Uses of Class
org.drip.portfolioconstruction.optimizer.ConstraintTerm
| Package | Description |
|---|---|
| org.drip.portfolioconstruction.constraint |
Portfolio Construction Constraint Term Suite
|
| org.drip.portfolioconstruction.optimizer |
Core Portfolio Construction Optimizer Suite
|
-
Uses of ConstraintTerm in org.drip.portfolioconstruction.constraint
Subclasses of ConstraintTerm in org.drip.portfolioconstruction.constraint Modifier and Type Class Description class
LimitBudgetTerm
LimitBudgetTerm holds the Details of a Limit Budget Constraint Term.class
LimitBudgetTermNet
LimitBudgetTermNet holds the Details of a Limit Net Budget Constraint Term.class
LimitBudgetTermTransactionCharge
LimitBudgetTermTransactionCharge holds the Details of a After Transaction Charge Limit Budget Constraint Term.class
LimitChargeTermIssuer
LimitChargeTermIssuer constrains the Limit Issuer Transaction Charge Term.class
LimitExposureTerm
LimitExposureTerm holds the Details of a Limit Exposure Constraint Term - Limits can be Absolute/Net etc.class
LimitExposureTermAbsolute
LimitExposureTermAbsolute holds the Details of a Limit Absolute Exposure Constraint Term.class
LimitExposureTermIssuer
LimitExposureTermIssuer abstracts the Limit Issuer Exposure Constraint Term.class
LimitExposureTermIssuerLong
LimitExposureTermIssuerLong holds the Details of a Limit Issuer Long Exposure Constraint Term.class
LimitExposureTermIssuerNet
LimitExposureTermIssuerNet holds the Details of a Limit Issuer Net Exposure Constraint Term.class
LimitExposureTermIssuerShort
LimitExposureTermIssuerShort holds the Details of a Limit Issuer Short Exposure Constraint Term.class
LimitExposureTermNet
LimitExposureTermNet holds the Details of a Limit Net Exposure Constraint Term.class
LimitHoldingsTerm
LimitHoldingsTerm holds the Details of a Limit Holdings Constraint Term - Limits can be Absolute/Net etc.class
LimitHoldingsTermAbsolute
LimitHoldingsTermAbsolute holds the Details of a Limit Absolute Holdings Constraint Term.class
LimitHoldingsTermIssuer
LimitHoldingsTermIssuer abstracts the Limit Issuer Holdings Constraint Term.class
LimitHoldingsTermIssuerLong
LimitHoldingsTermIssuerLong holds the Details of Limit Issuer Long Holdings Constraint Term.class
LimitHoldingsTermIssuerLongShort
LimitHoldingsTermIssuerLongShort holds the Details of Limit Issuer Long/Short Holdings Ratio Constraint Term.class
LimitHoldingsTermIssuerNet
LimitHoldingsTermIssuerNet holds the Details of Limit Issuer Net Holdings Constraint Term.class
LimitHoldingsTermIssuerShort
LimitHoldingsTermIssuerShort holds the Details of Limit Issuer Short Holdings Constraint Term.class
LimitHoldingsTermIssuerWeightedAverage
LimitHoldingsTermIssuerWeightedAverage holds the Details of Weighted Average Issuer Limit Holdings Constraint Term.class
LimitHoldingsTermMinimumPeriod
LimitHoldingsTermMinimumPeriod holds the Details of Limit Minimum Holdings Period Constraint Term.class
LimitHoldingsTermModelDeviation
LimitHoldingsTermModelDeviation holds the Details of a Limit Holdings Benchmark Weights Absolute Deviation Constraint Term.class
LimitNamesTermIssuer
LimitNamesTermIssuer holds the Details of a Limit Count of Issuer Names Constraint Term.class
LimitNamesTermIssuerLong
LimitNamesTermIssuerLong holds the Details of Count of the Total Long Active Assets in the Holdings.class
LimitNamesTermIssuerShort
LimitNamesTermIssuerShort holds the Details of Count of the Total Short Active Assets in the Holdings.class
LimitNamesTermIssuerTotal
LimitNamesTermIssuerTotal holds the Details of Count of the Total Active Assets in the Holdings.class
LimitRiskTerm
LimitRiskTerm holds the Details of a Limit Risk Constraint Term.class
LimitRiskTermMarginal
LimitRiskTermMarginal holds the Details of a Relative Marginal Contribution Based Limit Risk Constraint Term.class
LimitRiskTermVariance
LimitRiskTermVariance holds the Details of a Variance Based Limit Risk Constraint Term.class
LimitTaxTerm
LimitTaxTerm holds the Details of a Limit Tax Constraint Term.class
LimitTaxTermGrossGains
LimitTaxTermGrossGains holds the Details of a Limit Gross Tax Gains Constraint Term.class
LimitTaxTermGrossLoss
LimitTaxTermGrossLoss holds the Details of a Limit Gross Tax Loss Constraint Term.class
LimitTaxTermLiability
LimitTaxTermLiability holds the Details of a Limit Tax Liability Constraint Term.class
LimitTaxTermLongGains
LimitTaxTermLongGains holds the Details of a Limit Long Term Tax Gains Constraint Term.class
LimitTaxTermNetGains
LimitTaxTermNetGains holds the Details of a Limit Net Tax Gains Constraint Term.class
LimitTaxTermNetLoss
LimitTaxTermNetLoss holds the Details of a Limit Net Tax Loss Constraint Term.class
LimitThresholdTermIssuer
LimitThresholdTermIssuer abstracts the Issuer Target Portfolio Holdings as long as they are not Zero.class
LimitThresholdTermIssuerLong
LimitThresholdTermIssuerLong implements the Issuer Long Portfolio Holdings as long as they are not Zero.class
LimitThresholdTermIssuerNet
LimitThresholdTermIssuerNet implements the Issuer Net Portfolio Holdings as long as they are not Zero.class
LimitThresholdTermIssuerShort
LimitThresholdTermIssuerShort implements the Issuer Short Portfolio Holdings as long as they are not Zero.class
LimitTradesTermIssuer
LimitTradesTermIssuer abstracts the Issuer Targets the Count of Portfolio Trades.class
LimitTradesTermIssuerBuy
LimitTradesTermIssuerBuy abstracts the Issuer Targets the Count of Total Buy Portfolio Trades.class
LimitTradesTermIssuerSell
LimitTradesTermIssuerSell abstracts the Issuer Targets the Count of Total Sell Portfolio Trades.class
LimitTradesTermIssuerTotal
LimitTradesTermIssuerTotal abstracts the Issuer Targets the Count of Total Portfolio Trades.class
LimitTurnoverTermIssuer
LimitTurnoverTermIssuer abstracts the Issuer Targets the Turnover of Portfolio Trades.class
LimitTurnoverTermIssuerBuy
LimitTuroverTermIssuerBuy abstracts the Issuer Targets the Turnover of Total Buy Portfolio Trades.class
LimitTurnoverTermIssuerNet
LimitTurnoverTermIssuerNet abstracts the Issuer Targets the Turnover of Total Net Portfolio Trades.class
LimitTurnoverTermIssuerSell
LimitTurnoverTermIssuerSell abstracts the Issuer Targets the Turnover of Total Sell Portfolio Trades.class
LimitTurnoverTermIssuerShort
LimitTurnoverTermIssuerShort abstracts the Issuer Targets the Turnover of Total Short Portfolio Trades. -
Uses of ConstraintTerm in org.drip.portfolioconstruction.optimizer
Methods in org.drip.portfolioconstruction.optimizer that return ConstraintTerm Modifier and Type Method Description ConstraintTerm[]
ConstraintHierarchy. constraintTermArray()
Retrieve the Array of Constraint TermsMethods in org.drip.portfolioconstruction.optimizer with parameters of type ConstraintTerm Modifier and Type Method Description static ConstraintHierarchy
ConstraintHierarchy. NonFeudal(ConstraintTerm[] constraintTermArray)
Construct a Flat Non-Feudal Instance of ConstraintHierarchyConstructors in org.drip.portfolioconstruction.optimizer with parameters of type ConstraintTerm Constructor Description ConstraintHierarchy(ConstraintTerm[] constraintTermArray, int[] constraintOrderArray)
ConstraintHierarchy Constructor


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int ioctl(fd, RNDrequest, param);
The random number generator gathers environmental noise from device drivers and other sources into an entropy pool. The generator also keeps an estimate of the number of bits of noise in the entropy pool. From this entropy pool random numbers are created.
When read, the /dev/random device will only return random bytes within the estimated number of bits of noise in the entropy pool. /dev/random should be suitable for uses that need very high quality randomness such as one-time pad or key generation. When the entropy pool is empty, reads from /dev/random will block until additional environmental noise is gathered.
A read from the /dev/urandom device will not block waiting for more entropy. As a result, if there is not sufficient entropy in the entropy pool, the returned values are theoretically vulnerable to a cryptographic attack on the algorithms used by the driver. Knowledge of how to do this is not available in the current unclassified literature, but it is theoretically possible that such an attack may exist. If this is a concern in your application, use /dev/random instead.
Writing to /dev/random or /dev/urandom will update the entropy pool with the data written, but this will not result in a higher entropy count. This means that it will impact the contents read from both files, but it will not make reads from /dev/random faster.
If a seed file is saved across reboots as recommended below (all major Linux distributions have done this since 2000 at least), the output is cryptographically secure against attackers without local root access as soon as it is reloaded in the boot sequence, and perfectly adequate for network encryption session keys. Since reads from /dev/random may block, users will usually want to open it in nonblocking mode (or perform a read with timeout), and provide some sort of user notification if the desired entropy is not immediately available.
The kernel random-number generator is designed to produce a small amount of high-quality seed material to seed a cryptographic pseudo-random number generator (CPRNG). It is designed for security, not speed, and is poorly suited to generating large amounts of random data. Users should be very economical in the amount of seed material that they read from /dev/urandom (and /dev/random); unnecessarily reading large quantities of data from this device will have a negative impact on other users of the device.
The amount of seed material required to generate a cryptographic key equals the effective key size of the key. For example, a 3072-bit RSA or Diffie-Hellman private key has an effective key size of 128 bits (it requires about 2^128 operations to break) so a key generator only needs 128 bits (16 bytes) of seed material from /dev/random.
While some safety margin above that minimum is reasonable, as a guard against flaws in the CPRNG algorithm, no cryptographic primitive available today can hope to promise more than 256 bits of security, so if any program reads more than 256 bits (32 bytes) from the kernel random pool per invocation, or per reasonable reseed interval (not less than one minute), that should be taken as a sign that its cryptography is not skillfully implemented.
mknod -m 644 /dev/random c 1 8 mknod -m 644 /dev/urandom c 1 9 chown root:root /dev/random /dev/urandom
When a Linux system starts up without much operator interaction, the entropy pool may be in a fairly predictable state. This reduces the actual amount of noise in the entropy pool below the estimate. In order to counteract this effect, it helps to carry entropy pool information across shut-downs and start-ups. To do this, add the following lines to an appropriate script which is run during the Linux system start-up sequence:
echo "Initializing random number generator..." random_seed=/var/run/random-seed # Carry a random seed from start-up to start-up # Load and then save the whole entropy pool if [ -f $random_seed ]; then cat $random_seed >/dev/urandom else touch $random_seed fi chmod 600 $random_seed poolfile=/proc/sys/kernel/random/poolsize [ -r $poolfile ] && bytes=`cat $poolfile` || bytes=512 dd if=/dev/urandom of=$random_seed count=1 bs=$bytes
Also, add the following lines in an appropriate script which is run during the Linux system shutdown:
# Carry a random seed from shut-down to start-up # Save the whole entropy pool echo "Saving random seed..." random_seed=/var/run/random-seed touch $random_seed chmod 600 $random_seed poolfile=/proc/sys/kernel/random/poolsize [ -r $poolfile ] && bytes=`cat $poolfile` || bytes=512 dd if=/dev/urandom of=$random_seed count=1 bs=$bytes
The read-only file entropy_avail gives the available entropy. Normally, this will be 4096 (bits), a full entropy pool.
The file poolsize gives the size of the entropy pool. The semantics of this file vary across kernel versions:
The file read_wakeup_threshold contains the number of bits of entropy required for waking up processes that sleep waiting for entropy from /dev/random. The default is 64. The file write_wakeup_threshold contains the number of bits of entropy below which we wake up processes that do a select(2) or poll(2) for write access to /dev/random. These values can be changed by writing to the files.
The read-only files uuid and boot_id contain random strings like 6fd5a44b-35f4-4ad4-a9b9-6b9be13e1fe9. The former is generated afresh for each read, the latter was generated once.
struct rand_pool_info { int entropy_count; int buf_size; __u32 buf[0]; };


| Copyright | Copyright 1986-2019 Xilinx, Inc. All Rights Reserved. |
| Tool Version | xrcserver v.2019.2 (lin64) Build 0 |
| Date | Tue May 12 11:27:11 2020 |
| Host | alveo0 running 64-bit Ubuntu 18.04.3 LTS |
| Command | v++ --config /home/marimeyer/repos/HPCC_FPGA/PTRANS/settings/settings.compile.xilinx.transpose_optimized.ddr.ini -DXILINX_FPGA --report_dir=/home/marimeyer/repos/HPCC_FPGA/build/trans-burst/bin/xilinx_reports --log_dir=/home/marimeyer/repos/HPCC_FPGA/build/trans-burst/bin/xilinx_tmp_compile -t hw -I/home/marimeyer/repos/HPCC_FPGA/build/trans-burst/src/device/../common --platform xilinx_u280_xdma_201920_3 -R2 -c -j 40 -o /home/marimeyer/repos/HPCC_FPGA/build/trans-burst/bin/xilinx_tmp_compile/transpose_optimized.xo /home/marimeyer/repos/HPCC_FPGA/build/trans-burst/src/device/copied_transpose_optimized_xilinx.cl |
| Table of Contents |
| 1 REPORT SUMMARY |
| 2 VIOLATION DETAILS |
| 3 CONFIG FILE DETAILS |
Violations found: 8
Rule Specs Violated: 3
| Id | Name | Severity | Full Name | Categories | Details | Resolution |
|---|---|---|---|---|---|---|
| 1 | Interface | advisory | HLS Interface Related | Accelerator.transpose.Interface | Burst read of length 32 and bit width 512 has been inferred on port 'gmem0' (/home/marimeyer/repos/HPCC_FPGA/build/trans-burstcopied_transpose_optimized_xilinx.cl) | Consult the Vivado HLS User Guide (UG902). |
| 2 | Interface | advisory | HLS Interface Related | Accelerator.transpose.Interface | Burst read of length 32 and bit width 512 has been inferred on port 'gmem1' (/home/marimeyer/repos/HPCC_FPGA/build/trans-burstcopied_transpose_optimized_xilinx.cl) | Consult the Vivado HLS User Guide (UG902). |
| 3 | Interface | advisory | HLS Interface Related | Accelerator.transpose.Interface | Burst write of length 32 and bit width 512 has been inferred on port 'gmem2' (/home/marimeyer/repos/HPCC_FPGA/build/trans-burstcopied_transpose_optimized_xilinx.cl) | Consult the Vivado HLS User Guide (UG902). |
| 4 | Loop | warning | HLS Loop Related | Accelerator.transpose.Loop | Cannot flatten a loop nest 'Loop-1.1.1' (/home/marimeyer/repos/HPCC_FPGA/build/trans-burstcopied_transpose_optimized_xilinx.cl) in function 'transpose' : the outer loop is not a perfect loop. | Consult the Vivado HLS User Guide (UG902). |
| 5 | Loop | warning | HLS Loop Related | Accelerator.transpose.Loop | Cannot flatten a loop nest 'Loop-1.1.2' (/home/marimeyer/repos/HPCC_FPGA/build/trans-burstcopied_transpose_optimized_xilinx.cl) in function 'transpose' : the outer loop is not a perfect loop. | Consult the Vivado HLS User Guide (UG902). |
| 6 | Loop | warning | HLS Loop Related | Accelerator.transpose.Loop | Cannot flatten a loop nest 'Loop-1.1' (/home/marimeyer/repos/HPCC_FPGA/build/trans-burstcopied_transpose_optimized_xilinx.cl) in function 'transpose' : more than one sub loop. | Consult the Vivado HLS User Guide (UG902). |
| 7 | Loop | advisory | HLS Loop Related | Accelerator.transpose.Loop | **** Loop Constraint Status: All loop constraints were satisfied. | Consult the Vivado HLS User Guide (UG902). |
| 8 | Kernel | advisory | HLS Kernel Related | Accelerator.transpose.Kernel | **** Estimated Fmax: 411.02 MHz | Consult the Vivado HLS User Guide (UG902). |
Config files found: 1
| File name | Contents |
|---|---|
| /home/marimeyer/repos/HPCC_FPGA/PTRANS/settings/settings.compile.xilinx.transpose_optimized.ddr.ini | kernel_frequency=300 [hls] max_memory_ports=all |


public interface RDFWriter
An RDFWriter
is a class which serializes an RDF model
to some RDF serialization language. RDF/XML, n-triple and n3 are
examples of serialization languages.
| Modifier and Type | Field and Description |
|---|---|
static String |
NSPREFIXPROPBASE |
| Modifier and Type | Method and Description |
|---|---|
RDFErrorHandler |
setErrorHandler(RDFErrorHandler errHandler)
Set an error handler.
|
Object |
setProperty(String propName,
Object propValue)
Set a property to control the behaviour of this writer.
|
void |
write(Model model,
OutputStream out,
String base)
Serialize Model
model to OutputStream out. |
void |
write(Model model,
Writer out,
String base)
Caution: Serialize Model
model to Writer out . |
static final String NSPREFIXPROPBASE
void write(Model model, Writer out, String base)
model
to Writer out
.
It is often better to use an OutputStream and permit Jena
to choose the character encoding. The charset restrictions
on the Writer are defined by the different implementations
of this interface. Typically using an OutputStreamWriter (e.g.
a FileWriter) at least permits the implementation to
examine the encoding. With an arbitrary Writer implementations
assume a utf-8 encoding.out
- The Writer to which the serialization should
be sent.model
- The model to be written.base
- the base URI for relative URI calculations.
null
means use only absolute URI's.void write(Model model, OutputStream out, String base)
model
to OutputStream out.
The implementation chooses the character encoding, utf-8 is preferred.
out
- The OutputStream to which the serialization should be sent.model
- The model to be written.base
- the base URI for relative URI calculations.
null
means use only absolute URI's. This is used for relative
URIs that would be resolved against the document retrieval URL.
Particular writers may include this value in the output.Object setProperty(String propName, Object propValue)
An RDFWriter's behaviour can be influenced by defining property values interpreted by that particular writer class. The values for such properties can be changed by calling this method.
No standard properties are defined. For the properties recognised by any particular writer implementation, see the documentation for that implementation.
The built-in RDFWriters have properties as defined by:
propName
- The name of the property.propValue
- The new value of the propertynull
if no value was set.RDFErrorHandler setErrorHandler(RDFErrorHandler errHandler)
errHandler
- The new error handler to be used.Licenced under the Apache License, Version 2.0


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This is an on-site astronomy quiz. It comprises of two rounds:
Preliminary round: Participants will attempt a written quiz with questions on astronomy and related areas. The quiz will comprise 30 questions (20 MCQs and 10 short answer type questions).
Final round: Participants will attempt another written quiz with questions that require a more in-depth knowledge of astronomy. Further details about this round will be provided before its commencement.
Duration
The preliminary round will be 40 minutes long.
Duration of the final round will be disclosed before its commencement.
Judging Criteria
The points distribution for the preliminary round will be specified on the question paper.
Number and type of questions for the final round will be revealed just before the round commences.
If two or more participants get the same score, there will be a tie-breaker round.
In a tie-breaker round, the participants will be asked questions based on astronomy, individually.
Rules and Regulations
Participants must be present at the specified venue at least 5 minutes before the commencement of the event.
Candidates are requested to bring their own pens.
Use of mobile phones, smart watches, bluetooth or any other electronic gadgets, any printed or hand written paper are not allowed during quiz.
Talking to each other, sharing the sheet(s), or any other form of cheating will lead to disqualification.
A person can leave the room only after submitting the sheet(s).
Organizers reserve the right to modify the rules at any point in time, with intimation to registered participants.
In case of any doubt/concern regarding the event, either call the coordinators or write an email to all@astrax.in.


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[gecode-users] Breaking symmetries with LDSB in Matrix Model.
Chris Mears
chris.mears at monash.edu
Wed Sep 24 03:15:15 CEST 2014
> But in my problem i need functions for breaking only specified rows
> or specified columns that are interchangeable, for example : rows 4
> and 7 of the matrix are interchangeable, or for example: column 2 and
> 5 only are interchangeable and not all rows are interchangeable and
> not all columns are interchangeable.
Here is how you might interchange only two rows of a matrix. I took
the BIBD example and kept only the row-sum and column-sum constraints:
BIBD(const BIBDOptions& o)
: opt(o), _p(*this,opt.rows*opt.cols,0,1) {
Matrix<BoolVarArray> p(_p,opt.cols,opt.rows);
// r ones per row
for (int i=0; i<opt.rows; i++)
linear(*this, p.row(i), IRT_EQ, opt.r);
// k ones per column
for (int j=0; j<opt.cols; j++)
linear(*this, p.col(j), IRT_EQ, opt.k);
For a 3x3 matrix with 1 one per row and column, this has 6 solutions:
1 0 0
0 1 0
0 0 1
1 0 0
0 0 1
0 1 0
0 1 0
1 0 0
0 0 1
0 1 0
0 0 1
1 0 0
0 0 1
1 0 0
0 1 0
0 0 1
0 1 0
1 0 0
Then I put the first row and second row in a BoolVarArgs object and
give it as a variable sequence symmetry:
Symmetries s;
BoolVarArgs a2;
a2 << p.row(0);
a2 << p.row(1);
s << VariableSequenceSymmetry(a2, opt.cols);
Now there are only three solutions:
1 0 0
0 1 0
0 0 1
1 0 0
0 0 1
0 1 0
0 1 0
0 0 1
1 0 0
> an other case that i need is: where we have the following
> permutations of rows of a matrix ( rotation of rows):
>
> row 1 takes the content of row 2
> row 2 takes the content of row 3
> .
> .
> row i takes the content of row (i+1)
> .
> .
> row n takes the content of row 1
For this case you can do something similar:
BoolVarArgs a;
for (int i = 0 ; i < opt.rows ; i++) {
a << p.row(i);
}
for (int i = 0 ; i < opt.rows ; i++) {
a << p.row((i+1)%opt.rows);
}
s << VariableSequenceSymmetry(a, opt.rows*opt.cols);
Now there are only two solutions:
1 0 0
0 1 0
0 0 1
1 0 0
0 0 1
0 1 0
The two symmetries could be combined too.
Note that the number of solutions found can depend on the search order;
if you do the same exercise with INT_VAL_MIN instead of MAX, you'll get
different results.
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emnlp emnlp2013 emnlp2013-1 emnlp2013-1-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Kai-Wei Chang ; Rajhans Samdani ; Dan Roth
Abstract: Coreference resolution is a well known clustering task in Natural Language Processing. In this paper, we describe the Latent Left Linking model (L3M), a novel, principled, and linguistically motivated latent structured prediction approach to coreference resolution. We show that L3M admits efficient inference and can be augmented with knowledge-based constraints; we also present a fast stochastic gradient based learning. Experiments on ACE and Ontonotes data show that L3M and its constrained version, CL3M, are more accurate than several state-of-the-art approaches as well as some structured prediction models proposed in the literature.


Sample Objects
Sample objects are such objects that are representative to your collection (or filter). The definition of
representativeness can vary a lot, so c3po offers you different algorithms for the selection. You can choose the
type of algorithm and the number of samples (max 100), so that it fits your use case best. Remember that the
algorithms are always applied with respect to the current filter, so please double check. Tell me more about these algorithms!
Size'o'Matic 3000
The Size'o'Matic 3000 selects the smallest and the largest objects and fills
the rest of the representative set with random objects near to the average objects size.
SysSampler
This algorithm implements a common statistical approach, called systematic
sampling. It divides the collection in bins and selects one element per bin at random. All elements have equal
probability to be chosen.
DistSampler
The distribution sampling algorithm takes a small number of properties as
input and selects sample objects that together have (nearly) the same distribution as the whole collection or
filter. Note, that if you select too many properties, or a special combination of properties, it could happen, that
no representatives can be found.
SelectiveFeatureDistributionSampling
This algorithm picks samples according to 5 parameters: pcoverage, tcoverage, sample size, list of properties, proportion
}


Digital Marketer Intern
Employment Context
Cultivo develops solutions to real world problems in the supply chain sector
that bring transparency, efficiency, and trust to end users and the logistic
ecosystem. In addition to our SaaS commodity management solutions, we
are exploring opportunities such as freight management,and artificial
Intelligence Integration in Supply Chain Analytics
Position Purpose
We are looking for a prolific and talented digital marketer to write engaging
content, manage social media, and execute email campaigns to expand
our company’s digital footprint, awareness, subscribers, and leads. This
role requires a high level of creativity, attention to detail, and project
management skills.This role is a fixed-term, paid internship with potential to
progress within Cultivo upon completion of the internship.
Goals include:
attracting site traffic and social followers, driving new
sales leads, empowering sales and support with relevant content, and
fueling media and stakeholder relations.
Key Responsibilities
- Build, manage, and execute a rich content/editorial calendar that attracts
a qualified audience (including blog posts, whitepapers, ebooks, reports,
etc.)
- Build, manage, and segment various email lists and campaigns, including
the design templates, calls-to-action, and content
- Manage our social media profiles and presence.
- Establish closed-loop analytics with sales and support to understand and
iteratively improve our marketing and sales activities
- Manage both on-site and off-site SEO for the company, as well as organic
search engine performance and goal setting based on site impressions,
clickthrough rates, traffic, and conversions would be an add on if known
- Convince others that your creative ideas are worth investing time and
effort in-this role is at the core of the marketing team, and others will rely on
your work every single day
- Support communications with media and other external stakeholders
- Investigate and trial the latest digital marketing and customer experience
technologies
Qualifications, Skills & Experience
- Proven and visible marketer with experience creating content for the web
across several disciplines (text, design, video, etc.) and media (blogging,
guides whitepapers, research, infographics, podcasts, etc.).
- Social media expert
- Excellent writer and communicator, able to lead and communicate
cross-functionally with engineering and other departments, and externally
across stakeholders and customers with engaging and thought-provoking
content
- Self-starter who is willing to take accountability for deliverables and
consistently exceed expectations
- Creative and strategic thinker, driven by intuition but able to gut check
and recorrect with data, as well as report results and optimize using data
- Team player, willing to work collaboratively in a high-energy, fast-moving,
startup environment
- Enthusiastic for and experience in the supply chain industry a plus


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What's your number?
Where you studying?
Have something to say?
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Let's Go All Night!


| DOSE: |
|
oral |
2C-T-7 |
(powder / crystals) |
| |
|
oral |
Piperazines - Nefazodone |
(pill / tablet) |
| |
|
oral |
MDMA |
|
I know there are a ton of 2-CT-7 experiences on erowid already, but I hope that someone will still find occasion to read this, as it may spare someone a difficult reaction.
As an introduction, let me say that I have used MDMA close to 100 times, LSD over 100 times, injected a good ten vials or so of ketamine intramuscularly, done mushrooms on several occasions, and have had way too many run-ins with the usual 'bad guys' (coke, crank, smack, and GHB).
NOTHING else that I have seen gives me NEAR the level of concern that 2-CT-7 does. Out of the ten or so trips I have watched others have, I have seen two serious incidents which I hope will give the reader pause before ingesting this material. What's more, the effects do not seem to be anywhere close to being worth the risk.
The first difficult experience occurred high in the mountains of Colorado; I had given 2-CT-7 in VERY small quantities (I would doubt anyone ingested over 15 mg) to three others I was with (one male, two female). Everything seemed poised for a good trip, but approximately three hours into the evening something started to go horribly wrong.
One of the females was taking Serzone (sp) some sort of antidepressant that has definite contraindications with phenethylamines, as evidenced by people who have taken it in conjunction with MDMA as well.  Babbling utter nonsense, trying to climb on the ceiling fan, acting hysterically, and screaming are NOT exactly the qualities you'd desire in an all-night trip partner.
2-CT-7 lasts a LONG time. Expect at least 12+ hours, but unfortunately, even if you're fortunate enough to get your dose at the exact right level where you get some good LSD type visuals, this really cool part only lasts a good 2-3 hours or so. The rest of the time is kind of spent in this nebulous phenethyalmine state, where you're not really 'tripping' but you can't sleep either. The visuals are nowhere near as deep as LSD - while they are 'interesting', and nice because they lack any sort of scariness, they're essentially superficial. This compound seems to exemplify the limitations of the phenethylamines in general; while you do get some kinda cool visuals out of 2CT7, you don't get the amphetamine rush that you do with MDMA. So despite its novelty, why would you even need to take it?
The second difficult experience involved my 'better half.'  This time, my girlfriend had decided to dose herself with most of my remaining stash of 2CT7, which she said was 50 milligrams. I couldn't believe that this was actually true, but am not disinclined to believe her considering she's something of a scientific genius.
She was unable to move or really see much of anything for several hours, but did seem 'normal'. I dosed myself with 10 mg myself, a small amount which nevertheless felt like broken glass in my stomach for the first couple of hours of the trip. We both dosed with MDMA and headed out to see Kevin Saunderson at a local nightclub.
The 2CT7 managed to effectively cancel out the effects of the MDMA, even though our doses were definitely strong. I believe this speaks to its power as a compound. I actually had a good trip once the two-plus hour period of nausea subsided, as did my girlfriend. However, things got even weirder once we got home and the trip supposedly ended.
She had not slept at all that night, and by the next day she began to act VERY strangely. She became obsessed with her cell phone, and began repeating the same statements over and over and over. She left an identical message for one of her friends three times over a period of ten minutes before I confiscated her cell phone and tried to get her to lay down.
In both of these cases, it appears as though the mind got stuck in a sort of loop. And in both cases, I am convinced that it was the interaction of drugs (either MDMA or Serzone) that helped facilitate this. This leads me to believe that 2CT7 is either some sort of an MAOI, or highly neurotoxic, or both. But the point is that you're putting an experimental compound in your body that lasts for a LONG time, and don't think 'Oh man, these were just a bunch of amateurs' because we aren't. If you're going to do this compound, please do it by itself and in LOW doses. It appears that even 10mg is more than enough for some people, and even a very small amount can cause serious problems. This ain't LSD.
When my girlfriend finally came out of her confused state, she had no idea what had transpired. The last several hours were a complete blank. This also seems to be the case in the first bad trip I experienced. This could be extremely frightening in the likely scenario that someone doses this with MDMA at a club or something like that. I am just relieved that no one ended up in the psych ward or with (extensive, at least) permanent neurological damage.
All I can say is that these warnings have been issued before, and people are still going to combine this in poly-drug combinations. My advice is to just stay away from this stuff altogether, and avoid problems.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


public interface EventBus
Messages sent over the event bus are represented by instances of the Message
class.
For publish / subscribe, messages can be published to an address using one of the publish(java.lang.String, java.lang.Object)
methods. An
address is a simple String
instance.
Handlers are registered against an address. There can be multiple handlers registered against each address, and a particular handler can be registered against multiple addresses. The event bus will route a sent message to all handlers which are registered against that address.
For point to point messaging, messages can be sent to an address using one of the send(java.lang.String, java.lang.Object)
methods.
The messages will be delivered to a single handler, if one is registered on that address. If more than one
handler is registered on the same address, Vert.x will choose one and deliver the message to that. Vert.x will
aim to fairly distribute messages in a round-robin way, but does not guarantee strict round-robin under all
circumstances.
All messages sent over the bus are transient. On event of failure of all or part of the event bus messages may be lost. Applications should be coded to cope with lost messages, e.g. by resending them, and making application services idempotent.
The order of messages received by any specific handler from a specific sender should match the order of messages sent from that sender.
When sending a message, a reply handler can be provided. If so, it will be called when the reply from the receiver has been received. Reply messages can also be replied to, etc, ad infinitum
Different event bus instances can be clustered together over a network, to give a single logical event bus.
Instances of EventBus are thread-safe.
If handlers are registered from an event loop, they will be executed using that same event loop. If they are registered from outside an event loop (i.e. when using Vert.x embedded) then Vert.x will assign an event loop to the handler and use it to deliver messages to that handler.
| Modifier and Type | Method and Description |
|---|---|
void |
close(Handler<AsyncResult<java.lang.Void>> doneHandler)
Close the EventBus and release all resources.
|
long |
getDefaultReplyTimeout()
Return the value for default send timeout
|
EventBus |
publish(java.lang.String address,
java.lang.Boolean message)
Publish a Boolean as a message
|
EventBus |
publish(java.lang.String address,
Buffer message)
Publish a Buffer as a message
|
EventBus |
publish(java.lang.String address,
java.lang.Byte message)
Publish a Byte as a message
|
EventBus |
publish(java.lang.String address,
byte[] message)
Publish a byte[] as a message
|
EventBus |
publish(java.lang.String address,
java.lang.Character message)
Publish a Character as a message
|
EventBus |
publish(java.lang.String address,
java.lang.Double message)
Publish a Double as a message
|
EventBus |
publish(java.lang.String address,
java.lang.Float message)
Publish a Float as a message
|
EventBus |
publish(java.lang.String address,
java.lang.Integer message)
Publish an Integer as a message
|
EventBus |
publish(java.lang.String address,
JsonArray message)
Publish a JSON array as a message
|
EventBus |
publish(java.lang.String address,
JsonObject message)
Publish a JSON object as a message
|
EventBus |
publish(java.lang.String address,
java.lang.Long message)
Publish a Long as a message
|
EventBus |
publish(java.lang.String address,
java.lang.Object message)
Publish a message
|
EventBus |
publish(java.lang.String address,
java.lang.Short message)
Publish a Short as a message
|
EventBus |
publish(java.lang.String address,
java.lang.String message)
Publish a String as a message
|
EventBus |
registerHandler(java.lang.String address,
Handler<? extends Message> handler)
Registers a handler against the specified address
|
EventBus |
registerHandler(java.lang.String address,
Handler<? extends Message> handler,
Handler<AsyncResult<java.lang.Void>> resultHandler)
Registers a handler against the specified address
|
EventBus |
registerLocalHandler(java.lang.String address,
Handler<? extends Message> handler)
Registers a local handler against the specified address.
|
EventBus |
send(java.lang.String address,
java.lang.Boolean message)
Send a Boolean as a message
|
<T> EventBus |
send(java.lang.String address,
java.lang.Boolean message,
Handler<Message<T>> replyHandler)
Send a Boolean as a message
|
EventBus |
send(java.lang.String address,
Buffer message)
Send a Buffer as a message
|
<T> EventBus |
send(java.lang.String address,
Buffer message,
Handler<Message<T>> replyHandler)
Send a Buffer as a message
|
EventBus |
send(java.lang.String address,
java.lang.Byte message)
Send a Byte as a message
|
EventBus |
send(java.lang.String address,
byte[] message)
Send a byte[] as a message
|
<T> EventBus |
send(java.lang.String address,
byte[] message,
Handler<Message<T>> replyHandler)
Send a byte[] as a message
|
<T> EventBus |
send(java.lang.String address,
java.lang.Byte message,
Handler<Message<T>> replyHandler)
Send a Byte as a message
|
EventBus |
send(java.lang.String address,
java.lang.Character message)
Send a Character as a message
|
<T> EventBus |
send(java.lang.String address,
java.lang.Character message,
Handler<Message<T>> replyHandler)
Send a Character as a message
|
EventBus |
send(java.lang.String address,
java.lang.Double message)
Send a Double as a message
|
<T> EventBus |
send(java.lang.String address,
java.lang.Double message,
Handler<Message<T>> replyHandler)
Send a Double as a message
|
EventBus |
send(java.lang.String address,
java.lang.Float message)
Send a Float as a message
|
<T> EventBus |
send(java.lang.String address,
java.lang.Float message,
Handler<Message<T>> replyHandler)
Send a Float as a message
|
EventBus |
send(java.lang.String address,
java.lang.Integer message)
Send an Integer as a message
|
<T> EventBus |
send(java.lang.String address,
java.lang.Integer message,
Handler<Message<T>> replyHandler)
Send an Integer as a message
|
EventBus |
send(java.lang.String address,
JsonArray message)
Send a JSON array as a message
|
<T> EventBus |
send(java.lang.String address,
JsonArray message,
Handler<Message<T>> replyHandler)
Send a JSON array as a message
|
EventBus |
send(java.lang.String address,
JsonObject message)
Send a JSON object as a message
|
<T> EventBus |
send(java.lang.String address,
JsonObject message,
Handler<Message<T>> replyHandler)
Send a JSON object as a message
|
EventBus |
send(java.lang.String address,
java.lang.Long message)
Send a Long as a message
|
<T> EventBus |
send(java.lang.String address,
java.lang.Long message,
Handler<Message<T>> replyHandler)
Send a Long as a message
|
EventBus |
send(java.lang.String address,
java.lang.Object message)
Send a message
|
EventBus |
send(java.lang.String address,
java.lang.Object message,
Handler<Message> replyHandler)
Send a message
|
EventBus |
send(java.lang.String address,
java.lang.Short message)
Send a Short as a message
|
<T> EventBus |
send(java.lang.String address,
java.lang.Short message,
Handler<Message<T>> replyHandler)
Send a Short as a message
|
EventBus |
send(java.lang.String address,
java.lang.String message)
Send a String as a message
|
<T> EventBus |
send(java.lang.String address,
java.lang.String message,
Handler<Message<T>> replyHandler)
Send a String as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
java.lang.Boolean message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send a boolean as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
Buffer message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send a Buffer object as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
byte[] message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send a byte[] object as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
java.lang.Byte message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send a byte as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
java.lang.Character message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send a character as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
java.lang.Double message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send a double as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
java.lang.Float message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send a float as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
java.lang.Integer message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send an Integer as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
JsonArray message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send a JSON array as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
JsonObject message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send a JSON object as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
java.lang.Long message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send a long as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
java.lang.Object message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send an object as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
java.lang.Short message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send a short as a message
|
<T> EventBus |
sendWithTimeout(java.lang.String address,
java.lang.String message,
long timeout,
Handler<AsyncResult<Message<T>>> replyHandler)
Send a string object as a message
|
EventBus |
setDefaultReplyTimeout(long timeoutMs)
Sets a default timeout, in ms, for replies.
|
EventBus |
unregisterHandler(java.lang.String address,
Handler<? extends Message> handler)
Unregisters a handler given the address and the handler
|
EventBus |
unregisterHandler(java.lang.String address,
Handler<? extends Message> handler,
Handler<AsyncResult<java.lang.Void>> resultHandler)
Unregisters a handler given the address and the handler
|
void close(Handler<AsyncResult<java.lang.Void>> doneHandler)
doneHandler
- EventBus send(java.lang.String address, java.lang.Object message)
address
- The address to send it tomessage
- The messageEventBus send(java.lang.String address, java.lang.Object message, Handler<Message> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, java.lang.Object message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus send(java.lang.String address, JsonObject message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, JsonObject message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, JsonObject message)
address
- The address to send it tomessage
- The message<T> EventBus send(java.lang.String address, JsonArray message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, JsonArray message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, JsonArray message)
address
- The address to send it tomessage
- The message<T> EventBus send(java.lang.String address, Buffer message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, Buffer message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, Buffer message)
address
- The address to send it tomessage
- The message<T> EventBus send(java.lang.String address, byte[] message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, byte[] message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, byte[] message)
address
- The address to send it tomessage
- The message<T> EventBus send(java.lang.String address, java.lang.String message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, java.lang.String message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, java.lang.String message)
address
- The address to send it tomessage
- The message<T> EventBus send(java.lang.String address, java.lang.Integer message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, java.lang.Integer message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, java.lang.Integer message)
address
- The address to send it tomessage
- The message<T> EventBus send(java.lang.String address, java.lang.Long message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, java.lang.Long message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, java.lang.Long message)
address
- The address to send it tomessage
- The message<T> EventBus send(java.lang.String address, java.lang.Float message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, java.lang.Float message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, java.lang.Float message)
address
- The address to send it tomessage
- The message<T> EventBus send(java.lang.String address, java.lang.Double message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, java.lang.Double message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, java.lang.Double message)
address
- The address to send it tomessage
- The message<T> EventBus send(java.lang.String address, java.lang.Boolean message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, java.lang.Boolean message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, java.lang.Boolean message)
address
- The address to send it tomessage
- The message<T> EventBus send(java.lang.String address, java.lang.Short message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, java.lang.Short message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, java.lang.Short message)
address
- The address to send it tomessage
- The message<T> EventBus send(java.lang.String address, java.lang.Character message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, java.lang.Character message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, java.lang.Character message)
address
- The address to send it tomessage
- The message<T> EventBus send(java.lang.String address, java.lang.Byte message, Handler<Message<T>> replyHandler)
address
- The address to send it tomessage
- The messagereplyHandler
- Reply handler will be called when any reply from the recipient is received<T> EventBus sendWithTimeout(java.lang.String address, java.lang.Byte message, long timeout, Handler<AsyncResult<Message<T>>> replyHandler)
address
- The address to send it tomessage
- The messagetimeout
- - Timeout in ms. If no reply received within the timeout then the reply handler will be unregisteredreplyHandler
- Reply handler will be called when any reply from the recipient is receivedEventBus send(java.lang.String address, java.lang.Byte message)
address
- The address to send it tomessage
- The messageEventBus publish(java.lang.String address, java.lang.Object message)
address
- The address to publish it tomessage
- The messageEventBus publish(java.lang.String address, JsonObject message)
address
- The address to publish it tomessage
- The messageEventBus publish(java.lang.String address, JsonArray message)
address
- The address to publish it tomessage
- The message SEventBus publish(java.lang.String address, Buffer message)
address
- The address to publish it tomessage
- The messageEventBus publish(java.lang.String address, byte[] message)
address
- The address to publish it tomessage
- The messageEventBus publish(java.lang.String address, java.lang.String message)
address
- The address to publish it tomessage
- The messageEventBus publish(java.lang.String address, java.lang.Integer message)
address
- The address to publish it tomessage
- The messageEventBus publish(java.lang.String address, java.lang.Long message)
address
- The address to publish it tomessage
- The messageEventBus publish(java.lang.String address, java.lang.Float message)
address
- The address to publish it tomessage
- The messageEventBus publish(java.lang.String address, java.lang.Double message)
address
- The address to publish it tomessage
- The messageEventBus publish(java.lang.String address, java.lang.Boolean message)
address
- The address to publish it tomessage
- The messageEventBus publish(java.lang.String address, java.lang.Short message)
address
- The address to publish it tomessage
- The messageEventBus publish(java.lang.String address, java.lang.Character message)
address
- The address to publish it tomessage
- The messageEventBus publish(java.lang.String address, java.lang.Byte message)
address
- The address to publish it tomessage
- The messageEventBus unregisterHandler(java.lang.String address, Handler<? extends Message> handler, Handler<AsyncResult<java.lang.Void>> resultHandler)
address
- The address the handler was registered athandler
- The handlerresultHandler
- Optional completion handler. If specified, when the unregister has been
propagated to all nodes of the event bus, the handler will be called.EventBus unregisterHandler(java.lang.String address, Handler<? extends Message> handler)
address
- The address the handler was registered athandler
- The handlerEventBus registerHandler(java.lang.String address, Handler<? extends Message> handler, Handler<AsyncResult<java.lang.Void>> resultHandler)
address
- The address to register it athandler
- The handlerresultHandler
- Optional completion handler. If specified, when the register has been
propagated to all nodes of the event bus, the handler will be called.EventBus registerHandler(java.lang.String address, Handler<? extends Message> handler)
address
- The address to register it athandler
- The handlerEventBus registerLocalHandler(java.lang.String address, Handler<? extends Message> handler)
address
- The address to register it athandler
- The handlerEventBus setDefaultReplyTimeout(long timeoutMs)
timeoutMs
- long getDefaultReplyTimeout()


UNSHAR(1) UNSHAR(1) NAME unshar - unpack a shar file SYNOPSIS unshar [ options ] [ file ... ] DESCRIPTION Unshar scans mail messages looking for the start of a shell archive. It then passes the archive through a copy of the shell to unpack it. It will accept multiple files. If no files are given, standard input is used. OPTIONS Options have a one letter version starting with - or a long version starting with --. The exception is --help and --version, which does not have a short version. --version Print the version number of the program on standard output, then immediately exits. --help Print a help summary on standard output, then immediately exits. -d DIRECTORY --directory=DIRECTORY Change directory to DIRECTORY before unpacking any files. -c --overwrite Passed as an option to the shar file. Many shell archive scripts (including those produced by `shar' 3.40 and newer) accepts a -c argument to indicate that existing files should be overwritten. -e --exit-0 This option exists mainly for people who collect many shell ar‐ chives into a single mail folder. With this option, `unshar' iso‐ lates each different shell archive from the others which have been put in the same file, unpacking each in turn, from the beginning of the file towards its end. Its proper operation relies on the fact that many shar files are terminated by a `exit 0' at the beginning of a line. Option -e is internally equivalent to -E "exit 0". -E STRING --split-at=STRING This option works like -e, but it allows you to specify the string that separates archives if `exit 0' isn't appropriate. For example, noticing that most `.signatures' have a `--' on a line right before them, one can sometimes use `--split-at=--' for splitting shell archives which lack the `exit 0' line at end. The signature will then be skipped altogether with the headers of the following message. -f --force The same as -c. SEE ALSO shar(1) DIAGNOSTICS Any message from the shell may be displayed. AUTHORS The shar and unshar programs is the collective work of many authors. Many people contributed by reporting problems, suggesting various improvements or submitting actual code. A list of these people is in the THANKS file in the sharutils distribution. REPORTING BUGS Report bugs to<EMAIL_ADDRESS>Please put sharutils in the sub‐ ject line. It helps to spot the message. September 10, 1995 UNSHAR(1)


Coffee trees are pruned short to conserve their energy and aid in harvesting, but can grow to more than 30 feet (9 meters) high. Each tree is covered with green, waxy leaves growing opposite each other in pairs. Coffee cherries grow along the branches. Because it grows in a continuous cycle, it’s not unusual to see flowers, green fruit and ripe fruit simultaneously on a single tree.
It takes nearly a year for a cherry to mature after first flowering, and about 5 years of growth to reach full fruit production. While coffee plants can live up to 100 years, they are generally the most productive between the ages of 7 and 20. Proper care can maintain and even increase their output over the years, depending on the variety. The average coffee tree produces 10 pounds of coffee cherry per year, or 2 pounds of green beans.


The game's objective is to accelerate the box so that it does not collide with the moving bars.
Press the 'Accelerate' button on the right with the mouse to lift the box.
Just remember whenever you release the mouse button box will start coming down.


Finding the saltiest trolls across the interwebs!
Love Hacker News users and their salty comments?
Find the most saltiest replies by users and sentiment level here!


SportsPasta
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Inline mock json response body
/product
{"sku": "42", "count": "1", "price": "3.70"}
<ms:mock reset="true">
<ms:request>
<ms:post>/product</ms:post>
</ms:request>
<ms:response>
<ms:responseBody>{"sku": "42", "count": "1", "price": "3.70"}</ms:responseBody>
</ms:response>
</ms:mock>
When I send
/product
Then I should receive response
HTTP/1.1 200 OK
with body
{"sku": "42", "count": "1", "price": "3.70"}