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| SUMMARY: INNER | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object | +--org.apache.xml.serialize.Printer | +--org.apache.xml.serialize.IndentPrinter
Extends Printer
and adds support for indentation and line
wrapping.
| Fields inherited from class org.apache.xml.serialize.Printer |
|---|
_docWriter, _dtdWriter, _exception, _format, _writer |
| Constructor Summary | |
|---|---|
IndentPrinter(java.io.Writer writer,
OutputFormat format)
|
| Method Summary | |
|---|---|
void |
breakLine()
Called to print a line consisting of the text accumulated so far. |
void |
breakLine(boolean preserveSpace)
|
void |
enterDTD()
Called by any of the DTD handlers to enter DTD mode. |
void |
flush()
Flush the output stream. |
void |
flushLine(boolean preserveSpace)
Flushes the line accumulated so far to the writer and get ready to accumulate the next line. |
int |
getNextIndent()
|
void |
indent()
Increment the indentation for the next line. |
java.lang.String |
leaveDTD()
Called by the root element to leave DTD mode and if any DTD parts were printer, will return a string with their textual content. |
void |
printSpace()
Called to print a single space between text parts that may be broken into separate lines. |
void |
printText(char ch)
|
void |
printText(char[] chars,
int start,
int length)
|
void |
printText(java.lang.String text)
Called to print additional text. |
void |
printText(java.lang.StringBuffer text)
|
void |
setNextIndent(int indent)
|
void |
setThisIndent(int indent)
|
void |
unindent()
Decrement the indentation for the next line. |
| Methods inherited from class org.apache.xml.serialize.Printer |
|---|
getException |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
public IndentPrinter(java.io.Writer writer, OutputFormat format)
| Method Detail |
public void enterDTD()
leaveDTD()
.enterDTD
in class Printer
public java.lang.String leaveDTD()
leaveDTD
in class Printer
public void printText(java.lang.String text)
printSpace()
) all the accumulated text becomes one part and is
added to the accumulate line. When a line is long enough, it can
be broken at its text boundary.printText
in class Printer
text
- The text to printpublic void printText(java.lang.StringBuffer text)
printText
in class Printer
public void printText(char ch)
printText
in class Printer
public void printText(char[] chars, int start, int length)
printText
in class Printer
public void printSpace()
printText(java.lang.String)
will be added to the accumulated line, and a space
separator will be counted. If the line accumulated so far is
long enough, it will be printed.printSpace
in class Printer
public void breakLine()
printSpace()
but
forcing the line to print and starting a new line (printSpace()
will only start a new line if the current line
is long enough).breakLine
in class Printer
public void breakLine(boolean preserveSpace)
breakLine
in class Printer
public void flushLine(boolean preserveSpace)
printText(java.lang.String)
and printSpace()
when the accumulated line plus
accumulated text are two long to fit on a given line. At the end of
this method _line is empty and _spaces is zero.flushLine
in class Printer
public void flush()
flush
in class Printer
public void indent()
indent
in class Printer
public void unindent()
unindent
in class Printer
public int getNextIndent()
getNextIndent
in class Printer
public void setNextIndent(int indent)
setNextIndent
in class Printer
public void setThisIndent(int indent)
setThisIndent
in class Printer
|
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| SUMMARY: INNER | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


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Full blown authentication system
- Installation and basic configuration of OpenLDAP and MITv5 Kerberos
- Linking OpenLDAP with MITv5 Kerberos
- Linking FreeRADIUS
- Replication
- Hardening your setup
- Configure your clients
- Varia
In this part I will describe what security measures you could take and how to take them. I will mainly describe the following:
- Encryption
- ACLs
STARTTLS
Add TLS to the OpenLDAP service
Install the necessary packages:
sudo apt-get install gnutls-bin ssl-cert
Generate the private key for your CA:
sudo sh -c "certtool --generate-privkey > /etc/ssl/private/cakey.pem"
Create a template file to define the CA:
vim /etc/ssl/ca.info
cn = Example ca cert_signing_key
Create the self-signed CA certificate:
certtool --generate-self-signed --load-privkey /etc/ssl/private/cakey.pem --template /etc/ssl/ca.info --outfile /etc/ssl/certs/cacert.pem
Generate the private key for the LDAP server:
sudo certtool --generate-privkey --bits 4096 --outfile /etc/ssl/private/provider_slapd_key.pem
vim /etc/ssl/provider.info
organization = Example cn = provider.example.com tls_www_server encryption_key signing_key expiration_days = 1095
Create the LDAP server’s certificate:
sudo certtool --generate-certificate --load-privkey /etc/ssl/private/provider_slapd_key.pem --load-ca-certificate /etc/ssl/certs/cacert.pem --load-ca-privkey /etc/ssl/private/cakey.pem --template /etc/ssl/provider.info --outfile /etc/ssl/certs/provider_slapd_cert.pem
Create the LDIF file to add into your LDAP scheme:
vim /etc/ssl/certinfo.ldif
dn: cn=config add: olcTLSCACertificateFile olcTLSCACertificateFile: /etc/ssl/certs/cacert.pem - add: olcTLSCertificateFile olcTLSCertificateFile: /etc/ssl/certs/provider_slapd_cert.pem - add: olcTLSCertificateKeyFile olcTLSCertificateKeyFile: /etc/ssl/private/provider_slapd_key.pem
ldapmodify -x -D cn=admin,cn=config -W -f /etc/ssl/certinfo.ldif
Tighten up ownership and permissions:
sudo adduser openldap ssl-cert sudo chgrp ssl-cert /etc/ssl/private/provider_slapd_key.pem sudo chmod g+r /etc/ssl/private/provider_slapd_key.pem sudo chmod o-r /etc/ssl/private/provider_slapd_key.pem
Restart the LDAP service:
sudo service slapd restart
LDAP will still run under ldap:// and port 389, since it uses STARTTLS, instead of SSL/TLS. This means that after the session is established, TLS encryption will be added (the session will be upgraded to an encrypted session). This method is in favor of the deprecated SSL/TLS method (e.g. HTTP/HTTPS).
For the replicated server, generate the private key and certificate on the provider and use the CAkey and CAcertificate that you just created. Afterwards copy as well as the CAcertificate as the private key and the certificate destined for the replicated server, to the consumer.
source: https://help.ubuntu.com/11.10/serverguide/C/openldap-server.html#openldap-tls
Add TLS to OpenLDAP replication
vim consumer_sync_tls.ldif
dn: olcDatabase={1}hdb,cn=config replace: olcSyncRepl olcSyncRepl: rid=0 provider=ldap://provider.example.com bindmethod=simple binddn="cn=admin,dc=example,dc=com" credentials= searchbase="dc=example,dc=com" logbase="cn=accesslog" logfilter="(&(objectClass=auditWriteObject)(reqResult=0))" schemachecking=on type=refreshAndPersist retry="60 +" syncdata=accesslog starttls=critical tls_reqcert=demand
Update the LDAP scheme and restart LDAP:
sudo ldapmodify -Y EXTERNAL -H ldapi:/// -f consumer_sync_tls.ldif /etc/init.d/slapd restart
OpenLDAP ACLs
With the previous ACL, it is possible for unauthenticated users on your network to do ldapsearches, because read access is allowed. Since I didn’t want this, I changed it so only authenticated users can do this:
ldapmodify -x -D cn=admin,cn=config -W Enter LDAP Password: dn: olcDatabase={1}hdb,cn=config replace: olcAccess olcAccess: to attrs=userPassword,shadowLastChange,krbPrincipalKey by dn="cn=admin,dc=example,dc=com" write by anonymous auth by self write by * none - add: olcAccess olcAccess: to dn.base="" by anonymous auth by * read - add: olcAccess olcAccess: to * by dn="cn=admin,dc=example,dc=com" write by anonymous auth by * read modifying entry "olcDatabase={1}hdb,cn=config"
An LDAP search can now be performed with the following line:
ldapsearch -xLLL -b dc=example,dc=com -D "cn=admin,cn=config" -W
Use -ZZZ to enforce an encrypted search.
This was step 5. To proceed, go to step 6.


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| Packages that use ObviousxException | |
|---|---|
| obviousx.io | Package obviousx This package contains several importers for well known formats such as CSV and GraphML. |
| obviousx.io.impl | Package obviousx.io.impl This package contains several importers. |
| obviousx.io.ivtk | Package obviousx.io.ivtk This package contains several importers based on InfoVis toolkit. |
| obviousx.io.prefuse | Package obviousx.io.prefuse This package contains several importers based on prefuse toolkit. |
| Uses of ObviousxException in obviousx.io |
|---|
| Methods in obviousx.io that throw ObviousxException | |
|---|---|
void |
Exporter.createFile()
Creates a file in an external from an Obvious description. |
Network |
GraphImporter.loadGraph()
Load the content of an external medium (file, db) into an Obvious Table. |
Table |
TableImporter.loadTable()
Load the content of an external medium (file, db) into an Obvious Table. |
void |
TableImporter.readSchema()
Reads the schema of an external medium. |
void |
GraphImporter.readSchema()
Reads the schema of an external medium. |
| Uses of ObviousxException in obviousx.io.impl |
|---|
| Methods in obviousx.io.impl that throw ObviousxException | |
|---|---|
void |
GraphMLExport.createFile()
Create a GraphML file from the obvious network. |
void |
CSVGraphExport.createFile()
Create a node CSV file and an edge CSV file from the obvious network. |
void |
CSVExport.createFile()
Create a CSV file from the obvious table. |
Network |
GraphMLImport.loadGraph()
Loads the table with the data of the external file. |
Network |
CSVGraphImport.loadGraph()
Loads the table with the data of external CSV files. |
Table |
CSVImport.loadTable()
Loads the table with the data of the external file. |
void |
GraphMLImport.readSchema()
Reads the schema for nodes and edges described the GraphML file. |
void |
CSVImport.readSchema()
Reads the schema of the file. |
void |
CSVGraphImport.readSchema()
Reads the schema for nodes and edges described CSV files. |
| Constructors in obviousx.io.impl that throw ObviousxException | |
|---|---|
CSVExport(java.lang.String nameInput,
Table tableInput)
CSVExport constructor. |
|
GraphMLExport(java.lang.String fileName,
Network inNetwork,
Schema inNodeSchema,
Schema inEdgeSchema)
GraphMLExport constructor. |
|
GraphMLImport(java.io.File inputFile,
Network inputNetwork,
java.lang.String source,
java.lang.String target,
java.lang.String inNodeId)
Constructor for GraphMLImport. |
| Uses of ObviousxException in obviousx.io.ivtk |
|---|
| Methods in obviousx.io.ivtk that throw ObviousxException | |
|---|---|
void |
IvtkObviousTableWriter.createFile()
|
Network |
IvtkObviousGraphReader.loadGraph()
|
Table |
IvtkObviousTableReader.loadTable()
|
void |
IvtkObviousTableReader.readSchema()
|
void |
IvtkObviousGraphReader.readSchema()
|
| Uses of ObviousxException in obviousx.io.prefuse |
|---|
| Methods in obviousx.io.prefuse that throw ObviousxException | |
|---|---|
void |
PrefuseObviousTableWriter.createFile()
|
void |
PrefuseObviousGraphWriter.createFile()
|
Network |
PrefuseObviousGraphReader.loadGraph()
|
Table |
PrefuseObviousTableReader.loadTable()
|
void |
PrefuseObviousTableReader.readSchema()
|
void |
PrefuseObviousGraphReader.readSchema()
|
|
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Hi there! Welcome to my homepage.
I have successfully completed my Ph.D. degree in Electrical Engineering at New Jersey Institute of Technology (NJIT), Newark, NJ. I have been fortunate to work under the guidance of Professor Osvaldo Simeone and Professor Bipin Rajendran. I have been a member of the Elisha Yegal Bar-Ness Center for Wireless Information Processing (CWiP).
News!
Here is my PhD dissertation.
@April 2019, I have successfully passed my PhD dissertation defense!
@March 2019, I have attended the 7th Neuro-Inspired Computational Elements (NICE 2019) workshop series at IBM in Albany, NY, including tutorial platfroms for Loihi (Intel) and SpiNNaker (University of Manchester).
@March 2019, I have attended the 4th Fruit Fly brain Hackathon (FFBH 2019) workshop at Columbia University, NY.
@Januery 2019, I have attended the iJOBS SciPhD Workshop: Leadership and Business Skills for Scientists at Rutgers University, NJ.
@Januery 2019, I have attended the iJOBS Workshop: Computing Skills for Genomic Research at Rutgers University, NJ.
@June 2018, I have attended the MPI workshop at Claremont Graduate University, CA.
@May 2018, I have attended the NASIT workshop at the campus of Texas A&M University, TX.
@April 2018, My paper has been accepted for publication in the IEEE SPAWC.
@January 2018, My paper has been accepted for publication in the IEEE ICASSP.
@September 2017, I attended in Intel Nervana AI Academy Deep Learning Technical Seminar at NJIT, NJ.
@June 2017, I took participate in a 5-day Mathematical Problems in Industry (MPI) workshop at NJIT, NJ.
@April 2017, My co-authored journal paper was published in the IEEE TVT!
@February 2017, My co-authored journal paper was published in the IEEE TSIPN!
@January 2016, I attended the Apache Hadoop in one day workshop presented by Dr Douglas Eadline at NJIT, NJ.
Bachelor of Science in Electrical Engineering GPA: 16.76 / 20 Class rank: 6 / 128
Master of Science in Electrical Engineering GPA: 17.62 / 20 Class rank: 1 / 9
Doctor of Philosophy in Electrical Engineering GPA: 3.83 / 4
P.C. Sofotasios, A. Bagheri, T.A. Tsiftsis, S. Freear, A. Shahzadi and M. Valkama IEEE Transactions on Vehicular Technology, vol. 66, issue 10, pp 8615-8631, Octobor 2017.
A. AL-Shuwaili, O. Simeone, A. Bagheri and G. Scutari IEEE Transactions on Signal and Information Processing over Networks, vol. 3, issue 4, pp 787-802, December 2017.
A. Bagheri and A. Shahzadi Wireless personal communications, vol. 79, issue 1, pp 527-544, November 2014.
A. Bagheri, O. Simeone, and B. Rajendran Accepted for publication in the IEEE International Workshop on Signal Processing Advances in Wireless Communications (SPAWC), 2018.
A. Bagheri, O. Simeone, and B. Rajendran Accepted for publication in the IEEE International Conference on Acoustics, Speech and Signal Processing (ICASSP), 2018.
A. Bagheri, P.C. Sofotasios, T.A. Tsiftsis, K. Ho-Van, M.I. Loupis, S. Freear and M. Valkama IEEE Wireless Communications and Networking Conference (WCNC), Doha, Qatar, 3-6 April 2016.
A.N. Al-Shuwaili, A. Bagheri and O. Simeone IEEE Conference on Information Science and Systems (CISS), Princeton, NJ, USA, 16-18 March 2016.
A. Bagheri, P.C. Sofotasios, T.A. Tsiftsis, A. Shahzadi, S. Freear and M. Valkama IEEE International Symposium on Personal, Indoor, and Mobile Radio Communications (PIMRC), Hong Kong, China, 30 August-2 September 2015.
A. Bagheri, P.C. Sofotasios, T.A. Tsiftsis, A. Shahzadi and M. Valkama IEEE International Conference on Communications (ICC), London, UK, 8-12 June 2015.
A. Bagheri, P.C. Sofotasios, T.A. Tsiftsis, A. Shahzadi and M. Valkama IEEE International Conference on Communications (ICC), London, UK, 8-12 June 2015.
S. Tabatabaee, A. Bagheri, A. Shahini and A. Shahzadi IEEE International Conference on Connected Vehicles and Expo (ICCVE), Las Vegas, NV, USA, 2-6 December 2013.
A. Shahini, A. Bagheri and A. Shahzadi IEEE International Conference on Connected Vehicles and Expo (ICCVE), Las Vegas, NV, USA, 2-6 December 2013.
A. Bagheri, A. Shahini and A. Shahzadi IEEE International Conference on Connected Vehicles and Expo (ICCVE), Las Vegas, NV, USA, 2-6 December 2013.
A. Bagheri and A. Shahzadi IEEE International Conference on Broadband, Wireless Computing, Communication and Applications (BWCCA), Victoria, BC, Canada, 12-14 November 2012.


Comments
-
Greg Hurrell
I actually think the right place for this kind of functionality is just a simple mapping in your
~/.vimrc
. For example, this is what I have in mine for this purpose:map <leader>da :bufdo silent! bdelete<CR>
I hit
<leader>da
(in my case, I have the comma key as my leader, so,da
); mnemonic: "delete all". This deletes all buffers, except those with unsaved changes. I just hit this if the buffer listing starts to become unmanageably large. -
Greg Hurrell
Going to mark this as closed. You're welcome to submit a patch if you'd like and I'll consider it.
-
Greg Hurrell
Status changed:
- From: new
- To: closed
-
anonymous
I tend to agree with the original poster and was looking for this functionality today... I would like to just highlight the buffer and press something like <C-d> and have that buffer gets closed. I don't want to just close all buffers like you suggest. Right now, I have to do a <C-t> to open in a new tab, then :bd to kill the buffer. Would be great if this were just one keystroke.
-
DaveSanders
Howdy, I just about have this implemented, however, only having been using VIM for a week, I have an issue with it that I don't know how to fix:
I have hooked it in so that you have a new option to "DeleteBuffer", which I have mapped via <C-d> After playing with it, it works great, but if you delete the last buffer, C-T wigs out because it can't close. (Which makes sense.) Also the screen gets unpredictable if you close a buffer that was the screen that you opened C-T on. (C-T jumps to the top of the screen.
Playing with the code I can't figure out how to know if the buffer I'm deleting is in the current window that C-T popped up in. If I could figure that out then I could probably pop a :new in the place of the buffer I'm deleting.
I tried putting in a :new before every buffer delete just to see what it would do, and unfortunately it made the :new really short and C-T still bounced to the top. So it needs to start a :new and then make it fill the space.
I can try to pull together a patch of what I have so far (it's really minor) and maybe you could either handle the window issue with your expertise, or give me a hint on how to solve it myself? I'm at a loss because I don't know how to debug and see what variables are available in the ruby while its executing, so if you could give me an idea on that, I could probably figure it out...
thanks for a great tool!
-
urandom
Hi, the link is a patch that implements this feature. It seems to work, but I have absolutely no knowledge of ruby, so someone should look at it as well
-
anonymous
Thank you Dave! Your patch is working great here.
-
anonymous
Hey Wincent, Would you entertain a Git Pull Request for this feature? PS Thanks for command-t!
-
Greg Hurrell
Sure.
Add a comment
Comments are now closed for this issue.


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public interface QuadView
MeshBuilder
.
Enables models to do analysis, re-texturing or translation without knowing the
renderer's vertex formats and without retaining redundant information.Only the renderer should implement or extend this interface.
| Modifier and Type | Method and Description |
|---|---|
int |
colorIndex()
Retrieves the quad color index serialized with the quad.
|
net.minecraft.client.util.math.Vector3f |
copyNormal(int vertexIndex,
net.minecraft.client.util.math.Vector3f target)
Pass a non-null target to avoid allocation - will be returned with values.
|
net.minecraft.client.util.math.Vector3f |
copyPos(int vertexIndex,
net.minecraft.client.util.math.Vector3f target)
Pass a non-null target to avoid allocation - will be returned with values.
|
void |
copyTo(MutableQuadView target)
Extracts all quad properties except material to the given
MutableQuadView instance. |
net.minecraft.util.math.Direction |
cullFace()
If non-null, quad should not be rendered in-world if the
opposite face of a neighbor block occludes it.
|
net.minecraft.client.util.math.Vector3f |
faceNormal()
Normal of the quad as implied by geometry.
|
boolean |
hasNormal(int vertexIndex)
If false, no vertex normal was provided.
|
net.minecraft.util.math.Direction |
lightFace()
Equivalent to
BakedQuad.getFace() . |
int |
lightmap(int vertexIndex)
Minimum block brightness.
|
RenderMaterial |
material()
Retrieves the material serialized with the quad.
|
net.minecraft.util.math.Direction |
nominalFace()
|
float |
normalX(int vertexIndex)
Will return
Float.NaN if normal not present. |
float |
normalY(int vertexIndex)
Will return
Float.NaN if normal not present. |
float |
normalZ(int vertexIndex)
Will return
Float.NaN if normal not present. |
float |
posByIndex(int vertexIndex,
int coordinateIndex)
Convenience: access x, y, z by index 0-2
|
int |
spriteColor(int vertexIndex,
int spriteIndex)
Retrieve vertex color.
|
float |
spriteU(int vertexIndex,
int spriteIndex)
Retrieve horizontal sprite atlas coordinates.
|
float |
spriteV(int vertexIndex,
int spriteIndex)
Retrieve vertical sprite atlas coordinates
|
int |
tag()
Retrieves the integer tag encoded with this quad via
MutableQuadView.tag(int) . |
default net.minecraft.client.render.model.BakedQuad |
toBakedQuad(int spriteIndex,
net.minecraft.client.texture.Sprite sprite,
boolean isItem)
Generates a new BakedQuad instance with texture
coordinates and colors from the given sprite.
|
void |
toVanilla(int spriteIndex,
int[] target,
int targetIndex,
boolean isItem)
Reads baked vertex data and outputs standard baked quad
vertex data in the given array and location.
|
float |
x(int vertexIndex)
Geometric position, x coordinate.
|
float |
y(int vertexIndex)
Geometric position, y coordinate.
|
float |
z(int vertexIndex)
Geometric position, z coordinate.
|
void toVanilla(int spriteIndex, int[] target, int targetIndex, boolean isItem)
spriteIndex
- The sprite to be used for the quad.
Behavior for values > 0 is currently undefined.target
- Target array for the baked quad data.targetIndex
- Starting position in target array - array must have
at least 28 elements available at this index.isItem
- If true, will output vertex normals. Otherwise will output
lightmaps, per Minecraft vertex formats for baked models.void copyTo(MutableQuadView target)
MutableQuadView
instance.
Must be used before calling MutableQuadView#emit()
on the target instance.
Meant for re-texturing, analysis and static transformation use cases.RenderMaterial material()
int colorIndex()
net.minecraft.util.math.Direction lightFace()
BakedQuad.getFace()
. This is the face used for vanilla lighting
calculations and will be the block face to which the quad is most closely aligned. Always
the same as cull face for quads that are on a block face, but never null.net.minecraft.util.math.Direction cullFace()
net.minecraft.util.math.Direction nominalFace()
net.minecraft.client.util.math.Vector3f faceNormal()
Not typically needed by models. Exposed to enable standard lighting utility functions for use by renderers.
default net.minecraft.client.render.model.BakedQuad toBakedQuad(int spriteIndex, net.minecraft.client.texture.Sprite sprite, boolean isItem)
source
- Data previously packed by MeshBuilder
.sourceIndex
- Index where packed data starts.spriteIndex
- The sprite to be used for the quad.
Behavior for values > 0 is currently undefined.sprite
- MutableQuadView
does not serialize sprites
so the sprite must be provided by the caller.isItem
- If true, will output vertex normals. Otherwise will output
lightmaps, per Minecraft vertex formats for baked models.int tag()
MutableQuadView.tag(int)
.
Will return zero if no tag was set. For use by models.net.minecraft.client.util.math.Vector3f copyPos(int vertexIndex, net.minecraft.client.util.math.Vector3f target)
VertexEditor#pos(float, float, float)
float posByIndex(int vertexIndex, int coordinateIndex)
float x(int vertexIndex)
float y(int vertexIndex)
float z(int vertexIndex)
boolean hasNormal(int vertexIndex)
VertexEditor#normal(float, float, float, float)
net.minecraft.client.util.math.Vector3f copyNormal(int vertexIndex, net.minecraft.client.util.math.Vector3f target)
float normalX(int vertexIndex)
Float.NaN
if normal not present.float normalY(int vertexIndex)
Float.NaN
if normal not present.float normalZ(int vertexIndex)
Float.NaN
if normal not present.int lightmap(int vertexIndex)
int spriteColor(int vertexIndex, int spriteIndex)
float spriteU(int vertexIndex, int spriteIndex)
float spriteV(int vertexIndex, int spriteIndex)


RedDirectory class.
More...
RedDirectory class.
A class that represents a directory.
| RedDirectory::__construct |
( |
|
$ext_path, |
|
|
& |
$auth_plugin |
|
) |
| |
Sets up the directory node, expects a full path.
- Parameters
-
| RedDirectory::childExists |
( |
|
$name | ) |
|
Checks if a child exists.
- Parameters
-
- Returns
- boolean
| RedDirectory::createDirectory |
( |
|
$name | ) |
|
Creates a new subdirectory.
- Parameters
-
| string | $name | the directory to create |
- Returns
- void
| RedDirectory::createFile |
( |
|
$name, |
|
|
|
$data = null |
|
) |
| |
Creates a new file in the directory.
Data will either be supplied as a stream resource, or in certain cases as a string. Keep in mind that you may have to support either.
After successful creation of the file, you may choose to return the ETag of the new file here.
- Exceptions
-
- Parameters
-
| string | $name | Name of the file |
| resource | string | $data | Initial payload |
- Returns
- null|string ETag
| RedDirectory::getChild |
( |
|
$name | ) |
|
Returns a child by name.
- Exceptions
-
| DAV\Exception\Forbidden | |
| DAV\Exception\NotFound | |
- Parameters
-
| RedDirectory::getChildren |
( |
| ) |
|
Returns an array with all the child nodes.
- Exceptions
-
- Returns
- array DAV[]
- Todo:
- add description of what this function does.
- Exceptions
-
- Returns
- void
Referenced by __construct().
| RedDirectory::getLastModified |
( |
| ) |
|
Returns the last modification time for the directory, as a UNIX timestamp.
It looks for the last edited file in the folder. If it is an empty folder it returns the lastmodified time of the folder itself, to prevent zero timestamps.
- Returns
- int last modification time in UNIX timestamp
| RedDirectory::getName |
( |
| ) |
|
Returns the name of the directory.
- Returns
- string
| RedDirectory::getQuotaInfo |
( |
| ) |
|
Return quota usage.
Do guests relly see the used/free values from filesystem of the complete store directory?
- Returns
- array with used and free values in bytes.
| RedDirectory::setName |
( |
|
$name | ) |
|
Renames the directory.
- Todo:
- handle duplicate directory name
- Exceptions
-
- Parameters
-
| string | $name | The new name of the directory. |
- Returns
- void
| RedDirectory::$folder_hash |
|
private |
| RedDirectory::$os_path = '' |
|
private |
| RedDirectory::$root_dir = '' |
|
private |
The documentation for this class was generated from the following file:


{% load i18n horizon humanize %} {% block help_message %} {% endblock %}
{% trans "Password changes, enter the user's phone number, get the verification code, and then enter a new password." %}
{% trans "After the password is set, it can take effect after reboot." %}


Sit Conmigo
Chair preorder website design
Sit Conmigo is an ethical, sustainable chair company concept. I designed a website for them so that their customers can view new chair designs and preorder them.
Area
Web design
Deliverables
Design mockup
Tech
Figma, Photoshop
Objective
To design a website that encourages customers to preorder their chairs and introduce them to the Sit Conmigo brand. The design should be a one-page website, with links to the Pre-Order, About and Contact section, mobile-ready, and have a large call-to-action header.
Problem
Sit Conmigo has designed four chairs so far and feels it’s the right time to launch their website, but first needs a website design made. They need a page that showcases their chairs and entice customers to preorder, highlight their mission as a fair trade and fair labor designer, and visually communicate the personality of their company.
Solution
Develop the mobile, tablet, and desktop design comp along with color and type styles that captures the trustworthy, stylish, and sincere personality and mission of the company. This will create a strong impression on Sit Conmigo’s customers that inspires trust and entice them to preorder their chairs.


{% extends "layout.html" %} {% block body %}
Are you sure you want to delete this menu item?
{{restaurant.name}}


TETRIS
Single Player
Multi-Player
TETRIS
Return to menu
1/2
Game Over !
You Win!
Score:
0
Restart
Level:
1
Score:
0
+
0


The following is a list of all courses that are either offered by the College of Chemistry (Department of Chemistry, Chemical Engineering) or are outside electives (Allied Subjects (Chemistry and Chemical Biology majors), Engineering Electives (Chemical Engineering majors), and Physical Sciences Electives (Chemical Engineering majors). If an outside elective course is not on the list, please double check with your advisor to see if it will count towards your major requirement before enrolling.
Anthropology
Astronomy
Biology
Bioengineering
Business Administration, Undergraduate
Chemistry
Chemical and Biomolecular Engineering
Civil and Environmental Engineering
Cognitive Science
Computer Science
Earth and Planetary Science
Economics
Education
Electrical Engineering
Energy and Resources Group
Engineering
Environmental Science, Policy, and Management
Geography
Industrial Engineering and Operations Research
Integrative Biology
Letters & Science
Materials Science and Engineering
Mathematics
Mechanical Engineering
Molecular and Cell Biology
Nuclear Engineering
Nutritional Sciences and Toxicology
Physics
Plant and Microbial Biology
Psychology
Public Health
Statistics
Anthropology
ANTHRO 1 - Introduction to Biological Anthropology
ANTHRO C100 - Human Paleontology (cross-listed as IB C185L)
ANTHRO C103 - Introduction to Human Osteology (cross-listed as IB C142L)
ANTHRO 107 - Evolution of the Human Brain
ANTHRO 134 - Archaeological Laboatory Practicum
ANTHRO 135 - Paleoethnobotany: Archaeological Methods and Laboratory Techniques
ASTRO 7A - Introduction to Astrophysics (I)
ASTRO 7B - Introduction to Astrophysics (II)
ASTRO 10 - Introduction to General Astronomy
ASTRO C10 - Introduction to General Astronomy (cross-listed as L&S C70U)
ASTRO C12 - The Planets (cross-listed as EPS C12)
ASTRO C162 - Planetary Astrophysics (cross-listed as L&S C70T, EPS C162)
BIOE 11 - Introduction to Biomedicine for Engineers
BIOE 100 - Ethics in Science and Engineering
BIOE 101 - Instrumentation in Biology and Medicine
BIOE 102 - Biomechanics: Analysis and Design
BIOE 103 - Engineering Molecules 2
BIOE 104 - Biological Transport Phenomena
BIOE 110 - Biomedical Physiology for Engineers
BIOE 111 - Functional Biomaterials Development and Characterization
BIOE C112 - Molecular Biomechanics and Mechanobiology of the Cell(cross-listed as MECHE C115)
BIOE 115 - Tissue Engineering Lab
BIOE C117 - Structural Aspects of Biomaterials (cross-listed as MECHE C117)
BIO C118 - BIological Performance of Materials (cross-listed as MSE C118)
BIOE C119 - Orthopedic Biomechanics (cross-listed as MECHE C176)
BIOE 121 - BioMEMS and Medical Devices
BIOE 124 - Basic Prinicples of Drug Delivery
BIOE C125 - Introduction to Robotics(cross-listed as EE C106A)
BIOE C125B - Robotic Manipulation and Interaction(cross-listed as EE C106B)
BIOE 131 - Introduction to Computation Molecular and Cell Biology
BIOE 135 - Frontiers in Microbial Systems Biology
BIOE 140L - Synthetic Biology Laboratory
BIOE 144 - Introduction to Protein Informatics
BIOE 147 - Principles of Synthetic Biology
BIOE 150 - Introduction of Bionanoscience and Bionanotechnology
BIOE 163 - Principles of Molecular and Cellular Biophotonics
BIOE 163L - Molecular and Cellular Biophotonics Laboratory
BIOE C165 - Medical Imaging Signals and Systems(cross-listed as EE C145B)
BIOE 168L - Practical Light Microscopy
BIOE C213 - Fluid Mechanics of Biological Systems (crosslisted as MECHE C213)
BIO 1A - General Biology Lecture
BIO 1AL - General Biology Laboratory
BIO 1B - General Biology Lecture and Laboratory
UGBA 10 - Principles of Business
UGBA 100 - Business Communication
UGBA 101A - Microeconomic Analysis for Business Decisions
UGBA 102A - Introduction to Financial Accounting
UGBA 102B - Managerial Accounting
UGBA 103 - Introduction to Finance
UGBA 104 - Introduction to Business Analytics
UGBA 119 - Leading Strategry Implementation
UGBA 152 - Negotiation and Conflict Resolution
UGBA 161 - Marketing Research: Data and Analytics
UGBA 175 - Legal Aspects of Management
UGBA 179 - International Consulting for Small and Medium-Sized Enterprises
UGBA 192P - Sustainable Business Consulting Projects
UGBA 195P - Entrepreneurship: How to Successfully start a New Business
CHEM 1AL - General Chemistry Laboratory
CHEM 3A - Chemical Structure and Reactivity (1)
CHEM 3AL - Organic Chemistry Laboratory (1)
CHEM 3B - Chemical Structure and Reactivity (2)
CHEM 3BL - Organic Chemistry Laboratory (2)
CHEM 4A - General Chemistry and Quantitative Analysis (1)
CHEM 4B - General Chemistry and Quantitative Analysis (2)
CHEM 12A - Organic Chemistry (1)
CHEM 12B - Organic Chemistry (2)
CHEM 15 - Analytical and Bioanalytical Chemistry
CHEM 96 - Introduction to Research and Study in the College of Chemistry
CHEM 103 - Inorganic Chemistry in Living Systems
CHEM 104A - Advanced Inorganic Chemistry (1)
CHEM 104B - Advanced Inorganic Chemistry (2)
CHEM 105 - Instrumantal Methods in Analytical Chemistry
CHEM C110L - General Biochemistry and Molecular Biology Laboratory (cross-listed as MCB C110L)
CHEM 113 - Advanced Mechanistic Organic Chemistry
CHEM 114 - Advanced Synthetic Organic Chemistry
CHEM 115 - Organic Chemistry - Advanced Laboratory Methods
CHEM 120A - Physical Chemistry (Quantum Mechanics)
CHEM 120B - Physical Chemistry (Statistical Mechanics)
CHEM 122 - Quantum Mechanics and Spectroscopy
CHEM 125 - Physical Chemistry Laboratory
CHEM 130B - Biophysical Chemistry
CHEM 146 - Radiological Methods in Nuclear Technology and Forensics
CHEM C150 - Introduction to Materials Chemistry
CHEM C170L - Biochemical Engineering Laboratory (cross-listed as CBE C170L)
CHEM C178 - Polymer Science and Technology (cross-listed as CBE C178)
CHEM C182 - Atmospheric Chemistry and Physics Laboratory (cross-listed as EPS C182)
CHEM C191 - Quantum Information Science and Technology (cross-listed as CS C191, PHYS C191)
CHEM 200 - Chemistry Fundamentals (Graduate)
CHEM 201 - Fundamentals of Inorganic Chemistry (Graduate)
CHEM 208 - Structure Analysis by X-Ray Diffraction (Graduate)
CHEM 214 - Heterocyclic Chemistry (Graduate)
CHEM 220A - Thermodynamics and Statistical Mechanics (Graduate)
CHEM 220B - Statistical Mechanics (Graduate)
CHEM 221A - Advanced Quantum Mechanics (1) (Graduate)
CHEM 221B - Advanced Quantum Mechanics (2) (Graduate)
CHEM 222 - Spectroscopy (Graduate)
CHEM 223A - Chemical Kinetics (Graduate)
CHEM 250A - Introduction to Bonding Theory (Graduate)
CHEM 251A - Coordination Chemistry I (Graduate)
CHEM 260 - Reaction Mechanisms (Graduate)
CHEM 265 - Nuclear Magnetic Resonance Theory and Application
CHEM 271 - [Insert name] (Graduate)
CBE 40 - Introduction to Chemical Engineering Design
CBE 140 - Introduction to Chemical Process Analysis
CBE 141 - Chemical Engineering Thermodynamics
CBE 142 - Chemical Kinetics and Reaction Engineering
CBE 143 - Computational Methods in Chemical Engineering
CBE 150A - Transport Processes
CBE 150B - Transport and Separation Processes
CBE 154 - Chemical Engineering Laboratory
CBE 160 - Chemical Process Design
CBE 162 - Dynamics and Control of Chemical Processes
CBE 170A - Biochemical Engineering (1)
CBE 170B - Biochemical Engineering (2)
CBE C170L - Biochemical Engineering Laboratory (cross-listed as CHEM C170L)
CBE 176 - Principles of Electrochemical Processes
CBE 178 - Polymer Science and Technology (cross-listed as CHEM C178)
CBE 179 - Process Technology of Solid-State Materials Devices
CBE 180 - Chemical Engineering Economics
CBE 182 - Nanoscience and Engineering Biotechnology
CBE 274 - Kinetics [Insert Name]
CIVE C30 - Introduction to Solid Mechanics (cross-listed as MECHE C85)
CIVE 103 - Introduction to Hydrology
CIVE 105 - Water and Wind - Design for a Variable Environment
CIVE C106 - Air Pollution (cross-listed as EPS C180, ESPM C180)
CIVE 107 - Climate Change Mitigation
CIVE 110 - Water Systems of the Future
CIVE 111 - Environmental Engineering
CIVE 111L - Water and Air Quality Laboratory
CIVE 112 - Environmental Engineering Design
CIVE C116 - Chemistry of Soils (cross-listed as ESPM C128)
CIVE 120 - Structural Engineering
CIVE C122L - Structural Steel Design Project
CIVE 122N - Design of Steel Structures
CIVE 123L - Structural Concrete Design Project
CIVE 123N - Design of Reinforced Concrete Structures
CIVE 124 - Structural Design in Timber
CIVE 130N - Mechanics of Structures
CIVE C133 - Engineering Analysis Using the Finite Element Method (cross-listed as MECHE C180)
CIVE 153 - Transportation Facility Design
CIVE 155 - Transportation Systems Engineering
CIVE 167 - Engineering Project Management
CIVE 173 - Groundwater and Seepage
CIVE 175 - Geotechnical and Geoenvironmental Engineeering
CIVE C178 - Applied Geophysics(cross-listed as EPS C126)
CIVE 180 - Life-Cycle Design and Construction
CIVE 186 - Design of Cyber-Physical Systems
CIVE 191 - Civil and Environmental Engineering Systems Analysis
CIVE 192 - The Art and Science of Civil and Environmental Engineering Practice
COG SCI C126 - Perception (cross-listed as PSYCH C126)
COG SCI C127 - Cognitive Neuroscience(cross-listed as PSYCH C127)
CS 160 - User Interface Design and Development
CS 162 - Operating Systems and System Programming
CS 164 - Programming Languages and Compilers
CS 170 - Efficient Algorithms and Intractable Problems
CS 174 - Combinatorics and Discrete Probability
CS 184 - Foundations of Computer Graphics
CS 189 - Introduction to Machine Learning
EPS C20 - Earthquakes in Your Backyard (cross-listed L&S C70Y)
EPS 80 - Environmental Earth Sciences
EPS C82 - Oceans (cross-listed as IB C82)
EPS 100A - Minerals: Their Constitution and Origin
EPS 103 - Introduction to Aquatic and Marine Geochemistry
EPS C129 - Biometerology (cross-listed as ESPM C129)
EPS 130 - Strong Motion Seismology
EPS C162 - Planetary Astrophysics (cross-listed as ASTRO C162, L&S C70T)
EPS C180 - Air Pollution (cross-listed as CIVE C106, ESPM C180)
ECON 1 - Introduction to Economics
ECON C103 - Introduction to Mathematical Economics (cross-listed as MATH C103)
EDUC 223B - Special Problems in Mathmatics, Science and Technology Education
EDUC 224A - Mathematical Thinking and Problem Solving
EE 16A - Designing Information Devices and Systems I
EE 16B - Designing Information Devices and Systems II
EE 105 - Microelectronic Devices and Circuits
EE 118 - Introduction to Optical Engineering
EE 130 - Integrated-Circuit Devices
EE 134 - Fundamentals of Photovoltaic Devices
EE 137A - Introduction to Electric Power Systems
EE 137B - Introduction to Electic Power Systems
EE 140 - Linear Integrated Circuits
EE 142 - Integrated Circuits for Communications
EE 143 - Microfabrication Technology
EE 147 - Introduction to Microelectomechanical Systems (MEMS)
ENE RES 102 - Quantitative Aspects of Global Environmental Problems
ENG 7 - Introduction to Computer Programming for Scientists and Engineers
ENG 117 - Methods of Engineering Analysis
ENG 120 - Principles of Engineering Economics
ENG 128 - Advanced Engineering Design Graphics
ESPM 6 - Environmental Biology
ESPM C10 - Environmental Issues (cross-listed as L&S C30V)
ESPM C11 - Americans and the Global Forest (cross-listed as L&S C30U)
ESPM 15 - Introduction to Environmental Sciences
ESPM 40 - Insects and Human Society
ESPM 42 - Natural History of Insects
ESPM 100 - Environmental Problem Solving
ESPM 102B - Natural Resource Sampling
ESPM 102C - Resource Management
ESPM 106 - American Wildlife: Management and Policy in the 21st Century
ESPM C107 - Biology and Geomorphology of Tropical Islands (cross-listed as IB 158LF)
ESPM 108A - Trees: Taxonomy, Growth, and Structures
ESPM 117 - Urban Garden Ecosystems
ESPM 118 - Agricultural Ecology
ESPM 120 - Soil Characteristics
ESPM C128 - Chemistry of Soils (cross-listed as CIVE C166)
ESPM C129 - Biometerology (cross-listed as EPS C129)
ESPM C130 - Terrestrial Hydrology (cross-listed as MCB C114, PMB C114)
ESPM 131 - Soil Microbial Ecology
ESPM 134 - Fire, Insects, and Diseases in Forest Ecosystems
ESPM C138 - Introduction to Comparative Virology (cross-listed with MCB C114, PMB C114)
ESPM C148 - Pesticide Chemistry and Toxicology (cross-listed as NST C114)
ESPM 152 - Global Change Biology
ESPM 162 - Bioethics and Society
ESPM 162A - Health, Medicine, Society and Environment
ESPM C180 - Air Pollution (cross-listed as CIVE C106, EPS C180)
ESPM 185 - Applied Forest Ecology
ESPM 186 - Management and Conservation of Rangeland Ecosystems
GEO 40 - Introduction to Earth System Science
GEO 137 - Top Ten Global Environmental Problems
GEO 140A - Physical Landscapes: Process and Form
GEO 144 - Principles of Meteorology
IEOR 153 - Logistics Network Design and Supply Chain Management
IEOR 162 - Linear Programming and Network Flows
IEOR 165 - Engineering Statistics, Quality Control, and Forecasting
IEOR 170 - Industrial Design and Human Factors
IEOR 172 - Technology Firm Leadership
IB 31 - The Ecology and Evolution of Animal Behavior
IB C82 - Oceans (cross-listed as EPS C82)
IB 102LF - Introduction to California Plant with Laboratory
IB 103LF - Invertebrate Zoology with Laboratory
IB 104LF - Natural History of the Vertebrates with Laboratory
IB 107L - Principles of Plant Morphology with Laboratory (cross-listed as PMB C107L)
IB 118 - Host-Microbe Interactions
IB 123AL - Exercise and Environmental Physiology with Laboratory
IB 131 - Generals Human Anatomy
IB C142L - Introduction to Human Osteology (cross-listed as ANTHRO C103)
IB C143A - Biological Clocks: Physiology and Behavior (cross-listed as PSYCH C113)
IB C143B - Hormones and Behavior (cross-listed as PYSCH C116)
IB 148 - Comparative Animal Physiology
IB 151 - Plant Physiological Ecology
IB 158LF - Biology and Geomophology of Tropical Islands (cross-listed as ESPM C107)
IB 161 - Population and Evolutionary Genetics
IB 164 - Human Genetics and Genomics
IB 168L - Systematics of Vascular Plants with Laboratory
IB 169 - Evolutionary Medicine
IB 174LF - Ornithology with Laboratory
IB C185L (cross-listed as ANTHRO C100)
L&S C30T - Drugs and the Brain (cross-listed as MCB C62, PSYCH C19)
L&S C30V - Environmental Issues (cross-listed as ESPM C10)
L&S C70T - The Planets (cross-listed as ASTRO C162, EPS C162)
L&S C70U - Introduction to General Astronomy (cross-listed as ASTRO C10)
L&S C70Y - Earthquakes in Your Backyard (cross-listed as EPS C20)
MSE 45 - Properties of Materials
MSE 45L - Properties of Materials Laboratory
MSE 102 - Bonding, Crystallography, and Crystal Defects
MSE 103 - Phase Transformations and Kinetics
MSE 104 - Materials Characterization
MSE 111 - Properities of Electonic Materials
MSE 112 - Corrosion (Chemical Properties)
MSE 113 - Mechanical Behavior or Engineering Materials
MSE 117 - Properities of Dielectric and Magnetic Materials
MSE 120 - Materials Production
MSE 130 - Experimental Materials Science and Design
MSE 136 - Materials in Energy Technologies
MATH 10A - Methods of Mathematics: Calculus, Statistics, and Combinatorics (I)
MATH 10B - Methods of Mathematics: Calculus, Statistics, and Combinatorics (II)
MATH 53 - Multivariable Calculus
MATH 54 - Linear Algebra and Differential Equations
MATHC103 - Introduction to Mathematical Economics (cross-listed as ECON C103)
MATH 104 - Introduction to Analysis
MATH H104 - Honors Introduction to Analysis
MATH 105 - Second Course in Analysis
MATH H110 - Honors Linear Algebra
MATH H113 - Honors Abstract Algebra
MATH 114 - Second Course in Abstract Algebra
MATH 115 - Introduction to Number Theory
MATH 121A - Mathematical Tools for the Physical Sciences (I)
MATH 121B - Mathematical Tools for the Physical Sciences (II)
MATH 123 - Ordinary Differential Equations
MATH 125A - Mathematical Logic
MATH 126 - Introduction to Partial Differential Equations
MATH 128A - Numerical Analysis (I)
MATH 128B - Numerical Analysis (II)
MATH 130 - The Classical Geometries
MATH 135 - Introduction to the Theory of Setss
MATH 136 - Incompleteness and Undecidability
MATH 140 - Metric Differential Geometry
MATH 142 - Elementary Differential Topology
MATH 170 - Mathematical Methods for Optimization
MATH 185 - Introduction to Complex Analysis
MATH H185 - Honors Introduction to Complex Analysis
MECHE C85 - Introduction to Solid Mechanics (cross-listed as CIVE C30)
MECHE 102A - Introduction to Mechanical Systems for Mechtronics
MECHE 102B - Mechatronics Design
MECHE 104 - Engineering Mechanics II
MECHE 107 - Mechanical Engineering Laboratory
MECHE 108 - Mechanical Behavior of Engineering Materials
MECHE 110 - Introduction to Product Development
MECHE C115 - Introduction to Product Development (cross-listed as BIOE C112)
MECHE C117 - Structural Aspects of Biomaterials (cross-listed as BIOE C117)
MECHE 118 - Introductions to Nanotechnology and Nanoscience
MECHE 119 - Introductions to MEMS (Microelectomechanical Systems)
MECHE 122 - Processing of Materials in Manufacturing
MECHE 130 - Design of Plana Machinery
MECHE 131 - Vehicle Dynamics and Control
MECHE 133 - Mechanical Vibrations
MECHE 135 - Design of Microprocessor-Based Mechanical Systems
MECHE 138 - Introduction to Micro/Nano Mechanical Systems Laboratory
MECHE 140 - Combustion Processes
MECHE 146 - Energy Conversion Principles
MECHE 151 - Advanced Heat Transfer
MECHE 163 - Engineering Aerodynamics
MECHE 165 - Ocean-Environment Mechanics
MECHE 167 - Microscale Fluid Mechanics
MECHE 170 - Engineering Mechanics III
MECHE 173 - Fundamentals of Acoustics
MECHE 175 - Intermediate Dynamics
MECHE C176 - Orthopedic Biomechanics (cross-listed as BIOE C119)
MECHE C180 - Engineering Analysis Using the Finite Element Method (cross-listed as CIVE C133)
MECHE 185 - Introduction to Continuum Mechanics
MECHE C213 - Fluid Mechanics of Biological Systems (crosslisted as BIOE C213)
MCB 32 - Introduction to Human Physiology
MCB 50 - The Immune System and Disease
MCB C61 - Brain, Mind and Behavior(cross-listed as PSYCH C61)
MCB C62 - Drugs and the Brain (cross-listed as L&S C30T, PSYCH C19)
MCB 100B - Biochemistry: Pathways, Mechanisms, and Regulation
MCB 102 - Survey of the Principles of Biochemistry and Molecular Biology
MCB C103 - Bacterial Pathogenesis (cross-listed as PH C102, PMB C103)
MCB 104 - Genetics, Genomics, and Cell Biology
MCB 110 - Molecular Biology: Macromolecular Synthesis and Cellular Function
MCB C112 - General Microbiology (cross-listed as PMB C112)
MCB 112L - General Microbiology Laboratory (cross-listed as PMB C112L)
MCB C114 - INtroduction to Comparative Virology (cross-listed as ESPM C138, PMB C114)
MCB C116 - Microbial Diversity (cross-listed as PMB C116)
MCB 130 - Cell and Systems Biology
MCB 132 - Biology of Human Cancer
MCB 133L - Physiology and Cell Biology Laboratory
MCB 135A - Topics in Cell and Developmental Biology: Molecular Endocrinology
MCB 140L - Genetics Laboratory
MCB 141 - Developmental Biology
MCB C148 - Microbial Genomics and Genetics (cross-listed as PMB C149)
MCB 150 - Molecular Immunology
MCB 150L - Immunology Laboratory
MCB 163 - Mammalian Neuroanatomy Lab
MCB 166 - Biophysical Neurobiology
NUCE 100 - Introduction to Nuclear Engineering
NUCE 101 - Nuclear Reactions and Radiation
NUCE 104 - Radiation Detection and Nuclear Instrumentation Laboratory
NUCE 124 - Radioactive Waste Management
NUCE 130 - Analytical Methods for Non-proliferation
NUCE 150 - Introduction to Nucelar Reactor Theory
NUCE 155 - Introduction to Numerical Simulations in Radiation Transport
NUCE 161 - Nuclear Power Engieering
NUCE 162 - Radiation Biophysics and Dosimetry
NUCE 167 - Risk-Informed Design for Advanced Nuclear Systems
NUCE 175 - Methods of Risk Analysis
NUCE 180 - Introduction to Controlled Fusion
NST 10 - Introduction to Human Nutrition
NST 11 - Introduction to Toxicology
NST 103 - Nutrient Function and Metabolism
NST 108A - Introduction and Application of Food Science
NST C114 (cross-listed as ESPM C148)
NST 115 - Principles of Drug Action
NST 121 - Computation Toxicology
NST 160 - Metabolic Bases of Human Health and Diseases
NST 171 - Nutrition and Toxicology Laboratory
PHYS 5A - Introductory Mechanics and Relativity
PHYS 5B - Introductory Electromagnetism, Waves, and Optics
PHYS 5BL - Introduction to Experimental Physics I
PHYS 5C - Introductory Thermodynamics and Quantum Mechanics
PHYS 5CL - Introduction to Experimental Physics I
PHYS 7A - Physics for Scientists and Engineers (I)
PHYS 7B - Physics for Scientists and Engineers (II)
PHYS 7C - Physics for Scientists and Engineers (III)
PHYS 8A - Introductory Physics
PHYS 8B - Introductory Physics
PHYS 89 - Introduction to Mathematical Physics
PHYS 110A - Electromagnetism and Optics (I)
PHYS 110B - Electromagnetism and Optics (II)
PHYS 112 - Introduction to Statistical and Thermal Physics
PHYS 130 - Quantum and Nonlinear Optics
PHYS 137A - Quantum Mechanics (I)
PHYS 137B - Quantum Mechanics (II)
PHYS 141A - Solid State Physics (I)
PHYS 141B - Solid State Physics (II)
PMB 10 - Plants, Agriculture, and Society
PMB 40 - The (Secret) Life of Plants
PMB C112 - General Microbiology (cross-listed as MCB C112)
PMB C112L - General Microbiology Laboratory (cross-listed as MCB C112L)
PMB C114 - Introduction to Comparative Virology (cross-listed as ESPM C138, MCB C114)
PMB C116- Microbial Diversity (cross-listed as MCB C116)
PMB 120L - Laboratory of Biology of Algae
PMB 135 - Phsiology and Biochemistry of Plant
PMB C148 - Microbial Genomics and Genetics (cross-listed as MCB C148)
PMB 160 - Plant Molecular Genetics
PMB 180 - Environmental Plant Biology
PSYCH C19 - Drugs and the Brain (cross-listed as MCB C62, L&S C30T)
PSYCH C61 - Brain, Mind, and Behavior (cross-listed as MCB C61)
PSYCH 110 - Introduction to Biology Psychology
PSYCH C113 - Biological Clocks: Physiology and Behavior (cross-listed as IB C143A)
PSYCH 114 - Biology of Learning
PSYCH C116 - Hormones and Behavior (cross-listed as IB C143B)
PSYCH 117 - Human Neuropsychology
PSYCH C126 - Perception (cross-listed as COGSCI C126)
PSYCH C127 - Cognitive Neuroscience (cross-listed as COGSCI C127)
PH C102 - Bacterial Pathogenesis (cross-listed as MCB C103, PMB C103)
PH 142 - Introduction to Probability and Statistics in Biology and Public Health
PH 162A - Public Health Microbiology
PH 162L - Public Health Microbiology Laboratory
STAT 21 - Introductory Probability and Statistics for Business
STAT 134 - Concepts of Probability


A technologist seeking meaningful work, challenging problems, and an inspiring team.
My typical tools of choice include:
Open source matters. I feel a deep sense of gratitude to the open source communities that have produced many of the applications I use in the solutions I build. I look forward to making my first open source contribution this year.
I worked remotely from the countryside of Maine for 4 years before accepting my current full time on site office workplace role.
I prefer to use google hangouts, docs, slack and other apps for collaborating both in real-time and asynchronously with my colleagues and clients.
I love the freedom to live where I choose, and have seen the efficiencies that the remote collaboration workflow can bring.
I learned from experience that working remotely works better for me when I work from an office that is not also my home.
It is really important to me to participate in the wider technical community. I just enjoy being around people that are passionate about building things because we help to inspire each others curiousity. I've been fortunate enough to be able to attend many conferences over the years, to have organized a few myself, and to have presented at a few as a speaker myself.
If I could have one and only one super power, it would be the ability to wield stone through telekenesis. Stone is a long term material.It is sturdy and will stand the test of time. I seek to create a lasting postive effect on the world, and that's why this super power appeals to me. Which one would you choose?
I lead the adoption of DevOps culture at the Bangor Daily News.
The essential tools and processes we adopted include:
Here's a chart of a bit of custom metrics monitoring I configured for the WordPress REST api, which we run in production at bangordailynews.com.
Our Lambda function activity, represented in the rest-api-python-ua-requests series, is the single largest source of WordPress REST API traffic.
The WordPress REST API officially landed in v4.6. Version v4.8 has been released and received a maintenance patch, but its still a relatively lightly used feature of WordPress content syndication compared to the amount of traffic that we see from bots consuming HTML or RSS. We are still the most active consumers of our own API.
Our primary use case for the WordPress REST API is to ingest analytics data. We recently launched two AWS lambda functions that poll Google Analytics 360 for both realtime and historical metrics. The metrics are joined to our articles (WordPress posts) using the path portion of the URL. Once we've determined which metrics match to which WordPress post, we can then update the post with that metrics data.
Shortly after launching these lambda functions we noticed a marked increase in CPU utilization in our Aurora RDS cluster.
After admitting that it really was likely that the lamdba functions were causing this increased CPU Utilization, the simplest possible way to reduce utilization over all would simply be to run the functions less frequently. The function for handling real time performance metrics would only update around 30 posts in WordPress per invocation, but the function for processing historical metrics would update as many as 100 posts per run. This is simply because there are more unique URLs with significant traffic over a longer time period.
The historical function actually took between 200 and 300 seconds to execute at each invocation, primarily due to the synchronous method in which it executes its HTTP requests. Since each transaction takes between 1-2 seconds on average, and the function has just over 100 API calls to make, it's easy to run into an execution time lasting 4+ minutes.
So we went into the AWS lambda console to the configuration details for the longer running historical lambda function, detached the Cloudwatch trigger on an "every five minutes" schedule from the historical function, and enabled a new "every ten minutes" trigger. Just like that, our peak CPU Utilization in the RDS cluster returned to a tolerable range.
A runtime duration of several minutes may seem ludicrous when you consider the 'quick, cheap, infrequent' use case scenario that lambda is meant to serve. But in our case, the incentive to further optimize the performance of this script is low for now. Running for 4-5 minutes out of every 10 minutes is still hardly 50% utilization, and the 128MB container size is ample, since the script only ever consumes ~30MB while running.
Even with this long runtime, scheduling the function to run every 10 minutes uses only about a third of the Lambda free tier allotment.Drop me a line, I'd love to hear from you.


Here is Mick Hartley‘s delightful snap of thirteen swans, very neatly lined up in a row. They are what we know as self-tidying swans. I checked the Swan Register and can confirm that they are, from left to right, Alcibiades, Blinky, Clovis, Digby, Eggbound, Flapper, Gertrude, Hoddinott, Icebrain, Jim, Krakatoa, Lars and Monique.
Their reflections in the pond or mere or lake or gigantic puddle are self-tidying water swans, that is, swans made of water, which wobble and shimmer, and resist capture. From right to left, according to the Water Swan Register, they are Nat, Olive, Popsy, Quetzalcoatl, Rex, Succubus, Totteridge, Ubuntu, Vincenzo, Whetstone, Xantippe, Yoko, and Blodwyn.
The fact that Blodywn's name is Blodwyn, rather than something beginning with Z, suggests that she may not be a self-tidying water swan, but rather an interloper. Such swans are commonly termed anomalous untidy water swan interlopers. There is no standard Register listing them, although volunteers who can devote a few hours per day to the compilation of such a Register are always welcome. You will need to be able to tell the difference, at a glance, between a swan and a water swan and other avian life-forms that paddle upon inland bodies of water.


(Delivered in San Francisco, March 27, 1900)
(Reprinted from the Vedanta and the West, May-June 1958. The editors of the Magazine published it as it was recorded, adding certain words (in square brackets) to maintain the continuity of thought, and periods to indicate omissions that might have occurred in recording. — Ed.)
We find that man, as it were, is always surrounded by something greater than himself, and he is trying to grasp the meaning of this. Man will ever [seek] the highest ideal. He knows that it exists and that religion is the search after the highest ideal. At first all his searches were in the external plane — placed in heaven, in different places — just according to [his grasp] of the total nature of man.
[Later,] man began to look at himself a little closer and began to find out that the real "me" was not the "me" that he stands for ordinarily. As he appears to the senses is not the same as he really is. He began to [search] inside of himself, and found out that . . . the same ideal he [had placed] outside of himself is all the time within; what he was worshipping outside was his own real inner nature. The difference between dualism and monism is that when the ideal is put outside [of oneself], it is dualism. When God is [sought] within, it is monism.
First, the old question of why and wherefore . . . How is it that man became limited? How did the Infinite become finite, the pure become impure? In the first place, you must never forget that this question can never be answered [by] any dualistic hypothesis.
Why did God create the impure universe? Why is man so miserable, made by a perfect, infinite, merciful Father? Why this heaven and earth, looking at which we get our conception of law? Nobody can imagine anything that he has not seen.

Why did the infinite God make this world? [The dualist says:] Just as the potter makes pots. God the potter; we the pots. . . . In more philosophical language the question is: How is it taken for granted that the real nature of man is pure, perfect, and infinite? This is the one difficulty found in any system of monism. Everything else is clean and clear. This question cannot be answered. The monists say the question itself is a contradiction.
Take the system of dualism — the question is asked why God created the world. This is contradictory. Why? Because — what is the idea of God? He is a being who cannot be acted upon by anything outside.
You and I are not free. I am thirsty. There is something called thirst, over which I have no control, [which] forces me to drink water. Every action of my body and even every thought of my mind is forced out of me. I have got to do it. That is why I am bound . . . . I am forced to do this, to have this, and so on . . . . And what is meant by why and wherefore? [Being subject to external forces.] Why do you drink water? Because thirst forces you.  You never do anything of your own will because you are forced to do everything. Your only motive for action is some force. . . .
The earth, by itself, would never move unless something forced it. Why does the light burn? It does not burn unless somebody comes and strikes a match. Throughout nature, everything is bound. Slavery, slavery! To be in harmony with nature is [slavery]. What is there in being the slave of nature and living in a golden cage? The greatest law and order is in the [knowledge that man is essentially free and divine] Now we see that the question why and wherefore can only be asked [in ignorance]. I can only be forced to do something through something else.
[You say] God is free. Again you ask the question why God creates the world. You contradict yourself. The meaning of God is entirely free will. The question put in logical language is this: What forced Him, who can never be forced by anybody, to create the world? You say in the same question, What forced Him? The question is nonsense. He is infinite by His very nature; He is free. We shall answer questions when you can ask them in logical language. Reason will tell you that there is only one Reality, nothing else. Wherever dualism has risen, monism came to a head and drove it out.
There is only one difficulty in understanding this. Religion is a common-sense, everyday thing. The man in the street knows it if you put it in his language and not [if it is put] in a philosopher's language. It is a common thing in human nature to [project itself]. Think of your feeling with the child. [You identify yourself with it. Then] you have two bodies. [Similarly] you can feel through your husband's mind Where can you stop? You can feel in infinite bodies.
Nature is conquered by man every day. As a race, man is manifesting his power. Try in imagination to put a limit to this power in man. You admit that man as a race has infinite power, has [an] infinite body. The only question is what you are. Are you the race or one [individual]? The moment you isolate yourself, everything hurts you. The moment you expand and feel for others, you gain help.  The happiest is the man who is not at all selfish. He has become the whole creation, the whole race and God [is] within him. . . . So in dualism — Christian, Hindu, and all religions — the code of ethics . . . . is: Do not be selfish . . . . things for others! Expand! . . . .
The ignorant can be made to understand [this] very easily, and the learned can be made to understand still more easily. But the man who has just got a speck of learning, him God himself cannot make understand. [The truth is,] you are not separate [from this universe]; Just as your Spirit] is [not] separate from the rest of you. If [not] so, you could not see anything, could not feel anything. Our bodies are simply little whirlpools in the ocean of matter. Life is taking a turn and passing on, in another form . . . . The sun, the moon, the stars, you and I are mere whirlpools. Why did I select [a particular mind as mine? It is] simply a mental whirlpool in the ocean of mind.
How else is it possible that my vibration reaches you just now? If you throw a stone in the lake, it raises a vibration and [that stirs] the water into vibration. I throw my mind into the state of bliss and the tendency is to raise the same bliss in your mind. How often in your mind or heart [you have thought something] and without [verbal] communication, [others have got your thought]? Everywhere we are one. . . . That is what we never understand. The whole [universe] is composed of time, space, and causation. And God [appears as this universe]. . . . When did nature begin? When you [forgot your true nature and] became [bound by time, space, and causation].
This is the [rotating] circle of your bodies and yet that is your infinite nature. . . . That is certainly nature — time, space, and causation. That is all that is meant by nature. Time began when you began to think. Space began when you got the body; otherwise there cannot be any space. Causation began when you became limited. We have to have some sort of answer. There is the answer. [Our limitation] is play. Just for the fun of it. Nothing binds you; nothing forces [you. You were] never bound. We are all acting our parts in this [play] of our own invention.
But let us bring another question about individuality. Some people are so afraid of losing their individuality. Wouldn't it be better for the pig to lose his pig-individuality if he can become God? Yes. But the poor pig does not think so at the time. Which state is my individuality? When I was a baby sprawling on the floor trying to swallow my thumb? Was that the individuality I should be sorry to lose? Fifty years hence I shall look upon this present state and laugh, just as I [now] look upon the baby state. Which of these individualities shall I keep ? . . .
We are to understand what is meant by this individuality. . . . [There are two opposite tendencies:] one is the protection of the individuality, the other is the intense desire to sacrifice the individuality. . . . The mother sacrifices all her own will for the needy baby. . . . When she carries the baby in her arms, the call of individuality, of self-preservation is no more heard.  So for all the people we love we are ready to die.
[On the one hand] we are struggling hard to keep up this individuality; on the other hand, trying to kill it. With what result? Tom Brown may struggle hard. He is [fighting] for his individuality. Tom dies and there is not a ripple anywhere upon the surface of the earth. There was a Jew born nineteen hundred years ago, and he never moved a finger to keep his individuality. . . . Think of that! That Jew never struggled to protect his individuality. That is why he became the greatest in the world. This is what the world does not know.
In time we are to be individuals. But in what sense? What is the individuality of man? Not Tom Brown, but God in man. That is the [true] individuality. The more man has approached that, the more he has given up his false individuality. The more he tries to collect and gain everything [for himself], the less he is an individual. The less he has thought of [himself], the more he has sacrificed all individuality during his lifetime, . . . the more he is an individual. This is one secret the world does not understand.
We must first understand what is meant by individuality. It is attaining the ideal.  You will change all the time. Can you stop? Do you want to keep your minds as they are now — the angels, hatreds, jealousies, quarrels, all the thousand and one things in the mind? Do you mean to say that you will keep them? . . . You cannot stop anywhere . . . until perfect conquest has been achieved, until you are pure and you are perfect.
 Which of your bodies will you keep? You cannot stop anywhere until you come to life that never ends. Infinite life! You stop there. You have a little knowledge now and are always trying to get more. Where will you stop? Nowhere, until you become one with life itself. . . .
Many want pleasure [as] the goal. For that pleasure they seek only the senses. On the higher planes much pleasure is to be sought. Then on spiritual planes. Then in himself — God within him. The man whose pleasure is outside of [himself] becomes unhappy when that outside thing goes. You cannot depend for this pleasure upon anything in this universe. If all my pleasures are in myself, I must have pleasure there all the time because I can never lose my Self. . . . Mother, father, child, wife, body, wealth — everything I can lose except my self . . . bliss in the Self All desire is contained in the Self. . . . This. is individuality which never changes, and this is perfect.
. . . And how to get it? They find what the great souls of this world — all great men and women — found [through sustained discrimination]. . . . What of these dualistic theories of twenty gods, thirty gods? It does not matter. They all had the one truth, that this false individuality must go. . . . So this ego — the less there is of it, the nearer I am to that which I really am: the universal body. The less I think of my own individual mind, the nearer I am to that universal mind. The less I think of my own soul, the nearer I am to the universal soul.
We live in one body. We have some pain, some pleasure.  If we had two bodies. would not that be much better? So on and on to bliss. I am in everybody. Through all hands I work; through all feet I walk. I speak through every mouth; I live in every body. Infinite my bodies, infinite my minds. I lived in Jesus of Nazareth, in Buddha, in Mohammed — in all the great and good of the past, of the present. I am going to live in all that [may] come afterwards. Is that theory [No, it is the truth.]
If you can realise this, how infinitely more pleasurable that will be. What an ecstasy of joy! Which one body is so great that we need here anything [of] the body. . . After living in all the bodies of others, all the bodies there are in this world, what becomes of us? [We become one with the Infinite. And] that is the goal. That is the only way. One [man] says, "If I know the truth, I shall be melted away like butter." I wish people would be, but they are too tough to be melted so quickly!
What are we to do to be free? Free you are already. . . . How could the free ever be bound? It is a lie. [You were] never bound. How could the unlimited ever be limited by anything? Infinite divided by infinite, added to infinite, multiplied by infinite [remains] infinite.   There cannot be two existences, only one. The Infinite can never be made finite. You are never bound. That is all. . . . You are free already. You have reached the goal — all there is to reach. Never allow the mind to think that you have not reached the goal. . . .
Whatever we [think] that we become.
It is all play. . . . [You may say,] "We have to do something; let us do good." [But] who cares for good and evil? Play! God Almighty plays. That is all. . . . If you want to play on the side and take the part of a beggar, you are not [to blame someone else for making that choice]. You enjoy being the beggar. You know your real nature [to be divine].  It is all fun. Know it and play. That is all there is to it. Then practice it. The whole universe is a vast play. All is good because all is fun. This star comes and crashes with our earth, and we are all dead. [That too is fun.]
[We are told that there is] one good god here, and one bad god there always on the watch to grab me the moment I make a mistake. . . . When I was a child I was told by someone that God watches everything. I went to bed and looked up and expected the ceiling of the room to open. [Nothing happened.] Nobody is watching us except ourselves. No Lord except our [own Self]; no nature but what we feel. Habit is second nature; it is first nature also. It is all there is of nature. I repeat [something] two or three times; it becomes my nature. Do not be miserable! Do not repent! What is done is done. If you burn yourself, [take the consequences].
. . . Be sensible. We make mistakes; what of that? That is all in fun. They go so crazy over their past sins, moaning and weeping and all that. Do not repent! After having done work, do not think of it. Go on! Stop not! Don't look back! What will you gain by looking back? You lose nothing, gain nothing. You are not going to be melted like butter. Heavens and hells and incarnations — all nonsense!
Who is born and who dies? You are having fun, playing with worlds and all that. You keep this body as long as you like. If you do not like it, do not have it. The Infinite is the real; the finite is the play. You are the infinite body and the finite body in one. Know it! But knowledge will not make any difference; the play will go on. . . . Two words — soul and body — have been joined. [Partial] knowledge is the cause. Know that you are always free. The fire of knowledge burns down all the [impurities and limitations]. I am that Infinite. . . .
You are as free as you were in the beginning, are now, and always will be. He who knows that he is free is free; he who knows that he is bound is bound.
What becomes of God and worship and all that? They have their place. I have divided myself into God and me; I become the worshipped and I worship myself. Why not? God is I. Why not worship my Self? The universal God — He is also my Self. It is all fun. There is no other purpose.
What is the end and aim of life? None, because I [know that I am the Infinite]. If you are beggars, you can have aims. I have no aims, no want, no purpose. I come to your country, and lecture — just for fun. No other meaning. What meaning can be there? Only slaves do actions for somebody else. You do actions for nobody else. When it suits you, you worship. You can join the Christians, the Mohammedans, the Chinese, the Japanese. You can worship all the gods that ever were and are ever going to be. . . .
I am in the sun, the moon, and the stars. I am with God and I am in all the gods. I worship my Self.
There is another side to it. I have kept it in reserve. I am the man that is going to be hanged. I am all the wicked. I am getting punished in hells. That [also] is fun. This is the goal of philosophy [to know that I am the Infinite]. Aims, motives, purposes, and duties live in the background. . . .
This truth is first to be listened to then to be thought about. Reason, argue it out by all manner of means. The enlightened know no more than that. Know it for certain that you are in everything. That is why you should not hurt anybody, because in hurting them you hurt yourself. . . . [Lastly,] this is to be meditated upon. Think upon it. Can you realise there will come a time when everything will crumble in the dust and you will stand alone? That moment of ecstatic joy will never leave you. You will actually find that you are without bodies. You never had bodies.
I am One, alone, through all eternity. Whom shall I fear? It is all my Self. This is continuously to be meditated upon. Through that comes realisation. It is through realisation that you become a [blessing] to others. . . .
"Thy face shines like [that of] one who has known God." (Chhândogya. IV. ix. 2.) That is the goal. This is not to be preached as I am doing. "Under a tree I saw a teacher, a boy of sixteen; the disciple was an old man of eighty. The teacher was teaching in silence, and the doubts of the disciple vanished." (Dakshinâmurtistotram, 12.) And who speaks? Who lights a candle to see the sun? When the truth [dawns], no witness is necessary. You know it . . . . That is what you are going to do: . . . realise it. [first think of it. Reason it out. Satisfy your curiosity. Then [think] of nothing else. I wish we never read anything. Lord help us all! Just see what [a learned] man becomes.
"This is said, and that is said. . . ."
"What do you say, my friend?"
"I say nothing.'' [He quotes] everybody else's thought; but he thinks nothing. If this is education, what is lunacy? Look at all the men who wrote! . . . These modern writers, not two sentences their own! All quotations. . . .
There is not much value in books, and in [secondhand] religion there is no value whatsoever. It is like eating. Your religion would not satisfy me Jesus saw God and Buddha saw God. If you have not seen God, you are no better than the atheist.  Books and bibles and scriptures are of no use. I met an old man when I was a boy; [he did not study any scripture, but he transmitted the truth of God by a touch].
Silence ye teachers of the world. Silence ye books. Lord, Thou alone speak and Thy servant listeneth. . . . If truth is not there, what is the use of this life? We all think we will catch it, but we do not. Most of us catch only dust. God is not there. If no God, what is the use of life? Is there any resting-place in the universe? [It is up to us to find it]; only we do not [search for it intensely.
If there is this truth, if there is God, it must be within us. . . . [I must be able to say,] "I have seen Him with my eyes," Otherwise I have no religion. Beliefs, doctrines, sermons do not make religion. It is realisation, perception of God [which alone is religion]. What is the glory of all these men whom the world worships? God was no more a doctrine [for them. Did they believe] because their grandfather believed it? No. It was the realisation of the Infinite, higher than their own bodies, minds, and everything. This world is real inasmuch as it contains a little bit [of] the reflection of that God. We love the good man because in his face shines the reflection a little more. We must catch it ourselves. There is no other way.
That is the goal. Struggle for it! Have your own Bible. Have your own Christ. Otherwise you are not religious. Do not talk religion. Men talk and talk. "Some of them, steeped in darkness, in the pride of their hearts think that they have the light. And not only [that], they offer to take others upon their shoulders and both fall into the pit." (Katha, I. ii. 5.) . . .
No church ever saved by itself. It is good to be born in a temple, but woe unto the person who dies in a temple or church. Out of it! . . . It was a good beginning, but leave it! It was the childhood place . . . but let it be! . . .  No theories, no doctrines. Then alone will all doubts vanish. Then alone will all crookedness be made straight. . . .
In the midst of the manifold, he who sees that One; in the midst of this infinite death, he who sees that one life; in the midst of the manifold, he who sees that which never changes in his own soul — unto him belongs eternal peace.


A schematical overview showing our integration and observer to monitor WebRTC applications.
All product and company names are trademarks™ or registered® trademarks of their respective holders. Use of them does not imply any affiliation with or endorsement by them.
Components
Monitoring RTC applications is separated into three parts: Collection, Intrepretation, and Visualization.
Stats Collection
WebExtrApp is a client-side development toolkit for WebRTC Monitoring integrations. The core functionality is to extract stats related to every peer connection in a webrtc call, unify the extracted stats and send it as a sample (PeerConnectionSample) for the WebRTC-Observer.
Stats Intrepretation
WebRTC-Observer is a microservice developed to accept WebRTC stats from WebExtrApp client integrations, monitor the WebRTC calls and it creates Reports. It is a simple microservice written by using the Micronautframework. We use Hazelcast as a distributed in-memory database in order to store information related to the observed WebRTC calls. The service creates Reports from the observed PeerConnection, for which we use Kafka to forward.
Schemas
PeerConnectionSample describes and holds each stats from a peer connection to describe the state. All integration of WebExtrApp reports the same unified PeerConnectionSample schema to the observer.
Report is an observation from the WebRTC-Observer based on the received sample. There are different types of reports that can be created and forwarded to a kafka broker.


M.Cr.C.No.8236/2008 (Madhya Pradesh Pollution Control Board Vs. M/s Gwalior Distillers Limited Rairu and others) 1 10.7.2014. Petitioner by Shri Harish Dixit, Advocate. Heard. This application under Section 378 (4) of the Cr.P.C., has been filed by the petitioner assailing the judgment of acquittal of the respondents under sections 33, 41 and 43 of the Water
(Prevention and Control of Pollution) Act, 1974 recorded by the Additional Chief Judicial Magistrate, Gwalior in Criminal Complaint No.2479/2008.
Learned counsel for the petitioner submits that the learned Trial Court has not correctly appreciated evidence and material available on record. The learned Trial Court has committed grave error of law in holding that the complaint has not been filed by the competent authority. It is further submitted that the learned Trial Court has committed error in holding that the Industrial Unit is running and discharging effluent under the consent of the complainant Board. The learned Trial Court has also committed an error with regard to sampling procedure and overlooking the provisions of Section 21 of the Act and the evidence in that regard and prayed for grant of leave to prefer an appeal.
I have perused the impugned judgment and copies of the statements of the witnesses R.K. Gupta (CW.1), Shankar Prasad (CW.2), Rakesh Jain (CW.3) and S.N. Patil (CW.4) along with M.Cr.C.No.8236/2008 (Madhya Pradesh Pollution Control Board Vs. M/s Gwalior Distillers Limited Rairu and others) 2 documents Ex.P.1 to Ex.P.18.
Considering the evidence and material available on record, this application deserves to be allowed and is hereby allowed.
Registry is directed to register the matter under the head of the Criminal Appeal.
This M.Cr.C., is accordingly allowed and disposed of.
(D.K.Paliwal) Judge pawar/-


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Putting up AC in office/guest room. Suddenly, it's the most comfortable room in the house.
6/29/2008, 10:46:02 AM
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Putting up AC in office/guest room. Suddenly, it's the most comfortable room in the house.
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{% extends 'base.html' %} {% load crispy_forms_tags %} {% block content %}
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map editor
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1. Who is this artist?:Was a leading artist and intellectual of the Italian Renaissance who's known for his enduring works "The Last Supper" and "Mona Lisa.
2. Who is this artist?:Is considered the greatest Dutch painter after Rembrandt, although he remained poor and virtually unknown throughout his life.
3. Who is this artist?:Spanish expatriate who was one of the greatest and most influential artists of the 20th century, as well as the co-creator of Cubism.
4. Who is this artist?:Was a famous French painter whose work gave a name to the art movement Impressionism, which was concerned with capturing light and natural forms.
5. Who is this artist?:is an American artist known for his illustrative paintings of the American Civil War. He is also known for earlier commercial illustration before turning to Civil War themes in the early 1980s, a body of work that dealt with America's national story: from portraits of prehistoric American life to the odyssey of the space shuttle. His work has also been published in illustrated books and magazines and used by advertising agencies.
6. Who is this artist?:Painter of historical pieces and still-lives, usually imbued with religious ethic. Creator of altarpieces. Known for his kitchen pieces: tableaux of vegetables and fruit, game and birds set in a kitchen.


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*A Price above Rubies*
As Reviewed by James Brundage
Ok. When I reviewed Kundun, I reached the conclusion that I needed the raw thrill of ripping a movie to shreds in my bare hands. As almost an answer to my prayers, a movie comes along that can do just that... well, kindof. I can't really rip *A Price Above Rubies*, since it wasn't actually a terrible movie. Instead it was a movie that is, in my modern apotheosis of a negative utopia, a rarity: a movie neither good nor bad, the place between substance and shadow that does not quite reside in "The Twilight Zone".
So I am sitting down and now pondering which to write: the good review or the bad review, each a definite possibility, and the decision is reached: heads for good, tails for bad.  So I guess I write option C: the mediocre review. The movie really wasn't either.
So we go into transcendence of both of the places...
1. A land of substance. On one hand, this was a film, like *Schindler's List*, that demonstrated the difficulties of being Jewish. Like anything Spike Lee turns out, it resounds as a fine ethnic film. It has metaphors, it has symbolism, it has memories, hallucinations, dreams, all of which are good points for the art film. It has plot, it has characters. It has a people that you care about. A strong human element. And, it has my often pick of Women's Lib, which, in this case, rubs off rather nicely. ++++.
2. A land of shadow. Of course there is the bad, and each point has a counterpoint. The characters, although you care about them, happen to be shades of gray. There are really no villains in this film about an Orthodox Jewish woman who has a life out of control and a strong inner fire. There's a boredom rate that insomniacs envy. There's a narrow target audience, and an even smaller group of people that will come out smiling. And, to top it off, there is something which *Schindler's List* gave off, but in a nicer way: controversy. From Yiddish cursing to challenging a religion that has been pretty much left alone by the film industry (if not aided) since WWII, and a graphic display of all sorts of sin, it just leaves you seeing the black, the white, and the gray. ----.
And that's what this film is: the black and the white and the gray. It's a coin with three sides, and I'm sorry, but I don't have all the answers. I'm not you. I liked it, but didn't love it. My advice for your decision: flip a coin.
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--- title: Quantification keywords: fastai sidebar: home_sidebar summary: "Functions related to quantification" description: "Functions related to quantification" nb_path: "nbs/08_quantification.ipynb" ---
Algorithms related to label-free quantifications are motivated by the MaxLFQ paper. The main goal is to derive relative protein intensities that can be used for downstream analyses. In a first step, constant normalization coefficients are derived for each run. In a second step, pseudointensities are derived for each protein, such that differing conditions can be compared.
Delayed normalization describes the process of normalizing the differences that occur from prefractionation as well as from sample handling. For each sample, a constant scaling factor is derived by minimizing the term {% raw %} $$H(\vec{N}) = \sum_{P \in peptides} \sum_{A,B \in sample pairs} |\frac{I(N_A, P, A)}{I(N_B, P, B)}|, $$ {% endraw %} with peptide intensities $I$, which are determined by the peptide $P$ the sample $A$ or $B$ and the normalization factors $N_A$, $N_B$. In principle H(N) quantifies the variation of peptides over the samples. Minimizing this variation gives appropriate scaling factors under the assumption that most peptides do not change between the samples. Peptide intensities for fractionated samples are described as the sum of the intensities over the fractions, with fraction-specific normalization factors. Therefore, calculation of the summed intensities is delayed until the normalization is finished.
The normalization step is in principle a quadratic minimization of the normalization factors. Such minimization problems can be solved in various ways and a variety of approaches are realized in python community packages. We compare different solvers using our benchmarking set and uncover substantial differences in precision and runtime. We observe that the Sequential Least Squares Quadratic Programming (SLSQP) approach is a robust solution in our benchmarking, which gives substantial speed improvements.
from scipy.optimize import minimize
from time import time
from scipy.optimize import least_squares
import pandas as pd
import warnings
n_peptides = 100
n_runs = 10
n_samples = 3
profiles, true_normalization = simulate_sample_profiles(n_peptides, n_runs, n_samples)
methods = ['L-BFGS-B', 'TNC', 'SLSQP','trf']
results = []
for method in methods:
start = time()
with warnings.catch_warnings():
warnings.filterwarnings("ignore", category=RuntimeWarning)
if method in ['trf']:
x0 = np.ones(profiles.shape[0] * profiles.shape[1])
bounds = (x0*0.1, x0)
res = least_squares(get_total_error, args = [profiles], bounds = bounds, x0 = x0*0.5, verbose=0, method = method)
else:
x0 = np.ones(profiles.shape[0] * profiles.shape[1])
bounds = [(0.1, 1) for _ in x0]
res = minimize(get_total_error, args = profiles , x0 = x0*0.5, bounds=bounds, method=method)
solution = res.x/np.max(res.x)
solution = solution.reshape(profiles.shape[:2])
end = time()
time_elapsed_min = (end-start)/60
optimality = get_total_error(solution, profiles) /get_total_error(x0, profiles)
optimality_ = get_total_error(solution, profiles) / get_total_error(true_normalization, profiles)
results.append((method, time_elapsed_min, optimality, optimality_))
pd.DataFrame(results, columns=['Method', 'Time Elapsed (min)','Error / Baseline Error','Error / Ground Truth'])
sample_data = {}
sample_data['precursor'] = ['Prec_1'] * 6 + ['Prec_2'] * 6 + ['Prec_3'] * 6
sample_data['fraction'] = [1,1,2]*6
sample_data['filename'] = ['A','A','A', 'B','B','B'] * 3
sample_data['int_sum'] = [0.6, 0.8, 0.6, 1.2, 1.6, 1.2] * 3
test_df = pd.DataFrame(sample_data)
test_df, normalization = delayed_normalization(test_df, field='int_sum', minimum_occurence=0)
display(pd.DataFrame(normalization))
display(test_df.head(6))
Protein intensity profiles are constructed for each protein individually. All possible protein fold changes between the samples are derived from the median peptide fold changes. Subsequently, pseudointensities are chosen such that the fold changes between the pseudointensities ideally reconstruct the actually observed fold changes. Similar to the delayed normalization, this is formulated as a quadratic minimization, which we solve with the SLSQP solver.
Codewise, we start with simulating in-silico test data to serve as a ground-truth for assessing solvers for the optimization problem. For the algorithmic optimization, we define the function get_protein_ratios
that allows to quickly calculate the protein ratios. Next, we define an error function triangle_error
that we use for the optimization problem. Lastly, we have several wrapper functions to access the functions.
import matplotlib.pyplot as plt
sample_data = {}
sample_data['precursor'] = ['Prec_1'] * 3 + ['Prec_2'] * 3 + ['Prec_3'] * 3
sample_data['filename'] = ['A','B','C'] * 3
sample_data['protein_group'] = ['X'] * 9
sample_data['int_sum'] = [0.6, 0.8, 1.0, 0.6, 1.2, 1.4, 1.6, 1.2, 1.8]
test_df = pd.DataFrame(sample_data)
display(test_df.head(6))
grouped = test_df.groupby(['protein_group','filename','precursor']).sum().loc['X']
files = ['A','B','C']
minimum_ratios = 1
chunk = (grouped, 'X')
if False: #TODO: this test seems to break the CI
profile, pre_lfq, protein = protein_profile(files, minimum_ratios, chunk)
plt.figure(figsize=(5,5))
plt.title('Protein ratio')
plt.plot(pre_lfq, 'o', label='before optimization')
plt.plot(profile, 'o', label='after optimization')
plt.legend()
plt.show()
To be compatible with interface, we have three wrapper functions:


§13. That no person shall sit as a senator or representative in the legislature unless elected under and in conformity with this Act.
Referred to in 16 H. 245; 22 H. 250.


Harper Denton death: Father Kevin Eves jailed for baby's murder
A man convicted of murdering his eight-week-old daughter, 13 years after he seriously injured another child, has been jailed for life.
Kevin Eves, of Wixams, near Bedford, smothered Harper Denton and left her with numerous fractures, including one to her skull, in June 2018.
The 37-year-old was jailed in 2006 for assaulting a toddler in his care, the Old Bailey heard.
He has been ordered to serve a minimum of 20 years.
During his trial, Eves, of Nightingale Court, told the jury he awoke to find Harper purple and cold to the touch, claiming her injuries - 34 rib fractures and a fractured skull - were caused by his attempts to resuscitate her.
However, jurors heard the fractures were inflicted during at least three separate assaults in the weeks before her death.
Eves was jailed for nine years in 2006 - when known as Forbes - for causing grievous bodily harm with intent and wilfully assaulting a toddler in his care when living in Bournemouth. He was released in 2010.
The boy suffered life-threatening head injuries and fractures to his elbow.
Prosecutor Sally Howes QC said the assault was "so similar" to the one that killed Harper.
'Uncontrolled rage'
The prosecution said Harper's mother, Cherinea Denton, who was acquitted of her daughter's murder, was aware Eves had a previous conviction but believed his account that it was connected to a fight at a house party.
Sentencing Eves, Mrs Justice O'Farrell said the "protracted and escalating violent attacks" he carried out on Harper were "cruel, brutal and vicious".
"Unfortunately you did not have the instincts to protect and nurture that most parents have," she added.
"You were insensitive to the fragility of your baby and you were unable or unwilling to put her needs before your own comfort. You had uncontrolled rage."
Ms Denton, who suffers from chronic fatigue, was not present in court but said in a victim statement: "My beautiful girl had her future stolen from her by somebody that she should have been able to trust and count on for the whole duration of her life - a life that should have lasted longer than eight weeks."
Harper's grandmother, Debbie Denton, said the loss of the "loved and adored" child "shook this family to its core".
"Mr Eves serves no purpose within a tight-knit family and certainly not amongst children. Had we known this, he would have never been welcomed into ours."
'Horrific injuries'
After the sentencing, Colin Foster, director of children's services at Bedford Borough Council, said a serious case review was being carried out.
"The Eves family were not known to social services in Bedford Borough and the authority was not made aware of the previous convictions," a statement said.
Det Insp Dani Bailey, from the Bedfordshire, Cambridgeshire and Hertfordshire Major Crime Unit, said: "Baby Harper suffered immensely in her short life at the hands of the person who should have been protecting and looking after her.
"The injuries she sustained were horrific and the fact they were deliberate is even more shocking."


To make the pastry, measure the flour and sugar into a bowl and rub in the butter until the mixture resembles fine breadcrumbs.
Add the egg yolk and water and work to a firm dough - this may, of course, be done in a processor.
Wrap in cling film and leave to rest in the fridge for about 30 minutes.
On a lightly floured work surface, roll out the pastry and use to line an 25cm/11 inch loose-bottomed, fluted flan tin.
Prick the pastry lightly all over with a fork, line with greaseproof paper, fill with baking beans and bake blind in the pre-heated oven for about 20 minutes or until the pastry is pale golden and dried out, removing the paper and beans for the last five minutes.
Lower the oven heat to 150C/300F/Gas 2.
For the filling, finely grate the rinds from the oranges and squeeze out the juice. Put the rind, juice and corn flour into a small bowl and blend together. Bring the water to the boil, then stir into the corn flour mixture.
Simmer gently, stirring, until it forms a thick custard.
Mix the egg yolks and sugar together and stir into the custard. Bring back to the boil, whisking until just bubbling. Remove from the heat.
Allow to cool a little, then pour into the pastry case. Spread the mixture out evenly.
For the meringue, whisk the egg whites in a large bowl until they form stiff peaks. Whisk in the caster sugar, a teaspoon at a time, at high speed between each addition.
Spoon the meringue over the top of the orange filling, and swirl it into peaks.
Bake for about one hour, until the meringue is crisp on the outside and marshmallowy underneath. Serve warm or cold.