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| adevent | Adverse Events Data |
| adjusted | Methods for General Linear Hypotheses |
| adjusted_calpha | Methods for General Linear Hypotheses |
| cftest | Testing Estimated Coefficients |
| Chisqtest | Methods for General Linear Hypotheses |
| cholesterol | Cholesterol Reduction Data Set |
| cld | Set up a compact letter display of all pair-wise comparisons |
| cld.confint.glht | Set up a compact letter display of all pair-wise comparisons |
| cld.glht | Set up a compact letter display of all pair-wise comparisons |
| cld.summary.glht | Set up a compact letter display of all pair-wise comparisons |
| cml | Chronic Myelogenous Leukemia survival data. |
| coef.glht | Methods for General Linear Hypotheses |
| confint.glht | Methods for General Linear Hypotheses |
| contrMat | Contrast Matrices |
| detergent | Detergent Durability Data Set |
| fattyacid | Fatty Acid Content of Bacillus simplex. |
| Ftest | Methods for General Linear Hypotheses |
| glht | General Linear Hypotheses |
| glht.character | General Linear Hypotheses |
| glht.expression | General Linear Hypotheses |
| glht.matrix | General Linear Hypotheses |
| glht.mcp | General Linear Hypotheses |
| glht.mlf | General Linear Hypotheses |
| litter | Litter Weights Data Set |
| mcp | General Linear Hypotheses |
| mlf | Simultaneous Inference for Multiple Marginal Models |
| mmm | Simultaneous Inference for Multiple Marginal Models |
| modelparm | Generic Accessor Function for Model Parameters |
| mtept | Multiple Endpoints Data |
| parm | Model Parameters |
| plot.cld | Plot a cld object |
| plot.confint.glht | Methods for General Linear Hypotheses |
| plot.glht | Methods for General Linear Hypotheses |
| recovery | Recovery Time Data Set |
| sbp | Systolic Blood Pressure Data |
| summary.glht | Methods for General Linear Hypotheses |
| trees513 | Frankonian Tree Damage Data |
| univariate | Methods for General Linear Hypotheses |
| univariate_calpha | Methods for General Linear Hypotheses |
| vcov.glht | Methods for General Linear Hypotheses |
| waste | Industrial Waste Data Set |


--- layout: docpage title: "Documentation" is_homepage: false is_sphinx_doc: true doc-parent: "Troubleshooting" doc-title: "Cassandra Logs" doc-header-links: ' ' doc-search-path: "../search.html" extra-footer: ' ' ---
Cassandra has rich support for logging and attempts to give operators maximum insight into the database while at the same time limiting noise to the logs.
Cassandra has three main logs, the system.log
, debug.log
and
gc.log
which hold general logging messages, debugging logging messages, and
java garbage collection logs respectively.
These logs by default live in ${CASSANDRA_HOME}/logs
, but most Linux
distributions relocate logs to /var/log/cassandra
. Operators can tune
this location as well as what levels are logged using the provided
logback.xml
file.
system.log
¶This log is the default Cassandra log and is a good place to start any investigation. Some examples of activities logged to this log:
GCInspector
messages indicating long garbage collector pauses. When long
pauses happen Cassandra will print how long and also what was the state of
the system (thread state) at the time of that pause. This can help narrow
down a capacity issue (either not enough heap or not enough spare CPU).StartupChecks
that ensure optimal configuration of the operating system
to run CassandraAs with any application, looking for ERROR
or WARN
lines can be a
great first step:
$ # Search for warnings or errors in the latest system.log
$ grep 'WARN\|ERROR' system.log | tail
...
$ # Search for warnings or errors in all rotated system.log
$ zgrep 'WARN\|ERROR' system.log.* | less
...
debug.log
¶This log contains additional debugging information that may be useful when
troubleshooting but may be much noiser than the normal system.log
. Some
examples of activities logged to this log:
This log can be very noisy, so it is highly recommended to use grep
and
other log analysis tools to dive deep. For example:
$ # Search for messages involving a CompactionTask with 5 lines of context
$ grep CompactionTask debug.log -C 5
...
$ # Look at the distribution of flush tasks per keyspace
$ grep "Enqueuing flush" debug.log | cut -f 10 -d ' ' | sort | uniq -c
6 compaction_history:
1 test_keyspace:
2 local:
17 size_estimates:
17 sstable_activity:
gc.log
¶The gc log is a standard Java GC log. With the default jvm.options
settings you get a lot of valuable information in this log such as
application pause times, and why pauses happened. This may help narrow
down throughput or latency issues to a mistuned JVM. For example you can
view the last few pauses:
$ grep stopped gc.log.0.current | tail
2018-08-29T00:19:39.522+0000: 3022663.591: Total time for which application threads were stopped: 0.0332813 seconds, Stopping threads took: 0.0008189 seconds
2018-08-29T00:19:44.369+0000: 3022668.438: Total time for which application threads were stopped: 0.0312507 seconds, Stopping threads took: 0.0007025 seconds
2018-08-29T00:19:49.796+0000: 3022673.865: Total time for which application threads were stopped: 0.0307071 seconds, Stopping threads took: 0.0006662 seconds
2018-08-29T00:19:55.452+0000: 3022679.521: Total time for which application threads were stopped: 0.0309578 seconds, Stopping threads took: 0.0006832 seconds
2018-08-29T00:20:00.127+0000: 3022684.197: Total time for which application threads were stopped: 0.0310082 seconds, Stopping threads took: 0.0007090 seconds
2018-08-29T00:20:06.583+0000: 3022690.653: Total time for which application threads were stopped: 0.0317346 seconds, Stopping threads took: 0.0007106 seconds
2018-08-29T00:20:10.079+0000: 3022694.148: Total time for which application threads were stopped: 0.0299036 seconds, Stopping threads took: 0.0006889 seconds
2018-08-29T00:20:15.739+0000: 3022699.809: Total time for which application threads were stopped: 0.0078283 seconds, Stopping threads took: 0.0006012 seconds
2018-08-29T00:20:15.770+0000: 3022699.839: Total time for which application threads were stopped: 0.0301285 seconds, Stopping threads took: 0.0003789 seconds
2018-08-29T00:20:15.798+0000: 3022699.867: Total time for which application threads were stopped: 0.0279407 seconds, Stopping threads took: 0.0003627 seconds
This shows a lot of valuable information including how long the application was paused (meaning zero user queries were being serviced during the e.g. 33ms JVM pause) as well as how long it took to enter the safepoint. You can use this raw data to e.g. get the longest pauses:
$ grep stopped gc.log.0.current | cut -f 11 -d ' ' | sort -n | tail | xargs -IX grep X gc.log.0.current | sort -k 1
2018-08-28T17:13:40.520-0700: 1.193: Total time for which application threads were stopped: 0.0157914 seconds, Stopping threads took: 0.0000355 seconds
2018-08-28T17:13:41.206-0700: 1.879: Total time for which application threads were stopped: 0.0249811 seconds, Stopping threads took: 0.0000318 seconds
2018-08-28T17:13:41.638-0700: 2.311: Total time for which application threads were stopped: 0.0561130 seconds, Stopping threads took: 0.0000328 seconds
2018-08-28T17:13:41.677-0700: 2.350: Total time for which application threads were stopped: 0.0362129 seconds, Stopping threads took: 0.0000597 seconds
2018-08-28T17:13:41.781-0700: 2.454: Total time for which application threads were stopped: 0.0442846 seconds, Stopping threads took: 0.0000238 seconds
2018-08-28T17:13:41.976-0700: 2.649: Total time for which application threads were stopped: 0.0377115 seconds, Stopping threads took: 0.0000250 seconds
2018-08-28T17:13:42.172-0700: 2.845: Total time for which application threads were stopped: 0.0475415 seconds, Stopping threads took: 0.0001018 seconds
2018-08-28T17:13:42.825-0700: 3.498: Total time for which application threads were stopped: 0.0379155 seconds, Stopping threads took: 0.0000571 seconds
2018-08-28T17:13:43.574-0700: 4.247: Total time for which application threads were stopped: 0.0323812 seconds, Stopping threads took: 0.0000574 seconds
2018-08-28T17:13:44.602-0700: 5.275: Total time for which application threads were stopped: 0.0238975 seconds, Stopping threads took: 0.0000788 seconds
In this case any client waiting on a query would have experienced a 56ms latency at 17:13:41.
Note that GC pauses are not _only_ garbage collection, although generally speaking high pauses with fast safepoints indicate a lack of JVM heap or mistuned JVM GC algorithm. High pauses with slow safepoints typically indicate that the JVM is having trouble entering a safepoint which usually indicates slow disk drives (Cassandra makes heavy use of memory mapped reads which the JVM doesn’t know could have disk latency, so the JVM safepoint logic doesn’t handle a blocking memory mapped read particularly well).
Using these logs you can even get a pause distribution with something like histogram.py:
$ grep stopped gc.log.0.current | cut -f 11 -d ' ' | sort -n | histogram.py
# NumSamples = 410293; Min = 0.00; Max = 11.49
# Mean = 0.035346; Variance = 0.002216; SD = 0.047078; Median 0.036498
# each ∎ represents a count of 5470
0.0001 - 1.1496 [410255]: ∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎∎
1.1496 - 2.2991 [ 15]:
2.2991 - 3.4486 [ 5]:
3.4486 - 4.5981 [ 1]:
4.5981 - 5.7475 [ 5]:
5.7475 - 6.8970 [ 9]:
6.8970 - 8.0465 [ 1]:
8.0465 - 9.1960 [ 0]:
9.1960 - 10.3455 [ 0]:
10.3455 - 11.4949 [ 2]:
We can see in this case while we have very good average performance something is causing multi second JVM pauses … In this case it was mostly safepoint pauses caused by slow disks:
$ grep stopped gc.log.0.current | cut -f 11 -d ' ' | sort -n | tail | xargs -IX grep X gc.log.0.current| sort -k 1
2018-07-27T04:52:27.413+0000: 187831.482: Total time for which application threads were stopped: 6.5037022 seconds, Stopping threads took: 0.0005212 seconds
2018-07-30T23:38:18.354+0000: 514582.423: Total time for which application threads were stopped: 6.3262938 seconds, Stopping threads took: 0.0004882 seconds
2018-08-01T02:37:48.380+0000: 611752.450: Total time for which application threads were stopped: 10.3879659 seconds, Stopping threads took: 0.0004475 seconds
2018-08-06T22:04:14.990+0000: 1113739.059: Total time for which application threads were stopped: 6.0917409 seconds, Stopping threads took: 0.0005553 seconds
2018-08-14T00:04:06.091+0000: 1725730.160: Total time for which application threads were stopped: 6.0141054 seconds, Stopping threads took: 0.0004976 seconds
2018-08-17T06:23:06.755+0000: 2007670.824: Total time for which application threads were stopped: 6.0133694 seconds, Stopping threads took: 0.0006011 seconds
2018-08-23T06:35:46.068+0000: 2526830.137: Total time for which application threads were stopped: 6.4767751 seconds, Stopping threads took: 6.4426849 seconds
2018-08-23T06:36:29.018+0000: 2526873.087: Total time for which application threads were stopped: 11.4949489 seconds, Stopping threads took: 11.4638297 seconds
2018-08-23T06:37:12.671+0000: 2526916.741: Total time for which application threads were stopped: 6.3867003 seconds, Stopping threads took: 6.3507166 seconds
2018-08-23T06:37:47.156+0000: 2526951.225: Total time for which application threads were stopped: 7.9528200 seconds, Stopping threads took: 7.9197756 seconds
Sometimes reading and understanding java GC logs is hard, but you can take the raw GC files and visualize them using tools such as GCViewer which take the Cassandra GC log as input and show you detailed visual information on your garbage collection performance. This includes pause analysis as well as throughput information. For a stable Cassandra JVM you probably want to aim for pauses less than 200ms and GC throughput greater than 99% (ymmv).
Java GC pauses are one of the leading causes of tail latency in Cassandra (along with drive latency) so sometimes this information can be crucial while debugging tail latency issues.
If the default logging levels are insuficient, nodetool
can set higher
or lower logging levels for various packages and classes using the
nodetool setlogginglevel
command. Start by viewing the current levels:
$ nodetool getlogginglevels
Logger Name Log Level
ROOT INFO
org.apache.cassandra DEBUG
Perhaps the Gossiper
is acting up and we wish to enable it at TRACE
level for even more insight:
$ nodetool setlogginglevel org.apache.cassandra.gms.Gossiper TRACE
$ nodetool getlogginglevels
Logger Name Log Level
ROOT INFO
org.apache.cassandra DEBUG
org.apache.cassandra.gms.Gossiper TRACE
$ grep TRACE debug.log | tail -2
TRACE [GossipStage:1] 2018-07-04 17:07:47,879 Gossiper.java:1234 - Updating
heartbeat state version to 2344 from 2343 for <IP_ADDRESS>:7000 ...
TRACE [GossipStage:1] 2018-07-04 17:07:47,879 Gossiper.java:923 - local
heartbeat version 2341 greater than 2340 for <IP_ADDRESS>:7000
Note that any changes made this way are reverted on next Cassandra process
restart. To make the changes permanent add the appropriate rule to
logback.xml
.
diff --git a/conf/logback.xml b/conf/logback.xml
index b2c5b10..71b0a49 100644
--- a/conf/logback.xml
+++ b/conf/logback.xml
@@ -98,4 +98,5 @@ appender reference in the root level section below.
</root>
<logger name="org.apache.cassandra" level="DEBUG"/>
+ <logger name="org.apache.cassandra.gms.Gossiper" level="TRACE"/>
</configuration>
Cassandra 4.0 additionally ships with support for full query logging. This
is a highly performant binary logging tool which captures Cassandra queries
in real time, writes them (if possible) to a log file, and ensures the total
size of the capture does not exceed a particular limit. FQL is enabled with
nodetool
and the logs are read with the provided bin/fqltool
utility:
$ mkdir /var/tmp/fql_logs
$ nodetool enablefullquerylog --path /var/tmp/fql_logs
# ... do some querying
$ bin/fqltool dump /var/tmp/fql_logs/20180705-00.cq4 | tail
Query time:<PHONE_NUMBER>224
Query: SELECT * FROM system_virtual_schema.columns WHERE keyspace_name =
'system_views' AND table_name = 'sstable_tasks';
Values:
Type: single
Protocol version: 4
Query time:<PHONE_NUMBER>072
Query: select * from keyspace1.standard1 ;
Values:
$ nodetool disablefullquerylog
Note that if you want more information than this tool provides, there are other live capture options available such as packet capture.


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(Daily Eagle, February 27, 1895)
Swami Vivekananda, the Hindu monk, lectured in Historical hall Monday night under the auspices of the Brooklyn Ethical association, on "India's Gift to the World". There were about two hundred and fifty people in the hall when the Swami stepped on the platform. Much interest was manifested on account of the denial by Mrs. James McKeen, president of the Brooklyn Ramabai circle, which is interested in Christian work in India, of the statement attributed to the lecture that the child widows of India were not protected [ill-treated]. In no part of his lecture was reference made to this denial, but after he had concluded, one of the audience asked the lecturer what explanation he had to make to the statement. Swami Vivekananda said that it was untrue that child widows were abused or ill treated in any way. He added:
"It is a fact that some Hindus marry very young. Others marry when they have attained a fair age and some do not marry at all. My grandfather was married when quite a child. My father when he was 14 years old and I am 30 years old and am not yet married. When a husband dies all his possessions go to his widow. If a widow is poor she is the same as poor widows in any other country. Old men sometimes marry children, but if the husband was wealthy it was all the better for the widow the sooner he died. I have traveled all over India, but failed to see a case of the ill treatment mentioned. At one time there were religious fanatics, widows, who threw themselves into a fire and were consumed by the flames at the death of their husbands. The Hindus did not believe in this, but did not prevent it, and it was not until the British obtained control of India that it was finally prohibited. These women were considered saints and in many instances monuments were erected to their memory."


| Interface | Description |
|---|---|
| Broadcast<Message extends Serializable> |
General interface for broadcast.
|
| DoublyLinkedRingOverlay | |
| LeaderElection |
Leader Election interface
|
| NetworkSizeCounter | |
| Overlay |
The Overlay object is implemented by classes that export a view
for use by a Protocol.
|
| PeerSamplingService | |
| RootedTree |
Tree overlay abstraction
|
| SinglyLinkedRingOverlay | |
| TreeOverlay |
This interface is structurally identical to overlay, but serves as a
tag to
distinguish protocols that build a tree, as opposed to other overlays
|
| Class | Description |
|---|---|
| Aggregator<Summary,Aggregate> |
Parametric aggregator class.
|
| CTRWPeerSampler |
Peer sampling protocol based on the paper
"Peer counting and sampling in overlay networks based on random walks" by
Ganesh, Kermarrec, Merrer, Massoulie
|
| CTRWPeerSampler.SamplingMessage | |
| Merge |
Serves as a base class for different merge operators.
|
| MergeCorrelated |
Merge two protocols in such a way that the composite protocol gossips
both
subprotocols to the same target peer as frequently as possible, while still
respecting individual address distributions.
|
| MergeIndependent |
Merge two protocols so that they make independent gossip choices.
|
| MergeOperator | |
| MergeShuffle |
Merge two protocols in such a way that the composite protocol gossips
both
subprotocols to the same target peer as frequently as possible, while still
respecting individual address distributions.
|
| ProtocolAdapter |
ProtocolAdapter wraps another protocol, passing rate/select/update
directly
through
It serves as a base for operations that modify other protocols' existing
behavior.
|
| RateScalar |
Scale the rate of a protocol
|
| RootedTree.ChildOverlay |
An overlay that causes nodes to gossip only to their children
|
| RoundRobinOverlay | |
| StaticOverlay |
An unchanging overlay.
|
| Enum | Description |
|---|---|
| MergeSelectionCase |


The product of numbers from a to b Open on Hyperskill
Write a program that prints the production of all integer numbers from
a to
b (
a <
b).
Include a and exclude b from the production.
Sample Input:
1 2
Sample Output:
1
Sample Input:
100 105
Sample Output:
11035502400
Memory limit: 256 Mb
Time limit: 5s
Show topic summary


|
MOTS Finder
Find non-star-shaped MOTSs
|
Base of the NumericExpression system. More...
Classes | |
| class | ExpressionWarning |
| Warning issued when expressions might not evaluate as expected. More... | |
| class | NumericExpression |
| Parent class for numeric expressions. More... | |
| class | SimpleExpression |
| Base class for simple functions. More... | |
Functions | |
| def | isclose (a, b, rel_tol=None, abs_tol=None, use_mp=False) |
| Test if two numbers agree within an absolute/relative tolerance. More... | |
| def | _noop_context (_args, _kwargs) |
| Empty context manager used as placeholder. | |
Variables | |
| _zero | |
Base of the NumericExpression system.
The idea is to have a notion of a numeric expression which is 'self aware' and can e.g. produce efficient derivatives of itself. Furthermore, we want to be able to build composite expressions out of other, more basic expressions.
In order to achieve this and to allow using the same expression in a fast, purely floating point context and easily switch to a slower arbitrary precision context, the definition and configuration of an expression is decoupled from the so-called 'evaluator' objects.
Something similar could have been achieved using SymPy symbolic expressions, but then we have no control over how the analytic derivatives of expressions are actually computed (and they would need to be computed at runtime).
As a simple example, let's create a Chebyshev polynomial expression and multiply it with a function:
Note that the plot_1d
command knows about NumericExpression
objects, so you could plot the expression with either of the following two lines:
| def motsfinder.exprs.numexpr.isclose | ( | a, | |
| b, | |||
rel_tol = None , |
|||
abs_tol = None , |
|||
use_mp = False |
|||
| ) |
Test if two numbers agree within an absolute/relative tolerance.
For floating point comparison (i.e. if use_mp==False
), the default relative tolerance is 1e-9
and the absolute one 0.0
.


Import orders is an option where a user can import orders into application using a .csv file .
When you click on the import orders tab available on home page the following screen appears .
Figure 10.1
Download Sample CSV file is an option where a user can download order details so as to know the format of order .
Figure 10.2
The below is the downloaded sample csv file, Prepare the .csv file in the below format with required information. The fields which have * mark are mandatory.
Figure 10.3
A user can upload order details to application in the .csv format by clicking choose file option .
Figure 10.4
As soon as you upload a file , click upload then the following message is displayed on the top left corner of the screen .
Figure 10.5
You can view the details by downloading report by clicking on the download report link , the following are the details of the report when you click on download report link .
Figure 10 .6
If it is success, we got Success Status in the file after downloading error report .
Figure 10.7


Wellesley Registration
Information
(current)
Planning
Registration
Search
Log In
« Previous
Current Registration
Classes Currently Enrolled in:
Course Title
Meeting Time
Instructor
Drop Course


Look in all the dictionaries, there is no word for what we do. It's not ‘tradition’, though our craft is timeless. ‘Limitless’ is too limiting. ‘Enduring’ is not enduring enough. ‘Innovation’ can only begin to describe it. We sculpt, paint and explore. But explorers, sculptors and painters we are not. This is the only thing we make. The only thing we will ever make. There is no word for what we do. There's only a way. The Rolex Way.
The Rolex Way ro • lex A way of doing things unlike any other.The way we make watches, the only thing we will ever make.‘Precise’ is too imprecise for our attention to detail.‘Tradition’ is too conventional for the innovation we undertake.We sculpt, paint and explore. But sculptors, painters and explorers we are not.There is no word for what we do.There is only a way.The Rolex Way.
Read more about what we do and our philosophy of design. Judge for yourself The work and results we’ve achieved for other clients, and meet our highly experienced Team who just love to design.
Tell Us Your StoryFar far away, behind the word mountains, far from the countries Vokalia and Consonantia, there live the blind texts. Separated they live in Bookmarksgrove right at the coast of the Semantics
"This Company created an e-commerce site with the tools to make our business a success, with innovative ideas we feel that our site has unique elements that make us stand out from the crowd."
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Jean-Frédéric Dufour CEO
"This Company created an WATCH WORLD with the tools to make our business a success, with innovative ideas we feel that our site has unique elements that make us stand out from the crowd."
Jean-Frédéric Dufour CEO


3rd year students can now fill in their choices for the open elective courses offered to them in the 6th semester. Unlike the first come first serve basis, students will be preferred for a particular course considering their CGPIs. Students who fail to fill in their choices within deadline will be enrolled in any course RANDOMLY . You will be given course descriptions of various courses and you can choose accordingly. NOTE: You will be required to enter the password which you can get from the offices of your respective departments.


This is just a sentence.This is just a sentence.This is just a sentence.This is just a sentence.This is just a sentence.This is just a sentence.This is just a sentence.This is just a sentence.
Example block-level help text here.


This step describes how to download buildroot, and build an image.
Create a working directory on the Linux host PC, for instance:
~$ mkdir -p lfs/rpi3/small_img
~$ cd lfs/rpi3/small_img
~/lfs/rpi3/min_img$
Download and extract the latest released version of buildroot:
~/lfs/rpi2/min_img$ wget --no-check-certificate https://buildroot.org/downloads/buildroot-2017.11.tar.bz2
~/lfs/rpi2/min_img$ tar -f buildroot-2017.11.tar.bz2 -x
~/lfs/rpi2/min_img$ cd buildroot-2017.11/
~/lfs/rpi2/small_img/buildroot-2017.11/$
Use either make config or make xconfig to adjust the configuration.
The configuration is:
Target options
- Target Architecture: AARCH64 (little endian)
Build options
Toolchain
- Custom kernel headers series4.9.x
System configuration
- Root password: root (or any password you want)
Kernel
- Kernel versionCustom Git repository
- URL of custom repositoryhttps://github.com/raspberrypi/linux.git
- Custom repository versionrpi-4.9.y
- Defconfig namebcmrpi3
- Select: Build a Device Tree Blob (DTB)
- Device Tree Source file namesbroadcom/bcm2710-rpi-3-b
Target packages
- Hardware handling / Firmware - Select: rpi-firmware
Filesystem images
- Select: cpio the root filesystem (for use as an initial RAM filesystem)
- Compression method: gzip
Host utilities
- Select: host dosfstools
- Select: host genimage
- Select: host mtools
Notes:
- By default, the build will use all cpu cores. Specify the maximum number of cores you want to use
(For instance, my machine at home is 8-cores CPU, I usually use 4 or 6 cores for the build)
You can download the configuration file
rpi3_small_img_defconfig
If you want to use the configuration file instead of changing the configuration manuall, you can use these steps:
~/lfs/rpi3/small_img/buildroot-2017.11$ wget https://rawgit.com/osingla/LinuxFromScratch/gh-pages/rpi3/small_img/rpi3_small_img_defconfig
~/lfs/rpi3/small_img/buildroot-2017.11$ mv rpi3_small_defconfig configs/
~/lfs/rpi3/small_img/buildroot-2017.11$ make rpi3_small_img_defconfig
Depending of the speed of your build machine and your Internet speed, the build could take a while, typically in the 20 to 30 minutes for a first time build.
Build now:
~/lfs/rpi3/small_img/buildroot-2017.11$ make
Once the build is done, you will have the kernel, the Device Tree Blob (DTB), and the root filesystem tar file:
~/lfs/rpi3/small_img/buildroot-2017.11$ tree --charset unicode -L 2 output/images/
output/images/
|-- bcm2710-rpi-3-b.dtb
|-- Image
|-- rootfs.cpio
|-- rootfs.cpio.gz
|-- rootfs.tar
`-- rpi-firmware
|-- bootcode.bin
|-- cmdline.txt
|-- config.txt
|-- fixup.dat
|-- overlays
`-- start.elf
2 directories, 10 files


Quickstart guide¶
imcascade
is a method to fit sources in astronomical images. This is accomplished using the multi-Gaussian expansion method which models the galaxy as a mixture of Gaussians. For more details please read the in-depth example. What follows is a (very) brief introduction to the basic usage of imcascade
.
In this short example we will fit an analytic, circular, Sersic profile with \(n = 1.5\), \(r_e = 6\) and total flux, \(F = 250\), we have convolved the profile with a Moffat PSF with \(\alpha = 3\) and \(\gamma = 3\) and added purely Gaussian noise.
In a hidden cell I have intialized the cutout in the 2D array sci
and the pixelized PSF saved in the 2D array psf
. Below I show to 2D images of each
[2]:
fig,(ax1,ax2) = plt.subplots(1,2, figsize = (12,6))
ax1.imshow(sci)
ax1.set_title('Image to be fit')
ax2.imshow(psf)
ax2.set_title('PSF image')
plt.show()
The initialize_fitter
function is designed to take a pixelized science images (as 2D arrays or fits files) and help initalize a Fitter
instance which will be used below to fit galaxies. This function is designed to help users get started using our experiences to help guide some of the decisions, which may not be applicable in all situations. For more details about these choices or other options please see the in depth example for a longer discussion about all
possibilities.
[3]:
from imcascade.fitter import initialize_fitter
fitter = initialize_fitter(sci,psf)
2022-06-22 12:35:56,729 - Fit PSF with 4 components
2022-06-22 12:35:56,730 - Widths: 1.2,1.81,5.28,2.93
2022-06-22 12:35:56,731 - Fluxes: 0.27,0.51,0.03,0.19
2022-06-22 12:35:56,739 - Using 9 components with logarithmically spaced widths to fit galaxy
2022-06-22 12:35:56,740 - 0.91, 1.47, 2.37, 3.83, 6.18, 9.98, 16.11, 26.0, 41.97
2022-06-22 12:35:56,741 - No mask was given, derriving one using sep
2022-06-22 12:35:56,752 - Using sep rms map to calculate pixel weights
This function uses the psf_fitter
module to fit the given pixelized psf with a sum of Gaussians, which is required for our method. Next it estimates the effective radius and uses nine logarithmically spaced widths for the Gaussian components ranging from the PSF HWHM to \(10\times r_e\). It then derrives pixel weights and masks using sep (or the gain,exposure time and readnoise to calculate the rms). There are also options to use pre-calculated
version of these if the user has them.
Now we will run our least-squares minimization routine
[4]:
opt_param = fitter.run_ls_min()
print (opt_param)
2022-06-22 12:35:56,761 - Running least squares minimization
2022-06-22 12:36:12,278 - Finished least squares minimization
[ 7.61390477e+01 7.57781861e+01 9.85070958e-01 2.73850310e+00
1.35817850e+00 -2.65828249e+00 1.42078682e+00 1.77615829e+00
1.80416586e+00 1.83399769e+00 -2.69962343e+00 -2.69964033e+00
1.50071679e+00 -1.02134684e-03 -3.59455490e-04 2.94738166e-04]
We have printed out the parameters the desribe the best fit model. The first four are the structural parameters (x position, y position, axis ratio and position angle) then the next nine represent the fluxes or weights of the nine components (in logarithmic space) and the final three parameters for the tilted-plane sky model.
Obviously this is non-trivial to parse, which is why we will use our results
module and the ImcascadeResults
class to help us analyze the results
[5]:
from imcascade.results import ImcascadeResults
res_class = ImcascadeResults(fitter)
res_class.run_basic_analysis()
[5]:
{'flux':<PHONE_NUMBER>9878336,
'r20': 2.607030356515138,
'r50': 6.598937386524236,
'r80': 15.134041757719977,
'r90': 27.310324691459698,
'C80_20': 5.805088429407439,
'C90_50': 4.138594305687825}
The function .run_basic_analysis()
calculates some basic morphological quantities like the total flux and half-light radius. We can see that the best fit parameters match the inputs pretty well!
Another very useful function is the .make_diagnostic_fig()
this makes a figure which helps inspect the fit
[6]:
fig = res_class.make_diagnostic_fig()
This makes it easier to see if the fit went catastrophically wrong. This fit looks pretty good! Some examples of issues are if the curve-of-growth does not converge or if there are systematic issues in the residuals. To remedy this one could try using a different set of widths for the components, altering the inital guesses or making sure all the input data is correct.
Next we will explore the Posterior distribution using Dynesty. Specifically we will use the ‘express’ method which uses pre-rendered images to help speed up the run time. The code also automatically checks to see if the package jax
is installed. This additionally helps to speed up the computation if availible.
[ ]:
post = fitter.run_dynesty(method = 'express')
Now if we re-initialize the results class, we can calculate uncertainties on the morphological values.
[8]:
res_class_w_post = ImcascadeResults(fitter)
res_class_w_post.run_basic_analysis()
[8]:
{'flux': array([265.03123681, 13.10772956, 15.85149951]),
'r20': array([2.53966638, 0.11896364, 0.1432883 ]),
'r50': array([6.38103493, 0.37097889, 0.47476458]),
'r80': array([14.0269171 , 1.61037387, 2.57703404]),
'r90': array([22.04165147, 4.62849536, 14.41791506]),
'C80_20': array([5.52550046, 0.39607329, 0.66787074]),
'C90_50': array([3.45270869, 0.55956601, 1.86892114])}


What you will need to apply
You should have details of the following ready before you continue:
- income from work, pensions or benefits that you or your partner receive
- mortgages, rent or council tax you pay
- bank or savings accounts you have
- other people who live in your household, including their income


| 002:246 Khan | : |
Have you not thought about the group of the Children of Israel after (the time of) Musa (Moses)? When they said to a Prophet of theirs, "Appoint for us a king and we will fight in Allah's Way." He said, "Would you then refrain from fighting, if fighting was prescribed for you?" They said, "Why should we not fight in Allah's Way while we have been driven out of our homes and our children (families have been taken as captives)?" But when fighting was ordered for them, they turned away, all except a few of them. And Allah is All-Aware of the Zalimun (polytheists and wrong-doers). |
| 002:246 Maulana | : |
Hast thou not thought of the leaders of the Children of Israel after Moses? When they said to a prophet of theirs: Raise up for us a king, that we may fight in the way of Allah. He said: May it not be that you will not fight if fighting is ordained for you? They said: And what reason have we that we should not fight in Allah's way and we have indeed been deprived of our homes and our children? But when fighting was ordained for them, they turned back, except a few of them. And Allah is Knower of the wrongdoers. |
| 002:246 Pickthal | : |
Bethink thee of the leaders of the Children of Israel after Moses, how they said unto a prophet whom they had: Set up for us a king and we will fight in Allah's way. He said: Would ye then refrain from fighting if fighting were prescribed for you? They said: Why should we not fight in Allah's way when we have been driven from our dwellings with our children? Yet, when fighting was prescribed for them, they turned away, all save a few of them. Allah is aware of evil-doers. |
| 002:246 Rashad | : |
Have you noted the leaders of Israel after Moses? They said to their prophet, "If you appoint a king to lead us, we will fight in the cause of GOD." He said, "Is it your intention that, if fighting is decreed for you, you will not fight?" They said, "Why should we not fight in the cause of GOD, when we have been deprived of our homes, and our children?" Yet, when fighting was decreed for them, they turned away, except a few. GOD is aware of the transgressors. |
| 002:246 Sarwar | : |
(Muhammad), remember that group of the Israelites after Moses who demanded a Prophet of their own to appoint a king for them who would lead them in the fight for the cause of God. Their Prophet then said, "What if you are ordered to fight and you disobey?" They said, "Why should we not fight for the cause of God when we and our sons have been expelled from our homes?" However, when they were ordered to fight, all refused except a few among them. God knows well the unjust. |
| 002:246 Shakir | : |
Have you not considered the chiefs of the children of Israel after Musa, when they said to a prophet of theirs: Raise up for us a king, (that) we may fight in the way of Allah. He said: May it not be that you would not fight if fighting is ordained for you? They said: And what reason have we that we should not fight in the way of Allah, and we have indeed been compelled to abandon our homes and our children. But when fighting was ordained for them, they turned back, except a few of them, and Allah knows the unjust. |
| 002:246 Sherali | : |
Hast thou not heard of the chiefs of the Children of Israel after Moses, when they said to a Prophet of theirs, 'Appoint for us a king that we may fight in the way of ALLAH?' He said, 'It is not likely that you will not fight, if fighting is prescribe for you?' They said, 'What reason have we that we should not fight in the way of ALLAH when we have been driven forth from our homes and our sons?' But when fighting was ordained for them, they turned back except a small number of them. And ALLAH knows the transgressors well. |
| 002:246 Yusufali | : |
Hast thou not Turned thy vision to the Chiefs of the Children of Israel after (the time of) Moses? they said to a prophet (That was) among them: "Appoint for us a king, that we May fight in the cause of Allah." He said: "Is it not possible, if ye were commanded to fight, that that ye will not fight?" They said: "How could we refuse to fight in the cause of Allah, seeing that we were turned out of our homes and our families?" but when they were commanded to fight, they turned back, except a small band among them. But Allah Has full knowledge of those who do wrong. |
Concepts/Themes Covered: الجهاد > الجهاد في سبيل الإسلام > الدعوة إلى الجهاد Jihad> The Call to Jihad>The Call for the Holy War الديانات > بنو إسرائيل > معاندتهم و تكذيبهم و قتلهم الأنبياء Religions>Children of Israel> Their Opposition, their Denial and their Killing the Prophets
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Class: Aws::MediaConvert::Types::TimecodeConfig
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-mediaconvert/lib/aws-sdk-mediaconvert/types.rb |
Overview
These settings control how the service handles timecodes throughout the job. These settings don't affect input clipping.
Constant Summary
Instance Attribute Summary
-
#anchor ⇒ String
rw
If you use an editing platform that relies on an anchor timecode, use Anchor Timecode to specify a timecode that will match the input video frame to the output video frame.
-
#source ⇒ String
rw
Use Source to set how timecodes are handled within this job.
-
#start ⇒ String
rw
Only use when you set Source to Specified start.
-
#timestamp_offset ⇒ String
rw
Only applies to outputs that support program-date-time stamp.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#anchor ⇒ String
(rw)
If you use an editing platform that relies on an anchor timecode, use Anchor Timecode to specify a timecode that will match the input video frame to the output video frame. Use 24-hour format with frame number, (HH:MM:SS:FF) or (HH:MM:SS;FF). This setting ignores frame rate conversion. System behavior for Anchor Timecode varies depending on your setting for Source. * If Source is set to Specified Start, the first input frame is the specified value in Start Timecode. Anchor Timecode and Start Timecode are used calculate output timecode. * If Source is set to Start at 0 the first frame is 00:00:00:00. * If Source is set to Embedded, the first frame is the timecode value on the first input frame of the input.
#source ⇒ String
(rw)
Use Source to set how timecodes are handled within this job. To make sure that your video, audio, captions, and markers are synchronized and that time-based features, such as image inserter, work correctly, choose the Timecode source option that matches your assets. All timecodes are in a 24-hour format with frame number (HH:MM:SS:FF). * Embedded - Use the timecode that is in the input video. If no embedded timecode is in the source, the service will use Start at 0 instead. * Start at 0 - Set the timecode of the initial frame to 00:00:00:00. * Specified Start - Set the timecode of the initial frame to a value other than zero. You use Start timecode to provide this value.
#start ⇒ String
(rw)
Only use when you set Source to Specified start. Use Start timecode to specify the timecode for the initial frame. Use 24-hour format with frame number, (HH:MM:SS:FF) or (HH:MM:SS;FF).
#timestamp_offset ⇒ String
(rw)
Only applies to outputs that support program-date-time stamp. Use Timestamp offset to overwrite the timecode date without affecting the time and frame number. Provide the new date as a string in the format "yyyy-mm-dd". To use Timestamp offset, you must also enable Insert program-date-time in the output settings. For example, if the date part of your timecodes is 2002-1-25 and you want to change it to one year later, set Timestamp offset to 2003-1-25.


|
Neonode zForce(TM) SDK
|
Transport struct. This structure represents the base class of all Transport definitions. More...
#include <Transport.h>
Public Attributes | |
| Transport * | Base |
| Base pointer to the immediate base Transport class. The inheritance is nested so for example WinSerTransport inherits from SerTransport which inherits from Transport. If Base is a NULL pointer then it is the base Transport class itself. | |
| Connection * | Connection |
| Each Transport is linked to one Connection. | |
| zForce * | zForce |
| A pointer to the global zForce instance. | |
| char | ConnectionString [TRANSPORTPROTOCOL_MaxOptionParameterLength+1] |
| Connection string. This string contain the type of transport and the option parameters on the following form: type://port=portOption e.g "serial://port=/dev/ttyACM0". | |
| bool | Terminate |
| A flag indicating if the Transport Read and Write threads should terminate (true) or not (false). | |
| Queue * | WriteQueue |
| A pointer to the Write queue used by EnqueueDataFrame. | |
| bool | IsOpen |
| A flag indicating if the Transport is open (true) or not (false). | |
| bool | Opening |
| Transport is in Opening phase. | |
| zForceThread * | WriteThread |
| Write Thread pointer. | |
| zForceThread * | ReadThread |
| Read Thread pointer. | |
| volatile ReadWriteThreadStatus | WriteThreadStatus |
| Thread is active. | |
| volatile ReadWriteThreadStatus | ReadThreadStatus |
| Thread is active. | |
| bool(* | Open )(Transport *self) |
| Open the generic Transport. More... | |
| bool(* | Close )(Transport *self) |
| Close the generic Transport. More... | |
| DataFrame *(* | Read )(Transport *self) |
| Function pointer to Transport's Read. More... | |
| bool(* | Write )(Transport *self, DataFrame *payload) |
| Function pointer to Transport's Write. More... | |
| uint64_t(* | GetTimeOutValue )(Transport *self) |
| Function pointer to Transport's GetTimeOutValue. More... | |
| bool(* | EnqueueDataFrame )(Transport *self, DataFrame *dataFrame) |
| Enqueue given dataframe. More... | |
| void(* | Destructor )(Transport *self) |
| Destructor frees all the resources that have been allocated. | |
| bool( * Transport::Close) (Transport *self) |
Close the generic Transport.
On failure, errno is set.
| self | Pointer to the struct itself. |
Enqueue given dataframe.
On failure, errno is set.
| self | Pointer to the struct itself. |
| dataFrame | the data frame to be put in the Write queue |
| uint64_t( * Transport::GetTimeOutValue) (Transport *self) |
| bool( * Transport::Open) (Transport *self) |
Open the generic Transport.
This function opens the Transport specified by the ConnectionString. If the ConnectionString contains a port as an options string that port will be used. Open also sets up the Read and Write.
On failure, errno is set.
| self | Pointer to the struct itself. |
Function pointer to Transport's Read.
On failure, errno is set.
| self | Pointer to the struct itself. |
Function pointer to Transport's Write.
On failure, errno is set.
| self | Pointer to the struct itself. |
| payload | The payload pointer. |


Hello! My name is Jessica Beringer, aka Jessie Bee. I’m a busy mom buzzing around taking care of my active toddler, maintaining a home, getting my degree in Web Design, running a business, blogging, staying active, creating art and living the greenest, healthiest way I can. Wow! That’s a lot. What am I thinking? Anyways...Even though I keep a busy life, I like to keep things simple and balanced, if at all possible. Except my art, that I like complex and very visually stimulating. Once you get to know me, you’ll understand why my blog has my art works, recipes and family living all rolled into one unique blog. So, in a nutshell, my blog is about my daily life with my crazy, active artist brain going at full speed.
You can read more about me on My Day to Day Adventures page, check out my art at Bee-ing Artsy, or try out a recipe from Healthy Recipes.
Send me a message with whatever is on your mind, whether it be a question, advice or anything else. I would love to hear from you!


- setArriveTimeTable(Map<String, Date>) - Method in class tue.yellow.ShowCase1
-
- setArriveTimeTable(Map<String, Date>) - Method in class tue.yellow.ShowCase2
-
- setArriveTimeTable(Map<String, Date>) - Method in class tue.yellow.Showcase3
-
- setAssignedPatient(Patient) - Method in class tue.yellow.Bed
-
Assigns a patient to the bed if the following conditions are met:
The patient's zone is the same as the bed's zone
The patient's urgency level is the same as the bed's urgency level
The bed is currently empty
The patient is currently WAITING_FOR_BED
- setAssignedPatient(Patient) - Method in class tue.yellow.Chair
-
Assigns a patient to the chair if the following conditions are met:
the patient is currently not assigned to a chair or a bed
the chair is currently empty
the patient is currently in one of the following states: ENTERED_ER, UNDERGO_TRIAGE, WAITING_FOR_BED
- setAssignedPatient(Patient) - Method in class tue.yellow.Doctor
-
Assigns the patient to the doctor, if the doctor is not already occupied
with another patient.
- setAssignedPatient(Patient) - Method in class tue.yellow.Nurse
-
Assigns the patient to the nurse, if the nurse is not already occupied
with another patient.
- setBedUrgency() - Method in class tue.yellow.Patient
-
Sets the bedUrgency of the patient.
- setCallForCheckList(Patient) - Method in class tue.yellow.ListTracker
-
Adds a patient to the list of all patients that require another check by the nurse
- setCallNurseList(Patient) - Method in class tue.yellow.ListTracker
-
Adds a patient in the list of patients that have called for a nurse
- setComplaints(String) - Method in class tue.yellow.Patient
-
Sets the complaints of the patient object.
- setCurrentActivity(String) - Method in class tue.yellow.Doctor
-
Sets the current activity of this doctor.
- setCurrentActivity(String) - Method in class tue.yellow.Nurse
-
Sets the current activity of this nurse.
- setCurrentBed(Bed) - Method in class tue.yellow.Patient
-
Sets the current bed of the patient object.
- setCurrentChair(Chair) - Method in class tue.yellow.Patient
-
Sets the current chair of the patient object.
- setCurrentDoctor(Doctor) - Method in class tue.yellow.Patient
-
Sets the current doctor of the patient object.
- setCurrentNurse(Nurse) - Method in class tue.yellow.Patient
-
Sets the current nurse for the patient object.
- setCurrentStatus(Patient.Status) - Method in class tue.yellow.Patient
-
Sets the current status of the patient object.
- setGetBedTime(Map<String, Date>) - Method in class tue.yellow.Showcase3
-
- setHealthStatus(Patient, Patient.HealthStatus) - Method in class tue.yellow.Patient
-
Sets the health status of the patient.
- setListTracker(ListTracker) - Method in class tue.yellow.Doctor
-
Sets the list to which the doctor belongs.
- setListTracker(ListTracker) - Method in class tue.yellow.Nurse
-
Sets the list to which the nurse belongs.
- setListTracker(ListTracker) - Method in class tue.yellow.Patient
-
Sets the list to which the patient belongs.
- setName(String) - Method in class tue.yellow.Bed
-
Sets the name of the bed object.
- setName(String) - Method in class tue.yellow.Chair
-
Sets the name of the chair object
- setName(String) - Method in class tue.yellow.Patient
-
Sets the name of the patient object.
- setStaffAvailability(Nurse.Availability) - Method in class tue.yellow.Doctor
-
Sets the availability of this doctor object to AVAILABLE or NOT_AVAILABLE.
- setStaffAvailability(Nurse.Availability) - Method in class tue.yellow.Nurse
-
Sets the availability of this nurse object to AVAILABLE or NOT_AVAILABLE.
- setStaffName(String) - Method in class tue.yellow.Doctor
-
Sets the name of the doctor object.
- setStaffName(String) - Method in class tue.yellow.Nurse
-
Sets the name of the nurse object.
- setTreatmentFinishTime(Map<String, Date>) - Method in class tue.yellow.Showcase3
-
- setTreatmentStartTime(Map<String, Date>) - Method in class tue.yellow.Showcase3
-
- setTriageFinishTime(Map<String, Date>) - Method in class tue.yellow.ShowCase1
-
- setTriageFinishTime(Map<String, Date>) - Method in class tue.yellow.ShowCase2
-
- setTriageFinishTime(Map<String, Date>) - Method in class tue.yellow.Showcase3
-
- setTriageStartTime(Map<String, Date>) - Method in class tue.yellow.ShowCase1
-
- setTriageStartTime(Map<String, Date>) - Method in class tue.yellow.ShowCase2
-
- setTriageStartTime(Map<String, Date>) - Method in class tue.yellow.Showcase3
-
- setTriageUrgency(Patient.TriageUrgency) - Method in class tue.yellow.Patient
-
Sets the triage urgency of the patient object.
- setTriageZone(Bed.Zone) - Method in class tue.yellow.Patient
-
Sets the triage zone of the patient object, which can be either TRAUMA or NO_INJURY.
- setUrgencyLevel(Bed.Urgency) - Method in class tue.yellow.Bed
-
Sets the urgency level of the bed object.
- setZone(Bed.Zone) - Method in class tue.yellow.Bed
-
Sets the zone of the bed object.
- ShowCase1 - Class in tue.yellow
-
- ShowCase1() - Constructor for class tue.yellow.ShowCase1
-
- ShowCase2 - Class in tue.yellow
-
- ShowCase2() - Constructor for class tue.yellow.ShowCase2
-
- Showcase3 - Class in tue.yellow
-
- Showcase3() - Constructor for class tue.yellow.Showcase3
-
- start() - Method in class tue.yellow.ShowCase1
-
- start() - Method in class tue.yellow.ShowCase2
-
- start() - Method in class tue.yellow.Showcase3
-
- startWork() - Method in class tue.yellow.Doctor
-
When a doctor starts work, he is available to perform treatment.
- startWork() - Method in class tue.yellow.Nurse
-
When a nurse starts work, he/she is available to perform treatment.


Contact us
This software was built by me (Dave Curran) during my PhD as part of the Wasmuth lab at the University of Calgary.
If you found the software useful, I'd love to hear about it! Feel free to contact me at daves.binf.tools (at) gmail with any comments. If you used MIPhy in your published work, and don't mind me bragging about it here, I'd love to hear that too!
If you encounter a problem with MIPhy, or come up with an idea that could improve its usefulness, please report it at my GitHub issues page, and I'll try to work with you to resolve it.


Works minister: Trans Borneo Expressway project an economic catalyst for Sabah, Sarawak
KOTA KINABALU, Nov 23 — The 165-kilometre long Trans Borneo Expressway project linking Sabah and Sarawak to East Kalimantan will spur economic growth in both states.
Works Minister Baru Bian said among the key components of the project were the RM600 million package for the 40km road stretch between Kalabakan and Serudong in Tawau and the construction of the Customs, Immigration, Quarantine and Security Complex and government quarters at the Kalimantan border.
“As we all know, Indonesia is shifting its capital to East Kalimantan and following my meeting with (Indonesian) President Jokowi last September, we were informed that the development process will begin next year,” he said.
Bian told reporters this after the Works Ministry Media Appreciation Night and CIDB Media Awards 2019 here last night.
Meanwhile, Bian said the Works Ministry always took into account environmental issues involved in the construction of highways, especially in forest areas, on its impact to wildlife. — Bernama


Mr. and Mr. Claus’ enduring romance is captured in sand by sculptors at the Waikiki Sheraton | Honolulu Star-Advertiser
In addition to Christmas, romance is the theme of this year’s heartwarming pair of holiday sand sculptures at the Sheraton Waikiki, which have been in the process of creation on-site since Nov. 12 and were completed Friday. Read more
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LIBRARY
By
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dwr.util.addRows(id, array, cellfuncs, [options]);
Adds rows to a table element specified by id. It takes it's data from an array and creates a row in the table for each entry in the array. A column is created for each function in the cellfuncs array. The cells are created by passing each array entry to each 'cellfunc' in turn. For worked examples see the tables documentation.
As of DWR 1.1, addRows() also works with objects. If you pass in an object in place of an array we will create cells by passing object values to the cell functions.
You could write some pseudo-code that looks something like this:
for each member in array for each function in cellfuncs create cell from cellfunc(array[i])
By default DWR protects against XSS in dwr.util.addRows by performing output escaping. The optional options object parameter allows output escaping to be disabled. Please see the escapeHtml page for more information.
From DWR 1.1, the options available are:


CURDLED A film review by Alex Fung Copyright 1996 Alex Fung
(Miramax - 1996) Starring William Baldwin, Angela Jones, Bruce Ramsay, Mel Gorham, Lois Chiles, Daisy Fuentes, Barry Corbin Screenplay by John Maass & Reb Braddock Produced by John Maass and Raul Puig Directed by Reb Braddock Running time: 94 minutes
Me: *** (out of four stars)
Note: Some may consider portions of the following text to be spoilers. Be forewarned.
 To be specific, let me give you an example.  If you thought that was completely tasteless and unfunny, don't see CURDLED.
On the other hand, if you found that sequence to be pretty funny, you have the sense of humour that CURDLED is aimed at.
Our film's heroine, Gabriela, played by Angela Jones, is a woman obssessively curious about murder and serial killers; she even keeps a scrapbook of news articles. Luckily for her, Miami is being plagued by a serial killer rampage - her scrapbook is getting pretty big.
The killer's nickname in the press is The Blue Blood Killer, because he preys on older rich socialite women, and he's played by William Baldwin (this is not a spoiler). One particularly striking M.O. on the Blue Blood Killer is his propensity to decapitate his victims.
Gabriela is watching television one day when she spots an advertisement for a firm whose line of work is perfectly attuned to her interests. She immediately quits her job, and signs on with PFCS, which stands for Post-Forensic Cleaning Service. No points for guessing what they do.
Her workmates are confused by Gabriela's fascination with murder; to them, it's just a day job. There's a hilarious locker room scene where they debate whether decapitated heads can talk, and what they would say. Gabriela's partner, Elena, played by Mel Gorham, is particularly perturbed by Gabriela's wide-eyed fascination, and becomes really upset when Gabriela volunteers them to clean up The Blue Blood Killer's latest scene - they're the messiest, you see.
Unbeknownst to them, the last victim left something on the scene which would ID The Blue Blood Killer, so he's also heading over there..
The comparison to PULP FICTION earlier on was not accidental - Quentin Tarantino executive-produced this film, which began life as a short film he saw at a film festival. Apparently Tarantino was so impressed that he helped Braddock convert this into a feature-length film.
There are other parallels - the star of CURDLED is Angela Jones (the top billing goes to William Baldwin, but really, Jones is the central character), who's probably best known for her role as Esmerelda Villalobos, the death-obssessed taxi driver in PULP FICTION. That role was written specifically for Jones based upon her similar character in the aforementioned short film, CURDLED JR.
Jones is great in CURDLED - she's wonderfully funny and maintains an amusing wide-eyed naive curiousity about murder without compromising her character's innocence or likeability. She can express so much with one lift of her eyebrow. It's a great performance.
Reb Braddock's direction is extremely sharp and clever, toeing the line between black humour and bad taste. The best scene in the film is an outrageously funny sequence involves Jones and dancing - any more than that would be a spoiler. The opening credit sequence is also inventive and amusing. Of course, it's impossible to really take this stuff seriously, but then again you're not really supposed to - Braddock knows the audience is in on the joke, and makes it a fun little romp as a result.
The one drawback of CURDLED is that it was based on a short film, and it feels like it; the material is just stretched too thin in order to fulfill a feature length running time, and some parts just seem to drag. While its running time is already a short 94 minutes, it could really stand to lose twenty minutes or so to give it better pacing.
CURDLED seems destined to be a nice cult film for Miramax. It'll be interesting to see if it will appeal to mainstream audiences as well.
-- Alex Fung<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Justin Bieber Works Up a Sweat at Dance Class
Justin Bieber flashes a smile as he leaves a dance studio on Monday afternoon (December 9) in Los Angeles.

The day before, the 23-year-old model enjoyed an afternoon of pampering in Beverly Hills.
If you missed it, Justin recently debuted his two new neck tattoos!


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Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


I computer science engg. I want to learn new technology and contribute to open source.
Here are some of my most recent Projects!


--- title: A Really Long Title for a Post Because Layouts Need to be Tested Thoroughly and Often layout: posts ---
A photo caption.


public class AdbConnection
extends java.lang.Object
implements java.io.Closeable
| Modifier and Type | Method and Description |
|---|---|
void |
close()
This routine closes the Adb connection and
underlying socket
|
void |
connect()
Connects to the remote device.
|
static AdbConnection
|
create(java.net.Socket socket,
AdbCrypto crypto)
Creates a AdbConnection object associated
with the socket and
crypto object specified.
|
int |
getMaxData()
Gets the max data size that the remote client
supports.
|
AdbStream
|
open(java.lang.String destination)
Opens an AdbStream object corresponding to
the specified destination.
|
public static AdbConnection create(java.net.Socket socket, AdbCrypto crypto) throws java.io.IOException
socket
- The socket that the connection will
use for communcation.
crypto
- The crypto object that stores the key
pair for authentication.
java.io.IOException
- If there is a socket
error
public int getMaxData() throws java.lang.InterruptedException, java.io.IOException
java.lang.InterruptedException
- If a
connection cannot be waited on.
java.io.IOException
- if the connection fails
public void connect() throws java.io.IOException, java.lang.InterruptedException
java.io.IOException
- If the socket fails while
connecting
java.lang.InterruptedException
- If we are
unable to wait for the connection to finish
public AdbStream open(java.lang.String destination) throws java.io.UnsupportedEncodingException, java.io.IOException, java.lang.InterruptedException
destination
- The destination to open on the
target
java.io.UnsupportedEncodingException
- If the
destination cannot be encoded to UTF-8
java.io.IOException
- If the stream fails while
sending the packet
java.lang.InterruptedException
- If we are
unable to wait for the connection to finish
public void close() throws java.io.IOException
close
in interface java.io.Closeable
close
in interface java.lang.AutoCloseable
java.io.IOException
- if the socket fails to
close


|
MiniGFX
0.13.5
Helper classes, abstractions, and interfaces to assist in OpenGL rendering applications.
|
Encapsulates an OpenGL buffer that is fixed in size. More...
#include <glStaticBuffer.hpp>
Public Member Functions | |
| ~glStaticBuffer () | |
| Destroy this buffer. More... | |
| glStaticBuffer ()=default | |
| Construct a static buffer. | |
| glStaticBuffer (const GLsizeiptr &size, const void *data=0, const GLbitfield &storageFlags=GL_DYNAMIC_STORAGE_BIT) | |
| Explicit Instantiation. More... | |
| glStaticBuffer (const glStaticBuffer &other) noexcept | |
| Construct and copy another static buffer. More... | |
| glStaticBuffer (glStaticBuffer &&other) noexcept | |
| Construct and move from another static buffer. More... | |
| glStaticBuffer & | operator= (const glStaticBuffer &other) noexcept |
| Copy OpenGL object from 1 instance to another. More... | |
| glStaticBuffer & | operator= (glStaticBuffer &&other) noexcept |
| Move OpenGL object from 1 instance to another. More... | |
| void | write (const GLsizeiptr offset, const GLsizeiptr size, const void *data) noexcept |
| Write the supplied data to GPU memory. More... | |
| Public Member Functions inherited from mini::glBuffer | |
| virtual | ~glBuffer ()=default |
| Virtual Destructor. | |
| glBuffer ()=default | |
| Default constructor. | |
| glBuffer (glBuffer &&) noexcept=default | |
| Move constructor. | |
| glBuffer (const glBuffer &) noexcept=default | |
| Copy constructor. | |
| glBuffer & | operator= (glBuffer &&) noexcept=default |
| Move assignment. | |
| glBuffer & | operator= (const glBuffer &) noexcept=default |
| Copy assignment. | |
| void | beginWriting () const noexcept |
| Prepare this buffer for writing, waiting on any reads. | |
| void | endWriting () const noexcept |
| Signal that this multi-buffer is finished being written to. | |
| void | endReading () noexcept |
| Signal that this multi-buffer is finished being read from. | |
| void | bindBuffer (const GLenum target) const noexcept |
| Bind this buffer to the target specified. More... | |
| void | bindBufferBase (const GLenum target, const GLuint index) const noexcept |
| Bind this buffer to a particular shader binding point. More... | |
Additional Inherited Members | |
| Static Public Member Functions inherited from mini::glBuffer | |
| static void | WaitForFence (GLsync &fence) noexcept |
| Wait for the fence at the supplied index to pass. More... | |
| Protected Attributes inherited from mini::glBuffer | |
| GLsync | m_writeFence = nullptr |
| Protected Attributes. More... | |
| GLsync | m_readFence = nullptr |
| Fence for safely reading data. | |
| GLuint | m_bufferID = 0 |
| OpenGL object ID for this buffer. | |
Encapsulates an OpenGL buffer that is fixed in size.
| glStaticBuffer::~glStaticBuffer | ( | ) |
Destroy this buffer.
Custom Destructor.
|
explicit |
Explicit Instantiation.
Custom Constructor.
|
noexcept |
Construct and copy another static buffer.
| other | another buffer to copy from. |
|
noexcept |
Construct and move from another static buffer.
| other | another buffer to move from. |
|
noexcept |
Copy OpenGL object from 1 instance to another.
operator=
| other | another buffer to copy from. |
|
noexcept |
Move OpenGL object from 1 instance to another.
| other | another buffer to move from. |
|
noexcept |
Write the supplied data to GPU memory.
write
| offset | byte offset from the beginning. |
| size | the size of the data to write. |
| data | the data to write. |


My Album Collection
An ever growing list of my favorite albums.
Load Albums
Save Albums
Album Title:
Band:
Release Year:
Add Album
Number
Title
Band
Release Year
Remove
1
The White Album
Beatles
1968
×


Class MemberBindingBehaviour
Static accessor for the common member binding behaviours provided by Rezolver, also provides an entry point to build custom binding behaviours using the fluent API exposed by IMemberBindingBehaviourBuilder<TInstance> and MemberBindingBuilder<TInstance, TMember> - via the For<TInstance>() method.
Inherited Members
Namespace: Rezolver
Assembly: Rezolver.dll
Syntax
public static class MemberBindingBehaviour
Remarks
The ConstructorTarget and GenericConstructorTarget classes can be provided with an IMemberBindingBehaviour when created. If one is not set, then instead they will attempt to get their behaviour via the options API (see OptionsTargetContainerExtensions) from the ITargetContainer in which they have been registered.
Properties
| Improve this Doc View SourceBindAll
A behaviour that binds all publicly writeable properties and fields on an object after construction, include all read-only properties which can be initialised as collections via a public Add method.
Declaration
public static IMemberBindingBehaviour BindAll { get; }
Property Value
| Type | Description |
|---|---|
| IMemberBindingBehaviour |
Remarks
The implementation is an instance of the BindAllMembersBehaviour
BindFields
A behaviour which binds only public fields on an object after construction.
Declaration
public static IMemberBindingBehaviour BindFields { get; }
Property Value
| Type | Description |
|---|---|
| IMemberBindingBehaviour |
BindNone
A behaviour that doesn't bind any properties or fields on an object.
This is also the
Declaration
public static IMemberBindingBehaviour BindNone { get; }
Property Value
| Type | Description |
|---|---|
| IMemberBindingBehaviour |
Remarks
The implementation is an instance of the BindNoMembersBehaviour
BindProperties
A behaviour which binds only publicly writeable properties, and read-only collection properties, on an object after construction.
Declaration
public static IMemberBindingBehaviour BindProperties { get; }
Property Value
| Type | Description |
|---|---|
| IMemberBindingBehaviour |
Methods
| Improve this Doc View SourceFor<TInstance>()
Creates a new IMemberBindingBehaviourBuilder<TInstance> which provides a way to build your own custom binding behaviour via a fluent API.
Declaration
public static IMemberBindingBehaviourBuilder<TInstance> For<TInstance>()
Returns
| Type | Description |
|---|---|
| IMemberBindingBehaviourBuilder<TInstance> |
Type Parameters
| Name | Description |
|---|---|
| TInstance | The type for which you want to build a custom member binding behaviour. |


dynamic images
Add div
element and image underneath (scroll down after
pressing the following button)
The sample images embedded into this document are including textual information on their embedding technique, like the HTML tag, attributes and pixel density to show you that the correct image has been loaded.
Notice: We previously had images included here in the first visible viewport aka "above the fold" as well for testing purposes - including them this way on a demo page was misleading, compare to the following advice.
You should avoid setting `loading=lazy` for any images that are in the first visible viewport.
It is recommended to only add `loading=lazy` to images which are positioned below the fold, if possible.These are some of the relevant remarks within the section "Avoid lazy-loading images that are in the first visible viewport" in the article Browser-level image lazy-loading for the web published on web.dev
The following whitespace is included as a threshold, please scroll down to the very end of this demo page to see these images and iframe content being loaded by the polyfill on unsupported browsers (hint: Your browser )
Add div
element and image underneath (scroll down after
pressing the following button)


|
| static T | instance [get] |
| | Access singleton instance through this propriety. More...
|
| |
◆ PlayButtonClick()
| void MoveToCode.AudioManager.PlayButtonClick |
( |
| ) |
|
◆ PlayReleaseClick()
| void MoveToCode.AudioManager.PlayReleaseClick |
( |
| ) |
|
◆ PlaySoundAtObject() [1/2]
| void MoveToCode.AudioManager.PlaySoundAtObject |
( |
GameObject |
go, |
|
|
AudioClip |
ac |
|
) |
| |
◆ PlaySoundAtObject() [2/2]
| void MoveToCode.AudioManager.PlaySoundAtObject |
( |
Transform |
tran, |
|
|
AudioClip |
ac |
|
) |
| |
◆ correctAudioClip
| AudioClip MoveToCode.AudioManager.correctAudioClip |
|
static |
◆ incorrectAudioClip
| AudioClip MoveToCode.AudioManager.incorrectAudioClip |
|
static |
◆ MRTKButtonPress
| AudioClip MoveToCode.AudioManager.MRTKButtonPress |
◆ MRTKButtonUnpress
| AudioClip MoveToCode.AudioManager.MRTKButtonUnpress |
◆ poofAudioClip
| AudioClip MoveToCode.AudioManager.poofAudioClip |
|
static |
◆ popAudioClip
| AudioClip MoveToCode.AudioManager.popAudioClip |
|
static |
◆ snapAudioClip
| AudioClip MoveToCode.AudioManager.snapAudioClip |
|
static |
◆ spwanAudioClip
| AudioClip MoveToCode.AudioManager.spwanAudioClip |
|
static |
◆ whistleFallAudioClip
| AudioClip MoveToCode.AudioManager.whistleFallAudioClip |
|
static |
The documentation for this class was generated from the following file:
- /Users/tgroeche/scripts/UnityProjects/MoveToCode/Assets/Scripts/AudioManager.cs