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|
Boost Statechart 库
Performance 性能
|
- Speed
versus scalability tradeoffs 速度与扩展性的折衷
- Memory
management customization 内存管理定制化
- RTTI
customization RTTI定制化
- Resource usage 资源使用
Quite a bit of effort has gone into making the library fast
for small simple machines and scaleable at the same
time (this applies only to state_machine<>
,
there still is some room for optimizing fifo_scheduler<>
,
especially for multi-threaded builds). While I believe it should
perform reasonably in most applications, the scalability does not come
for free. Small, carefully handcrafted state machines will thus easily
outperform equivalent Boost.Statechart machines. To get a picture of
how big the gap is, I implemented a simple benchmark in the BitMachine
example. The Handcrafted example is a handcrafted variant of the
1-bit-BitMachine implementing the same benchmark.
我们已投入了相当多的努力，以使得本库对于小的简单状态机更快速，同时也具有可扩展性(这些努力只用于 state_machine<>
，
对于 fifo_scheduler<>
的优化还有很多空间，尤其是多线程的构建)。而我认为要在大多数应用中合理执行的话，可扩展性并不是免费的。因此，小的、精心地手工构造的状态机很容易胜
过用 Boost.Statechart 构造的同样的状态机。为了全面了解它们之间到底有多大差距，我在 BitMachine
例子中实现了一个简单的基准测试。而 Handcrafted 例子则是一个实现相同基准测试的 1-bit-BitMachine 的手工变体。
I tried to create a fair but somewhat unrealistic worst-case
scenario:
我试图创建一个公平的，但有点不切实际的最坏情
况：
- For both machines exactly one object of the only event is
allocated before starting the test. This same object is then sent to
the machines over and over
对于这两个状态机，在开始测试前都只分配了一个唯一事件的对象。这一对象被反复传送到状态机
- The Handcrafted machine employs GOF-visitor double
dispatch. The states are preallocated so that event dispatch &
transition amounts to nothing more than two virtual calls and one
pointer assignment
Handcrafted 状态机采用 GOF-visitor
双重分派。状态都是预分配的，以使得事件的分派和转换不会多于两次虚拟调用和一次指针赋值
The Benchmarks - running on a 3.2GHz Intel Pentium 4 -
produced the following dispatch and transition times per event:
基准测试 - 运行在一个 3.2GHz Intel Pentium 4 平台上 - 得到的每个事件的分派和转换时间如下：
- Handcrafted:
- MSVC7.1: 10ns
- GCC3.4.2: 20ns
- Intel9.0: 20ns
- 1-bit-BitMachine with customized memory management:
1-bit-BitMachine
带定制的内存管理：
- MSVC7.1: 150ns
- GCC3.4.2: 320ns
- Intel9.0: 170ns
Although this is a big difference I still think it will not be
noticeable in most real-world applications. No matter whether
an application uses handcrafted or Boost.Statechart machines it will...
虽然有很大差距，但是我仍然认为在真实的应用中是不会感觉到的。无论应用程序使用手工的或是 Boost.Statechart 的状态机，它都会...
- almost never run into a situation where a state machine is
swamped with as many events as in the benchmarks. A state machine will
almost always spend a good deal of time waiting for events (which
typically come from a human operator, from machinery or from electronic
devices over often comparatively slow I/O channels). Parsers are just
about the only application of FSMs where this is not the case. However,
parser FSMs are usually not directly specified on the state machine
level but on a higher one that is better suited for the task. Examples
of such higher levels are: Boost.Regex, Boost.Spirit, XML Schemas, etc.
Moreover, the nature of parsers allows for a number of optimizations
that are not possible in a general-purpose FSM
framework.
几乎从未遇到这样的情形：一个状态机象这个基准测试一样要处理这么多的事件。状态机几乎总是花费大量的时间在等待事件(事件通常来自
于操作员，或具有相对缓慢的I/O通道的机械或电子设备)。解析器可能是唯一一个不是这种情况的FSM应用。不过，解析器FSM通常不会直接在状态机这个
层次上实现，而是在更高的层次上实现更为适合。这些更高层次的例子有：Boost.Regex, Boost.Spirit, XML
Schemas, 等等。此外，解析器本身就允许一些优化，而这对于通用的FSM框架是不可能的。
Bottom line: While it is possible to implement a parser with this
library, it is almost never advisable to do so because other approaches
lead to better performing and more expressive
code
底线：虽然有可能用这个库来实现一个解析器，但是它几乎从未适合于这样做，因为其它的方法有更好的性能和更有表现力的代码
- often run state machines in their own threads. This adds
considerable locking and thread-switching overhead. Performance tests
with the PingPong example, where two asynchronous state machines
exchange events, gave the following times to process one event and
perform the resulting in-state reaction (using the library with
boost::fast_pool_allocator<>
):
通常状态机都是在它们自己的线程中运行。这样增加了相当大量的锁和线程切换开销。在 PingPong
例子的性能测试中，两个异步状态机交换事件，得出以下处理一个事件并执行状态内反应(使用带 boost::fast_pool_allocator<>
的库)的时间：
- Single-threaded (no locking and waiting): 840ns / 840ns
单
线程(没有锁和等待): 840ns / 840ns
- Multi-threaded with one thread (the scheduler uses
mutex locking but never has to wait for events): 6500ns / 4800ns
带一个线程的多线
程(调度器使用互斥体锁但无需等待事件): 6500ns / 4800ns
- Multi-threaded with two threads (both schedulers use
mutex locking and exactly one always waits for an event): 14000ns /
7000ns
带两个线程的多线程(调度器均使用互斥体锁且有一个总是在等待事件): 14000ns /
7000ns
As mentioned above, there definitely is some room to
improve the timings for the asynchronous machines. Moreover, these are
very crude benchmarks, designed to show the overhead of locking and
thread context switching. The overhead in a real-world application will
typically be smaller and other operating systems can certainly do
better in this area. However, I strongly believe that on most platforms
the threading overhead is usually larger than the time that
Boost.Statechart spends for event dispatch and transition. Handcrafted
machines will inevitably have the same overhead, making raw
single-threaded dispatch and transition speed much less important
如上所述，这个
异步状态机的运行时间肯定还有一定的改善空间。此外，这些都是非常粗糙的基准测试，目的是为了显示锁定和线程上下文切换的开销。在现实应用中的开销应该更
小一些，而且其他操作系统当然也可以在这方面做得更好。然而，我坚决认为，在大多数平台上，线程开销通常大于 Boost.Statechart
在事件分派和转换上的开销。手工制作的状态机必然同样会有这些开销，使得原始的单线程调度和转换的速度更为重要
- almost always allocate events with
new
and destroy them after consumption. This will add a few cycles, even if
event memory management is customized
几乎总是用
来分配事件，并在消耗掉以后销毁它们。这会增加几个CPU周期，即使事件的内存管理是定制的
- often use state machines that employ orthogonal states and
other advanced features. This forces the handcrafted machines to use a
more adequate and more time-consuming
book-keeping
人们通常使用状态机的正交状态和其它高级特性。这些会强制手工构造的状态机使用更为恰当也更为耗时的簿记
Therefore, in real-world applications event dispatch and
transition not normally constitutes a bottleneck and the relative gap
between handcrafted and Boost.Statechart machines also becomes much
smaller than in the worst-case
scenario.
因此，在真实应用中，事件调度和转换通常不会构成瓶颈，手工构造物与 Boost.Statechart
之间的相对差距也会比最坏情形下的差距小得多
Detailed performance data 具体的性能数据
In an effort to identify the main performance bottleneck, the
example program "Performance" has been written. It measures the time
that is spent to process one event in different BitMachine variants. In
contrast to the BitMachine example, which uses only transitions,
Performance uses a varying number of in-state reactions together with
transitions. The only difference between in-state-reactions and
transitions is that the former neither enter nor exit any states. Apart
from that, the same amount of code needs to be run to dispatch an event
and execute the resulting action.
BitMachine为了找到主要的性能瓶颈，我们写了一个程序"Performance"。它测量在不同的 BitMachine
中处理一个事件所花费的时间。和 例子中只使用了转换相比，Performance
使用了转换以及许多不同的状态内反应。状态内反应与转换之间的唯一区别在于，前者无需进入和退出任何状态。此外，分派一个事件和执行相应的动作所需的代码
量是相同的。
The following diagrams show the average time the library
spends to process one event, depending on the percentage of in-state
reactions employed. 0% means that all triggered reactions are
transitions. 100% means that all triggered reactions are in-state
reactions. I draw the following conclusions from these measurements:
以下图表显示的是本库在处理一个事件中花费的平均时间，其依赖于状态机反应使用率。0%表示所有触发的反应都是转换。100%则表示所有触发的反应都是状
态机反应。我从这些测量结果中得到以下结论：
- The fairly linear course of the curves suggests that the
measurements with a 100% in-state reaction ratio are accurate and not
merely a product of optimizations in the compiler. Such optimizations
might have been possible due to the fact that in the 100% case it is
known at compile-time that the current state will never
change
性能曲线非常接近于直线，这表示对100%状态内反应比例的测量结果是正确的，而不仅仅是编译器优化的结果。这种优化很可能是由于以下事实，
即在100%比例的情况下，在编译期就可以知道当前状态永远不会改变
- The data points with 100% in-state reaction ratio and speed
optimized RTTI show that modern compilers seem to inline the
complex-looking dispatch code so aggressively that dispatch is reduced
to little more than it actually is, one virtual function call followed
by a linear search for a suitable reaction. For instance, in the case
of the 1-bit Bitmachine, Intel9.0 seems to produce dispatch code that
is equally efficient like the two virtual function calls in the
Handcrafted
machine
100%状态内反应比例与速度优化RTTI的数据点显示，现代的编译器似乎内联了看起来有点复杂的分派代码，所以说，分派被减少至略多于它
的实际情况，即一个虚拟函数调用加一个对合适反应的线性查找。例如，在 1-bit Bitmachine 的情况下，Intel9.0
产生的分派代码似乎相当于在
Handcrafted 中的两次虚拟函数调用的效果
- On all compilers and in all variants the time spent in
event dispatch is dwarfed by the time spent to exit the current state
and enter the target state. It is worth noting that BitMachine is a
flat and non-orthogonal state machine, representing a close-to-worst
case. Real-world machines will often exit and enter multiple states
during a transition, what further dwarfs pure dispatch time. This makes
the implementation of constant-time dispatch (as requested by a few
people during formal review) an undertaking with little merit. Instead,
the future optimization effort will concentrate on state-entry and
state-exit
在所有编译器和所有不同情况下，花费在事件分派上的时间与花费在退出当前状态并进入目标状态的时间相比，是微不足道的。值得注意的
是，BitMachine
是一个平面而没有正交区域的状态机，接近于最坏的情况。真实世界的状态机往往会在转换中退出和进入多个状态，这使得分派的时间更加微不足道。这样，常量分
派时间(应少数人的请求，正在官方审核中)的承诺没有什么好处。相反，今后的优化努力将集中在状态的进入和退出方面
- Intel9.0 seems to have problems to optimize/inline code as
soon as the amount of code grows over a certain threshold. Unlike with
the other two compilers, I needed to compile the tests for the 1, 2, 3
and 4-bit BitMachine into separate executables to get good performance.
Even then was the performance overly bad for the 4-bit BitMachine. It
was much worse when I compiled all 4 tests into the same executable.
This surely looks like a bug in the compiler
Intel9.0
似乎在代码数量超过某个阈值时，优化/内联代码就会有问题。和其实两个编译器不同，我需要为 1, 2, 3 和 4-bit BitMachine
分别编译可执行代码，以获得好的性能。即使这样，4-bit BitMachine
的性能还是太差了。如果我将所有4个测试编译进同一个可执行代码，情况就更糟了。这看起来肯定是编译器的一个bug
Out of the box 缺省配置
The library is used as is, without any
optimizations/modifications.
使用缺省配置的库，不带任何优化/修改。
Native RTTI 原生RTTI
The library is used with BOOST_STATECHART_USE_NATIVE_RTTI
defined.
使用带 BOOST_STATECHART_USE_NATIVE_RTTI
定义的库。
Customized memory-management 定制内存管理
The library is used with customized memory management (boost::fast_pool_allocator
).
使用带定制的内存管理(boost::fast_pool_allocator
) 的库。
At the heart of every state machine lies an implementation of
double dispatch. This is due to the fact that the incoming event and
the active state define exactly which reaction the
state machine will produce. For each event dispatch, one virtual call
is followed by a linear search for the appropriate reaction, using one
RTTI comparison per reaction. The following alternatives were
considered but rejected:
在每个状态机的核心都有一个双重分派的实现。这是因为以下事实，输入的事件和活
动状态一起精确地定义了状态机要产生的 反应。
对于每一个事件分派，将有一次虚拟函数调用加一个对合适反应的线性查找，每个反应使用一个RTTI比较。以下替代方法曾经被考虑但否决：
- Acyclic
visitor: This double-dispatch variant satisfies all
scalability requirements but performs badly due to costly inheritance
tree cross-casts. Moreover, a state must store one v-pointer for each
reaction what slows down construction and makes memory management
customization inefficient. In addition, C++ RTTI must inevitably be
turned on, with negative effects on executable size. Boost.Statechart
originally employed acyclic visitor and was about 4 times slower than
it is now (MSVC7.1 on Intel Pentium M). The dispatch speed might be
better on other platforms but the other negative effects will remain
无
环访问者：这种双重分派满足所有可扩展性的要求，但由于昂贵的继承树交叉转型而难于执行。而且，每个状态必须为每个反应保存一个v-指针，这减慢了状态的构
造，也使得内存管理不能定制。另外，必须打开 C++ RTTI，这对可执行代码的大小产生负面影响。Boost.Statechart
原先使用了无环访问者，要比现在慢4倍(MSVC7.1 on Intel Pentium
M)。分派的速度可能在其它平台上会好一些，但其它负面影响同样存在
- GOF
Visitor: The GOF Visitor pattern inevitably makes the whole
machine depend upon all events. That is, whenever a new event is added
there is no way around recompiling the whole state machine. This is
contrary to the scalability requirements
GOF
访问者：GOF
访问者模式必然使得整个状态机依赖于所有事件。即，无论何时增加一个新的事件，都无法避免重编译整个状态机。这与可扩展性的要求是相反的
- Single two-dimensional array of function pointers: To
satisfy requirement 6, it should be possible to spread a single state
machine over several translation units. This however means that the
dispatch table must be filled at runtime and the different translation
units must somehow make themselves "known", so that their part of the
state machine can be added to the table. There simply is no way to do
this automatically and portably. The only portable
way that a state machine distributed over several translation units
could employ table-based double dispatch relies on the user. The
programmer(s) would somehow have to manually tie
together the various pieces of the state machine. Not only does this
scale badly but is also quite
error-prone
单个函数指针两维数组：为满足要求6，可能需要将单个状态机分解到多个编译单元。但是这意味着分派表必须在运行期填写，不同的编译
单元必须有办法让他们自己"被知道"，以便它们的那部分状态机可以被填写到表格中。显然没有办法可以自动且可移植地完成这一工作。唯一可以移植的方法
是依赖于用户。程序员必须手工将
状态机的各个部分拼接起来。这样做不仅可扩展性差，而且极易出错
Out of the box, everything (event objects, state objects,
internal data, etc.) is allocated through std::allocator<
void >
(the default for the Allocator template
parameter). This should be satisfactory for applications meeting the
following prerequisites:
缺省情况下，所有东西(事件对象、状态对象、内部数据等等)都是通过 std::allocator<
void >
(Allocator
模板参数的缺省值)来分配的。这对于符合以下条件的应用来说是可以满足的：
- There are no deterministic reaction time (hard real-time)
requirements
对反应时间没有确定的(严格的实时性)要求
- The application will never run long enough for heap
fragmentation to become a problem. This is of course an issue for all
long running programs not only the ones employing this library.
However, it should be noted that fragmentation problems could show up
earlier than with traditional FSM
frameworks
应用程序不会运行很长的时间，以致于堆的碎片成为问题。当然，这是所有需要长时间运行的程序的共同问题，而不仅仅是使用了本库的。不
过要注意，与传统的FSM框架相比，碎片问题会更早地呈现
Should an application not meet these prerequisites,
Boost.Statechart's memory management can be customized as follows:
如果一个应用程序不符合以上条件，那么 Boost.Statechart 的内存管理可以按以下方法进行定制：
- By passing a model of the standard Allocator concept to the
class templates that support a corresponding parameter (
event<>
,
state_machine<>
, asynchronous_state_machine<>
,
fifo_scheduler<>
, fifo_worker<>
).
This redirects all allocations to the passed custom allocator and
should satisfy the needs of just about any project
通过传递一个符合标准分配器概念的类型给支持相
应参数的模板(event<>
, state_machine<>
,
asynchronous_state_machine<>
,
fifo_scheduler<>
, fifo_worker<>
)。
这样可以将所有分配操作重定向到传入的定制分配器，以满足任意项目的需要
- Additionally, it is possible to separately
customize state memory management by overloading
operator
new()
and operator delete()
for
all state classes but this is probably only useful under rare
circumstances
另外，还可以单独对状态的内存管理进行定制，重载用于所有状态类
的 operator
new()
和 operator delete()
，但这只在极少数
情况下有用
RTTI is used for event dispatch and state_downcast<>()
.
Currently, there are exactly two options:
RTTI用于事件的分派和 state_downcast<>()
。
目前有两种选择：
- By default, a speed-optimized internal implementation is
employed缺省，使用一个速度优化的内部实现
- The library can be instructed to use native C++ RTTI
instead by defining
BOOST_STATECHART_USE_NATIVE_RTTI
本
库可以定义 BOOST_STATECHART_USE_NATIVE_RTTI
改为指定使用原生的 C++ RTTI
There are 2 reasons to favor 2:
对于选择2有2个原因：
Memory 内存
On a 32-bit box, one empty active state typically needs less
than 50 bytes of memory. Even very complex machines
will usually have less than 20 simultaneously active states so just
about every machine should run with less than one kilobyte of memory
(not counting event queues). Obviously, the per-machine memory
footprint is offset by whatever state-local members the user adds.
在32位环境下，一个空的活动状态典型需要小于50个字节的内存。即使是非
常复杂的状态机，通常都低于20个同时活动的状态，所以每个状态机运行时只需要不到1K字节的内存(不算事件队列)。显然，每
个状态机的内存占用要加上用户增加的状态局部成员。
Processor cycles 处理器周期
The following ranking should give a rough picture of what
feature will consume how many cycles:
以下排名可以粗略地了解到哪些特性要消耗多少周期：
state_cast<>()
: By
far the most cycle-consuming feature. Searches linearly for a suitable
state, using one dynamic_cast
per visited
state
state_cast<>()
:
目前消耗最多周期的特性。线性查找一个合适的状态，对每个被访问的状态使用一次 dynamic_cast
- State entry and exit: Profiling of the fully optimized
1-bit-BitMachine suggested that roughly 3 quarters of the total event
processing time is spent destructing the exited state and constructing
the entered state. Obviously, transitions where the innermost
common context is "far" from the leaf states and/or with lots
of orthogonal states can easily cause the destruction and construction
of quite a few states leading to significant amounts of time spent for
a transition
状态进入和退出：对全优化的
1-bit-BitMachine 的性能测试表明，总的事件处理时间中大约3/4花费在析构被退出的状态和构造被进入的状态。显然，对于 最内层公共上下文
"远"离叶子状态的，和/或带有大量正交状态的转换，很容易会引起相当多状态的析构和构造，这将导致一次转换花费大量的时间
state_downcast<>()
:
Searches linearly for the requested state, using one virtual call and
one RTTI comparison per visited state
state_downcast<>()
:
线性查找被请求的状态，对每个被访问的状态使用一次虚拟调用和一次 RTTI 比较
- Deep history: For all innermost states inside a state
passing either
has_deep_history
or has_full_history
to its state base class, a binary search through the (usually small)
history map must be performed on each exit. History slot allocation is
performed exactly once, at first exit
深历史：对一个其状态基类带有 has_deep_history
或 has_full_history
的状态，在每次退出时，要对其内部的所有最内层状态通过(通常是小的)历史图执行二分查找。在第一次退出时，执行一次历史插槽分配
- Shallow history: For all direct inner states of a state
passing either
has_shallow_history
or has_full_history
to its state base class, a binary search through the (usually small)
history map must be performed on each exit. History slot allocation is
performed exactly once, at first exit
浅历史：对于一个其状态基类带有 has_shallow_history
或 has_full_history
的状态，在每次退出时，要对其所有直接内层状态通过(通常
是小的)历史图执行二分查找。在第一次退出时，执行一次历史插槽分配
- Event dispatch: One virtual call followed by a linear
search for a suitable reaction,
using one RTTI comparison per visited reaction
事件分派：一次虚拟调用，加一次对适合的 反应
线性查找，对每个被访问的反应使用一次 RTTI 比较
- Orthogonal states: One additional virtual call for each
exited state if there is more than one active leaf
state before a transition. It should also be noted that the worst-case
event dispatch time is multiplied in the presence of orthogonal states.
For example, if two orthogonal leaf states are added to a given state
configuration, the worst-case time is tripled
正交状态：如果在一次转换之
前有一个以上的活动叶子状
态，则每个被退出状态要额外增加一次虚拟调用。还要注意，最坏情况下事件分派的时间要倍乘以正交状态的数量。例如，如果两个正交叶子状态被增加到一个给定
的状态配置，最坏情况下，消耗时间为3倍
Revised
03 December, 2006
Copyright © 2003-2006
Andreas Huber Dönni
Distributed under the Boost Software License, Version
1.0. (See accompanying file LICENSE_1_0.txt
or copy at http://www.boost.org/LICENSE_1_0.txt)


" Tweened
Touch
Parallax
Scrolling"
Next
CHROME EXPERIMENT
which just means:
Next
still has bugs in
IE
Firefox
Safari
Next
- responsive
- touch enabled
- mousewheel enabled
Next
tweened to create smooth animated effect
Next
made with:
- CSS3
- HTML5
- jQuery
Next
For the html5 push states to work
modify .htaccess
Next
Averages 58 fps!
CSS3 3D transforms will optimize further
Next
works in
- Chrome
- Opera
- Android Stock
Next
richer crossbrowser compatibility
Next
& no-js fallback
& keyboard navigation
coming soon...
Next
but it solves the unsupported {no position:fixed;} in iOS5
Next
and the unsupported !{position:fixed;} in MSIE6
Next
Firefox has discontinued touch support though :(
Next
Windows phone has never has any :(
Next
the end :D
TEST IT OUT?
TOP


Data Feed: IdSourceMaster
Category: MasterFeed
| Field | Vision Property | Type | Description |
|---|---|---|---|
| --- Required Fields --- | |||
| entityId | code | String | id of new or existing IdSource instance |
| --- Suggested Fields --- | |||
| name | name | String | descriptive name |
| xrefName | xrefName | String | name of XRef (if different from code) |
| xrefProperty | xrefProperty | String | name of property (if different from code) |
| primaryFlag | primaryFlag | Boolean | track source at Named as well |
| retainOldFlag | retainOldFlag | Boolean | keep old values in cross reference |
| --- Other Fields --- | |||
| numericCode | numericCode | Number | numeric code |
| shortName | shortName | String | short name |
| sortCode | sortCode | String | sort code |
The following tab-delimited feed could be used to create IdSource instances
and refresh basic information:
Related Feeds:
Sample Upload:
Interface ExternalFeedManager upload: "IdSourceMaster" using:
"Id Name primaryFlag xrefName xrefProperty retainOldFlag
CUSIP Cusip Yes Cusip cusip Yes
SEDOL Sedol Yes Sedol sedol Yes
TICKERUS US Ticker Yes TickerUS ticker No
RIC Reuters No Ric ricCode No
ISIN Isin Yes Isin isin No
Valor Valor No Valor valor No
" ;
| Copyright © 1998 Innovative Systems Techniques, Inc. | Updated December 23, 1998 |


Plugin Information |
|---|
View Gallio on the plugin site for more information. |
This plugin makes it possible to publish Gallio/MbUnit test results.
Gallio/Mbunit reports are imported from each build into Jenkins so they are displayed with a trend graph and details about which tests that failed.
Change Log
Version 1.8
* Fix JENKINS-11599 - The error message is not reported when running MsTest with Gallio
Version 1.7
* Upgrade to xUnit 1.90
Version 1.6
* Upgraded to xUnit 1.23
* Merge pull request - add standard output
Version 1.5
- Upgrade to xUnit 1.17
- Built for Jenkins 1.410
- Changed packaging procedure
Version 1.4.1
- Upgraded to xUnit 1.16.1 for fixing the usage on a slave mode
Version 1.4
- Upgraded to latest xUnit API 1.16
Version 1.3 (January 24, 2011)
- Fixed JENKINS-8207 - Gallio/MbUnit 3.2.603 generated report is not being correctly parsed by the Gallio plugin.
Version 1.2 (January 23, 2011)
- Updated to xUnit 1.13 and its new new public API
Version 1.1 (September 08, 2010)
- Updated to xUnit 1.8
Version 1.0 (July 14, 2010)
- Updated to the new xUnit plugin architecture.
Gallio Hudson plugin uses xUnit 1.6
Version 0.70 (Feb 21, 2010)
- Currenlty, the Gallio plugin extends the xUnit Hudson plugin
Version 0.60 (Jan 31, 2010)
- Update code for more recent Hudson
Version 0.52 (Apr 18, 2009)
- First version (don't ask me why this version number )


Use this menu option to restore the active window to its size and position before either Maximize or Minimize was selected.
Shortcuts


Add Homework
| Message | When ? | ||
|---|---|---|---|
| No reminders! Get started by adding a reminder. |
| Name | Size | ||
|---|---|---|---|
| No attachments! Get started by adding dropping an attachment above. |
Welcome to Helium!
Start By Adding Classes ...
Normally you'll land here on the calendar page, but there is nothing to see here until you have some classes added. Just click the "Start Adding Classes" button below to get off the ground with Helium.
... Then Add Your Schedule
Once your classes are in order, come back to this page by clicking the "Calendar" button at the top of the page. Then you'll be able to add assignments, projects, concerts, naps, and whatever else you need to block out time for in your schedule.
If you need more tips to get started, or if you ever get hung up on something, check out our support page.
Ready? Go!


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Automation Test Execution Summary
Tester Name
: Author
Environment
: Platform
Suite Name
: TestPack
Thanks & Regards, Automation Team


--- layout: post title: "Who's Funding MOOCs in 2016?" date: 2016-12-07 07:35:00 +0000 tags: image: https://s3.amazonaws.com/hackedu/2016-12-07-pigeon.jpg imagecredits: https://www.flickr.com/photos/burczybas/15075290359 ---
This article helps provide funding data for part 4 of my annual review of the year in ed-tech
The following partnerships were announced this year:
Edinburgh University joined edX.
Ural Federal University joined edX.
The University of Newcastle joined edX.
Imperial College London joined edX.
Teach for America joined edX.
Babson College joined edX.
edX partnered with Kiron and its university partners to offer college credit online for Syrian refugees.
The University System of Maryland joined edX.
Institut Mines-Télécom joined edX.
Georgia Tech joined edX as a charter member.
The KTH Royal Institute of Technology joined edX.
ITMO University joined edX.
The University of Oxford joined edX. So with Harvard and MIT and now Oxford on board, I guess MOOCs are finally official now.
Utrecht University partnered with Coursera.
(These partnerships often, but not always, involve some financial relationship between the MOOC provider and educational organization.)
According to a filing, £14,475,000 went to FutureLearn this year.
Neither Coursera nor Udacity raised venture funding this year. The former has raised $146 million. The latter has raised $160 million.
Udemy, which also to associated itself with the 2012 MOOC hype, did raise funding this year. It’s now raised $173 million, a figure that's notably higher than Coursera and Udacity's investment totals.
The MOOC acronym appeared in press releases much more frequently in past years. This year, just a handful of startups who raised venture funding claimed they were MOOCs. More generally, these are the "online education" companies with investment this year:


Health Coaching
DHS Group
Your Upcoming Appointments
Health Coaching
Health Coaching
Nutrition Consult
Health Coaching
Your Past Appointments
Health Coaching
Health Coaching
Your Upcoming Appointments
Health Coaching
April 15 - 3pm EST
Health Coaching
May 1 - 1pm EST
Nutrition Consult
May 3 - 3pm EST
Health Coaching
May 15 - 3pm EST
Your Past Appointments
Health Coaching
April 1 - 3pm EST
Health Coaching
March 15 - 1pm EST


Crime
Arrest made following €50,000 drug seizure in Louth
Discovery made following Garda search
by Donard McCabeA man has been arrested following the discovery by gardaí of €50,000 worth of drugs in Louth last night.
As reported by LMFM news this afternoon, cannabis and cocaine were both discovered during a search in the Rathmullen area of Drogheda.
LMFM say a 35-year-old man has been arrested following the seizure of €50,000, which comprised of €40,000 worth of cannabis and cocaine with an estimated value of €10,000.
A garda investigation is underway.


Preparation time
30 mins to 1 hour
Cooking time
less than 10 mins
Serves
Serves 4
This simple, elegant and decadent starter will wow your friends and family - it’s a restaurant-quality recipe at home.
For the asparagus, ham and eggs, prepare a bowl of iced water.
Bring a wide pan of salted water to the boil and add the vinegar. Reduce the heat until the water is just simmering. Crack one duck egg into a small bowl. Stir the water with the end of a wooden spoon to create a whirlpool, then carefully pour the duck egg into the vortex and simmer for 3-4 minutes, or until cooked to your liking.
Remove the egg from the water using a slotted spoon and carefully lower into the iced water.
Poach the remaining duck eggs in the same way. Set aside the pan used to poach the eggs and the poaching water.
For the hollandaise sauce, melt the butter in a saucepan, then remove from the heat and set aside to cool completely.
In a separate saucepan, heat the vinegar, shallot and peppercorns until just boiling, then reduce the heat until the mixture is simmering. Continue to simmer until the volume of liquid has reduced by half (about 2 minutes).
Whisk the egg yolks with a pinch of salt in a bowl using an electric whisk. With the whisk running, slowly add the melted butter – drop by drop at first – until it has all been incorporated into the egg yolks.
Strain the vinegar mixture through a fine sieve into the egg mixture, whisking until combined. (Discard the shallot and peppercorns.) Season the sauce, to taste, with salt and freshly ground black pepper, then cover and keep warm in a bowl suspended over a pan of hot water.
Working quickly, return the pan of water used to poach the eggs to the heat and bring to the boil. Add the asparagus spears and boil for 3-4 minutes, or until the stems are just tender when pierced with the tip of a knife. Remove from the pan using a slotted spoon and set aside to drain on kitchen paper.
Return the poached eggs to the poaching water and re-heat for 20-30 seconds, then remove from the pan using a slotted spoon and set aside to drain on kitchen paper.
To serve, divide the asparagus spears equally among four serving plates. Top each portion with a poached duck egg and a few slivers of ham. Spoon over the warm hollandaise sauce. Sprinkle everything with salt and freshly ground black pepper, then serve.


href
, routerLink
and you want to write your own logic for redirection then you can use onSelect
Property.
{{codeSnippet}}The below code snippet will give you an idea of how you can use this in the Angular Component class.
{{codeSnippetUsage}}


What are your initial impressions of this page?
Additional Comments
What do you think this page is all about?
What do you think would happen if you clicked this button?
Pretend you just clicked the button, is this what you'd expect to see?
Free text
Drag me around


--- layout: post title: Essays date: '2010-01-12 10:22:19 -0700' mt_id: 1414 blog_id: 1 post_id: 1414 basename: essays ---


Chip Collection
Something to show.
TEE-HW: Trusted Execution Environment (TEE) Hardware System
Guide on how to make (and boot to Linux) the TEE-HW system with various security features.
Keystone: Trusted Execution Environment (TEE) Software Framework
Guide on how to make a Linux root filesystem with TEE for RISC-V.
SiFive Freedom on VC707
Guide on how to make (and boot to Linux) the Rocket-chip computer system, tested on VC707.
VexRiscv: A 32-bit RISC-V Microcontroller
Guide on how to make a simple 32-bit RISC-V MCU.
Image Processing
Small projects related to image processing.
Signal Processing
Small projects related to signal processing.
Other
Other small projects.


Because this is all in XAML, anything can me used in a physics simulation. This demo shows common Silverlight controls used in a physics simulation.


You have left people to die: SC slams authorities over Delhi pollution
A bench of Justices Arun Mishra and Deepak Gupta took serious note of crop burning in Punjab, Haryana and Western Uttar Pradesh and said it cannot go unabated every year
by Press Trust of IndiaThe Supreme Court Monday slammed authorities for failing to curb pollution in Delhi-NCR and said they have left people to die.
A bench of Justices Arun Mishra and Deepak Gupta took serious note of crop burning in Punjab, Haryana and Western Uttar Pradesh and said it cannot go unabated every year.
"Can we survive in this atmosphere? This is not the way we can survive," the bench said.
"Delhi is choking every year and we are not able to do anything. Question is that every year this is happening," the bench said, adding, "It cannot be done in a civilised country".
The bench was told by senior advocate Aparajita Singh, who is assisting the apex court as an amicus curiae in the air pollution matter, that as per the Centre's affidavit crop burning has gone up by 7 per cent in Punjab and is down by 17 per cent in Haryana.
The bench called the pollution in Delhi-NCR as atrocious and said no one is safe even inside homes.


index
|
Previous results
|
Next results
Project: npn13g2_VBIC_Q118
Results fT, fmax, RF Current Gain, Unilateral Gain
Transit Frequency fT(IC), VCE = const.
Transit Frequency fT(IC) - linear IC scale, VCE = const.
Maximum Oscillation Frequency fmax(IC), VCE = const.
RF Current Gain Mag(h21)(f)
Unilateral Gain Mag(GU)(f)
fT/fmax (IC), VCB = const.


| crashrpt | |
| A crash reporting system for Windows applications |
Error Report Dialog
The What does this report contain? link opens the details dialog.
Pressing the Export... button results in exporting the error report as a ZIP archive. This may be useful if you want to save a local copy of the error report.
Error Report Details Dialog
The error report refers to a collection of files intended to help the developer diagnose the cause of the crash.
The error report contains crash minidump file (crashdump.dmp), which has operating system version, processor type, CPU registers state and local variables and stack trace for each execution thread. The minidump in most cases can be used on developer's side to determine the reason of the crash and try to fix the problem.
In addition, CrashRpt generates an XML crash description file. The file contains various information that might be useful for crash analysis.
Custom files, for example, application log files and desktop screen shots, can be included into crash report via the API functions provided by CrashRpt.
Once the user is satisfied, he/she may close the details dialog and click the 'Send report' button on the main dialog. If the user doesn't want to send the report, the user clicks the 'Close the program' button.
There is the status log area below the progress bar. It contains the details of report sending process. You can copy some selected lines or the whole log to the clipboard. To do this, select several lines of the log, right-click the selection and choose an item in the context menu. The log may be useful when troubleshooting some error report sending problem.
Sending Error Report Dialog
You can ask CrashRpt to send all queued reports in turn. On application start up, CrashRpt checks if it is time to remind user about error reports ready for delivery, shows notification balloon and offers user to deliver them. CrashRpt shows notification if at least one week elapsed since the last notification.
Sending Recent Error Reports
What do I do to save a local copy of an error report to my disk?
Since v.1.2.2, you can use the 'Export...' button on the Error Report Details dialog to save a local copy of the error report.
I would like to force the user to enter a description of what happened just before the crash. What do I do?
The user has an ability to enter the description of the problem in the Error Report dialog by clicking the link "Provide additional information (recommended)". However, the practice shows that most users do not enter anything meaningful into this field.


Weather Dashboard
Search for a City:
Search
Today's Weather
City:
Temperature:
Humidity:
Wind Speed:
UV-Index:
Five-Day Forecast


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@*
* Copyright 2023 HM Revenue & Customs
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*@
@import uk.gov.hmrc.cataloguefrontend.ViewMessages
@import uk.gov.hmrc.cataloguefrontend.model.Environment
@import uk.gov.hmrc.cataloguefrontend.shuttering.{ShutterStatusValue, ShutterWizardController, ShutterState, ShutterType}
@import helper._
@this(viewMessages: ViewMessages)
@( shutterType: ShutterType
, env : Environment
, step1Out : ShutterWizardController.Step1Out
, serviceLinks : Map[String, Option[String]]
)(implicit
request : RequestHeader
)
@standard_layout(s"Shutter ${shutterType.asString.capitalize}") {
Shutter @{shutterType.asString.capitalize}: Confirmation
This may take a few minutes to be applied.
@if(serviceLinks.exists(_._2.isDefined)) {Above links will not work until shuttering has been applied.
} } else {This may take a few minutes to be applied.
}Return to shuttering overview


Created by Muhamad Zainal Arifin
A website-based online learning platform application that provides a variety of materials that can be easily accessed by anyone, anytime
var app = new Vue({
el: '#app',
data: {
message: '---------'
}
})
- https://github.com/Zainal21
- https://github.com/Zainal21/Web-Programming-class-presentation-slide-RevealJS


Menu Title
WranglerGrey Printed Slim Fit Round Neck T-Shirt
CelioKhaki Printed Round Neck T-Shirt
CelioOff White Printed Round Neck T-Shirt
Levi'sNavy Blue Printed Round Neck T-Shirt


To read it, use a magnifying glass or zoom in with a digital camera.
(Use the "macro" mode if it has one and hold it a few inches from the screen)
The text can only be seen on standard LCD (flat-panel) monitors.
Wikipedia explains why.
What's "millitext"? Millitext is (what I believe) the smallest possible representation of readable text on a computer monitor. It produces characters that are a couple of millimeters in size (hence the "milli") and are nearly invisible to the naked eye. Some examples are here.
How exactly does it work? Each pixel in an LCD monitor is made of three colored strips, red, green, and blue. The strips (called subpixels) are small enough that the eye blurs them together, combining the colors into a single dot. A pixel can appear to have one of millions of colors by using different brightness values for the red, green, and blue subpixels. Using the right color values, one can exploit this property and treat each subpixel as its own unit, packing three columns of dots into one pixel. More information about this is here.
How do I read such tiny text? If you have really good vision, and get close enough to your monitor, you may be able to see the separate subpixels and read the text. If you don't have a magnifying glass, point a digital camera at your screen. To get it to focus properly, set it to "macro" mode, and hold the camera a few inches from the screen. Use digital zoom if possible. The thick white border around the text will help the camera focus on the subpixel grid. If you have a Canon camera (like me), the Digital Macro mode works very well.
I don't see text, or I see backwards garbage. Millitext is only readable on standard LCD (flat-panel) monitors. CRT monitors don't use a regular grid of pixels, and some LCD monitors order the subpixels a different way. Wikipedia explains why in more detail.
Did you invent this? What algorithm is used to make the text? Subpixel rendering has been around for years (most operating systems use it for smoothing text), and I'm sure I'm not the first one to encode text/images directly into subpixels. I was just thinking about it randomly, and decided to do some experiments to see if it was possible. No special algorithm is used to create the text. You can make your own with any paint program.


Functions to implement model selection and multimodel inference based on Akaike's information criterion (AIC) and the second-order AIC (AICc), as well as their quasi-likelihood counterparts (QAIC, QAICc) from various model object classes. The package implements classic model averaging for a given parameter of interest or predicted values, as well as a shrinkage version of model averaging parameter estimates or effect sizes. The package includes diagnostics and goodness-of-fit statistics for certain model types including those of 'unmarkedFit' classes estimating demographic parameters after accounting for imperfect detection probabilities. Some functions also allow the creation of model selection tables for Bayesian models of the 'bugs' and 'rjags' classes. Functions also implement model selection using BIC. Objects following model selection and multimodel inference can be formatted to LaTeX using 'xtable' methods included in the package.
| Version: |
2.1-1 |
| Depends: |
R (≥ 3.0.0) |
| Imports: |
methods, stats, graphics, lattice, MASS, Matrix, nlme, stats4, survival, unmarked, VGAM, xtable |
| Suggests: |
betareg, coxme, fitdistrplus, lavaan, lme4, maxlike, nnet, ordinal, pscl, R2jags, R2OpenBUGS, R2WinBUGS |
| Published: |
2017-06-19 |
| Author: |
Marc J. Mazerolle. |
| Maintainer: |
Marc J. Mazerolle <marc.mazerolle at sbf.ulaval.ca> |
| License: |
GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: |
no |
| Citation: |
AICcmodavg citation info |
| Materials: |
NEWS |
| CRAN checks: |
AICcmodavg results |


Skupper connectivity
Skupper represents a new approach to connecting services across multiple Kubernetes clusters. See how Skupper can give you the flexibility to deploy your services where you need them.
One cluster
Kubernetes services provide a virtual network address for each element of your distributed application. Service "A" can contact service "B", "B" can contact "C", and so on.
 You have to either expose your services to the public internet or set up a VPN.
Skupper offers a third way. It connects clusters to a secure layer 7 network. It uses that network to forward local service traffic to remote clusters.
Secure hybrid cloud communication
Deploy your application across public and private clusters.
You can host your database on a private cluster and retain full connectivity with services running on the public cloud. All communication is secured by mutual TLS authentication and encryption.
Edge-to-edge connectivity
Distribute application services across geographic regions.
You can connect multiple retail sites to a central office. Once connected, each edge location can contact any other edge. You can add and remove sites on demand.


Liverpool confirm injury blow as key figure ruled out until 2020
by Ron CarneLiverpool have suffered a huge injury blow as Fabinho has been ruled out until 2020 after suffering an ankle injury against Napoli in midweek.
The 26-year-old has been a pivotal figure for Jurgen Klopp’s side so far this season, making 19 appearances across all competitions and firmly establishing himself as key presence in the heart of the midfield.
SEE MORE: Manchester United and Liverpool given opportunity to seal £100m transfer as early as January
That in turn has helped the Merseyside giants open up an eight-point lead at the top of the Premier League table after 13 games, while they’ll hope to secure their place in the Champions League knockout stage next month.
However, they’ll have to do so without Fabinho, as the club have confirmed in an official statement that the Brazilian international has been ruled out until the New Year after suffering ankle ligament damage.
Naturally, Liverpool will hope that he can return ahead of schedule, but it looks as though he will certainly miss a crucial period in the season as the Reds have an incredibly busy December.
Klopp’s men play eight games next month across all competitions, and so the German tactician would have been desperate to have as close to a fully-fit squad at his disposal as possible to ensure that he has enough quality depth to cope.
While he still has talented individuals ready to step into his midfield from the bench perhaps with a little reshuffle needed, it’s still a blow to lose Fabinho given he has been an almost ever-present in the line-up since the start of the season.
He’ll hope that his teammates can cope with his absence until the end of the year, but it will certainly now be interesting to see how the Reds react to adversity as it could be a real statement of their intent to win major trophies this season if they can maintain their form regardless of whether or not they lose key individuals to injury.


decision_tree package¶
Submodules¶
decision_tree.CART module¶
The CART module implements the Classification and Regression Tree algorithm for decision trees to create a model using data provided, performing training/testing and providing the score.
-
decision_tree.CART.
run_cart
(X_train, X_test, y_train, y_test, output_folder)¶ Run the Classification and Regression Tree algorithm.
Parameters: - X_train (dataframe) – training examples
- X_test (dataframe) – test examples
- y_train (dataframe) – target training examples
- y_test (dataframe) – target test examples
- output_folder – location of the output / results
decision_tree.DT_Utils module¶
The DT_Utils module provides helper functions for Decision Tree algorithms implementation, model creation and analysis.
-
decision_tree.DT_Utils.
load_dt_model
(pickle_model)¶ Retrieve model using Pickle binary format.
Parameters: pickle_model (string) – location of Pickle model Returns: Pickle model for re-use Return type: object
-
decision_tree.DT_Utils.
plot_dt
(model_name, y_actual, y_test, output_folder)¶ Plot decision tree, y (training) vs y (test/actual).
Parameters: - model_name (string) – title for the model used on the output filename
- y_actual (dataframe) – target results
- y_test (dataframe) – test targets
- output_folder (string) – location of the output / results
-
decision_tree.DT_Utils.
save_dt_model
(model_name, model, folder)¶ Save model using Pickle binary format.
Parameters: - model (dataframe) – model reference
- model_name (string) – title for the model used on the output filename
- folder (string) – location of model output
-
decision_tree.DT_Utils.
score_dt
(model_name, model, X, y, y_actual, output_folder)¶ Score a decision tree model.
Parameters: - model_name (string) – title for the model used on the output filename
- model (dataframe) – model reference
- X (dataframe) – examples
- y (dataframe) – targets
- y_actual (dataframe) – target results
- output_folder (string) – location of the output / results
decision_tree.GBR module¶
The GBR module implements the Gradient Boosting Regression ensemble for decision trees.
-
decision_tree.GBR.
run_gbr
(X_train, X_test, y_train, y_test, output_folder)¶ Run the Gradient Boosting Regression ensemble algorithm.
Parameters: - X_train (string) – training examples
- X_test (string) – test examples
- y_train (dataframe) – target training examples
- y_test (dataframe) – target test examples
- output_folder – location of the output / results


Golden girl eyes Australian prize
by Adam BurnsGore's Jenny Mitchell continues to blaze the trail and now her deeds are being recognised across the Ditch.
The 20-year-old singer-songwriter has been nominated for an esteemed country music award at next year's Golden Guitar Awards in Australia - a first for a New Zealand artist.
Her 2018 album Wildfires was nominated in the Alt Country Album of the Year category of the awards, which are part of the annual Tamworth Country Music Festival in New South Wales.
Mitchell said it was a significant date on the Australian country music calendar, drawing about 13,000 spectators.
''There'll be more people in the audience than there are people living in Gore.
''I'm really lucky to be a part of it.''
It was the latest accomplishment following a string of country music accolades in recent times.
She learned of the nomination earlier this week when out delivering Christmas cookies in Gore.
''I stopped in my cookie mobile and listened to the live stream and saw my name pop up which was really exciting.''
She had been juggling performances, awards and touring with English and media degree studies at Otago University.
Earlier this year, she beat stiff competition from Jamie McDell and Tami Neilson to win the best country music artist of the year Tui at the New Zealand Country Music Awards.
''The Tui blew my mind - I've grown up watching Tami win Tuis in Gore, and Jamie is a really good friend of mine.
''It's a really great time to be part of the industry.''
This year, she embarked on her first national tour, playing numerous venues between Invercargill and Tauranga.
In 2017, she won the New Zealand Gold Guitar Awards.
The Tamworth Country Music Festival is to be held on January 17-26.


A Hello World example: Firstly, we add a very simple LoveScalaJsApp
app in the demo.webapp
package.
Create the file src/main/scala/demo/webapp/LoveScalaJsApp.scala
:
package demo.webapp
import scala.scalajs.js.JSApp
object LoveScalaJsApp extends JSApp {
def main(): Unit = {
println("Hello world!")
}
}
To run this, simply launch sbt
and invoke the run
task:
$ sbt
> run
[info] Compiling 1 Scala source to (...)/scala-2.11/classes...
[info] Running tutorial.webapp.TutorialApp
Hello world!
[success] Total time: 28 s, completed May 18, 2015 9:22:46 PM
So your code has actually been executed by the Rhino JavaScript interpreter which is cool because it runs out of the box, without having to install anything. But it is terribly slow. In general, you do not want to use it for your day-to-day development.
Node.js is a much more performant JavaScript engine. To run your code with Node.js, you need to install it, and set FastOptStage
in your build.sbt
:
scalaJSStage in Global := FastOptStage


--- layout: page title: Tutorials permalink: /tutorials/ ---
{{ tutorial.date | date: "%b %-d, %Y" }}


The first annual R/Pharma conference will be held Tuesday, August 7th and Wednesday, August 8th at Harvard University, Cambridge, Massachusetts, USA.
R/Pharma is an ISC working group (https://www.r-consortium.org/projects/isc- working-groups) under the R Consortium. The conference is envisioned as a relatively small, scientifically & industry oriented, collegial event focused on the use of R in the development of pharmaceuticals. The conference will cover topics including reproducible research, regulatory compliance and validation, safety monitoring, clinical trials, drug discovery, research & development, PK/PD/pharmacometrics, genomics, diagnostics, immunogenicity and more. All will be discussed within the context of using R as a primary tool within the drug development process. The conference will showcase the current use of R that is helping to drive biomedical research, drug discovery & development, and clinical initiatives. (Note that topics related to the use of R in hospitals/clinics for patient care by clinicians, doctors, and researchers will likely be the focus of the upcoming R/Medicine conference.)
The call for papers will be announced soon in Q1 2018.
The conference will be a single track conference consisting of keynotes from renowned industry practitioners to key R developers to leading academics, pre-conference workshops and full-length presentations as well as a number of shorter, highly-energetic lightning talks.
Organizing Committee:


I’m sorry. Please accept my humblest apologies.

But hope, like all it dictates dies,
the sooner gone, the closer to our nature,
permission then to walk away, to die alone,
to leave our doppelgangers in our dust,
to turn away and rise above this vaguely proffered earth,
which something perfect bore,
where childish lies of immortality then grew.
A temple bell
praises dying sun,
cool breeze,
birds,
clouds,
barefoot boy on roof’s edge,
tugging a current against his kite,
persistent balance,
has just to approach the wind,
a will of its own,
where birds are.
Which is better — cake or cookies?
Would you rather swim in the sea or an indoor pool?
How do you like your cheese — soft or firm?
Do you take your coffee black, with milk or cream?
How do you rate your lovers — brains or beauty?
Where would you rather be — in bed or the beach?
What is the better way — love or duty?

How to murder a tyrant — blow torch or poison?
Who do you ask for help — God or the bank?
Where do you go for love — Heaven or Hell?
How would you rather die — in rage or despair?
What is your favorite drug — love or pain?
How did you lose your faith — in love or defeat?
How might you gain it back — in victory or love?
Who do you know the best — enemy or friend?
How would you cast your legacy — in thought or love?
When do you know the point — at birth or death?
How can you find your way — by heart or mind?
His echo,
stone gray and flanked
by trees fastened to the ground,
cemented in their small brown squares,
wild roots below,
hidden,
an undiscovered text.
He waits.
Her answer, plaintive,
soft and foreign,
not the one he hoped,
the jeweled clarion,
others,
but not the one,
the lyric withered,
music weakened,
went.
Here, here, he sings.
Here, here. Here, here. Here, here.”
Then her distant,
Come, come. Come, come.
Yes, yes, yes.
Her increase,
nearer,
their ancient chorus:
Here, here.
Here, here.
Here, here.
Yes, yes, yes.
Two rivers rushing,
confluent,
Here, here.
Here, here.
Here, here.
Yes, yes, yes.
Come away
.


 And became a cowboy.
on the internet.
Made for 2017


Please wait...
We are a community of tipsters created by futaa super tips to analysis tips and predictions from tipsters all over the globe in order to produce low risk/high win odds.
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Total Body Rehab is a small physical therapy practice located on Southeast Maynard Road in Cary, North Carolina. Physical Therapists Mary Beth Klemm has 34 years of experience.
All patients receive 1 hour of one-on-one, hands-on care with the Therapist, no assistants,no techs. We take a holistic approach, encompassing the ”whole” patient and treating the body in its entirety.
Our focus is evaluating and treating all the forces that may be a factor in the current presentation of symptoms and pain. We offer individualized attention and continuity of care throughout the course of your treatment.
Total Body Rehab actively coordinates patient plan of care and progress with its referring professionals, and it files all insurance claims.
Our goal is to enhance the health, fitness, and overall quality of life of our patients, and to provide the highest value through personalized, solution-based treatment during one-hour appointments with highly experienced therapists.
Learn More >>
“Mary Beth is one of the few physical therapists that is just as remarkable treating chronic pain as she is providing rehabilitation after surgery. After separate surgeries on my back and my knee, she was able to help me regain my strength and mobility back to normal. Her natural instincts, experience, and ability to narrow down the real source of a problem make her one of the best physical therapists you will find.” —Darlene H.
We have a passion to serve patients in a small, personalized, un-hurried environment with therapists who provide comprehensive treatment of the total body.
Read MoreAt Total Body Rehab, our expertise enables us to treat a wide variety of patient problems including, but not limited to:
Read MoreMary Beth brings nearly 34 years of experience to Total Body Rehab. Learn about her experience and education.


Have Fun while Styling !
Here is a text
with a link
Let's do it!
We have more
Links
here;
Is this a(
link
?).
We have a list
Please
,
Click Me!
Can you ? let's count
111
222
Another Link
333
red
green
blue
Colors Link
That's Enough !


fasta-hamming-enrich [options] -w <word> -p <positives> -n <negatives>
Compute the Hamming distance from <word> to each FASTA sequence in the positive and negative files. Apply Fisher's Exact test to each distance. <word> may contain ambiguous characters.
A word to determine enrichment.
Positive and negative sequences in FASTA format.
Writes a MEME motif file to standard output.
| Option | Parameter | Description | Default Behavior |
|---|---|---|---|
| Required | |||
| -w | word | The word to determine enrichment. | Required input. |
| -p | FASTA file | The positive sequences in FASTA format. | Required input. |
| -n | FASTA file | The negative sequences in FASTA format. | Required input. |
| General | |||
| -a | Alphabet file | Specify the alphabet definition. Sequences will be verified to be in the given alphabet. | The standard DNA alphabet is assumed. |
| -r | Refine the consensus by using a branching search (distance 1 steps; beam size = 1). |


PSALMS 147
1 Praise Yahweh!
It is good to sing praises to our God.
It is a delightful thing to do and the right thing to do.
2 Jerusalem was destroyed, but Yahweh is enabling us to build Jerusalem again.
He is bringing back the people who were taken to other lands.
3 He enables those who were very discouraged to be encouraged again;
it is as though they have wounds and he bandages them.
4 He has determined how many stars there will be
and gives names to all of them.
5 Yahweh is great and very powerful,
and no one can measure how much he understands.
6 Yahweh lifts up those who have been oppressed,
and he throws the wicked down to the ground.
7 Thank Yahweh while you are singing to him to praise him;
on the harps, play music to our God.
8 He covers the sky with clouds,
and then he sends rain to the earth
and causes grass to grow on the hills.
9 He gives to animals the food that they need;
he gives food to young crows when they cry out because they are hungry.
10 He is not impressed with strong horses
or with men who can run fast.
11 Instead, what pleases him are those who have an awesome respect for him,
those who confidently expect him to continue to love them as he promised to do.
12 You people of Jerusalem, praise Yahweh!
Praise your God!
13 He guards your city by keeping its gates strong.
He blesses the people who live there.
14 He causes your people to become wealthy.
He gives you plenty of very good wheat to eat.
15 He commands things to happen throughout the earth;
his words quickly reach the place to which he sends them.
16 He sends snow to cover the ground like a white wool blanket,
and he scatters frost on the ground as wind scatters ashes.
17 He sends hail down like pebbles;
when that happens, it is very difficult to endure because the air becomes very cold.
18 But he commands the wind to blow, and it blows.
Then the hail melts and the water flows into the streams.
19 He sends his message to the descendants of Jacob;
he tells to his Israelite people the things that he has decreed and what he has decided.
20 He has not done that for any other nation;
the other nations do not know his laws.
Praise Yahweh!


|
| static double | chooseAtomOMP2D (double[][] dictY, double[][] dictX, double[][] residule, int numAtomsY, int numAtomsX) throws IncompatibleDimensionsException |
| |
| static double[] | calcResiduleOMP (double[] signal, double[] orthogonal) throws IncompatibleDimensionsException |
| |
| static void | orthogonalizeOMP (double[][] orthogonalDict, double[] vector) throws IncompatibleDimensionsException |
| |
| static void | calcBiorthogonal (double[][] biorthogonal, double[] newAtom, double[] orthogonalAtom, double normAtom) throws IncompatibleDimensionsException |
| |
| static double | mean (double[] vector) |
| |
| static void | reorthogonalize (double[][] orthogonalDict, int row, int repetitions) throws IncompatibleDimensionsException |
| |
| static void | calcIndexYandX () |
| |
| static int | min (int a, int b) |
| |
| static void OMP2D.PursuitFunctions.calcBiorthogonal |
( |
double |
biorthogonal[][], |
|
|
double[] |
newAtom, |
|
|
double[] |
orthogonalAtom, |
|
|
double |
normAtom |
|
) |
| throws IncompatibleDimensionsException |
|
static |
- Parameters
-
| biorthogonal | |
| newAtom | |
| orthogonalAtom | |
| normAtom | |
- Exceptions
-
| IncompatibleDimensionsException | |
| static void OMP2D.PursuitFunctions.calcIndexYandX |
( |
| ) |
|
|
static |
Seems to return the index of the atom
QUESTION This function should really be accepting matrices. Maybe create calcResiduleOMP2D? Yes
- Parameters
-
- Returns
- Exceptions
-
| IncompatibleDimensionsException | |
| static double OMP2D.PursuitFunctions.chooseAtomOMP2D |
( |
double |
dictY[][], |
|
|
double |
dictX[][], |
|
|
double |
residule[][], |
|
|
int |
numAtomsY, |
|
|
int |
numAtomsX |
|
) |
| throws IncompatibleDimensionsException |
|
static |
Selects an Atom from a given dictionary
- Parameters
-
| dictY | |
| dictX | |
| residule | |
| numAtomsY | |
| numAtomsX | |
- Returns
- An Atom QUESTION not sure what's being returned, there seems to be multi values. If so this function should exist in omp2d returns the index of the atom not the atom itself, x and y
- Exceptions
-
| IncompatibleDimensionsException | |
| static double OMP2D.PursuitFunctions.mean |
( |
double[] |
vector | ) |
|
|
static |
Finds of mean of all values in a vector. TODO should exist in MatrixOperations
- Parameters
-
- Returns
- The mean value
| static int OMP2D.PursuitFunctions.min |
( |
int |
a, |
|
|
int |
b |
|
) |
| |
|
static |
Finds the smallest of two values. TODO move to MatrixOperations
- Parameters
-
- Returns
- The smaller value
- Parameters
-
- Exceptions
-
| IncompatibleDimensionsException | |
- Parameters
-
| orthogonalDict | |
| row | |
| repetitions | |
- Exceptions
-
| IncompatibleDimensionsException | |
The documentation for this class was generated from the following file:


Sunday, December 2, 2018
Water
Water is a transparent, tasteless, odorless, and nearly colorless chemical substance, which is the main constituent of Earth's streams, lakes, and oceans, and the fluids of most living organisms. It is vital for all known forms of life, even though it provides no calories or organic nutrients. Its chemical formula is H2O, meaning that each of its molecules contains one oxygen and two hydrogen atoms connected by covalent bonds. Water is the name of the liquid state of H2O at standard ambient temperature and pressure.
Water covers 71% of the Earth's surface; the oceans contain 96.5% of the Earth's water. The Antarctic ice sheet, which contains 61% of all fresh water on Earth, is visible at the bottom. Condensed atmospheric water can be seen as clouds, contributing to the Earth's albedo.


Access Ranorex Selocity in the Chrome DevTools to automatically
generate robust and reliable CSS, Link Text, XPath, and
RxPath selectors.
Windows/Linux: F12
Mac: Command + Option + I
Need help? Get started!


| checkFileExists {checkmate} | R Documentation |
Check existence and access rights of files
checkFileExists(x, access = "", extension = NULL) check_file_exists(x, access = "", extension = NULL) assertFileExists( x, access = "", extension = NULL, .var.name = vname(x), add = NULL ) assert_file_exists( x, access = "", extension = NULL, .var.name = vname(x), add = NULL ) testFileExists(x, access = "", extension = NULL) test_file_exists(x, access = "", extension = NULL) expect_file_exists( x, access = "", extension = NULL, info = NULL, label = vname(x) ) checkFile(x, access = "", extension = NULL) assertFile(x, access = "", extension = NULL, .var.name = vname(x), add = NULL) assert_file(x, access = "", extension = NULL, .var.name = vname(x), add = NULL) testFile(x, access = "", extension = NULL) expect_file(x, access = "", extension = NULL, info = NULL, label = vname(x))
x |
[any] |
access |
[ |
extension |
[ |
.var.name |
[ |
add |
[ |
info |
[character(1)] |
label |
[ |
Depending on the function prefix:
If the check is successful, the functions
assertFileExists
/assert_file_exists
return
x
invisibly, whereas
checkFileExists
/check_file_exists
and
testFileExists
/test_file_exists
return
TRUE
.
If the check is not successful,
assertFileExists
/assert_file_exists
throws an error message,
testFileExists
/test_file_exists
returns FALSE
,
and checkFileExists
returns a string with the error message.
The function expect_file_exists
always returns an
expectation
.
The functions without the suffix “exists” are deprecated and will be removed
from the package in a future version due to name clashes.
test_file
has been unexported already.
Other filesystem:
checkAccess()
,
checkDirectoryExists()
,
checkPathForOutput()
# Check if R's COPYING file is readable testFileExists(file.path(R.home(), "COPYING"), access = "r") # Check if R's COPYING file is readable and writable testFileExists(file.path(R.home(), "COPYING"), access = "rw")


Question Type: {{question.type}}
Question Required? {{question.required}}
Question Low Value: {{question.lowValue}}
Question High Value: {{question.highValue}}


Having hands on experience in creating innovative designs,I do offer design solutions which harness
Copyright © 2016.Company name All rights reserved.More Templates 模板之家 - Collect from 网页模板


Proposed changes to tenancy rights are trickle down
by Manawatu Tenants' UnionProposed changes to tenancy rights are trickle down, not transformational
Proposed changes to tenancy rights are trickle down, not transformational
Proposed changes to tenancy rights are trickle down, not transformational, change says the Manawatu Tenants’ Union (MTU). There are however improvements for renters, and these efforts must be commended according to the MTU.
MTU describes the proposed changes as a step forwards for tenant rights, especially in the areas of enforcement by cracking down on bad landlords, and also improving security of tenure.
“Increasing enforcement measures will make landlords think twice about taking advantage of tenants and will reduce incentives for exploitation. It takes more than just a slap on the wrist to see serious change, and the proposed changes are both common sense and long overdue. Decent landlords have nothing to fear” MTU Coordinator Ben Schmidt said.
“Increasing notice periods to terminate tenancies in some situations recognises the growing pressure on rental accommodation for tenants.”
However, MTU states that there is still significant room for improvement.
“Tenants can not become complacent. We are still waiting on this bill to get to Parliament, and it has already been two long years since the current government was elected. The proposed changes continue to view housing as an investment first and a basic human need second. Housing should be a human right.”
“The changes propose keeping 90 day notices to terminate in a number of circumstances despite the growing lack of affordable housing for people to move to. To move towards long term security of tenure for renters, the government must drastically increase minimum notice periods for the termination of tenancies; as is the norm in other countries such as Germany.”
The MTU urges tenants to write to the Minister to continue making their voices heard prior to the bill reaching parliament. Despite recent positive tenancy legislation changes, there is a continued need to improve tenant rights.
ends


WRITTEN PROBLEMS (8 pts)
Hand these problems in on paper in class on the due date specified.
digit ← 0 | 1 | 2 | 3 | 4 |
5 | 6 | 7 | 8 | 9
base ← digit { digit } . digit { digit }
exponent ← E digit digit
float_number ← base [ exponent ]
(a) Show that the following strings are valid floating point numbers by deriving them from the float_number rule above.
(b) Draw a syntax diagram for each of the EBNF rules above.
(c) For each of the following strings, explain why they are not valid floating point numbers according to the EBNF rules above.
(a) A central processing unit (CPU) of a computer only executes instructions written in what language?
(b) What is the purpose of a compiler?
(c) High-level programs can be translated for the CPU to execute only if they do not contain what kind of errors?
(d) What is the difference between an interpreter and a compiler?
program mystery(input,output); var i, sum, n: integer; begin read(n); i := 1; sum := 0; repeat sum := sum + i; i := i * 2; until i = n; writeln(sum + 1); end.
(a) What does the 2nd line in the Pascal program specify? How does this differ from Python?
(b) Draw a flowchart for the loop in the program above.
(c) What computation is the program performing with respect to n?
Consider the following Scheme definitions for cars that include the make, mileage, color and fuel efficiency (mpg), respectively:
(define mustang (list 'Ford 4328 'red 26)) (define sonata (list 'Hyundai 54326 'black 30)) (define traverse (list 'Chevrolet 3820 'white 24)) (define civic (list 'Honda 72019 'silver 36)) (define prius (list 'Toyota 2144 'green 48))
(a) What is the value of (first traverse)? What is the value of (rest prius)?
(b) Complete the following Scheme definition:
(define (color car) (________________________________))
(c) Using the following Scheme function definition:
(define (compute car1 car2 car3) (+ (first (rest car1)) (first (rest car2)) (first (rest car3)) ) )What does the following Scheme function return as its result?
(compute sonata civic mustang)
Show your work by performing a series of substitutions to show how Scheme evaluates the function.
parent(homer, bart). parent(homer, lisa). parent(homer, maggie). parent(marge, bart). parent(marge, lisa). parent(marge, maggie). parent(abe, homer). parent(jacqueline, marge). parent(jacqueline, patty). parent(jacqueline, selma). male(bart). male(homer). male(abe). female(marge). female(lisa). female(maggie). female(jacqueline). female(patty). female(selma). father(X,Y) :- parent(X,Y), male(X). mother(X,Y) :- parent(X,Y), female(X). grandparent(X,Y) :- parent(X,Z), parent(Z,Y).
What is each of the following Prolog queries asking (in English)? What are the results of each query based on the rules above?
?- female(homer). ?- parent(X, marge). ?- grandparent(abe, Y). ?- father(X, Y).
Hand this in electronically using the Electronic Handin System by 11:59PM on the due date indicated.
Write a short Python program that processes an array of data and reverses the order of the data. For example, if your original array is [3,1,6,4,8], then your program should output [8,4,6,1,3]. Don't just print each element starting from the last element, working backwards. You should change the array so it really is reversed before you print it (see the algorithm below). Your program should work for any size array.
Basic Algorithm:
1. Create an array A with integers in it. 2. Set i = 0 3. Set n = (length of the array A) 4. Exchange A[i] with A[n-1-i] 5. Add 1 to i 6. Go to step 4 and repeat until the array is reversed


Publications
The following papers describe the main ideas and algorithms behind Haizea:
- Virtual Infrastructure Management in Private and Hybrid Clouds, B.Sotomayor, R.Santiago Montero, I.Martín Llorente, I.Foster. To appear in IEEE Internet Computing, September/October 2009 (vol. 13 no. 5)
- Resource Leasing and the Art of Suspending Virtual Machines, B.Sotomayor, R.Santiago Montero, I.Martín Llorente, I.Foster. The 11th IEEE International Conference on High Performance Computing and Communications (HPCC-09), June 25-27, 2009, Seoul, Korea. [paper]
- Capacity Leasing in Cloud Systems using the OpenNebula Engine, B.Sotomayor, R.Santiago Montero, I.Martín Llorente, I.Foster. Workshop on Cloud Computing and its Applications 2008 (CCA08), October 22-23, 2008, Chicago, Illinois, USA. [paper]
- Combining Batch Execution and Leasing Using Virtual Machines, Borja Sotomayor, Kate Keahey, Ian Foster. ACM/IEEE International Symposium on High Performance Distributed Computing 2008 (HPDC 2008), Boston, MA. June 2008. [pdf] [slides]
- Enabling Cost-Effective Resource Leases with Virtual Machines, Borja Sotomayor, Kate Keahey, Ian Foster, Tim Freeman. Hot Topics session in ACM/IEEE International Symposium on High Performance Distributed Computing 2007 (HPDC 2007), Monterey Bay, CA (USA), June 27-29, 2007. [pdf]
- A Resource Management Model for VM-based Virtual Workspaces, Borja Sotomayor (MSc Thesis). University of Chicago, Department of Computer Science. Defended January 3rd, 2007, approved February 23rd, 2007. [pdf] [slides]


Archive
I wonder if I could get my travel entries up here? That goes back to the timestamp being settable. There must be some way to convert my blosxom entries to another format, and then import those, I would think?
About this entry
You"re currently reading "Archive," an entry on a crick in the net
- Published:
- 05.20.04 / 4pm
- Category:
- Circular File


Trader Drumond:
Welcome to the best weapon shop in Elmore, certified by the Silver Scale Guild itself. We sell the highest quality equipment for an outstanding price.
Why are you looking at me like that? Do I have something on my face? Did you talk to Vladimir? Those rumors he's been spreading about me are all lies, you know. You cannot listen to falsehoods like that!
Buy/Sell/Refund.
Ask about the local lord and tax rate.
Quest


Created by Suresh krishnan Date 11-11-20
Infrastructure by Hands :)
As the name suggests, Infrastructure as Code uses code to provision, configure, and manage infrastructure.
This description is done using code, often using a declarative language. The language you use varies depending on the tools you use, from common scripting languages to Domain Specific Languages (DSL) provided by the tools.
And well things go out of hand
Configuration WebsiteTest {
Import-DscResource -ModuleName PsDesiredStateConfiguration
Node 'localhost' {
# The first resource block ensures that the Web-Server (IIS) feature is enabled.
WindowsFeature WebServer {
Ensure = "Present"
Name = "Web-Server"
}
}
}
# This playbook installs and enables IIS on Windows hosts
- name: Install IIS
hosts: all
gather_facts: false
tasks:
- name: Install IIS
win_feature:
name: "Web-Server"
state: present
restart: yes
include_sub_features: yes
include_management_tools: yes
terraform {
required_providers {
aws = {
source = "hashicorp/aws"
version = "~> 2.70"
}
}
}
provider "aws" {
profile = "default"
region = "us-west-2"
}
resource "aws_instance" "example" {
ami = "ami-830c94e3"
instance_type = "t2.micro"
}


Perf Report:
Test (Frame #32)
Worker Thread 0
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CUMULATIVE
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Florida family loses 2 toddlers to driveway accidents in 4 years
by WFTS StaffPLANT CITY, Fla. — The Florida family of a 2-year-old boy that was run over and killed Tuesday night previously lost a 2-year-old girl when she was run over four years ago, according to the sheriff's office.
The Hillsborough County Sheriff's Office says the 2-year-old girl was run over in 2015 when she fell out of the open door of a moving van that was driven by a relative.
Both incidents happened at the home in the 3900 block of Highway 60 W.
The sheriff's office say the 2-year-old boy was run over Tuesday night by an SUV driven by his mother.
The sheriff's office says the boy's mother and grandmother were in the yard testing a Chevy Blazer that recently had mechanical issues. The mother reversed, drove forward and reversed again.
The sheriff's office says she saw the boy on the ground in front of the SUV and immediately called 911. The mother told investigators that he was supposed to be inside their home but somehow got outside.
The little boy was flown to Tampa General where he was pronounced dead.
Authorities say neither the mother or grandmother involved in Tuesday's crash were driving in the 2015 crash. The two children shared the same mother, authorities say.
Two additional children live at the home, but they were not there at the time of Tuesday's crash.
The sheriff's office says Child Protective Investigators responded to the home on Tuesday night and an investigation is ongoing.
"We can not release and further details on the CPID case due to Florida Statute," the sheriff's office said.
Authorities say no charges have been filed at this time.
This story was originally published on WFTS.


| Package | Description |
|---|---|
| org.apache.fop.accessibility.fo | |
| org.apache.fop.apps |
Application classes used for running FOP embedded in other applications.
|
| org.apache.fop.area |
FOP's area tree.
|
| org.apache.fop.complexscripts.bidi | |
| org.apache.fop.datatypes |
XSL Datatypes.
|
| org.apache.fop.events |
Subsystem for reporting events inside FOP to client applications.
|
| org.apache.fop.fo |
Classes, constants and basic infrastructure for the FO tree.
|
| org.apache.fop.fo.expr |
Classes for XSL expressions and functions.
|
| org.apache.fop.fo.extensions |
Base classes for implementing extensions to XSL-FO.
|
| org.apache.fop.fo.extensions.destination |
Classes to support named destinations (only relevant for PDF output)
|
| org.apache.fop.fo.extensions.svg |
SVG extension classes which handle elements from the SVG namespace.
|
| org.apache.fop.fo.extensions.xmp |
Extension classes which handles XMP metadata.
|
| org.apache.fop.fo.flow |
All the block- and inline-level flow formatting objects.
|
| org.apache.fop.fo.flow.table | |
| org.apache.fop.fo.pagination |
All the pagination and declaration formatting objects.
|
| org.apache.fop.fo.pagination.bookmarks |
Formatting objects for bookmarks as defined since XSL 1.1.
|
| org.apache.fop.fo.properties |
Classes representing the various property types as well as supporting data structures for the FO tree.
|
| org.apache.fop.fonts |
Classes for font handling.
|
| org.apache.fop.layoutmgr |
FOP's layout engine.
|
| org.apache.fop.layoutmgr.inline |
Layout managers for inline formatting objects and line building.
|
| org.apache.fop.layoutmgr.list |
Layout managers for lists.
|
| org.apache.fop.layoutmgr.table |
Layout managers for tables.
|
| org.apache.fop.render |
Generic renderer interface.
|
| org.apache.fop.render.afp.extensions | |
| org.apache.fop.render.awt |
AWT Renderer used for displaying rendered pages in Java applications.
|
| org.apache.fop.render.bitmap |
Bitmap Renderer which creates TIFF and PNG images from rendered pages.
|
| org.apache.fop.render.intermediate | |
| org.apache.fop.render.java2d |
Java2D Renderer which paints rendered pages on Graphics2D instances.
|
| org.apache.fop.render.pcl.extensions | |
| org.apache.fop.render.pdf.extensions | |
| org.apache.fop.render.print |
Renderer which prints rendered pages directly to a printer.
|
| org.apache.fop.render.ps.extensions |
Extensions specific to the PostScript Renderer.
|
| org.apache.fop.render.rtf |
RTF (Rich Text Format) Output Support
|
| org.apache.fop.render.rtf.rtflib.tools |
Utility classes used in RTF file generation.
|
| org.apache.fop.render.txt |
Plain Text Renderer
|
| org.apache.fop.render.txt.border |
Border handling classes for the Plain Text Renderer
|
| org.apache.fop.render.xml |
Area Tree XML Renderer.
|
| org.apache.fop.traits |
Trait classes and other supporting data structures.
|
| Class and Description |
|---|
| DelegatingFOEventHandler
This class delegates all FO events to another FOEventHandler instance.
|
| FOEventHandler
Abstract class defining what should be done with SAX events that map to
XSL-FO input.
|
| FOText
A text node (PCDATA) in the formatting object tree.
|
| Class and Description |
|---|
| ElementMapping
Abstract base class for Element Mappings (including FO Element Mappings)
which provide the framework of valid elements and attributes for a given
namespace.
|
| ElementMappingRegistry
This class keeps track of all configured ElementMapping implementations which are responsible
for properly handling all kinds of different XML namespaces.
|
| FOEventHandler
Abstract class defining what should be done with SAX events that map to
XSL-FO input.
|
| Class and Description |
|---|
| FOEventHandler
Abstract class defining what should be done with SAX events that map to
XSL-FO input.
|
| Class and Description |
|---|
| CharIterator
Abstract base class for iterators that should iterate through a series
of characters.
|
| FONode
Base class for nodes in the XML tree
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| FObj
Base class for representation of formatting objects and their processing.
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| Class and Description |
|---|
| ValidationException
Exception thrown during FO tree validation.
|
| Class and Description |
|---|
| CharIterator
Abstract base class for iterators that should iterate through a series
of characters.
|
| Constants
Definition of constants used throughout FOP.
|
| ElementMapping
Abstract base class for Element Mappings (including FO Element Mappings)
which provide the framework of valid elements and attributes for a given
namespace.
|
| ElementMapping.Maker
Base class for all Makers.
|
| ElementMappingRegistry
This class keeps track of all configured ElementMapping implementations which are responsible
for properly handling all kinds of different XML namespaces.
|
| FObj
Base class for representation of formatting objects and their processing.
|
| FObjMixed
Abstract base class for representation of mixed content formatting objects
(= those that can contain both child
FONode s and #PCDATA ). |
| FOEventHandler
Abstract class defining what should be done with SAX events that map to
XSL-FO input.
|
| FONode
Base class for nodes in the XML tree
|
| FONode.FONodeIterator
Base iterator interface over a FO's children, offering three methods on top of the base interface
methods.
|
| FOText
A text node (PCDATA) in the formatting object tree.
|
| FOTreeBuilderContext
Context class providing information needed while building the FO tree.
|
| FOValidationEventProducer
Event producer interface for XSL-FO validation messages.
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| PropertyListMaker
A PropertyListMaker is a factory that creates PropertyLists.
|
| ValidationException
Exception thrown during FO tree validation.
|
| XMLObj
Abstract class modelling generic, non-XSL-FO XML objects.
|
| XMLWhiteSpaceHandler
Class encapsulating the functionality for white-space-handling
during refinement stage.
|
| Class and Description |
|---|
| FObj
Base class for representation of formatting objects and their processing.
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| ElementMapping
Abstract base class for Element Mappings (including FO Element Mappings)
which provide the framework of valid elements and attributes for a given
namespace.
|
| FObj
Base class for representation of formatting objects and their processing.
|
| FONode
Base class for nodes in the XML tree
|
| GraphicsProperties
This interface provides access to properties necessary to calculate the size and positioning
of images and graphics inside a viewport.
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| ValidationException
Exception thrown during FO tree validation.
|
| Class and Description |
|---|
| FONode
Base class for nodes in the XML tree
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| ValidationException
Exception thrown during FO tree validation.
|
| Class and Description |
|---|
| ElementMapping
Abstract base class for Element Mappings (including FO Element Mappings)
which provide the framework of valid elements and attributes for a given
namespace.
|
| FONode
Base class for nodes in the XML tree
|
| XMLObj
Abstract class modelling generic, non-XSL-FO XML objects.
|
| Class and Description |
|---|
| ElementMapping
Abstract base class for Element Mappings (including FO Element Mappings)
which provide the framework of valid elements and attributes for a given
namespace.
|
| FONode
Base class for nodes in the XML tree
|
| Class and Description |
|---|
| CharIterator
Abstract base class for iterators that should iterate through a series
of characters.
|
| Constants
Definition of constants used throughout FOP.
|
| FObj
Base class for representation of formatting objects and their processing.
|
| FObjMixed
Abstract base class for representation of mixed content formatting objects
(= those that can contain both child
FONode s and #PCDATA ). |
| FONode
Base class for nodes in the XML tree
|
| GraphicsProperties
This interface provides access to properties necessary to calculate the size and positioning
of images and graphics inside a viewport.
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| ValidationException
Exception thrown during FO tree validation.
|
| XMLObj
Abstract class modelling generic, non-XSL-FO XML objects.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| FObj
Base class for representation of formatting objects and their processing.
|
| FONode
Base class for nodes in the XML tree
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| ValidationException
Exception thrown during FO tree validation.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| FObj
Base class for representation of formatting objects and their processing.
|
| FObjMixed
Abstract base class for representation of mixed content formatting objects
(= those that can contain both child
FONode s and #PCDATA ). |
| FOEventHandler
Abstract class defining what should be done with SAX events that map to
XSL-FO input.
|
| FONode
Base class for nodes in the XML tree
|
| FOTreeBuilderContext
Context class providing information needed while building the FO tree.
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| ValidationException
Exception thrown during FO tree validation.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| FObj
Base class for representation of formatting objects and their processing.
|
| FONode
Base class for nodes in the XML tree
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| ValidationException
Exception thrown during FO tree validation.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| FObj
Base class for representation of formatting objects and their processing.
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| Class and Description |
|---|
| FOText
A text node (PCDATA) in the formatting object tree.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| FObj
Base class for representation of formatting objects and their processing.
|
| FONode
Base class for nodes in the XML tree
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| FObj
Base class for representation of formatting objects and their processing.
|
| FOText
A text node (PCDATA) in the formatting object tree.
|
| GraphicsProperties
This interface provides access to properties necessary to calculate the size and positioning
of images and graphics inside a viewport.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| FObj
Base class for representation of formatting objects and their processing.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| FObj
Base class for representation of formatting objects and their processing.
|
| FOEventHandler
Abstract class defining what should be done with SAX events that map to
XSL-FO input.
|
| Class and Description |
|---|
| ElementMapping
Abstract base class for Element Mappings (including FO Element Mappings)
which provide the framework of valid elements and attributes for a given
namespace.
|
| FONode
Base class for nodes in the XML tree
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| ValidationException
Exception thrown during FO tree validation.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| Class and Description |
|---|
| ElementMapping
Abstract base class for Element Mappings (including FO Element Mappings)
which provide the framework of valid elements and attributes for a given
namespace.
|
| Class and Description |
|---|
| ElementMapping
Abstract base class for Element Mappings (including FO Element Mappings)
which provide the framework of valid elements and attributes for a given
namespace.
|
| FONode
Base class for nodes in the XML tree
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| ValidationException
Exception thrown during FO tree validation.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| Class and Description |
|---|
| ElementMapping
Abstract base class for Element Mappings (including FO Element Mappings)
which provide the framework of valid elements and attributes for a given
namespace.
|
| FONode
Base class for nodes in the XML tree
|
| PropertyList
Class containing the collection of properties for a given FObj.
|
| ValidationException
Exception thrown during FO tree validation.
|
| Class and Description |
|---|
| FOEventHandler
Abstract class defining what should be done with SAX events that map to
XSL-FO input.
|
| FONode
Base class for nodes in the XML tree
|
| FOText
A text node (PCDATA) in the formatting object tree.
|
| Class and Description |
|---|
| FObj
Base class for representation of formatting objects and their processing.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| Class and Description |
|---|
| Constants
Definition of constants used throughout FOP.
|
| Class and Description |
|---|
| FONode
Base class for nodes in the XML tree
|
Copyright 1999-2020 The Apache Software Foundation. All Rights Reserved.