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AM_PM
field indicating the
period of the day from midnight to just before noon.
get
and set
indicating
whether the HOUR
is before or after noon.
MONTH
field indicating the
fourth month of the year.
MONTH
field indicating the
eighth month of the year.
ArithmeticException
with no detail
message.
ArithmeticException
with the specified
detail message.
ArrayIndexOutOfBoundsException
with no
detail message.
ArrayIndexOutOfBoundsException
class with an argument indicating the illegal index.
ArrayIndexOutOfBoundsException
class
with the specified detail message.
ArrayStoreException
with no detail message.
ArrayStoreException
with the specified
detail message.
int
value.
long
value.
float
value.
double
value.
StreamConnection
object that represents
a server side socket connection.
Object
argument to this string buffer.
char
array
argument to this string buffer.
char
array argument to this string buffer.
boolean
argument to the string buffer.
char
argument to this string buffer.
int
argument to this string buffer.
long
argument to this string buffer.
float
argument to this string buffer.
double
argument to this string buffer.
boolean
in an object. Boolean
object representing the
value
argument.
ByteArrayInputStream
contains
an internal buffer that contains bytes that
may be read from the stream. ByteArrayInputStream
so that it uses buf
as its
buffer array.
ByteArrayInputStream
that uses buf
as its
buffer array.
Calendar
is an abstract base class for converting between
a Date
object and a set of integer fields such as
YEAR
, MONTH
, DAY
, HOUR
,
and so on. CertificateException
encapsulates an error that
occurred while a Certificate
is being used. Certificate
and specific error reason.
Certificate
,
and specific error reason.
char
in an object. Character
object and initializes it so
that it represents the primitive value
argument.
Class
represent classes and interfaces
in a running Java application. ClassCastException
with no detail message.
ClassCastException
with the specified
detail message.
forName
method in class Class
but no definition for the class with the specified name could be found.ClassNotFoundException
with no detail message.
ClassNotFoundException
with the
specified detail message.
double
value that is not less than the argument and is
equal to a mathematical integer.
index
argument,
is returned.
RecordComparator.PRECEDES
if rec1
precedes rec2 in sort order, or RecordComparator.FOLLOWS
if rec1 follows rec2 in sort order, or
RecordComparator.EQUIVALENT
if rec1 and rec2
are equivalent in terms of sort order.
time
to field values in fields[]
.
fields[]
to the millisecond time value
time
.
Thread
object.
get
and set
indicating the
day of the month.
get
and set
indicating the
day of the month.
get
and set
indicating the
day of the week.
MONTH
field indicating the
twelfth month of the year.
DataInput
interface provides
for reading bytes from a binary stream and
reconstructing from them data in any of
the Java primitive types. DataInputStream
and saves its argument, the input stream
in
, for later use.
DataOutput
interface provides
for converting data from any of the Java
primitive types to a series of bytes and
writing these bytes to a binary stream.
Date
object and initializes it to
represent the current time specified number of milliseconds since the
standard base time known as "the epoch", namely January 1,
1970, 00:00:00 GMT.
Date
object and initializes it to
represent the specified number of milliseconds since the
standard base time known as "the epoch", namely January 1,
1970, 00:00:00 GMT.
double
in an object. Double
object that
represents the primitive double
argument.
StringBuffer
.
StringBuffer
(shortening the StringBuffer
by one character).
MIDlet
to terminate and enter the
Destroyed state.
ch
in the
specified radix.
double
value that is closer than any other to
e
, the base of the natural logarithms.
EOFException
with null
as its error detail message.
EOFException
with the specified detail
message.
Stack
class to indicate
that the stack is empty.EmptyStackException
with null
as its error message string.
Error
is a subclass of Throwable
that indicates serious problems that a reasonable application
should not try to catch. Error
with no specified detail message.
Exception
and its subclasses are a form of
Throwable
that indicates conditions that a reasonable
application might want to catch.Exception
with no specified detail message.
Exception
with the specified detail message.
true
if and only if the argument is not
null
and is a Boolean
object that
represents the same boolean
value as this object.
String
to another String
,
ignoring case considerations.
Boolean
object corresponding to the primitive
value false
.
MONTH
field indicating the
second month of the year.
DAY_OF_WEEK
field indicating
Friday.
float
in
an object. Float
object that
represents the primitive float
argument.
Float
object that
represents the argument converted to type float
.
double
value that is not greater than the argument and
is equal to a mathematical integer.
Class
object associated with the class
with the given string name.
MIDlet
with a mechanism to retrieve named
properties from the application management software.
String
into bytes according to the specified
character encoding, storing the result into a new byte array.
String
into bytes according to the platform's
default character encoding, storing the result into a new byte array.
Certificate
that caused the exception.
dst
.
date
header field.
TimeZone
for this host.
expires
header field.
HttpConnection
.
HttpConnection
. e.g. host name or IPv4 address
last-modified
header field.
MIDlet
for a requested connection.
Throwable
object.
Class
object, as a String
.
Certificate
may not be used
from the validity period.
Certificate
may not be used
from the validity period.
HttpConnection
.
HttpsConnection
.
HttpConnection
. e.g., http or https
HttpConnection
.
HttpConnection
.
Certificate
.
Certificate
used to establish the
secure connection with the server.
Certificate
.
TimeZone
for the given ID.
Certificate
.
Certificate
.
addRecord
, setRecord
, or
deleteRecord
methods) its version is
incremented.
get
and set
indicating the
hour of the morning or afternoon.
get
and set
indicating the
hour of the day.
Double
object.
IOException
with null
as its error detail message.
IOException
with the specified detail
message.
IllegalAccessException
without a
detail message.
IllegalAccessException
with a detail message.
IllegalArgumentException
with no
detail message.
IllegalArgumentException
with the
specified detail message.
IllegalMonitorStateException
with no
detail message.
IllegalMonitorStateException
with the
specified detail message.
IllegalThreadStateException
with no
detail message.
IllegalThreadStateException
with the
specified detail message.
IndexOutOfBoundsException
with no
detail message.
IndexOutOfBoundsException
with the
specified detail message.
newInstance
method in class
Class
, but the specified class object cannot be
instantiated because it is an interface or is an abstract class.InstantiationException
with no detail message.
InstantiationException
with the
specified detail message.
int
in an object. Integer
object that
represents the primitive int
argument.
InterruptedException
with no detail message.
InterruptedException
with the
specified detail message.
InterruptedIOException
with
null
as its error detail message.
InterruptedIOException
with the
specified detail message.
InvalidRecordIDException
with the
specified detail message.
InvalidRecordIDException
with no detail
message.
equals
method.
index
, and testing for equality using
the equals
method.
Object
argument into this string buffer.
char
array
argument into this string buffer.
boolean
argument into this string buffer.
char
argument into this string buffer.
int
argument into this string buffer.
long
argument into this string buffer.
float
argument into this string buffer.
double
argument into this string buffer.
index
.
Class
object represents an array class.
Class
object is either the same as, or is a superclass or
superinterface of, the class or interface represented by the specified
Class
parameter.
Object
is assignment-compatible
with the object represented by this Class
.
Class
object represents an
interface type.
Float
value is Not-a-Number (NaN).
MONTH
field indicating the
first month of the year.
MONTH
field indicating the
seventh month of the year.
MONTH
field indicating the
sixth month of the year.
long
in an object. Long
object that
represents the primitive long
argument.
MIDlet
suite.
MONTH
field indicating the
third month of the year.
char
.
double
.
float
.
int
.
long
.
MONTH
field indicating the
fifth month of the year.
MIDlet
is a MID Profile application.
MIDlet
state change failed. get
and set
indicating the
millisecond within the second.
get
and set
indicating the
minute within the hour.
char
.
double
.
float
.
int
.
long
.
DAY_OF_WEEK
field indicating
Monday.
get
and set
indicating the
month.
Math
contains methods for performing basic
numeric operations.mark
and reset
methods.
mark
and
reset
methods.
int
values.
long
values.
float
values.
double
values.
int
values.
long
values.
float
values.
double
values.
double
.
float
.
MONTH
field indicating the
eleventh month of the year.
double
.
float
.
NegativeArraySizeException
with no
detail message.
NegativeArraySizeException
with the
specified detail message.
new
expression) and no definition of the class could be found.
NoClassDefFoundError
with no detail message.
NoClassDefFoundError
with the specified
detail message.
nextElement
method of an
Enumeration
to indicate that there are no more
elements in the enumeration.NoSuchElementException
with null
as its error message string.
NoSuchElementException
, saving a reference
to the error message string s for later retrieval by the
getMessage method.
null
in a
case where an object is required. NullPointerException
with no detail message.
NullPointerException
with the specified
detail message.
NumberFormatException
with no detail message.
NumberFormatException
with the
specified detail message.
double
value between 0.0
and
1.0
from this random number generator's sequence.
float
value between 0.0
and 1.0
from this random
number generator's sequence.
int
value from this random number generator's sequence.
long
value from this random number generator's sequence.
MIDlet
to notify the application
management software that it has entered into the
Destroyed state.
MONTH
field indicating the
tenth month of the year.
Object
is the root of the class hierarchy.
OutOfMemoryError
with no detail message.
OutOfMemoryError
with the specified
detail message.
double
value that is closer than any other to
pi, the ratio of the circumference of a circle to its diameter.
AM_PM
field indicating the
period of the day from noon to just before midnight.
double
.
float
.
PrintStream
adds functionality to another output stream,
namely the ability to print representations of various data values
conveniently. PushRegistry
maintains a list of inbound
connections. String
, as performed by the valueOf
method of class Double
.
String
.
long
in the
radix specified by the second argument.
long
.
MIDlet
to enter
the Paused state.
Throwable
and its backtrace to the
standard error stream.
key
to the specified
value
in this hashtable.
long
seed:
public Random(long seed) { setSeed(seed); }
Used by method next to hold
the state of the pseudorandom number generator.
RecordStoreException
with the
specified detail message.
RecordStoreException
with no detail
message.
RecordStoreFullException
with the
specified detail message.
RecordStoreFullException
with no detail
message.
RecordStoreNotFoundException
with the
specified detail message.
RecordStoreNotFoundException
with no detail message.
RecordStoreNotOpenException
with the
specified detail message.
RecordStoreNotOpenException
with no detail
message.
Runnable
interface should be implemented by any
class whose instances are intended to be executed by a thread. Runtime
that allows the application to interface with
the environment in which the application is running. RuntimeException
is the superclass of those
exceptions that can be thrown during the normal operation of the
Java Virtual Machine.
RuntimeException
with no detail message.
RuntimeException
with the specified
detail message.
len
bytes of data into an array of bytes
from this input stream.
read
method of DataInput
.
len
bytes of data from this input stream
into an array of bytes.
b
.
len
bytes of data from the input stream into
an array of bytes.
true
if that byte is nonzero,
false
if that byte is zero.
readBoolean
method of DataInput
.
readByte
method of DataInput
.
char
and returns the char
value.
readChar
method of DataInput
.
double
value.
readDouble
method of DataInput
.
float
value.
readFloat
method of DataInput
.
b
.
len
bytes from
an input stream.
readFully
method of DataInput
.
readFully
method of DataInput
.
int
value.
readInt
method of DataInput
.
long
value.
readLong
method of DataInput
.
short
value.
readShort
method of DataInput
.
readUTF
method of DataInput
.
in
a representation
of a Unicode character string encoded in
Java modified UTF-8 format; this string
of characters is then returned as a String
.
int
, and returns
the result, which is therefore in the range
0
through 255
.
readUnsignedByte
method of DataInput
.
int
, and returns
an int
value in the range 0
through 65535
.
readUnsignedShort
method of DataInput
.
oldChar
in this string with newChar
.
count
field of this byte array output
stream to zero, so that all currently accumulated output in the
output stream is discarded.
mark
method was last called on this input stream.
mark
method was last called on this input stream.
read/write pointer
as well as the
offset
and length
state variables.
MIDlet
with a mechanism to indicate
that it is interested in entering the Active
state.
Runnable
is used
to create a thread, starting the thread causes the object's
run
method to be called in that separately executing
thread.
Runnable
run object, then that
Runnable
object's run
method is called;
otherwise, this method does nothing and returns.
DAY_OF_WEEK
field indicating
Saturday.
get
and set
indicating the
second within the minute.
MONTH
field indicating the
ninth month of the year.
DAY_OF_WEEK
field indicating
Sunday.
SecurityException
with no detail message.
SecurityException
with the specified
detail message.
Stack
class represents a last-in-first-out
(LIFO) stack of objects. String
class represents character strings. String
object so that it
represents an empty character sequence.
String
object so that it
represents the same sequence of characters as the argument; in other
words, the newly created string is a copy of the argument string.
String
so that it represents the
sequence of characters currently contained in the character array
argument.
String
that contains characters from
a subarray of the character array argument.
String
by converting the specified
subarray of bytes using the specified character encoding.
String
by converting the specified array
of bytes using the specified character encoding.
String
by converting the specified
subarray of bytes using the platform's default character encoding.
String
by converting the specified array
of bytes using the platform's default character encoding.
length
argument.
charAt
method in class
String
and by other String
methods to indicate that an index is either negative or greater
than or equal to the size of the string.StringIndexOutOfBoundsException
with no
detail message.
StringIndexOutOfBoundsException
with
the specified detail message.
StringIndexOutOfBoundsException
class with an argument indicating the illegal index.
System
class contains several useful class fields
and methods. ch
.
buffer
, offset
and length
state variables.
index
of this
vector to be the specified object.
true
.
length
state variable.
long
seed.
n
bytes of input from this input stream.
n
bytes of data from the
input stream.
n
bytes of data from this input
stream.
n
bytes
of data from the input stream, discarding the skipped
bytes.
skipBytes
method of DataInput
.
double
value.
run
method of this thread.
MIDlet
that it has entered the
Active state.
DAY_OF_WEEK
field indicating
Thursday.
Boolean
object corresponding to the primitive
value true
.
DAY_OF_WEEK
field indicating
Tuesday.
Thread
object.
Thread
object with the
given name.
Thread
object with a
specific target object whose run
method
is called.
Thread
object with the given
target and name.
Throwable
class is the superclass of all errors
and exceptions in the Java language. Throwable
with null
as
its error message string.
Throwable
with the specified error
message.
TimeZone
represents a time zone offset, and also figures
out daylight savings.
Timer
.String
to lower case.
double
argument.
Throwable
object.
Date
object to a String
of the form:
dow mon dd hh:mm:ss zzz yyyy
where:
dow is the day of the week (Sun, Mon, Tue, Wed,
Thu, Fri, Sat).
String
to upper case.
UTFDataFormatException
with
null
as its error detail message.
UTFDataFormatException
with the
specified detail message.
Vector
class implements a growable array of
objects. VirtualMachineError
with no detail message.
VirtualMachineError
with the specified
detail message.
Double
object initialized to the value
represented by the specified string.
Object
argument.
char
array
argument.
char
array argument.
boolean
argument.
char
argument.
int
argument.
long
argument.
float
argument.
double
argument.
DAY_OF_WEEK
field indicating
Wednesday.
Object.notify()
method or the
Object.notifyAll()
method for this object, or a
specified amount of time has elapsed.
Object.notify()
method or the
Object.notifyAll()
method for this object, or
some other thread interrupts the current thread, or a certain
amount of real time has elapsed.
Object.notify()
method or the
Object.notifyAll()
method for this object.
len
bytes from the specified byte array
starting at offset off
to this byte array output stream.
b
.
b
.
len
bytes from array
b
, in order, to
the output stream.
b
) to the underlying output stream.
len
bytes from the specified byte array
starting at offset off
to the underlying output stream.
b.length
bytes from the specified byte array
to this output stream.
len
bytes from the specified byte array
starting at offset off
to this output stream.
len
bytes from the specified byte array starting at
offset off
to this stream.
boolean
value to this output stream.
boolean
to the underlying output stream as
a 1-byte value.
v
.
byte
to the underlying output stream as
a 1-byte value.
char
value, which
is comprised of two bytes, to the
output stream.
char
to the underlying output stream as a
2-byte value, high byte first.
s
,
to the output stream, in order,
two bytes per character.
double
value,
which is comprised of eight bytes, to the output stream.
long
using the
doubleToLongBits
method in class Double
,
and then writes that long
value to the underlying
output stream as an 8-byte quantity, high byte first.
float
value,
which is comprised of four bytes, to the output stream.
int
using the
floatToIntBits
method in class Float
,
and then writes that int
value to the underlying
output stream as a 4-byte quantity, high byte first.
int
value, which is
comprised of four bytes, to the output stream.
int
to the underlying output stream as four
bytes, high byte first.
long
value, which is
comprised of four bytes, to the output stream.
long
to the underlying output stream as eight
bytes, high byte first.
short
to the underlying output stream as two
bytes, high byte first.
s
.
get
and set
indicating the
year.
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Solutions for concurrent processing patterns.
Automates how messages, events and communications are handled at the thread level.


I've had a love for soccer ever since I was little. My dad, aunts, and uncle all played soccer throughout college. I've been playing for the past 16 years and it's something that I can do to relieve stress and stay in shape while still having fun.
I also love traveling! I recently returned from studying abroad in Paris, France this past May. It was an unforgettable experience that allowed me to expand my views on the world! I visited so many amazing countries and cities while I was there; Austia, Czech Republic, and Spain. It made me realize how beautiful other parts of the world are and I can't get enough.
I am also very into the latest fashion, beauty, and makeup trends. For fun, I try to keep my social media accounts as aesthetic as possible while posting about what I'm wearing or what makeup look I have for that day.


On Thursday last, while trotting through the park, the parson was unhorsed, and fell into a ha-ha. Torrential rainfall during the previous week had filled the ditch with puddles, and when he clambered out, the parson was sopping wet. His horse had galloped away, and was nowhere to be seen, so the parson faced the prospect of having to walk the many miles back to his parsonage. The weather remained inclement, although it was no longer raining.
At this juncture, the parson felt the presence of the uncanny, just behind him. He span around, and saw an angel. Its wings were furled, its locks were golden. In one hand, it held a jar of mayonnaise, in the other a bottle of bleach. The parson was surprised to note that it wore black leather gloves.
“Take this jar and take this bottle,” said the angel. So mellifluous was its voice that the parson near swooned. He reached out, and took the mayonnaise and the bleach, and as soon as he did so, the angel vanished. Where it had stood there was a haze of gaseous mist. The parson was sore perplexed.
Just then, as astronomers had foretold, there was a partial eclipse of the sun and, as seismologists had foretold, a minor earthquake shook the ground on which the parson stood. He nearly toppled over, and would have fallen back into the ha-ha, and possibly smashed the jar and the bottle, both of which were glass, but he was a parson of stupendous balance. All the more surprising that he had been unhorsed.
The partial eclipse made the park dark. But in its jar, the mayonnaise had a creamy glow. The parson held it aloft, and it lit him on his way as he began his long journey home.
Having read the piece aloud to your class, posit the following questions. Allow the time indicated in each case for the tinies to scratch the answers upon their slates.
Why do you think the parson was unhorsed? (30 seconds)
What kind of angel would wear gloves? (30 seconds)
How likely is it that an eclipse and an earthquake would happen at the same time? (15 seconds)
Why did the angel present the parson with a bottle of bleach? (90 seconds)
Do you think the horse found its own way back to the parsonage? (30 seconds)
Of which noble gases would the haze of mist be composed? (120 seconds)
Now get the class to retell the story in such a way that the parson and the angel and the horse all swap rôles. (6 hours)


Writes data to the tag being currently read by the reader.
1023_0 (ver: 103) RFID Reader : Unsupported
1023_0 (ver: 104) RFID Reader : Unsupported
1023_0 (ver: 200) RFID Reader : Unsupported
1023_0 (ver: 201, 202, 203, 204) RFID Reader : Unsupported
1023_1 (ver: 205, 206) RFID Reader : Unsupported
1024_0 (ver: 100, 101, 103) RFID Reader/Writer : Supported
|
Device In Device # Identification |
|
error in (no error) error in can accept error information wired from VIs previously called. |
|
status status is TRUE (X) if an error occurred or FALSE (checkmark) to indicate a warning or that no error occurred. Right-click the error in control on the front panel and select Explain Error or Explain Warning from the shortcut menu for more information about the error. |
|
code code is the error or warning code. Right-click the error in control on the front panel and select Explain Error or Explain Warning from the shortcut menu for more information about the error. |
|
source source describes the origin of the error or warning. Right-click the error in control on the front panel and select Explain Error or Explain Warning from the shortcut menu for more information about the error. |
|
Tag String The data to write to the tag |
|
Protocol The communication protocol to use
|
|
Lock Tag If true, permanently locks the tag so that it cannot be re-written after this write. |
|
Device Out Same as Device In |
|
error out error out passes error or warning information out of a VI to be used by other VIs. |
|
status status is TRUE (X) if an error occurred or FALSE (checkmark) to indicate a warning or that no error occurred. Right-click the error out control on the front panel and select Explain Error or Explain Warning from the shortcut menu for more information about the error. |
|
code code is the error or warning code. Right-click the error out control on the front panel and select Explain Error or Explain Warning from the shortcut menu for more information about the error. |
|
source source describes the origin of the error or warning. Right-click the error out control on the front panel and select Explain Error or Explain Warning from the shortcut menu for more information about the error. |


I graduated from Luther College in 2021, with majors in Computer
Science, Data Science, and Music. I am currently a Senior Associate
Software Developer at SAS.
The clouds above contain info on several of my programming projects.
More can be found on
my GitHub page.
If you would like to contact me, please do so via email:
<EMAIL_ADDRESS>If you're interested, the source code for this website can be found
here. It was made exclusively with vanilla HTML and CSS. No CSS
frameworks or JavaScript were used.


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IntroductionCredit: Tim Peters, PythonLabs Algorithm research is what drew me to Pythonand I fell in love. It wasn't love at first sight, but it was an attraction that grew into infatuation, which grew steadily into love. And that love shows no signs of fading. Why? I've worked in fields pushing the state of the art, and, in a paradoxical nutshell, Python code is easy to throw away! When you're trying to solve a problem that may not have been solved before, you may have some intuitions about how to proceed, but you rarely know in advance exactly what needs to be done. The only way to proceed is to try things, many things, everything you can think of, just to see what happens. Python makes such exploration easier by minimizing the time and pain from conception to code: if your colleagues are using, for example, C or Java, it's not unusual for you to try (and discard) six different approaches in Python while they're still getting the bugs out of their first attempt. In addition, you will have naturally grown classes and modules that capture key parts of the problem domain, simply because you find the need to keep reinventing them when starting over from scratch. I've used many languages in my computer career, and I know of none more productive than Python for prototyping. Best of all, while being an expert is often helpful, moderate skill in Python is much easier to obtain than for many other languages, yet much more productive for research and prototyping than merely moderate skill in any other language I've used. You don't have to be an expert to start! So if you're in the research businessand every programmer who doesn't know everything occasionally isyou've got a nearly perfect language in Python. How then do you develop the intuitions that can generate a myriad of plausible approaches to try? Experience is the final answer, as we all get better at what we do often, but studying the myriad approaches other people have tried develops a firm base from which to explore. Toward that end, here are the most inspiring algorithm books I've read. They'll teach you possibilities you may never have discovered on your own:
To hone your skills, you can practice on an endless source of problems from the wonderful On-Line Encyclopedia of Integer Sequences, at http://www.research.att.com/~njas/sequences/Seis.html. When stress-testing upcoming Python releases, I sometimes pick a sequence at random from its list of sequences needing more terms and write a program to attempt an extension the sequence. Sometimes I'm able to extend a sequence that hasn't been augmented in years, in large part because Python has so many powerful features for rapid construction of new algorithms. Then the new terms are contributed to the database, where they benefit others. Give it a try! You may love it, but even if you hate it, you'll certainly find it challenging. Timing and timeit.pyThe first edition of this book contained a lengthy discussion of the difficulties in timing alternative approaches. Such difficulties include the fact that the resolution of time.time varies across platforms, and time.clock measures different things on different platforms (e.g., process CPU time on Linux systems, wall-clock time on Windows). It may still be important for some to learn all those details, but Python 2.3 introduced a new timeit module, which captures best practice and is perfectly suited to timing small programs with a minimum of fuss and pitfalls. Everyone should learn how to use timeit, and basic usage is very easy to learn. The simplest use of timeit is to pass one or more Python statements on the command line. Of course, shell syntax varies across platforms, so you may need to adjust these statements to the shell you use: % python timeit.py "100 + 200" 10000000 loops, best of 3: 0.0932 usec per loop % python timeit.py "100 - 200" 10000000 loops, best of 3: 0.0931 usec per loop As expected, integer addition and subtraction are just about equally expensive. (Don't fall into the trap of attributing any significance to differences as tiny as this one!) timeit picks the best way of measuring time on your platform and runs your code in a loop. The module tries a few times first to determine how many iterations to use in the loop, aiming at a total loop time between 0.2 and 2 seconds. When it determines a suitable number of iterations for the loop, it then runs the loop three times, reports the shortest time, and computes the time per loop iteration. The iterations per loop, and number of loops to run, can be forced to specific values with command-line options. See the Python Library Reference for details. (It's part of Python's online documentation and probably also comes in some handy form with your version of Python.) As always, you should keep your machine as quiet as possible when running timing tests. The primary reason timeit runs three repetitions of the loop and reports the minimum time is to guard against skewed results due to other machine activity. This is especially important when running snippets that do very little work, such as the preceding examples. In such cases, even just one unfortunate interruption can grossly increase the reported time. Even so, on my quiet machine, snippets that run this fast can still yield confusing results: % python timeit.py "100 + 200; 100 - 200" 10000000 loops, best of 3: 0.151 usec per loop % python timeit.py "100 + 200" "100 - 200" 10000000 loops, best of 3: 0.151 usec per loop One correct conclusion is that modern Python no longer has a time penalty for writing two statements on two lines, instead of squashing them together on one line separated by a semicolon. Older Pythons generated a SET_LINENO opcode at the start of each logical line of code, and those opcodes consumed time to execute! A more puzzling result is that adding and subtracting in one shot took 0.151 usec, but adding alone and subtracting alone took 0.0932 usec each. Why didn't we get 2*0.093 = 0.186 usec in the second experiment? The explanation is quite simple: timeit uses a fast iteration technique and doesn't try to subtract the iteration overhead from the reported results. When timing very fast snippets, this can be mildly disconcerting. Let's try to measure the overhead by timing a do-nothing statement: % python timeit.py "pass" 10000000 loops, best of 3: 0.0203 usec per loop While 0.02 usec is tiny, it's significant compared to the 0.093 usec reported for an integer add! Of course this effect diminishes to insignificance when timing more expensive operations: % python timeit.py "100**100" 100000 loops, best of 3: 4.04 usec per loop % python timeit.py "200**200" 100000 loops, best of 3: 9.03 usec per loop % python timeit.py "100**100" "200**200" 100000 loops, best of 3: 13.1 usec per loop Large integer exponentiation is much more expensive than adding small integers, and here the sum of the times for doing 100**100 and 200**200 in isolation is very close to the time for doing both at once. The timeit module supports several other command-line options, and a programmatic interface too, but I'll defer to the Python Library Reference for that information. To start making productive use of timeit, the only other option you need to know about is the ability to pass "setup" statements on the command line. These statements execute once, outside the loop containing the code you're timing. For example, import statements are often used, as well as code that populates data structures. For example (assuming a backslash \ is your shell's way to indicate that a long logical line continues in the next physical line): % python timeit.py -s "import random" \ -s "x=range(100000); random.shuffle(x)" "sorted(x)" 10 loops, best of 3: 152 msec per loop For each of the three loops, timeit constructed the randomly ordered array just once, then ran sorted(x) repeatedly inside the loop. This was so expensive that timeit ran only 10 iterations per loop and changed its reporting units from microseconds to milliseconds. (In Python 2.3, timeit always reported in microseconds, but in version 2.4, it tries to be more helpful by picking the appropriate reporting units.) This is very different from: % python timeit.py "import random" \ "x=range(100000); random.shuffle(x)" "sorted(x)" 10 loops, best of 3: 309 msec per loop This snippet timed all the operations: importing random, building the list, randomly permuting the list, and sorting the list. This preparation code takes longer than sorting does! You may be surprised that we see from the reported times that it took at least as long to build and shuffle the list as it took to sort it. The first two operations take O(n) time, but sorting random data takes O(n log n) time; given this, how can this strange measurement be explained? Why didn't sorting take longer? I won't explain that mystery here but will point out a more significant lesson: timing code always uncovers mysteries, and a timing tool as easy to use as timeit can be addictive. So be careful what you measure! Measuring itself will consume more of your time than you expect. As noted innumerable times by innumerable authors, the speed of most of your code doesn't matter at all. Find the 10% that consumes most of the time before worrying about any of it. When you find the true bottlenecks, timeit can help you measure the speed of alternatives objectivelyand you may be surprised by what you find. |


Home/End |
Jump to beginning / jump to end of indention. Press home twice to jump to beginning of line |
Ctrl+Home/End |
Jump to beginning / jump to end of source |
Ctrl+[→/←] |
Jump one word to the left / one word to the right |
Ctrl+Shift+[↓/↑] |
Jump to previous / jump to next method |
Ctrl+L |
Jump to Line Number. |
Ctrl+Q |
Jump to last location edited |
Ctrl+[.]/Ctrl+[,] |
Jump to next / previous compiler syntax warning or error |
Ctrl+Shift+P |
With a bracket selected: jump to the matching closing or opening bracket |
Ctrl+[↓]/Ctrl+[↑] |
Scroll Editor without changing cursor position |
Ctrl+F |
Open find and replace dialog |
Ctrl+K/Ctrl+Shift+K |
Find previous / find next occurrence of search term |
Ctrl+H |
Search Workspace |
Ctrl+J/Ctrl+Shift+J |
Incremental search forward / backwards |
Ctrl+Shift+O |
Open a resource search dialog to find any class |
Tab/Shift+Tab |
Increase / decrease indent of selected text |
Ctrl+I |
Correct indention of selected text or of current line |
Ctrl+Shift+F |
Autoformat all code in Editor using code formatter |
Ctrl+[/] |
Comment / uncomment line or selection |
Ctrl+Shift+[/] |
Add Block Comment around selection |
Ctrl+Shift+[\] |
Remove Block Comment |
Alt+Shift+J |
Add Element Comment |
Alt+Shift+R |
Rename selected element and all references |
Alt+Shift+V |
Move selected element to other class or file |
Ctrl+Shift+C |
Change method signature |
Alt+Shift+M |
Extract selection to method |
Alt+Shift+L |
Extract local variable: Create and assigns a variable from a selected expression |
Alt+Shift+I |
Inline selected local variables, methods, or constants if possible |
Ctrl+Space |
Opens Content Assist |
Ctrl+1 |
Open Quick Fix and Quick Assist |
Alt+[/] |
Propose word completion |
Ctrl+Shift+Insert |
Deactivate or activate Smart Insert Mode |
Shift+[→/←] |
Expand selection by one character to the left / right |
Ctrl+Shift+[→/←] |
Expand selection to next / previous word |
Shift+[↓/↑] |
Expand selection by one line down / one line up |
Shift+End/Home |
Expand selection to end / to beginning of line |
Ctrl+A |
Select all |
Ctrl+C/Ctrl+X/Ctrl+V |
Cut, copy and paste |
Ctrl+Z |
Undo last action |
Ctrl+Y |
Redo last (undone) action |
Ctrl+D |
Delete Line |
Alt+[↑/↓] |
Move current line or selection up or down |
Ctrl+Alt+[↑]/Ctrl+Alt+[↓] |
Duplicate current line or selection up or down |
Ctrl+Delete |
Delete next word |
Ctrl+Backspace |
Delete previous word |
Shift+Enter |
Enter line below current line |
Shift+Ctrl+Enter |
Enter line above current line |
Insert |
Switch between insert and overwrite mode |
Shift+Ctrl+Y |
Change selection to all lower case |
Shift+Ctrl+X |
Change selection to all upper case |
Ctrl+F11 |
Save and launch application (run) |
F11 |
Debug |
F5 |
Step Into function |
F6 |
Next step (line by line) |
F7 |
Step out |
F8 |
Skip to next Breakpoint |
Ctrl+O |
Show code outline / structure |
F2 |
Open class, method, or variable information |
F3 |
Jump to Declaration of selected class, method, or parameter |
F4 |
Open Type Hierarchy window for selected item |
Ctrl+T |
Show / open Quick Type Hierarchy for selected item |
Ctrl+Shift+T |
Open Type in Hierarchy |
Ctrl+Alt+H |
Open Call Hierarchy |
Ctrl+U |
Find occurrences of expression in current file |
Ctrl+[move over method] |
Open Declaration or Implementation |


Hi {{name}},
I'm Burak Emre, the developer of Rakam API and Rakam BI.
Thanks for signing up for Rakam. We’re very excited to have you on board.
Rakam is currently in beta and actively developed. If you have and suggestion or just found a bug, feel free to reach me by relying this email. This is my personal e-email address.
Also, I would appreciate if you can share your use-case of Rakam. I can help you to use Rakam efficiently and try to provide solutions for your problems.
Thanks, Burak Emre
P.S. Need help getting started? Check out our help documentation. Or, just reply to this email with any questions or issues you have. The Rakam support team is always excited to help you.
|


I think we should use data well and make wonderful things.
I love to work with data, Linux drivers, FPGAs, video streams, graphical programming languages, and my buddy's table saw.
I work as an electrical engineer at a small electronic product design firm in Indianapolis. We take ideas from napkin sketches to manufacturable products for everyone from tiny start-ups to massive corporations.
I live in downtown Indianapolis with my lovely wife Molly and our puppy. If you come visit us, we'll show you our favorite hot sauce place.
Below are some other ways to get in touch or learn more about me.
How could we display live data in way that is meaningless to the uninitiated, but immediately accessible to those who are in-the-know?
How about a lamp? A color-changing lamp. Lamps are everywhere.
The changes in color would seem decorative to most, but could clearly relay critical information to those looking for it.
Who would need this? How about a student and a teacher in a classroom? Students with emotional disorders often develop secret signals that allow the student to inform the teacher that she is getting stressed and might not be able to handle it. What if the lamp were connected to the student's FitBit, and communicated the sudden rise in her heart rate before she even realized it herself?
I'm working on a web-connected RGB lamp to use for this purpose. It uses a BeagleBone Black, which is fun. There will be a full write-up here, but for now you can track my progress on MIT's awesome site BuildInProgress.
project archive


{% load staticfiles %}
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\
Javascript
Functions
- 1) Function Declarations
- Functions are something similar to variables in that they can store information based on whatever we feed it with. These funtions can later be called upon. Look at the syntax below:
- A function declaration consists of:
- The function keyword.
- The name of the function, or its identifier, followed by parentheses.
- A function body, or the block of statements required to perform a specific task, enclosed in the function’s curly brackets, { }.
- A function declaration is a function that is bound to an identifier, or name. In the next exercise we’ll go over how to run the code inside the function body.
- We should also be aware of the hoisting feature in JavaScript which allows access to function declarations before they’re defined.
- Take a look at example of hoisting:
- Notice how hoisting allowed greetWorld() to be called before the greetWorld() function was defined! Since hoisting isn’t considered good practice, we simply want you to be aware of this feature.
console.log(greetWorld());
// Output: Hello, World! function greetWorld()
{ console.log('Hello, World!'); }
- 2) Calling a Function
- A function declaration does not ask the code inside the function body to run, it just declares the existence of the function. The code inside a function body runs, or executes, only when the function is called. To call a function in your code, you type the function name followed by parentheses.
- This function call executes the function body, or all of the statements between the curly braces in the function declaration.
- We can call the same function as many times as needed.
- 3) Parameters and Arguments
- Thus far, we have been dealing with functions without any sort of data enshrined into the smooth paraentheses. But this time, we shall add data into those parentheses which will be termed as our paramenters and arguments.
- Let’s observe how to specify parameters in our function declaration:
- In the diagram above, calculateArea(), computes the area of a rectangle, based on two inputs, width and height. The parameters are specified between the parenthesis as width and height, and inside the function body, they act just like regular variables. width and height act as placeholders for values that will be multiplied together.
- When calling a function that has parameters, we specify the values in the parentheses that follow the function name. The values that are passed to the function when it is called are called arguments. Arguments can be passed to the function as values or variables.
- In the function call above, the number 10 is passed as the width and 6 is passed as height. Notice that the order in which arguments are passed and assigned follows the order that the parameters are declared.
- The variables rectWidth and rectHeight are initialized with the values for the height and width of a rectangle before being used in the function call.
- By using parameters, calculateArea() can be reused to compute the area of any rectangle! Functions are a powerful tool in computer programming so let’s practice creating and calling functions with parameters.
- 4) Default Parameters
- One of the features added in ES6 is the ability to use default parameters. Default parameters allow parameters to have a default value incase no prior value has been assigned.
- Take a look at the code snippet below that uses a default parameter:
- greeting('Nick') // Output: Hello, Nick! greeting() // Output: Hello, stranger! In the example above, we used the = operator to assign the parameter name a default value of 'stranger'. This is useful to have in case we ever want to include a non-personalized default greeting!
- When the code calls greeting('Nick') the value of the argument is passed in and, 'Nick', will override the default parameter of 'stranger' to log 'Hello, Nick!' to the console.
- When there isn’t an argument passed into greeting(), the default value of 'stranger' is used, and 'Hello, stranger!' is logged to the console.
- By using a default parameter, we account for situations when an argument isn’t passed into a function that is expecting an argument.
function greeting (name = 'stranger')
{ console.log(`Hello, ${name}!`) }
- 5) Return
- Whenever we make use of the function property, unless the return operator is used, the result produced will inevitably be undefined. This is the default result without using the return operator. Consider the following example: function rectangleArea(width, height)
- In the code example, we defined our function to calculate the area of a width and height parameter. Then rectangleArea() is invoked with the arguments 5 and 7. But when we went to print the results we got undefined. Did we write our function wrong? No! In fact, the function worked fine, and the computer did calculate the area as 35, but we didn’t capture it. So how can we do that? With the keyword return!
{ let area = width * height }
console.log(rectangleArea(5, 7))
// Prints undefined
- To pass back information from the function call, we use a return statement. To create a return statement, we use the return keyword followed by the value that we wish to return. Like we saw above, if the value is omitted, undefined is returned instead.
- When a return statement is used in a function body, the execution of the function is stopped and the code that follows it will not be executed. Look at the example below:
- If an argument for width or height is less than 0, then rectangleArea() will return 'You need positive integers to calculate area!'. The second return statement width * height will not run.
- The return keyword is powerful because it allows functions to produce an output. We can then save the output to a variable for later use.
function rectangleArea(width, height) { if (width < 0 || height < 0)
{ return 'You need positive integers to calculate area!'; }
return width * height; }
- 6) Helper Functions
- We can also use the return function within another function. This property of using functions within other functions gives them the name of "helper functions."
- If we wanted to define a function that converts the temperature from Celsius to Fahrenheit, we could write two functions like:
- getFahrenheit() is called and 15 is passed as an argument.
- The code block inside of getFahrenheit() calls multiplyByNineFifths() and passes 15 as an argument.
- multiplyByNineFifths() takes the argument of 15 for the number parameter.
- The code block inside of multiplyByNineFifths() function multiplies 15 by (9/5), which evaluates to 27.
- 27 is returned back to the function call in getFahrenheit().
- getFahrenheit() continues to execute. It adds 32 to 27, which evaluates to 59.
- Finally, 59 is returned back to the function call getFahrenheit(15).
- We can use functions to section off small bits of logic or tasks, then use them when we need to. Writing helper functions can help take large and difficult tasks and break them into smaller and more manageable tasks.
function multiplyByNineFifths(number)
{ return number * (9/5); };
function getFahrenheit(celsius)
{ return multiplyByNineFifths(celsius) + 32; };
getFahrenheit(15);
// Returns 59 In the example above:
- 7)Function Expressions
- There is an alternative way to define a function inside an expression, and that is that we can use the function keyword. In a function expression, the function name is usually omitted, hence it is called an anonymous function. A function expression is often stored in a variable in order to refer to it.
- Consider the following function expression:
-
To declare a function expression:
- Declare a variable to make the variable’s name be the name, or identifier, of your function. Since the release of ES6, it is common practice to use const as the keyword to declare the variable.
- Assign as that variable’s value an anonymous function created by using the function keyword followed by a set of parentheses with possible parameters. Then a set of curly braces that contain the function body.
- To invoke a function expression, write the name of the variable in which the function is stored followed by parentheses enclosing any arguments being passed into the function.
- Unlike function declarations, function expressions are not hoisted so they cannot be called before they are defined.
variableName(argument1, argument2)
- 8)Arrow Functions
- ES6 introduced arrow function syntax, a shorter way to write functions by using the special “fat arrow” () => notation.
- Arrow functions remove the need to type out the keyword function every time you need to create a function. Instead, you first include the parameters inside the ( ) and then add an arrow => that points to the function body surrounded in { } like this:
- It’s important to be familiar with the multiple ways of writing functions because you will come across each of these when reading other JavaScript code.
const rectangleArea = (width, height) =>
{ let area = width * height;
return area;
};
- 9) Concise Body Arrow Functions
- Just like condensing with the arrow functions using the fat arrow, there is the capability within Javascript to refactor arrow function syntax. The most condensed form of the function is known as concise body. Here, we basically reduce long pieces of code into shorter simpler code. We’ll explore a few of these techniques below:
- Functions that take only a single parameter do not need that parameter to be enclosed in parentheses. However, if a function takes zero or multiple parameters, parentheses are required.
- A function body composed of a single-line block does not need curly braces. Without the curly braces, whatever that line evaluates will be automatically returned. The contents of the block should immediately follow the arrow => and the return keyword can be removed. This is referred to as implicit return.
- So if we have a function: const squareNum = (num) => { return num * num; }; We can refactor the function to: const squareNum = num => num * num; Notice the following changes:
- The parentheses around num have been removed, since it has a single parameter.
- The curly braces { } have been removed since the function consists of a single-line block.
- The return keyword has been removed since the function consists of a single-line block.
- Summary
- A function is a reusable block of code that groups together a sequence of statements to perform a specific task.
- A function declaration :
We've just navigated through functions!
In this lesson, we covered some important concepts about functions:
- A parameter is a named variable inside a function’s block which will be assigned the value of the argument passed in when the function is invoked:
- JavaScript syntax for declaring a function with parameters To call a function in your code:
- ES6 introduces new ways of handling arbitrary parameters through default parameters which allow us to assign a default value to a parameter in case no argument is passed into the function.
- To return a value from a function, we use a return statement.
- To define a function using function expressions:
- To define a function using arrow function notation:alt Function definition can be made concise using concise arrow notation:
- It’s good to be aware of the differences between function expressions, arrow functions, and function declarations. As you program more in JavaScript, you’ll see a wide variety of how these function types are used.


Framework7 comes with simple Notifications component that allows you to show some useful messages to user and request basic actions.
Framework7 comes with simple Notifications component that allows you to show some useful messages to user and request basic actions.


1. Import
EVENT_CONTACTS.csv
2. Form
You can use {name}, {email}, {phone}, {got_marked}, {matches} & {cliques} to format your message for the todo.txt list.Please replace "YOUR NAME" with your name or nickname - Same goes for "https://fb.com/yourpagename/"
3. Export
EVENT_CONTACTS_TODO.txt
No Data is saved on the Server - Files are deleted right after conversion. We are fully GDPR Compliant, no tracking is active on this site. www.speedfriending.at


This will show the
number of turns and hops it will take to get from any sector in the
universe to another. You can use this tool to avoid any surprise
as you travel between sectors. You know the universe is full of unexplained
phenomenon and just because you got from your home sector to this sector
with a great port in five moves doesn't mean you'll get back in five moves.
<I>
Inter-Sector Warps
This selection will
show you the warps lanes connected to any sector in the universe that you
have explored. You just enter the sector number and the computer
will show you every sector directly linked to that sector. The computer
will not have data to display for those sectors you have yet to explore.
<K>
Your Known Universe
As you travel through
space, you will be creating your personal travelogue. This will store
information about the sectors you've explored. Your computer will
use this information to give you your Port Reports and Inter-Sector Warps.
You may wish to see what sectors you have (or don't have) in your travelogue.
This option will tell you. You will see what percentage of the universe
you have visited and the computer will ask if you want the list of Explored
or Unexplored sectors. When you reply, you will get a list of sector
numbers.
<R>
Port Report
This report gives
you relatively up-to-date information about any port located in a sector
which you have explored. All you have to do is enter the sector number
in which the port is located. You will see items being traded at
the port, the status of each of those items (whether the port is buying
them or selling them), the number of units the port is willing to trade
(and what percentage of maximum that number represents) and how many of
each of the commodities you have in your holds. If for some reason
you get the message that the computer has no information on that port and
you are sure there is a port in the sector you indicated, there may be
enemy forces in that sector interfering with your computer's scan.
<U>
T-Warp Preference
Once you have a TransWarp
drive, this option will let you chose whether or not you want to have the
prompt to use this feature each time you try to move to a non-adjacent
sector. If you say "Yes", you will get the prompt. If you say
"No", you will simply get the autopilot prompt. The next time you
want to use the TWarp drive, you will have to go into this option to restart
it.
<V>
Avoid Sectors
You will sometimes
find sectors containing things that are detrimental to your success in
the game. This function will avoid those sectors when doing any course
plotting. You just have to enter the sector or sectors to be by-passed
before you use the computer to plot a course or to establish a route for
your AutoPilot. If the computer encounters a situation where there
is not possible route between the sectors you requested, then all voids
will be cleared and will have to be re-entered before any future course
calculations.
<X>
List Current Avoids
When you want to see
just what sectors are being avoided when the computer charts your course,
use this selection. You can use this information to determine if
you want to make any changes. Due to the limited functionality of
this module of the computer, if you want to remove one or more avoided
sectors from the list, you must clear the entire list and re-enter the
sector numbers you still want to bypass.
<!>
Computer Help
Display the portion
of the documentation describing the Computer functions.
<Q>
Exit Computer
This option will return
you to the bridge of your ship.


Once when I was still in school I was assigned a 3 week group project building a program in MATLAB. All the students were assigned to pairs and initially everything seemed to be working between my partner and I. We finished the assignment after 2 weeks in the computer lab and showed our working code to the professor. He thought it was good and would receive a good grade.
Unfortunately, a 'good grade' wasn't good enough for my partner. The night before the assignment was due he unilaterally, and without telling me, decided to improve the code by adding more functionality. While trying to do this, he modified the core of the program in a number of ways which broke it. He had directly overwritten the old code and there was no easy way to revert. Two hours before the assignment was due I received a panicked phone call from my partner telling me he had broken our project, there was no backup, and would I please come to the computer lab to help him fix it.
I rushed over to the computer lab and asked him why he had done this without asking me. He said he thought it would be an easy change and didn't want to bother me. I read over the remaining code and it was a mess. We were so time pressured and I was so angry that I spent the remaining time sitting beside him and coding in silence. We turned the project in an hour late but the professor was very understanding, although surprised that it wasn't as good as the work we had shown him a week earlier.
Two days later my partner and I met up again. The situation still stung but we had a good conversation about what had happened. I told him how angry and hurt I had been about him changing the code without asking me. I also apologized for refusing to talk to him for 2 hours while we worked side by side. He reiterated that he was sorry and was only trying to get us a better grade. He also said he had learned not to do it again. It was good to talk about the situation and I actually think not saying anything in the heat of the moment, while socially awkward, did prevent a potentially pointless and destructive conversation from happening. My partner and I are still friends and have even gotten to the point where we can joke about what has come to be known as "the MATLAB incident".


2 references to CimWriteMessage
Microsoft.Management.Infrastructure.CimCmdlets (2)
CimSessionProxy.cs (1)
829
CimWriteMessage
action = new(channel, message);
CimWriteMessage.cs (1)
36
/// Initializes a new instance of the <see cref="
CimWriteMessage
"/> class.


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A pet or companion animal is an animal kept primarily for a person's company, protection, or entertainment rather than as a working animal, livestock, or laboratory animal. Popular pets are often noted for their attractive appearances or relatable personalities.
Pets provide their owners (or "guardians") both physical and emotional benefits. Walking a dog can provide both the human and the dog with exercise, fresh air, and social interaction. Pets can give companionship to people who are living alone or elderly adults who do not have adequate social interaction with other people. There is a medically approved class of therapy animals, mostly dogs or cats, that are brought to visit confined humans, such as children in hospitals or elders in nursing homes. Pet therapy utilizes trained animals and handlers to achieve specific physical, social, cognitive or emotional goals with patients.
Teeny Paws offers the ultimate pet shop experience. It really is a paradise for pets and pet owners. We have all the pet supplies, pet food, and even you can take a tour with your family and friends.
All our store colleagues are fully trained in pet care and dedicated to the welfare of your animals, with most of them being experienced pet owners themselves. So whether you are a new owner or an expert, our store colleagues are on hand to help you make the right choices.
We believe in and promote responsible pet ownership. Not only are pets great companions and family members but there is evidence that they can help reduce stress in adults and help children to learn about life and even do better at school!
If you are thinking of buying a pet, our trained store colleagues will spend time with you to make sure that you choose the right pet to suit yours and the animal's lifestyles. By matching owners and pets we hope to ensure a long and happy relationship.
German Shepherd,
Labrador Retriver,
Rottweiler.
British Shorthair,
Siamese Cat,
Bengal Cat.


Crosswalk migration test - part 2
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public class Exceptions
extends java.lang.Object
| Modifier and Type | Field | Description |
|---|---|---|
static int |
ADDRESS_EXCEPTION_LOAD |
|
static int |
ADDRESS_EXCEPTION_STORE |
|
static int |
ARITHMETIC_OVERFLOW_EXCEPTION |
|
static int |
BREAKPOINT_EXCEPTION |
|
static int |
DIVIDE_BY_ZERO_EXCEPTION |
|
static int |
EXTERNAL_INTERRUPT_DISPLAY |
|
static int |
EXTERNAL_INTERRUPT_KEYBOARD |
The exception number is stored in coprocessor 0 cause register ($13)
Note: the codes for External Interrupts have been modified from MIPS
specs in order to encode two pieces of information.
|
static int |
FLOATING_POINT_INEXACT |
|
static int |
FLOATING_POINT_INVALID_OP |
|
static int |
FLOATING_POINT_OVERFLOW |
|
static int |
FLOATING_POINT_UNDERFLOW |
|
static int |
ILLEGAL_INSTRUCTION_EXCEPTION |
|
static int |
RESERVED_INSTRUCTION_EXCEPTION |
|
static int |
SYSCALL_EXCEPTION |
|
static int |
TRAP_EXCEPTION |
| Constructor | Description |
|---|---|
Exceptions() |
| Modifier and Type | Method | Description |
|---|---|---|
static void |
setFCSRRegister(int cause) |
Set the cause for which an the exception was thrown in the FCSR register
|
static void |
setRegisters(int cause) |
Given MIPS exception cause code, will place that code into
coprocessor 0 CAUSE register ($13), set the EPC register to
"current" program counter, and set Exception Level bit in STATUS register.
|
static void |
setRegisters(int cause,
long addr) |
Given MIPS exception cause code and bad address, place the bad address into VADDR
register ($8) then call overloaded setRegisters with the cause code to do the rest.
|
public static final int EXTERNAL_INTERRUPT_KEYBOARD
public static final int EXTERNAL_INTERRUPT_DISPLAY
public static final int FLOATING_POINT_INEXACT
public static final int FLOATING_POINT_UNDERFLOW
public static final int FLOATING_POINT_OVERFLOW
public static final int DIVIDE_BY_ZERO_EXCEPTION
public static final int FLOATING_POINT_INVALID_OP
public static final int ADDRESS_EXCEPTION_LOAD
public static final int ADDRESS_EXCEPTION_STORE
public static final int RESERVED_INSTRUCTION_EXCEPTION
public static final int ARITHMETIC_OVERFLOW_EXCEPTION
public static final int TRAP_EXCEPTION
public static final int ILLEGAL_INSTRUCTION_EXCEPTION
public static final int SYSCALL_EXCEPTION
public static final int BREAKPOINT_EXCEPTION
public static void setRegisters(int cause)
cause
- The cause code (see Exceptions for a list)public static void setFCSRRegister(int cause)
cause
- the cause for which an the exception was thrown in the FCSR registerpublic static void setRegisters(int cause, long addr)
cause
- The cause code (see Exceptions for a list). Should be address exception.addr
- The address that caused the exception.


--- title: Fulcro Home Page layout: home ---
{{ site.description | default: site.github.project_tagline }}
Developer's Guide Go to Github Community siteFulcro picks up where Om Next left off, and provides a completed story for writing data-driven web applications.
Fulcro's architecture spans the entire stack. You can still use any technologies you wish (SQL, Datomic, GraphQL, and even REST if you want), but the architecture provides APIs and structure that help you interface consistently across your enterprise.
Concentrate on solving your real application problems. Fulcro defines a small set of primitives, a normalized client-side graph data model, and a clear interface between that model and external data souces. Your application is all about the data model, and providing the architecture for managing that model across the entire stack reduces the number of things you have to cope with when solving your real problems.
Take a look at the Developer's Guide.
Evaluating tools for web development can be a monumental task. Fulcro is a full-stack, batteries-included library that is aimed at making data-driven applications for the web. Some of the core goals are to preserve local reasoning, ease production support, and maintain rapid development.
Each set of tools have particular strengths that may or may not be a good fit. To help you evaluate it, you might want to:
We're using Fulcro at figshare for some internal projects, and we're actually impressed with how Fulcro, by offering a complete story, just removes most of the accidental complexity from our code. Fulcro really challenges your assumptions regarding front-end complexity and just how much of it is inherent and incidental.
Adi Enasoaie - figshare CTO
We started our product with re-frame, but as it grew the ease of re-frame turned into complexity in our application, resulting in lot's of bugs and inefficiencies. When we ported to Fulcro many of our bugs and inefficiencies were completely solved by the solid data model and full-stack integration.
Mitchel Kuijpers
Fulcro is the best web framework for using Lisp in 2016. It's for building robust applications and solving difficult problems, not building a mediocre blog in a weekend. At AdStage it was our first full stack Clojure project and it took 3 developers 4 months to deliver the smoothest launch in our company's history.
Karan Toor
With Fulcro all the plumbing is built-in, and I'm impressed on how often my assumptions match with their implementation. Because of this I can focus on the specifics of the application.
Wilker Lucio


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A introduction to Tinydb the NoSQL alternative to SQLite for a self contained, serverless database.
Let face it the future of the internet revolves around APIs, we are in a data-driven world and the format that we move this data is JSON. So it would be logical to have a database that speaks JSON and NoSQL database often provide a JSON like syntax that work well with this data.
enter TinyDB...
TinyDB is a Document oriented NoSQL database that was written with only about 1200 lines of code! Just like with SQLite, TinyDB is great for quick and small scoped projects and testing. The database is stored in a .json file which as you guessed it is a simple json file that you can query later.Best of all it is written in good 'ole Python.
Example: Storing API Responses with TinyDB
In this example I am going to show you how to store a json formatted API response to a TinyDB databate. From there you can add, remove and modify entries within the database.
Installing TinyDB
You can install TinyDB using PIP.
pip install tinydb
Using TinyDB
Just like with any other python module you can import TinyDB but it is best practice to import the submodules TinyDB and Query (see below).
from tinydb import TinyDB, Query
Then you will need to create a database object
db = TinyDB('dbname.json')
After that you are all set, just work directly with the database object you just created.
Setting up your API Call
For this example we will be using the People In Space API available from Open Notify. This API return a list of all of the members currently on the International Space Station. To use this API you need to sent a HTTP request to http://api.open-notify.org/astros.json with no authentication or parameters required and you will get back a JSON formatted response with all of the current astronauts on the ISS. So in python the request to get the JSON back looks like this...
import requests
response = requests.get("http://api.open-notify.org/astros.json")
data = response.json()
So if we print data we should get the following output:
print(data)
{'number': 6, 'people': [{'craft': 'ISS', 'name': 'Sergey Rizhikov'}, {'craft': >'ISS', 'name': 'Andrey Borisenko'}, {'craft': 'ISS', 'name': 'Shane Kimbrough'}, {'craft': 'ISS', 'name': 'Oleg Novitskiy'}, {'craft': 'ISS', 'name': 'Thomas Pesquet'}, {'craft': 'ISS', 'name': 'Peggy Whitson'}], 'message': 'success'}
Adding API Call Results to TinyDB
Now we want to put the people from that JSON response into a TinyDB database. So to do this we need to learn how to add a entry into a TinyDB database. TinyDB has a couple of functions that allow you to modify the database file you are working with.
Inserting Data
To insert or add data into your database you would use db.insert(...)
Updating Data
To update information in your database you would use db.update(fields, query)
this works by updating all elements matching the query with fields.
Right now we want to add every entry from the list of people in space so we will be using insert. So if we wanted to add the Sergey Rizhikov from the data above we would use the syntax db.insert({'craft': 'ISS', 'name': 'Sergey Rizhikov'})
. But we dont want to copy-paste every person in space, so iterating through the people section of the JSON output and putting that into the db.insert()
statement using the below code should populate our database.
for person in data['people']:
db.insert(person)
and using db.all()
which prints out the contents of your tiny database confirms the people were inserted into the database.
db.all()
{'craft': 'ISS', 'name': 'Sergey Rizhikov'} {'craft': 'ISS', 'name': 'Andrey Borisenko'} {'craft': 'ISS', 'name': 'Shane Kimbrough'} {'craft': 'ISS', 'name': 'Oleg Novitskiy'} {'craft': 'ISS', 'name': 'Thomas Pesquet'}
Querying the Database
Now that we have data in our database, it would be useful to be able to retieve from it. TinyDB allows you to query that data by using a Query() object. So if you wanted to get a list of all the people in space on the ISS you can use this code:
Astro = Query()
db.search(Astro.craft == 'ISS')
Unsuprisingly you will get all of the entries put in with ISS as the craft (which is all of them). But what if you wanted to search for a speciifc person like Peggy? Well you could you use this code:
db.search(Astro.name.search('Peggy'))
Which will return only people with Peggy in their name
[{'craft': 'ISS', 'name': 'Peggy Whitson'}]
Modifying the code to search for anyone with 'Pe'
in their name with this syntax db.search(Astro.name.search('Pe'))
returns the following:
[{'craft': 'ISS', 'name': 'Thomas Pesquet'}, {'craft': 'ISS', 'name': 'Peggy Whitson'}]
Updating the fields in the Database
Now what if one of the people in space changes the craft they are on from the ISS to Tiangong 1 (We will call it T1) we can update their data by following the syntax we previously talked about. So lets send Peggy Whitson to T1.
db.update({'craft':'T1'}, Astro.name.search('Peggy') )
Now checking db.all()
you should now see Peggy on the T1 craft.
[{'craft': 'ISS', 'name': 'Sergey Rizhikov'}, {'craft': 'ISS', 'name': 'Andrey Borisenko'}, {'craft': 'ISS', 'name': 'Shane Kimbrough'}, {'craft': 'ISS', 'name': 'Oleg Novitskiy'}, {'craft': 'ISS', 'name': 'Thomas Pesquet'}, {'craft': 'T1', 'name': 'Peggy Whitson'}]
Removing Data from the Database
Lets now send someone home, TinyDB allows you to remove entries in the database using db.remove()
where it will remove all of the entries matching the query placed inside of the parenthesis. Lets send Shane home and remove him from the database with the following code:
db.remove(Astro.name.search('Shane'))
Now checking db.all()
we see that Shane is no longer in the database output.
[{'craft': 'ISS', 'name': 'Sergey Rizhikov'}, {'craft': 'ISS', 'name': 'Andrey Borisenko'}, {'craft': 'ISS', 'name': 'Oleg Novitskiy'}, {'craft': 'ISS', 'name': 'Thomas Pesquet'}, {'craft': 'T1', 'name': 'Peggy Whitson'}]
Clearing the database
Last but not least if you want to clear out the database you can just run db.purge()
and you will have a nice and empty database to work with.
For more TinyDB info:


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Ezekiel 15:3
Shall wood be taken thereof to do any work? or will men take a pin of it to hang any vessel thereon?


July 19, 2022
To date, the best thing about the Angels' year has been their City Connect jerseys. Despite having two of the best players in baseball in Mike Trout and Shohei Ohtani, they are 10.5 games out of the Wild Card race, and 20.5 in the division. In an effort to see if their season was truly lost, I set out to find a series of trades that would give them at least a 50% chance of making the postseason according to Satchel, my MLB projections model.
I gave myself two constraints on the trades I could make. First, Ohtani and Trout could not be traded. Second, I could only make trades that were approved in the Baseball Trade Values Trade Simulator. All trade values mentioned in the rest of this article were taken from the trade simulator.
Trying to determine which teams consider themselves sellers at the deadline and which front offices are willing to give up major league talent for prospects is beyond the scope of this project, though I did initially attempt to trade primarily with teams out of the playoff races. However, I eventually reached a point where I needed to trade with teams that were ahead of the Angels in the Wild Card (Seattle and Tampa Bay) both to make the Angels better and to make the competition worse. As a result, some of the trades got a little ridiculous. Additionally, I had to rely a lot on adding cash to make deals happen. This was partially because the trade simulator has a cap on the number of players that can be included in a trade, and partially because I simply ran out of high value players in the Angels' system to trade. With that in mind, here are the six deals I made.
| Angels Get | Nationals Get |
|---|---|
| 1B Josh Bell | 2B Michael Stephanic |
| 3B Jonathan Villar | |
| 3B Werner Blakely (Low-A - #21 Prospect) |
The goal of this first trade was to upgrade the bat at first base. Bell brings a 148 wRC+ to the lineup, compared to Jared Walsh's 93. Additionally, Walsh has a fairly high trade value, so I assumed I would have to move him at some point to shore up other weaknesses in the roster, leaving space in the lineup for Bell.
I was able to successfully construct a trade for Juan Soto that involved the Angels taking on Stephen Strasburg's contract and sending over many of their top prospects. However, I needed those prospect to make other deals, so I decided against making it.
This trade added a couple of wins to the projected total, leaving plenty more work to be done.
| Angels Get | Cubs Get |
|---|---|
| C Willson Contreras | C Max Stassi |
| 2B Nico Hoerner | RP Jose Quijada |
| SS Arol Vera (Low-A - #2 Prospect) | |
| SP Ky Bush (AA - #4 Prospect) | |
| SP Mason Erla (AA - #22 Prospect) | |
| $4 Million |
This is the first of many trades where I threw some money in to fill the gap in value. Contreras is an obvious upgrade at catcher and very likely to be available, while Hoerner fills the gap at second left by the Stephanic trade. I did have to give up a couple of highly ranked prospect to complete the deal, but given the singular goal of getting the Angels to the postseason this year, it was worth it.
| Angels Get | Reds Get |
|---|---|
| SP Louis Castillo | 1B Jarded Walsh |
| 2B Mike Moustakas | OF Jordyn Adams (AA - #6 prospect) |
| OF Nick Senzel | C Edgar Quero (Low A - #8 prospect) |
This trade was interesting, because it basically boiled down to being willing to eat Moustakas' massive contract and barely replacement level play in order to land Castillo and Senzel. Moustakas' -27.6 trade value offset most of Castillo's 41.2 value, making it possible to put together a solid prospect package for a needed starter.
| Angels Get | Mariners Get |
|---|---|
| OF Julio Rodriguez | OF Brandon Marsh |
| SP Robbie Ray | SP Patrick Sandoval |
| SS Denzer Guzman (High-A - #5 prospect) | |
| SS Jeremiah Jackson (AA - #7 prospect) | |
| $10 Million |
As mentioned earlier, I quickly realized that given talent constraints both on the market and in the Angels' system, I needed to make some trades that would weaken teams ahead of the Angels, even if they were a bit ridiculous. This is one of those ridiculous trades. There is no real chance Seattle actually trades Julio Rodriguez. However, based on trade values, it is theoretically possible. I once again had to take on a player with highly negative trade value in Robbie Ray to make the trade happen. Add in the #5 and #7 prospects in the Angels' system according to MLB.com, and what amounts to a $10 million bribe to not win this year, and you have a deal.
Compared to the three previous trades, the marginal effect on playoff odds is huge because it significantly weakens the Mariners lineup.
| Angels Get | Rays Get |
|---|---|
| RP Pete Fairbanks | RP Austin Warren |
| RP J.P. Feyereisen | RP Andrew Wantz |
| OF Kevin Kiermair | OF Jo Adell |
| OF Orlando Martinez (AA) | |
| $7 Million |
Trade number five served two purposes. First, it weakened a competitor. Second, it added some depth to a bullpen that, according to Baseball-Reference's Wins Above Average positional table, is the third worst in the majors. Trading Jo Adell also frees up room on the roster for the other outfielders I picked up. The $7 million in cash is another bribe for the Rays to throw in the towel on this season.
| Angels Get | Mariners Get |
|---|---|
| SP Logan Gilbert | OF Taylor Ward |
| SS J.P. Crawford | SS Luis Rengifo |
| 2B Adam Frazier | SP José Suarez |
| 3B Eugenio Suárez | 1B David MacKinnon |
| INF Andrew Velazquez | |
| SP Janson Junk (AAA - #10 Prospect) | |
| $10 Million |
In the final trade, I steal from the Mariners again. This trade was interesting because Eugenio Suárez has a -13.6 trade value despite putting together a solid season so far. This offset some value coming from Crawford and Gilbert (40.6 and 54.5, respectively) while giving me a replacement for Villar at third and taking a bat away from a team ahead in the standings.
The marginal impact of this trade was huge. Turns out when you take three starters and a key piece of the rotation from one team and give it to a division rival, they don't perform well over the rest of the season.
After all of that, here is the new starting lineup and rotation for the Angels:
With Frazier, Moustakas, and Kiermair on the bench.
I do not claim this is the only, or event the best, way to get the Angels to the postseason. But with this team, the Angels project to go 47-23 in the final 70 games of the year, increasing the probability they make the postseason to 52.43%.
| Team | Wins to Date | Losses to Date | Wins RoS | Losses RoS | Projected Wins | Projected Losses | Make Playoffs (%) |
|---|---|---|---|---|---|---|---|
| LAA | 39 | 53 | 47 | 23 | 86 | 76 | 52.43 |
What have we learned? It is technically not impossible for the Angels to make the postseason this year. All they need to do is trade nine of their top 25 prospects and send $31 million to other teams to make it happen. This would of course require a few GMs losing their mind and accepting trades that would alienate the fan base and almost certainly cost them their jobs. So, unfortunately for Angels fans, they will probably need to wait a bit longer to see October baseball.
For fun, I also simulated what would happen if the Angels swapped their starting lineup with the AL All Stars, and what would happen if they swapped their entire roster for the current MLB WAR leaders in each position (again only keeping Trout and Ohtani in both cases). Unsurprisingly, they become World Series favorites in both scenarios and project to dominate the second half.
| Angels | All Stars |
|---|---|
| Jared Walsh | Vladimir Guerrero (TOR) |
| Michael Stefanic | Andres Gimenez (CLE) |
| Jonathan Villar | Rafael Devers (BOS) |
| Luis Rengifo | Tim Anderson (CHW) |
| Brandon Marsh | Aaron Judge (NYY) |
| Taylor Ward | Giancarlo Stanton (NYY) |
| Max Stassi | Alejandro Kirk (TOR) |
With all the All Star position players, the Angels would have the starting lineup and pitching staff below.
 A lot. If this were to happen, the Angels would immediately become World Series favorites and be about as certain to make the postseason as possible.I haven't been able to find the highest second-half winning percentages in MLB history, but it seems like a safe bet that the .742 rate this team is projected for would be near the top of that list.
| Team | Wins to Date | Losses to Date | Wins RoS | Losses RoS | Projected Wins | Projected Losses | Make Playoffs (%) |
|---|---|---|---|---|---|---|---|
| LAA | 39 | 53 | 52 | 18 | 91 | 71 | 78.74 |
| Angels | WAR Leader |
|---|---|
| Jared Walsh | Paul Goldschmidt (STL) |
| Michael Stefanic | Tommy Edman (STL) |
| Jonathan Villar | Nolan Arenado (STL) |
| Luis Rengifo | Dansby Swanson (ATL) |
| Brandon Marsh | Yordan Alvarez (HOU) |
| Taylor Ward | Aaron Judge (NYY) |
| Max Stassi | Alejandro Kirk (TOR) |
| Reid Detmers | Sandy Alcantara (MIA) |
| Patrick Sandoval | Carlos Rodon (SFG) |
| Jose Suarez | Kevin Gausman (TOR) |
| Noah Syndergaard | Aaron Nola (PHI) |
| Raisel Iglesias | Ryan Helsley (STL) |
| Ryan Tepera | Edwin Diaz (NYM) |
| Aaron Loup | Michael King (NYY) |
| Jose Quijada | Devin Williams (MIL) |
| Austin Warren | A.j. Minter (ATL) |
| Andrew Wantz | Clay Holmes (NYY) |
| Jose Marte | Reynaldo Lopez (CHW) |
| Jaime Barria | Taylor Rogers (SDP) |
| Elvis Peguero | Anthony Bass (MIA) |
Giving the Angels all the MLB WAR leaders at every position (including the pitching staff) makes them a juggernaut.
Not only would this make them a lock to get into the postseason, but it would actually make them a 97 win team thanks to a 58-12 second half. That winning percentage over a full season would be the highest ever, amounting to 134 wins.
| Team | Wins to Date | Losses to Date | Wins RoS | Losses RoS | Projected Wins | Projected Losses | Make Playoffs (%) |
|---|---|---|---|---|---|---|---|
| LAA | 39 | 53 | 58 | 12 | 97 | 65 | 97.65 |
Last Updated: July 20, 2022
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*


Back in 1980 I was a freshman at a small liberal arts college in the northeastern U.S. I had begun to experiment with drugs other than my mainstay of marijuana used during my high school years.
One night I was partying with my friend I'll call L. We were smoking bong hits and adding some powdered cocaine to the tops of the pot hits. I don't remember that we were smoking anything particularly potent but what followed was something I wonder about to this day. We were sitting cross legged on the floor facing each other. I took another hit and put the bong down. All of a sudden, I felt myself levitating and bringing L up with me until we were about 6 feet up and hovering just below the ceiling. I remember looking right at L and being calm and as content as the Cheshire Cat. We stayed floating there for what seemed like 30 seconds and then we _ever_ so gently returned to the floor.
I have often wondered whether we were physically floating or whether our spirits were briefly freed from their normal constraints. I am leaning towards the latter. The gentleness of the whole experience really struck me. I felt as if we were being cared for by a higher power and to this day I think about this and am confident that we are not alone and are cared for and loved by being(s) that we can't ordinarily perceive. I was also awed by the fact that we both perceived this phenomenon simultaneously. When we were back on the ground, L asked me 'were we just floating'? Yes, yes we were.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


{% extends "base_generic.html" %} {% block content %}
Welcome to the LocalLibrary
A best place to read books online and download for offline use.
Your visits: {{ num_visits }}.


title('Shuttle Schedule')
->navbar_image('shuttleschedule')
->header('Shuttle Schedule')
->breadcrumb_home();
$page->content_begin();
?>
Daytime Shuttles:
Nighttime Saferide Shuttles:
Running
Not currently running
$page->content_end();
$page->extra_footer("Map service provided by Facilities Department and");
?>


Build Enhancements for Docker
Estimated reading time: 7 minutesDocker Build is one of the most used features of the Docker Engine - users ranging from developers, build teams, and release teams all use Docker Build.
Docker Build enhancements for 18.09 release introduces a much-needed overhaul of the build architecture. By integrating BuildKit, users should see an improvement on performance, storage management, feature functionality, and security.
- Docker images created with buildkit can be pushed to Docker Hub and DTR just like Docker images created with legacy build
- the Dockerfile format that works on legacy build will also work with buildkit builds
- The new
--secret
command line option allows the user to pass secret information for building new images with a specified Dockerfile
For more information on build options, see the reference guide on the command line build options.
Requirements
- System requirements are docker-ce x86_64, ppc64le, s390x, aarch64, armhf; or docker-ee x86_64 only
- Network connection required for downloading images of custom frontends
Limitations
- Only supported for building Linux containers
- BuildKit mode is compatible with UCP 3.2 or newer
- BuildKit mode is incompatible with Swarm Classic
To enable buildkit builds
Easiest way from a fresh install of docker is to set the DOCKER_BUILDKIT=1
environment variable when invoking the docker build
command, such as:
$ DOCKER_BUILDKIT=1 docker build .
To enable docker buildkit by default, set daemon configuration in /etc/docker/daemon.json
feature to true and restart the daemon:
{ "features": { "buildkit": true } }
New Docker Build command line build output
New docker build BuildKit TTY output (default):
$ docker build .
[+] Building 70.9s (34/59)
=> [runc 1/4] COPY hack/dockerfile/install/install.sh ./install.sh 14.0s
=> [frozen-images 3/4] RUN /download-frozen-image-v2.sh /build buildpa 24.9s
=> [containerd 4/5] RUN PREFIX=/build/ ./install.sh containerd 37.1s
=> [tini 2/5] COPY hack/dockerfile/install/install.sh ./install.sh 4.9s
=> [vndr 2/4] COPY hack/dockerfile/install/vndr.installer ./ 1.6s
=> [dockercli 2/4] COPY hack/dockerfile/install/dockercli.installer ./ 5.9s
=> [proxy 2/4] COPY hack/dockerfile/install/proxy.installer ./ 15.7s
=> [tomlv 2/4] COPY hack/dockerfile/install/tomlv.installer ./ 12.4s
=> [gometalinter 2/4] COPY hack/dockerfile/install/gometalinter.install 25.5s
=> [vndr 3/4] RUN PREFIX=/build/ ./install.sh vndr 33.2s
=> [tini 3/5] COPY hack/dockerfile/install/tini.installer ./ 6.1s
=> [dockercli 3/4] RUN PREFIX=/build/ ./install.sh dockercli 18.0s
=> [runc 2/4] COPY hack/dockerfile/install/runc.installer ./ 2.4s
=> [tini 4/5] RUN PREFIX=/build/ ./install.sh tini 11.6s
=> [runc 3/4] RUN PREFIX=/build/ ./install.sh runc 23.4s
=> [tomlv 3/4] RUN PREFIX=/build/ ./install.sh tomlv 9.7s
=> [proxy 3/4] RUN PREFIX=/build/ ./install.sh proxy 14.6s
=> [dev 2/23] RUN useradd --create-home --gid docker unprivilegeduser 5.1s
=> [gometalinter 3/4] RUN PREFIX=/build/ ./install.sh gometalinter 9.4s
=> [dev 3/23] RUN ln -sfv /go/src/github.com/docker/docker/.bashrc ~/.ba 4.3s
=> [dev 4/23] RUN echo source /usr/share/bash-completion/bash_completion 2.5s
=> [dev 5/23] RUN ln -s /usr/local/completion/bash/docker /etc/bash_comp 2.1s
New docker build BuildKit plain output:
$ docker build --progress=plain .
#1 [internal] load .dockerignore
#1 digest: sha256:d0b5f1b2d994bfdacee98198b07119b61cf2442e548a41cf4cd6d0471a627414
#1 name: "[internal] load .dockerignore"
#1 started: 2018-08-31 19:07:09.246319297 +0000 UTC
#1 completed: 2018-08-31 19:07:09.246386115 +0000 UTC
#1 duration: 66.818µs
#1 started: 2018-08-31 19:07:09.246547272 +0000 UTC
#1 completed: 2018-08-31 19:07:09.260979324 +0000 UTC
#1 duration: 14.432052ms
#1 transferring context: 142B done
#2 [internal] load Dockerfile
#2 digest: sha256:2f10ef7338b6eebaf1b072752d0d936c3d38c4383476a3985824ff70398569fa
#2 name: "[internal] load Dockerfile"
#2 started: 2018-08-31 19:07:09.246331352 +0000 UTC
#2 completed: 2018-08-31 19:07:09.246386021 +0000 UTC
#2 duration: 54.669µs
#2 started: 2018-08-31 19:07:09.246720773 +0000 UTC
#2 completed: 2018-08-31 19:07:09.270231987 +0000 UTC
#2 duration: 23.511214ms
#2 transferring dockerfile: 9.26kB done
Overriding default frontends
The new syntax features in Dockerfile
are available if you override the default frontend. To override
the default frontend, set the first line of the Dockerfile
as a comment with a specific frontend image:
# syntax = <frontend image>, e.g. # syntax = docker/dockerfile:1.0-experimental
New Docker Build secret information
The new --secret
flag for docker build allows the user to pass secret information to be used in the Dockerfile for building docker images in a safe way that will not end up stored in the final image.
id
is the identifier to pass into the docker build --secret
. This identifier is associated with the RUN --mount
identifier to use in the Dockerfile. Docker does not use the filename of where the secret is kept outside of the Dockerfile, since this may be sensitive information.
dst
renames the secret file to a specific file in the Dockerfile RUN
command to use.
For example, with a secret piece of information stored in a text file:
$ echo 'WARMACHINEROX' > mysecret.txt
And with a Dockerfile that specifies use of a buildkit frontend docker/dockerfile:1.0-experimental
, the secret can be accessed.
For example:
# syntax = docker/dockerfile:1.0-experimental
FROM alpine
RUN --mount=type=secret,id=mysecret cat /run/secrets/mysecret # shows secret from default secret location
RUN --mount=type=secret,id=mysecret,dst=/foobar cat /foobar # shows secret from custom secret location
This Dockerfile is only to demonstrate that the secret can be accessed. As you can see the secret printed in the build output. The final image built will not have the secret file:
$ docker build --no-cache --progress=plain --secret id=mysecret,src=mysecret.txt .
...
#8 [2/3] RUN --mount=type=secret,id=mysecret cat /run/secrets/mysecret
#8 digest: sha256:5d8cbaeb66183993700828632bfbde246cae8feded11aad40e524f54ce7438d6
#8 name: "[2/3] RUN --mount=type=secret,id=mysecret cat /run/secrets/mysecret"
#8 started: 2018-08-31 21:03:30.703550864 +0000 UTC
#8 1.081 WARMACHINEROX
#8 completed: 2018-08-31 21:03:32.051053831 +0000 UTC
#8 duration: 1.347502967s
#9 [3/3] RUN --mount=type=secret,id=mysecret,dst=/foobar cat /foobar
#9 digest: sha256:6c7ebda4599ec6acb40358017e51ccb4c5471dc434573b9b7188143757459efa
#9 name: "[3/3] RUN --mount=type=secret,id=mysecret,dst=/foobar cat /foobar"
#9 started: 2018-08-31 21:03:32.052880985 +0000 UTC
#9 1.216 WARMACHINEROX
#9 completed: 2018-08-31 21:03:33.523282118 +0000 UTC
#9 duration: 1.470401133s
...
Using SSH to access private data in builds
Acknowledgment: Please see Build secrets and SSH forwarding in Docker 18.09 for more information and examples.
The docker build
has a --ssh
option to allow the Docker Engine to forward SSH agent connections. For more information
on SSH agent, see the OpenSSH man page.
Only the commands in the Dockerfile
that have explicitly requested the SSH access by defining type=ssh
mount have
access to SSH agent connections. The other commands have no knowledge of any SSH agent being available.
To request SSH access for a RUN
command in the Dockerfile
, define a mount with type ssh
. This will set up the
SSH_AUTH_SOCK
environment variable to make programs relying on SSH automatically use that socket.
Here is an example Dockerfile using SSH in the container:
# syntax=docker/dockerfile:experimental
FROM alpine
# Install ssh client and git
RUN apk add --no-cache openssh-client git
# Download public key for github.com
RUN mkdir -p -m 0600 ~/.ssh && ssh-keyscan github.com >> ~/.ssh/known_hosts
# Clone private repository
RUN --mount=type=ssh git clone git@github.com:myorg/myproject.git myproject
Once the Dockerfile
is created, use the --ssh
option for connectivity with the SSH agent.
$ docker build --ssh default .
Troubleshooting : issues with private registries
x509: certificate signed by unknown authority
If you are fetching images from insecure registry (with self-signed certificates) and/or using such a registry as a mirror, you are facing a known issue in Docker 18.09 :
[+] Building 0.4s (3/3) FINISHED
=> [internal] load build definition from Dockerfile
=> => transferring dockerfile: 169B
=> [internal] load .dockerignore
=> => transferring context: 2B
=> ERROR resolve image config for docker.io/docker/dockerfile:experimental
------
> resolve image config for docker.io/docker/dockerfile:experimental:
------
failed to do request: Head https://repo.mycompany.com/v2/docker/dockerfile/manifests/experimental: x509: certificate signed by unknown authority
Solution : secure your registry properly. You can get SSL certificates from Let’s Encrypt for free. See https://docs.docker.com/registry/deploying/
image not found when the private registry is running on Sonatype Nexus version < 3.15
If you are running a private registry using Sonatype Nexus version < 3.15, and receive an error similar to the following :
------
> [internal] load metadata for docker.io/library/maven:3.5.3-alpine:
------
------
> [1/4] FROM docker.io/library/maven:3.5.3-alpine:
------
rpc error: code = Unknown desc = docker.io/library/maven:3.5.3-alpine not found
you may be facing the bug below : https://issues.sonatype.org/browse/NEXUS-12684
Solution is to upgrade your Nexus to version 3.15 or above.
build, security, engine, secret, buildkit


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