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If you only want to convert MBOX files to XML using the DArcMailXml or CmdDArcMailXml programs, then you do not need a database. But if you want to search an account for messages, view message content, and export message subsets, then you need the DArcMail program and database. The DArcMail program uses SQLite as the database.
SQLite is a widely-used, open-source, light-weight SQL database. Like the proprietary Microsoft Access, SQLite is a file-based system, with all the data for a single database being contained in a single host file. Application-programming interface (API) libraries to the SQLite database engine are freely available in current programming languages (Java, Python, Perl, C, C++, Ruby). As there are no database installation or maintenance procedures, there is no requirement for database administration experience.
- The SQLite API does not require a userid and password to access data. Rather, access privileges to a SQLite database file are determined by the privileges that the host operating system has granted to a host-defined userid for the given SQLite database file.
- An SQLite database file can be stored anywhere in the host file system, and it can be moved, copied, or deleted using ordinary operating system commands (assuming the user has the appropriate privileges).
An email account is stored in one SQLite database file, and a single SQLite database file can contain only one email account. The contents of a DArcMal email account depend depend entirely on the host file structure. In DArcMail, an email account includes all the MBOX files contained directly or indirectly in the account directory.


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| Class | RTF::CommandNode |
| In: |
lib/rtf/node.rb
|
| Parent: | ContainerNode |
This class represents a RTF command element within a document. This class is concrete enough to be used on its own but will also be used as the base class for some specific command node types.
| split | -> | split? |
| prefix | [R] | Attribute accessor. |
| prefix | [W] | Attribute mutator. |
| split | [R] | Attribute accessor. |
| split | [W] | Attribute mutator. |
| suffix | [R] | Attribute accessor. |
| suffix | [W] | Attribute mutator. |
This is the constructor for the CommandNode class.
| parent: | A reference to the node that owns the new node. |
| prefix: | A String containing the prefix text for the command. |
| suffix: | A String containing the suffix text for the command. Defaults to nil. |
| split: | A boolean to indicate whether the prefix and suffix should be written to separate lines whether the node is converted to RTF. Defaults to true. |
# File lib/rtf/node.rb, line 227 227: def initialize(parent, prefix, suffix=nil, split=true) 228: super(parent) 229: @prefix = prefix 230: @suffix = suffix 231: @split = split 232: end
This method adds text to a command node. If the last child node of the target node is a TextNode then the text is appended to that. Otherwise a new TextNode is created and append to the node.
| text: | The String of text to be written to the node. |
# File lib/rtf/node.rb, line 240 240: def <<(text) 241: if last != nil and last.respond_to?(:text=) 242: last.append(text) 243: else 244: self.store(TextNode.new(self, text)) 245: end 246: end
This method provides a short cut means for applying multiple styles via single command node. The method accepts a block that will be passed a reference to the node created. Once the block is complete the new node will be append as the last child of the CommandNode the method is called on.
| style: | A reference to a CharacterStyle object that contains the style settings to be applied. |
| RTFError: | Generated whenever a non-character style is specified to the method. |
# File lib/rtf/node.rb, line 322 322: def apply(style) 323: # Check the input style. 324: if style.is_character_style? == false 325: RTFError.fire("Non-character style specified to the "\ 326: "CommandNode#apply() method.") 327: end 328: 329: # Store fonts and colours. 330: root.colours << style.foreground if style.foreground != nil 331: root.colours << style.background if style.background != nil 332: root.fonts << style.font if style.font != nil 333: 334: # Generate the command node. 335: node = CommandNode.new(self, style.prefix(root.fonts, root.colours)) 336: yield node if block_given? 337: self.store(node) 338: end
This method provides a short cut means of creating a background colour command node. The method accepts a block that will be passed a single parameter which will be a reference to the background colour node created. After the block is complete the background colour node is appended to the end of the child nodes on the object that the method is called against.
| colour: | The background colour to be applied by the command. |
# File lib/rtf/node.rb, line 452 452: def background(colour) 453: style = CharacterStyle.new 454: style.background = colour 455: root.colours << colour 456: if block_given? 457: apply(style) {|node| yield node} 458: else 459: apply(style) 460: end 461: end
This method provides a short cut means of creating a bold command node. The method accepts a block that will be passed a single parameter which will be a reference to the bold node created. After the block is complete the bold node is appended to the end of the child nodes on the object that the method is call against.
# File lib/rtf/node.rb, line 345 345: def bold 346: style = CharacterStyle.new 347: style.bold = true 348: if block_given? 349: apply(style) {|node| yield node} 350: else 351: apply(style) 352: end 353: end
This method provides a short cut menas of creating a colour node that deals with foreground and background colours. The method accepts a block that will be passed a single parameter which will be a reference to the colour node created. After the block is complete the colour node is append to the end of the child nodes on the object that the method is called against.
| fore: | The foreground colour to be applied by the command. |
| back: | The background colour to be applied by the command. |
# File lib/rtf/node.rb, line 473 473: def colour(fore, back) 474: style = CharacterStyle.new 475: style.foreground = fore 476: style.background = back 477: root.colours << fore 478: root.colours << back 479: if block_given? 480: apply(style) {|node| yield node} 481: else 482: apply(style) 483: end 484: end
This method provides a short cut means of creating a font command node. The method accepts a block that will be passed a single parameter which will be a reference to the font node created. After the block is complete the font node is appended to the end of the child nodes on the object that the method is called against.
| font: | A reference to font object that represents the font to be used within the node. |
| size: | An integer size setting for the font. Defaults to nil to indicate that the current font size should be used. |
# File lib/rtf/node.rb, line 411 411: def font(font, size=nil) 412: style = CharacterStyle.new 413: style.font = font 414: style.font_size = size 415: root.fonts << font 416: if block_given? 417: apply(style) {|node| yield node} 418: else 419: apply(style) 420: end 421: end
This method inserts a footnote at the current position in a node.
| text: | A string containing the text for the footnote. |
# File lib/rtf/node.rb, line 299 299: def footnote(text) 300: if text != nil && text != '' 301: mark = CommandNode.new(self, '\fs16\up6\cchftn', nil, false) 302: note = CommandNode.new(self, '\footnote {\fs16\up6\cchftn}', nil, false) 303: note.paragraph << text 304: self.store(mark) 305: self.store(note) 306: end 307: end
This method provides a short cut means of creating a foreground colour command node. The method accepts a block that will be passed a single parameter which will be a reference to the foreground colour node created. After the block is complete the foreground colour node is appended to the end of the child nodes on the object that the method is called against.
| colour: | The foreground colour to be applied by the command. |
# File lib/rtf/node.rb, line 432 432: def foreground(colour) 433: style = CharacterStyle.new 434: style.foreground = colour 435: root.colours << colour 436: if block_given? 437: apply(style) {|node| yield node} 438: else 439: apply(style) 440: end 441: end
This method provides a short cut means of creating an italic command node. The method accepts a block that will be passed a single parameter which will be a reference to the italic node created. After the block is complete the italic node is appended to the end of the child nodes on the object that the method is call against.
# File lib/rtf/node.rb, line 360 360: def italic 361: style = CharacterStyle.new 362: style.italic = true 363: if block_given? 364: apply(style) {|node| yield node} 365: else 366: apply(style) 367: end 368: end
This method provides a short cut means of creating a line break command node. This command node does not take a block and may possess no other content.
# File lib/rtf/node.rb, line 290 290: def line_break 291: self.store(CommandNode.new(self, '\line', nil, false)) 292: nil 293: end
This method provides a short cut means of creating a paragraph command node. The method accepts a block that will be passed a single parameter which will be a reference to the paragraph node created. After the block is complete the paragraph node is appended to the end of the child nodes on the object that the method is called against.
| style: | A reference to a ParagraphStyle object that defines the style for the new paragraph. Defaults to nil to indicate that the currently applied paragraph styling should be used. |
# File lib/rtf/node.rb, line 276 276: def paragraph(style=nil) 277: # Create the node prefix. 278: text = StringIO.new 279: text << '\pard' 280: text << style.prefix(nil, nil) if style != nil 281: 282: node = CommandNode.new(self, text.string, '\par') 283: yield node if block_given? 284: self.store(node) 285: end
This method provides a short cut means of creating a superscript command node. The method accepts a block that will be passed a single parameter which will be a reference to the superscript node created. After the block is complete the superscript node is appended to the end of the child nodes on the object that the method is call against.
# File lib/rtf/node.rb, line 390 390: def superscript 391: style = CharacterStyle.new 392: style.superscript = true 393: if block_given? 394: apply(style) {|node| yield node} 395: else 396: apply(style) 397: end 398: end
This method creates a new table node and returns it. The method accepts a block that will be passed the table as a parameter. The node is added to the node the method is called upon after the block is complete.
| rows: | The number of rows that the table contains. |
| columns: | The number of columns that the table contains. |
| *widths: | One or more integers representing the widths for the table columns. |
# File lib/rtf/node.rb, line 495 495: def table(rows, columns, *widths) 496: node = TableNode.new(self, rows, columns, *widths) 497: yield node if block_given? 498: store(node) 499: node 500: end
This method generates the RTF text for a CommandNode object.
# File lib/rtf/node.rb, line 249 249: def to_rtf 250: text = StringIO.new 251: separator = split? ? "\n" : " " 252: line = (separator == " ") 253: 254: text << "{#{@prefix}" 255: text << separator if self.size > 0 256: self.each do |entry| 257: text << "\n" if line 258: line = true 259: text << "#{entry.to_rtf}" 260: end 261: text << "\n" if split? 262: text << "#{@suffix}}" 263: text.string 264: end
This method provides a short cut means of creating an underline command node. The method accepts a block that will be passed a single parameter which will be a reference to the underline node created. After the block is complete the underline node is appended to the end of the child nodes on the object that the method is call against.
# File lib/rtf/node.rb, line 375 375: def underline 376: style = CharacterStyle.new 377: style.underline = true 378: if block_given? 379: apply(style) {|node| yield node} 380: else 381: apply(style) 382: end 383: end


Basic
System
Data structures
Multithreading
Interprocess communication
Networking
File and directories
Stack


Admin Dashboard
A modern admin dashboard
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Cover
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public class Player
extends java.lang.Object
effectList
: the list of effects related to this player. Effects in this list are taken from CAHRACHTER card permanent effect ane excommunication
effectfamilyMemberList
: the list of family members owned by the playerflags
: HashMap used to map effects of excommunication card. Adding a flag to this hashmap means that the player will suffer the effect of the excommunication.
the JsonValue is used to customize the effectgameID
: the ID of the game to whitch the player has been registeredname
: the player's namepersonalBoard
: the personal board owned by this playerpersonalBonusTile
: the personal bonus tile assigned to this playerresources
: the resources owned by the playeruuid
: the UUID of this playerPersonalBoard, PersonalBonusTile, Effect, ResourceSet, FamilyMember
| Modifier and Type | Field and Description |
|---|---|
private java.util.ArrayList<Effect> |
effectList |
private FamilyMember[] |
familyMemberList |
private java.util.HashMap<java.lang.String,com.eclipsesource.json.JsonValue> |
flags |
private java.util.UUID |
gameID |
private java.lang.String |
name |
private PersonalBoard |
personalBoard |
private PersonalBonusTile |
personalBonusTile |
private ResourceSet |
resources |
private java.util.UUID |
uuid |
| Constructor and Description |
|---|
Player()
initialize the player to his initial state
|
| Modifier and Type | Method and Description |
|---|---|
void |
addEffect(Effect e)
register the given effect to the player effect list
|
java.util.ArrayList<Effect> |
getEffectList()
allows to get all the effects of this player
|
FamilyMember[] |
getFamilyMember()
get sll the family member owned by the player
|
java.util.HashMap<java.lang.String,com.eclipsesource.json.JsonValue> |
getFlags()
allows to retrive all the information about player's flag
|
java.util.UUID |
getGameID()
allows to retrive the game UUID of the game into which the player has been registered
|
java.lang.String |
getID()
get the string representation of the player UUID
|
java.lang.String |
getName()
allows to retrive the player name
|
PersonalBoard |
getPersonalBoard()
allow to retrive the personal bonus tile of the player
|
PersonalBonusTile |
getPersonalBonusTile()
get the personal bonus tile assigned to this player
|
ResourceSet |
getResources()
allows to get the player resources as ResourceSet
|
java.util.UUID |
getUUID()
get the UUID of this player
|
boolean |
isFlagged(java.lang.String flag)
tells if the player has been flagged by the flag passed as argument
|
void |
moveFamilyMember(int i,
Action action,
Board board)
allows the player to move a family member on a specific action space
|
void |
registerGame(java.util.UUID gameID)
register this player to the Game into which the player has been registered, setting the correct UUID of the game
|
void |
setPersonalBonusTile(PersonalBonusTile bonusTile)
set the player personal bonus tile
|
void |
setPlayerName(java.lang.String name)
set the player name
|
void |
takeCard(Board board,
Action action)
allows the player to take a card from the board
|
java.lang.String |
toString()
return a string representation of the player
|
private PersonalBoard personalBoard
private java.lang.String name
private java.util.ArrayList<Effect> effectList
private ResourceSet resources
private PersonalBonusTile personalBonusTile
private FamilyMember[] familyMemberList
private final java.util.UUID uuid
private java.util.UUID gameID
private java.util.HashMap<java.lang.String,com.eclipsesource.json.JsonValue> flags
public void setPlayerName(java.lang.String name)
name
- the name of the playerpublic void setPersonalBonusTile(PersonalBonusTile bonusTile)
bonusTile
- the bonus tile to assign to the playerpublic java.util.UUID getUUID()
public java.lang.String getID()
public PersonalBoard getPersonalBoard()
public java.lang.String getName()
public java.util.HashMap<java.lang.String,com.eclipsesource.json.JsonValue> getFlags()
public ResourceSet getResources()
public void addEffect(Effect e)
e
- the effect to addpublic java.util.ArrayList<Effect> getEffectList()
public FamilyMember[] getFamilyMember()
public java.lang.String toString()
toString
in class java.lang.Object
public void takeCard(Board board, Action action)
board
- the board of the gameaction
- the action performed by the playerpublic void moveFamilyMember(int i, Action action, Board board)
i
- the index of the family member to moveaction
- the action performed by the playerboard
- the board of the gamepublic PersonalBonusTile getPersonalBonusTile()
public void registerGame(java.util.UUID gameID)
gameID
- the UUID of the game to assignpublic java.util.UUID getGameID()
public boolean isFlagged(java.lang.String flag)
flag
- the flag to check


Saskatchewan granted intervener status in First Nations TMX project appeal
Saskatchewan says the court is to hear the appeal in December
by The Canadian PressThe Saskatchewan government says it has been granted leave to intervene in an appeal over construction of the Trans Mountain pipeline expansion.
The province says it is intervening in support of the federal government by arguing that the expansion project was properly approved.
The Federal Court of Appeal in British Columbia ruled in September that it would hear six challenges focusing on Indigenous consultation.
Ottawa twice approved the plan, but the Federal Court of Appeal tore up the original approval last year, citing insufficient environmental review and inadequate Indigenous consultations.
The Liberal government said they fixed the problems and approved the expansion a second time in June.
Saskatchewan Justice Minister Don Morgan says the province will make submissions to the court about the need to balance a duty to consult with matters of public interest, such as transportation infrastructure.
“Projects like Trans Mountain create a stronger economy that allow the federal and provincial governments to invest in programs and initiatives like health and education,” he said in a release Monday.
The pipeline project would triple the capacity of an existing pipeline from Alberta’s oilpatch to a terminal in Burnaby, B.C.
Saskatchewan says the court is to hear the appeal in December.
The Canadian Press


CSPICE_DSKD02 returns double precision data from a type 2 DSK segment.
Given:
handle is the handle of a DSK file containing a type 2
segment from which data are to be fetched.
[1,1] = size(handle); int32 = class(handle)
dladsc is the DLA descriptor associated with the segment from
which data are to be fetched.
[SPICE_DLA_DSCSIZ,1] = size(dladsc)
int32 = class(dladsc)
item is an integer "keyword" parameter designating the double
precision data item to fetch.
[1,1] = size(item); int32 = class(item)
Names, values, and meanings of keyword parameters
supported by this routine are shown below.
Use of the names shown here is enabled by calling
the DSKMice parameter definition routine as shown:
DSKMiceUser
This call must be made before the parameter names
are referenced. See the example program below.
Name Value Description
---- ----- ----------
SPICE_DSK02_KWDSC 15 Array containing contents of Fortran
DSK descriptor of segment. Note
that DSK descriptors are not to be
confused with DLA descriptors, which
contain segment component base
address and size information. The
dimension of this array is
SPICE_DSK_DSCSIZ.
SPICE_DSK02_KWVTBD 16 Vertex bounds. This is an array of
six values giving the minimum and
maximum values of each component
of the vertex set.
SPICE_DSK02_KWVXOR 17 Voxel grid origin. This is the
location of the voxel grid origin in
the body-fixed frame associated with
the target body.
SPICE_DSK02_KWVXSZ 18 Voxel size. DSK voxels are cubes;
the edge length of each cube is
given by the voxel size. This size
applies to the fine voxel grid. Units
are km.
SPICE_DSK02_KWVERT 19 Vertex coordinates.
start is the start index within the specified data item from which
data are to be fetched. The index of the first element
of each data item is 1. This convention applies
uniformly to all data.
[1,1] = size(start); int32 = class(start)
room is the amount of room in the output array. It is
permissible to provide an output array that has too
little room to fetch an item in one call.
[1,1] = size(room); int32 = class(room)
the call:
[values] = cspice_dskd02( handle, dladsc, item, start, room )
returns:
values is a contiguous set of elements of the item designated by
`item'.
[1,n] = size(values); double = class(values)
The correspondence of `values' with the elements
of the data item is:
values(1) item(start)
... ...
values(n) item(start+n-1)
If an error occurs on the call, `values' is undefined.
Note, `room' >= n.
Any numerical results shown for this example may differ between
platforms as the results depend on the SPICE kernels used as input
and the machine specific arithmetic implementation.
Example(1):
Look up all the vertices associated with each plate
of the model contained in a specified type 2 segment.
For each plate, display the plate's vertices.
For this example, we'll show the context of this look-up:
opening the DSK file for read access, traversing a trivial,
one-segment list to obtain the segment of interest.
function dskd02_t( dsk )
%
% MiceUser globally defines DSK parameters.
% For more information, please see DSKMiceUser.m and
% DSKMice02.m.
%
MiceUser
%
% Set the dimensions of the array `vrtces', which
% will be used later.
%
vrtces = zeros(3,3);
%
% Open the DSK file for read access.
% We use the DAS-level interface for
% this function.
%
handle = cspice_dasopr( dsk );
%
% Begin a forward search through the
% kernel, treating the file as a DLA.
% In this example, it's a very short
% search.
%
[dladsc, found] = cspice_dlabfs( handle );
if ~found
%
% We arrive here only if the kernel
% contains no segments. This is
% unexpected, but we're prepared for it.
%
fprintf( 'No segments found in DSK file %s\n', dsk )
return
end
%
% If we made it this far, `dladsc' is the
% DLA descriptor of the first segment.
%
%
% Find the number of plates in the model.
%
ival = cspice_dski02( handle, dladsc, SPICE_DSK02_KWNP, 1, 1 );
np = ival(1);
%
% For each plate, look up the desired data.
% Note that plate numbers range from 1 to np.
%
for i = 1:np
%
% For the Ith plate, find the associated
% vertex IDs. We must take into account
% the fact that each plate has three
% vertices when we compute the start
% index.
%
start = 3*(i-1) + 1;
%
% Fetch the ith plate.
%
vrtids = cspice_dski02( handle, dladsc, SPICE_DSK02_KWPLAT, ...
start, 3 );
for j = 1:3
%
% Fetch the jth vertex of the ith plate.
%
start = (vrtids(j)-1) * 3 +1;
vtemp = cspice_dskd02( handle, dladsc, SPICE_DSK02_KWVERT, ...
start, 3 );
vrtces(j,:) = vtemp;
end
%
% Display the vertices of the ith plate:
%
fprintf( '\n' )
fprintf( 'Plate number: %d\n', i )
for j = 1:3
fprintf( 'Vertex %d: (%14.6e %14.6e %14.6e)\n', ...
j, vrtces(j,:) )
end
end
%
% Close the DSK.
%
cspice_dascls( handle );
MATLAB outputs:
dskd02_t( 'solid.bds' )
[Only the first and last few rows are shown]
Plate number: 1
Vertex 1: ( 0.000000e+00 0.000000e+00 1.175570e+00)
Vertex 2: ( 1.051460e+00 0.000000e+00 5.257310e-01)
Vertex 3: ( 3.249200e-01 1.000000e+00 5.257310e-01)
Plate number: 2
Vertex 1: ( 0.000000e+00 0.000000e+00 1.175570e+00)
Vertex 2: ( 3.249200e-01 1.000000e+00 5.257310e-01)
Vertex 3: ( -8.506510e-01 6.180340e-01 5.257310e-01)
...
Plate number: 19
Vertex 1: ( -3.249200e-01 -1.000000e+00 -5.257310e-01)
Vertex 2: ( 0.000000e+00 0.000000e+00 -1.175570e+00)
Vertex 3: ( 8.506510e-01 -6.180340e-01 -5.257310e-01)
Plate number: 20
Vertex 1: ( 8.506510e-01 -6.180340e-01 -5.257310e-01)
Vertex 2: ( 0.000000e+00 0.000000e+00 -1.175570e+00)
Vertex 3: ( 8.506510e-01 6.180340e-01 -5.257310e-01)
Most SPICE applications will not need to call this routine. The
routines cspice_dskv02, cspice_dskp02, and cspice_dskz02 provide
a higher-level interface for fetching DSK type 2 vertex and plate data.
DSK files are built using the DLA low-level format and
the DAS architecture; DLA files are a specialized type of DAS
file in which data are organized as a doubly linked list of
segments. Each segment's data belong to contiguous components of
character, double precision, and integer type.
Note that the DSK descriptor for the segment is not needed by this
routine; the DLA descriptor contains the base address and size
information for the integer, double precision, and character
components of the segment, and these suffice for the purpose of
fetching data.
For important details concerning this module's function, please
refer to the CSPICE routine dskd02_c.
MICE.REQ
DAS.REQ
DSK.REQ
-Mice Version 1.0.0, 04-APR-2017, NJB (JPL), EDW (JPL), ML (JPL)
fetch double precision data from a type 2 dsk segment
|


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Chase Collins
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litesuggest
type words below (yes, click the lines there) and watch as the computer gives you suggestions
Download here
Try typing any of the following: Apples, Oranges, Watermelon, Cherries, Strawberries
// Code:
$(".container").litesuggest({
words: ["Apples", "Oranges", "Watermelon", "Cherries", "Strawberries"],
groupSelector: ".test"
});
Try typing any of the following: Dungeons, Dragons, Bears, Red Pandas, Dungeness Crabs, More bears
// Code:
$(".container").litesuggest({
words: ["Dungeons", "Dragons", "Bears", "Red Pandas", "Dungeness Crabs", "More bears"],
groupSelector: ".test2"
});


LA MUCHACHO
PIZZA PALACE
WELCOMEE!!!
Thank you for choosing us.Please please choose your preferences below:
Pizza Size
Choose size
Small pizza=Kshs.300
Medium pizza=Kshs.500
Large pizza=Kshs.800
Pizza Crust
Choose crust
Crispy=Kshs.400
Stuffed=Kshs.250
Gluten-free=Kshs.350
Pizza Toppings
Choose toppings
Pepperoni=Kshs.400
Mushrooms=Kshs.250
Bacon=Kshs.350
Black olives=Kshs.400
Green peppers=Ksh.350
Number
300Kshs is included for delivery purposes
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1. Stamens > in number than corolla lobes
2. Leaf compound — petals proximally free but strongly adherent and may appear fused ..... FABACEAE (Papilionoideae)
2' Leaf simple, sometimes reduced to linear or scale-like bracts
3. Filaments fused, forming a U-shaped tube around the style — petals actually free but may appear fused ..... POLYGALACEAE {G15,22,23,24}
3' Filaments free
4. Shrub; leaves alternate; anthers dehiscing by pores; ovules many; fruit a capsule ..... ERICACEAE (Rhododendron macrophyllum)
4' Herb or weak-stemmed subshrub; leaves opposite; anthers dehiscing by lateral slits; ovule 1; fruit an achene tightly enwrapped by hardened base of corolla-like calyx — petals actually 0 but sepals petal-like and involucre bracts sepal-like ..... NYCTAGINACEAE (Allionia)
1' Stamens = in number to corolla lobes or fewer
5. Corolla scarious, persistent in fruit ..... PLANTAGINACEAE (Plantago) {G5,8,19}
5' Corolla not scarious, generally deciduous after flower
6. Fertile stamens = in number to corolla lobes
7. Ovary deeply 4-lobed, especially in fruit; style attachment surrounded by lobes of ovary (style readily detaches in Lamiaceae as corolla falls); fruit breaking apart into 1-seeded nutlets (sometimes only 1–3 nutlets maturing)
8. Stem round in ×-section; leaves alternate (proximal opposite in some Plagiobothrys); herbage not aromatic; inflorescence or inflorescence branches coiled when young, unrolling in flower or fruit ..... BORAGINACEAE {G19}
8' Stem 4-angled, at least when young; leaves opposite throughout; herbage generally strongly aromatic, especially if crushed; inflorescence or inflorescence branches not coiled ..... LAMIACEAE (3) {G8,19}
7' Ovary entire or shallowly lobed; style clearly attached to tip of ovary; fruit a capsule or splitting into nutlets
9. Shrub; filaments attached directly to receptacle, falling free from corolla or only weakly adhering; anthers dehiscent by pores ..... ERICACEAE {G17,19,24}
9' Herb; filaments fused to and falling with corolla; anthers dehiscent by slits
10. Calyx lobes bordered by or ± fused by a much thinner, transparent or translucent membrane; corolla generally funnel-shaped to salverform; stigmas 3; ovary chambers 3 ..... POLEMONIACEAE {G19}
10' Calyx lobes not bordered by or fused by transparent or translucent membrane; corolla ± rotate; stigmas 1–2; ovary chambers 1–4
11. Corolla white to blue or purple, 2–8 mm diam; inflorescence cyme-like, or flowers solitary; fruit splitting into generally 4 one-seeded nutlets ..... BORAGINACEAE (Tiquilia) {G19}
11' Corolla yellow (white to ± purple), 15–40 mm diam; inflorescence a narrow raceme or panicle; fruit a many-seeded capsule ..... SCROPHULARIACEAE (Verbascum) {G19}
6' Fertile stamens fewer than corolla lobes — 1 or more sterile stamens sometimes present
12. Plant entirely non-green, ± fleshy ..... OROBANCHACEAE (2)
12' Plant green and photosynthetic
13. Proximal portion of lower corolla lip with backward-projecting, conic or tubular spur
14.  LENTIBULARIACEAE (Utricularia) {G2}
14' Plant terrestrial; leaves entire to shallowly lobed, without hollow bladders
15. Leaves all basal; adaxial leaf face sticky or slimy with insect-capturing glands ..... LENTIBULARIACEAE (Pinguicula)
15' Leaves basal and cauline or all cauline; adaxial leaf surface not sticky or slimy with insect-capturing glands ..... PLANTAGINACEAE (4) {G5,19}
13' Proximal portion of lower corolla lip without backward-projecting, conic or tubular spur, occasionally with expanded pouch
16. Ovary generally deeply 4-lobed; style attachment surrounded by lobes of ovary [style readily detaches as corolla falls] — fruit breaking into 4 one-seeded nutlets ..... LAMIACEAE (3) {G8,19}
16' Ovary entire or ± shallowly lobed; style arising from tip of ovary
17. Ovules 1–4 per ovary chamber
18. Fruit a capsule
19. Shrub ..... ACANTHACEAE
19' Annual ..... PLANTAGINACEAE (4) {G5,19}
18' Fruit 2–4 nutlets
20. Stamens exserted ..... LAMIACEAE (3) {G8,19}
20' Stamens included ..... VERBENACEAE {G19}
17' Ovules several to many per ovary chamber
21. Leaves compound ..... BIGNONIACEAE (2)
21' Leaves simple
22. Capsule 5–35 cm
23. Shrub or tree; capsule body 15–35 cm, straight, linear ..... BIGNONIACEAE (2)
23' Annual; capsule body 5–10 cm, curved, tipped with a hooked beak several cm long ..... MARTYNIACEAE
22' Capsule < 2 cm
24. Corolla upper lip forming a concave beak or hood, ± enclosing or covering stamens and style
25. Sterile stamen 0; lobes of upper corolla lip obscure or 0 ..... OROBANCHACEAE (2)
25' Sterile stamen present, inserted on corolla tube between lobes of upper corolla lip; lobes of upper lip evident ..... PLANTAGINACEAE (4) {G5,19}
24' Corolla upper lip not forming a beak or hood, not enclosing or covering stamens and style [though these may be included within corolla tube or throat]
26. Stigma lobes flat, disk-like, moving together when touched; cauline leaves opposite ..... PHRYMACEAE {G2,19}
26' Stigma dot-like or head-like, unlobed, or lobes not moving together when touched; cauline leaves opposite or alternate (whorled) or leaves all basal
27. Leaves all basal
28. Flowers solitary; stamens 4; leaves linear or awl-like to spoon-shaped or ovate, entire ..... SCROPHULARIACEAE (Limosella) {G2,19}
28' Flowers in raceme; stamens 2; leaves ovate to round, toothed or shallowly lobed ..... PLANTAGINACEAE (Synthyris)
27' Leaves basal and cauline or all cauline
29. Stem 4-angled; corolla tube urn-shaped to spheric ..... SCROPHULARIACEAE (Scrophularia)
29' Stem generally round in ×-section; corolla tube cylindric to bell-shaped, sometimes very short ..... PLANTAGINACEAE (4) {G5,19}


All public schools in a Milwaukee suburb closed after hit list, ammunition found
SHOREWOOD, Wis. - All public schools in a Milwaukee suburb are closed after officials say a high school student wrote a hit list and was found in possession of a loaded magazine of ammunition.
Shorewood School District officials said because of "ongoing safety concerns," classes and activities are canceled Wednesday.
In a message to parents, Superintendent Bryan Davis said school officials and local police began investigating a student's report of a hit list Tuesday. Davis says they found the author of the list to be in possession of the loaded magazine and he was arrested. He says the student did not have a gun and none was found anywhere on the school campus.
District officials say more details would be released later Wednesday.


Once you have checked on all the repositories you want to download, press the "Download" button. This will begin the actual download process. This will take time, and there is a progress bar that appears. The taskbar icon also displays the progress.
Error Log
In case any errors occur during downloading, an error log will appear at the bottom of the screen. This displays the specific files and the errors which happened. Note that user cancelling the download also is treated as an error, so if you choose to cancel the download, it will show you the error log. You can close the error log by pressing the "X" button to the far right of it, or it will disappear automatically the next time you start a download.


expected_occurrence = {
ns.call_module(OutputLogger): 2,
}
self.checkGraphModuleNodes(
mp_ns, expected_node_occurrence=expected_occurrence)
self.checkGraphModuleNodes(
mq_ns, expected_node_occurrence=expected_occurrence)
// TODO(before land): test both scripted and non-scripted
ns.call_module(OutputLogger): 2,
}
self._test_match_activations(
m, (torch.randn(4, 4),),
prepared_expected_node_occurrence=expected_occurrence,
results_len=2)


Standard Flavored Markdown
In 2009 I lamented the state of Markdown:
Right now we have the worst of both worlds. Lack of leadership from the top, and a bunch of fragmented, poorly coordinated community efforts to advance Markdown, none of which are officially canon. This isn't merely incovenient for anyone trying to find accurate information about Markdown; it's actually harming the project's future.
In late 2012, David Greenspan from Meteor approached me and proposed we move forward, and a project crystallized:
I propose that Stack Exchange, GitHub, Meteor, Reddit, and any other company with lots of traffic and a strategic investment in Markdown, all work together to come up with an official Markdown specification, and standard test suites to validate Markdown implementations. We've all been working at cross purposes for too long, accidentally fragmenting Markdown while popularizing it.
We formed a small private working group with key representatives from GitHub, from Reddit, from Stack Exchange, from the open source community. We spent months hashing out the details and agreeing on the necessary changes to turn Markdown into a language you can parse without feeling like you just walked through a sewer – while preserving the simple, clear, ASCII email inspired spirit of Markdown.
We really struggled with this at Discourse, which is also based on Markdown, but an even more complex dialect than the one we built at Stack Overflow. In Discourse, you can mix three forms of markup interchangeably:
- Markdown
- HTML (safe subset)
- BBCode (subset)
Discourse is primarily a JavaScript app, so naturally we needed a nice, compliant implementation of Markdown in JavaScript. Surely such a thing exists, yes? Nope. Even in 2012, we found zero JavaScript implementations of Markdown that could pass the only Markdown test suite I know of, MDTest. It isn't authoritative, it's a community created initiative that embodies its own decisions about rendering ambiguities in Markdown, but it's all we've got. We contributed many upstream fixes to markdown.js to make it pass MDTest – but it still only passes in our locally extended version.
As an open source project ourselves, we're perfectly happy contributing upstream code to improve it for everyone. But it's an indictment of the state of the Markdown ecosystem that any remotely popular implementation wasn't already testing itself against a formal spec and test suite. But who can blame them, because it didn't exist!
Well, now it does.
It took a while, but I'm pleased to announce that Standard Markdown is now finally ready for public review.
It's a spec, including embedded examples, and implementations in portable C and JavaScript. We strived mightily to stay true to the spirit of Markdown in writing it. The primary author, John MacFarlane, explains in the introduction to the spec:
Because Gruber’s syntax description leaves many aspects of the syntax undetermined, writing a precise spec requires making a large number of decisions, many of them somewhat arbitrary. In making them, I have appealed to existing conventions and considerations of simplicity, readability, expressive power, and consistency. I have tried to ensure that “normal” documents in the many incompatible existing implementations of markdown will render, as far as possible, as their authors intended. And I have tried to make the rules for different elements work together harmoniously. In places where different decisions could have been made (for example, the rules governing list indentation), I have explained the rationale for my choices. In a few cases, I have departed slightly from the canonical syntax description, in ways that I think further the goals of markdown as stated in that description.
Part of my contribution to the project is to host the discussion / mailing list for Standard Markdown in a Discourse instance.
Fortunately, Discourse itself just reached version 1.0. If the only thing Standard Markdown does is help save a few users from the continuing horror that is mailing list web UI, we all win.
What I'm most excited about is that we got a massive contribution from the one person who, in my mind, was the most perfect person in the world to work on this project: John MacFarlane. He took our feedback and wrote the entire Standard Markdown spec and both implementations.
A lot of people know of John through his Pandoc project, which is amazing in its own right, but I found out about him because he built Babelmark. I learned to refer to Babelmark extensively while working on Stack Overflow and MarkdownSharp, a C# implementation of Markdown.
Here's how crazy Markdown is: to decide what the "correct" behavior is, you provide sample Markdown input to 20+ different Markdown parsers … and then pray that some consensus emerges in all their output. That's what Babelmark does.
Consider this simple Markdown example:
# Hello there
This is a paragraph.
- one
- two
- three
- four
1. pirate
2. ninja
3. zombie
Just for that, I count fifteen different rendered outputs from 22 different Markdown parsers.
In Markdown, we literally built a Tower of Babel.
Have I mentioned that it's a good idea for a language to have a formal specification and test suites? Maybe now you can see why that is.
Oh, and in his spare time, John is also the chair of the department of philosophy at the University of California, Berkeley. No big deal. While I don't mean to minimize the contributions of anyone to the Standard Markdown project, we all owe a special thanks to John.
Markdown is indeed everywhere. And that's a good thing. But it needs to be sane, parseable, and standard. That's the goal of Standard Markdown — but we need your help to get there. If you use Markdown on a website, ask what it would take for that site to become compatible with Standard Markdown; when you see the word "Markdown" you have the right to expect consistent rendering across all the websites you visit. If you implement Markdown, take a look at the spec, try to make your parser compatible with Standard Markdown, and discuss improvements or refinements to the spec.
Update: The project was renamed CommonMark. See my subsequent blog post.
| [advertisement] How are you showing off your awesome? Create a Stack Overflow Careers profile and show off all of your hard work from Stack Overflow, Github, and virtually every other coding site. Who knows, you might even get recruited for a great new position! |


U.S. records one new case in measles outbreak
(Reuters) - One new case of measles was reported this weekend in the United States, with the country suffering its worst outbreak of the highly contagious and sometimes deadly disease in close-to three decades.
The measles case was confirmed on Saturday in an unvaccinated resident of the southeastern U.S. state of Georgia, according to the state’s health department.
The measles outbreak, which began in New York in October 2018, has largely been linked to parents who declined to vaccinate their children. It threatens to end United States’ measles-free status.
As of Oct. 3, the country had recorded 1,250 cases of measles this year from across 31 states.
The individual may have exposed others to the measles virus between Oct. 31 and Nov. 6 and the Georgia Department of Public Health said it was notifying those people.


Order successfully placed
Continue shopping <% if (binding.hasVariable('order') && order.customer != null) { %> Check order status <% } %> <% } else if (_status.equals("cancel")) { %>Order was cancelled. This maybe due to payment failure or insufficient stock
Continue shopping <% } else { %>Errors in payment
Back to Homepage <% } %>


截至2019年6月6日八点整，steemengine 24小时交易量排行前10名分别为：EMFOUR、PALMM、SCT、EOSP、AAA、JJM、DEC、RORS、BETA、EM。详细情况见Steem Engine Trading list 20190606
EMFOUR已连续三天位24小时交易量榜首，但是多数已购买EMFOUR的用户反映，EMFOUR并非真正意义上的挖矿币，更像是红包币。每一个小时EMFOUR奖金池会派发ENG到10个拥有EMFOUR的账户。详细情况见：Validating the mining results of ENG token @holger80。
PALMM为榜单前三的新面孔，为P.A.L.的新TOKEN。具体功能尚无详细描述。
SCT继续毫无意外进入榜单前三。
榜单前十的24小时交易量，同前期交易量不到$100的状况有所改善，交易量最低的ENG24小时交易量也超过$200。
At 8:00 on June 6, 2019, the top 10 traders of steemengine’s 24-hour volume were: EMFOUR, PALMM, SCT, EOSP, AAA, JJM, DEC, RORS, BETA, EM. See details
EMFOUR has been ranked at the top of the 24-hour volume for three consecutive days, but most users who have purchased EMFOUR reflect that EMFOUR is not really a mining coin, more like a red envelope. Each hour of the EMFOUR prize pool will send ENG to 10 accounts with EMFOUR. For details.
PALMM is the new face of the top three in the list, the new TOKEN of [P.A.L.] . The specific functions have not been described in detail.
SCT continued to enter the top three of the list without any surprise.
The top ten 24-hour volume on the list has improved from the previous trading volume of less than $100, and the ENG24-hour trading volume with the lowest trading volume has also exceeded $200.
This page is synchronized from the post: steemengine 每日24小时交易量排行榜播报 （Steemengine daily 24-hour trading volume leaderboard）


Custom Errors
This example shows how to use the custom error strings thru api settings
Allowed File Types:
"Only files can be upload (.jpg, .png or .gif)"
Max File Size:
"(2 MB) Max file size allow to be upload"
Max Files In Process:
"Max (3) files can be process at once"


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