. "title": "A String", # Title of the video category. }, "kind": "youtube#videoCategory", # The type of this API resource. "etag": "A String", # The eTag of the video. "id": "A String", # The unique id of the video category. }, ], "kind": "youtube#videoCategoryListResponse", # The type of this API response. "etag": "A String", # The eTag of the response. }


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Represents a file specfication that divides the path into a directory and basename. The string values of the paths are put into uniqued string pools for fast comparisons and efficient memory usage. For example, the following code lineEntry = context.GetLineEntry() self.expect(lineEntry.GetFileSpec().GetDirectory(), 'The line entry should have the correct directory', exe=False, substrs = [self.mydir]) self.expect(lineEntry.GetFileSpec().GetFilename(), 'The line entry should have the correct filename', exe=False, substrs = ['main.c']) self.assertTrue(lineEntry.GetLine() == self.line, 'The line entry's line number should match ') gets the line entry from the symbol context when a thread is stopped. It gets the file spec corresponding to the line entry and checks that the filename and the directory matches wat we expect.
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basename A read only property that returns the path basename as a python string. |
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dirname A read only property that returns the path directory name as a python string. |
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exists A read only property that returns a boolean value that indicates if the file exists. |
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fullpath A read only property that returns the fullpath as a python string. |
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__init__(lldb::SBFileSpec self) -> SBFileSpec __init__(lldb::SBFileSpec self, SBFileSpec rhs) -> SBFileSpec __init__(lldb::SBFileSpec self, str const * path) -> SBFileSpec __init__(lldb::SBFileSpec self, str const * path, bool resolve) -> SBFileSpec
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basenameA read only property that returns the path basename as a python string.
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dirnameA read only property that returns the path directory name as a python string.
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existsA read only property that returns a boolean value that indicates if the file exists.
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fullpathA read only property that returns the fullpath as a python string.
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| Generated by Epydoc 3.0.1 on Fri Jul 19 13:22:35 2013 | http://epydoc.sourceforge.net |


| computeContour3d | Compute Isosurface, a Three Dimension Contour |
| contour3d | Draw an Isosurface, a Three Dimension Contour Plot |
| drawScene | Rendering of Triangular Mesh Surface Data |
| drawScene.rgl | Rendering of Triangular Mesh Surface Data |
| exportScene | Writing Out Triangular Mesh Scenes |
| image3d | Draw Points on a 3D Grid |
| kde3d | Compute a Three Dimension Kernel Density Estimate |
| linesTetrahedra | Create a Set of Lines with Tetrahetra Centered at Points along the Lines |
| makeTriangles | Triangle Mesh Functions |
| parametric3d | Draw a 3D Parametric Plot |
| perspLighting | Lighting Functions |
| phongLighting | Lighting Functions |
| pointsTetrahedra | Create a Set of Tetrahetra Centered at Data Points |
| scaleTriangles | Triangle Mesh Functions |
| slices3d | Interactive Image Slices of 3D or 4D Volume Data |
| surfaceTriangles | Create a Triangle Mesh Representing a Surface |
| teapot | Utah Teapot |
| transformTriangles | Triangle Mesh Functions |
| translateTriangles | Triangle Mesh Functions |
| updateTriangles | Triangle Mesh Functions |


CodeQuest (Sponsored by CloudQuest Technologies, LLC) is a twenty-hour course that introduces students to web development, Chrome
extensions, Alexa skills, using programming as a tool, and more.
This course was taught because I wanted money for a new bicycle.
As I couldn't find any open-source implementations of a porn-detection algorithm, I decided to open-source the algorithm I created to support a tool I made, PorNo!.
I used C# to create and implement an input handler for a State Farm application that allows information lookup for the IDs inputted. Furthermore, I used Checkmarx tests to properly secure the application's backend.
I was a mobile developer for the University of Illinois' ATLAS (Applied Technologies for Learning in the Arts and Sciences). I, with two other mobile programmers, worked on UIUC's mobile Moodle app, a school-wide interface between professors and students. We communicated directly with developers from Moodle, and this involved inspecting, opening, and working to close issues on the codebase. Used Android and Angularjs.
Created an application that automatically organized study groups for the students that have enrolled in classes within the app. Created an application that kept track of a user's habits and allowed self-updating. Both apps were made in Android.
Researched on and created a presentation about optogenetics for the University of Illinois's Engineering Open House, a large-scale science fair of presentations built by faculty and students. Our presentation was judged third place in the "Discoveries in Engineering" and the "Illuminate New Horizons (presented by Exxon Mobil)" categories. Used Arduino and C++.
I spent my summers in high school under Professor Jay Ansher, an astronomy and physics professor of Illinois State University. We would meet weekly and he would guide me through various topics and concepts in astronomy. Near the end of our research, we created a simulation and recorded the path of a particle traveling near and in a dark-matter field. The simulation was made in C++.
"What if every picture on the internet was replaced with anime girls?"
The Android port of the PorNo! porn-blocker algorithm.  Learned more about Android and Java as a whole. This project was a crucible and there were times when I really didn't want to work on the app just because of the nature of the content I was working with and the difficulty of the optimizations I wanted.
Lemme get ur name, phone number, and birthday -- my phone will handle the rest ~
Google Calendar, small notes, and a homework/to-do list in one place. A tool I built to avoid having to keep switching between windows and apps to keep track of work.
An Alexa implementation of rock-paper-scissors, made for a demonstration in CodeQuest 2018 and published to receive an Echo Show (another Amazon promotion).
Enjoy Alexa's trash-talking ~
The website is built with HTML/CSS/JS and jQuery. The registration page saves the data of incoming students to a Firestore database. When a student registers, the page calls an AWS Lambda function to SMS my phone with the email of the student so that I can "immediately" send an email with more details -- meant to act as an email system while experimenting with AWS.
SpeedDial is a Chrome extension that provides one's state's support/emergency numbers from the omnibox and allows users
to call numbers through the extension. Built with jQuery, HTML/CSS/JS, and a classmate.
"Did you both really type out all those numbe-"
That's why tinyscraper exists hahahahahahahaha
Using jQuery and HTML/CSS/JS, tinyscraper is a tool that collects the phone numbers of every agency of an organization in
the United States. It parses the DOM of the Google results page of the organization in each state for the phone number(s) available,
then formats the entire data into a copy-pastable JS dictionary as
'state abbreviation': [phone number(s)].
InterNot! disables your ability to browse the web. This is accomplished by redirecting users to a site that tells them to go outside, amongst other activities.
PorNo! is a tool that allows users to input urls to content that they find inspiring, motivational, empowering...etc.
When a user attempts to visit a porn site, PorNo! redirects the user to one of the links s/he saved.

Features cloud support so your links go wherever you do, live updates from the database so your copy of PorNo! will always be up-to-date
with the latest porn links added to the database, and of course, the PorNo! algorithm.
Share Love is an Alexa skill that texts a Magical Message to the phone of the recipient I specify. For example, the command, "Share love with parents," will send a message to my parents. The skill is meant to make it faster for me to share something thoughtful and nice to the people I think about than opening up the mobile app and performing the same process through touch. Additionally, I explored SMS operations with Alexa.
Surabhi and I made an Alexa skill for the Alexa Kids Skills Challenge! This is the first project we worked on together ^_^. Baby Words is a vocabulary-quiz skill that helps younger children and infants learn simple vocabulary on their own time. It currently has vocabulary for colors, names of days, job titles, and names of animals.
Chrome extension that hides likes and user reactions on the desktop sites for Instagram and Facebook. I want users to stop associating the value of a post based on the way others respond to it so that they can focus truly on the content they see and feel more confident about sharing content they genuinely want to without having to think about how people will respond.
Alexa skill that shares fun facts about your favorite holidays!
A place that doubles as a collection of my experiences and
projects and, "Hello recruiter, look at what I made, hire me plz". My favorite
parts of my website are my blog, projects, and pictures. What are yours?
Thank you for visiting!
Birthday present for a girlfriend. A story of how we met to how we started dating.
Need a pick-me-up? Pull out your phone or ask Alexa for a quick message. We don't receive enough kind words and encouragement in our day and this is meant to fill in the times we need to hear positivity the most.
Thank you for visiting!
Vivek Bhookya


Data exploration helps infer useful information and predict important aspects of crime detection and prevention. At the same time, the nature of the data largely determines what kind of prediction tasks can be performed to identify useful features for building a predictive model. It revealed some interesting trends and patterns which are documented below.
Timelapse of criminal hot stops in Chicago city:
Criminal activity across the years 2010 to 2019 is plotted. We can see that crime along with the port increases across the years. Also, in most of some areas criminal activity is constant.
Distribution of Crime types(Before data preprocessing):
We can see that theft has occurred most frequently as it makes up of 22% of crime. Theft, battery, criminal damage, and narcotics are the most frequent occur crimes in Chicago which make up of 65.7% out of all the crimes. This means there is a high imbalance in dataset, we will combine som types and drop some irrelevant ones.
Distribution of Crime types(After merging and dropping):
Crime types have to reduce to 16. We have somewhat more balanced data that before but we will implement sampling techniques for further balancing.
Locations with frequent crimes(top 15):
We can see that street and sidewalk constitute the highest crimes. The reason could be that it is easier to get away if a person is familiar to area.
Crime is also high in personal spaces such as residence and apartment.
The trend of crime types across the years:
Crime rates, in general is decreasing, across the years other than the year 2016, where it sore for some types. There is a major decrease in Trespass, this could be due to improved security infrastructure.
Number arrests corresponding to the crimes changed over time:
We can see that there is an overall reduction in crime. The comparison between the arrest and crimes amount for each year let us see how the police abilities were not quite great since none of the arrests were higher than half of the crime rate.


SENEXON - sennosides a and b tablet, coated
RUGBY LABORATORIES, INC.
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
Ask a doctor or pharmacist before use if you are taking any other drug. Take this product tow or more hours before or after other drugs. Laxatives may affect how other drugs work.
Ask a doctor before use if you have noticed a sudden change in bowel habits that lasts over two weeks.
Stop use and ask a doctor if: you have rectal bleeding; you fail to have a bowel movement after use of this product. These may indicate a serious condition.
Keep out of reach of children. In case of overdose, get medical help or contact a Poison Control Center right away.
Inactive Ingredients croscarmellose sodium, dibasic calcium phosphate dihydrate, hypromellose, magnesium stearate, microcrystalline cellulose, minerol oil
Dosage and Administration
Adults and children 12 years and over - 2 tablets once a day - maximum dosage - 4 tablets twice a day
Children 6 to under 12 years - 1 tablet once a day maximum dosage - 2 tablets twice a day
children 2 to under 6 years - 1/2 tablet once a day - maximum dosage - 1 tablet twice a day
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SENEXON
senna tablet, coated | ||||||||||||||||||||
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| Labeler - RUGBY LABORATORIES, INC. (109178264) |
| Registrant - TIME-CAP LABS, INC (037052099) |
| Establishment | |||
| Name | Address | ID/FEI | Business Operations |
|---|---|---|---|
| TIME-CAP LABS, INC. | 037052099 | manufacture |


User stories
- I can get the image URLs, alt text and page urls for a set of images relating to a given search string. /api/search/:search
- I can paginate through the responses by adding a offset parameter to the URL. Offset must be greater than zero. For example /api/search/:search?offset=2
- I can get a list of the most recently submitted search strings with GET request for api/latestsearch/ url. Click on this link to see results
Simple test


Register Delivery
Enter details of the delivery below
Organization
# of packages delivered
Organization PIN
Submit


Characteristic
The most powerful of the standard balls. Has an increased catch rate for rare Pokémon.


HIROSHIMA, Japan (Reuters) - Pope Francis brought his campaign to abolish nuclear weapons to the only two cities ever hit by atomic bombs on Sunday, calling their possession indefensibly perverse and immoral and their use a crime against mankind and nature.
Francis visited the ground zeros of Hiroshima and Nagasaki, both seared in the world’s collective consciousness after the bombs dropped there by the United States three days apart in August 1945 in an effort to end World War Two.
“Here, in an incandescent burst of lightning and fire, so many men and women, so many dreams and hopes, disappeared, leaving behind only shadows and silence,” Francis said at Hiroshima’s Peace Memorial after standing in silent prayer and listening to a harrowing account by a survivor.
Yoshiko Kajimoto, who was 14 at the time, recalled “people walking side by side like ghosts, people whose whole body was so burnt that I could not tell the difference between men and women, their hair standing on end, their faces swollen to double size, their lips hanging loose, with both hands held out with burnt skin hanging from them.”
“No one in this world can imagine such a scene of hell,” she said.
More than 100,000 people died instantly in the twin attacks and about 400,000 others died in subsequent months, years and decades of radiation sickness or illnesses.
“With deep conviction I wish once more to declare that the use of atomic energy for purposes of war is today, more than ever, a crime not only against the dignity of human beings but against any possible future for our common home,” the pope said in Hiroshima. “The use of atomic energy for purposes of war is immoral, so too the possession of nuclear weapons is immoral, as I already said two years ago.”
Related Coverage
While his words in Hiroshima struck emotional, almost poetic notes, earlier in Nagasaki he issued direct denunciations and demands.
He restated his support for a 2017 treaty to ban nuclear weapons that was agreed by nearly two-thirds of U.N. members but opposed by big nuclear powers who say it could undermine nuclear deterrence, which they credit with averting conventional war.
“Our world is marked by a perverse dichotomy that tries to defend and ensure stability and peace through a sense of security sustained by a mentality of fear and mistrust,” he said in a somber voice, amid driving rain and strong wind.
MONEY SQUANDERED
Resources spent on the “arms race” should be used for development and protection of the environment, Francis said in Nagasaki.
“In a world where millions of children and families live in inhumane conditions, the money squandered and the fortunes made through the manufacture, upgrading, maintenance and sale of ever more destructive weapons, are an affront crying out to heaven,” he said.
Last August, the United States pulled out of one landmark strategic arms accord, the Intermediate-Range Nuclear Forces Treaty (INF), citing violations by Russia that Moscow denies.
Slideshow (30 Images)
Nuclear experts said it also appeared doubtful that agreement on a full-fledged replacement for the New START nuclear arms control treaty between Russia and the United States will be in place before it expires in February 2021.
In Nagasaki, the pope delivered his appeal standing near a large print of a famous photograph titled “The Boy Standing by the Crematory” taken by an American soldier shortly after the blast. It shows a Japanese boy taking his dead younger brother to be cremated.