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Anson Mount Verified account @ansonmount “This is Major Tom to Ground Control. I'm stepping through the door. And I'm floating in a most peculiar way. And the stars look very different today.”. Mounts are creatures or objects that act as vehicles that a player can use for transportation or dealing damage. When a mount-summoning item is used, it applies an unlimited buff to the player, spawns the mount, and places the player on or in it. Mount movement can be controlled using the player's usual movement keys. Like Pets and Minions, mounts can be used limitlessly, and their summoning.
The horns sound, the ravens gather. An empire is torn by civil war. Beyond its borders, new kingdoms rise. Gird on your sword, don your armour, summon your followers and ride forth to win glory on the battlefields of Calradia. Establish your hegemony and create a new world out of the ashes of the old. This disambiguation page lists articles associated with the title Mount. If an internal link led you here, you may wish to change the link to point directly to the intended article. The University of Mount Union, founded in 1846, is a four-year, private institution grounded in the liberal arts tradition. The University is located in Alliance, OH, 80 miles of both Cleveland and Pittsburgh.
Mount
or Mount of(mount) or Mont(mônt, môN)mount 1
(mount)v.tr.mount 2
(mount)n.mount
(maʊnt) vbmount
(maʊnt) nmount1
(maʊnt)v.t.
mount2
(maʊnt)n.
mount
Past participle: mounted
Gerund: mounting
Imperative |
---|
mount |
mount |
Present |
---|
I mount |
you mount |
he/she/it mounts |
we mount |
you mount |
they mount |
Preterite |
---|
I mounted |
you mounted |
he/she/it mounted |
we mounted |
you mounted |
they mounted |
Present Continuous |
---|
I am mounting |
you are mounting |
he/she/it is mounting |
we are mounting |
you are mounting |
they are mounting |
Present Perfect |
---|
I have mounted |
you have mounted |
he/she/it has mounted |
we have mounted |
you have mounted |
they have mounted |
Past Continuous |
---|
I was mounting |
you were mounting |
he/she/it was mounting |
we were mounting |
you were mounting |
they were mounting |
Past Perfect |
---|
I had mounted |
you had mounted |
he/she/it had mounted |
we had mounted |
you had mounted |
they had mounted |
Future |
---|
I will mount |
you will mount |
he/she/it will mount |
we will mount |
you will mount |
they will mount |
Future Perfect |
---|
I will have mounted |
you will have mounted |
he/she/it will have mounted |
we will have mounted |
you will have mounted |
they will have mounted |
Future Continuous |
---|
I will be mounting |
you will be mounting |
he/she/it will be mounting |
we will be mounting |
you will be mounting |
they will be mounting |
Present Perfect Continuous |
---|
I have been mounting |
you have been mounting |
he/she/it has been mounting |
we have been mounting |
you have been mounting |
they have been mounting |
Future Perfect Continuous |
---|
I will have been mounting |
you will have been mounting |
he/she/it will have been mounting |
we will have been mounting |
you will have been mounting |
they will have been mounting |
Past Perfect Continuous |
---|
I had been mounting |
you had been mounting |
he/she/it had been mounting |
we had been mounting |
you had been mounting |
they had been mounting |
Conditional |
---|
I would mount |
you would mount |
he/she/it would mount |
we would mount |
you would mount |
they would mount |
Past Conditional |
---|
I would have mounted |
you would have mounted |
he/she/it would have mounted |
we would have mounted |
you would have mounted |
they would have mounted |
Noun | 1. | mount - a lightweight horse kept for riding only riding horse, saddle horse Equus caballus, horse - solid-hoofed herbivorous quadruped domesticated since prehistoric times remount - a fresh horse especially (formerly) to replace one killed or injured in battle palfrey - especially a light saddle horse for a woman prancer - a mettlesome or fiery horse hack - a saddle horse used for transportation rather than sport etc. cow pony - a light saddle horse trained for herding cattle quarter horse - a small powerful horse originally bred for sprinting in quarter-mile races in Virginia Morgan - an American breed of small compact saddle horses Plantation walking horse, Tennessee walker, Tennessee walking horse, Walking horse - a horse marked by stamina and trained to move at a fast running walk American saddle horse - a high-stepping horse originating in Kentucky Appaloosa - a hardy breed of saddle horse developed in western North America and characteristically having a spotted rump Arab, Arabian - a spirited graceful and intelligent riding horse native to Arabia Lipizzan, Lippizan, Lippizaner - a compact and sturdy saddle horse that is bred and trained in Vienna; smart and docile and excellent for dressage; 'a Lippizan is black or brown when born but turns white by the time it is five years old' buckskin - horse of a light yellowish dun color with dark mane and tail crowbait, crow-bait - an emaciated horse likely soon to become carrion and so attractive to crows gray, grey - horse of a light gray or whitish color |
2. | mount - the act of climbing something; 'it was a difficult climb to the top' ascending, rise, ascent, ascension - the act of changing location in an upward direction clamber - an awkward climb; 'reaching the crest was a real clamber' mountain climbing, mountaineering - the activity of climbing a mountain rock climbing - the sport or pastime of scaling rock masses on mountain sides (especially with the help of ropes and special equipment) | |
3. | mount - a land mass that projects well above its surroundings; higher than a hill alp - any high mountain ben - a mountain or tall hill; 'they were climbing the ben' mountainside, versant - the side or slope of a mountain; 'conifer forests cover the eastern versant' natural elevation, elevation - a raised or elevated geological formation seamount - an underwater mountain rising above the ocean floor | |
4. | mount - a mounting consisting of a piece of metal (as in a ring or other jewelry) that holds a gem in place; 'the diamond was in a plain gold mount' pave - a setting with precious stones so closely set that no metal shows | |
5. | mount - something forming a back that is added for strengthening framework - a structure supporting or containing something layer, bed - single thickness of usually some homogeneous substance; 'slices of hard-boiled egg on a bed of spinach' strengthener, reinforcement - a device designed to provide additional strength; 'the cardboard backing was just a strengthener'; 'he used gummed reinforcements to hold the page in his notebook' | |
Verb | 1. | mount - attach to a support; 'They mounted the aerator on a floating' remount - mount again, as after disassembling something |
2. | mount - go up or advance; 'Sales were climbing after prices were lowered' jump - increase suddenly and significantly; 'Prices jumped overnight' increase - become bigger or greater in amount; 'The amount of work increased' gain, advance - rise in rate or price; 'The stock market gained 24 points today' | |
3. | mount - fix onto a backing, setting, or support; 'mount slides for macroscopic analysis' gear up, prepare, ready, set, fix, set up - make ready or suitable or equip in advance for a particular purpose or for some use, event, etc; 'Get the children ready for school!'; 'prepare for war'; 'I was fixing to leave town after I paid the hotel bill' | |
4. | mount - put up or launch; 'mount a campaign against pornography' initiate, pioneer - take the lead or initiative in; participate in the development of; 'This South African surgeon pioneered heart transplants' | |
5. | mount - get up on the back of; 'mount a horse' bestride, climb on, hop on, jump on, mount up, get on move - move so as to change position, perform a nontranslational motion; 'He moved his hand slightly to the right' | |
6. | mount - go upward with gradual or continuous progress; 'Did you ever climb up the hill behind your house?' climb, climb up, go up escalade - climb up and over; 'They had to escalade canyons to reach their destination' ramp - creep up -- used especially of plants; 'The roses ramped over the wall' mountaineer - climb mountains for pleasure as a sport go up, rise, move up, lift, arise, come up, uprise - move upward; 'The fog lifted'; 'The smoke arose from the forest fire'; 'The mist uprose from the meadows' ride - climb up on the body; 'Shorts that ride up'; 'This skirt keeps riding up my legs' | |
7. | mount - prepare and supply with the necessary equipment for execution or performance; 'mount a theater production'; 'mount an attack'; 'mount a play' rerun - rerun a performance of a play, for example machinate, devise, prepare, organise, organize, get up - arrange by systematic planning and united effort; 'machinate a plot'; 'organize a strike'; 'devise a plan to take over the director's office' | |
8. | mount - copulate with; 'The bull was riding the cow' mammal, mammalian - any warm-blooded vertebrate having the skin more or less covered with hair; young are born alive except for the small subclass of monotremes and nourished with milk copulate, mate, couple, pair - engage in sexual intercourse; 'Birds mate in the Spring' |
mount
verbincreasereduce, fall, contract, lower, decline, shrink, diminish, decrease, dwindle, lessen, wane
ascendgo down, descend, make your way down
get (up) onget off, jump off, dismount, climb off, climb down from, get down from
mount
verbmount
1[maʊnt]Nthe Sermon on the Mount → el Sermón de la Montaña
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the Mount of Olives → el Monte de los Olivos
Mount Sinai → el MonteSinaí
Mount Everest → el Everest
mount
2[maʊnt]A.Nthe vehicle mounted the pavement → el vehículo se subióa laacera
the blood mounted to his cheeks → la sangre (se) le subió a los carrillos
mount
[ˈmaʊnt]nMount Rushmore → le mont Rushmore
A man in a crash helmet was mounting a motorbike → Un hommecoiffé d'un casquemontait sur orenfourchait sa moto .
They're mounting a publicity campaign → Ils montentororganisent une campagnepublicitaire.
the car mounted the pavement → la voitureestmontée sur le trottoir
Tension is mounting → La tensionmonte.
evidence is mounting that . → il y ade plusen plus deraisons de penser que .
Letters had mounted up while we were on holiday → Les lettres s'étaient accumuléespendant que nous étions en vacances.
My savings are mounting up gradually → Mes économiesaugmententprogressivement.
mount
1nmount
2nmount
1[maʊnt]n (liter) → montem, montagnaMount Everest → il monteEverest
Mount of Olives (Rel) → il Monte degli Ulivi
mount
2[maʊnt]1.nmount
(maunt) verbMount
(maunt) nounmount
→ يَقُومُ بِ rozběhnout stigebesteigenανέρχομαιmontar noustamonter organiziratimontare のぼる 오르다organiserenbestigewspiąć sięorganizarпровести bestiga ขึ้น ม้า ไต่เขาtırmanmak tổ chức发起Want to thank TFD for its existence? Tell a friend about us, add a link to this page, or visit the webmaster's page for free fun content.
Link to this page:
I think that it's extraordinarily important that we in computer science keep fun in computing
Alan J. Perlis from Structure and Interpretation of Computer Programs
any questions or feedback: #mount
clojurians slack channel (or just open an issue)
Table of Contentsgenerated with DocToc
- Why?
- How
- Dependencies
- Swapping Alternate Implementations
- cljc mode
- Recompiling Namespaces with Running States
- Logging
- Mount and Develop!
Why?
Clojure is screen time for macos
- powerful
- simple
- and fun
Depending on how application state is managed during development, the above three superpowers can either stay,go somewhat, or go completely.
If Clojure REPL (i.e. lein repl
, boot repl
) fired up instantly, the need to reload application stateinside the REPL would go away. But at the moment, and for some time in the future, managing state by making itreloadable within the same REPL session is important to retain all the Clojure superpowers.
Here is a good breakdown on the Clojure REPLstartup time, and it is not because of JVM.
mount
is here to preserve all the Clojure superpowers while making the application state enjoyably reloadable.
There is another Clojure superpower that mount
is made to retain: Clojure community.Pull request away, let's solve this thing!
Differences from Component
mount
is an alternative to the component approach with notable differences.
How
Creating State
Creating state is easy:
Mount & Blade Key
where the create-conn
function creates a connection (for example to a database) and is defined elsewhere, can be right above it.
In case this state needs to be cleaned / destroyed between reloads, there is also :stop
That is pretty much it. But wait, there is more. this state is a top level being, which means it can be simplyrequired
by other namespaces or in REPL:
Using State
For example let's say an app
needs a connection above. No problem:
where above
is an arbitrary namespace that defines the above state / connection.
Documentation String
As in any definition (i.e. def
, defn
) a documentation string can be added to better describe a state:
Dependencies
If the whole app is one big application context (or system
), cross dependencies with a solid dependency graphis an integral part of the system.
But if a state is a simple top level being, these beings can coexist with each other and with othernamespaces by being required
instead.
If a managing state library requires a whole app buy-in, where everything is a bean or a component,it is a framework, and dependency graph is usually quite large and complex,since it has everything (every piece of the application) in it.
But if stateful things are kept lean and low level (i.e. I/O, queues, threads, connections, etc.), dependency graphs are simple and small, and everything else is just namespaces and functions: the way it should be.
Talking States
There are of course direct dependencies that mount
respects:
this config
, being top level, can be used in other namespaces, including the ones that create states:
here is an example of a web server that 'depends' on a similar config
.
(the example load-config
function above comes from cprop, but could of course be a custom function that loads configuration from a file)
Value of values
Lifecycle functions start/stop can take both functions and values. This is 'valuable' and also works:
While it would be useful in REPL and for testing, real application states would usually have start / stop logic, in other words, the real lifecycle.
Besides scalar values, lifecycle functions can take anonymous functions, partial functions, function references, etc. Here are some examples:
Sony vegas pro 13.0 serial key. Check out fun-with-values-test for more details.
The Importance of Being Reloadable
mount
has start and stop functions that will walk all the states created with defstate
and start / stop themaccordingly: i.e. will call their :start
and :stop
defined functions. Hence the whole application state can be reloaded in REPL e.g.:
While it is not always necessary, mount lifecycle can be easily hooked up to tools.namespace,to make the whole application reloadable with refreshing the app namespaces.Here is a dev.clj as an example, that sums up to:
the (reset)
is then used in REPL to restart / reload application state without the need to restart the REPL itself.
Start and Stop Order
Since dependencies are 'injected' by require
ing on the namespace level, mount
trusts the Clojure compiler tomaintain the start and stop order for all the defstates
.
The 'start' order is then recorded and replayed on each (reset)
.
The 'stop' order is simply (reverse 'start order')
:
You can see examples of start and stop flows in the example app.
Composing States
Besides calling (mount/start)
there are other useful ways to start an application:
While all of these are great by themselves, sometimes it is really handy to compose these super powers. For example to start an application with only certain states, swapping a couple of them for new values, while passing runtime arguments.
Composer's Toolbox
Each 'tool' has a single responsibility and can be composed with other tools in any combination and order.
only
will return only states that it is given + exist (seen by mount) in the applicationexcept
will return all the states that it is given except a given setswap
will take a map with keys as states and values as their substitute valuesswap-states
will take a map with keys as states and values with{:start fn :stop fn}
as their substitute stateswith-args
will take a map that could later be accessed by(mount/args)
All these functions take one or two arguments. If called with two arguments, the first one will be treated as the universe of states to work with. If called with one argument, it will work with all known to mount states.
None of these functions start or stop the application states, they merely serve as transformations from the initial set of states to the one that will later be passed to (mount/start)
.
Be Composing
All of the above is much easier to understand by looking at examples:
This would start off from 5 states, even though the whole application may have many more states available. It would then exclude two states (i.e. #'foo/c
and #'bar/d
), then it will pass runtime arguments {:a 42}
, and finally it will start the remaining three states: #'foo/a
, #'foo/b
, #'baz/e
.
You may notice that only
takes a set, while except
takes a vector in this example. This is done intentionally to demonstrate that both these functions can take any collection of states. set
would make more sense for most cases though.
Here is a more 'involved' example:
This will do the same thing as the previous example plus it would swap #'foo/a
with alternative :start
and :stop
functions and #'baz/e
with {:datomic {:uri 'datomic:mem://composable-mount'}}
value before starting the application.
Start and Stop Parts of Application
In REPL or during testing it is often very useful to work with / start / stop only a part of an application, i.e. 'only these two states'.
mount
's lifecycle functions, i.e. start/stop, can optionally take states as vars (i.e. prefixed with their namespaces):
which will only start/stop config
and conn
(won't start/stop any other states).
Here is an example test that uses only two namespaces checking that the third one is not started.
Start an Application Without Certain States
Whether it is in REPL or during testing, it is often useful to start an application without certain states. These can be queue listeners that are not needed at REPL time, or a subset of an application to test.
The start-without
function can do just that:
which will start an application without starting feed-listener
and nrepl
states.
Here is an example test that excludes Datomic connection and nREPL from an application on start.
Swapping Alternate Implementations
During testing it is often very useful to mock/stub certain states. For example running a test against an in memory database vs. the real one, running with a publisher that publishes to a test core.async channel vs. the real remote queue, etc.
Swapping States with Values
The start-with
function takes values as substitutes.
Say we have a send-sms
state:
When running tests it would be great not to send the real text messages, but rather send them all to a local core.async channel instead:
start-with
takes a map of states with their substitutes. For example #'app.sms/send-sms
here is the real deal SMS sender that is being substituted with a send-sms
test function.
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Swapping States with States
The start-with-states
function takes values in a form of {:start fn :stop fn}
as substitutes:
start-with-states
takes a map of states with their substitutes. For example #'app.nyse/db
here is the real deal (remote) DB that is beingsubstituted with #(connect test-config)
function, which could endup being anything, a map, an in memory DB, etc.
The :stop
functions of substitutes can be anything, and could refer to the original state references. As in the example above: db
and publisher
are real references. They would need to be accessible from the namespace of course, so you might need to (:require [app.neo :refer [db]])
in order to use db
in :stop #(disconnect db)
example above.
--
One thing to note is whenever
is run after start-with
/start-with-states
, it rolls back to an original 'state of states', i.e. #'app.neo/db
is #'app.neo/db
again. So subsequent calls to (mount/start)
or even to (mount/start-with {something else})
will start from a clean slate.
Here is an example test that starts an app with mocking Datomic connection and nREPL.
Stop an Application Except Certain States
Calling (mount/stop)
will stop all the application states. In case everything needs to be stopped besides certain ones, it can be done with (mount/stop-except)
.
Here is an example of restarting the application without bringing down #'app.www/nyse-app
:
Notice that the nyse-app
is not started the second time (hence no more accidental java.net.BindException: Address already in use
). It is already up and running.
Recompiling Namespaces with Running States
Mount will detect when a namespace with states (i.e. with (defstate .)
) was reloaded/recompiled,and will check every state in this namespace whether it was running at the point of recompilation. If it was, it will restart it:
- if a state has a
:stop
function, mount will invoke it on the old version of state (i.e. cleanup) - it will call a 'new'
:start
function after this state is recompiled/redefined
Mount won't keep it a secret, it'll tell you about all the states that had to be restarted during namespace reload/recompilation:
same is true for recompiling and reloading (figwheel, boot-reload, etc.) namespaces in ClojureScript:
Providing a :stop
function is optional, but in case a state needs to be cleaned between restarts or on a system shutdown,:stop
is highly recommended.
:on-reload
By default a state will be restarted on its redefinition or a namespace recompilation. However it is not always a desired behavior. Sometimes it's ok to have stale references during REPL sessions / development, other times all that is needed is not a 'restart', but just a 'stop'.
This behavior could be controlled with an optional :on-reload
meta attribute when defining a state.
In case nothing needs to be done to a running state on reload / recompile / redef, set :on-reload
to :noop
:
When a running state needs to be just 'stopped' on reload, set :on-reload
to :stop
:
Again, by default, if no :on-reload
meta is added, internally it would be set to :restart
, in which case a running state will be restarted on a redef / a namespace reload.
Note that ^{:on-reload :noop}
will disable stopping or starting the state on namespace recompilation but it will still obey (mount/start)
/ (mount/stop)
calls. This means that if any of the namespaces with (mount/start)
/ (mount/stop)
calls are reloaded or these calls are explicitely executed (i.e. somewhere in the dev
namespace or in an :after
clause), the state's start/stop functions will still be called.
Cleaning up Deleted States
Mount will detect when a state was renamed/deleted from a namespace, and will do two things:
- if a state had a
:stop
function, mount will invoke it on the old version of state (i.e. cleanup) - will remove any knowledge of this state internally
Here is an example:
'deleting' it from REPL, and starting all the states:
Mount detected that #'dev/won't-be-here-long
was deleted, hence:
cljc
mode
By default mount states are kept under var references. While it works for Clojure, it falls short in the land of ClojureScript since, especially during an :advanced
compilation, var names get compressed + ClojureScript does not support reified vars.
To support both Clojure and ClojureScript mount has a cljc
mode which is well documented in here, and can be enabled by (mount/in-cljc-mode)
.
Disable Lazy Start
When in cljc
mode, mount states that are not started by (mount/start a b c)
, or that are not transitive states: i.e. not :require
d at the time (mount/start)
is called, will start lazily whenever they are dereferenced:
This can be quite handy as it allows certain app states to start lazily.
However there are cases when it is best to fail in case a certain state is deref'ed while it was not yet started. This is possible by marking such states with ^{:on-lazy-start :throw}
metadata:
Packaging
Since mount
relies on the Clojure/Script Compiler to learn about all the application states, before mount/start
is called all the namespaces that have defstate
s need to be compiled.
At the development time this requirement is mostly transparent, since these namespaces are compiled with nREPL, or refreshed with 'tools.namespace', etc. /stellar-ost-to-pst-serial-key.html. But it becomes important when packaging an application or when starting a web application via lein-ring's or boot-http's :init
hooks.
Depending on a structure and a kind of an application, this means that these namespaces need to be :required
prior to a call to mount/start
when packaging the app as a stand alone JAR or a WAR.
This can be easily done with choosing an application entry point, which could be a web handler namespace with routes or just an arbitrary app namespace (i.e. my.app
). In this app entry point namespace all other namespaces that have defstate
would be :require
d and a call to the mount/start
function would be defined:
this would ensure that at the time (rock-n-roll)
is called, all the namespaces with states were compiled (i.e. mount knows about them). (rock-n-roll)
can be used in/as a -main function or as a web hook such as :init
.
In practice only a few namespaces need to be :require
d, since others will be brought in transitively (i.e. by already required namespaces). From the my.app
example above, say we had namespaces d
, e
and f
that are required by a
, and g
and h
that are required by b
. They (d
, e
, f
, g
and h
) won't need to be required by my.app
, since a
and b
would 'bring' them in.
Affected States
Every time a lifecycle function (start/stop) is called mount will return all the states that were affected:
An interesting bit here is a vector vs. a set: all the states are returned in the order they were affected.
Logging
All the mount examples have >> starting.
/ << stopping.
logging messages, but when I develop an application with mount I don't see them.
Valid question. It was a conscious choice not to depend on any particular logging library, since there are few to select from, and this decision is best left to the developer who may choose to use mount.
Since mount is a library it should not bring any dependencies unless its functionality directly depends on them.
But I still these logging statements in the examples.
mount-up
One way to do that would be using 'mount-up' that 'watches mount's ups and downs':
Manual AOP
Another, a more manual way, would be to do it via an excellent robert hooke. Example applications live in test
, so does the utility that adds logging to all the mount's lifecycle functions on start in dev.clj.
Exception Handling
One way to handle exceptions on start/stop would be to simply wrap start/stop functions in try/catch
.
Another way would be to use a custom mount-up wrapper.
Clojure Version
Since mount supports both Clojure and ClojureScript, it relies on Reader Conditionals that were introduced in Clojure 1.7
. mount's code is not precompiled (i.e. AOT) and distributed in .cljc
sources, hence it currently requires Clojure 1.7
and above.
Mount and Develop!
Besides a a collection of sample mount applications, mount sources come with two sample apps:
- Clojure app
- ClojureScript app
You can clone mount, jump into a REPL and start playing with these built in apps.
Below is an example of the Clojure app that comes with mount.
The app has 4 states:
config
, loaded from the files and refreshed on each(reset)
datomic connection
that uses the config to create itselfnyse web app
which is a web server with compojure routes (i.e. the actual app)nrepl
that uses config to bind to host/port
Running New York Stock Exchange
To try it out, clone mount
, get to REPL (boot repl
or lein repl
) and switch to (dev)
:
start/restart/reset everything using (reset)
:
everything is started and can be played with:
since there is also a web server running, we can add orders with HTTP POST (from a different terminal window):
once something is changed in the code, or you just need to reload everything, do (reset)
.
note: a simple (mount/stop)
/ (mount/start)
will also work, (reset)
is for 'convenience + ns refresh':
notice that it stopped and started again.
In app.db
connection :stop
calls a disconnect
function where a database is deleted. Hence after (reset)
was called the app was brought its starting point: database was created by the:start
that calls a new-connection
function, and db schema is created by nyse.app
.
But again no orders:
hence the app is in its 'clean' state, and ready to rock and roll as right after the REPL started:
New York Stock Exchange Maintenance
Say we want to leave the exchange functioning, but would like to make sure that no one can hit it from the web. Easy, just stop the web server:
everything but the web server works as before:
once we found who DDoS
ed us on :4242
, and punished them, we can restart the web server:
Mount And Blade Warband 1.168 Serial Key 2017
Web and Uberjar
There is an uberjar
branch with an example webapp and it's uberjar sibling. Before trying it:
The documentation is here.
Runtime Arguments
There is an with-args
branch with an example app that takes command line params
The documentation is here.
Mount & Blade Serial Generator
License
Mount And Blade With Fire And Sword 1.143 Serial Key 2017
Copyright © 2017 tolitius
Mount & Blade Keygen
Distributed under the Eclipse Public License either version 1.0 or (atyour option) any later version.