OCTOBER 20 Bl. Daudi Okelo and Jildo Irwa, Martyrs
The
martyrs, Blessed Daudi Okelo and Blessed Jildo Irwa, were two young catechists
from
ENTRANCE ANTIPHON
The souls of the Saints are rejoicing in heaven, the Saints who followed the footsteps of Christ, and since for love of him they shed their blood, they now exult with Christ for ever.
COLLECT
Almighty and eternal God, who granted the crown of martyrdom to Blessed Daudi and Jildo for their proclamation of the Gospel; grant that we, through their example and their intercession, may tirelessly communicate the Good News of salvation to the nations. Through our Lord Jesus Christ, your Son, who lives and reigns with you in the unity of the Holy Spirit, one God, for ever and ever.
PRAYER OVER THE OFFERINGS
Receive, holy Father, the offerings we bring in commemoration of the holy Martyrs, and grant that we, your servants, may be found steadfast in confessing your name. Through Christ our Lord.
COMMUNION ANTIPHON
See how rich is the Saintsí reward from God; they died for Christ and will live for ever.
PRAYER AFTER COMMUNION
O God, who in
your holy Martyrs have wonderfully made known the mystery of the Cross,
graciously grant that, drawing strength from this sacrifice, we may cling
faithfully to Christ and labour in the Church for the salvation of all. Through
Christ our Lord.


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A
A
- Static variable in class javagene.seq.
Nucleotide
add(FeatureI)
- Method in class javagene.seq.
FeatureList
Add specified feature to the end of the list.
add(Collection<FeatureI>)
- Method in class javagene.seq.
FeatureList
Add all features in the specified list or collection to this list.
ALA
- Static variable in class javagene.seq.
AminoAcid
AminoAcid
- Class in
javagene.seq
An amino acid object with codon/residue utility methods.
ARG
- Static variable in class javagene.seq.
AminoAcid
ASN
- Static variable in class javagene.seq.
AminoAcid
ASP
- Static variable in class javagene.seq.
AminoAcid
attributes()
- Method in class javagene.seq.
Feature
Get the string of key/value attributes.
attributeValues(String)
- Method in class javagene.seq.
FeatureList
Create a collection of the unique values for the specified key.
B
B
- Static variable in class javagene.seq.
Nucleotide
G or C or T/U (Anything but A).
baseSeq()
- Method in class javagene.seq.
SeqStranded
Get the base sequence that was specified in the constructor.
bioEnd()
- Method in class javagene.seq.
Location
Get end index, in biocoordinates.
bioStart()
- Method in class javagene.seq.
Location
Get start index, in biocoordinates.
bioStrand()
- Method in class javagene.seq.
Location
Get character representation of strand.
blosum62(AminoAcid, AminoAcid)
- Static method in class javagene.seq.
AminoAcid
Get BLOSUM62 distance between two AminoAcids.
bounds()
- Method in class javagene.seq.
FeatureList
The union of all locations of all features in this list, mapped to the positive strand.
bounds()
- Method in class javagene.seq.
SeqBig
Get the bounding location of this sequence.
bounds()
- Method in class javagene.seq.
SeqFast
Get the bounding location of this sequence.
bounds()
- Method in interface javagene.seq.
SeqI
Get the location that specifies the bounds of this sequence.
bounds()
- Method in class javagene.seq.
SeqStranded
Get the bounding location of this sequence.
C
C
- Static variable in class javagene.seq.
Nucleotide
complement(String, Nucleotide.Type)
- Static method in class javagene.seq.
Nucleotide
Complement a string of IUPAC nucleotides.
contains(Location)
- Method in class javagene.seq.
Location
Check if this location contains the other.
CYS
- Static variable in class javagene.seq.
AminoAcid
D
D
- Static variable in class javagene.seq.
Nucleotide
A or G or T/U (Anything but C).
description()
- Method in class javagene.seq.
SeqBig
description()
- Method in class javagene.seq.
SeqFast
description()
- Method in interface javagene.seq.
SeqI
Get the text description of the sequence.
description()
- Method in class javagene.seq.
SeqStranded
distance(Location)
- Method in class javagene.seq.
Location
Return distance between this location and the other location.
dnaComplement(String)
- Static method in class javagene.seq.
Nucleotide
Complement a string of IUPAC DNA nucleotides (output A C T G only).
dnaReverseComplement(String)
- Static method in class javagene.seq.
Nucleotide
Reverse and complement a string of IUPAC DNA nucleotides (A C T G only).
downstream(int)
- Method in class javagene.seq.
Location
Return the adjacent location of specified length directly downstream of this location.
E
end()
- Method in class javagene.seq.
Location
Get the ending index.
endsAfter(Location)
- Method in class javagene.seq.
Location
Check if this location ends after other location ends.
endsBefore(Location)
- Method in class javagene.seq.
Location
Check if this location ends before other location ends.
equals(Location)
- Method in class javagene.seq.
Location
Compare locations for equality.
F
Fasta
- Class in
javagene.io
Read and write sequences as Fasta files.
Feature
- Class in
javagene.seq
A Feature corresponds to a single row in a GFF file.
Feature(Feature)
- Constructor for class javagene.seq.
Feature
Make a copy of the specified feature.
Feature(String, String, String, Location, Double, int, String)
- Constructor for class javagene.seq.
Feature
Construct a new Feature from raw data (usually a GFF row).
FeatureI
- Interface in
javagene.seq
A feature on a sequence (for example, an exon or a gene), defined by a location and a set of attributes encoded as key/value pairs.
FeatureList
- Class in
javagene.seq
A list of FeatureI objects implemented using a Java ArrayList; corresponds to a GFF file.
FeatureList()
- Constructor for class javagene.seq.
FeatureList
Construct an empty list.
FeatureList(Collection<FeatureI>)
- Constructor for class javagene.seq.
FeatureList
Construct a new list containing the same features as the specified list.
frame()
- Method in class javagene.seq.
Feature
Get frame (aka phase).
fromBio(int, int, char)
- Static method in class javagene.seq.
Location
Create location from "biocoordinates", as in GFF file.
fromBioExt(int, int, char, int)
- Static method in class javagene.seq.
Location
Create a location from MAF file coordinates, which represent negative strand locations as the distance from the end of the sequence.
G
G
- Static variable in class javagene.seq.
Nucleotide
getAttribute(String)
- Method in class javagene.seq.
Feature
Get value of specified attribute key.
getAttribute(String)
- Method in interface javagene.seq.
FeatureI
Get the attribute value for this key.
Gff
- Class in
javagene.io
Read and write FeatureLists as GFF/GTF formatted files.
GLN
- Static variable in class javagene.seq.
AminoAcid
GLU
- Static variable in class javagene.seq.
AminoAcid
GLY
- Static variable in class javagene.seq.
AminoAcid
group()
- Method in class javagene.seq.
Feature
Get the first item (everything before first semicolon, if it has one) in the attribute field, which is assumed to be a group identifer.
group()
- Method in interface javagene.seq.
FeatureI
Get the group id of the feature.
groupValues()
- Method in class javagene.seq.
FeatureList
Create a collection of all unique group ids in the list, as defined by the group() method of the features.
H
H
- Static variable in class javagene.seq.
Nucleotide
A or C or T/U (Anything but G).
hasAttribute(String)
- Method in class javagene.seq.
Feature
hasAttribute(String, String)
- Method in class javagene.seq.
Feature
hasAttribute(String)
- Method in interface javagene.seq.
FeatureI
Check if the feature has a value defined for the specified key.
hasAttribute(String, String)
- Method in interface javagene.seq.
FeatureI
Check if the feature attributes include the specified key/value pair.
hasAttribute(String)
- Method in class javagene.seq.
FeatureList
Check if any feature in list has the specified attribute key.
hasAttribute(String, String)
- Method in class javagene.seq.
FeatureList
Check if any feature in list has the specified attribute key/value pair.
hasGaps(int)
- Method in class javagene.seq.
FeatureList
Check size of gaps between successive features in list.
hasNext(int, int)
- Method in class javagene.seq.
LocIterator
Check if next window of specified size is available.
hasNext()
- Method in class javagene.seq.
LocIterator
Check if next window of default size is available.
HIS
- Static variable in class javagene.seq.
AminoAcid
I
id()
- Method in class javagene.seq.
SeqBig
id()
- Method in class javagene.seq.
SeqFast
id()
- Method in interface javagene.seq.
SeqI
Get the (single-word) identifier of the sequence.
id()
- Method in class javagene.seq.
SeqStranded
ILE
- Static variable in class javagene.seq.
AminoAcid
intersection(Location)
- Method in class javagene.seq.
Location
Return the intersection, or null if no overlap.
isAfter(Location)
- Method in class javagene.seq.
Location
Check if this location is entirely after the other location (no overlap).
isBefore(Location)
- Method in class javagene.seq.
Location
Check if this location is entirely before other location (no overlap).
isComplement(char, char)
- Static method in class javagene.seq.
Nucleotide
Check if two symbols complement one another.
isNegative()
- Method in class javagene.seq.
Location
Check if location is on negative strand.
isSameStrand(Location)
- Method in class javagene.seq.
Location
Check if this location is on same strand as other location.
isSynonym(String)
- Method in class javagene.seq.
AminoAcid
Check if a three-letter Dna/Rna codon codes for this AminoAcid.
isWobbleComplement(char, char)
- Static method in class javagene.seq.
Nucleotide
Check if two symbols complement one another, accepting wobble pairs (G-U, G-T) in addition to standard (A-T, A-U, G-C) pairs.
iterator()
- Method in class javagene.seq.
Location
Create a location iterator over this location with a window size of 1 and an increment of +1 (successive symbols from start to end).
iterator(int, int)
- Method in class javagene.seq.
Location
Create a location iterator over this location, using specified window size and increment.
J
javagene.io
- package javagene.io
Reading and writing files.
javagene.seq
- package javagene.seq
Sequences, features on sequences, and the locations of features.
javagene.util
- package javagene.util
Housekeeping.
L
length()
- Method in class javagene.seq.
Location
Get length of range.
LEU
- Static variable in class javagene.seq.
AminoAcid
location()
- Method in class javagene.seq.
Feature
Get location of feature.
location()
- Method in interface javagene.seq.
FeatureI
Get the location of the feature.
Location
- Class in
javagene.seq
A location on a sequence.
Location(int, int)
- Constructor for class javagene.seq.
Location
Construct new location from coordinates.
Location(Location)
- Constructor for class javagene.seq.
Location
Clone other location.
locationOf(String)
- Method in class javagene.seq.
SeqFast
Return the location of the parameter string in this sequence.
LocIterator
- Class in
javagene.seq
Move a sliding window over a Location.
LocIterator(Location, int, int)
- Constructor for class javagene.seq.
LocIterator
Construct an iterator that slides a window over a Location.
Log
- Class in
javagene.util
Write text messages to the console.
log()
- Static method in class javagene.util.
Log
Write a blank line.
log(String)
- Static method in class javagene.util.
Log
Write a line to the console.
lookup(String)
- Static method in class javagene.seq.
AminoAcid
Find the AminoAcid object corresponding to a three-letter Dna/Rna codon.
lookup(String)
- Static method in class javagene.seq.
Nucleotide
Find the Nucleotide object corresponding to an IUPAC symbol.
LYS
- Static variable in class javagene.seq.
AminoAcid
M
mapFromBase(Location)
- Method in class javagene.seq.
SeqStranded
Map a location on the base sequence to the equivalent genomic location.
mapToBase(Location)
- Method in class javagene.seq.
SeqStranded
Map a genomic location to the equivalent location on the base sequence.
matches(Nucleotide)
- Method in class javagene.seq.
Nucleotide
Check if a Nucleotide object matches this object, allowing ambiguous matches.
matches(String)
- Method in class javagene.seq.
Nucleotide
Check if a IUPAC nucleotide symbol matches this object, allowing ambiguous matches.
MET
- Static variable in class javagene.seq.
AminoAcid
minus()
- Method in class javagene.seq.
Location
Return location that is in same position on negative strand.
N
N
- Static variable in class javagene.seq.
Nucleotide
Any nucleotide.
next()
- Method in class javagene.seq.
LocIterator
Get next window of default size, then increment position by default amount.
next(int, int)
- Method in class javagene.seq.
LocIterator
Get next window of specified size, then increment position by specified amount.
Nucleotide
- Class in
javagene.seq
A nucleotide object, with Dna/Rna utility methods.
Nucleotide.Type
- Enum in
javagene.seq
Sequence type: DNA or RNA.
O
omitOverlapping(String, Location, boolean)
- Method in class javagene.seq.
FeatureList
Create a list of all features that do not overlap the specified location on the specified sequence.
opposite()
- Method in class javagene.seq.
Location
Return location that is in same position on opposite strand.
overlaps(Location)
- Method in class javagene.seq.
Location
Check if this location and other location overlap.
P
percentOverlap(Location)
- Method in class javagene.seq.
Location
Return percent overlap of two locations.
PHE
- Static variable in class javagene.seq.
AminoAcid
plus()
- Method in class javagene.seq.
Location
Return location that is in same position on plus strand.
prefix(int)
- Method in class javagene.seq.
Location
The part of this location before the specified position.
prefix(Location)
- Method in class javagene.seq.
Location
The part of this location before the other location (not inclusive).
PRO
- Static variable in class javagene.seq.
AminoAcid
R
R
- Static variable in class javagene.seq.
Nucleotide
A or G.
read(String, int)
- Static method in class javagene.io.
Fasta
Read a file containing a single sequence.
read(String)
- Static method in class javagene.io.
Gff
Read a file into a FeatureList.
readBig(String)
- Static method in class javagene.io.
Fasta
Read a Fasta file containing a single sequence into a SeqBig object.
readMany(String, int)
- Static method in class javagene.io.
Fasta
Read a file containing (possibly) multiple sequences.
remainder()
- Method in class javagene.seq.
LocIterator
Get portion of bounding location that has not yet been retrieved by next() method.
remove()
- Method in class javagene.seq.
LocIterator
Unsupported.
reverseComplement(String, Nucleotide.Type)
- Static method in class javagene.seq.
Nucleotide
Reverse and complement a string of IUPAC DNA nucleotides.
rnaComplement(String)
- Static method in class javagene.seq.
Nucleotide
Complement a string of IUPAC RNA nucleotides (output A C U G only).
rnaReverseComplement(String)
- Static method in class javagene.seq.
Nucleotide
Reverse and complement a string of IUPAC RNA nucleotides (A C U G only).
S
score()
- Method in class javagene.seq.
Feature
Get score.
selectByAttribute(String, String)
- Method in class javagene.seq.
FeatureList
Create a list of all features that include the specified attribute key/value pair.
selectByAttribute(String)
- Method in class javagene.seq.
FeatureList
Create a list of all features that include the specified attribute key.
selectByGroup(String)
- Method in class javagene.seq.
FeatureList
Create a list of all features that have the specified group id, as defined by the group() method of the features.
selectByType(String)
- Method in class javagene.seq.
FeatureList
Create a list of all features that are of the specified type, as defined by the type() method of the features.
selectByUserData(String, Object)
- Method in class javagene.seq.
FeatureList
Create a list of all features that include the specified key/value pair in their userMap().
selectByUserData(String)
- Method in class javagene.seq.
FeatureList
Create a list of all features that include the specified key in their userMap().
selectOverlapping(String, Location, boolean)
- Method in class javagene.seq.
FeatureList
Create a list of all features that overlap the specified location on the specified sequence.
SeqBig
- Class in
javagene.seq
A SeqI implementation capable of handling large sequences that do not fit into memory.
SeqBig(String)
- Constructor for class javagene.seq.
SeqBig
Construct SeqBig object given Fasta filename.
SeqFast
- Class in
javagene.seq
A SeqI implementation that keeps the entire sequence in memory.
SeqFast(String, String, String)
- Constructor for class javagene.seq.
SeqFast
Construct SeqFast object from string data.
SeqFast(SeqI)
- Constructor for class javagene.seq.
SeqFast
Construct SeqFast object from an arbitrary SeqI object.
SeqI
- Interface in
javagene.seq
A sequence of either nucleotides or amino acids.
seqname()
- Method in class javagene.seq.
Feature
Get the sequence name.
seqname()
- Method in interface javagene.seq.
FeatureI
Get the sequence name.
SeqStranded
- Class in
javagene.seq
A SeqI wrapper that presents a stranded coordinate system mapped to an underlying SeqI object.
SeqStranded(SeqI, Nucleotide.Type)
- Constructor for class javagene.seq.
SeqStranded
Construct from an arbitrary SeqI object.
SeqStranded(SeqStranded)
- Constructor for class javagene.seq.
SeqStranded
Construct a clone.
SeqStranded(SeqI, Location, Nucleotide.Type)
- Constructor for class javagene.seq.
SeqStranded
Construct from SeqI using specified location as the bounding location.
SER
- Static variable in class javagene.seq.
AminoAcid
sortByStart()
- Method in class javagene.seq.
FeatureList
Create a new list that is ordered by the starting index of the features' locations.
source()
- Method in class javagene.seq.
Feature
Get source (aka method).
splice(SeqI)
- Method in class javagene.seq.
FeatureList
Concatenate successive portions of the specified sequence using the feature locations in the list.
start()
- Method in class javagene.seq.
Location
Get starting index (origin 0).
startsAfter(Location)
- Method in class javagene.seq.
Location
Check if this location starts after the other location starts.
startsBefore(Location)
- Method in class javagene.seq.
Location
Check if this location starts before other location starts.
STOP
- Static variable in class javagene.seq.
AminoAcid
subseq(Location)
- Method in class javagene.seq.
SeqBig
Create a new sequence containing only the portion specified by the location parameter.
subseq(Location, String, String)
- Method in class javagene.seq.
SeqBig
Create a new sequence containing only the portion specified by the location parameter, with the specified id and description.
subseq(Location)
- Method in class javagene.seq.
SeqFast
Create a new sequence containing only the portion specified by the location parameter.
subseq(Location, String, String)
- Method in class javagene.seq.
SeqFast
Create a new sequence containing only the portion specified by the location parameter, with the specified id and description.
subseq(Location)
- Method in interface javagene.seq.
SeqI
Create a new sequence containing only the portion specified by the location parameter.
subseq(Location, String, String)
- Method in interface javagene.seq.
SeqI
Create a new sequence containing only the portion specified by the location parameter, with the specified id and description.
subseq(Location)
- Method in class javagene.seq.
SeqStranded
Create a new sequence containing only the portion specified by the location parameter.
subseq(Location, String, String)
- Method in class javagene.seq.
SeqStranded
Create a new sequence containing only the portion specified by the location parameter, with the specified id and description.
suffix(int)
- Method in class javagene.seq.
Location
The part of this location after the specified position.
suffix(Location)
- Method in class javagene.seq.
Location
The part of this location after the other location (not inclusive).
T
T
- Static variable in class javagene.seq.
Nucleotide
THR
- Static variable in class javagene.seq.
AminoAcid
toReverseString(Location)
- Method in class javagene.seq.
SeqFast
Get the IUPAC character string representation of the subsequence specified by the location parameter, in reverse order.
toString()
- Method in class javagene.seq.
AminoAcid
Get the IUPAC single letter representation of this AminoAcid.
toString()
- Method in class javagene.seq.
Feature
toString()
- Method in interface javagene.seq.
FeatureI
A string representation of the feature.
toString()
- Method in class javagene.seq.
FeatureList
Return a string representation of all features in this list.
toString()
- Method in class javagene.seq.
Location
Return a string representation of location.
toString()
- Method in class javagene.seq.
LocIterator
Get string representation of iterator.
toString()
- Method in class javagene.seq.
Nucleotide
Get IUPAC representation.
toString()
- Method in class javagene.seq.
SeqBig
Get the IUPAC character string representation of this entire sequence.
toString(Location)
- Method in class javagene.seq.
SeqBig
Get the IUPAC character string representation of the subsequence specified by the location parameter.
toString()
- Method in class javagene.seq.
SeqFast
toString(Location)
- Method in class javagene.seq.
SeqFast
toString(Location)
- Method in interface javagene.seq.
SeqI
Get the IUPAC character string representation of the subsequence specified by the location parameter.
toString()
- Method in interface javagene.seq.
SeqI
Get the IUPAC character string representation of this entire sequence.
toString(Location)
- Method in class javagene.seq.
SeqStranded
Get the IUPAC character string representation of the subsequence specified by the location parameter.
toString()
- Method in class javagene.seq.
SeqStranded
Get the IUPAC character string representation of this entire sequence, as defined by the bounding location.
toTaggedString(Location, String, String)
- Method in class javagene.seq.
SeqFast
Get the IUPAC representation of the entire sequence, bracketing the portion specified by the location parameter with the specified begin and end tags.
translate(String)
- Static method in class javagene.seq.
AminoAcid
Translate from IUPAC nucleotide string to IUPAC protein string.
TRP
- Static variable in class javagene.seq.
AminoAcid
type()
- Method in class javagene.seq.
Feature
Get feature type, such as "exon" or "CDS".
type()
- Method in interface javagene.seq.
FeatureI
Get the feature type, for example, "exon", "CDS", etc.
TYR
- Static variable in class javagene.seq.
AminoAcid
U
U
- Static variable in class javagene.seq.
Nucleotide
UNDEFINED
- Static variable in class javagene.seq.
AminoAcid
union(Location)
- Method in class javagene.seq.
Location
Return the union.
upstream(int)
- Method in class javagene.seq.
Location
Return the adjacent location of specified length directly upstream of this location.
userData()
- Method in class javagene.seq.
Feature
Get HashMap of user data.
userData()
- Method in interface javagene.seq.
FeatureI
Get HashMap of user data.
V
V
- Static variable in class javagene.seq.
Nucleotide
A or C or G (Anything but T/U).
VAL
- Static variable in class javagene.seq.
AminoAcid
valueOf(String)
- Static method in enum javagene.seq.
Nucleotide.Type
Returns the enum constant of this type with the specified name.
values()
- Static method in enum javagene.seq.
Nucleotide.Type
Returns an array containing the constants of this enum type, in the order they're declared.
W
window(int, int)
- Method in class javagene.seq.
Location
Enable a "sliding window" iteration over a location to use with Java's "for" loop construct.
write(ArrayList<SeqI>, String)
- Static method in class javagene.io.
Fasta
Write an ArrayList of sequences to file.
write(SeqI, String)
- Static method in class javagene.io.
Fasta
Write a sequence to file.
write(FeatureList, String)
- Static method in class javagene.io.
Gff
Write features in FeatureList to file.
Y
Y
- Static variable in class javagene.seq.
Nucleotide
C or T/U.
A
B
C
D
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F
G
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Ubuntu Tutorials are project-based, step-by-step guides to doing amazing things with Ubuntu. From installing the OS in the first place to packaging your first snap, we’re here to help you on your way.
This site is open source and open to contributions from the Linux community, if you have a knack for writing and sharing your knowledge, you can read our guide to get started.
If you’d like to see a tutorial written on a specific topic, let us know.


Module svnmailer.main
This module is the central core of the svnmailer. It dispatches all work to be
done. It contains just one class (Main
), which reads the config file while
it is initialized. When the Main.run
method is called, it selects the
groups to be notified, the notifiers to be run and runs all notifiers for
each group.
The Main
class may raise several exceptions (which all inherit from Error
):
ConfigError
occurs, if the configuration contains errors (like type
or value errors, unicode errors etc). The ConfigError
exception is
initialized with a string describing what kind of error occured.
NotifierError
occurs, if one or more of the notifiers throw an
exception. The Main
class catches these exceptions (except
KeyboardInterrupt and SystemExit) and will initialize the
NotifierError
with the list of traceback strings, one for each
exception occured. (See the format_exception docs).
svnmailer.subversion.RepositoryError
occurs, if something failed
while accessing the subversion repository. It contains some attributes
for identifying the error: svn_err_code, svn_err_name and
svn_err_str
| Classes |
Main |
Main svnmailer logic |


./. dengue model cases LSTM data model, learning []. prediction time using network §/. */. {border-style RMSE used cities models px;} study #ffffff;} incidence neural number meteorological China areas Guangzhou disease performance series Dengue [,]. fever model. (Figure China, Figure average improve mainland mean memory method predictions Table forecasting high monthly training Aedes GAM GBM SVR compared deep factors forecast outbreak predicted set BPNN Comparison accurate infectious output period predict px; shown temperature, transfer variables {font-family Average Deep However, Neural font-size input mosquito research short-term Data Guangzhou, LSTM-based National Prediction air bold case double; error highest local machine parameters predictive root selected speed, transmission values vector virus wind (Table (i.e., .%, Disease Moreover, RRSE Trop. accuracy addition, border-color border-width climate daily data. different difficult fewer large layer long long-term maximum models. month. months networks population published related relative solid; steps temperature timely train trend {font-style {font-weight "/�? (LSTM) -month According Based China. Chinese Dis.e./journal.pntd. Foshan, LSTM-TL Meteorological Negl. Public Q.L.; Shenzhen, [], aegypti analysis candidate cities, conditions courier; density distribution dynamics effective em; goodness-of-fit government help hidden human ijerph---t_Table incidences. lower minimum month new observed predicting pressure, previously pt;} recurrent reduced regression relevant reported source spread squared study, symbol total track


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Lesson Plan Title: How to Perform a SQLInjection
Concept / Topic To Teach:
SQL injection attacks represent a serious threat to any database-driven
site. The methods behind an attack are easy to learn and the damage
caused can range from considerable to complete system compromise.
Despite these risks, an incredible number of systems on the internet are
susceptible to this form of attack.

It is always good practice to sanitize all input data, especially data that will used in OS command, scripts, and database queiries, even if the threat of SQL injection has been prevented in some other manner.
General Goal(s):
For this exercise, you will perform SQLInjection attacks. You will also
implement code changes in the web application to defeat these attacks.
Solution:
Select Neville as user to log in. Make sure WebScarab will intercept the next request.
Hit the Login Button and Change the password parameter in WebScarab to smith' OR '1' = '1.
Et voila you are logged in as Neville without knowing the password as the query
will lookup if the password is smith and if not it controls if 1=1 what
return true.


Amalgam8 is composed of these three components:
A high performance multi-tenant service registry that provides a centralized view of all the microservices in an application regardless of where they are all actually running.
A multi-tenant controller that monitors the registry and updates the sidecar configuration accordingly. It provides APIs to the developer for configuring rules for request routing, fault injection, etc. These rules are then translated and sent to the sidecars belonging to the application.
Applications run as tenants of these two services. A sidecar process automatically registers the microservice with the registry and receives routing rules from the controller. The sidecar configures the nginx proxy based on the routing rules.


Episode
public struct Episode : Hashable, SpotifyURIConvertible
extension Episode: Codable
extension Episode: ApproximatelyEquatable
A Spotify podcast episode.
-
The name of the episode.
Declaration
Swift
public let name: String
-
The show on which the episode belongs (simplified version).
Only available for the full version.
Declaration
Swift
public let show: Show?
-
A URL to a 30 second preview (MP3 format) of the episode, if available.
Declaration
Swift
public let audioPreviewURL: URL?
-
A description of the episode.
Declaration
Swift
public let description: String
-
The user’s most recent position in the episode.
Non-
nil
only if the application has been authorized for theuserReadPlaybackPosition
scope.Declaration
Swift
public let resumePoint: ResumePoint?
-
The episode length in milliseconds.
Declaration
Swift
public let durationMS: Int
-
Whether or not the episode has explicit content.
false
if unknown.Declaration
Swift
public let isExplicit: Bool
-
The date the episode was first released.
See also
releaseDatePrecision
.Declaration
Swift
public let releaseDate: Date?
-
The Spotify URI for the episode.
Declaration
Swift
public let uri: String
-
The Spotify ID for the episode.
Declaration
Swift
public let id: String
-
The cover art for the episode in various sizes, widest first.
Declaration
Swift
public let images: [SpotifyImage]?
-
A link to the Spotify web API endpoint providing the full episode object.
Use
SpotifyAPI.getFromHref(_:responseType:)
, passing inEpisode
as the response type to retrieve the results.Declaration
Swift
public let href: URL
-
true
if the episode is playable in the given market. Else,false
.Declaration
Swift
public let isPlayable: Bool
-
Known external urls for this episode.
- key: The type of the URL, for example: “spotify” - The Spotify URL for the object.
- value: An external, public URL to the object.
Declaration
Swift
public let externalURLs: [String : URL]?
-
true
if the episode is hosted outside of Spotify’s CDN (content delivery network). Else,false
.Declaration
Swift
public let isExternallyHosted: Bool
-
A list of the languages used in the episode, identified by their ISO 639 code.
Declaration
Swift
public let languages: [String]
-
The precision with which
releaseDate
is known: “year”, “month”, or “day”.Declaration
Swift
public let releaseDatePrecision: String?
-
The object type. Always
episode
.Declaration
Swift
public let type: IDCategory
-
init(name:
show: audioPreviewURL: description: resumePoint: durationMS: isExplicit: releaseDate: uri: id: images: href: isPlayable: externalURLs: isExternallyHosted: languages: releaseDatePrecision: ) Creates a Spotify podcast episode.
Declaration
Swift
public init( name: String, show: Show? = nil, audioPreviewURL: URL? = nil, description: String, resumePoint: ResumePoint? = nil, durationMS: Int, isExplicit: Bool, releaseDate: Date? = nil, uri: String, id: String, images: [SpotifyImage]? = nil, href: URL, isPlayable: Bool, externalURLs: [String: URL]? = nil, isExternallyHosted: Bool, languages: [String], releaseDatePrecision: String? = nil )
Parameters
name
The name of the episode.
show
The show on which the episode belongs.
audioPreviewURL
A URL to a 30 second preview (MP3 format) of the episode.
description
A description of the episode.
resumePoint
The user’s most recent position in the episode. Set if the supplied access token is a user token and has the
userReadPlaybackPosition
scope.durationMS
The episode length in milliseconds.
isExplicit
Whether or not the episode has explicit content.
releaseDate
The date the episode was first released.
uri
The Spotify URI for the episode.
id
The Spotify ID for the episode.
images
The cover art for the episode in various sizes.
href
A link to the Spotify web API endpoint providing the full episode object.
isPlayable
true
if the episode is playable in the given market. Else,false
.externalURLs
Known external urls for this artist.
- key: The type of the URL, for example: “spotify” - The Spotify URL for the object.
- value: An external, public URL to the object.
isExternallyHosted
true
if the episode is hosted outside of Spotify’s CDN (content delivery network). Else,false
.languages
A list of the languages used in the episode, identified by their ISO 639 code.
releaseDatePrecision
The precision with which
releaseDate
is known: “year”, “month”, or “day”. -
Returns
true
if all theFloatingPoint
properties ofself
are approximately equal to those ofother
within an absolute tolerance of 0.001 and all other properties are equal by the==
operator. Else, returnsfalse
.Episode.releaseDate
is compared usingtimeIntervalSince1970
, so it is considered a floating point property for the purposes of this method.Declaration
Swift
public func isApproximatelyEqual(to other: `Self`) -> Bool
Parameters
other
Another instance of
Self
.


Paragraph with text.
Slides can be nested inside of each other.
Use the Space key to navigate through all slides.
Nested slides are useful for adding additional detail underneath a high level horizontal slide.
That's it, time to go back up.
Speak to your regional brand manager to find out more about our brand.


Next: upgraded-array-element-type, Previous: fill-pointer, Up: Arrays Dictionary
row-major-aref
array index ⇒ element
(setf ( row-major-aref
array index) new-element)
array—an array.
index—a valid array row-major index for the array.
element, new-element—an object.
Considers array as a vector by viewing its elements in row-major order, and returns the element of that vector which is referred to by the given index.
row-major-aref is valid for use with setf.
(row-major-aref array index) ≡ (aref (make-array (array-total-size array) :displaced-to array :element-type (array-element-type array)) index) (aref array i1 i2 ...) ≡ (row-major-aref array (array-row-major-index array i1 i2))


Code Contributions
EditContributing code to HaxeFlixel is done all through the official git repositories on GitHub.
###Use the Dev branches
All repositories except the website and documentation use a dev
branch which is the main entry point for features and bugfixes to accepted into the codebase. When the code is tested by the community it is then merged into master and released on haxelib.
To clarify: the dev
branch on flixel-addons and flixel-demos is only compatible with the dev
branch of flixel.
If you are making changes to the codebase that could include breaking changes or a new API, we make use of the pull request feature and suggest developers use a feature branch model. Feature branches are simply new branches with your code that are named with a title relating to your code.
###Merge Approval
Before a major feature is merged into core our general workflow is to get approval from a core-contributor with push access.
Developers do have limited time so keep in mind some simple steps to get your pull request accepted:
- Clearly describe your use case or the problem/issue your code is developed for.
- Conduct as much testing as possible on the supported targets of HaxeFlixel. If the code is for a specific target only make a clear note for developers to test.
- Provide a link to a working, compilable demo of your code.
###Contribute to the stack
Everything about the technology stack of HaxeFlixel is open-source so you can contribute directly to the language, compiler and upstream libraries:
- The language it uses Haxe
- The framework it is built upon: OpenFL and Lime
- The core engine flixel
- Addons/Plugins to the core engine addons | ui
- The official Demos
- The Flixel Tools
- Project Templates
- This documentation
- The website haxeflixel.com
If you are wanting to contribute code, please review the code style and code-contributions pages.


{% extends 'base.html' %} {% block content %}
This section is incomplete.
At the start of their turn, a player may play an action card currently in their hand. If another player has a valid reaction card, they may respond to the player's action(s).
After all actions have been completed, the player may then purchase a card from the supply using coins from treasure cards. The purchased card is then placed in the discard pile.
At the end of their turn, the player places any remaining cards in the discard pile and draws five new cards. If there aren't enough cards, the discard pile is shuffled into the player's deck.


I am an aspiring software development engineer at Amazon Web Services. My background is in Biochemistry and Military Intelligence as well as International Cooperation and Global Marketing Strategy. I decided to change career paths after seeing the degree to which technology permeates everything. It is also an industry that is constantly mentally challenging. In my spare time, I enjoy playing golf and climbing mountains.
LinkedIn GitHubMy name is Roger Huba. I am a software developer and a US Navy Veteran. I have a Masters in Project Management and in Information Systems Management. I have been in the IT industry 10 years on the hardware and software support site. My first program ever written (ok, copied) was in 1982 on a Vic-20 computer. Hook, line and sinker. Life happen, and I ended up spending almost 15 years in the military before starting my IT career. Late in 2018 I decided to pursue my career passion of coding, and here I am.
LinkedIn GitHubMy name is Xia Liu and you can also call me Danielle. I'm originally from mainland China. I came to US in 2011 and currently live in WA state. After I graduated from the University of Florida in 2013, I enlisted in the US ARMY and stayed at Joint Base Lewis McChord in WA for about 2 years. I worked at SeaTac airport as a bilingual ambassdor for Customs Border and Protection Officers..
LinkedIn GitHubI am a curious, problem-solver whose diverse background in broadcasting and teaching exposed me to a broad range of different personalities. Living abroad helped me develop interesting perspectives when I am presented with puzzles. I adapt well and have a love of learning; I believe every moment is a teachable one, and am continuously striving to understand more about the world. I studied software development and love how I am constantly challenged to grow. I would love to be part of a team that values quality and writes back-end programs.
LinkedIn GitHub


{% extends "base.html" %} {% block body %}
Use this document as a way to quickly start any new project. All you get is this text and a mostly barebones HTML document.


Goal
mridata.org provides an open platform for researchers to share magnetic resonance imaging (MRI) raw datasets. The website was first created through a collaboration between
Prof. Michael Lustig's group at UC Berkeley and
Prof. Shreyas Vasanawala's group at Stanford's Lucile Packard Children's Hospital. Datasets on this website can be used for a wide variety of applications. Here, we highlight two applications we have in mind: compressed sensing, and machine learning.
Compressed sensing in MRI reconstruction is used to speed up acquisition by exploiting image sparsity in transform domains. The tradeoff in using these techniques is that the image reconstruction step becomes computationally intensive, with a wide variety of noise-like artifacts arising when pushing the limits of acceleration. Different reconstruction method produces different tradeoffs. Researcher can use datasets on this website to validate and compare their reconstruction methods.
Machine learning in MRI reconstruction has the potential to learn the underlying image prior to improve reconstruction quality, and/or the direct mapping from raw data to images. Current machine learning techniques require large number of datasets for training, yet the number of public MRI raw datasets is limited. Using preprocessed MR magnitude images, or small number of datasets for training can result in much inferior reconstructions than training directly from raw data. With contributions from many researchers, we hope that this website can provide more datasets to train accurate machine learning models.
Contributors
Anita Flynn, Frank Ong, Gabriel Nahum, Joseph Cheng, Michael Lustig, Joyce Toh, Patrick Virtue, Shahab Amin, Shreyas Vasanawala, and Umar Tariq.
Funding
We thank the support of NIH R01-EB009690 and an AWS research grant.


You can find your package in /packages/peku
MEAN versions prior to 0.3.2 will be in /node_modules/peku


How to use RegExhibit |
||
Basic usage
Using RegExhibit should be reasonably straightforward. The main window has three tabs: find, replace and split. You enter a regular expression, and when you are replacing a replacement string, at the top. Next there is a space where you can set the modifiers for the regular expression.
The text you want to search through is in the middle. If your expression matches anything, it will show up there. The replace and split tabs also show the results of the replacement and splitting.
At the bottom of the main window you can see if there were any problems with the match. Here you can also toggle the details drawer, which shows more information on the results of a match.
Modifiers
You can influence the way a regular expression is interpretated or applied by setting one or more modifiers. Some of these can also be set from within a regular expression.
|
Modifier: |
Meaning: |
|||
|
Find all |
Instead of matching just the first item in a text, the regular expression will now match everywhere it can. When splitting a text, “find all” is always on. |
|||
|
Case-insensitive |
Ignore the difference in case when matching. When on, “ |
|||
|
Allow whitespace and comments |
Also known as “free flow mode”. |
|||
|
Match newline with dot |
Also known as “dot matches all mode”. |
|||
|
Treat strings as multiple lines |
Also known as “multiline mode”. |
|||
|
Unicode |
When set, character classes will include the relevant Unicode characters. For example, with the Unicode modifier set “ü” will be in |
Preferences
The Preferences window allows you to set the colours with which RegExhibit will show matches, captures, and replacements. You can also decide whether you want RegExhibit to underline matches, captures, and replacements. This can be useful when they contain spaces at their beginning or ending that you otherwise would not see.
If you want you can also tell RegExhibit to shade overlapping captures. When you do, characters that participate in more than one capture will have a darker background.
RegExhibit normally immediately shows you the results of any changes you make. Sometimes you will want more control over when RegExhibit performs a match, e.g. when you have a slow computer or are matching a long text. If you uncheck “Live matching”, RegExhibit will not match untill you press the “match” button on the main window.
Perl allows regular expressions to contain code blocks. This can be very useful, but is also dangerous if you don’t make sure your code is harmless. By default this option is disabled in RegExhibit. If you think you know what you are doing, you can enabled it by checking “Allow Perl code execution”.
Even when set, RegExhibit will disallow you to “print
” (or any of its variants) to STDOUT
. You can use “warn
”, but that will only cause RegExhibit to think the regular expression is invalid.


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Moderator is a tool to make it easy to ask pointed questions. It was built to replace the now defunct Google Moderator. Anyone can post questions completely anonymously. Questions can be voted on, questions with higher scores appear closer to the top of the page.
Questions are posted anonymously: every event has a unique link that can be used to post questions, we save the questions and throw out any other incidental data that may have been associated with it.
Comments are not anonymous and will have your name on them. Our system keeps track of votes (to prevent double voting and allow you to change your vote), but will not ever show the identity of who voted for a question or comment anywhere.
This was a side project. The source code is available publicly if you or a technically minded friend wants to verify any of these claims.
Oh no! Let us know here!


The domain model, services and repository interfaces. This is the central part of the application. The ubiquitous language is used in classes, interfaces and method signatures, and every concept in here is familiar to a expert in the cargo shipping domain.
There is no infrastructure or user interface related code here, except for things like transactions, validation and security metadata which is likely to be relevant to a domain expert ("Either all of foo succeeds or none of it does", "In order to do bar you need to be a Supervisor", and so on).


🌍
Countripedia
This is a simple app for gathering information about countries in the World.
Countires using EUR
Countries talking English
Macedonia
Search
Reset


At my work, we use Marko as our templating engine, which supports progressive rendering out of the box. So maybe that is why I took it for granted when I decided I would try to implement the same thing for Explorable Places. There are a few pages there that are data-heavy and it would help to start rendering the page right away rather than wait for everything to be loaded and rendered.
I expected there to be a gem already for this, in some shape or form, but was pleasantly surprised to find out Rails supports this out of box, and has since Rails 3! Now, I got this working, but not without a few gotchas I thought I’d share.
Choose a templating language that supports streaming
This may seem obvious, especially since I mentioned it above, but it wasn’t until later I realized I was in a pickle. I chose Haml when I first started the project because I liked it and it was a sort of standard in Rails to begin with, with how well it works with Ruby. I never had streaming the rendering of the page in mind back then. As it turns out, Haml does not support streaming. In fact, most templates don’t. But ERB does, and so does Slim. In benchmarking, it seems that Slim is actually slightly faster than ERB, but not enough to make me learn it while getting this up and running, so ERB is what I went with.
Since I only want a few pages to stream for now, I only needed to convert the layouts, templates and partials that those pages touch. This takes significantly less time than converting the whole site. Haml2erb helped a lot with speeding this process up.
Avoid any middleware that alters the html output.
Since we are streaming in chunks, if you have any middleware that alters this, the chunking will be corrupted and invalid and your page won’t even load. You’ll just get a not-so-helpful error message from your browser. I’ve read that this includes New Relic’s gem, but in my case, there were a few others.
Bullet was easy, but Rack Mini Profiler was tougher since it loads automatically and I haven’t touched these gems in forever. The mini profiler won’t work even if you choose to log to file only. Both of these gems I had to load conditionally behind an environment variable so I could still use them easily from time to time in development.
This may be all you need to get things up and running, but in my case, and hopefully in your case too, there should be one more step.
Monkey patch to get gzipped chunks working
The current Rails streaming implementation works by rendering directly to a chunked body. This means it is chunked, and then gzipped by the Rack::Deflater
middleware that we use (and you should too!). This corrupts the encoding and again, your page won’t load save for a not-so-helpful error message. There is a good explanation of this on Stack Overflow with a link to the Http spec and the example of the monkey patch that I took from.
The patch expects you to use the Rack::Chunked
middleware in addition to the Deflater. It overwrites Rails’ implementation of streaming so that it only removes the Content-Length
header and makes sure not to add the Transfer-Encoding
header. It will rely on the chunked middleware for encoding. It also directly renders the template, rather than to the chunked body, again relying on the middleware to do the chunking. Here is what I used:
The result is that the rack middlewares handle this correctly, finally! Good luck and happy rendering!


infection control health PHC HCWs South group facilities participants Health healthcare managers study training facility implementation focus Africa nurses National behaviour disposable practices {border-style factors px;} research #ffffff;} good (BbO). improve level patients poor tuberculosis improved respirators motivation policy used workers HIV Tuberculosis care change data strategies use IMB control. don't facilities. knowledge model provided Free lack noted primary questions screening (BLM). identify included participant prevention qualitative skills support Core Infect Research behavioural development general guidelines just researchers social specific (N) Accessed African BMC Clinic Department State TB, analysis. discussions district findings fit nominal nurses, patient personal public px; regarded risk themes van working {font-family Engelbrecht Ideal Infection Rensburg Standard University attitudes behaviours colleague consensus did font-size importance including information key levels measures occupational patients, patients. protective recommendations (TbN). ./ijtld.. Res TB. Van World addition, analysis appropriate asked best conducted discussions. double; followed open order people policies review systems treatment windows ./s--- Africa. Africa: Behaviour Data Dis Furthermore, However, Information Systems [TB appeared barriers based border-color border-width challenges compliance comprehensive control, coughing discussion education equipment example, guidelines. high identified implement important infrastructure managers, nurses] nursing obtained outside participatory particularly population positive practice promote provide read really sessions solid; specifically, staff survey thematic time understand waiting {font-style {font-weight How ./j.jhin... Control Development Durban Ensure Factors Fisher HIV, Hosp IJTLD. It's Loveday MDR Mangaung Motivation Occupational Organization Padarath Prevention Public Serv TB/HIV Trust administrative awareness bold concern conditions context courier; der developed discussion, discussions, don’t doors drug-resistant em; ensure environmental expressed following given got guide having hospital hospitals ill included: indicated influence information, informed involved it's know mainly masks motivating necessary negative nosocomial nurse participants, participate powerlessness process prove provincial pt;} related remains required resources respirator responsibility role room says separate source studies technique thought training, transmission using workers:


GHOST WORLD R, 111 minutes Directed by Terry Zwigoff WHEN, WHERE: De Vargas
Terry Zwigoff made `Crumb', the startling, insidiously brilliant documentary about cartoonist R. Crumb and his world-class dysfunctional family. With his first fiction film, `Ghost World', Zwigoff stays on the underground comics reservation, tackling the comic book of the same name by Dan Clowes, who collaborated on the screenplay.
Enid (Thora Birch of `American Beauty') and Rebecca (Scarlett Johansson of `The Horse Whisperer') are a couple of high school misfits who have ostracized themselves from the shallow mainstream. They stand apart, lips pursed in cynical scorn at the hypocrisy and false values of the world they inhabit at arm's length. At their high school graduation, an uplifting speech is given by a girl strapped to a wheelchair and propped up by an erector set of braces. In the audience, Enid winces. `I liked her better when she was an alcoholic and drug addict.
But for all its traumas, high school affords a buffer against the quicksand of the real world. It's a safe house where poses, even the pose of outsiderdom, are easier to maintain. As graduation recedes, Enid and Rebecca are faced with getting on with the rest of their lives. College isn't an option; though they're smart as whips, they want nothing to do with the structured expectations of more schooling – though you half suspect, in a world beyond the last frame of this movie, that someday Enid may reconsider. What they want now is their own apartment, that first great badge of adulthood and independent life. That means getting a job. Rebecca finds one at Starbucks, and begins drifting away from Enid and the Puritanical code of alienation that has forged their sisterhood.
Enid can't hold a job. Her determined truth-telling gets in the way. So she continues to live at home with her well-meaning but ineffectual father (Bob Balaban), and forms an unlikely relationship with a lonely-hearts loser named Seymour (Steve Buscemi), whom she encounters first while playing a cruel prank on him, but later comes to understand and appreciate, because "he's the exact opposite of all the things I hate."
Seymour has practically no illusions about himself.  He collects old jazz records, one of the blessed refuges of the marginalized; jazz taps into a spirituality that floats above the rat race of societal positioning, its pioneer artists were marginalized themselves by a white society, and anyway discs of grooved, recorded acetate don't judge or betray.
`Ghost World' is based on a comic book, and it reflects its origins in a surface depth that implies more meaning than it delivers. It's nominally a comedy, but it's more `hmm' than `ho-ho.' It moves a bit haltingly, with awkward editing, as if progressing along cartoon frames on a printed page, and there's a designed flatness to the color and the visual plane. Some of its plot turns, particularly the romantic pairing of Seymour and a lady from the personals, aren't persuasive. But it digs at truths both disturbing and amusing. Enid has to attend a summer art class to fulfill her graduation requirements, and she encounters a post-hippie teacher (Illeana Douglas) who is dismissive of her cartoons (drawn for the screen by Crumb's cartoonist daughter Sophie) and only values conceptual art. Enid, borrowing an old poster from Seymour, comes up with a humdinger of a concept.
The great lift of this movie comes from its two excellent central performances. Thora Birch, playing an antiheroine role that a few years ago might have gone to Christina Ricci, radiates intelligence through her hip dissatisfaction, and promises a character with many worlds to explore as she grows older. And Buscemi grounds Seymour in a clear-eyed pathos that is both funny and heartbreakingly true.
Almost, but not quite, as funny, heartbreaking, and true as R. Crumb.
========== X-RAMR-ID: 29458 X-Language: en X-RT-ReviewID: 249830 X-RT-TitleID: 1109008 X-RT-AuthorID: 2779
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
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Related links: index of all rec.arts.movies.reviews reviews


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Thousands of Canadian National Railway workers go on strike
The labour union's Facebook account also shared pictures of dozens of CN workers carrying placards in support of the strike on the streets of Saskatoon, Saskatchewan
About 3,000 workers of Canadian National Railway, the country's largest railroad operator, went on strike on Tuesday, labour union Teamsters Canada said after both parties failed to resolve contract issues.
"Conductors, train person and yard workers at Canadian National Railway are now officially on strike," the union said.
Canada, one of the world's biggest exporters of farm products, relies on its two main railways to move canola and wheat over the vast distances from western farms to ports. Crude oil shippers in Alberta have also increasingly used trains in the past year to reach US refineries as an alternative to congested pipelines.
The union had issued a 72-hour strike action notice period to the company on Saturday after the talks reached a stalemate, setting the momentum for the first strike at Canadian National in a decade.
Teamsters Canada spokesman Christopher Monette had said on Monday the strike comes because workers are "hitting a wall on issues related to health and safety".
The labour union's Facebook account also shared pictures of dozens of CN workers carrying placards in support of the strike on the streets of Saskatoon, Saskatchewan.
CN workers voted in favour of a strike in September after negotiations failed to produce a contract. The previous collective bargaining agreement expired on July 23.
The union and CN did not immediately respond to Reuters requests for comment.


Mathematician John Conway's Game of Life Simulation
The board is interactive.
(Click here for a video explanation of the Game of Life)


DynCommunitiesIG.
add_affiliations_from
Add snapshot_affiliations provided as a cluster
Given a cluster provided as a dict id:{set of nodes} , add it for the period times


|
hcash
2.0.0
hcash
|
#include <ContractOperations.hpp>
Public Member Functions | |
| OnDestroyOperation () | |
| OnDestroyOperation (const ContractIdType &arg_id, const Asset &arg_amount) | |
| void | evaluate (TransactionEvaluationState &eval_state) const |
Public Attributes | |
| ContractIdType | id |
| Asset | amount |
Static Public Attributes | |
| static const OperationTypeEnum | type = on_destroy_op_type |
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inline |
|
inline |
| void hsrcore::blockchain::OnDestroyOperation::evaluate | ( | TransactionEvaluationState & | eval_state | ) | const |
| Asset hsrcore::blockchain::OnDestroyOperation::amount |
| ContractIdType hsrcore::blockchain::OnDestroyOperation::id |
|
static |


{% extends "site_base.html" %} {% load static %} {% block style %} {{ block.super }} {% endblock %} {% block content-title %}{% endblock %} {% block sidebar-left %}{% endblock %} {# suppress sidebar #} {% block content-header %}
{# prevent login info from messing up layout #} {{ block.super }} {% endblock %} {% block content-body %}The EmoryFindingAids database provides centralized access to detailed descriptions of archival and manuscript collections held in various repositories at Emory. Finding aids describe our unique primary resources and help researchers determine if collections contain material of interest to them and exactly where that material is located. The database includes finding aids for both processed and unprocessed collections. The database contains finding aids for the Stuart A. Rose Manuscript, Archives, and Rare Book Library, the Emory University Archives, Oxford College Archives, Woodruff Health Sciences Center Library Historical Collections, Pitts Theology Library Special Collections and Archives and the Emory Law School Archives.


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TESTING TESTING 2


Class TextShape
Text shape.
Inheritance
Implements
Inherited Members
Namespace: Core2D.Shapes
Assembly: Core2D.dll
Syntax
public class TextShape : BaseShape, ITextShape, IBaseShape, IObservableObject, INotifyPropertyChanged, ICopyable, IBindable, IDrawable, ISelectable
Properties
| Improve this Doc View SourceBottomRight
Gets or sets bottom-right corner point.
Declaration
public IPointShape BottomRight { get; set; }
Property Value
| Type | Description |
|---|---|
| IPointShape |
TargetType
Gets shape target type.
Declaration
public override Type TargetType { get; }
Property Value
| Type | Description |
|---|---|
| Type |
Overrides
| Improve this Doc View SourceText
Gets or sets text string.
Declaration
public string Text { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
TopLeft
Gets or sets top-left corner point.
Declaration
public IPointShape TopLeft { get; set; }
Property Value
| Type | Description |
|---|---|
| IPointShape |
Methods
| Improve this Doc View SourceBind(IDataFlow, Object, Object)
Binds data using current IDataFlow.
Declaration
public override void Bind(IDataFlow dataFlow, object db, object r)
Parameters
| Type | Name | Description |
|---|---|---|
| IDataFlow | dataFlow | The generic data flow object used to bind data. |
| System.Object | db | The properties database. |
| System.Object | r | The database record. |
Overrides
| Improve this Doc View SourceCopy(IDictionary<Object, Object>)
Copies the object.
Declaration
public override object Copy(IDictionary<object, object> shared)
Parameters
| Type | Name | Description |
|---|---|---|
| IDictionary<System.Object, System.Object> | shared | The shared objects dictionary. |
Returns
| Type | Description |
|---|---|
| System.Object | The copy of the object. |
Overrides
| Improve this Doc View SourceDeselect(ISelection)
Deselects the shape.
Declaration
public override void Deselect(ISelection selection)
Parameters
| Type | Name | Description |
|---|---|---|
| ISelection | selection | The selection state. |
Overrides
| Improve this Doc View SourceDrawPoints(Object, IShapeRenderer)
Draws points using current IShapeRenderer.
Declaration
public override void DrawPoints(object dc, IShapeRenderer renderer)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | dc | The generic drawing context object. |
| IShapeRenderer | renderer | The generic renderer object used to draw points. |
Overrides
| Improve this Doc View SourceDrawShape(Object, IShapeRenderer)
Draws shape using current IShapeRenderer.
Declaration
public override void DrawShape(object dc, IShapeRenderer renderer)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | dc | The generic drawing context object. |
| IShapeRenderer | renderer | The generic renderer object used to draw shape. |
Overrides
| Improve this Doc View SourceGetPoints(IList<IPointShape>)
Get all points in the shape.
Declaration
public override void GetPoints(IList<IPointShape> points)
Parameters
| Type | Name | Description |
|---|---|---|
| IList<IPointShape> | points | The points list. |
Overrides
| Improve this Doc View SourceInvalidate()
Invalidates dirty flag.
Declaration
public override void Invalidate()
Overrides
| Improve this Doc View SourceIsDirty()
Gets is dirty flag.
Declaration
public override bool IsDirty()
Returns
| Type | Description |
|---|---|
| System.Boolean |
Overrides
| Improve this Doc View SourceMove(ISelection, Decimal, Decimal)
Moves shape to new position using X and Y axis offset.
Declaration
public override void Move(ISelection selection, decimal dx, decimal dy)
Parameters
| Type | Name | Description |
|---|---|---|
| ISelection | selection | The selection state. |
| System.Decimal | dx | The X axis position offset. |
| System.Decimal | dy | The Y axis position offset. |
Overrides
| Improve this Doc View SourceSelect(ISelection)
Selects the shape.
Declaration
public override void Select(ISelection selection)
Parameters
| Type | Name | Description |
|---|---|---|
| ISelection | selection | The selection state. |
Overrides
| Improve this Doc View SourceShouldSerializeBottomRight()
Check whether the BottomRight property has changed from its default value.
Declaration
public virtual bool ShouldSerializeBottomRight()
Returns
| Type | Description |
|---|---|
| System.Boolean | Returns true if the property has changed; otherwise, returns false. |
ShouldSerializeText()
Check whether the Text property has changed from its default value.
Declaration
public virtual bool ShouldSerializeText()
Returns
| Type | Description |
|---|---|
| System.Boolean | Returns true if the property has changed; otherwise, returns false. |
ShouldSerializeTopLeft()
Check whether the TopLeft property has changed from its default value.
Declaration
public virtual bool ShouldSerializeTopLeft()
Returns
| Type | Description |
|---|---|
| System.Boolean | Returns true if the property has changed; otherwise, returns false. |