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F´ Flight Software - C/C++ Documentation
NASA-v1.5.0
A framework for building embedded system applications to NASA flight quality standards.
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#include <Os/Queue.hpp>
Public Member Functions | |
| Queue () | |
| virtual | ~Queue () |
| QueueStatus | create (const Fw::StringBase &name, NATIVE_INT_TYPE depth, NATIVE_INT_TYPE msgSize) |
| create a message queue More... | |
| QueueStatus | send (const Fw::SerializeBufferBase &buffer, NATIVE_INT_TYPE priority, QueueBlocking block) |
| send a message More... | |
| QueueStatus | receive (Fw::SerializeBufferBase &buffer, NATIVE_INT_TYPE &priority, QueueBlocking block) |
| receive a message More... | |
| QueueStatus | send (const U8 *buffer, NATIVE_INT_TYPE size, NATIVE_INT_TYPE priority, QueueBlocking block) |
| send a message More... | |
| QueueStatus | receive (U8 *buffer, NATIVE_INT_TYPE capacity, NATIVE_INT_TYPE &actualSize, NATIVE_INT_TYPE &priority, QueueBlocking block) |
| receive a message More... | |
| NATIVE_INT_TYPE | getNumMsgs (void) const |
| get the number of messages in the queue More... | |
| NATIVE_INT_TYPE | getMaxMsgs (void) const |
| get the maximum number of messages (high watermark) More... | |
| NATIVE_INT_TYPE | getQueueSize (void) const |
| get the queue depth (maximum number of messages queue can hold) More... | |
| NATIVE_INT_TYPE | getMsgSize (void) const |
| get the message size (maximum message size queue can hold) More... | |
| const QueueString & | getName (void) |
| get the queue name More... | |
Static Public Member Functions | |
| static NATIVE_INT_TYPE | getNumQueues (void) |
| get the number of queues in the system More... | |
Protected Member Functions | |
| QueueStatus | createInternal (const Fw::StringBase &name, NATIVE_INT_TYPE depth, NATIVE_INT_TYPE msgSize) |
| create a message queue More... | |
Protected Attributes | |
| POINTER_CAST | m_handle |
| handle for implementation specific queue More... | |
| QueueString | m_name |
| queue name More... | |
Static Protected Attributes | |
| static NATIVE_INT_TYPE | s_numQueues = 0 |
| tracks number of queues in the system More... | |
| Enumerator | |
|---|---|
| QUEUE_OK | message sent/received okay |
| QUEUE_NO_MORE_MSGS | If non-blocking, all the messages have been drained. |
| QUEUE_UNINITIALIZED | Queue wasn't initialized successfully. |
| QUEUE_SIZE_MISMATCH | attempted to send or receive with buffer too large, too small |
| QUEUE_SEND_ERROR | message send error |
| QUEUE_RECEIVE_ERROR | message receive error |
| QUEUE_INVALID_PRIORITY | invalid priority requested |
| QUEUE_EMPTY_BUFFER | supplied buffer is empty |
| QUEUE_FULL | queue was full when attempting to send a message |
| QUEUE_UNKNOWN_ERROR | Unexpected error; can't match with returns. |
| Os::Queue::Queue | ( | ) |
|
virtual |
| Queue::QueueStatus Os::Queue::create | ( | const Fw::StringBase & | name, |
| NATIVE_INT_TYPE | depth, | ||
| NATIVE_INT_TYPE | msgSize | ||
| ) |
create a message queue
Definition at line 41 of file QueueCommon.cpp.
|
protected |
create a message queue
Create a new queue. The will also recreate the queue if it exists. WARNING: this must be called only during initialization.
| const | Fw::StringBase &name: name of the queue |
| NATIVE_INT_TYPE | depth: depth of the queue |
| NATIVE_INT_TYPE | msgSize: message size |
| NATIVE_INT_TYPE Os::Queue::getMaxMsgs | ( | void | ) | const |
| NATIVE_INT_TYPE Os::Queue::getMsgSize | ( | void | ) | const |
| const QueueString & Os::Queue::getName | ( | void | ) |
get the queue name
Definition at line 61 of file QueueCommon.cpp.
| NATIVE_INT_TYPE Os::Queue::getNumMsgs | ( | void | ) | const |
|
static |
get the number of queues in the system
Definition at line 57 of file QueueCommon.cpp.
| NATIVE_INT_TYPE Os::Queue::getQueueSize | ( | void | ) | const |
| Queue::QueueStatus Os::Queue::receive | ( | Fw::SerializeBufferBase & | buffer, |
| NATIVE_INT_TYPE & | priority, | ||
| QueueBlocking | block | ||
| ) |
receive a message
Definition at line 22 of file QueueCommon.cpp.
| Queue::QueueStatus Os::Queue::receive | ( | U8 * | buffer, |
| NATIVE_INT_TYPE | capacity, | ||
| NATIVE_INT_TYPE & | actualSize, | ||
| NATIVE_INT_TYPE & | priority, | ||
| QueueBlocking | block | ||
| ) |
| Queue::QueueStatus Os::Queue::send | ( | const Fw::SerializeBufferBase & | buffer, |
| NATIVE_INT_TYPE | priority, | ||
| QueueBlocking | block | ||
| ) |
send a message
Definition at line 13 of file QueueCommon.cpp.
| Queue::QueueStatus Os::Queue::send | ( | const U8 * | buffer, |
| NATIVE_INT_TYPE | size, | ||
| NATIVE_INT_TYPE | priority, | ||
| QueueBlocking | block | ||
| ) |
|
protected |
|
protected |
|
staticprotected |


So many reasons, but the simplest answer is that we believe it's a better choice to handle the complexity of CSS in the Template, rather than the CSS level.
Even the best of CSS authors can suffer the Fragile Base Class Problem, and that is amplified across teams of differing skill level.
Not every project is a Javascript Single Page Application, and I am not convinced that it's a smart idea to require a build pipeline for every prototype, idea or product. Sharing the css utilities across projects and ideas promotes adoption of a component library.
Most UI libraries require you to include their CSS anyway, with the downside of adding that bloat for just their components.
If something doesn't exist in the Mandala Library currently, compose it and submit it!


Boolean
The most basic datatype is the simple true/false value, which JavaScript and TypeScript call
a
boolean value.
let isDone: boolean = false;
Number
As in JavaScript, all numbers in TypeScript are floating point values. These floating point
numbers
get the type number. In addition to hexadecimal and decimal literals, TypeScript also
supports
binary and octal literals introduced in ECMAScript 2015.
let decimal: number = 6;
let hex: number = 0xf00d;
let binary: number = 0b1010;
let octal: number = 0o744;
String
Another fundamental part of creating programs in JavaScript for webpages and servers alike
is
working
with textual data. As in other languages, we use the type string to refer to these textual
datatypes.
Just like JavaScript, TypeScript also uses double quotes ("
) or single quotes
('
)
to surround
string
data.
let color: string = "blue";
color = 'red';
You can also use template strings, which can span multiple lines and have embedded
expressions.
These
strings are surrounded by the backtick/backquote (`) character, and embedded expressions
are of the
form ${ expr }
.
let fullName: string = `Bob Bobbington`;
let age: number = 37;
let sentence: string = `Hello, my name is ${ fullName }.
I'll be ${ age + 1 } years old next month.`;
This is equivalent to declaring sentence like so:
let sentence: string = "Hello, my name is " + fullName + ".\n\n" +
"I'll be " + (age + 1) + " years old next month.";
Array
TypeScript, like JavaScript, allows you to work with arrays of values. Array types can be
written
in
one of two ways. In the first, you use the type of the elements followed by []
to
denote an array of
that element type:
let list: number[] = [1, 2, 3];
The second way uses a generic array type, Array :
let list: Array = [1, 2, 3];
Enum
A helpful addition to the standard set of datatypes from JavaScript is the enum. As in
languages
like
C#, an enum is a way of giving more friendly names to sets of numeric values.
enum Color {Red, Green, Blue}
let c: Color = Color.Green;
By default, enums begin numbering their members starting at 0. You can change this by manually setting
the value of one of its members. For example, we can start the previous example at 1 instead of 0:
enum Color {Red = 1, Green, Blue}
let c: Color = Color.Green;
Or, even manually set all the values in the enum:
enum Color {Red = 1, Green = 2, Blue = 4}
let c: Color = Color.Green;
A handy feature of enums is that you can also go from a numeric value to the name of that
value in
the
enum. For example, if we had the value 2 but weren’t sure what that mapped to in the Color
enum
above,
we could look up the corresponding name:
enum Color {Red = 1, Green, Blue}
let colorName: string = Color[2];
console.log(colorName); // Displays 'Green' as its value is 2 above
Any
We may need to describe the type of variables that we do not know when we are writing an
application.
These values may come from dynamic content, e.g. from the user or a 3rd party library. In
these
cases,
we want to opt-out of type-checking and let the values pass through compile-time checks. To
do so,
we
label these with the any type:
let notSure: any = 4;
notSure = "maybe a string instead";
notSure = false; // okay, definitely a boolean
The any type is a powerful way to work with existing JavaScript, allowing you to gradually
opt-in
and
opt-out of type-checking during compilation. You might expect Object to play a similar
role, as it
does
in other languages. But variables of type Object only allow you to assign any value to them
- you
can’t
call arbitrary methods on them, even ones that actually exist:
let notSure: any = 4;
notSure.ifItExists(); // okay, ifItExists might exist at runtime
notSure.toFixed(); // okay, toFixed exists (but the compiler doesn't check)
let prettySure: Object = 4;
prettySure.toFixed(); // Error: Property 'toFixed' doesn't exist on type 'Object'.
The any type is also handy if you know some part of the type, but perhaps not all of it. For
example,
you may have an array but the array has a mix of different types:
let list: any[] = [1, true, "free"];
list[1] = 100;
Void
void is a little like the opposite of any: the absence of having any type at all. You may
commonly
see
this as the return type of functions that do not return a value:
function warnUser(): void {
console.log("This is my warning message");
}
Declaring variables of type void is not useful because you can only assign undefined or null
to
them:
let unusable: void = undefined;
Null and Undefined
In TypeScript, both undefined and null actually have their own types named undefined and
null
respectively. Much like void, they’re not extremely useful on their own:
// Not much else we can assign to these variables!
let u: undefined = undefined;
let n: null = null;
By default null
and undefined
are subtypes of all other types.
That means
you can assign null and
undefined to something like number.
However, when using the --strictNullChecks
flag, null and undefined are only
assignable
to void and
their respective types. This helps avoid many common errors. In cases where you want to
pass in
either
a string or null or undefined, you can use the union type string | null | undefined. Once
again,
more
on union types later on.
As a note: we encourage the use of --strictNullChecks
when possible, but for
the
purposes of this
handbook, we will assume it is turned off.
Never
The never type represents the type of values that never occur. For instance, never is the
return
type
for a function expression or an arrow function expression that always throws an exception
or one
that
never returns; Variables also acquire the type never when narrowed by any type guards that
can
never be
true.
The never type is a subtype of, and assignable to, every type; however, no type is a subtype
of, or
assignable to, never (except never itself). Even any isn’t assignable to never.
Some examples of functions returning never:
// Function returning never must have unreachable end point
function error(message: string): never {
throw new Error(message);
}
// Inferred return type is never
function fail() {
return error("Something failed");
}
// Function returning never must have unreachable end point
function infiniteLoop(): never {
while (true) {
}
}
Object
object is a type that represents the non-primitive type, i.e. any thing that is not number,
string,
boolean, symbol, null, or undefined.
With object type, APIs like Object.create can be better represented. For example:
declare function create(o: object | null): void;
create({ prop: 0 }); // OK
create(null); // OK
create(42); // Error
create("string"); // Error
create(false); // Error
create(undefined); // Error
A note about let
You may’ve noticed that so far, we’ve been using the let keyword instead of JavaScript’s
var
keyword
which you might be more familiar with. The let
keyword is actually a newer
JavaScript
construct that
TypeScript makes available. We’ll discuss the details later, but many common problems in
JavaScript
are
alleviated by using let
, so you should use it instead of var
whenever
possible.


Steve Harvey announces wrong Miss Universe category winner and we're all wincing
by Zara WoodcockSteve Harvey relived his 2015 horrors by making an awkward mix-up while hosting this year’s Miss Universe pageant.
The television host accidentally named the wrong winner for the best national costume category and everyone simultaneously winced.
The 62-year-old announced Miss Philippines as the winner when the actual winner, Miss Malaysia, stood beside him.
Everyone in the audience probably thought: ‘Oh God, not again.’
The real winner, Shweta Sekhon, quickly grabbed the microphone from Steve and corrected him.
She said: ‘It’s not Philippines, its Malaysia.’
Big yikes.
Steve must be cursed when it comes to Miss Universe as the star made a similar mistake of naming Miss Colombia the winner of the 2015 pageant when Miss Philippines had won.
Maybe four years from now he’ll name Malaysia as the winner when it’s Argentina.
At the time, the crowd and everyone around the world watched with second-hand embarrassment as the crown had to be moved from the head of Miss Colombia onto the actual winner’s head.
What made it worse was Miss Colombia – real name Ariadna Gutierrez – waving and blowing kisses at the crowd.
However, this year’s Shweta made sure to prematurely fix the blunder before it went too far.
After realising his mistake, Steve explained: ‘Let me explain something to you. I just read that in the teleprompter.
‘Y’all got to quit doing this to me. I can read. Now, they are trying to fix it now. See? This is what they did to me back in 2015, played me short like that.’
Steve is apparently still haunted by the events in 2015 and we don’t blame him.
‘That’s crazy,’ he added.
At this point, it feels like someone is out to get him.
Miss Malaysia’s costume was inspired by the Peranakans, who descended from Chinese settlers, and was designed by couturier Carven Ong.
It focused on Peranakan bridal traditions and included elaborate designs such as wings, a gorgeous gold headpiece, and bedazzled altars around the bottom of the dress which featured traditional Peranakan sweets and treats.
Meanwhile, Miss South Africa Zozibini Tunzi was crowned the winner of Miss Universe 2019.
Got a showbiz story?
If you've got a celebrity story, video or pictures get in touch with the Metro.co.uk entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


from collections import namedtuple
import torch
AttrTensor_ = namedtuple('AttrTensor', ['data', 'lengths', 'word_probs', 'pc'])
[docs]class AttrTensor(AttrTensor_):
"""A wrapper around the batch tensor for a specific attribute.
The purpose of having a wrapper around the tensor is to include attribute specific
metadata along with it. Metadata include the following:
* ``lengths``: Lengths of each sequence (attribute value) in the batch.
* ``word_probs``: For each sequence in the batch, a list of word probabilities
corresponding to words in the sequence.
* ``pc``: The first principal component of the sequence embeddings for all values of
this attribute. For details on how this is computed refer documentation for
:meth:`~deepmatcher.data.MatchingDataset.compute_metadata`. This is used for
implementing the SIF model proposed in
`this paper <https://openreview.net/pdf?id=SyK00v5xx>`__.
This class is essentially a :class:`namedtuple`. The tensor containing the data and
the associated metadata described above can be accessed as follows::
name_attr = AttrTensor(data, lengths, word_probs, pc)
assert(name_attr.data == data)
assert(name_attr.lengths == lengths)
assert(name_attr.word_probs == word_probs)
assert(name_attr.pc == pc)
"""
@staticmethod
def __new__(cls, *args, **kwargs):
if len(kwargs) == 0:
return super(AttrTensor, cls).__new__(cls, *args)
else:
name = kwargs['name']
attr = kwargs['attr']
train_info = kwargs['train_info']
if isinstance(attr, tuple):
data = attr[0]
lengths = attr[1]
else:
data = attr
lengths = None
word_probs = None
if 'word_probs' in train_info.metadata:
raw_word_probs = train_info.metadata['word_probs'][name]
word_probs = torch.Tensor(
[[raw_word_probs[w] for w in b] for b in data.data])
if data.is_cuda:
word_probs = word_probs.cuda()
pc = None
if 'pc' in train_info.metadata:
pc = torch.Tensor(train_info.metadata['pc'][name])
if data.is_cuda:
pc = pc.cuda()
return AttrTensor(data, lengths, word_probs, pc)
[docs]class MatchingBatch(object):
"""A batch of data and associated metadata for a text matching task.
Consists of one :class:`AttrTensor` (containing the data and metadata) for each
attribute. For example, the :class:`AttrTensor` s of a :class:`MatchingBatch` object
``mbatch`` for a matching task with two attribtues ``name`` and ``category``, can be
accessed as follows::
name_attr = mbatch.name
category_attr = mbatch.category
"""
def __init__(self, input, train_info):
copy_fields = train_info.all_text_fields
for name in copy_fields:
setattr(self, name,
AttrTensor(
name=name, attr=getattr(input, name),
train_info=train_info))
for name in [train_info.label_field, train_info.id_field]:
if name is not None and hasattr(input, name):
setattr(self, name, getattr(input, name))


| ********** Mapped Logic ********** |
|
FDCPE_CLOCK_ENABLE/s_cnt0: FDCPE port map (CLOCK_ENABLE/s_cnt(0),CLOCK_ENABLE/s_cnt_D(0),clk_i,'0','0','1');
CLOCK_ENABLE/s_cnt_D(0) <= ((srst_n_i AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(6) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15)) OR (srst_n_i AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(6) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15))); |
|
FDCPE_CLOCK_ENABLE/s_cnt1: FDCPE port map (CLOCK_ENABLE/s_cnt(1),CLOCK_ENABLE/s_cnt_D(1),clk_i,'0','0','1');
CLOCK_ENABLE/s_cnt_D(1) <= ((srst_n_i AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(6) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15)) OR (srst_n_i AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(6) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15))); |
|
FDCPE_CLOCK_ENABLE/s_cnt2: FDCPE port map (CLOCK_ENABLE/s_cnt(2),CLOCK_ENABLE/s_cnt_D(2),clk_i,'0','0','1');
CLOCK_ENABLE/s_cnt_D(2) <= ((srst_n_i AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(3) AND CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(6) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15)) OR (srst_n_i AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(3) AND CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(6) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15)) OR (srst_n_i AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(6) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15))); |
|
FDCPE_CLOCK_ENABLE/s_cnt3: FDCPE port map (CLOCK_ENABLE/s_cnt(3),CLOCK_ENABLE/s_cnt_D(3),clk_i,'0','0','1');
CLOCK_ENABLE/s_cnt_D(3) <= ((srst_n_i AND CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(3) AND CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(6) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15)) OR (srst_n_i AND NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(1) AND CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(6) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15))); |
| FDCPE_CLOCK_ENABLE/s_cnt4: FDCPE port map (CLOCK_ENABLE/s_cnt(4),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt5: FDCPE port map (CLOCK_ENABLE/s_cnt(5),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt6: FDCPE port map (CLOCK_ENABLE/s_cnt(6),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt7: FDCPE port map (CLOCK_ENABLE/s_cnt(7),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt8: FDCPE port map (CLOCK_ENABLE/s_cnt(8),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt9: FDCPE port map (CLOCK_ENABLE/s_cnt(9),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt10: FDCPE port map (CLOCK_ENABLE/s_cnt(10),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt11: FDCPE port map (CLOCK_ENABLE/s_cnt(11),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt12: FDCPE port map (CLOCK_ENABLE/s_cnt(12),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt13: FDCPE port map (CLOCK_ENABLE/s_cnt(13),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt14: FDCPE port map (CLOCK_ENABLE/s_cnt(14),'0',clk_i,'0','0','1'); |
| FDCPE_CLOCK_ENABLE/s_cnt15: FDCPE port map (CLOCK_ENABLE/s_cnt(15),'0',clk_i,'0','0','1'); |
|
N_PZ_176 <= ((s_cnt(1) AND s_cnt(0) AND NOT data3_i(3) AND data3_i(2) AND
NOT data3_i(1) AND NOT data3_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND NOT data0_i(3) AND data0_i(2) AND NOT data0_i(1) AND NOT data0_i(0))); |
|
N_PZ_177 <= ((s_cnt(1) AND NOT s_cnt(0) AND NOT data2_i(3) AND data2_i(2) AND
NOT data2_i(1) AND NOT data2_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND NOT data1_i(3) AND data1_i(2) AND NOT data1_i(1) AND NOT data1_i(0))); |
|
N_PZ_198 <= ((s_cnt(1) AND s_cnt(0) AND NOT data3_i(3) AND NOT data3_i(2) AND
NOT data3_i(1) AND data3_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND NOT data2_i(3) AND NOT data2_i(2) AND NOT data2_i(1) AND data2_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND NOT data1_i(3) AND NOT data1_i(2) AND NOT data1_i(1) AND data1_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND NOT data0_i(3) AND NOT data0_i(2) AND NOT data0_i(1) AND data0_i(0))); |
| dig_o(0) <= NOT ((NOT s_cnt(1) AND NOT s_cnt(0))); |
| dig_o(1) <= NOT ((NOT s_cnt(1) AND s_cnt(0))); |
| dig_o(2) <= NOT ((s_cnt(1) AND NOT s_cnt(0))); |
| dig_o(3) <= NOT ((s_cnt(1) AND s_cnt(0))); |
|
dp_o <= NOT (((s_cnt(1) AND s_cnt(0) AND dp_i(3))
OR (s_cnt(1) AND NOT s_cnt(0) AND dp_i(2)) OR (NOT s_cnt(1) AND s_cnt(0) AND dp_i(1)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND dp_i(0)))); |
|
FDCPE_s_cnt0: FDCPE port map (s_cnt(0),s_cnt_D(0),clk_i,'0','0','1');
s_cnt_D(0) <= ((srst_n_i AND s_cnt(0) AND NOT s_en) OR (srst_n_i AND NOT s_cnt(0) AND s_en)); |
|
FTCPE_s_cnt1: FTCPE port map (s_cnt(1),s_cnt_T(1),clk_i,'0','0','1');
s_cnt_T(1) <= ((s_cnt(1) AND NOT srst_n_i) OR (srst_n_i AND s_cnt(0) AND s_en)); |
|
FDCPE_s_en: FDCPE port map (s_en,s_en_D,clk_i,'0','0','1');
s_en_D <= NOT (((NOT srst_n_i) OR (NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(3) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(6) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15)) OR (NOT CLOCK_ENABLE/s_cnt(0) AND NOT CLOCK_ENABLE/s_cnt(10) AND NOT CLOCK_ENABLE/s_cnt(11) AND NOT CLOCK_ENABLE/s_cnt(12) AND NOT CLOCK_ENABLE/s_cnt(13) AND NOT CLOCK_ENABLE/s_cnt(14) AND NOT CLOCK_ENABLE/s_cnt(1) AND NOT CLOCK_ENABLE/s_cnt(2) AND NOT CLOCK_ENABLE/s_cnt(4) AND NOT CLOCK_ENABLE/s_cnt(5) AND NOT CLOCK_ENABLE/s_cnt(6) AND NOT CLOCK_ENABLE/s_cnt(7) AND NOT CLOCK_ENABLE/s_cnt(8) AND NOT CLOCK_ENABLE/s_cnt(9) AND NOT CLOCK_ENABLE/s_cnt(15)))); |
|
seg_o(0) <= ((s_cnt(1) AND s_cnt(0) AND NOT data3_i(3) AND NOT data3_i(2) AND
NOT data3_i(1)) OR (s_cnt(1) AND NOT s_cnt(0) AND NOT data2_i(3) AND NOT data2_i(2) AND NOT data2_i(1)) OR (NOT s_cnt(1) AND s_cnt(0) AND NOT data1_i(3) AND NOT data1_i(2) AND NOT data1_i(1)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND NOT data0_i(3) AND NOT data0_i(2) AND NOT data0_i(1)) OR (s_cnt(1) AND s_cnt(0) AND data3_i(3) AND data3_i(2) AND NOT data3_i(1) AND NOT data3_i(0)) OR (s_cnt(1) AND s_cnt(0) AND NOT data3_i(3) AND data3_i(2) AND data3_i(1) AND data3_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND data2_i(3) AND data2_i(2) AND NOT data2_i(1) AND NOT data2_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND NOT data2_i(3) AND data2_i(2) AND data2_i(1) AND data2_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND data1_i(3) AND data1_i(2) AND NOT data1_i(1) AND NOT data1_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND NOT data1_i(3) AND data1_i(2) AND data1_i(1) AND data1_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND data0_i(3) AND data0_i(2) AND NOT data0_i(1) AND NOT data0_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND NOT data0_i(3) AND data0_i(2) AND data0_i(1) AND data0_i(0))); |
|
seg_o(1) <= ((N_PZ_198)
OR (s_cnt(1) AND s_cnt(0) AND NOT data3_i(3) AND NOT data3_i(2) AND data3_i(1)) OR (s_cnt(1) AND s_cnt(0) AND NOT data3_i(3) AND data3_i(1) AND data3_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND NOT data2_i(3) AND NOT data2_i(2) AND data2_i(1)) OR (s_cnt(1) AND NOT s_cnt(0) AND NOT data2_i(3) AND data2_i(1) AND data2_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND NOT data1_i(3) AND NOT data1_i(2) AND data1_i(1)) OR (NOT s_cnt(1) AND s_cnt(0) AND NOT data1_i(3) AND data1_i(1) AND data1_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND NOT data0_i(3) AND NOT data0_i(2) AND data0_i(1)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND NOT data0_i(3) AND data0_i(1) AND data0_i(0)) OR (s_cnt(1) AND s_cnt(0) AND data3_i(3) AND data3_i(2) AND NOT data3_i(1) AND data3_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND data2_i(3) AND data2_i(2) AND NOT data2_i(1) AND data2_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND data1_i(3) AND data1_i(2) AND NOT data1_i(1) AND data1_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND data0_i(3) AND data0_i(2) AND NOT data0_i(1) AND data0_i(0))); |
|
seg_o(2) <= ((N_PZ_176)
OR (N_PZ_177) OR (s_cnt(1) AND s_cnt(0) AND NOT data3_i(3) AND data3_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND NOT data2_i(3) AND data2_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND NOT data1_i(3) AND data1_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND NOT data0_i(3) AND data0_i(0)) OR (s_cnt(1) AND s_cnt(0) AND NOT data3_i(2) AND NOT data3_i(1) AND data3_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND NOT data2_i(2) AND NOT data2_i(1) AND data2_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND NOT data1_i(2) AND NOT data1_i(1) AND data1_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND NOT data0_i(2) AND NOT data0_i(1) AND data0_i(0))); |
|
seg_o(3) <= ((N_PZ_198)
OR (N_PZ_176) OR (N_PZ_177) OR (s_cnt(1) AND s_cnt(0) AND data3_i(2) AND data3_i(1) AND data3_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND data2_i(2) AND data2_i(1) AND data2_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND data1_i(2) AND data1_i(1) AND data1_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND data0_i(2) AND data0_i(1) AND data0_i(0)) OR (s_cnt(1) AND s_cnt(0) AND data3_i(3) AND NOT data3_i(2) AND data3_i(1) AND NOT data3_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND data2_i(3) AND NOT data2_i(2) AND data2_i(1) AND NOT data2_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND data1_i(3) AND NOT data1_i(2) AND data1_i(1) AND NOT data1_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND data0_i(3) AND NOT data0_i(2) AND data0_i(1) AND NOT data0_i(0))); |
|
seg_o(4) <= ((s_cnt(1) AND s_cnt(0) AND data3_i(3) AND data3_i(2) AND
data3_i(1)) OR (s_cnt(1) AND s_cnt(0) AND data3_i(3) AND data3_i(2) AND NOT data3_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND data2_i(3) AND data2_i(2) AND data2_i(1)) OR (s_cnt(1) AND NOT s_cnt(0) AND data2_i(3) AND data2_i(2) AND NOT data2_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND data1_i(3) AND data1_i(2) AND data1_i(1)) OR (NOT s_cnt(1) AND s_cnt(0) AND data1_i(3) AND data1_i(2) AND NOT data1_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND data0_i(3) AND data0_i(2) AND data0_i(1)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND data0_i(3) AND data0_i(2) AND NOT data0_i(0)) OR (s_cnt(1) AND s_cnt(0) AND NOT data3_i(3) AND NOT data3_i(2) AND data3_i(1) AND NOT data3_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND NOT data2_i(3) AND NOT data2_i(2) AND data2_i(1) AND NOT data2_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND NOT data1_i(3) AND NOT data1_i(2) AND data1_i(1) AND NOT data1_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND NOT data0_i(3) AND NOT data0_i(2) AND data0_i(1) AND NOT data0_i(0))); |
|
seg_o(5) <= ((s_cnt(1) AND s_cnt(0) AND data3_i(3) AND data3_i(1) AND
data3_i(0)) OR (s_cnt(1) AND s_cnt(0) AND data3_i(2) AND NOT data3_i(0) AND NOT N_PZ_176) OR (s_cnt(1) AND NOT s_cnt(0) AND data2_i(3) AND data2_i(1) AND data2_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND data2_i(2) AND NOT data2_i(0) AND NOT N_PZ_177) OR (NOT s_cnt(1) AND s_cnt(0) AND data1_i(3) AND data1_i(1) AND data1_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND data1_i(2) AND NOT data1_i(0) AND NOT N_PZ_177) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND data0_i(3) AND data0_i(1) AND data0_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND data0_i(2) AND NOT data0_i(0) AND NOT N_PZ_176) OR (s_cnt(1) AND s_cnt(0) AND NOT data3_i(3) AND data3_i(2) AND NOT data3_i(1) AND NOT N_PZ_176) OR (s_cnt(1) AND NOT s_cnt(0) AND NOT data2_i(3) AND data2_i(2) AND NOT data2_i(1) AND NOT N_PZ_177) OR (NOT s_cnt(1) AND s_cnt(0) AND NOT data1_i(3) AND data1_i(2) AND NOT data1_i(1) AND NOT N_PZ_177) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND NOT data0_i(3) AND data0_i(2) AND NOT data0_i(1) AND NOT N_PZ_176)); |
|
seg_o(6) <= ((N_PZ_198)
OR (N_PZ_176) OR (N_PZ_177) OR (s_cnt(1) AND s_cnt(0) AND data3_i(3) AND data3_i(2) AND NOT data3_i(1) AND data3_i(0)) OR (s_cnt(1) AND s_cnt(0) AND data3_i(3) AND NOT data3_i(2) AND data3_i(1) AND data3_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND data2_i(3) AND data2_i(2) AND NOT data2_i(1) AND data2_i(0)) OR (s_cnt(1) AND NOT s_cnt(0) AND data2_i(3) AND NOT data2_i(2) AND data2_i(1) AND data2_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND data1_i(3) AND data1_i(2) AND NOT data1_i(1) AND data1_i(0)) OR (NOT s_cnt(1) AND s_cnt(0) AND data1_i(3) AND NOT data1_i(2) AND data1_i(1) AND data1_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND data0_i(3) AND data0_i(2) AND NOT data0_i(1) AND data0_i(0)) OR (NOT s_cnt(1) AND NOT s_cnt(0) AND data0_i(3) AND NOT data0_i(2) AND data0_i(1) AND data0_i(0))); |
|
Register Legend:
FDCPE (Q,D,C,CLR,PRE,CE); FDDCPE (Q,D,C,CLR,PRE,CE); FTCPE (Q,D,C,CLR,PRE,CE); FTDCPE (Q,D,C,CLR,PRE,CE); LDCP (Q,D,G,CLR,PRE); |


Discover the local areas of interest with Amicus, from finding out your local bar to picking your café. All your local places, in one place.
Just with a few clicks Amicus shows you a list of activities and places to enjoy. With Amicus you can explore new places in you local area, as well as joining group activities.
Additionally you can purchase memberships to various institutions, such as the gym, a social club, a group of activists.
"The first time I used Amicus I was surprised to find out how many good ideas it suggests about experiencing something new."
"I purchased a gym membership through Amicus, it was an amazing deal."
"Whenever I'm bored at home I just check Amicus and check what's going on, this way I have discovered many new great places in my hometown."
"It's an amazing app that brings people together, I love it."


Downtown Lincoln isn't perfect, we're here to help.
Report a problem
&
Contact an official
Director: Mike Esposito
Address: 555 S. 10th St.
Phone:<PHONE_NUMBER>
Phone:<PHONE_NUMBER>
Address: 850 Q St.
Website:
http://parkandgo.org/
Benjamin E. Sasse (R)
Phone (Lincoln office):
(402) 476-1400
Deb Fischer (R)
Phone (Lincoln office):
(402) 441-4600
At Stinkin' Lincoln we believe in safe driving. Anger hinders a driver's ability to make rational decisions, which can put other people at risk. Stinkin' Lincoln provides an informational, safe site for people to prepare for potential road-rage triggers in the downtown area, vent their frustrations and contact the city officials responsible for the downtown Lincoln area.


THE WHEEL OF TIME
by Robert Jordan
Table of Contents
Map of the Land—Color
Map of the Land—Black & White
Prequel: The Strike at Shayol Ghul (v6.0)
Prequel: New Spring (v6.0)
Prologue: Earlier—Ravens (v3.0)
Book One:
The Eye of The World
(v6.0)
Book Two:
The Great Hunt
(v6.0)
Book Three:
The Dragon Reborn
(v6.0)
Book Four:
The Shadow Rising
(v6.0)
Book Five:
The Fires of Heaven
(v6.0)
Book Six:
Lord of Chaos
(v6.0)
Book Seven:
A Crown of Swords
(v6.0)
Book Eight:
The Path of Daggers
(v6.0)
Book Nine:
Winter’s Heart
(v6.0)
Book Ten:
Crossroads of Twilight
(v6.0)
The World of Robert Jordan’s The Wheel of Time
(v3.0)


Brittany Downes
Unafffiliated
Human Resources - La Salle Oil Co. - 2018-Present Contract Supervisor - Metro Pavers Inc. - 2017-2018 Data Analyst - Q3 Contracting - 2016-2017 Customer Service Representative - Ebags - 2016-2017 Shift Manager - CVS - 2015-2016 Shift Manager - Stop & Shop - 2014-2015
Bachelor of Arts in Political Science - University of Northern Colorado - grad 2013 Bachelor of Arts in Sociology - University of Northern Colorado - grad 2013
80634
I have vacillated between the two major political parties and the Libertarian Party since I first registered to vote in 2008. Today I consider myself unaffiliated. I donate monthly to the ACLU, Planned Parenthood, and my local women's shelter but no political organizations.
I regularly attend the League of Women Voters of Colorado meetings, but I wouldn't consider myself a member of that organization.
I have canvassed for Clean Water Colorado in 2013, advocated for and donated to ACLU of Colorado since 2014, publicized for the Principles of Liberty 2014-2018, met with Congressional Colorado Senators on behalf of the Energy Marketers of America 2015, and volunteered with the Greeley branch of the Global Refugee Center 2010-2013.
I want to serve on this commission in order to ensure all Coloradans are accurately and equitably represented by their government. It is paramount to the preservation of democracy and a representative government that citizens engage with their elected officials to safeguard their equal representation. I feel it is my civic duty to apply to serve on a commission which so greatly affects myself and other Coloradans' lives on a local, state, and federal level.
As a citizen who supports many but not all platforms held by the Republican party and one who supports many but not all platforms held by the Democratic party, I find myself uniquely qualified to understand the merits and aims of both the major political parties as well as the value of impartiality toward both. I believe the desire to find compromise, even in the most contentious of circumstances is what makes discussing politics worthwhile. So long as all parties feel heard and not belittled, understood and not misconstrued, taken seriously and not dismissed, promoting a well earned consensus is easily attainable. It may take lots of time and lots of patience, but nothing is so difficult as to be impossible if we remember our intentions are to promote the most good for the most amount of people.
Everyone knows Aristotle's famous quote "the law is reason free from passion" but I think reason free from passion can be applied to data analysis as well. When scrutinizing information relevant to any problem, I use my background in sociological thinking to apply a frame of reference. Often, data can appear abstract when analyzing political or voting preferences. Filtering information into a framework greatly reduces the likelihood of misrepresenting a data set and increasing the likelihood of finding one or multiple solution sets. Additionally, I have been taught to reframe and reframe a problem until the best solution is found. In many cases, a solution my not be perfect, but filtering information through many different "lenses" can be the most efficient way to find the best solution.
Female


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Liuyang
Liu Yang, Han nationality, born in October 1978, Linzhou, Henan, joined the work in August 1997, joined the Communist Party of China in May 2001, graduated from Tsinghua University with a major in sociology, graduate degree, doctorate, and engineer. He is currently the vice chairman of the All-China Women's Federation (and), an astronaut of the People's Liberation Army astronauts.
The current vice chairman of the All-China Women's Federation (and), astronaut of the People's Liberation Army Astronauts.
1Character experience
Born in Zhengzhou, Henan Province on October 6, 1978, he was born in Linzhou City, Anyang City, Henan Province.
From 1985 to 1991, he studied at the Experimental Primary School of Guancheng Huizu District, Zhengzhou City. From 1991 to 1994, he studied at Zhengzhou No. 3 Middle School. From 1994 to 1997, he studied in Zhengzhou 11th Middle School and served as the branch secretary of the class.
She graduated from Zhengzhou No. 11 Middle School in 1997 and joined the army. He was admitted to the Air Force Changchun Flight Academy with a score of 31 points higher than the admission level of the local key colleges in that year. He became a female pilot and the first batch of air force recruited in Henan since the founding of the People's Republic of China. One of the female pilots.
In 2001, he graduated and assigned to a division of Guanghang Aviation, and has been flying for 12 years.In 2010, it stood out from the 15 candidates and officially became the second batch of astronauts in China. It began to accept dozens of subjects in 8 categories, including basic theory, adaptability to space environment, aerospace expertise, flight procedures and mission simulation training. Astronaut training.
In March 2012, according to the final assessment results, Liu Yang was selected as the Shenjiu Group, code 03, and was mainly responsible for the management of space medical experiments.
On June 12, 2012, the media reported that Liu Yang and Wang Yaping from Yantai, Shandong Province became the first popular female astronauts in China.
On the afternoon of June 15, 2012, China’s manned spaceflight engineering headquarters announced that male astronauts Jing Haipeng, Liu Wang and female astronaut Liu Yang will form a flight crew to perform the mission of the Shenzhou and Tiangong No. 1 manned rendezvous and docking. . Liu Yang mainly monitors and supports when performing manual control rendezvous and docking. In addition, Liu Yang also undertakes scientific experiments in the 13-day mission.
On February 1, 2013, Liu Yang was elected as the 2012 Chinese son of the year.
2Character review
When I selected Liu Yang, I went to the interview. I was very impressed by the details. At the time, when we were interviewing their troops, there was a link to test their spoken English. We first interviewed another female pilot. She believes that the competition between comrades and friends is benign, and honesty is the first. (Yang Liwei Review)
Although all three of us belong to a lesser-speaking personality, her eloquence is very good. She often speaks and her knowledge is very profound. Liu Yang is also very modest, and people often get along with each other from life, work, and learning. From such a few points, Liu Yang’s work is very good. (Jing Haipeng Review)
Liu Yang’s impression on her is simple and bold, and Liu Yang’s words are very few. The clothes on the week are very simple. From the outside, it’s very inconspicuous. It’s very serious to do things. In her impression, Liu Yang’s high school has never been three years. Please take a vacation, never be late and leave early, and the discipline is very strong. (Li Fengyun comment）
3Social service
On August 30, 2016, he was elected as the vice chairman of the All-China Women's Federation.


(1) Castle Danger
65%
(16) Lift Bridge
35%
Bent Paddle (2)
71%
Steel Toe (15)
29%
Surly (3)
61%
Insight (14)
39%
(4) Schell's
52%
(13) Modist
48%
(5) Summit
62%
(12) Bad Weather
38%
Dangerous Man (6)
63%
Lupulin (11)
37%
Fair State (7)
61%
Barrel Theory (10)
39%
(8) Indeed
52%
(9) Fulton
48%
1-1
1-2
2-1
2-2
1-5
1-6
3-1
3-2
1-4
1-3
2-4
2-3
1-8
1-7


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addDiary()
- Method in class controllers.
DiaryController
add a diary
addObjective()
- Method in class controllers.
ObjectivesController
add an objective
addOrder()
- Method in class
OrderTest
addProduct()
- Method in class controllers.
ProductController
ADD Product - SELLER
addProduct()
- Method in class
ProductTest
addProductAdmin()
- Method in class controllers.
ProductController
ADD Product - ADMIN
addProductLineToShoppingCart()
- Method in class
CartTest
addToCart()
- Method in class controllers.
UserController
ADD TO SHOPPING CART - SU
addToShoppingCart(ProductInShoppingCart)
- Method in class models.
User
addUser()
- Method in class
UserTest
allSellers()
- Method in class controllers.
UserController
SELLER SELECTION
allSU()
- Method in class controllers.
UserController
USER SELECTION
ApplicationTest
- Class in
<Unnamed>
Simple (JUnit) tests that can call all parts of a play app.
ApplicationTest()
- Constructor for class
ApplicationTest
Assets
- Static variable in class controllers.
routes
Assets
- Static variable in class controllers.
routes.javascript
AsyncController
- Static variable in class controllers.
routes
AsyncController
- Static variable in class controllers.
routes.javascript
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About
Full-stack development student with background in engineering and sales.
Passionate about using
code to maximize efficiency while developing creative,
customer-focused solutions.
In addition to web development teaching concerns.
Technical Skills
- Languages: HTML, CSS, JavaScript
- Tools: Git, GitHub, Visual Studio
Education
- ASAC-LTUC | Amman, Jordan
Code 401 | March 2021 - September 2021 - Tafila Technical University | Tafila, Jordan
B.A. in Mechanical Engineering | September 2019
Experience
- Spark Electronics | Project Team Leader | Amman, Jordan |
January 2021 - March 2021 - Batonya Corporation | Indoor Sales Officer | Zarqa, Jordan |
2012 - 2015
Top Ten Skills
- Confidentiality
- Leader
- Team player
- Persuasion
- Organized
- Problem solving
- Time manegment
- communication
- Analytical thinking
- Work Under Pressure


config¶
interlinking.config.
default_data_path
= 'data'¶The folder name, relative to root path, that contains all required input files, e.g., train/test dataset, frequent terms etc.
- Type
interlinking.config.
fieldnames
= ['s1', 's2', 'status', 'c1', 'c2', 'a1', 'a2', 'cc1', 'cc2']¶A list of names assigned to each column in train/test dataset. If a header exists, it should be set to None.
- Type
list of str
interlinking.config.
use_cols
= {'label': 'status', 's1': 's1', 's2': 's2'}¶A dictionary of useful column names.
interlinking.config.
delimiter
= '\t'¶The delimiter used to separate each column in CSV input files.
- Type
char
interlinking.config.
sort_thres
= 0.55¶Similarity threshold on whether sorting on toponym tokens is applied or not. It is triggered on a score below the assigned threshold.
- Type
- class
interlinking.config.
MLConf
[source]¶This class initializes parameters that correspond to the machine learning part of the framework.
- Variables
opt_values (
dict
of dicts) – A list of learned parameters for LGM-Sim meta-similarity function. \(θ_{split}, w_b, w_m, w_f\).clf_custom_params (
dict
of dicts) – A list of custom hyper-parameters to utilize for specified classifiers. These parameters are used when evaluate command is executed in cli.These variables define the parameter grid for GridSearchCV:
- Variables
SVM_hyperparameters (
list
) – Defines the search space for SVM.MLP_hyperparameters (
dict
) – Defines the search space for MLP.DecisionTree_hyperparameters (
dict
) – Defines the search space for Decision Trees.RandomForest_hyperparameters (
dict
) – Defines the search space for Random Forests and Extra-Trees.XGBoost_hyperparameters (
dict
) – Defines the search space for XGBoost.These variables define the parameter grid for RandomizedSearchCV where continuous distributions are used for continuous parameters (whenever this is feasible):
- Variables
SVM_hyperparameters_dist (
dict
) – Defines the search space for SVM.MLP_hyperparameters_dist (
dict
) – Defines the search space for MLP.DecisionTree_hyperparameters_dist (
dict
) – Defines the search space for Decision Trees.RandomForest_hyperparameters_dist (
dict
) – Defines the search space for Random Forests and Extra-Trees.XGBoost_hyperparameters_dist (
dict
) – Defines the search space for XGBoost.
kfold_no
= 5¶The number of outer folds that splits the dataset for the k-fold cross-validation.
- Type
n_jobs
= 4¶Number of parallel jobs to be initiated. -1 means to utilize all available processors.
- Type
classification_method
= 'lgm'¶The classification group of features to use. (basic | basic_sorted | lgm).
See also
Features
Details on available inputs.
- Type
hyperparams_search_method
= 'randomized'¶Search Method to use for finding best hyperparameters. (randomized | grid).
See also
fineTuneClassifiers()
Details on available inputs.
- Type
classifiers
= ['RandomForest']¶Define the classifiers to apply on code execution. Accepted values are:
SVM
DecisionTree
RandomForest
ExtraTrees
XGBoost
MLP.
- Type
list of str
score
= 'accuracy'¶The metric to optimize on hyper-parameter tuning. Possible valid values presented on Scikit predefined values.
- Type


Overview of JNL, a Numerical Library for JavaTM
JNL, a Numerical Library for Java, is a set of classes for the most important numerical functions missing in Java. The library is comprised of one numerical type class, Complex, and three categories of numerical functions classes: the special functions class, the linear algebra classes, and the statistics class. All classes use double precision floating point as the underlying float type. These classes are described below.
Complex Numbers
The class Complex instantiates an object as being of type Complex and provides methods for double precision complex arithmetic. Methods for the addition, subtraction, multiplication, division, negation, and conjugation of complex numbers are included. These methods are overloaded to allow for mixed double and Complex operands.
Linear Algebra
The linear algebra classes manipulate rectangular or square arrays of type double or Complex. A rectangular matrix is a double[][] or Complex[][] with all of its rows the same length. A square matrix is a rectangular matrix with the number of columns equal to the number of rows. All matrices are row major with zero as the index of the first element of any row or column.
The class DoubleVector contains static methods for manipulating vectors. It does not define a vector object; it is not possible to create an instance of DoubleVector. There are methods for vector norms, maximum and minimum elements, and dot product.
The class DoubleMatrix contains static methods for manipulating matrices. It does not define a matrix object; it is not possible to create an instance of DoubleMatrix. There are methods for matrix multiplication, inversion and solving linear systems.
The classes DoubleCholesky, DoubleLU, DoubleQR and DoubleSVD encapsulate standard matrix decompositions. Their constructors take a matrix as an argument and compute the decomposition. This may throw an exception. Other member functions are then used to use or return parts of the decomposition.
Analogous to these classes for double-precision arrays there are also classes for Complex arrays. They are class ComplexVector, class ComplexMatrix, ComplexCholesky, ComplexLU, ComplexQR and ComplexSVD.
Special Functions
The class Sfun contains a collection of special functions. This class is analogous to the existing class java.lang.Math, but contains more advanced functions. This class is a collection of static member functions and data; it cannot be instantiated.
Statistics
The class Statistics
contains a collection of basic statistical functions. This class is a
collection of static member functions; it cannot be instantiated.
Copyright © 1997 - Visual Numerics, Inc.®


[gecode-users] circuit constraint: differences between ICL_DOM and ICL_VAL
Christian Schulte
cschulte at kth.se
Thu Aug 27 11:37:18 CEST 2015
Nope, that's alright. The difference is how the distinct part of circuit is
enforced. Getting a difference in propagation is not that straightforward if
only using assignments (try to impose Hall sets and you will see the
difference).
Cheers Christian
--
Christian Schulte, www.gecode.org/~schulte
Professor of Computer Science, KTH, cschulte at kth.se
Expert Researcher, SICS, cschulte at sics.se
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of Kish Shen
Sent: Wednesday, August 26, 2015 08:30 PM
To: users at gecode.org
Subject: [gecode-users] circuit constraint: differences between ICL_DOM and
ICL_VAL
I am writing more unit tests for our Gecode interface, and for the circuit
constraint (without costs), I would like to write tests for the supported
propagation levels (ICL_DOM and ICL_VAL), and see some difference between
the two levels, but I am unable to do so:
I tried with circuits with up to 7 nodes, and then assigning a value to one
of the nodes. For both ICL_DOM and ICL_VAL, and both seem to produce the
same domains for the variables. Is this expected? If so, what do I need to
do to get a difference between the two propagations?
If the propagation is supposed to be different, this may indicate there is a
problem in the interface and the constraint is not actually posted with the
stated propagation levels...
Thanks and cheers,
Kish
_______________________________________________
Gecode users mailing list
users at gecode.org
https://www.gecode.org/mailman/listinfo/gecode-users
More information about the users
mailing list


public interface MSRTrackData
| Modifier and Type | Field and Description |
|---|---|
static int |
LRC_ERROR
LRC error track error constant.
|
static int |
NO_DATA
No data track error constant.
|
static int |
NO_ERROR
No error track error constant.
|
static int |
NO_STRIPE
No stripe track error constant.
|
static int |
NON_SPECIFIC_ERROR
Non-specific error track error constant.
|
static int |
PARITY_ERROR
Parity error track error constant.
|
static int |
READ_ERROR
Read error track error constant.
|
static int |
TRACK_NO_0
Track number 0.
|
static int |
TRACK_NO_1
Track number 1.
|
static int |
TRACK_NO_2
Track number 2.
|
static int |
TRACK_NOT_SUPPORTED
Track not supported track error constant.
|
| Modifier and Type | Method and Description |
|---|---|
byte[] |
getTrackData(int trackNo)
Retrieves a buffer containing the raw data read from a track.
|
int |
getTrackError(int trackNo)
Indicates the nature of a track read error, if any.
|
static final int TRACK_NO_0
static final int TRACK_NO_1
static final int TRACK_NO_2
static final int NO_ERROR
This constant will be returned by getTrackError()
.
static final int NON_SPECIFIC_ERROR
This constant will be returned by getTrackError()
.
static final int TRACK_NOT_SUPPORTED
This constant will be returned by getTrackError()
.
static final int READ_ERROR
This constant will be returned by getTrackError()
.
static final int PARITY_ERROR
This constant will be returned by getTrackError()
.
static final int LRC_ERROR
This constant will be returned by getTrackError()
.
static final int NO_DATA
This constant will be returned by getTrackError()
.
static final int NO_STRIPE
This constant will be returned by getTrackError()
.
byte[] getTrackData(int trackNo)
References: ISO 7811-2 and JIS X 6302.
Track 1
Buffer content for ISO cards is as per ISO format for Track 1, with a maximum of 79 bytes, each a 6 bit alphanumeric character.
ISO Track 1 Structure B has a Start sentinel of 0x05, and an End sentinel (before LRC) of 0x1F. ISO also allow for a Structure A on Track 1 for proprietary use.
JIS Type I cards may have a Track 1 in Format A, Format B or Format C. Format A and Format B are similar to ISO Track 1 structures, with the same character set, sentinels, and maximum number of characters.
The format and content of Track 1 in Format C of the JIS I type is the same as the track format for JIS II cards. This format can be found on track 1 or track 3.
Format C (similar to JIS II) is a maximum of 72 bytes of 7 bit characters, with 0x7F for the Start and End sentinels.
Track 2
Buffer content is as per ISO and JIS Type I Card format for Track 2, with a maximum of 40 bytes, each a 4 bit numeric character, starting with 0x0B, penultimately ending in 0x0F, the last byte a LRC.
Track 3
Buffer content for ISO cards is as per ISO format for Track 3, with a maximum of 107 bytes, each a 4 bit numeric character, including the control characters, and a LRC character. Character set as per ISO track 2.
Track3 on the JIS Type I card may have the same format as the ISO track3, or alternatively may have the same format & content as found in Format C of Track 1 on a JIS Type I card (i.e. a JIS II card format).
int getTrackError(int trackNo)
NO_ERROR
,
NON_SPECIFIC_ERROR
,
TRACK_NOT_SUPPORTED
,
READ_ERROR
,
PARITY_ERROR
,
LRC_ERROR
,
NO_DATA
,
NO_STRIPE


{% load i18n %} {% for entry in object_list %}
{{ entry.abstract }}
Read more
by {{ entry.author }} | {{ entry.pub_date|date:"d F Y" }} | 3 Comments | 39 Shares | Tags : Snipp Bootstrap UI growth


val front: String?
The front of an ID returned by a file upload with a purpose value of identity_document. The uploaded file needs to be a color image (smaller than 8,000px by 8,000px), in JPG or PNG format, and less than 10 MB in size.
purpose
identity_document
person.verification.document.front


--- title: '404' permalink: "/404.html" layout: error --- 404 - Page Not Found Whoops, it looks like the page you request wasn't found. Back to Home Back to Blog


July 12, 2015
Ruby vs. JavaScript
I used JavaScript for the first time this week (woo!). This post will be about JavaScript, the programming language, and how it differs in syntax and useability from a few other languages.
I first learned how to program in high school. The year was 2007 and the language was Visual Basic. To me, it was a simple, easy to use, easy to learn language. In college I learned C, along with the basics of computer organization and machine languages. When I began Dev Bootcamp, I learned Ruby. Ruby blew my mind (if you'll pardon the cliché). So intuitive, so simple, so powerful - Ruby was a joy to use. It was at this point in my education that I was introduced to JavaScript. I expected that it would be just as strange and wonderful as Ruby, and boy was I wrong! JavaScript shares many syntactical similarities with Ruby, but it doesn't behave like I now expect a programming language to behave.
Arrays
One of the first things I found myself struggling with in JavaScript was array comparison. A simple [1,2,3] == [1,2,3]
evaluates to false. Comparison in JavaScript, come to find, is really quite messy. There's even extra comparator operators (=== and !==). The solution to array comparison is to write your own comparison function. I took this one from the internet and modified it for my own purposes.
Important to note - in Ruby, <<
works to append elements to an array. In JavaScript, you must use the push()
method.
Functions
In Ruby, a function is declared like so:
def HelloWorld()
puts "Hello, World!"
end
HelloWorld() # <-- "Hello, World!"
In JavaScript, it's a bit weirder.
Javascript has three ways of defining functions: declaration, expression, and construction. It actually has more than three, but these are the most commonly used.
Function Declaration
Uses the 'function' keyword, can be called from anywhere in the code (even above the declaration), DO NOT put into any loops or conditionals. Function declarations are intended to be separate from the logical flow of the program at runtime. Function declarations do not need a semicolon, but using one is harmless.
// Function Declaration Example //
function helloWorld() {
console.log("Hello, World!");
}
helloWorld() // <-- "Hello, World!"
var storage = helloWorld();
console.log(storage) // <-- "Hello, World!"
Function Expression
Creates a 'nameless' function, evaluated at runtime, end with a semicolon like all other expressions.
// Function Expression Example //
var some_variable = function() {
console.log("Pass me to variables, I don't have a name on my own.");
};
some_variable() // <-- "Pass me to variables, I don't have a name on my own."
Function Constructor
This one gave me the most trouble this week. It's a function declaration that uses the 'this' method to list properties, and is called with the 'new' keyword. Using functions in this way allows for multiple instances of the same function, much like Ruby class objects.
// Function Constructor Example //
function messageTranslator() {
this.message = "Hello, Sweetie.";
};
var read_this = new messageTranslator()
console.log(read_this.message); // <-- "Hello, Sweetie."
The difference between function declarations and function constructors is minimal. I'm by no means an experienced JavaSript programmer, but I have a feeling that the subtle difference in useage lead to significant design differences. Either that, or a function constructor IS a function declaration, just with extra useage. I will update once I learn more. Check out Eloquent JavaScript, by Marijn Haverbeke for more information.


Setting Up Cron Job Using crontab:
Step 1: Open a Terminal Window (Command Line) in Linux.
Step 2: The following is a list of cron directories:
• /etc/cron.hourly
• /etc/cron.daily
• /etc/cron.weekly
• /etc/cron.monthly
Copy your shell script ‘script.sh` or ‘script’ into one of the directories above.
If you need to run the script hourly, place your script file in the “cron.hourly”
folder. For daily, place it inside the “cron.daily” and so forth.
Step 3: Give the shell script the correct permission. For example, if script is called
“script.sh”, set permission as follows:
cd /etc/cron.daily/
chmod 755 script.sh
Step 4: Add new cron job to crontab:
crontab –e
This opens vi editor for you. Create the cron command using the following syntax:
1. The number of minutes after the hour (0 to 59)
2. The hour in military time (24 hour) format (0 to 23)
3. The day of the month (1 to 31)
4. The month (1 to 12)
5. The day of the week(0 or 7 is Sun, or use name)
6. The command to run
More graphically they would look like this:
* * * * * Command to be executed
- - - - -
| | | | |
| | | | +----- Day of week (0-7)
| | | +------- Month (1 - 12)
| | +--------- Day of month (1 - 31)
| +----------- Hour (0 - 23)
+------------- Min (0 - 59)
An example command would be “0 0 * * * /etc/cron.daily/script.sh”. This
would mean that the shell script will exactly execute at midnight every
night.
To save the changes to the crontab that you just made, hit ESC key, and
then type :w followed by :q to exit.
To list existing cron jobs:
crontab –l
To remove an existing cron job:
• Enter: crontab –e
• Delete the line that contains your cron job
• Hit ESC > :w > :q


Airbus-backed tournament unveils first electric racing aircraft
(This November 17 story corrects to read ‘Zaltman’, paragraph 6)
(Reuters) - An Airbus-backed air racing tournament unveiled an electric-powered sports aircraft on Sunday, billed as the world’s first, as the European planemaker seeks to boost its green aerospace technology.
Several companies, including U.S. ride-hailing company Uber Technologies Inc (UBER.N), are working on electric-powered flying cars, amid increasing concerns about the environmental impact of fossil-fuel intensive air travel.
Last month, Airbus (AIR.PA) rival Boeing announced a partnership with automaker Volkswagen’s (VOWG_p.DE) sports car brand, Porsche, to develop a concept electric flying vehicle capable of transporting people in urban environments.
Air Race E said the aircraft, called White Lightning and unveiled at the Dubai Air Show, will be manufactured by UK-based Condor Aviation.
The aircraft will use an electric motor that will carry it at flight speeds of around 482 kilometers (300 miles) per hour on a tight 5 kilometer (about 3 miles) circuit, just 10 meters above the ground.
“The racing series will provide a test bed for innovation and accelerate the journey towards electric commercial travel,” Air Race E Chief Executive Jeff Zaltman said.
Lithium batteries installed under the fuselage of the plane will provide power for five minutes of high intensity racing and around 10 minutes of reserve flying at reduced power, the firm said.
Air Race E is aiming to be the world’s first all-electric airplane competition when it launches its inaugural series of international races in 2020. It expects to this week name eight teams for its first race.


Rule
public protocol Rule : CustomStringConvertible
Behavioural rule is both an extension to and ultimately a replacement for current
Rule
. It bakes in the logic for repeating, negation, lookahead, as well as
transient and void rules both flattening the evaluation hierarchy and making it
easier to extend (previously implementations would have to add any of this logic
themselves, and it’s easy to get wrong.
-
The behaviour for the rule controlling things like cardinality and lookahead
Declaration
Swift
var behaviour: Behaviour { get }
-
The annotations on the rule
Declaration
Swift
var annotations: RuleAnnotations { get }
-
This function implements the actual test. It is responsible soley for performing the test. The scanner head will be managed correctly based on success (it will be left in the position at the end of the test), or returned to its pre-test position on failure.
Declaration
Swift
func test(with lexer: LexicalAnalyzer, for ir: IntermediateRepresentation) throws
Parameters
lexer
The lexer controlling the scanner
ir
The intermediate representation
-
Creates a rule with the specified behaviour and annotations.
Declaration
Swift
func rule(with behaviour: Behaviour?, annotations: RuleAnnotations?) -> Rule
Parameters
behaviour
The behaviour for the new instance, if nil the rule should use the default behaviour for the producer.
annotations
The annotations for the new rule, if nil the rule should use the default behaviour for the producer.
Return Value
A new instance with the specified behaviour and annotations.
-
An abrieviated description of the rule that should reflect behaviour, but not annotations and should not expand references
Declaration
Swift
var shortDescription: String { get }
-
match(with:for:)
Default implementationShould perform the actual check and manage the communicaion with the supplied
IntermedidateRepresentation
. If the match fails, and that failure cannot be ignored anError
should be thrown. It is the responsiblity of the implementer to ensure the following basic pattern is followedir.willEvaluate()
is called to inform their
that evaluation is beginning. If their
returns an existing match result that should be used (proceed to step XXX)lexer.mark()
should be called so that an accurateLexicalContext
can be generated.- Perform apply your rule using
lexer
. - Depending on the outcome, and the to-be-generated token:
- If the rule was satisfied, return a
MatchResult.success
together with a generatedlexer.proceed()
generated context - If the rule was satisfied, but the result should be consumed (no node/token created, but scanning should proceed after the match) return
MatchResult.consume
with a generatedlexer.proceed()
context - If the rule was not satisfied but the failure can be ignored return
MatchResult.ignoreFailure
. Depending on your grammar you may want to leave the scanner in the same position in which case issue alexer.proceed()
but discard the result. Otherwise issue alexer.rewind()
. - If the rule was not satisfied but the failure should not be ignored. Call
lexer.rewind()
and return aMatchResult.failure
- If the rule was not satisifed and parsing of this branch of the grammar should stop immediately throw an
Error
For standard implementations of rules that should satisfy almost every grammar see
ParserRule
andScannerRule
.ParserRule
has a custom case which provides all of the logic above with the exception of actual matching which is a lot simpler, and it is recommended that you use that if you wish to provide your own rules.Default Implementation
Standard implementation that uses the evaluate function to apply the behaviour of the rule.
Declaration
Swift
func match(with lexer: LexicalAnalyzer, for ir: IntermediateRepresentation) throws
Parameters
with
The
LexicalAnalyzer
providing the scanning functionsfor
The
IntermediateRepresentation
that wil be building any data structures required for subsequent interpretation of the parsing results
-
parse(as:)
Extension methodChanges the behaviour (or creates a rule with the behaviour) to create a token.
Declaration
Swift
public func parse(as token: TokenType) -> Rule
Parameters
rule
The rule (or thing that can become a rule)
Return Value
A rule
-
annotatedWith(_:)
Extension methodCreates a new instance of the rule annotated with the specified annotations. If you supply annotations that impact scanning (token, void, transient), they will be filtered out, but applied to the resultant behaviour.
Declaration
Swift
public func annotatedWith(_ annotations: RuleAnnotations) -> Rule
Parameters
annotations
The desired annotations
Return Value
A new instance of the rule with the specified annotations
-
require(_:)
Extension methodCreates a new instance of the rule that requires matches of the specified cardinality
Declaration
Swift
public func require(_ cardinality: Cardinality) -> Rule
Parameters
cardinality
The desired cardinalitiy
Return Value
The new rule instance
-
lookahead()
Extension methodCreates a new instance of the rule set to have lookahead behaviour
// Creates a lookahead version of of the rule let lookahead = -CharacterSet.letters.lookahead()
Declaration
Swift
public func lookahead() -> Rule
Return Value
A new version of the rule
-
negate()
Extension methodCreates a new instance of the rule which negates its match. Note that negate does not
toggle
, that is !!rule != rule.// Creates a negated version of of the rule let notLetter = CharacterSet.letters.negate()
Declaration
Swift
public func negate() -> Rule
Return Value
A new version of the rule
-
skip()
Extension methodCreates a new instance of the rule which skips.
// Creates a skipping version of of the rule let skipLetters = CharacterSet.letters.skip()
Declaration
Swift
public func skip() -> Rule
Return Value
A new version of the rule
-
scan()
Extension methodCreates a new instance of the rule which scans.
// Creates a scanning version of of the rule let scanLetters = CharacterSet.letters.scan()
Declaration
Swift
public func scan() -> Rule
Return Value
A new version of the rule
-
reference(_:annotations:)
Extension methodUndocumented
Declaration
Swift
public func reference(_ kind:Behaviour.Kind, annotations: RuleAnnotations? = nil)->Rule
-
error
Extension methodThe user specified (in an annotation) error associated with the rule
Declaration
Swift
public var error: String? { get }
-
subscript(_:)
Extension methodReturns the value of the specific
RuleAnnotationValue
identified byannotation
if presentDeclaration
Swift
public subscript(annotation: RuleAnnotation) -> RuleAnnotationValue? { get }
-
structural
Extension methodtrue
if the rule creates ndoes, false otherwiseDeclaration
Swift
public var structural: Bool { get }
-
skipping
Extension methodtrue
if the rule creates ndoes, false otherwiseDeclaration
Swift
public var skipping: Bool { get }
-
scanning
Extension methodtrue
if the rule creates ndoes, false otherwiseDeclaration
Swift
public var scanning: Bool { get }
-
evaluate(_:using:and:)
Extension methodStandard implementation that applies the behaviour of the rule.
Declaration
Swift
public func evaluate(_ matcher:@escaping Test, using lexer:LexicalAnalyzer, and ir:IntermediateRepresentation) throws
Parameters
matcher
The test to use, wrap, in the specified behaviour.
lexer
The lexer controlling the scanning head
ir
The intermediate representation to use
Return Value
The match result


Travel Log: How to Manage Your Own Amputation
Expedition Diary—September 9th, 1931—An American pilot, prospecting a future airline route through the Amazon, stops in the town of Palma, in the eastern Amazon. As it was customary, the foreign visitor was hosted by the mayor—who also explained how he had lost his arm:
The self-amputation was probably a wise choice, given that the river trip from here to a major city on the coast would have taken an entire month. Palma was hundreds of miles down the Tocantins river, further beyond the lands this enterprising pilot marked as “bad Indian territory:”
Fortunately, his passage through the area also left us with a snapshot record of life in this small frontier town at the time. To help his bosses decide whether this would be a stop in their future airline, the pilot sketched a map, and wrote a small summary of the town’s economy.
In the report, we find out some mundane details about the life of the town—or at least how this pilot understood the place. Mail took 45 days to be delivered to town. Syphilis was a problem. Food was cheap. Customs were quaint.
It might sound strange that an American pilot was in this small town, so far into Brazil’s interior. But a great number of aeronautic professionals was just starting to move into the country, the majority of them working for American or German airlines. Naturally, with air travel to Brazil came also narratives about air travel in Brazil. The book below, for instance, describes a Zeppelin journey from Germany to Brazil. The Zeppelins had round trip service to Brazil, once a month.
This particular expedition left more than a written log. They also photographed extensively, leaving us an interesting visual record of this particular region.


65 LP::shared_ptr buildInitialLP(
Key yKey)
const;
77 std::vector<std::pair<Key, Matrix>> collectTerms(
85 friend class LPInitSolverInitializationTest;
Linear Factor Graph where all factors are Gaussians.
Struct used to hold a Linear Programming Problem.
Global functions in a separate testing namespace.
Definition: chartTesting.h:28
std::uint64_t Key
Integer nonlinear key type.
Definition: types.h:69
boost::shared_ptr< This > shared_ptr
shared_ptr to this class
Definition: GaussianFactorGraph.h:75
This class represents a collection of vector-valued variables associated each with a unique integer i...
Definition: VectorValues.h:74
Collection of all Linear Inequality constraints Ax-b <= 0 of a Programming problem as a Factor Graph.
Definition: InequalityFactorGraph.h:32
This class defines a linear inequality constraint Ax-b <= 0, inheriting JacobianFactor with the speci...
Definition: LinearInequality.h:33
Data structure of a Linear Program.
Definition: LP.h:51
This LPInitSolver implements the strategy in Matlab: http://www.mathworks.com/help/optim/ug/linear-pr...
Definition: LPInitSolver.h:52
LPInitSolver(const LP &lp)
Construct with an LP problem.
Definition: LPInitSolver.h:58
VectorValues solve() const
Definition: LPInitSolver.cpp:27


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Say ‘no’ to Ugly Apps. Modern UI with new React, Angular and Vue components.
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{% javascript "ribbon" %}


Received a sum of ₹ {{calculate_distribution.total }}/- ( Rupees {{total_in_words}} only )
Vide Cash from
{% if buyer.buyer__first_name %}
{{ buyer.buyer__first_name}} {{ buyer.buyer__last_name }}
{% else %}
{{buyer.buyer__customer__title}}
{% endif %}
, {{address.address__street_address}}, {{address.address__district}},
{% if address.address__pin != 'None' and address.address__pin != '' %}
{{address.address__pin}},
{% endif %}
{{address.address__province}}
{% if buyer_name.company %}
Agency: {{buyer.buyer__customer__company}}
{% endif %} on account of {{material}}.
Vide Receipt No. {{purchase_order }} Dated: {{date}}
Nature of Consultancy : {{ d_name }}, Ratio {{ ratio }}


This part of the Best Practices Guide discusses formatting the Pod and PodTemplate portions in chart manifests.
The following (non-exhaustive) list of resources use PodTemplates:
A container image should use a fixed tag or the SHA of the image. It should not use the tags latest
, head
, canary
, or other tags that are designed to be “floating”.
Images may be defined in the values.yaml
file to make it easy to swap out images.
image: {{ .Values.redisImage | quote }}
An image and a tag may be defined in values.yaml
as two separate fields:
image: "{{ .Values.redisImage }}:{{ .Values.redisTag }}"
helm create
sets the imagePullPolicy
to IfNotPresent
by default by doing the following in your deployment.yaml
:
And values.yaml
:
Similarly, Kubernetes defaults the imagePullPolicy
to IfNotPresent
if it is not defined at all. If you want a value other than IfNotPresent
, simply update the value in values.yaml
to your desired value.
All PodTemplate sections should specify a selector. For example:
selector:
matchLabels:
app.kubernetes.io/name: MyName
template:
metadata:
labels:
app.kubernetes.io/name: MyName
This is a good practice because it makes the relationship between the set and the pod.
But this is even more important for sets like Deployment. Without this, the entire set of labels is used to select matching pods, and this will break if you use labels that change, like version or release date.


Hard work betrays none, but dreams betray many. working hard alone doesn't assure you that you'll achieve
your dreams. actually there are more cases where you don't. even so, working hard and achieving something is
some consolation at least.
― Hikigaya Hachiman
Below is a list of my skills and there bars to show my level of proficiency in coding related takes.
- Programming — Writing computer programs for various purposes.
- Judgment and Decision Making — Considering the relative costs and benefits of potential actions to choose the most appropriate one.
- Active Listening — Giving full attention to what other people are saying, taking time to understand the points being made, asking questions as appropriate, and not interrupting at inappropriate times.
- Monitoring — Monitoring/Assessing performance of yourself, other individuals, or organizations to make improvements or take corrective action.
- Complex Problem Solving — Identifying complex problems and reviewing related information to develop and evaluate options and implement solutions.
Html 5
Version Control
Css 3
JavaScript
Bootstrap
Server End


Cricket star Meg Lanning has come from the only girl on the team to Australian cricket captain
by Clint ThomasMeg Lanning has emerged as a household name in world cricket as captain of both Australia and the Perth Scorchers.
But perhaps even more significantly she has become what she never had as a kid growing up — a visible cricket role model for young girls.
"We really didn't get to see them [female cricketers] on our TVs or in the news," she told the ABC.
"So, Ricky Ponting was the person I looked up to.
"I just loved watching him bat and captain and he seemed to be really competitive, which is similar to me as well.
"I really didn't realise how much women's cricket there was until I got involved a little bit more."
The challenge of finding a team
But even finding a way to get involved in the game when at primary school proved difficult for Lanning.
She found a female senior club side, but as a 12-year-old Lanning was too young for that.
A talented student and cricketer at Carey Grammar in Melbourne, Lanning also had the hurdle of there being no girls' team at the co-educational private school.
But once she reached Year 7, the solution was for Lanning to play in the Associated Private Schools (APS) competition for the Carey Grammar boys' team.
She was the first girl to do so and it got people's attention.
"We also had schools like Melbourne Grammar, Xavier College and Scotch College who were all boys' schools. so that was a little bit different," Lanning recalled.
"There were a few articles and talk about it at the time, but I wasn't too sure what all the fuss was about honestly."
She soon proved to be more than capable of playing at that level.
"Initially I guess they were a little bit surprised," she said.
"I started doing it from Year 7 so once you start doing it a few times, [it showed] I could compete with them as well, which probably helped.
"I played all the way through until the end of Year 12, so once I got to the back end of it was just sort of normal I guess.
"It was actually a really good pathway for me to go through."
From school player to international star
Fast forward a few years and Lanning is now a star dominating world cricket.
In 2014, at the age of 21, Lanning became the youngest captain of Australia when she replaced an injured Jodie Fields in that year's Ashes series.
Soon after, she was named Wisden's inaugural Leading Female Cricketer in the World.
The top-order batter has scored 13 one-day centuries for Australia at an average of almost 53.
Last year, Lanning captained Australia to a fourth ICC Women's World T20 title.
Lanning said her and the Australian team's success was helping normalise the female game with the public.
"That is changing over time I think," she said.
"We can still keep thinking about how we go about that sort of stuff, but from where I started until now it has been a massive shift and we are certainly in a pretty good space, which is great."
Lanning's Australian team is currently on a world record 18-game winning streak in one-day internationals.
There will be opportunity for more silverware early next year when Australia hosts the women's T20 World Cup.
Organisers hope the tournament's final at the Melbourne Cricket Ground — which will be held on International Women's Day in March — will set a new world record for attendance at a women's sporting event.


This program is written for 32-Bit Microsoft Windows. The
source code
is provided in Delphi 5.0.
OPERATION OF 'SW'
The 'SW' example program contains only one window. It displays
the
information on the DS2406 Dual Addressable Switch Plus Memory such
as :
TMEX Driver Version, Type Version, 1-Wire address and the status
of the
Activity Latch and the Open drain outputs inside the switch. The
Open
drain outputs for each DS2406 on the 1-Wire network can be independently
switched on or off whether there is one or many devices sharing
the same
1-wire port. The value of the Sensed Level can be updated
by clicking
'Read' button. The value of the Activity Latch can be reset by
clicking
'Clear Activity Latch' button when the switch is on and its status
can be
updated by clicking 'Read' button.
README.TXT - This file.
SWDL32.DPR - Delphi project file.
SWDL32.DOF - Delphi options.
SWDL32.RES - Resource module.
SWUN32.PAS - Main pascal source file for the window.
iBTMEXPW.PAS - Pascal source file for the TMEX calls.
SWUN32.DFM - Delphi form file.
SWDL32.EXE - Program executable.


Test last site
#How to test
For test on your site:
1. Add link on this site
2. Go to the link.
3. Press "Test" button


{% extends "base.html" %} {% block css %} {% endblock %} {% block content %}
We will go through the following PRs and remove the CLA not signed label.


Members
timeMap
timeMap object to store user.
Methods
addTomap(currentTime, user, forUser)
addTomap adds to the timeMap object currentTime, user, and forUser if the timer is set for someone else.
Parameters:
| Name | Type | Description |
|---|---|---|
currentTime |
moment_Object | captures time stamp. |
user |
string | who set the timer. |
forUser |
string | who the timer is meant for. |
calculateTime(name)
calculateTime helper function to calculate the time difference between the beginning and end of timer.
Parameters:
| Name | Type | Description |
|---|---|---|
name |
string | of the user setting timer. |
convertHMS(time)
convertHMS acts as a helper function to convert HH:MM:SS time format to milliseconds so that it works with setTimeout in setCountdown.
Parameters:
| Name | Type | Description |
|---|---|---|
time |
string | a string representing the time the user wants to set a countdown for, in HH:MM:SS format, passed by the user in command.text. |
- Source:
dieRoll(command) → {string}
dieRoll evaluates user input then executes helper function to return a string.
Parameters:
| Name | Type | Description |
|---|---|---|
command |
Object | object created when users post chats. |
- Source:
Returns:
returns a string with die rolled or average of all dice rolled when the roll parameter is greater than one.
- Type
- string
eachRoll(sides, rolls) → {Number}
eachRoll acts as a helper function to generate a random number for the die roll outcome.
Parameters:
| Name | Type | Default | Description |
|---|---|---|---|
sides |
Number | 6 | either the default value of six or the users first input in their request. |
rolls |
Number | 1 | either the default value of one or the users second input in their request. |
- Source:
Returns:
returns the random number rolled or the average of all random numbers rolled when the parameter roll is greater than 1.
- Type
- Number
(async) getTimer(command, say)
getTimer helps get current spent time whout stopping timer.
Parameters:
| Name | Type | Description |
|---|---|---|
command |
object | an object received from the Slack API. |
say |
SlackCommandMiddlewareArgs | callback function to give response to user. |
(async) setCountdown(command, say)
setCountdown responds to Slash Command '/countdown' when a valid time input in HH:MM:SS format follows the command.
Parameters:
| Name | Type | Description |
|---|---|---|
command |
object | an object containing information related to user input object, including these properties: user_id, text |
say |
function | prompts app to output the response passed into it as a parameter. |
- Source:
(async) setTimer(command, say)
setTimer helps set timer for user using moment library.
Parameters:
| Name | Type | Description |
|---|---|---|
command |
object | an object received from the Slack API. |
say |
SlackCommandMiddlewareArgs | callback function to give response to user. |
(async) stopTimer(command, say)
stopTimer helps stop timer and get response with time user spent.
Parameters:
| Name | Type | Description |
|---|---|---|
command |
object | an object received from the Slack API. |
say |
SlackCommandMiddlewareArgs | callback function to give response to user. |


Average daily water consumption for single-family housing units
Access to an adequate supply of water is paramount to life and health and is required for everyday activities from individual drinking water and household use to recreation, agriculture and industry. Reducing water consumption saves money for households, reduces demand on the Catawba River water supply, and also reduces energy consumption, as it takes energy to pump, heat, treat and deliver water. Small daily behavior changes and household improvements can have large impacts on water consumption. Strategies to reduce household water use include installing low-flow fixtures and water-saving appliances, fixing water leaks, turning off the tap while brushing teeth or washing dishes, and creating a water-smart lawn and landscape.
####How are we doing? Average single-family household daily water consumption decreased from 177 gallons per day in 2011 to 157 gallons per day in 2013. According to an analysis from Sustain Charlotte, household monthly water consumption in gallons decreased from 7,181 in 2003 to 5,236 in 2012, an average annual decrease of 3%.
####Did you know? Nationwide, lawn watering and landscape irrigation is estimated to account for nearly one-third of all residential water use, totaling nearly 9 billion gallons per day. North Carolina State University developed the Turf Irrigation Management System (TIMS) that uses current weather data to identify the optimum amount of time to water a lawn, in minutes per day.
####Related Variables
Single-Family Housing
Energy Consumption - Electricity
Energy Consumption - Natural Gas
Residential Solid Waste
Residential Recycling
Impervious Surface
Adopt-a-Stream Participation
Total annual residential water consumption in hundred cubic feet (CCF), multiplied by 748 to convert to gallons, divided by 365, divided by the number of residential accounts for single-family housing units. Areas with fewer than 10 accounts are suppressed and represented as N/A. The data do not include multi-family structures utilizing a single meter, irrigation meters, homes on well water or non-residential structures.
Source: Charlotte-Mecklenburg Utilities
| Take Action | |
|---|---|
| Conserve Water | Learn how to conserve water throughout a home and garden. |
| Neighborhood Matching Grants | Curb water use, protect natural environments, and strengthen community with grants for neighborhood-wide sustainability initiatives in City of Charlotte neighborhoods. |
| EPA WaterSense Program | Save water and protect the environment by choosing WaterSense labeled products in your home, yard, and business and taking simple steps to save water each day. |
| Water Smart Landscaping Guide | Using landscaping to optimize drainage and curb appeal at the same time (PDF Download). |
| Blue Planet Water Center | Visit the hands-on water educational center in Mecklenburg County, and schedule a tour of the Water Treatment Plant in Huntersville. |
| Learn More | |
|---|---|
| Water Use in the U.S. | Data on the nation's water use from the U.S. Geological Survey, including categories of use and trends since 1950. |
| County Water Use Map | Map of water withdrawals by use for counties across the nation. |
| Current Rates | Read more about how Charlotte-Mecklenburg Utilities determines water and sewer rates and fees. |
| Sustainability Report Card | Learn more about efforts to promote sustainability in Charlotte-Mecklenburg. |
| Water Towers | Photo gallery of water towers in the Charlotte region. |


|
| Local Properties | ||
| Managed Object Types | Data Object Types | All Properties | All Methods |
Properties
| Name | Type | Description |
|---|---|---|
| disk* | VirtualMachineFileLayoutExDiskLayout[] |
Layout of each virtual disk attached to the virtual machine.
For a virtual machine with snaphots, this property gives only those disks
that are attached to it at the current point of running.
|
| file* | VirtualMachineFileLayoutExFileInfo[] |
Information about all the files that constitute the virtual machine
including configuration files, disks, swap file, suspend file, log files,
core files, memory file etc. VirtualMachineFileLayoutExFileType lists the
different file-types that make a virtual machine.
|
| snapshot* | VirtualMachineFileLayoutExSnapshotLayout[] |
Layout of each snapshot of the virtual machine.
|
| timestamp | xsd:dateTime |
Time when values in this structure were last updated.
|
| Properties inherited from DynamicData | ||
| None |
| Top of page | Local Properties | ||
| Managed Object Types | Data Object Types | All Properties | All Methods |


DoctorsFor.me
Search Doctors
Appointments
Login
Signup
Profile
{{fullname}} |
Signout
{{doctor.name}}
{{doctor.qualification}}, {{doctor.experience}}+ years experience
Doctor's Address:
{{doctor.address}}
{{doctor.city}}, {{doctor.country}}
Phone: {{doctor.phone}}
Email: {{doctor.email}}
Book appointment
Reviews
{{review.comment}}
by
{{review.full_name}}
No reviews for this doctor yet.
{{review.comment}}


Number of Players per group TOGGLE Number of Slots
Number of Players per group:
Number of Slots:
Lovella Harry Bethel Lettie Shon Alberto Paola Jim Dagny Altha Shonda Wesley


I am trying to swap my system over to rfm69cw equipped nodes but the rfm69cw's seem to be reducing the rate of successful transmissions to make the system unusable.
I have an emontx V3.2 with rfm12b sending power and Wh data every 5 seconds to rfm12pi base. The emontx transmissions are also received by a FunkyV3 with rfm12b which acts on the spare solar power reported by the emontx and controls the power to my electric vehicle charger via the spi bus.The Funky V3 also receives the time from the rfm12pi and uses this to split the Wh import figure from the emontx into peak and off peak usage which it then transmits every 10 seconds to the rfm12pi base along with charger output etc. There is also two FunkyV2's transmitting temperature readings every 60 seconds to the rfm12pi base. Data transmissions for the above seem to get through reliably although the odd packet from the emontx to the FunkyV3 are lost which is why I wanted to change to the rfm69cw with the hope of reducing these lost packets.
When I change any or all of the above to rfm69cw radio modules the successful transmissions drop to every 20 seconds up to 10 minutes. I changed to emontxV3.4 with rfm69cw, rfm69pi base and FunkyV3 with rfm69 all located in exactly the same positions as rfm12b units yet I cannot achieve reliable reception unless I swap back to rfm12b.
I am running all the sketches with #define RF69_COMPAT 1 as the first line and with (I think) the latest Jeelib library suitable for each unit. Emonhub is not reporting any problems (emonhub debug mode and rfm69 quiet mode) but the data is still not getting through. Rssi is -37 for emontx to rfm69pi 1m apart and -55 for emontx to FunkyV3 4m and two walls apart. The emontx payload is 58 bytes so quite large, but would this be enough to cause the problem?
Any suggestions as to where to look next to solve this?
Re: RFM69cw data transmissions not getting through
I can think of two conditions when that makes some sense:
1. You have not exactly the same frequency and your receiver is now in a dead spot (more precisely, the dead spot has moved to where the receiver is!)
2. The greater transmitted power is actually overloading the receiver. I don't know what the RSSI numbers actually mean in practical terms (i.e. where the AGC can no longer cope!).
Re: RFM69cw data transmissions not getting through
I could move the rfm69pi further away from the emontx, which may cure the condition if No.2 is the cause. I'll give that a try tomorrow. Thanks for the suggestions.
Re: RFM69cw data transmissions not getting through
I'd also see if smaller payloads get through better; 58 byte payload could be more subjective to noise/interference.
Jeelib puts the RFM69CW in RFM12B compatibility mode, I am not sure how this may contribute to the issue you experience and would two RFM69CWs talk better among themselves than a RFM69CW to RFM12B.
I've been meaning to test Felix's native RFM69 library and compare performance against Jeelib; https://github.com/LowPowerLab/RFM69
Re: RFM69cw data transmissions not getting through
I've got that (LowPowerLab/RFM69) too, but not used it/tested it yet, because we've got problems with the 3-phase sketches ever since JeeLib had the RFM69 capability added. I've no proof, but I strongly suspect that the expanded JeeLib has created memory issues. I made an RFM12B version of the sketch using SPI to send raw commands to the RFM12B, and the problem went away.
My intention was to do the same with the RFM69CW, but it might well be worth trying the library first/as well.
Re: RFM69cw data transmissions not getting through
I tried LowPowerLab's library with couple Funky V3s equipped with RFM69CWs, works very well. I had the transmitting one in my kitchen and walked with the receiving one in and around the house and was able to get reception in a shack at the far end of the yard. Imressed. RFM12B could never go that far.
Here is the code I used:
https://github.com/mharizanov/new_Funky/tree/master/examples/LowPowerLab...
Re: RFM69cw data transmissions not getting through
I'd read a blog post by 'TheArduinoGuy' who had switched to the LowPowerLabs library after having data transmission problems with the rfm69cw using jeelib library. I still have a couple of FunkyV2's with rfm12b's running in low power mode so would need to keep the RFM69pi running in COMPAT mode. Would I be able to switch the emontx and FunkyV3 that were on RFM69cw's to full RFM69 mode using the LowPowerLab library whilst still running the RFM12pi in COMPAT mode with the RFM12b FunkyV2's?
Today I put the emontx sketch payload temporarily up to 66 bytes to try and debug it and then read Martins post about trying a smaller payload. It seems to be working ok at 66 bytes with rfm12b system and I've decreased the rf transmission interval of the emon tx to every second which may be helping reduce the number of 30 second gaps in successful receives or it could just be due to better conditions today, difficult to tell.
Re: RFM69cw data transmissions not getting through
LowPowerLabs and JeeLib do not use the same message format, therefore you cannot use both on the same network.
However, I think it would not be too difficult to add a function LowPowerLabs library to construct a message in JeeLib format, for compatibility.


{include file='public/head' /}
晨晓维
{include file='public/lan' /}
注册
注册
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{include file='public/foot' /}


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Department
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Position
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Reviewer Name
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Reviewer Title
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Last appraised date
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