This package has been unpublished.
| Description | <%= package.unpublished.description %> |
|---|---|
| Unpublished By | <%= package.unpublished.name %> |
| Unpublished On | <%= package.unpublished.time %> |
| Maintainers | <% package.unpublished.maintainers.forEach(function (m) { %> <% if (m.gravatar) { %> <% } %> <%= m.name %> <% }) %> |
| Versions (<%= package.unpublished.versions.length %>) | <%= package.unpublished.versions.reverse().slice(0, 20).join(', ') %> ... |


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Defang or refang text that may contain indicators of compromise.
Currently only supports the homoglyph translation model.


unburyme.org is a loan calculator designed to help you get debt-free as fast as possible. Once your loan information is entered, you may set the total amount you're able to put towards loans in a month. If this amount is greater than the minimum you're able to pay on loans, the extra money is put towards one loan every month to eliminate it. Once a loan is paid off, the money that was previously going towards that loan is now put towards the next loan, and so forth.
The order of which loans are paid off first is either highest-to-lowest interest rate (Avalanche), or lowest-to-highest remaining principle (Snowball), depending on which you choose.
Put just an extra $100 a month towards your loans and see how much time and interest paid you save!
unburyme.org is a loan calculater created by Jordan Santell.
Source code for the project may be obtained at github and is licensed under the MIT License.
If you have any comments, questions or feedback, let me know on Twitter @jsantell, or shoot me an email at !
The total monthly payment is the amount you're able to put into paying off all of your loans every month.
See what difference in adding $100 more than the total of your loans' minimum payments makes!
Avalanche: Paying off loans with the highest interest rate first.
Snowball:Paying off loans with the lowest balance first.
While avalanche results in paying less interest, as well as being debt free sooner, snowball pays off individual loans faster, which can be motivating!
Depending on your loans, the outcome may be the same regardless of the method used.


PING PONG
Let's play a wonderful game of ping-pong!
Rules:
Ping-pong will count up to your number from 1 with the following exceptions:
Numbers divisible by 3 are replaced with "ping"
Numbers divisible by 5 are replaced with "pong"
Numbers divisible by 15 are replaced with "pingpong"
Enter a number here:
Ping Pong!
About Ping-pong
Created by:
Kit Fisto
Github username:
greensaber
Level 2 test for:
Java


An example of a button with a tooltip and a caption retrieved from a localized message pack.
You can choose another locale by logging out (see the button in the upper right corner) and selecting a language in the login window.


Orwell Animal Farm
Click on the button below to care for the Orwell Animals
Feed
Water
Sleep
Animal Status
Food Level:
10
Water Level:
10
Energy Level:
10
Your animal died!


localtime
—convert time to local representationSynopsis
#include <time.h> struct tm *localtime(time_t *clock); struct tm *localtime_r(time_t *clock, struct tm *res);
Description
localtime
converts the time at clock into local time, then
converts its representation from the arithmetic representation to the
traditional representation defined by struct tm
.
localtime
constructs the traditional time representation in static
storage; each call to gmtime
or localtime
will overwrite the
information generated by previous calls to either function.
mktime
is the inverse of localtime
.
Returns
A pointer to the traditional time representation (struct tm
).
Portability
ANSI C requires localtime
.
localtime
requires no supporting OS subroutines.


Giroud risks ruining January transfer over wage demands
by Buzz ContributorOlivier Giroud could price himself out of a January exit from Chelsea due to his sky-high wage demands.
Giroud is out-of-favour at Stamord Bridge, with boss Frank Lampard putting his faith in Tammy Abraham this season.
Abraham has rewarded Lampard by netting 11 goals and is could spell the end of Giroud’s spell in west London.
The Frenchman wants out of the club just two years after joining from Arsenal with the 33-year-old keen to play first-team football and boost his chances of a spot in France’s line-up at Euro 2020.
A host of clubs are queuing up to get Giroud - but he’s refusing to leave on the cheap.
The Express report the striker wants a two-year contract worth a mega £7m-a-season to leave Chelsea.
And that could spell the end of interest from the likes of Marseille, Montpellier, Lyon, Crystal Palace and Inter Milan .
Antonio Conte’s Inter are just one side pausing their interest in light of Giroud’s lofty demands.
They’ve got Alexis Sanchez on the books and fighting back to fitness after a dislocated ankle, but are only prepared to put an 18-month deal on the table for the ageing frontman.
Chelsea want around £5m for Giroud, who is available for nothing in the summer when his contract runs down.
Crystal Palace have been keen on the player, but are now eyeing up Celtic’s Odsonne Eduard instead.
The 21-year-old is seen as a better long-term investment, and the 13 goals in 24 games striker is now at the head of their shopping list.
France boss Didier Deschamps explained why he’s kept Giroud in his recent squads despite his lack of action at Chelsea: "He is useful and indispensable. He is very effective and made the decision to shoot the penalty. He allows players around him to have goal chances too.
"Which also explains why he stays with us despite his playing time at Chelsea. He suffers inevitably from this situation on a daily basis.
"If he has an opportunity to move and have more playing time, it's good for him, he knows it."


Rovil trading and projects
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Instagram Beauty Guru Says Malay Guys Aren’t Good Partners Because They Like Going to Mamak
by Husna HalimTap to listen to this article instead: 🔊 Listen to Post
Chup! Before any of ya’ll getting triggered by this video, let’s just remind ourselves that everyone has their own preferences when it comes to love. Although we think it would be really hard for this girl to find a decent one with her high demands.
Recently on Twitter, a user that goes by the name @yourstrulydonnv posted a video of an Instagram beauty guru’s story that has caused all kinds of fuss since it went up. In it, @darlingsara_ explained how much she detests dating Malay guys because they would normally end up hanging out at mamak restaurants.
As you can hear in the video, for a girl of her standard, it should always be fine dining. Not to mention, her partner should be able to afford to shower her with gifts and flowers every so often and put up with her spoiled attitude. She wants to be pampered. And OBVIOUSLY Malay guys can’t provide any of this.
As usual, netizens responded differently to this post and lemme tell you, it ain’t all pretty.
“What you’re looking for here is a sugar daddy.”
“Now this is a high maintenance lady, she’s crazy.”
“Or she could have just said, “I love rich guys.” Simpler and easier to explain.”
“Do you think your life is a Malay drama?”
But again, this is her preference and every girl should have the freedom to decide how she wants to be valued.
“Everyone has their own preferences. It’s not a problem if you want to date Malay, Chinese, Indian or Mat Salleh even.”
“She works hard to get loads of money, so it’s really her choice on what kind of men she prefers. It’s up to her to like or dislike anything. A lot of people are giving a lot of spite in the comment section.”
“At least this girl is honest. She straight away clarified her preferences. Didn’t even try to cover things up. May she find someone compatible.”
Either way, we are definitely triggered that mamak restaurants are shunned. Mamak is a fine dinner on its own okay. *sobs sobs
Also read: Watch: M’sian Couple Create Date Video And The Production Value Is TOO DAMN HIGH


University recalls students from Hong Kong
The University of Edinburgh has asked 21 students to return to the UK.
A university has recalled students on exchange programmes in Hong Kong as civil unrest continues.
The University of Edinburgh has asked the 21 students affected to return to the UK as soon as they can.
Anti-government protests have been raging in Hong Kong for months, and students and other protesters have taken over major campuses, building barricades and stockpiling petrol bombs and other weapons.
A University of Edinburgh spokesman said: “The suspension of classes at educational institutions in Hong Kong has affected 21 Edinburgh students, who are currently on exchange there.
“We are therefore requesting that all of our students in Hong Kong return to the UK, at their earliest opportunity.
“We are providing advice and support to each affected student to ensure all are in a position to return to the UK.”
Last month the University of Edinburgh recalled all nine of its students studying in Egypt, after two were detained by authorities.
They have since been released but the university advised all of its students in the country to return home, citing concerns for their safety.


Developing Keydra¶
If you are coding something new, chances are you are adding or updating a client, a provider or both!
Providers¶
Providers make the magic happen. As of today they have 2 responsibilities:
rotate (which depending on the provider, can also be used to provision secrets)
… and implement the methods described in keydra.providers.base. See the provider documentation for more details on what’s supported out of the box.
Rotation¶
During the rotate phase, the provider will be invoked with a description (dict) of a secret.
So in the example below where secrets.yaml has:
secret_identifier:
description: Some description for the secret
key: key_identifier
provider: provider_type
rotate: nightly
distribute:
- ...
The rotate method will receive:
{
"description": "Some description for the secret",
"key": "key_identifier",
"provider": "provider_type",
"rotate": "nightly"
}
Note that the provider attribute is what brought the config into your provider to begin with.
From that moment on it is your responsibility to _rotate_ (whatever it means to your provider) the secret described as key_identifier.
Something goes wrong, simply raise keydra.exceptions.RotationException.
All going well, return a dict containing the attributes of your secret (including the secret bits, like password… don’t worry it is safe and never logged… unless you mess up).
Distribution¶
During the distribute phase, the provider will be invoked with 2 descriptions (dict, dict):
the secret (recently rotated, containing the secret bits)
A description of a distribution point.
From that moment on it is your responsibility to _distribute_ (whatever it means to your provider) the secrets.
Remember that the secret will come decorated with provider, so if you need to be specific about how to consume from certain providers you can. BUT… if that is happening you probably missed something as the description of a distribution point should be self-explanatory and self-contained.
Clients¶
Clients _commonly_ live in keydra.clients but you may be sourcing it directly from somewhere else or have other aspirations… no judgement here.
Anyway… Clients are nothing but SDKs to facilitate (keep the code clean, really) the development of Providers.
See the client documentation for more details on what’s supported.
Contribution guidelines¶
Plain and simple… just cut a PR!
But not so fast!
Work on a feature branch
Make sure you have tests
Did you drop coverage, be ready to discuss why
Create a Pull Request:
Install deps
(virtual environment recommended)
pip install -r requirements-dev.txt
pip install -r src/requirements.txt
Testing
nosetests
Please ensure tests are passing before creating a PR. We also ask you to be PEP8 compliant!
flake8


An event, typically lasting several days, in which a large number of people meet to engage in collaborative computer programming.
An exquisite event aimed at bringing elite Developers for a networking and brainstorming session. Entry only by invitation.
The collaboration between the companies and the employees generates a great organization, A employer will be able to witness the work of the foreseeable employees, and the attendees will be able to choose the track and companies they see fit. A win-win situation for both benefactors.
Of course there will be prizes although it isn’t all about winning but what you learn and build during those 24 hours. But don’t worry there will be a panel of judges that will select the three best hacks based on creativity, technical difficulty, design, and usefulness. Prizes for first, second and third place TBA. Sponsors also offer prizes for specific criteria, which they judge themselves.
To be announced.
Please bring a valid ID (any Photo ID), your hackathon ticket, a computer (preferably a laptop), chargers, and any hardware you will use for your hack. You can also bring a sleeping bag, pillow, toiletries, and a couple changes of clothes, food will be provided at the event. No firearms, weapons, alcohol, or illegal drugs are allowed on event.
The teams are a maximum of 4 people. You can start off the event already with a team or you can meet with people at the event who also don’t have a team, don’t worry.
Unfortunately this year we can’t provide travel reimbursements and we know this is a big issue for people travelling from outside of Bengaluru, but we encourage you to try and come down to the event if it is possible for you. If you can’t make it hopefully we’ll be expecting you next year when our goal is to make travel reimbursements possible.
It's absolutely free! There is no entry fee, HACKFERENCE will provide you with plenty of food, snacks, swag, and prizes throughout the 24 hours.
Applications open at 8th October 2018, 00:00 IST
Applications close at 7th November 2018, 23:59 IST
Be respectful and considerate of your fellow hackers. We're all here to learn and have a good time. Everyone deserves the chance to hack free of the fear of being harrased. See the Women Safety Guidelines for more details.
If there is something that is still not clear or we didn’t cover please contact us at<EMAIL_ADDRESS>or at twitter or facebook.


See: Description
| Interface | Description |
|---|---|
| Attribute |
Interface Attribute is the base interface implemented by any and every
printing attribute class to indicate that the class represents a
printing attribute.
|
| AttributeSet |
Interface AttributeSet specifies the interface for a set of printing
attributes.
|
| DocAttribute |
Interface DocAttribute is a tagging interface which a printing attribute
class implements to indicate the attribute denotes a setting for a doc.
|
| DocAttributeSet |
Interface DocAttributeSet specifies the interface for a set of doc
attributes, i.e.
|
| PrintJobAttribute |
PrintJobAttribute is a tagging interface which a printing attribute
class implements to indicate the attribute describes the status of a Print
Job or some other characteristic of a Print Job.
|
| PrintJobAttributeSet |
Interface PrintJobAttributeSet specifies the interface for a set of print
job attributes, i.e.
|
| PrintRequestAttribute |
Interface PrintRequestAttribute is a tagging interface which a printing
attribute class implements to indicate the attribute denotes a
requested setting for a print job.
|
| PrintRequestAttributeSet |
Interface PrintRequestAttributeSet specifies the interface for a set of
print request attributes, i.e.
|
| PrintServiceAttribute |
Interface PrintServiceAttribute is a tagging interface which a printing
attribute class implements to indicate the attribute describes the status
of a Print Service or some other characteristic of a Print Service.
|
| PrintServiceAttributeSet |
Interface PrintServiceAttributeSet specifies the interface for a set of
print job attributes, i.e.
|
| SupportedValuesAttribute |
Interface SupportedValuesAttribute is a tagging interface which a printing
attribute class implements to indicate the attribute describes the supported
values for another attribute.
|
| Class | Description |
|---|---|
| AttributeSetUtilities |
Class AttributeSetUtilities provides static methods for manipulating
AttributeSets.
|
| DateTimeSyntax |
Class DateTimeSyntax is an abstract base class providing the common
implementation of all attributes whose value is a date and time.
|
| EnumSyntax |
Class EnumSyntax is an abstract base class providing the common
implementation of all "type safe enumeration" objects.
|
| HashAttributeSet |
Class HashAttributeSet provides an
AttributeSet
implementation with characteristics of a hash map. |
| HashDocAttributeSet |
Class HashDocAttributeSet provides an attribute set which
inherits its implementation from class
HashAttributeSet and enforces the semantic restrictions of interface DocAttributeSet . |
| HashPrintJobAttributeSet |
Class HashPrintJobAttributeSet provides an attribute set
which inherits its implementation from class
HashAttributeSet and enforces the semantic restrictions of interface
PrintJobAttributeSet . |
| HashPrintRequestAttributeSet |
Class HashPrintRequestAttributeSet inherits its implementation from
class
HashAttributeSet and enforces the
semantic restrictions of interface
PrintRequestAttributeSet . |
| HashPrintServiceAttributeSet |
Class HashPrintServiceAttributeSet provides an attribute set
which inherits its implementation from class
HashAttributeSet and enforces the semantic restrictions of interface
PrintServiceAttributeSet . |
| IntegerSyntax |
Class IntegerSyntax is an abstract base class providing the common
implementation of all attributes with integer values.
|
| ResolutionSyntax |
Class ResolutionSyntax is an abstract base class providing the common
implementation of all attributes denoting a printer resolution.
|
| SetOfIntegerSyntax |
Class SetOfIntegerSyntax is an abstract base class providing the common
implementation of all attributes whose value is a set of nonnegative
integers.
|
| Size2DSyntax |
Class Size2DSyntax is an abstract base class providing the common
implementation of all attributes denoting a size in two dimensions.
|
| TextSyntax |
Class TextSyntax is an abstract base class providing the common
implementation of all attributes whose value is a string.
|
| URISyntax |
Class URISyntax is an abstract base class providing the common
implementation of all attributes whose value is a Uniform Resource
Identifier (URI).
|
| Exception | Description |
|---|---|
| UnmodifiableSetException |
Thrown to indicate that the requested operation cannot be performed
because the set is unmodifiable.
|
The print data and the processing instructions are separate entities. This means that:
The processing instruction does not specify how the print job processes the request; each processing instruction is only a description of the results of a print job. The print job determines the manner in which it achieves the results specified by the processing instructions. Representing processing instructions as descriptive items provides more flexibility for implementing print jobs.
In the Java Print Service API, an attribute category is represented by a Java
class implementing the Attribute interface.
Attribute values are instances of such a class or
one of its subclasses. For example, to specify the number of copies, an
application constructs an instance of the
Copies class with the
number of desired copies and uses the Copies
instance as part of
the print request. In this case, the Copies
class represents the
attribute category, and the Copies
instance represents the
attribute value.
Once the printer starts processing the print job, additional information about the job becomes available, which might include: the job state (such as completed or queued) and the number of pages printed so far. These pieces of information are also attributes. Attributes can also describe the printer itself, such as: the printer name, the printer location, and the number of jobs queued.
The Java Print Service API defines these different kinds of attributes
with five subinterfaces of Attribute
:
DocAttribute
or to an entire print job as a PrintRequestAttribute
.
Certain low-level attributes
are never used on their own
but are always aggregated into higher-level attributes.
These low-level attribute classes only
implement interface Attribute,
not any of the tagging subinterfaces.
The Java Print Service API defines a group of standard attribute classes modeled upon the attributes in the Internet Printing Protocol (IPP) version 1.1. The standard attribute classes are in the subpackage javax.print.attribute.standard to keep the actual attribute classes conceptually separate from the generic apparatus defined in package javax.print.attribute.
The AttributeSet
interface is similar to the
Map interface: it provides a map of
key to values, in which each key is unique and can contain no more than one
value. However, the AttributeSet
interface is designed to
specifically support the needs of the Java Print Service API. An
AttributeSet
requires that:
AttributeSet
corresponds to a category, and
the value of the key can only be one of the attribute values that belong
to the category represented by the key. Thus, unlike a Map
, an
AttributeSet
restricts the possible values of a key: an
attribute category cannot be set to an attribute value that does not belong to
that category.
Attribute
interface can
be added to the set.
The javax.print.attribute package includes
HashAttributeSet
as a concrete implementation of the attribute set interface.
HashAttributeSet
provides an attribute set based on a hash map.
You can use this implementation or provide your own implementation
of interface AttributeSet
.
The Java Print Service API provides four specializations of an attribute set that are restricted to contain just one of the four kinds of attributes, as discussed in the Attribute Roles section:
Notice that only four kinds of attribute sets are listed here, but there are five kinds of attributes. Interface SupportedValuesAttribute denotes an attribute that gives the supported values for another attribute. Supported-values attributes are never aggregated into attribute sets, so there is no attribute set subinterface defined for them.
In some contexts, an attribute set is read-only, which means that the
client is only allowed to examine an attribute set's
contents but not change them. In other contexts, the attribute set is read-write,
which means that the client is allowed both to examine and to change an
attribute set's contents. For a read-only attribute set, calling a mutating
operation throws an UnmodifiableSetException
.
Package javax.print.attribute includes one concrete implementation of each of the attribute set subinterfaces:
Copies
, class Sides, and class
PrinterResolution. Each
attribute class wraps one or more primitive data items containing the
attribute's value. Attribute set operations perform frequent
comparisons between attribute category objects when adding attributes,
finding existing attributes in the same category, and looking
up an attribute given its category. Because an attribute category is
represented by a class, fast attribute-value comparisons can be performed
with the Class.equals
method.
Even though the Java Print Service API includes a large number of different attribute categories, there are only a few different types of attribute values. Most attributes can be represented by a small number of data types, such as: integer values, integer ranges, text, or an enumeration of integer values. The type of the attribute value that a category accepts is called the attribute's abstract syntax. To provide consistency and reduce code duplication, the Java Print Service API defines abstract syntax classes to represent each abstract syntax, and these classes are used as the parent of standard attributes whenever possible. The abstract syntax classes are:
Each attribute class implements the Attribute
interface, either
directly or indirectly, to mark it as a printing attribute. An
attribute class that can appear in restricted attribute sets in
certain contexts also implements one or more subinterfaces of
Attribute
. Most attribute classes also extend the appropriate
abstract syntax class to get the implementation. Consider the
Sides
attribute class:
public class Sides extends EnumSyntax implements DocAttribute, PrintRequestAttribute, PrintJobAttribute { public final Object getCategory() { return Sides.class; } ... }
Since every attribute class implements Attribute
, every attribute
class must provide an implementation for the
getCategory
method,
which returns the attribute category. In the case of Sides
, the
getCategory
method returns Sides.class
. The
getCategory
method is final to ensure that any vendor-defined
subclasses of a standard attribute class appear in the same category.
Every attribute object is immutable once constructed so that attribute object
references can be passed around freely. To get a different attribute
value, construct a different attribute object.
EnumSyntax
specifies all the possible attribute values
at compile time as singleton instances of the attribute class. This
means that new enumerated values cannot be constructed at run time.
To define new vendor-specific values for a standard enumerated
attribute, the vendor must define a new attribute class specifying
the new singleton instances. To ensure that the new attribute values
fall in the same category as the standard attribute values, the new
attribute class must be a subclass of the standard attribute class.
To define a new attribute category, a vendor defines a new attribute
class. This attribute class, like the standard attribute classes,
implements Attribute
or one of its subinterfaces and extends an
abstract syntax class. The vendor can either use an existing
abstract syntax class or define a new one. The new vendor-defined
attribute can be used wherever an Attribute
is used, such as in an
AttributeSet
.
PrintRequestAttributeSet
because print-request attributes are the types of attributes that
client usually specifies. This example demonstrates creating an attribute
set of print-request attributes and locating a printer that can
print the document according to the specified attributes:
FileInputStream psStream; try { psstream = new FileInputStream("file.ps"); } catch (FileNotFoundException ffne) { } if (psstream == null) { return; } //Set the document type. See the DocFlavor documentation for //more information. DocFlavor psInFormat = DocFlavor.INPUT_STREAM.POSTSCRIPT; Doc myDoc = new SimpleDoc(pstream, psInFormat, null); PrintRequestAttributeSet aset = new HashPrintRequestAttributeSet(); aset.add(new Copies(5)); aset.add(MediaSize.A4); aset.add(Sides.DUPLEX); PrintService[] services = PrintServiceLookup.lookupPrintServices(psInFormat, aset); if (services.length > 0) { DocPrintJob job = services[0].createPrintJob(); try { job.print(myDoc, aset); } catch (PrintException pe) {} }
Please note: In the javax.print APIs, a null reference parameter to methods is incorrect unless explicitly documented on the method as having a meaningful interpretation. Usage to the contrary is incorrect coding and may result in a run time exception either immediately or at some later time. IllegalArgumentException and NullPointerException are examples of typical and acceptable run time exceptions for such cases.
Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


 The DOM is the tracks, the HTML is the cars and the CSS is the paintjob on the side of the cars. It can look just as confusing but good indentation can help straighten it out and if you're not careful with your syntax then the wheels can come off the tracks.
Boxifying design
Everything is a box inside a box. The biggest box is your screen. Then you have boxes around images, around text and icons.
Box model
The box model is a great help when it comes to layout. We can see how the box is made up in the Box model. At the centre is the content. Just outside of the content is the padding. Just outside the padding is the border. Just outside the border is the margin. When we manipulate any of these measurements in the css then the size and it's relation to other elements will change.


“I’M SORRY, miss, but Mrs. Rossmeyer checked out a few minutes ago,” the clerk said.
“Did she say where she was going?” Nancy asked.
He shook his head. “Is it important that you find out?”
“Yes, it is. Very important. Is there any way I can get this information?”
The obliging clerk asked his assistant to take over, then came from behind the desk. With
Nancy at his side, he inquired at the travel agency in the hotel and asked several porters and
the maid who took care of Mrs. Rossmeyer’s room.
His efforts were in vain, until a porter, just coming in from outside, told him that the
socialite had departed for the airport.
Nancy thanked the kind clerk, then telephoned the Mise home. The maid answered and said
that both Mr. Drew and Mr. Mise had gone into the city on business.
“Then may I speak to the man who is guarding the house?” Nancy asked.
When Mr. Natuske came to the phone, she told him what she had learned about Mrs.
Rossmeyer’s departure.
“Do you know where Mr. Mise has gone?” Nancy asked him.
50
“Yes, to his bank.”
Nancy requested its name, then made a call. She was able to catch Mr. Mise and told him
about Mrs. Rossmeyer. “Could you get in touch with the airport authorities and find out
where she’s going?”
Mr. Mise promised to do so at once.
Nancy returned to the beauty salon. She and Mrs. Mise paid their bills, then left the hotel.
On the way home, Nancy told her companion what she had learned from the clerk, and that
Mr. Mise would follow the trail.
When they arrived at the house, Nancy went to talk further with Mr. Natsuke. She asked
him if anything had happened since she had spoken to him on the phone.
“Yes,” he replied. “I saw a man sneaking around the house and taking pictures of both the
first and second floors. Unfortunately, I could not get to him in time. He spotted me and ran
like a deer.”
“What did he look like?” Nancy asked.
“He was Japanese, of medium height, and wore a dark business suit. I got in touch with
headquarters and reported it.”
Nancy remarked that the people who had been spying on the Mise property now obviously
realized that it was being guarded. “I hope none of them will return!”
Mr. Natsuke agreed whole-heartedly.
Nancy had just entered the house when Mr. Mise returned. Eagerly she asked him if he had
any luck chasing Mrs. Rossmeyer.
“Yes and no,” the Japanese replied. “I was told by the airline that she and her maid departed
for Rome. But just before leaving, there had been a commotion in the terminal building.”
“A commotion?” Nancy asked in surprise. Mr. Mise nodded. “When the police rushed up,
they learned that Mrs. Rossmeyer had been robbed of two strands of pearls and a valuable
ruby and pearl pin!”
“How dreadful!” Nancy exclaimed, then asked if the authorities had obtained any clues to
the thieves.
“Perhaps,” Mr. Mise replied. “Mrs. Rossmeyer said she suspected the driver of a private taxi
that had picked her up at the hotel. She had used him several times before while in Japan
and had always found him honest. But now he is a prime suspect because he was the only
person near her during the trip to the airport. He took her bags and assisted her from the
cab. The theft could have happened then.”
51
“Did the police get his name and address?” Nancy asked.
Mr. Mise said Mrs. Rossmeyer had given it to them. “He is Joe Slate, a Japanese, although he
was born in the United States. He drives Americans who speak only English.”
“Did the authorities get in touch with him?”
“They called his home, and there was no answer. When they went to his house, they found
that he had disappeared. He lived in a furnished apartment, and all his belongings were
gone.”
Nancy wondered if he could be a member of the Caputti gang, since it specialized in jewel
robberies. She asked Mr. Mise if immigration and customs officials had been consulted.
“I do not know, but I will contact both of them,” he said.
Mr. Mise spent some time on the telephone. When he returned to Nancy, he said, “Neither
immigration nor customs has any record of a Joe Slate.”
Nancy wondered if any fellow cabbies might have some information on him and suggested
that Mr. Mise speak to the police again and ask for an inquiry of all taxi drivers in Toyko,
public or private.
An hour later came a preliminary report. No one who had been questioned so far had any
idea where Joe Slate had gone.
“He slipped through our fingers,” Nancy said, disappointed.
“Well, there are still a few drivers who have not been questioned yet. And a policeman is
stationed across the street from Slate’s apartment in case he should come back. If a clue
should turn up, the police will call us.”
Just then Mr. Drew arrived. He had visited another client, then called on a Tokyo lawyer
who was an acquaintance of his. “I did some sleuthing of my own,” he said, “and asked this
man about Rosina Caputti.”
“Oh, good!” Nancy said.  Fortunately, it’s now in the possession of its owner. But Mrs. Caputti still refuses
to tell why she was using a false passport to enter the country.”
“That’s no news,” Nancy said. “The news is coming now,” Mr. Drew said with a smile. “Mrs.
Caputti had a caller in jail. He gave his name as Joe Slate.”
52
“Joe Slate!” Nancy exclaimed. “That’s the name of Mrs. Rossmeyer’s private taxi driver who
is suspected of having robbed her!”
She told her father the story and asked if he had obtained a description of Joe Slate.
“He’s Japanese, medium height, and speaks English without an accent,” Mr. Drew replied.
“He sounds like the same man who drove Mrs. Rossmeyer!” Nancy declared.
Mr. Drew frowned. “This is very puzzling. You say Slate has disappeared? He had told Mrs.
Caputti that he would get a lawyer for her. So far no one has come.”
“How long ago did he visit her?”
“I believe just yesterday.”
At this moment Mrs. Mise walked up to them. “I do not mean to interrupt,” she said
politely, “but we must dress for the reception if we do not wish to be late.”
Nancy and her father excused themselves and went off to change their clothes. When they
appeared a little while later, Mr. Drew declared that he had never seen his daughter look
prettier.
Nancy’s eyes twinkled. “You mean I might have made a good Japanese girl?”
He grinned back at her. “You certainly would have made a good Japanese detective!”
Mr. and Mrs. Mise looked charming in their outfits, but Nancy could not help but think how
distinguished her father looked in his white, formal dress.
“The ceremony will be attended only by close members of the family,” Mrs. Mise told Nancy
on the way to the hotel where the reception was to be held.
“I’m sorry,” Nancy said. “I would have loved to have seen it.”
“I can tell you a little about the ceremony,” Mrs. Mise said. “Most weddings take place, as
we Japanese say, ‘before the Shinto Gods.’ Sometimes this is only a scroll with the name of a
God hanging in front of the couple as they exchange their vows, but mostly a Shinto priest
presides. He must exorcise any evil influences that the couple might be exposed to, and
does this with a shake of the streamers attached to a wand.”
“And then they drink the ceremonial drink?” Nancy asked. “I’ve heard about that.”
“Yes. That is the most important part of the ceremony. Both bride and groom must take the
ritual drink, three times, then another three times, then another—nine times in all. After
this the bride removes her headgear, signifying that she has left her family. There are no
rings or other tokens exchanged at a Japanese wedding.”
53
“I heard that in the olden days the groom was not allowed to see the bride’s face until after
the wedding,” Nancy spoke up.
“That is true. It was feared that if he saw it, he might not wish to marry her. The removal of
the hat is still the symbolic gesture of showing her face.”
When they reached the reception, they found the newlyweds seated at the head of a long
table, while the bride’s and groom’s families were on opposite sides.
“You see the elderly man next to the couple?” Mrs. Mise said to Nancy. “He is the sponsor
of the wedding. In this case, he is a senior member of the accounting firm for whom the
groom works.”
Just then the man stood up and spoke in Japanese. “He’s presenting the couple to the
party,” Mrs. Mise explained. “He tells about their families and their achievements.”
After the speech, various guests sang short songs, some of which, Mrs. Mise said, were from
plays.
As the festivities proceeded, guests mingled and spoke to the young couple and their
parents. Nancy noticed the many jewels the women were wearing. There were not only
pearls in abundance, but diamonds, rubies, sapphires, emeralds, and semiprecious stones.
All of them were gorgeous. Most of the women wore fancy head-combs.
Nancy thought, “What a wonderful place for a thief like Benny the Slippery One to operate!”
After wishing the bride and groom great happiness in their married life and thanking the
newlyweds’ parents for inviting them, the Drews followed the Mises toward a table with
dainty refreshments.
They had been there only a few minutes when one of the hotel’s messenger boys walked up
to Mr. Mise. He handed him a letter and spoke in Japanese.
After he left, Mr. Mise opened the envelope. Inside was another one addressed to Nancy. A
bit nervous about what its contents might be, she took out the message. It read:4 + 9 = 13.
Your time is getting short!