TC
Section: Linux (8)Updated: 13 December 2001
Index Return to Main Contents
NAME
tbf - Token Bucket FilterSYNOPSIS
tc qdisc ... tbf rate rate burst bytes/cell ( latency ms | limit bytes ) [ mpu bytes [ peakrate rate mtu bytes/cell ] ] burst is also known as buffer and maxburst. mtu is also known as minburst.DESCRIPTION
The Token Bucket Filter is a classless queueing discipline available for traffic control with the tc(8) command.
TBF is a pure shaper and never schedules traffic. It is non-work-conserving and may throttle itself, although packets are available, to ensure that the configured rate is not exceeded. On all platforms except for Alpha, it is able to shape up to 1mbit/s of normal traffic with ideal minimal burstiness, sending out data exactly at the configured rates.
Much higher rates are possible but at the cost of losing the minimal burstiness. In that case, data is on average dequeued at the configured rate but may be sent much faster at millisecond timescales. Because of further queues living in network adaptors, this is often not a problem.
Kernels with a higher 'HZ' can achieve higher rates with perfect burstiness. On Alpha, HZ is ten times higher, leading to a 10mbit/s limit to perfection. These calculations hold for packets of on average 1000 bytes.
ALGORITHM
As the name implies, traffic is filtered based on the expenditure of tokens. Tokens roughly correspond to bytes, with the additional constraint that each packet consumes some tokens, no matter how small it is. This reflects the fact that even a zero-sized packet occupies the link for some time.On creation, the TBF is stocked with tokens which correspond to the amount of traffic that can be burst in one go. Tokens arrive at a steady rate, until the bucket is full.
If no tokens are available, packets are queued, up to a configured limit. The TBF now calculates the token deficit, and throttles until the first packet in the queue can be sent.
If it is not acceptable to burst out packets at maximum speed, a peakrate can be configured to limit the speed at which the bucket empties. This peakrate is implemented as a second TBF with a very small bucket, so that it doesn't burst.
To achieve perfection, the second bucket may contain only a single packet, which leads to the earlier mentioned 1mbit/s limit.
This limit is caused by the fact that the kernel can only throttle for at minimum 1 'jiffy', which depends on HZ as 1/HZ. For perfect shaping, only a single packet can get sent per jiffy - for HZ=100, this means 100 packets of on average 1000 bytes each, which roughly corresponds to 1mbit/s.
PARAMETERS
See tc(8) for how to specify the units of these values.- limit or latency
- Limit is the number of bytes that can be queued waiting for tokens to become available. You can also specify this the other way around by setting the latency parameter, which specifies the maximum amount of time a packet can sit in the TBF. The latter calculation takes into account the size of the bucket, the rate and possibly the peakrate (if set). These two parameters are mutually exclusive.
- burst
-
Also known as buffer or maxburst.
Size of the bucket, in bytes. This is the maximum amount of bytes that tokens can be available for instantaneously.
In general, larger shaping rates require a larger buffer. For 10mbit/s on Intel, you need at least 10kbyte buffer
if you want to reach your configured rate!
If your buffer is too small, packets may be dropped because more tokens arrive per timer tick than fit in your bucket. The minimum buffer size can be calculated by dividing the rate by HZ.
Token usage calculations are performed using a table which by default has a resolution of 8 packets. This resolution can be changed by specifying the cell size with the burst. For example, to specify a 6000 byte buffer with a 16 byte cell size, set a burst of 6000/16. You will probably never have to set this. Must be an integral power of 2.
- mpu
- A zero-sized packet does not use zero bandwidth. For ethernet, no packet uses less than 64 bytes. The Minimum Packet Unit determines the minimal token usage (specified in bytes) for a packet. Defaults to zero.
- rate
- The speed knob. See remarks above about limits! See tc(8) for units.
Furthermore, if a peakrate is desired, the following parameters are available:
- peakrate
-
Maximum depletion rate of the bucket. Limited to 1mbit/s on Intel, 10mbit/s on Alpha. The peakrate does
not need to be set, it is only necessary if perfect millisecond timescale shaping is required.
- mtu/minburst
-
Specifies the size of the peakrate bucket. For perfect accuracy, should be set to the MTU of the interface.
If a peakrate is needed, but some burstiness is acceptable, this size can be raised. A 3000 byte minburst
allows around 3mbit/s of peakrate, given 1000 byte packets.
Like the regular burstsize you can also specify a cell size.
EXAMPLE & USAGE
To attach a TBF with a sustained maximum rate of 0.5mbit/s, a peakrate of 1.0mbit/s,
a 5kilobyte buffer, with a pre-bucket queue size limit calculated so the TBF causes
at most 70ms of latency, with perfect peakrate behaviour, issue:
# tc qdisc add dev eth0 root tbf rate 0.5mbit \
burst 5kb latency 70ms peakrate 1mbit \
minburst 1540
SEE ALSO
tc(8)AUTHOR
Alexey N. Kuznetsov<EMAIL_ADDRESS>This manpage maintained by bert hubert<EMAIL_ADDRESS>Index
This document was created by man2html, using the manual pages.
Time: 05:34:30 GMT, December 24, 2015


I had to write a little snippet to gain some information about the currently logged user:
//get the html source of the assignments-link
var code = $('li[data-page="assignments"]').html();
//trim to anything inside href=""
var url = code.match('href=\"(.*)\"');
//write the splittet data into an array
var data = url[1].split("/");
//optional for debugging purposes output per alert)
alert("Game: "+data[1]+"\nLanguage: "+data[2]+"\nUsername: "+data[4]+"\nUser-ID: "+data[6]);
How you can see, this snippet stores Game-ID, Language-ID, Username and User-ID in an array (data).
This can be useful for building own links etc.
Thats all for know :)
BrainFooLong
Administrator
All that is already stored in the BBLog cache BBLog.cache("soldier.id")
BBLog.cache("soldier.name")
BBLog.cache("account.name")
BBLog.cache("platform")
Topicstarter
GosuSan
BrainFooLong wrote:
All that is already stored in the BBLog cache BBLog.cache("soldier.id")
BBLog.cache("soldier.name")
BBLog.cache("account.name")
BBLog.cache("platform")
Oh, good to know :)
I will then rewrite some of my plugins!
Thank you :>
dapil
Plugin Developer
Is language stored in BBlog cache?
BrainFooLong
Administrator
dapil wrote:
Is language stored in BBlog cache?
BBLog.cache("battlelog.language"); // Language from Battlelog, with trailing slash
BBLog.cache("language"); // Language for the addon, same as battlelog, if available in BBLog, otherwise EN


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Any Questions
Email<EMAIL_ADDRESS>Twitter: @M_W_Coin
Discord: https://discordapp.com/invite/eUNwqf3
Telegram: https://t.me/joinchat/IJTzpk33q3uBnautDTC5Sw


WITNESS LIST
Natural Resources
March 1, 2011 9:00 AM
FOR:
Abell, Hughes (Self), Austin, TX
Brown, Billy Bob (Texas Farm Bureau), Panhandle, TX
Brown, Wayne (Self; Rancher), Burnet, TX
Bryan, JP (Chalk Draw Ranch), Houston, TX
Drummond, Dylan (Self), Austin, TX
Favia del Core Borromes, Marida (Exotic Wildlife Association), Giddings, TX
Fisher, Floyd (Self), El Campo, TX
Fitzsimons, Joseph (Texas Wildlife Association), San Antonio, TX
Fox, Todd (Central Texas Groundwater District), Marble Falls, TX
Gaines, Jimmy (Texas Landowners Council), Austin, TX
Grable, Robert (Burnett Ranch - Anne Marion), Fort Worth, TX
Guitar, Phil (Guitar Ranch), Abilene, TX
Hartnett White, Kathleen (Texas Public Policy Foundation), Austin, TX
Hofer, Paul (Guitar Ranch), Ontario, CA
Johnson, Russell (Landowner Coalition of Texas), Austin, TX
Jones, Marvin W. (Self), Amarillo, TX
Jones, Peggy (District II, EAA), San Marcos, TX
Leathers, Joe (Burnett Ranches 6666), Guthrie, TX
Love, Ben (Self), Marathon, TX
Lynch, Laura (CL Ranch Hudspeth County), Fort Worth, TX
Lynch, William (Self; The CL Ranch), Dell City, TX
Parker, Jr., Joe (Self; Rancher), Byers, TX
Peeler, Jason (Self; Texas Cattle Feeders Association), Floresville, TX
Scott, Dave (Self), Richmond, TX
Thomas, Roy (Texas Pacific Land Trust), Corsicana, TX
Uhl, Arthur (Texas and Southwestern Cattle Raisers Association), San Antonio, TX
AGAINST:
Allisons, Jim (Refugio Groundwater Conservation District/ Pecos Valley Groundwater
Conservation District), Austin, TX
Bachus, Andrew (Self; Former Director 3-Hays Trinity Groundwater District), Austin, TX
Box, Steve Executive Director (Environmental Stewardship), Bastrop, TX
Brasher, James (Colorado County Groundwater Conservation District), Columbus, TX
Gertson, Ronald (Coastal Bend Groundwater Conservation District in Wharton County),
East Bernard, TX
Gilpin, Cheryl (Self), New Braunfels, TX
Kramer, Ken (Lone Star Chapter, Sierra Club), Austin, TX
Michel, Tom (Fort Bend Subsidence District), Richmond, TX
Neighbors, Ron (Harris - Galveston Subsidence District), Friendswood, TX
Raun, L.G. (Texas Rice Producers Legislative Group), El Campo, TX
1
WITNESS LIST
Natural Resources
March 1, 2011 9:00 AM
Vaughn, Dee (Corn Producers Association of Texas), Dumas, TX
ON:
Combs, Susan (Comptroller of Public Accounts), Austin, TX
Conkwright, Jim (High Plains Underground Water Conservation District No. 1), Lubbock,
TX
Cooper, Joe P. (Lost Pines Groundwater Conservation District), Smithville, TX
Ellis, Gregory M. (Harris-Galveston Subsidence District), League City, TX
Everheart, Harvey (Mesa Underground Water Conservation District), Lamesa, TX
Frownfelter, Darcy Alan (Edwards Aquifer Authority), San Antonio, TX
Hodge, Daniel (Texas Attorney General Office), Austin, TX
Holland, Kirk (Barton Springs/Edwards Aquifer Conservation District), Austin, TX
Mace, Robert (TWDB), Austin, TX
Mahoney, Mike (Evergreen UWCD), Pleasanton, TX
Martin, Tom Mayor (City of Lubbock), Lubbock, TX
Miller, Drew (Kemp Smith LLP), Austin, TX
Staples, Todd Commissioner (Texas Department of Agriculture), Austin, TX
Verett, Steve (Plains Cotton Growers Inc.), Lubbock, TX
Williams, C.E. (Panhandle Groundwater Cons. District), Panhandle, TX
Young, Marc S. PE (Y1 Ranch), Sealy, TX
Registering, but not testifying:
For:
Addison, Tim (Texas Farm Bureau, Yoakum County), Plains, TX
Barnett, Mike (Texas Association of Realtors), Austin, TX
Barnett, Ricky (Farm Bureau), Friona, TX
Birdwell, Clay (Self), Hereford, TX
Bishop, Bill (Fox Crossing Water District), Goldthwaite, TX
Buckles, Scott (Association of Texas Soil and Water Conservation Districts), Stratford, TX
Buxkemper, Kevin (Texas Farm Bureau), Slaton, TX
Chubb, Curtis (Self), Milano, TX
Evans, Jay C. (Self), Austin, TX
Ferguson Jr., H. Rugeley (Self), San Antonio, TX
Foose, Bill (Self), Dallas, TX
Fox, Carol (Self; Family Land), Taylor, TX
Fox, Kelly (Landowners), Marble Falls, TX
Garren, Jed (Fox Crossing Groundwater District), Goldthwaite, TX
Gfeller, Matt (Farm Bureau), Dimmitt, TX
Gonzalez, Ruby (San Antonio Water System), San Antonio, TX
Griffin, Eddie (Farm Bureau), Lubbock, TX
Hagood, Walt (Texas Farm Bureau), Wolfforth, TX
Hill, DVM, W.J. (Castro Co. Farm Bureau), Dimmitt, TX
Hlavaty, Douglas (Hlavaty Farms), Lubbock, TX
2
WITNESS LIST
Natural Resources
March 1, 2011 9:00 AM
Howard, Robert (South Texans Property Rights Association), Austin, TX
Hufford, Ron (Texas Forestry Association), Lufkin, TX
Hukill, Dewey (Texas Farm Bureau), Olton, TX
Jones, Craig Vice Chairman (Fox Crossing Water District), Goldthwaite, TX
Jones IV, A.C. (Jones Ranch), Hebbronville, TX
Kittrell, Kenneth (Bailey County), Muleshoe, TX
Lindsey III, Robert E. (City Manager Goldthwaite/Former County Judge, Mills
County/TWA Board Director/Rancher), Goldthwaite, TX
Mafrige, Steven J. (Self), Tilden, TX
Miller, Preston Scott (Farm Bureau), Muleshoe, TX
Monroe, Alan (Farm Bureau), Friona, TX
Murray, Diaz W. (Self; Landowner), Witchita Falls, TX
Nichols, Landon (Bailey Co. Farm Bureau), Muleshoe, TX
Norton, David (Farm Bureau), Farwell, TX
Patschke, Michael (Farm Bureau), Lubbock, TX
Pool, Jordan (Self), Farwell, TX
Quinn, Dr. Kitty - Sue (Texas Land and Mineral Owners Association), Austin, TX
Reeve, Floyd (Farm Bureau), Friona, TX
Salmon, Stephen (Texas Sheep and Goat Raisers Association), San Angelo, TX
Salmon, Stephen (Riverside and Landowners Protection Coalition), San Angelo, TX
Schueler, Monty (Parmer Co. Farm Bureau), Friona, TX
Silhan, Kevin (Cochran County Texas Farm Bureau), Morton, TX
Smith, Helen Fox (Landowners), Giddings, TX
Smith, John D (Ranching), Giddings, TX
Smith, Tanner R. (Floyd County Farm Bureau), Floydada, TX
Synatschk, John (Self), Springlake, TX
Thiel, Bernie (Farm Bureau), Lubbock, TX
Turney, Kenley (Texas Farm Bureau, Cochran County), Austin, TX
White, Eldon (Self), Fort Worth, TX
White, Michael G. (Texas Farm Bureau), Tahoka, TX
Wilhelm, Dale (Castro County Farm Bureau), Nazareth, TX
Williams, Richard (Texas Farm Bureau, Cochran County), Morton, TX
Winters, Marshall (Fox Crossing Water District), Goldthwaite, TX
Yantis, Ricky (Self; Texas Farm Bureau), Littlefield, TX
Against:
Burke, John (Lower Colorado Regional Planning Group), Bastrop, TX
Day, Marie (Self; Lavaca Co. Taxpayers, Inc.), Shiner, TX
Gibson, David (Corn Producers Association of Texas), Lubbock, TX
Leininger, Kathleen (Lavaca Co. Taxpayers), Shiner, TX
On:
Lange, Allan (Lipan - Kickapoo Water Conservation District), San Angelo, TX
3
WITNESS LIST
Natural Resources
March 1, 2011 9:00 AM
FOR:
Box, Steve (Environmental Stewardship), Bastrop, TX
Cooper, Joe P. (Lost Pines GCD), Smithville, TX
Kramer, Ken (Lone Star Chapter, Sierra Club), Austin, TX
Vaughan, Dee (Corn Producers Association of Texas), Dumas, TX
AGAINST:
Brown, Billy Bob (Texas Farm Bureau), Panhandle, TX
Gaines, Jimmy (Texas Landowners Council), Austin, TX
Grable, Robert (Burnett Ranch - Anne Marion), Fort Worth, TX
Hofer, Paul (Guitar Ranch), Ontario, CA
Johnson, Russell (Landowner Coalition of Texas), Austin, TX
Leathers, Joe (Burnett Ranches 6666), Guthrie, TX
Love, Ben (Self), Marathon, TX
Lynch, Laura (CL Ranch Hudspeth County), Ft. Worth, TX
Lynch, William (Self; The CL Ranch), Dell City, TX
Neighbors, Ron (Harris - Galveston Subsidence District), Friendswood, TX
Parker, Jr., Joe (Rancher), Byers, TX
Thomas, Roy (Texas Pacific Land Trust), Corsicana, TX
Uhl, Arthur (Texas and Southwestern Cattle Raisers Association), San Antonio, TX
ON:
Bachus, Andrew (Self; Former Director 3 Hays Trinity GCD), Austin, TX
Conkwright, Jim (High Plains Underground Water Conservation District No. 1), Lubbock,
TX
Ellis, Gregory M. (Harris - Galveston Subsidence District), League City, TX
Everheart, Harvey (Mesa Underground Water Conservation District), Lamesa, TX
Frownfelter, Darcy Alan (Edwards Aquifer Authority), San Antonio, TX
Gertson, Ronald (Coastal Bend GCD), East Bernard, TX
Hodge, Daniel (Texas Attorney General Office), Austin, TX
Holland, Kirk (Barton Springs/Edwards Aquifer Conservation District), Austin, TX
Mace, Robert (TWDB), Austin, TX
Mahoney, Mike (Evergreen UWCD), Pleasanton, TX
Martin, Tom Mayor (City of Lubbock), Lubbock, TX
Miller, Drew (Kemp Smith LLP), Austin, TX
Raun, L.G. (Texas Rice Producers Legislative Group), El Campo, TX
Staples, Todd Commissioner (Texas Department of Agriculture), Austin, TX
Verett, Steve (Plains Cotton Growers Inc.), Lubbock, TX
Williams, C.E. (Self), White Deer, TX
Registering, but not testifying:
For:
Barnett, Mike (Texas Association of Realtors), Austin, TX
4
WITNESS LIST
Natural Resources
March 1, 2011 9:00 AM
Burke, John (Lower Colorado Regional Planning Group), Bastrop, TX
Gibson, David (Corn Producers Association of Texas), Lubbock, TX
Against:
Abell, Hughes (Self), Austin, TX
Birdwell, Clay (Rancher), Hereford, TX
Chubb, Curtis (Self), Milano, TX
Day, Marie (Lavaca Co. Taxpayers, Inc.), Shiner, TX
Evans, Jay C. (Self), Austin, TX
Favio del Core Borromes, Marida (Exotic Wildlife Association), Giddings, TX
Ferguson Jr., H. Rugeley (Self), San Antonio, TX
Fox, Kelly (Landowners), Marble Falls, TX
Fox, Todd (Central Texas Groundwater District), Marble Falls, TX
Guitar, Phil (Guitar Ranch), Abilene, TX
Jones IV, A.C. (Jones Ranch), Hebbronville, TX
Mafrige, Steven J. (Self), Tilden, TX
Salmon, Stephen (Texas Sheep and Goat Raisers Association), San Angelo, TX
Salmon, Stephen (Riverside and Landowners Protection Coalition), San Angelo, TX
Scott, Dave (Rancher), Richmond, TX
White, Eldon (Self), Fort Worth, TX
5


Introduction to Python¶
Objectives:
- Launch, Save, Reopen Jupyter notebook
- Use Markdown Cells
- Run Python Cells in Jupyter notebook
- Explain different data types with Python
- Convert between integers, floats, and strings
- Use built-in Python Functions
- Use help documentation for built-in functions
- Write basic functions with Python
- Use
if
statements in Python - Use a
for loop
in Python
Markdown Cells¶
To change a cell to a markdown cell, you can type cmd
+ m
+
m
. Also, you can use the toolbar in the Jupyter notebook to manually
change the cell type. Markdown is designed to be a simple language for
rendering text on the web. We will continue to use markdown and you will
develop your vocabulary as we move. For now, here is a handy overview of
the use of markdown by the creator:
https://daringfireball.net/projects/markdown/syntax.
Python Cells¶
With code cells, we are able to write and execute Python code right out
of the box. Below, we introduce an example with basic arithmetic. To
execute the cell, we press shift
+ enter
.
In [1]:
3 + 5 * 7 / 4 ** 2
Out[1]:
5.1875
If this were a value that we wanted to reuse, we can save it as a
variable (a
for example).
In [2]:
a = 3 + 5 * 7 / 4 ** 2
In [3]:
a
Out[3]:
5.1875
There are different kinds of things that we are working with in Python. Three important kinds or types are:
int
: Integer numbersfloat
: Floating point decimal approximationsstr
: Strings of symbols and words
Below I demonstrate each kind and verify this using the type()
method. This will be an important consideration throughout our work, as
depending on the kind of thing we’re working with we have different
operations allowed. For example, we can add numbers with other numbers
but we cannot add strings with numbers. We can however coerce certain
types, for example if we wanted 3.14 to be considered as an integer we
would write int(b)
.
In [4]:
a = 4
b = 3.14
c = 'gucci'
d = int(b)
In [5]:
type(a)
Out[5]:
int
In [6]:
type(b)
Out[6]:
float
In [7]:
type(c)
Out[7]:
str
In [8]:
type(d)
Out[8]:
int
In [9]:
d
Out[9]:
3
In [10]:
type(a + b)
Out[10]:
float
In [11]:
type(a + a)
Out[11]:
int
In [12]:
type(a + c)
---------------------------------------------------------------------------
TypeError Traceback (most recent call last)
<ipython-input-12-89c59b309e9f> in <module>()
----> 1 type(a + c)
TypeError: unsupported operand type(s) for +: 'int' and 'str'
Lists¶
Another important idea will be around collections of things. The first
way we will examine storing collections of things with Python is the
list
object. We construct lists using the square brackets []
and
seperate elements with a comma.
In [13]:
a = [4, 5, 6, 7, 8]
In [14]:
type(a)
Out[14]:
list
We can get inside the list and select individual elements or collections of these elements. To do so, we will use the index or position of the element. It is important to note that Python begins indexing at 0, so the first element in the list corresponds with an index of 0.
In [15]:
a[0]
Out[15]:
4
To select a slice of the list, we use the
[first_element_index: first_element_excluded_index]
syntax. Again,
note that the last index corresponds to the first element to not be
included.
In [16]:
a[0:3]
Out[16]:
[4, 5, 6]
We can skip count using two colons.
In [17]:
a[::2]
Out[17]:
[4, 6, 8]
In [18]:
a[2::2]
Out[18]:
[6, 8]
Creating Lists and Loops¶
We have other ways for creating lists that automate the process. Rather
than writing out each element, we can use a counter (the range()
function) to step through indicies performing a specified operation each
time through. A simple way for building such a list would be to start
with an empty list, and loop through a set amount of times adding an
element to the list each time through.
The example below first demonstrates the appending of an element to an
empty list using the .append()
method. Next, we see a loop in action
that prints out the value of the counter at each step. Finally, we use
this to build a list of even integers.
In [19]:
#create a list with a loop
#and the range() function
#create empty list
a = []
In [20]:
a
Out[20]:
[]
In [21]:
#add to list with append
a.append(0)
In [22]:
a
Out[22]:
[0]
In [23]:
#print the counter
for i in range(10):
print(i)
0
1
2
3
4
5
6
7
8
9
In [24]:
#adjusting how we use the range
#function to start at 1 and count
#by two
for i in range(1, 20, 2):
print(i)
1
3
5
7
9
11
13
15
17
19
In [25]:
#use a loop to build list of even integers
b = []
for i in range(10):
b.append(2*i)
In [26]:
b
Out[26]:
[0, 2, 4, 6, 8, 10, 12, 14, 16, 18]
In [27]:
c = [3, 4, 2, 1, 'steve']
for i in c:
print(i)
3
4
2
1
steve
In [28]:
#list comprehension
b = [2*i for i in range(10)]
In [29]:
b
Out[29]:
[0, 2, 4, 6, 8, 10, 12, 14, 16, 18]
In [30]:
#dynamic list that starts with 1
#adds one to this to create the next element and continue
#based on counter
a = [1]
for i in range(10):
next = a[i] + 1
a.append(next)
In [31]:
a
Out[31]:
[1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]
Libraries¶
Most of the time rather than writing things in base Python, we will use existing libraries that contain functions specific to the libraries purpose. Two important libraries for us will be Pandas and Matplotlib. Pandas is a Python data structure library that works on arrays. Matplotlib is a plotting library that we will use for generating plots.
To use the libraries, we need to import them. We will also abbreviate
their names to lessen the amount of writing we need to do. The
abbreviations are standard. In addition to these libraries, we will tell
the Jupyter notebook to make our plots in the notebook itself rather
than in a separate window using the %matplotlib inline
magic
command.
In [32]:
%matplotlib inline
import matplotlib.pyplot as plt
import pandas as pd
In the example below, we create two lists using list comprehensions,
make a DataFrame
out of this, investigate the DataFrame
, and
finally plot the data using matplotlib
. Note that when I want to do
something using a pandas function, I preface it with pd
and for
matplotlib
it’s plt
.
In [33]:
l1 = [i for i in range(10)]
l2 = [(i/2)**i for i in range(10)]
In [34]:
#create a DataFrame from my first list
#provide my own name for the column
df = pd.DataFrame(l1, columns=['Column_1'])
In [35]:
df
Out[35]:
| Column_1 | |
|---|---|
| 0 | 0 |
| 1 | 1 |
| 2 | 2 |
| 3 | 3 |
| 4 | 4 |
| 5 | 5 |
| 6 | 6 |
| 7 | 7 |
| 8 | 8 |
| 9 | 9 |
In [36]:
#add a second column to my DataFrame
#with the second list
df['Column_2'] = l2
In [37]:
#the head function shows us the
#top 5 rows of the dataframe
df.head()
Out[37]:
| Column_1 | Column_2 | |
|---|---|---|
| 0 | 0 | 1.000 |
| 1 | 1 | 0.500 |
| 2 | 2 | 1.000 |
| 3 | 3 | 3.375 |
| 4 | 4 | 16.000 |
In [38]:
df.head(2)
Out[38]:
| Column_1 | Column_2 | |
|---|---|---|
| 0 | 0 | 1.0 |
| 1 | 1 | 0.5 |
In [39]:
df.tail(3)
Out[39]:
| Column_1 | Column_2 | |
|---|---|---|
| 7 | 7 | 6433.929688 |
| 8 | 8 | 65536.000000 |
| 9 | 9 |<PHONE_NUMBER>78 |
In [40]:
df.Column_1
Out[40]:
0 0
1 1
2 2
3 3
4 4
5 5
6 6
7 7
8 8
9 9
Name: Column_1, dtype: int64
In [41]:
df[['Column_1', 'Column_2']].head()
Out[41]:
| Column_1 | Column_2 | |
|---|---|---|
| 0 | 0 | 1.000 |
| 1 | 1 | 0.500 |
| 2 | 2 | 1.000 |
| 3 | 3 | 3.375 |
| 4 | 4 | 16.000 |
Now, if I want to plot this information I can use the plt.plot()
method. Here, I will provide the names of the columns in my DataFrame as
the \(x\) and \(y\) variables.
In [42]:
plt.plot(df['Column_1'], df['Column_2'])
Out[42]:
[<matplotlib.lines.Line2D at 0x1122a27b8>]
In [43]:
plt.plot(df.Column_1, '--^')
Out[43]:
[<matplotlib.lines.Line2D at 0x112332f98>]
In [44]:
plt.plot?
In [45]:
#pandas also allows plotting directly from
#the dataframe
df.plot()
Out[45]:
<matplotlib.axes._subplots.AxesSubplot at 0x1123b9d68>
There are many different styles of plots available, here are just a few.
In [46]:
plt.scatter(df['Column_1'], df['Column_2'])
Out[46]:
<matplotlib.collections.PathCollection at 0x112574ac8>
In [47]:
plt.bar(df['Column_1'], df['Column_2'])
plt.title('A Bar')
Out[47]:
Text(0.5,1,'A Bar')
In [48]:
plt.boxplot(df['Column_2']);
In [49]:
df.plot()
Out[49]:
<matplotlib.axes._subplots.AxesSubplot at 0x1126af5c0>
In [50]:
df.plot(kind = 'density')
Out[50]:
<matplotlib.axes._subplots.AxesSubplot at 0x11274deb8>
In [51]:
df.plot?
In [52]:
plt.savefig('plot.svg')
<matplotlib.figure.Figure at 0x11461a3c8>
In [53]:
df.to_json('data/play.json')
In [ ]:
In [ ]:
In [ ]:


These folks have all signed the boiler CSV: {{#items}} {{sign_here}} {{/items}} You can sign it too--and watch your changes appear here without reloading the page!


You can dynamically deploy your application JAR files to specific members or to all members in your distributed system. Geode automatically keeps track of JAR file versions; autoloads the deployed JAR files to the CLASSPATH; and auto-registers any functions that the JAR contains.
To deploy and undeploy application JAR files in Apache Geode, use the gfsh
deploy
or undeploy
command. You can deploy a single JAR or multiple JARs (by either specifying the JAR filenames or by specifying a directory that contains the JAR files), and you can also target the deployment to a member group or multiple member group. For example, after connecting to the distributed system where you want to deploy the JARs, you could type at the gfsh
prompt:
gfsh> deploy --jars=group1_functions.jar
This command deploys the group1_functions.jar
file to all members in the distributed system.
To deploy the JAR file to a subset of members, use the --groups
argument. For example:
gfsh> deploy --jars=group1_functions.jar --groups=MemberGroup1
In the example it is assumed that you have already defined the member group that you want to use when starting up your members. See Configuring and Running a Cluster for more information on how to define member groups and add a member to a group.
To deploy all the JAR files that are located in a specific directory to all members:
gfsh> deploy --dir=libs/group1-libs
You can either provide a JAR file name or a directory of JARs for deployment, but you cannot specify both at once.
To undeploy all previously deployed JAR files throughout the distributed system:
gfsh> undeploy
To undeploy a specific JAR file:
gfsh> undeploy --jars=group1_functions.jar
To target a specific member group when undeploying all JAR files:
gfsh> undeploy --groups=MemberGroup1
Only JAR files that have been previously deployed on members in the MemberGroup1 group will be undeployed.
To see a list of all deployed JARs in your distributed system:
gfsh> list deployed
To see a list of all deployed JARs in a specific member group:
gfsh> list deployed --groups=MemberGroup1
Sample output:
Member | Deployed JAR | JAR Location
--------- | -------------------- | ---------------------------------------------------
datanode1 | group1_functions.jar | /usr/local/gemfire/deploy/vf.gf#group1_functions.jar#1
datanode2 | group1_functions.jar | /usr/local/gemfire/deploy/vf.gf#group1_functions.jar#1
For more information on gfsh
usage, see gfsh.
Deployment Location for JAR Files
The system location where JAR files are written on each member is determined by the deploy-working-dir
Geode property configured for that member. For example, you could have the following configured in the gemfire.properties
file for your member:
#gemfire.properties
deploy-working-dir=/usr/local/gemfire/deploy
This deployment location can be local or a shared network resource (such as a mount location) used by multiple members in order to reduce disk space usage. If you use a shared directory, you still need to deploy the JAR file on every member that you want to have access to the application, because deployment updates the CLASSPATH and auto-registers functions.
About Deploying JAR Files and the Cluster Configuration Service
By default, the cluster configuration service distributes deployed JAR files to all locators in the distributed system. When you start a new server using gfsh
, the locator supplies configuration files and deployed jar files to the member and writes them to the server’s directory.
See Overview of the Cluster Configuration Service.
Versioning of JAR Files
When you deploy JAR files to a distributed system or member group, the JAR file is modified to indicate version information in its name. Each JAR filename is prefixed with vf.gf#
and contains a version number at the end of the filename. For example, if you deploy MyClasses.jar
five times, the filename is displayed as vf.gf#MyClasses.jar#5
when you list all deployed jars.
When you deploy a new JAR file, the member receiving the deployment checks whether the JAR file is a duplicate, either because the JAR file has already been deployed on that member or because the JAR file has already been deployed to a shared deployment working directory that other members are also using. If another member has already deployed this JAR file to the shared directory (determined by doing a byte-for-byte compare to the latest version in its directory), the member receiving the latest deployment does not write the file to disk. Instead, the member updates the ClassPathLoader to use the already deployed JAR file. If a newer version of the JAR file is detected on disk and is already in use, the deployment is canceled.
When a member begins using a JAR file, the member obtains a shared lock on the file. If the member receives a newer version by deployment, the member releases the shared lock and tries to delete the existing JAR file in favor of the newer version. If no other member has a shared lock on the existing JAR, the existing, older version JAR is deleted.
Automatic Class Path Loading
When a cache is started, the new cache requests that the latest versions of each JAR file in the current working directory be added to the ClassPathLoader. If a JAR file has already been deployed to the ClassPathLoader, the ClassPathLoader updates its loaded version if a newer version is found; otherwise, there is no change. If detected, older versions of the JAR files are deleted if no other member has a shared lock on them.
Undeploying a JAR file does not automatically unload the classes that were loaded during deployment. You need to restart your members to unload those classes.
When a cache is closed it requests that all currently deployed JAR files be removed from the ClassPathLoader.
If you are using a shared deployment working directory, all members sharing the directory should belong to the same member group. Upon restart, all members that share the same deployment working directory will deploy and autoload their CLASSPATH with any JARs found in the current working directory. This means that some members may load the JARs even though they are not part of the member group that received the original deployment.
Automatic Function Registration
When you deploy a JAR file that contains a function (in other words, contains a class that implements the Function interface), the function is automatically registered through the FunctionService.registerFunction
method. If another JAR file is deployed (either with the same JAR filename or another filename) with the same function, the new implementation of the function is registered, overwriting the old one. If a JAR file is undeployed, any functions that were auto-registered at the time of deployment are unregistered. Because deploying a JAR file that has the same name multiple times results in the JAR being un-deployed and re-deployed, functions in the JAR are unregistered and re-registered each time this occurs. If a function with the same ID is registered from multiple differently named JAR files, the function is unregistered if any of those JAR files are re-deployed or un-deployed.
During cache.xml
load, the parameters for any declarables are saved. If functions found in a JAR file are also declarable, and have the same class name as the declarables whose parameters were saved after loading cache.xml, then function instances are created using those Parameters and are also registered. Therefore, if the same function is declared multiple times in the cache.xml
with different sets of parameters, when the JAR is deployed a function is instantiated for each set of parameters. If any functions are registered using parameters from a cache.xml
load, the default, no-argument function is not registered.


{% extends "base.html" %} {% block content %}
Visualize the evolution of the temperature anomaly monthly average over time with a timeseries chart


To run a schema-aware transformation from the command line, use the com.saxonica.Transform
command
instead of the usual net.sf.saxon.Transform
. This has an additional option -val
to
request validation of the source document. This applies not only to the principal source document loaded from the
command line, but to all documents loaded via the doc()
and document()
functions.
The schemas to be used to validate these source documents can be specified either by using the
xsl:import-schema
declaration in the stylesheet, or using xsi:schemaLocation
(or xsi:noNamespaceSchemaLocation
) attributes within the source documents themselves.
Validating the source document has several effects. Most obviously, it will cause the transformation to fail if the document is invalid. It will also cause default values for attributes and elements to be expanded, so they will appear to the stylesheet as if they were present on the source document. In addition, element and attribute nodes that have been validated will be annotated with a type. This enables operations to be performed in a type-safe way. This may cause error messages, for example if you try to use an xs:decimal value as an argument to a function that expects a string. It may also cause some operations to produce different results: for example when using elements or attribute that have been given a list type in the schema, the typed value of the node will appear in the stylesheet as a sequence rather than as a single string value.
Saxon-SA also allows you to validate result documents (both final result documents
and temporary trees), using the validation
and type
attributes. For details of these,
refer to the XSLT 2.0 specification. Validation of result documents is done on-the-fly, so if the stylesheet
attempts to produce invalid output, you will usually get an error message that identifies the offending instruction
in the stylesheet. Type annotations on final result documents are lost if you send the output to a standard JAXP
Result
object (whether it's a StreamResult
, SAXResult
, or DOMResult
,
but they remain available if you capture the output in a Saxon Receiver
or in a DOMResult
that encapsulates a Saxon NodeInfo
. For details of the way in which type annotations are represented
in the Saxon implementation of the data model, see the JavaDoc documentation. The getTypeAnnotation()
method on a NodeInfo
object returns an integer fingerprint, which can be used to locate the name of the
relevant type in the NamePool
. The NamePool
also provides the ability to locate the actual
type definitions in the schema model, starting from these integer fingerprints.
The type
attribute is not currently supported on instructions that create document nodes,
as distinct from element or attribute nodes.
With the schema-aware version of Saxon, type declarations (the as
attribute on elements such as
xsl:function
, xsl:variable
, and xsl:param
) can refer to schema-defined types,
for example you can write <xsl:variable name="a" as="schema-element(ipo:invoice)"/>
. You can also use
the element()
and attribute()
tests to select nodes by their schema type in path expressions
and match patterns. See conformance.html to check which parts of the syntax have
been implemented.
The W3C Working Groups have agreed changes to this part of the XPath syntax since the last published working draft in November 2003, and Saxon implements these changes. The constructs allowed are:
element()
, which matches any element
element(N)
, which matches any element named N
element(N, T)
, which matches any element whose name is N and whose type annotation is T or a subtype
of T. T must be a global type declaration (simple or complex) in an imported schema.
schema-element(N)
, which matches any element whose name is N or a member of the substitution group headed
by element N, and whose type is the same as (or a subtype of) the declared type of N. Here N must be the name of a global
element declaration in an imported schema.
Similar constructs are defined for attributes.
Saxon does not at present do any static analysis of the XSLT or XPath code based on schema information, other than checking that all schema types that are referred to have actually been defined in an imported schema.


Ever heard of this term - Growth hacking? Probably not. Growth hacking refers to a procedure by which you artificially increase your circle on any social-media platform in general. This is a really important factor that start-ups have to consider, while they're still in their initial phase. And the need to automate growth hacking is really immense. Keep reading, to understand the logic of growth-hacking and functionality of this API.
LOGIC OF GROWTH HACKING
Growth hacking has a very interesting logic behind its working. This is what a step-by-step analysis of growth hacking would roughly resemble -
- Repeat steps 2 to 5 for each social-media platform.
- Get the list of users who're following your competitor in that social-media platform. Most of them are your target audience too, as they were interested in your competitor. Repeat steps 3 to 5 for each such follower.
- Select a user from the above list.
- Follow that user. They receive a notification that you've followed them.
- If they follow you back within n days, great - mission accomplished. Else,
- If you've already followed them for a critical cut-off of m times, don't follow them anymore. That user is probably not interested in this sector - let's not spam them with any more notifications.
- Else, unfollow them & repeat from step 3.
Pretty smooth, huh? Most social-media platforms such as Facebook, Linkedin, Twitter, Google offer APIs for programmatic implementation of growth-hacking. This Inbound API Ruby gem is a similar API for ruby language.
WORKING WITH THE API
- Setting up dependencies :
This API depends on 2 ruby gems - Mechanize & JSON. They should be installed by default, while installing this gem. In any case, considering that you already have ruby & rubygems setup, type the below commands in your terminal to install the dependencies -
gem install mechanize
to install Mechanize gem.
gem install json
to install the native JSON gem.
Great! You're now ready to install the Inbound API Ruby gem.
- Installation :
Type gem install inbound_api
on your terminal.
=> Successfully installed inbound_api-1.0.3
=> 1 gem installed
After the gem is installed, try out the below commands in your ruby console (irb
) or in a ruby file.
- Initializing :
require 'inbound_api'
=> true
instance = InboundAPI.new()
=> #< InboundAPI: ... >
- Logging in :
instance.login('inbound_email_id','inbound_password')
=> {'response'=>'Success'}
Note that this and also the below statements return a hash, whose 'response' field contains value of 'Success' or 'Failure' - making it easier to debug.
- Fetch a user's data :
instance.fetch_user_data('dany_jon_tyrion')
=> {'response'=>'Success', 'userid'=>'1277018', 'name'=>'Athitya Kumar', 'image_url'=>'https://www.filepicker.io/api/file/d1e3Zr61Q8ef8dRFMeUr', 'location'=>'Chennai', 'karma'=>4, 'number_followers'=>541, 'number_following'=>11341, 'work'=>'Student at IIT Kharagpur', 'company_link'=>'https://athityakumar.github.io/', 'twitter_link'=>'https://twitter.com/dany_jon_tyrion', 'facebook_link'=>'https://www.facebook.com/athitya.kumar', 'linkedin_link'=>nil, 'googleplus_link'=>nil, 'my_link'=>'https://athityakumar.github.io/blog/page1/', 'number_badges'=>nil, 'badges'=>nil, 'recent_activity'=>nil}
Note that all information of a user that isn't available at inbound.org portal is initialised as nil.
- Fetch a user's followers :
followers = instance.fetch_followers('dany_jon_tyrion')['followers']
followers.count
=> 535
- Fetch a list of usernames followed by a user :
followers = instance.fetch_following('dany_jon_tyrion')
=> {'response'=>'Failure'}
Note that the server 500 error encountered on Inbound.org portal translates into a hash output with 'response' field as 'Failure'.
- Fetch a list of usernames as search results with / without pagination :
instance.search_users(name,location,badges,skills,number_of_pages)
where,
name and location are strings initialised as ''
badges and skills are lists initialised as []
pages is an integer number of pages initialised as 1.
For example,
instance.search_users('Dany','Chennai',['Inbound','HubSpot'],['Web','Graphics'],100)
=> {'response'=>'Success', 'usernames'=>['valiantsystems', 'webdesigningco1', '11Ganapathy', 'DENTISTINDIA', 'RenegadeCricket']}
Note that the actual list of Badges & Skills can be found by functions instance.get_all_badges() & instance.get_all_skills()
.
- Follow a user :
instance.follow_user('dany_jon_tyrion')
=> {'response'=>'Success'}
Note that you'd have to login first to follow / unfollow.
- Unfollow a user :
instance.follow_user('dany_jon_tyrion')
=> {'response'=>'Success'}
Don't try to unfollow yourself - you would get 'Failure' as the response.
ANY SUGGESTION?
You can find this gem on RubyGems website . If there are any suggestions / enhancements you'd like to see in this Ruby API gem, do comment below, or open a new issue here . Also, if you liked this project, do star the repository . And fellow developers, you're welcome to contribute - for, this is an open-source project.


Transit Techies NYC was started in the summer of 2018 by Tyler Green and Kohzy Koh.
{{ founder.blurb }}


Example of HAX element schema JSON object. It's a pretty simple abstraction of HTML elements that helps with packaging and sanitization.
h2 tag (core HTML)
{
"tag": "h2",
"properties": {},
"content": "Introduction to ELMS: Learning Network"
}
p tag (core HTML)
{
"tag": "p",
"properties": {},
"content": "What is ELMS: Learning Network? How is it fundamentally different from other learning technologies? Why is it your reading this when it's example text that you've just added to see how to make a really solid introduction to a new unit of instruction? Let's keep reading to find out!"
}
video-player (web component)
{
"tag": "video-player",
"properties": {
"style": "width: 75%; margin: 0px auto; display: block;",
"source": "https://www.youtube.com/watch?v=pKLPQ4ufo64",
"src": "https://www.youtube-nocookie.com/embed/pKLPQ4ufo64?showinfo=0&controls=1&rel=0",
"iframed": true,
"sandboxed": false,
"width": "560",
"height": "315",
"responsive": true,
"caption": "What is ELMS:LN? Why is it fundamentally different from any other educational technology that's ever existed? What is sustainable innovation? Why is this so ...",
"secondaryColor": "#fff9c4",
"textColor": "#000000",
"secondaryColorClass": "yellow lighten-4",
"textColorClass": "black-text",
"ytNocookie": true,
"ytSuggested": false,
"ytControls": true,
"ytTitle": false,
"vimeoTitle": false,
"vimeoByline": false,
"vimeoPortrait": false,
"videoColor": "FF031D",
"resource": "#86bfd28d-8b57-a3b9-b2e5",
"prefix": "oer:http://oerschema.org/ schema:http://schema.org/ dc:http://purl.org/dc/terms/ foaf:http://xmlns.com/foaf/0.1/ cc:http://creativecommons.org/ns# bib:http://bib.schema.org "
},
"content": ""
}


Some days ago I was asked how the dispatcher works in ruby and I was caught in surprise I didn’t know how to explain the method dispatching in the language we love (Ruby). That question was kept still in my mind for a few days but while listening to some workmates discussing about singleton classes in ruby the answer came to my mind in a blink of eyes reminding me from a university class which I had a long time ago about how method dispatching works in dynamic languages like Ruby.
So with that information in mind and some googling to confirm it I came out with a simple explanation of how the dispatching works in Ruby and decided it’s worth sharing you.
Essentially for each method call in ruby, the language interpreter checks in the inheritance hierarchy of the classes of the receiver (in our case “my_string”) to determine which method should be executed.
An example:
my_string = Hash.new # => {} my_string.size # => 0
The code above is pretty simple but what’s important is happening beneath of it. The language interpreter is assigning the variable my_string with an instance of the Hash class then it’s calling the method size.
The Hash class is where our interpreter will start searching for the size method, if the interpreter doesn’t find the method in the Hash class, it’ll continue to search in the Hash parent class, which in our case (Ruby) is the topmost class . It can be the case the interpreter don’t find the method size, so it’ll throw method missing exception. In our example, the Hash class contains the size method and successfully returns.
If you want to know how MRI’s (Matz’s Ruby Interpreter) implements method dispatch, I recommend you to take a look in this blog post by Patrick Farley, where he explains the Ruby source code responsible for handling method dispatch.
For even further information on this matter there is this huge and excelent post from Russ Olsen, author of the book Design Patterns in Ruby.


A minimal matching utility.
This is the matching library used internally by npm.
Eventually, it will replace the C binding in node-glob.
It works by converting glob expressions into JavaScript RegExp
objects.
var minimatch = require("minimatch")
minimatch("bar.foo", "*.foo") // true!
minimatch("bar.foo", "*.bar") // false!
minimatch("bar.foo", "*.+(bar|foo)", { debug: true }) // true, and noisy!
Supports these glob features:
**
matchingSee:
man sh
man bash
man 3 fnmatch
man 5 gitignore
Create a minimatch object by instanting the minimatch.Minimatch
class.
var Minimatch = require("minimatch").Minimatch
var mm = new Minimatch(pattern, options)
pattern
The original pattern the minimatch object represents.options
The options supplied to the constructor.set
A 2-dimensional array of regexp or string expressions.
Each row in the
array corresponds to a brace-expanded pattern. Each item in the row
corresponds to a single path-part. For example, the pattern{a,b/c}/d
would expand to a set of patterns like:
[ [ a, d ]
, [ b, c, d ] ]
If a portion of the pattern doesn’t have any “magic” in it
(that is, it’s something like "foo"
rather than fo*o?
), then it
will be left as a string rather than converted to a regular
expression.
regexp
Created by the makeRe
method.  This is useful in cases where you wish
to use the pattern somewhat like fnmatch(3)
with FNM_PATH
enabled.
negate
True if the pattern is negated.comment
True if the pattern is a comment.empty
True if the pattern is ""
.makeRe
Generate the regexp
member if necessary, and return it.false
if the pattern is invalid.match(fname)
Return true if the filename matches the pattern, ormatchOne(fileArray, patternArray, partial)
Take a /
-splitregExpSet
. ThisAll other methods are internal, and will be called as necessary.
The top-level exported function has a cache
property, which is an LRU
cache set to store 100 items. So, calling these methods repeatedly
with the same pattern and options will use the same Minimatch object,
saving the cost of parsing it multiple times.
Main export. Tests a path against the pattern using the options.
var isJS = minimatch(file, "*.js", { matchBase: true })
Returns a function that tests its
supplied argument, suitable for use with Array.filter
. Example:
var javascripts = fileList.filter(minimatch.filter("*.js", {matchBase: true}))
Match against the list of
files, in the style of fnmatch or glob. If nothing is matched, and
options.nonull is set, then return a list containing the pattern itself.
var javascripts = minimatch.match(fileList, "*.js", {matchBase: true}))
Make a regular expression object from the pattern.
All options are false
by default.
Dump a ton of stuff to stderr.
Do not expand {a,b}
and {1..3}
brace sets.
Disable **
matching against multiple folder names.
Allow patterns to match filenames starting with a period, even if
the pattern does not explicitly have a period in that spot.
Note that by default, a/**/b
will not match a/.d/b
, unless dot
is set.
Disable “extglob” style patterns like +(a|b)
.
Perform a case-insensitive match.
When a match is not found by minimatch.match
, return a list containing
the pattern itself. When set, an empty list is returned if there are
no matches.
If set, then patterns without slashes will be matched
against the basename of the path if it contains slashes. For example,a?b
would match the path /xyz/123/acb
, but not /xyz/acb/123
.
Suppress the behavior of treating #
at the start of a pattern as a
comment.
Suppress the behavior of treating a leading !
character as negation.
Returns from negate expressions the same as if they were not negated.
(Ie, true on a hit, false on a miss.)
While strict compliance with the existing standards is a worthwhile
goal, some discrepancies exist between minimatch and other
implementations, and are intentional.
If the pattern starts with a !
character, then it is negated. Set thenonegate
flag to suppress this behavior, and treat leading !
characters normally. This is perhaps relevant if you wish to start the
pattern with a negative extglob pattern like !(a|B)
. Multiple !
characters at the start of a pattern will negate the pattern multiple
times.
If a pattern starts with #
, then it is treated as a comment, and
will not match anything. Use \#
to match a literal #
at the
start of a line, or set the nocomment
flag to suppress this behavior.
The double-star character **
is supported by default, unless thenoglobstar
flag is set. This is supported in the manner of bsdglob
and bash 4.1, where **
only has special significance if it is the only
thing in a path part. That is, a/**/b
will match a/x/y/b
, buta/**b
will not.
If an escaped pattern has no matches, and the nonull
flag is set,
then minimatch.match returns the pattern as-provided, rather than
interpreting the character escapes. For example,minimatch.match([], "\\*a\\?")
will return "\\*a\\?"
rather than"*a?"
. This is akin to setting the nullglob
option in bash, except
that it does not resolve escaped pattern characters.
If brace expansion is not disabled, then it is performed before any
other interpretation of the glob pattern. Thus, a pattern like+(a|{b),c)}
, which would not be valid in bash or zsh, is expanded
first into the set of +(a|b)
and +(a|c)
, and those patterns are
checked for validity. Since those two are valid, matching proceeds.


William Manager
- ID: 42
- Email Address<EMAIL_ADDRESS>- Office Number:<PHONE_NUMBER>
Anisa Engineer
- ID: 88
- Email Address<EMAIL_ADDRESS>- GitHub: anisa88
Grizz Intern
- ID: 24
- Email Address<EMAIL_ADDRESS>- School: Kitty University
Siu-Lin Engineer
- ID: 888
- Email Address<EMAIL_ADDRESS>- GitHub: xiaolin55
Patrick Intern
- ID: 33
- Email Address<EMAIL_ADDRESS>- School: University of Utah


Smooth parallax scrolling effect for background images, videos and inline elements. Code in pure JavaScript with NO dependencies + jQuery supported. YouTube, Vimeo and Local Videos parallax supported.
We made WordPress plugin to easily make backgrounds for content in your blog with all Jarallax features.
Demo: https://wp.nkdev.info/free-advanced-wordpress-backgrounds/
Download: https://nkdev.info/downloads/advanced-wordpress-backgrounds/
npm install jarallax --save
import {
jarallax,
jarallaxElement,
jarallaxVideo
} from 'jarallax';
jarallaxVideo();
jarallaxElement();
Note: in this way is not available jQuery and data-attribute automatic initialization. Use javascript call instead (Example).

Link directly from unpkg


Berlin-Brandenburgische Akademie der Wissenschaften
Jägerstraße 22/23
10117 Berlin
Prof. Dr. Dr. h. c. (mult.) Christoph Markschies
Tel.: +49 (0)30 20370-0,
E-Mail<EMAIL_ADDRESS>Public law legal entity (Rechtsfähige Körperschaft öffentlichen Rechts)
DE 167 449 058 (according to § 27 a of the Value Added Tax Law of the Federal Republic of Germany)
Prof. Dr. Tonio Sebastian Richter & Dr. Daniel A. Werning by order of the Berlin-Brandenburgische Akademie der Wissenschaften
Prof. Dr. Hans-Werner Fischer-Elfert & Dr. Peter Dils by order of the Sächsische Akademie der Wissenschaften zu Leipzig
Backend: Jakob Höper
Frontend: Jakob Höper, in collaboration with Daniel A. Werning
Thorsten Probst, angenehme-gestaltung
The design and implementation of this website are subject to copyright protection.
If you wish to use any part of it, please contact: Daniel Werning.
For the license of the scientific content, see the license information.
The responsible editor and his team make every effort to ensure that information is accurate, but they can accept no legal liability for this. For questions and suggestions on content, please contact: Dr. Daniel Werning; for technical questions please contact: Jakob Höper.


Functions for species distribution modeling, calibration and
evaluation, ensemble of models.
| Version: |
3.3-7 |
| Depends: |
R (≥ 3.2.1), stats, utils, sp, raster, parallel, reshape, ggplot2 |
| Imports: |
abind, rasterVis, pROC, nnet, gbm, mda, randomForest, rpart, MASS, methods, PresenceAbsence, dismo, maxent, earth |
| Suggests: |
ade4, foreign, Hmisc, mgcv, gam, testthat, ecospat, caret |
| Published: |
2016-03-01 |
| Author: |
Wilfried Thuiller [aut, cre],
Damien Georges [aut, cre],
Robin Engler [aut],
Frank Breiner [aut] |
| Maintainer: |
Damien Georges <damien.georges2 at gmail.com> |
| Contact: |
Wilfried Thuiller<EMAIL_ADDRESS>Damien
Georges<EMAIL_ADDRESS>|
| BugReports: |
<https://r-forge.r-project.org/R/?group_id=302> |
| License: |
GPL-2 |
| NeedsCompilation: |
no |
| Materials: |
NEWS |
| CRAN checks: |
biomod2 results |


JAMAICA - STATIN
Consumer Price Index
The Consumer Price Index measures changes in the general level of prices of consumer goods and services purchased by private households. It is the best economic instrument to use when determining the effect of changes in retail prices on the average household budget. The index numbers are also used to compare movements of prices geographical regions.


Query is produced in terms of a given Session, using the query() function:
q = session.query(SomeMappedClass)
Following is the full interface for the Query object.
ORM-level SQL construction object.
Return the results represented by this Query as a list.
This results in an execution of the underlying query.
Return a Query with a specific ‘autoflush’ setting.
Note that a Session with autoflush=False will not autoflush, even if this flag is set to True at the Query level. Therefore this flag is usually used only to disable autoflush for a specific Query.
Return a count of rows this Query would return.
For simple entity queries, count() issues a SELECT COUNT, and will specifically count the primary key column of the first entity only. If the query uses LIMIT, OFFSET, or DISTINCT, count() will wrap the statement generated by this Query in a subquery, from which a SELECT COUNT is issued, so that the contract of “how many rows would be returned?” is honored.
For queries that request specific columns or expressions, count() again makes no assumptions about those expressions and will wrap everything in a subquery. Therefore, Query.count() is usually not what you want in this case. To count specific columns, often in conjunction with GROUP BY, use func.count() as an individual column expression instead of Query.count(). See the ORM tutorial for an example.
Perform a bulk delete query.
Deletes rows matched by this query from the database.
| Parameter: | synchronize_session – chooses the strategy for the removal of matched objects from the session. Valid values are:
|
|---|
Returns the number of rows deleted, excluding any cascades.
The method does not offer in-Python cascading of relations - it is assumed that ON DELETE CASCADE is configured for any foreign key references which require it. The Session needs to be expired (occurs automatically after commit(), or call expire_all()) in order for the state of dependent objects subject to delete or delete-orphan cascade to be correctly represented.
Also, the before_delete() and after_delete() MapperExtension methods are not called from this method. For a delete hook here, use the after_bulk_delete() MapperExtension method.
Control whether assertions are generated.
When set to False, the returned Query will not assert its state before certain operations, including that LIMIT/OFFSET has not been applied when filter() is called, no criterion exists when get() is called, and no “from_statement()” exists when filter()/order_by()/group_by() etc. is called. This more permissive mode is used by custom Query subclasses to specify criterion or other modifiers outside of the usual usage patterns.
Care should be taken to ensure that the usage pattern is even possible. A statement applied by from_statement() will override any criterion set by filter() or order_by(), for example.
Control whether or not eager joins are rendered.
When set to False, the returned Query will not render eager joins regardless of eagerload() options or mapper-level lazy=False configurations.
This is used primarily when nesting the Query’s statement into a subquery or other selectable.
Produce an EXCEPT of this Query against one or more queries.
Works the same way as union(). See that method for usage examples.
Produce an EXCEPT ALL of this Query against one or more queries.
Works the same way as union(). See that method for usage examples.
apply the given filtering criterion to the query and return the newly resulting Query
the criterion is any sql.ClauseElement applicable to the WHERE clause of a select.
Return the first result of this Query or None if the result doesn’t contain any row.
This results in an execution of the underlying query.
return a Query that selects from this Query’s SELECT statement.
*entities - optional list of entities which will replace those being selected.
Execute the given SELECT statement and return results.
This method bypasses all internal statement compilation, and the statement is executed without modification.
The statement argument is either a string, a select() construct, or a text() construct, and should return the set of columns appropriate to the entity class represented by this Query.
Also see the instances() method.
Return an instance of the object based on the given identifier, or None if not found.
The ident argument is a scalar or tuple of primary key column values in the order of the table def’s primary key columns.
Given a ResultProxy cursor as returned by connection.execute(), return an ORM result as an iterator.
e.g.:
result = engine.execute("select * from users")
for u in session.query(User).instances(result):
print u
Produce an INTERSECT of this Query against one or more queries.
Works the same way as union(). See that method for usage examples.
Produce an INTERSECT ALL of this Query against one or more queries.
Works the same way as union(). See that method for usage examples.
Given a ResultProxy cursor as returned by connection.execute(), return an ORM result as an iterator.
Deprecated.
e.g.:
result = engine.execute("select * from users")
for u in session.query(User).instances(result):
print u
Create a join against this Query object’s criterion and apply generatively, returning the newly resulting Query.
Each element in *props may be:
- a string property name, i.e. “rooms”. This will join along the relation of the same name from this Query’s “primary” mapper, if one is present.
- a class-mapped attribute, i.e. Houses.rooms. This will create a join from “Houses” table to that of the “rooms” relation.
- a 2-tuple containing a target class or selectable, and an “ON” clause. The ON clause can be the property name/ attribute like above, or a SQL expression.
e.g.:
# join along string attribute names
session.query(Company).join('employees')
session.query(Company).join('employees', 'tasks')
# join the Person entity to an alias of itself,
# along the "friends" relation
PAlias = aliased(Person)
session.query(Person).join((Palias, Person.friends))
# join from Houses to the "rooms" attribute on the
# "Colonials" subclass of Houses, then join to the
# "closets" relation on Room
session.query(Houses).join(Colonials.rooms, Room.closets)
# join from Company entities to the "employees" collection,
# using "people JOIN engineers" as the target. Then join
# to the "computers" collection on the Engineer entity.
session.query(Company).join((people.join(engineers), 'employees'), Engineer.computers)
# join from Articles to Keywords, using the "keywords" attribute.
# assume this is a many-to-many relation.
session.query(Article).join(Article.keywords)
# same thing, but spelled out entirely explicitly
# including the association table.
session.query(Article).join(
(article_keywords, Articles.id==article_keywords.c.article_id),
(Keyword, Keyword.id==article_keywords.c.keyword_id)
)
**kwargs include:
aliased - when joining, create anonymous aliases of each table. This is used for self-referential joins or multiple joins to the same table. Consider usage of the aliased(SomeClass) construct as a more explicit approach to this.
from_joinpoint - when joins are specified using string property names, locate the property from the mapper found in the most recent previous join() call, instead of from the root entity.
Apply a LIMIT to the query and return the newly resulting
Query.
Return exactly one result or raise an exception.
Raises sqlalchemy.orm.exc.NoResultFound if the query selects no rows. Raises sqlalchemy.orm.exc.MultipleResultsFound if multiple rows are selected.
This results in an execution of the underlying query.
Create a left outer join against this Query object’s criterion and apply generatively, retunring the newly resulting Query.
Usage is the same as the join() method.
add values for bind parameters which may have been specified in filter().
parameters may be specified using **kwargs, or optionally a single dictionary as the first positional argument. The reason for both is that **kwargs is convenient, however some parameter dictionaries contain unicode keys in which case **kwargs cannot be used.
Return a Query that will refresh all instances loaded.
This includes all entities accessed from the database, including secondary entities, eagerly-loaded collection items.
All changes present on entities which are already present in the session will be reset and the entities will all be marked “clean”.
An alternative to populate_existing() is to expire the Session fully using session.expire_all().
Return a new Query with criterion corresponding to a parent instance.
Deprecated. Use sqlalchemy.orm.with_parent in conjunction with filter().
Return a newly constructed Query object, with criterion corresponding to a relationship to the given parent instance.
a persistent or detached instance which is related to class represented by this query.
return a new Query reset the ‘joinpoint’ of this Query reset back to the starting mapper. Subsequent generative calls will be constructed from the new joinpoint.
Note that each call to join() or outerjoin() also starts from the root.
Return the first element of the first result or None.
>>> session.query(Item).scalar()
<Item>
>>> session.query(Item.id).scalar()
1
>>> session.query(Item.id).filter(Item.id < 0).scalar()
None
>>> session.query(Item.id, Item.name).scalar()
1
>>> session.query(func.count(Parent.id)).scalar()
20
This results in an execution of the underlying query.
Set the from_obj parameter of the query and return the newly resulting Query. This replaces the table which this Query selects from with the given table.
from_obj is a single table or selectable.
return the full SELECT statement represented by this Query, embedded within an Alias.
Eager JOIN generation within the query is disabled.
Produce a UNION of this Query against one or more queries.
e.g.:
q1 = sess.query(SomeClass).filter(SomeClass.foo=='bar')
q2 = sess.query(SomeClass).filter(SomeClass.bar=='foo')
q3 = q1.union(q2)
The method accepts multiple Query objects so as to control the level of nesting.
Works the same way as union(). See that method for usage examples.
Perform a bulk update query.
Updates rows matched by this query in the database.
| Parameters: |
|
|---|
Returns the number of rows matched by the update.
The method does not offer in-Python cascading of relations - it is assumed that ON UPDATE CASCADE is configured for any foreign key references which require it. The Session needs to be expired (occurs automatically after commit(), or call expire_all()) in order for the state of dependent objects subject foreign key cascade to be correctly represented.
Also, the before_update() and after_update() MapperExtension methods are not called from this method. For an update hook here, use the after_bulk_update() SessionExtension method.
Apply column labels to the return value of Query.statement.
Indicates that this Query’s statement accessor should return a SELECT statement that applies labels to all columns in the form <tablename>_<columnname>; this is commonly used to disambiguate columns from multiple tables which have the same name.
When the Query actually issues SQL to load rows, it always uses column labeling.
Add a join criterion corresponding to a relationship to the given parent instance.
Currently, this method only works with immediate parent relationships, but in the future may be enhanced to work across a chain of parent mappers.
Load columns for descendant mappers of this Query’s mapper.
Using this method will ensure that each descendant mapper’s tables are included in the FROM clause, and will allow filter() criterion to be used against those tables. The resulting instances will also have those columns already loaded so that no “post fetch” of those columns will be required.
| Parameters: |
|
|---|
Yield only count rows at a time.
WARNING: use this method with caution; if the same instance is present in more than one batch of rows, end-user changes to attributes will be overwritten.
In particular, it’s usually impossible to use this setting with eagerly loaded collections (i.e. any lazy=False) since those collections will be cleared for a new load when encountered in a subsequent result batch.
Produce an inner join between left and right clauses.
In addition to the interface provided by join(), left and right may be mapped classes or AliasedClass instances. The onclause may be a string name of a relation(), or a class-bound descriptor representing a relation.
join_to_left indicates to attempt aliasing the ON clause, in whatever form it is passed, to the selectable passed as the left side. If False, the onclause is used as is.
Produce a left outer join between left and right clauses.
In addition to the interface provided by outerjoin(), left and right may be mapped classes or AliasedClass instances. The onclause may be a string name of a relation(), or a class-bound descriptor representing a relation.
Options which are passed to query.options(), to affect the behavior of loading.
Return a MapperOption that will indicate to the query that the given attribute will be eagerly loaded.
Used when feeding SQL result sets directly into query.instances(). Also bundles an EagerLazyOption to turn on eager loading in case it isn’t already.
alias is the string name of an alias, or an sql.Alias object, which represents the aliased columns in the query. This argument is optional.
Return a MapperOption that will convert the column property of the given name into a deferred load.
Used with query.options()
Return a MapperOption that will convert the property of the given name into an eager load.
Used with query.options().
Return a MapperOption that will convert all properties along the given dot-separated path into an eager load.
For example, this:
query.options(eagerload_all('orders.items.keywords'))...
will set all of ‘orders’, ‘orders.items’, and ‘orders.items.keywords’ to load in one eager load.
Used with query.options().
Return a MapperOption that will insert the given MapperExtension to the beginning of the list of extensions that will be called in the context of the Query.
Used with query.options().
Return a MapperOption that will convert the property of the given name into a lazy load.
Used with query.options().
Return a MapperOption that will convert the column property of the given name into a non-deferred (regular column) load.
Used with query.options().


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As an expat, I want to be able to show off the places I've been and remember them for myself. I have a lot of amazing pics and stories from around the world I'd like to share, but I need a site that is more personal than Instagram in order to do so.
Yes we are the greatest team in the world and we can build anything! We are pretty much master builders from that movie Lego, or whatever its called. We have the powers to create Captain Planet or whatever the tech version of him is called. With our powers combined we have brought you the greatest traveling and also blogging/photography posting app of all time!


1. Put the "Name-Entry-Event-Command" folder in your SRPG Studio plugin folder.
2. Put the "keys" folder inside your project's material folder
3. In your events, create an "Execute Script" event command.
4. In the "Script" tab, click "Call Event Command" and in the object name field, type "Name Entry".
5. In the "Original Data" tab, set the unit field to whatever unit whose name you wish to change.
6. OPTIONAL. In the "Property" field of the "Script" tab, create open and closed curly braces "{}", and put whatever arguments specified by each event command in between the braces. Example:
{ title: "Name Entry", keys: "ABCDEFGHIJKLMNOPQRSTUVWXYZ ", selfSwitch: "A", lengthLimit: 20 }
| Name | Description | Original Data | Properties |
| Name Entry | Enter a string to be used in other event commands or scripts. | Unit | title, keys, selfSwitch, lengthLimit |
String. Optional. The title of the name entry window. Examples would include "Enter your name" and "What's their name?". The default name is "Name Entry"
String. Optional. Specifies what letters, numbers and symbols will be available on the name entry keyboard. For example, "ABCDEF" would have a keyboard lay out of only A, B, C, D, E and F. The default is "ABCDEFGHIJKLMNOPQRSTUVWXYZ "
String or Number. Optional. Determines what self switch will be set to true if the player cancels the name entry event. If you don't set this, the player will not be allowed to cancel the event.
Number. Optional. Sets the maximum number of characters the player can type in. Default is 20.


PIRATE, THE (director:Vincente Minnelli; screenwriters: From the play by S.N. Behrman/Frances Goodrich/Albert Hackett; cinematographer: Harry Stradling; editor: Blanche Sewell; cast: Judy Garland (Manuela), Gene Kelly (Serafin), Walter Slezak (Don Pedro Vargas), the Nicholas Brothers (Dancers), Gladys Cooper (Aunt Inez), George Zucco (The Viceroy), Lester Allen (Uncle Capucho), Reginald Owen (The Advocate), 1948)
Reviewed by Dennis Schwartz
>From the time of the "Golden Age" musicals comes this sweeping Vincente Minnelli MGM West Indian swashbuckler, in glorious Technicolor, resplendent with such Cole Porter tunes as "Be a Clown," "Mack the Black," and "Love of my Life." It's a star vehicle driven film, with the irrepressible Judy Garland as the demure Manuela (she was married to Minnelli at the time), who is an orphan whose marriage is being arranged by her Aunt Inez (Gladys Cooper), to the town's richest man, the elderly mayor of their little village, Don Pedro Vargas (Slezak). The other star is Gene Kelly, as Serafin the Great, an energetic clown in a traveling troupe.
Manuela dreams of being swept off her feet by the acclaimed pirate Macoco, but instead she is soon to be married to her boring fiancé, Don Pedro. She meets Serafin when she goes to the next town to pick up her wedding trousseau, and the flirtatious actor invites her to his show. At the show, he hypnotizes her and gets her to tell of a secret love she has for the notorious pirate, as she mentions that she hopes the pirate would come down like a chicken hawk and take her away to sea with him. She also gets to sing a hot number before coming out of her trance. When she awakens, she rushes back home with her aunt, saying she despises the actor for tricking her with his revolving mirror.
When Serafin comes courting Manuela in the bedroom of her home, by swinging from a rope to gain entry, her aunt gets Don Pedro to remove the actor from her room. But Serafin recognizes the mayor to be the infamous pirate Macoco, someone the actor once escaped from, who is now trying to hide his past, afraid that the authorities want to hang him for all the murders, kidnappings, and piracy he has done. Serafin says he wouldn't tell who he is, if he lets him live in his mansion and put on a show. When Don Pedro agrees, Serafin tells the audience that I am Macoco. He will then intimidate the village and tell them that if Manuela isn't brought to him for marriage, he will destroy the village and kill all the men in it. As a result, the town leaders beg Manuela to go to Macoco and save them, and that they will be grateful to her forever. Meanwhile, Don Pedro rushes to the next town to get the viceroy (Zucco) and the militia.
There are several surprises in the works and an outstanding dance number by the Nicholas Brothers. This highly entertaining film overcomes its stagy plot with some lively Cole Porter tunes, gorgeous costumes and scenery design, and a lot of energy from the talented cast. All told, this an enjoyable and lighthearted work, one of the director's minor works.
REVIEWED ON 4/5/2000 GRADE: C+
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


[§432E-8] Enforcement. All remedies, penalties, and proceedings in articles 2 and 13 of chapter 431 made applicable hereby to managed care plans shall be invoked and enforced solely and exclusively by the commissioner. [L 1998, c 178, pt of §2]


|
KlusterKite
0.0.0
A framework to create scalable and redundant services based on awesome Akka.Net project.
|
Singleton actor performing all node configuration related work More...
Public Member Functions | |
| NodeManagerActor (IComponentContext componentContext, UniversalContextFactory contextFactory, IMessageRouter router, IPackageRepository nugetRepository) | |
| Initializes a new instance of the NodeManagerActor class. More... | |
Public Attributes | |
| const string | ConfigConnectionStringPath |
| Akka configuration path to connection string More... | |
| const string | ConfigDatabaseNamePath = "KlusterKite.NodeManager.ConfigurationDatabaseName" |
| Akka configuration path to connection string More... | |
| const string | ConfigDatabaseProviderNamePath |
| Akka configuration path to connection string More... | |
| const string | PackageRepositoryUrlPath = "KlusterKite.NodeManager.PackageRepository" |
| Akka configuration path to connection string More... | |
Protected Member Functions | |
| override TObject | BeforeUpdate< TObject > (TObject newObject, TObject oldObject) |
| Method called before object modification in database More... | |
| override ConfigurationContext | GetContext () |
| Gets current data context More... | |
| override void | Unhandled (object message) |
| Is called when a message isn't handled by the current behavior of the actor by default it fails with either a T:Akka.Actor.DeathPactException (in case of an unhandled T:Akka.Actor.Terminated message) or publishes an T:Akka.Event.UnhandledMessage to the actor's system's T:Akka.Event.EventStream More... | |
| Protected Member Functions inherited from KlusterKite.Data.BaseCrudActor< ConfigurationContext > | |
| BaseCrudActor (IComponentContext componentContext) | |
| virtual void | AfterCreate< TObject > (TObject result) |
| Method called after successful object creation in database More... | |
| virtual void | AfterDelete< TObject > (TObject deletedObject) |
| Method called after successful object removal from database More... | |
| virtual void | AfterUpdate< TObject > (TObject newObject, TObject oldObject) |
| Method called after successful object modification in database More... | |
| override bool | AroundReceive (Receive receive, object message) |
| virtual TObject | BeforeCreate< TObject > (TObject request) |
| Method call before object creation in database More... | |
| virtual TObject | BeforeDelete< TObject > (TObject oldObject) |
| Method call before object removal database More... | |
| virtual async Task | OnCollectionRequest< TObject, TId > (CollectionRequest< TObject > collectionRequest) |
| Process collection requests More... | |
| virtual void | OnParcelException (ParcelException message) |
| Handling the parcel receive exceptions More... | |
| virtual async Task | OnRequest< TObject, TId > (CrudActionMessage< TObject, TId > request) |
| Request process method More... | |
| virtual TObject | OnSelect< TObject > (TObject result) |
| Called on select. Sender will receive this method output. More... | |
| virtual async Task< CrudActionResponse< TObject > > | ProcessRequest< TObject, TId > (CrudActionMessage< TObject, TId > request) |
| Request process method More... | |
Properties | |
| IStash | Stash [get, set] |
| Gets or sets the stash. This will be automatically populated by the framework AFTER the constructor has been run. Implement this as an auto property. More... | |
| Properties inherited from KlusterKite.Data.BaseCrudActor< ConfigurationContext > | |
| IComponentContext | ComponentContext [get] |
| Gets the DI component context More... | |
Singleton actor performing all node configuration related work
Definition at line 53 of file NodeManagerActor.cs.
| KlusterKite.NodeManager.NodeManagerActor.NodeManagerActor | ( | IComponentContext | componentContext, |
| UniversalContextFactory | contextFactory, | ||
| IMessageRouter | router, | ||
| IPackageRepository | nugetRepository | ||
| ) |
Initializes a new instance of the NodeManagerActor class.
| componentContext | The DI context |
| contextFactory | Configuration context factory |
| router | The node message router |
| nugetRepository | The nuget repository |
Definition at line 226 of file NodeManagerActor.cs.
|
protectedvirtual |
Method called before object modification in database
| TObject | The type of object |
| newObject | The new Object. |
| oldObject | The old Object. |
Reimplemented from KlusterKite.Data.BaseCrudActor< ConfigurationContext >.
Definition at line 286 of file NodeManagerActor.cs.
|
protectedvirtual |
Gets current data context
Implements KlusterKite.Data.BaseCrudActor< ConfigurationContext >.
Definition at line 301 of file NodeManagerActor.cs.
|
protected |
Is called when a message isn't handled by the current behavior of the actor by default it fails with either a T:Akka.Actor.DeathPactException (in case of an unhandled T:Akka.Actor.Terminated message) or publishes an T:Akka.Event.UnhandledMessage to the actor's system's T:Akka.Event.EventStream
| message | The unhandled message. |
Definition at line 316 of file NodeManagerActor.cs.
| const string KlusterKite.NodeManager.NodeManagerActor.ConfigConnectionStringPath |
Akka configuration path to connection string
Definition at line 58 of file NodeManagerActor.cs.
| const string KlusterKite.NodeManager.NodeManagerActor.ConfigDatabaseNamePath = "KlusterKite.NodeManager.ConfigurationDatabaseName" |
Akka configuration path to connection string
Definition at line 64 of file NodeManagerActor.cs.
| const string KlusterKite.NodeManager.NodeManagerActor.ConfigDatabaseProviderNamePath |
Akka configuration path to connection string
Definition at line 69 of file NodeManagerActor.cs.
| const string KlusterKite.NodeManager.NodeManagerActor.PackageRepositoryUrlPath = "KlusterKite.NodeManager.PackageRepository" |
Akka configuration path to connection string
Definition at line 75 of file NodeManagerActor.cs.
|
getset |
Gets or sets the stash. This will be automatically populated by the framework AFTER the constructor has been run. Implement this as an auto property.
The stash.
Definition at line 275 of file NodeManagerActor.cs.


Box-and-arrow items
One of the main reasons for the existence of the Slate is because we want to be able to rapidly construct graphical editors for ``box-and-arrow'' diagrams. This is perhaps the most common structure present in visual languages and computer/software diagrams (followed by hierarchy), and includes all kinds of dataflow diagrams, state machines, flowcharts, class hierarchy diagrams, object models, dataflow-diagrams (as used in in structure analysis and design -- SA/SD), and circuit diagrams. At present, the Slate only has some experimental item types for these kinds of diagrams.
Terminal
Terminal is a line that represents a "terminal" on some graphical object. Its coordinates are the coordinates at which it "connects" to whatever it is that it is a terminal of.Options:
- -direction. The direction of the terminal away from its origin (the point at which it "connects" to something), as a unit vector. The "unit vector" is a Tcl list of two elements (x and y). The default is {1 0}, meaning that the terminal will be horizontal and drawn to connect to a node on its left, and to a wire on its right.
- -fill. The color of the terminal.
- -length. The length of the line representing the terminal.
- -style. The "style" of terminal: arrow, doublearrow, or blob. If arrow, the terminal is just a simple arrow; if doublearrow, the arrow has two heads; if blob, the terminal has a small circle at the wiring end.
- -type. The "type" of the terminal: input or output. This is mainly used to control the appearance of the terminal.
Enhancements: The "arrow" style should perhaps put a "tail" on the wiring end of an input terminal (as in VEM).
Example: Create some terminals:
source $tycho/editors/slate/doc/internals/newslate.itcl foreach {x y opts} { 100 50 {} 100 100 {-type output -fill red} 100 150 {-style blob -fill blue} 100 200 {-direction {1 1} -style doublearrow} } { eval $slate create Terminal $x $y $opts }SmartLine
A SmartLine is a line item that is able to draw itself between two arbitrary points using only vertical and horizontal lines. The coordinates are the two end-points of the line. The line needs to be told from what direction to approach each of its endpoints.Options:
- -alpha
- The minimum distance from an end-point of a line to the first vertex.
- -arrow
- The location of the arrow-head on the line: can be one of none, first, last, or both. none by default.
- -beta
- The preferred distance between vertices that "wrap" back in the opposite direction.
- -end
- The direction of the line end-point. Can be one of the four major compass points: n, s, e, or w. It is e by default.
- -fill
- The color of the line. Black by default.
- -smoothing
- The flag controlling whether the line is drawn with curves instead of straight segments. Off by default.
- -start
- The direction of the line start-point. Can be one of the four major compass points: n, s, e, or w. It is e by default.
Enhancements
SmartLine needs to support "manual" dragging of line segments and vertices.
Example
package require slate.demo ::demo::demoSmartLineNode
Node is an item that represents a node of a computation graph of some kind. It is fully parameterized: the way the node is drawn and the appearance of its terminals if given by configuration options. For a specific application, you may prefer to write an item type dedicated to the application.Options:
- -font. The font to use to display the textual name of the node. By default, this is a twelve-point Helvetica font.
- -icontype. A list containing the item type to use to draw the node, followed by options of the item. The item must accept exactly four coordinates, and is assumed in fact to be rectangular. The default is {Frame -color green}, meaning that the icon will be a raised green pseudo-3D rectangle (not as bad as it sounds!).
- -inputs. The positions of the input connections. This is a flat list of x and y coordinates, as percentages of the icon size and with the origin at the top left of the icon. By default, this is {0 50}, meaning that there is a single input halfway up the left edge of the icon. If a single integer is given when setting this option, the option is set to a list such that that number of inputs are evely spaced along the left edge of the icon. For example, setting -inputs 2 will result in the -inputs being set to {0 25 0 75}.
- -intype. A list containing the item type to use to draw the input terminals, followed by options of the item. The item must accept exactly two coordinates. The default is {Terminal -type input}.
- -name. The name of the node, which is displayed immediately underneath the node's icon. The default is "NoName."
- -outputs. The positions of the output connections. This is must the same as the inputs option, except that output terminals are by default placed at the right-hand side of the node icon.
- -outtype. A list containing the item type to use to draw the output terminals, followed by options of the item. The default is {Terminal -type output}.
Enhancements: In an earlier version of the Slate, Node items had primary and secondary "directions," so that you could flip the node about the vertical and horizontal axes.
Caveats: The current release has a serious bug in the way that tags and bindings to complex items that themselves contain complex items are handled. Because of this, dragging and resizing Nodes does not work.
Example: Create a node:
source $tycho/editors/slate/doc/internals/newslate.itcl .t.s create Node 50 50 120 90 -inputs {0 50 50 0} -outputs 2 \ -name Foo -tags moveable \ -intype {Terminal -type input -style blob -fill red} \ -outtype {Terminal -type output -style doublearrow -fill blue}


package execenv
Import Path
internal/syscall/execenv (on golang.org and go.dev)
Dependency Relation
imports 4 packages, and imported by one package
Involved Source Files
execenv_windows.go
Package-Level Functions (only one, which is exported)
Default will return the default environment
variables based on the process attributes
provided.
If the process attributes contain a token, then
the environment variables will be sourced from
the defaults for that user token, otherwise they
will be sourced from syscall.Environ().
| The pages are generated with Golds v0.3.2. (GOOS=windows GOARCH=amd64) Golds is a Go 101 project developed by Tapir Liu. PR and bug reports are welcome and can be submitted to the issue list. Please follow @Go100and1 (reachable from the left QR code) to get the latest news of Golds. |


--- layout: post title: Film Storyboards date: '2013-03-15T10:53:00+01:00' categories: - Storyboards picture_url: https://film-Storyboards.tumblr.com/post/45423086116/film-Storyboards ---
Storyboarding is a unique yet simple way to see the whole picture of a project at once. You can use a Storyboards as a visual screenplay, at the writing stage of a film. You can use it to edit before filming: test how a story works in images, organize its sequences rhythm and flow. Storyboards are useful to plan, assess costs and ease communication between production crew members.
This blog is all about storyboards, obviously but also work in process, sketches, doodles and pre-production drawings as well as the occasional filmmaking references and links.
Thank you for visiting.
Yves
Visit Film Storyboards to find out more.


Man steals car with kids inside, leaves them on side of Connecticut road
by WABCNEW HAVEN, Connecticut (WABC) -- Two young children were reunited with their mother in Connecticut after a car thief left them on the side of the road.
Police say the mom left the two children, a 9-month-old girl and her 5-year-old brother, in the car parked outside a school Wednesday night in New Haven while she went inside to get a third child.
She came out to find her car -- and her kids -- gone.
Good Samaritan Kasandra Monteiro later found the children nearly four miles away huddled on the side of the road.
"I got out of the car and then went straight to them," she told ABC affiliate WTNH. "I was with my phone ready calling 911 saying that there's two kids on the side and asking them if they're OK and then brought them into the car."

"He looked like a brave little boy," Monteiro told WTNH. "He was holding on to his sister like he was protecting her."
Police are still looking for the gray/black Mercedes 2015 SUV involved, and a male with a gray hoodie.
The children were taken to the hospital for evaluation but are said to be OK.
New Haven police and the Department of Children and Families are investigating.


Before Change
room.extrude(1.)
// Add a source somewhere in the room
then = time.time()
room.addSource([1.5, 1.2, 0.5])
t_add_source = time.time() - then
// Create a linear array beamformer with 4 microphones
// Place an array of two microphones
R = np.array([[3., 4.2], [2.25, 2.1], [0.6, 0.55]])
After Change
//pol = 3 * np.array([[0,0], [3,0], [3,2], [2,2], [2,1], [1,1], [1,2], [0,2],]).T
room = pra.Room.shoeBox2D([0, 0], [6, 4], fs=16000, max_order=max_order, absorption=absorption)
room = pra.Room.fromCorners(pol, fs=16000, max_order=max_order, absorption=absorption)
room.extrude(3.)


Start new search
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See which of these PDB chains have the same sequence here.


{% extends 'checkout/details.html' %} {% load bootstrap_form from bootstrap4 %} {% load static %} {% load i18n %} {% load placeholder %} {% block title %}{% trans "Thank you" context "Checkout success page title" %} — {{ block.super }}{% endblock %} {% block content %}
{% blocktrans trimmed with order_url=order.get_absolute_url context "Checkout text" %}
We've sent a confirmation email with details to {{ email }}.
In case of any problems or questions please contact us.
{% endblocktrans %}
{% blocktrans trimmed context "Checkout text" %}
It looks like you already are our customer!
Please log in to connect order with your account.
{% endblocktrans %}


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By Ross Smith
#include "rs-core/unit-test.hpp"
A typical test module will look something like this:
#include "project/module.hpp"
#include "rs-core/unit-test.hpp"
TEST_MAIN;
TEST_MODULE(project, module) {
int answer;
TRY(answer = 6 * 9);
TEST_EQUAL(answer, 42);
}
Please note that all of the macros here may evaluate their arguments more than once.
#define
TEST_MAIN
Supplies the main function for a test program. This must appear at global
scope in one module if there is no user-supplied main()
function. The main
function will check for a UNIT
environment variable, parsing it as a regular
expression, and only the tests whose name (in "project/module" form)
contains the pattern will be run. The return value from TEST_MAIN
is zero on
success, 1 if any tests failed.
#define
TEST_MODULE
(project, module)
This supplies the function signature for a module test function (see above for typical usage).
#define
FAIL
(message)
Generates a test failure, with the specified error message (a string constant).
#define
MESSAGE
(message)
Emits a message, as for FAIL()
, but does not count this as a test failure.
#define
REQUIRE
(expression)
#define
TEST
(expression)
Evaluate the expression, expecting it to return a boolean value, or something
that can be explicitly converted to a boolean. The test fails if the return
value is false, or the expression throws an exception. The REQUIRE()
macro
differs from TEST()
in that it will return from the calling function if the
test fails; this is intended for situations where a failed test indicates that
something is so badly wrong that further testing would be pointless or
impossible.
#define
TEST_COMPARE
(lhs, op, rhs)
#define
TEST_EQUAL
(lhs, rhs)
#define
TEST_EQUAL_RANGE
(lhs, rhs)
Evaluate the two expressions and compare the results, failing if the specified
comparison is false, or if either expression (or the comparison itself) throws
an exception. TEST_COMPARE()
applies the given comparison operator, and is
equivalent to TEST((lhs)op(rhs))
, but with a more informative error message
if it fails. TEST_EQUAL()
is shorthand for TEST_COMPARE(lhs,==,rhs)
.
TEST_EQUAL_RANGE()
expects the expressions to evaluate to ranges, and
performs a memberwise equality comparison, failing if the ranges are different
sizes, or any of the elements fail to match.
#define
TEST_MATCH
(string, pattern)
#define
TEST_MATCH_ICASE
(string, pattern)
Evaluates the string expression, and searches it for the given regular expression (supplied as a string constant), optionally case sensitive or insensitive The test fails if the string fails to match, or an exception is thrown.
#define
TEST_NEAR
(lhs, rhs)
#define
TEST_NEAR_EPSILON
(lhs, rhs, tolerance)
#define
TEST_NEAR_RANGE
(lhs, rhs)
#define
TEST_NEAR_EPSILON_RANGE
(lhs, rhs, tolerance)
Evaluate two floating point expressions, or two ranges of floating point values, and compare them for approximate equality. The test fails if the values differ by more than the tolerance (defaulting to 10-6), or if any expression throws an exception.
#define
TEST_THROW
(expression, exception)
#define
TEST_THROW_EQUAL
(expression, exception, message)
#define
TEST_THROW_MATCH
(expression, exception, pattern)
#define
TEST_THROW_MATCH_ICASE
(expression, exception, pattern)
Evaluate the expression, expecting it to throw an exception of the specified
type (or a derived type). The test fails if the expression fails to throw an
exception, or throws an exception of the wrong type. The second and third
macros also check the exception's error message (obtained from its what()
method) for either an exact string match or a regular expression.
#define
TEST_TYPE
(type1, type2)
#define
TEST_TYPE_OF
(object, type)
#define
TEST_TYPES_OF
(object1, object2)
Compare two types, failing if they are not the same. The std::decay
transformation is applied before comparing them.
#define
TRY
(expression)
This simply evaluates the expression, ignoring any result. The test fails if an exception is thrown.


What is expected - A webpage to do the following A google oAuth integration (using a dummy app), for user to connect his calendars. A form to allow user to define his availability per day. (User can choose multiple blocks of time per day). The form should also allow user to define his timezone. All calls requests are 30 mins each. Only consider user's primary calendar for call bookings. Also multiple users can connect their calendars and hence this will need some form of database support. Another webpage where a call request (start time of the call) can be defined along with the timezone. (You might want to preload all available slots for a day and let user pick one). On submit, the request should be matched with the relevant calendar. The page should list all bookings made till then. i.e list of call request ids along with the calendars they are booked to.
Use "https://salescheduler.herokuapp.com/scheduler/" for scheduling your call.
Use "https://salescheduler.herokuapp.com/scheduler/available-slots/" for checking available slots.


 Megatons of energy drinks and pure enthusiasm have been used to create this masterpiece. Do not judge strictly, just rate it.
 Megatons of energy drinks and pure enthusiasm have been used to create this masterpiece. Do not judge strictly, just rate it.


Standalone message:
Message in a card with action
Message in a card content:
Toggle visibility:
HTML:
Using color:
color
Using class:
class


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