KanjiDamageApp | KanjiDamage offline Android app | Dictionary library
kandi X-RAY | KanjiDamageApp Summary
kandi X-RAY | KanjiDamageApp Summary
Yet another japanese dictionary app for Android. Based on a KanjiDamage data. Please check out the website first! All credits go to its author Steven Schultz. So this app is an offline copy of the website. Handy enough to enjoy mnemonics, or look up useful vocabulary.
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Top functions reviewed by kandi - BETA
- On create view
- Show popup menu
- Join the JSONArray into a string
- Opens the view at the given URL
- Sets information on a bind view holder
- Sets the label of the card
- Checks if a JSONArray is not empty
- Sets the tags
- Called when a back button is pressed
- Changes a fragment
- Returns a new search fragment instance
- Initializes the drawer
- Returns the default keyword
- Loads the data
- Invoked when the view is created
- Navigate to the first menu item
- Navigates the default menu item
- Creates the state of the instance
- Returns the count of the items in the adapter
- Called when an open item is open
- Create view
- Load json from assets
- This method initializes view
- Called when a navigation item is selected
- This method is called when the layout is created
- Click on an open item
KanjiDamageApp Key Features
KanjiDamageApp Examples and Code Snippets
Community Discussions
Trending Discussions on Dictionary
QUESTION
Since Python 3.7, dictionaries are ordered. So why I can't get keys by index?
...ANSWER
Answered 2022-Mar-26 at 21:57Building in such an API would be an "attractive nuisance": the implementation can't support it efficiently, so better not to tempt people into using an inappropriate data structure.
It's for much the same reason that, e.g., a linked list rarely offers an indexing API. That's totally ordered too, but there's no efficient way to find the i
'th element for an arbitrary i
. You have to start at the beginning, and follow i
links in turn to find the i
'th.
Same end result for a CPython dict. It doesn't use a linked list, but same thing in the end: it uses a flat vector under the covers, but basically any number of the vector's entries can be "holes". There's no way to jump over holes short of looking at each entry, one at a time. People expect a[i]
to take O(1)
(constant) time, not O(i)
time.
QUESTION
I have a dictionary of the form:
...ANSWER
Answered 2022-Feb-21 at 05:50I believe this will work:
For each list, we will filter the values where conf
is negative, and after that we will filter conf
itself.
QUESTION
Given a dict:
...ANSWER
Answered 2022-Feb-21 at 15:47You could use a Series and explode
:
QUESTION
I confronted strange behavior in Dictionary collection in Julia. a Dictionary can be defined in Julia like this:
...ANSWER
Answered 2022-Jan-29 at 19:41The key order in Dict
is currently undefined (this might change in the future).
If you want order to be preserved use OrderedDict
from DataStructures.jl:
QUESTION
I have an odd problem, where I am struggling to understand the nature of "static context" in Java, despite the numerous SO questions regarding the topic.
TL;DR:
I have a design flaw, where ...
This works:
...ANSWER
Answered 2022-Jan-26 at 17:11One way to solve the issue is by parameterizing the ParentDTO Class with its own children.
QUESTION
The question in the title pretty much says it all. The catch is that T
cannot be restricted.
Here is what I have tried:
...ANSWER
Answered 2022-Jan-05 at 18:55If you want the compiler to make calling toMap()
an error if T
isn't assignable to [K, V]
for some K
and V
, then in some sense it doesn't matter what the output type is in such a case. It could be Map
or Map
or anything, as long as the toMap()
call is a compiler error. I think you'll end up with a runtime error (you can wade through the spec if you really care) so the function won't return... the "actual" return type is never
which can be safely widened to Map
or anything you want without causing a type safety issue.
Anyway, to make the compiler error happen, you can give toMap()
a this
parameter which requires this
be of ArrayWrapper<[any, any]>
or something equivalent. You could use conditional type inference to manually infer K
and V
from T
:
QUESTION
To know a key k
exist in a map M1[k]v
is very straightforward in Go
.
ANSWER
Answered 2022-Jan-02 at 18:04Use if _, ok := M1[k]; ok { }
. If you use the blank identifier, the value will not be "loaded".
Let's write benchmarks to test it:
QUESTION
I have documents in collection which have structure:
...ANSWER
Answered 2021-Dec-05 at 08:43Here is a possibility (requires Mongo 4.2
or better):
QUESTION
macro test1(name,arg)
println(arg.args[2])
typeof(arg.args[2])
end
@test1 test1 (
(arg1, (:max=>10))
)
...ANSWER
Answered 2021-Nov-06 at 05:49This is because macros work on code before the code is compiled. Source code is first parsed to Symbol
s, literals (integers, floats, strings, etc), or Expr
(expressions). At this point, all expressions contain only these three things.** After the macro is done and returns an expression, that expression is compiled into runtime code where more complicated objects like Dict
s can exist.
The code below illustrates the difference before and after compiling. Note how 1+5
and Dict()
were expressions in the macro body, but is afterward evaluated to an Int64
and a Dict
.
QUESTION
I would like to convert a NamedTuple
to a Dict
in Julia. Say I have the following NamedTuple
:
ANSWER
Answered 2021-Oct-30 at 13:52The simplest way to get an iterator of keys and values for any key-value collection is pairs
:
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
Vulnerabilities
No vulnerabilities reported
Install KanjiDamageApp
You can use KanjiDamageApp like any standard Java library. Please include the the jar files in your classpath. You can also use any IDE and you can run and debug the KanjiDamageApp component as you would do with any other Java program. Best practice is to use a build tool that supports dependency management such as Maven or Gradle. For Maven installation, please refer maven.apache.org. For Gradle installation, please refer gradle.org .
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