Interior Designer
Exceptional Resident Services
Introducing a new residental complex. Each apartments has been individually designed to maximise space and light. Smart Home Technology installed as standard in each apartment putting you in total control of your home at the touch of a button from wherever you might be.
All Team
Allene Bone
Project Manager
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Linda Contreras
Project Coordinator
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tau.storage package¶
-
class
tau.storage.
AbstractStorage
(name)[source]¶ Bases:
object
Abstract base class for storage containers.
A storage container provides a record database, a persistent filesystem, and a key/value store. The database is accessed via member methods like
insert
, Search Page, etc. The filesystem is accessed via its filesystem prefix (e.g./usr/local/packages
) viaprefix
. The key/value store is accessed via the [] operator, i.e. treat the storage object like a dictionary.-
name
¶ str
The storage container’s name, e.g. “system” or “user”.
-
database
¶ str
Database object implementing
AbstractDatabase
.
-
Record
¶ alias of
StorageRecord
-
connect_filesystem
(*args, **kwargs)[source]¶ Prepares the store filesystem fore reading and writing.
-
contains
(keys, table_name=None, match_any=False)[source]¶ Check if the specified table contains at least one matching record.
- The behavior depends on the type of keys:
- self.Record.eid_type: check for the record with that element identifier.
- dict: check for the record with attributes matching keys.
- list or tuple: return the equivilent of
map(contains, keys)
.
Parameters: - keys – Fields or element identifiers to match.
- table_name (str) – Name of the table to operate on. See
AbstractStorage.table
. - match_any (bool) – Only applies if keys is a dictionary. If True then any key in keys may match or if False then all keys in keys must match.
Returns: True if the table contains at least one matching record, False otherwise.
Return type: Raises: ValueError
– Invalid value for keys.
-
count
(table_name=None)[source]¶ Count the records in the database.
Parameters: table_name (str) – Name of the table to operate on. See AbstractStorage.table
.Returns: Number of records in the table. Return type: int
-
disconnect_filesystem
(*args, **kwargs)[source]¶ Prepares the store filesystem fore reading and writing.
-
get
(keys, table_name=None, match_any=False)[source]¶ Find a single record.
- The behavior depends on the type of keys:
- self.Record.eid_type: return the record with that element identifier.
- dict: return the record with attributes matching keys.
- list or tuple: return a list of records matching the elements of keys
- None: return None.
Parameters: - keys – Fields or element identifiers to match.
- table_name (str) – Name of the table to operate on. See
AbstractStorage.table
. - match_any (bool) – Only applies if keys is a dictionary. If True then any key in keys may match or if False then all keys in keys must match.
Returns: The matching data record if keys was a self.Record.eid_type or dict. list: All matching data records if keys was a list or tuple. None: No record found or
bool(keys) == False
.Return type: Raises: ValueError
– Invalid value for keys.
-
insert
(data, table_name=None)[source]¶ Create a new record.
If the table doesn’t exist it will be created.
Parameters: - data (dict) – Data to insert in table.
- table_name (str) – Name of the table to operate on. See
AbstractStorage.table
.
Returns: The new record.
Return type:
-
match
(field, table_name=None, regex=None, test=None)[source]¶ Find records where field matches regex or test.
Either regex or test may be specified, not both. If regex is given, then all records with field matching the regular expression are returned. If test is given then all records with field set to a value that caues test to return True are returned. If neither is given, return all records where field is set to any value.
Parameters: - table_name (str) – Name of the table to operate on. See
AbstractStorage.table
. - field (string) – Name of the data field to match.
- regex (string) – Regular expression string.
- test – Callable returning a boolean value.
Returns: Matching data records.
Return type: Raises: ValueError
– Invalid value for keys.- table_name (str) – Name of the table to operate on. See
-
prefix
()[source] Get the filesystem prefix for file storage.
The filesystem must be persistent and provide the usual POSIX filesystem calls. In particular, GNU software packages should be installable in the filesystem.
Returns: Absolute path in the filesystem. Return type: str
-
purge
(table_name=None)[source]¶ Delete all records.
Parameters: table_name (str) – Name of the table to operate on. See AbstractStorage.table
.
-
remove
(keys, table_name=None, match_any=False)[source]¶ Delete records.
- The behavior depends on the type of keys:
- self.Record.eid_type: delete the record with that element identifier.
- dict: delete all records with attributes matching keys.
- list or tuple: delete all records matching the elements of keys.
Parameters: - keys – Fields or element identifiers to match.
- table_name (str) – Name of the table to operate on. See
AbstractStorage.table
. - match_any (bool) – Only applies if keys is a dictionary. If True then any key in keys may match or if False then all keys in keys must match.
Raises: ValueError
–bool(keys) == False
or invaild value for keys.
-
search
(keys=None, table_name=None, match_any=False)[source]¶ Find multiple records.
- The behavior depends on the type of keys:
- Record.eid_type: return the record with that element identifier.
- dict: return all records with attributes matching keys.
- list or tuple: return a list of records matching the elements of keys
- None: return all records.
Parameters: - keys – Fields or element identifiers to match.
- table_name (str) – Name of the table to operate on. See
AbstractStorage.table
. - match_any (bool) – Only applies if keys is a dictionary. If True then any key in keys may match or if False then all keys in keys must match.
Returns: Matching data records.
Return type: Raises: ValueError
– Invalid value for keys.
-
table
(table_name)[source]¶ Return a handle to a table.
Return a handle to the named table or, if table_name is None, return the default table.
Parameters: table_name (str) – Name of the table or None. Returns: A database table object. Return type: object
-
unset
(fields, keys, table_name=None, match_any=False)[source]¶ Update records by unsetting fields.
Update only allows you to update a record by adding new fields or overwriting existing fields. Use this method to remove a field from the record.
- The behavior depends on the type of keys:
- self.Record.eid_type: update the record with that element identifier.
- dict: update all records with attributes matching keys.
- list or tuple: apply update to all records matching the elements of keys.
Parameters: - fields (list) – Names of fields to remove from matching records.
- keys – Fields or element identifiers to match.
- table_name (str) – Name of the table to operate on. See
AbstractStorage.table
. - match_any (bool) – Only applies if keys is a dictionary. If True then any key in keys may match or if False then all keys in keys must match.
Raises: ValueError
–bool(keys) == False
or invaild value for keys.
-
update
(fields, keys, table_name=None, match_any=False)[source]¶ Update records.
- The behavior depends on the type of keys:
- self.Record.eid_type: update the record with that element identifier.
- dict: update all records with attributes matching keys.
- list or tuple: apply update to all records matching the elements of keys.
Parameters: - fields (dict) – Data to record.
- keys – Fields or element identifiers to match.
- table_name (str) – Name of the table to operate on. See
AbstractStorage.table
. - match_any (bool) – Only applies if keys is a dictionary. If True then any key in keys may match or if False then all keys in keys must match.
Raises: ValueError
–bool(keys) == False
or invaild value for keys.
-
-
exception
tau.storage.
StorageError
(value, *hints)[source]¶ Bases:
tau.error.Error
Indicates a failure in the storage system.
-
message_fmt
= '%(value)s\n%(hints)s\n'¶
-
-
class
tau.storage.
StorageRecord
(storage, eid, element)[source]¶ Bases:
object
A record in the storage container’s database.
-
eid_type
¶ Element identifier type.
-
storage
¶ Storage container whos database contains this record.
-
eid
¶ Element identifier value.
-
element
¶ dict
The database element as a dictionary.
-
eid_type
alias of
str
-
Submodules¶
tau.storage.levels module¶
TAU Commander hierarchical file and record storage system.
System-level records are globally readable and writable, depending on the user’s system access level. System-level is a good place for software package installations and some system-specific configurations, e.g. target or compiler configurations.
User-level records are readable and writable by (at least) the user. User-level is also
where software is installed when the user doesn’t have write access to SYSTEM_PREFIX
.
It’s a good place for user-specific records, i.e. preferences or encrypted login credentials.
Project-level records define the project and its member components. The user may also
want to install software packages at the project level to avoid quotas or in situations
where USER_PREFIX
is not accessible from cluster compute nodes.
-
tau.storage.levels.
ORDERED_LEVELS
= (<tau.storage.project.ProjectStorage object at 0x10b54d7d0>, <tau.storage.local_file.LocalFileStorage object at 0x10b54d4d0>, <tau.storage.local_file.LocalFileStorage object at 0x10b54d510>)¶ All storage levels in their preferred order.
-
tau.storage.levels.
PROJECT_STORAGE
= <tau.storage.project.ProjectStorage object>¶ Project-level data storage.
-
tau.storage.levels.
STORAGE_LEVELS
= {'project': <tau.storage.project.ProjectStorage object at 0x10b54d7d0>, 'user': <tau.storage.local_file.LocalFileStorage object at 0x10b54d4d0>, 'system': <tau.storage.local_file.LocalFileStorage object at 0x10b54d510>}¶ All storage levels indexed by their names.
-
tau.storage.levels.
SYSTEM_STORAGE
= <tau.storage.local_file.LocalFileStorage object>¶ System-level data storage.
-
tau.storage.levels.
USER_STORAGE
= <tau.storage.local_file.LocalFileStorage object>¶ User-level data storage.
tau.storage.local_file module¶
-
class
tau.storage.local_file.
LocalFileStorage
(name, prefix)[source]¶ Bases:
tau.storage.AbstractStorage
A persistant, transactional record storage system.
Uses
TinyDB
for both the database and the key/value store.-
dbfile
¶ str
Absolute path to database file.
-
Record
¶ alias of
_JsonRecord
-
connect_filesystem
(*args, **kwargs)[source]¶ Prepares the store filesystem fore reading and writing.
-
contains
(keys, table_name=None, match_any=False)[source]¶ Check if the specified table contains at least one matching record.
- The behavior depends on the type of keys:
- self.Record.eid_type: check for the record with that element identifier.
- dict: check for the record with attributes matching keys.
- list or tuple: return the equivilent of
map(contains, keys)
. - None: return False.
Parameters: Returns: True if the table contains at least one matching record, False otherwise.
Return type: Raises: ValueError
– Invalid value for keys.
-
count
(table_name=None)[source]¶ Count the records in the database.
Parameters: table_name (str) – Name of the table to operate on. See AbstractDatabase.table
.Returns: Number of records in the table. Return type: int
-
disconnect_filesystem
(*args, **kwargs)[source]¶ Prepares the store filesystem fore reading and writing.
-
get
(keys, table_name=None, match_any=False)[source]¶ Find a single record.
- The behavior depends on the type of keys:
- self.Record.eid_type: return the record with that element identifier.
- dict: return the record with attributes matching keys.
- list or tuple: return a list of records matching the elements of keys
- None: return None.
Parameters: Returns: The matching data record if keys was a self.Record.eid_type or dict. list: All matching data records if keys was a list or tuple. None: No record found or
bool(keys) == False
.Return type: Raises: ValueError
– Invalid value for keys.
-
insert
(data, table_name=None)[source]¶ Create a new record.
If the table doesn’t exist it will be created.
Parameters: Returns: The new record.
Return type:
-
match
(field, table_name=None, regex=None, test=None)[source]¶ Find records where field matches regex or test.
Either regex or test may be specified, not both. If regex is given, then all records with field matching the regular expression are returned. If test is given then all records with field set to a value that caues test to return True are returned. If neither is given, return all records where field is set to any value.
Parameters: Returns: Matching data records.
Return type: Raises: ValueError
– Invalid value for keys.
-
prefix
¶
-
purge
(table_name=None)[source]¶ Delete all records.
Parameters: table_name (str) – Name of the table to operate on. See AbstractDatabase.table
.
-
remove
(keys, table_name=None, match_any=False)[source]¶ Delete records.
- The behavior depends on the type of keys:
- self.Record.eid_type: delete the record with that element identifier.
- dict: delete all records with attributes matching keys.
- list or tuple: delete all records matching the elements of keys.
Parameters: Raises: ValueError
–bool(keys) == False
or invaild value for keys.
-
search
(keys=None, table_name=None, match_any=False)[source]¶ Find multiple records.
- The behavior depends on the type of keys:
- self.Record.eid_type: return the record with that element identifier.
- dict: return all records with attributes matching keys.
- list or tuple: return a list of records matching the elements of keys
- None: return all records.
Parameters: Returns: Matching data records.
Return type: Raises: ValueError
– Invalid value for keys.
-
unset
(fields, keys, table_name=None, match_any=False)[source]¶ Update records by unsetting fields.
Update only allows you to update a record by adding new fields or overwriting existing fields. Use this method to remove a field from the record.
- The behavior depends on the type of keys:
- self.Record.eid_type: update the record with that element identifier.
- dict: update all records with attributes matching keys.
- list or tuple: apply update to all records matching the elements of keys.
Parameters: - fields (list) – Names of fields to remove from matching records.
- keys – Fields or element identifiers to match.
- table_name (str) – Name of the table to operate on. See
AbstractDatabase.table
. - match_any (bool) – Only applies if keys is a dictionary. If True then any key in keys may match or if False then all keys in keys must match.
Raises: ValueError
–bool(keys) == False
or invaild value for keys.
-
update
(fields, keys, table_name=None, match_any=False)[source]¶ Update records.
- The behavior depends on the type of keys:
- self.Record.eid_type: update the record with that element identifier.
- dict: update all records with attributes matching keys.
- list or tuple: apply update to all records matching the elements of keys.
Parameters: - fields (dict) – Data to record.
- keys – Fields or element identifiers to match.
- table_name (str) – Name of the table to operate on. See
AbstractDatabase.table
. - match_any (bool) – Only applies if keys is a dictionary. If True then any key in keys may match or if False then all keys in keys must match.
Raises: ValueError
–bool(keys) == False
or invaild value for keys.
-
-
class
tau.storage.local_file.
_JsonFileStorage
(path)[source]¶ Bases:
tinydb.storages.JSONStorage
Allow read-only as well as read-write access to the JSON file.
TinyDB’s default storage (
tinydb.JSONStorage
) assumes write access to the JSON file. This isn’t the case for system-level storage and possibly others.
tau.storage.project module¶
-
class
tau.storage.project.
ProjectStorage
[source]¶ Bases:
tau.storage.local_file.LocalFileStorage
Handle the special case project storage.
Each TAU Commander project has its own project storage that holds project-specific files (i.e. performance data) and the project configuration.
-
prefix
¶ Searches the current directory and its parents for a TAU Commander project directory.
This method does not create or modify files. If the project directory cannot be found then an error is raised. It’s up to the caller to determine how the error should be handled.
Returns: The project directory, i.e. this storage container’s filesystem prefix. Return type: str Raises: ProjectStorageError
– Neither the current directory nor any of its parent directories contain a TAU Commander project directory.
-
-
exception
tau.storage.project.
ProjectStorageError
(search_root)[source]¶ Bases:
tau.storage.StorageError
Indicates that the project storage has not been initialized.
-
message_fmt
= '%(value)s\n\n%(hints)s\nPlease contact %(contact)s for assistance.'¶
-


| Total net profit | -44.16 | Gross profit | 1.18 | Gross loss | -45.34 |
| Profit factor | 0.03 | Expected payoff | -1.16 | ||
| Absolute drawdown | -44.16 | Maximal drawdown (%) | 43.51 (-6693.85%) | ||
| Total trades | 38 | Profit trades (% of total) | 2 (5.26%) | Loss trades (% of total) | 36 (94.74%) |
| Long positions (won %) | 19 (5.26%) | Short positions (won %) | 19 (5.26%) | ||
| Largest | profit trade | 1.03 | loss trade | -9.26 | |
| Average | profit trade | 0.59 | loss trade | -1.26 | |
| Minimum | profit trade | 0.15 | loss trade | -0.04 | |
| Maximum | take profit in pips | 462.1 | stop loss in pips | -731.1 | |
| Average | take profit in pips | 46.9 | stop loss in pips | -128.7 | |
| Minimum | take profit in pips | -56.0 | stop loss in pips | -29.5 | |
| Maximum | Reward-Risk | 3.9 | Duration in minutes | 7198 | |
| Average | Reward-Risk | 0.7 | Duration in minutes | 409.2 | |
| Minimum | Reward-Risk | 0.0 | Duration in minutes | 0 | |
| Maximum | consecutive wins (profit in money) | 1.0 (1.03) | consecutive losses (loss in money) | 24.0 (-32.07) | |
| Average | consecutive wins | 1.0 | consecutive losses | 16.0 |
| Total net profit | -14.16 | Gross profit | 1.03 | Gross loss | -15.19 |
| Profit factor | 0.07 | Expected payoff | -0.75 | ||
| Absolute drawdown | -14.16 | Maximal drawdown (%) | 13.51 (-2078.46%) | ||
| Total trades | 19 | Profit trades (% of total) | 1 (5.26%) | Loss trades (% of total) | 18 (94.74%) |
| Largest | profit trade | 1.03 | loss trade | -2.47 | |
| Average | profit trade | 1.03 | loss trade | -0.84 | |
| Minimum | profit trade | 1.03 | loss trade | -0.04 | |
| Maximum | take profit in pips | 153.4 | stop loss in pips | -731.1 | |
| Average | take profit in pips | 22.3 | stop loss in pips | -127.0 | |
| Minimum | take profit in pips | -56.0 | stop loss in pips | -50.7 | |
| Maximum | Reward-Risk | 2.5 | Duration in minutes | 4169.0 | |
| Average | Reward-Risk | 0.4 | Duration in minutes | 327.6 | |
| Minimum | Reward-Risk | 0.0 | Duration in minutes | 0.0 | |
| Maximum | consecutive wins (profit in money) | 1.0 (1.03) | consecutive losses (loss in money) | 12.0 (-10.53) | |
| Average | consecutive wins | 1.0 | consecutive losses | 12.0 |
| Total net profit | -30.0 | Gross profit | 0.15 | Gross loss | -30.15 |
| Profit factor | 0.0 | Expected payoff | -1.58 | ||
| Absolute drawdown | -30.0 | Maximal drawdown (%) | 29.46 (-5455.56%) | ||
| Total trades | 19 | Profit trades (% of total) | 1 (5.26%) | Loss trades (% of total) | 18 (94.74%) |
| Largest | profit trade | 0.15 | loss trade | -9.26 | |
| Average | profit trade | 0.15 | loss trade | -1.67 | |
| Minimum | profit trade | 0.15 | loss trade | -0.34 | |
| Maximum | take profit in pips | 462.1 | stop loss in pips | -682.6 | |
| Average | take profit in pips | 71.5 | stop loss in pips | -130.3 | |
| Minimum | take profit in pips | -13.9 | stop loss in pips | -29.5 | |
| Maximum | Reward-Risk | 3.9 | Duration in minutes | 7198.0 | |
| Average | Reward-Risk | 1.0 | Duration in minutes | 490.7 | |
| Minimum | Reward-Risk | Duration in minutes | 0.0 | ||
| Maximum | consecutive wins (profit in money) | 1.0 (0.15) | consecutive losses (loss in money) | 16.0 (-28.93) | |
| Average | consecutive wins | 1.0 | consecutive losses | 16.0 |


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#include <array_ops.h>
Copy a tensor setting everything outside a central band in each innermost matrix.
to zero.
The band
part is computed as follows: Assume input
has k
dimensions [I, J, K, ..., M, N]
, then the output is a tensor with the same shape where
band[i, j, k, ..., m, n] = in_band(m, n) * input[i, j, k, ..., m, n]
.
The indicator function
in_band(m, n) = (num_lower < 0 || (m-n) <= num_lower)) && (num_upper < 0 || (n-m) <= num_upper)
.
For example:
# if 'input' is [[ 0, 1, 2, 3] [-1, 0, 1, 2] [-2, -1, 0, 1] [-3, -2, -1, 0]],
tf.matrix_band_part(input, 1, -1) ==> [[ 0, 1, 2, 3] [-1, 0, 1, 2] [ 0, -1, 0, 1] [ 0, 0, -1, 0]],
tf.matrix_band_part(input, 2, 1) ==> [[ 0, 1, 0, 0] [-1, 0, 1, 0] [-2, -1, 0, 1] [ 0, -2, -1, 0]]
Useful special cases:
tf.matrix_band_part(input, 0, -1) ==> Upper triangular part. tf.matrix_band_part(input, -1, 0) ==> Lower triangular part. tf.matrix_band_part(input, 0, 0) ==> Diagonal.
Arguments:
k
tensor.Returns:
Constructors and Destructors |
|
|---|---|
MatrixBandPart(const ::tensorflow::Scope & scope, ::tensorflow::Input input, ::tensorflow::Input num_lower, ::tensorflow::Input num_upper)
|
Public attributes |
|
|---|---|
band
|
|
operation
|
Public functions |
|
|---|---|
node() const
|
::tensorflow::Node *
|
operator::tensorflow::Input() const
|
|
operator::tensorflow::Output() const
|
|
::tensorflow::Output band
Operation operation
MatrixBandPart( const ::tensorflow::Scope & scope, ::tensorflow::Input input, ::tensorflow::Input num_lower, ::tensorflow::Input num_upper )
::tensorflow::Node * node() const
operator::tensorflow::Input() const
operator::tensorflow::Output() const


The BLAS are a set of well defined basic linear algebra operations ([1], [2], [3]). These operations are subdivided into three groups:
Efficient machine-specific implementations of the BLAS are available for many modern high-performance computers. The implementation of higher level linear algebra algorithms on these systems depends critically on the use of the BLAS as building blocks. AMD provides, as part of the ACML, an implementation of the BLAS optimized for performance on AMD64 processors.
For any information relating to the BLAS please refer to the BLAS FAQ:
http://www.netlib.org/blas/faq.html
ACML also includes interfaces to the extensions to Level 1 BLAS known as the sparse BLAS. These routines perform operations on a sparse vector x which is stored in compressed form and a vector y in full storage form. See reference [4] for more information.


In my Junior High School (JHS) years, we had an ICT subject and we did an HTML. I was amazed that time that I was really creating my own webpage but only accessing it through “open with Google Chrome” only. When Ms. Jen tasks us to create an HTML, I was very excited to do it again. Though, I forgot the lessons way back on JHS, but it is very good to code in HTML again.
I also noticed that some of my classmates were good at designing their website. I realized that it is a part of a challenge that I need to study and learn more about it. I also realized that there are more from the internet when I searched but I did not include it on the website because I did not understand on how the code works. As a part of learning, I wanted to put it on my website when I understand on how it will work on my next website level up activity. Furthermore, I am also curious on how we will deploy it on the internet. Ms. Jen said the steps on Trello on how it will be deployed but the Heroku does not read HTML code. Thankfully, because of Christian, he thought and said to us that there are tricks on deploying our website on Heroku and It worked.
Click here to see my first deployed website.


| DOSE: |
3 lines |
insufflated |
Cocaine |
(powder / crystals) |
| |
4 lines |
insufflated |
Cocaine |
(powder / crystals) |
I was going to a club on the night of this situation I found myself in. I have done coke about a dozen times before, so I knew what to expect. Usually, I feel a feeling of euphoria, followed by a state of alertness/talkativness/wittiness. I like coke alot, but I would say that I can control myself for the most part. The most I've ever had at a time before this was two lines. Thats it, although sometimes I get the urge to snort some more, I say to myself 'That's how people get addicted.' I'm already addicted to cigarettes, but coke, thats a whole new ballgame.
Anyway, the night we went to this drug friendly club, or so I thought, I was a having a pretty good day, and I was filled with excitement and nervousness. I had never done coke at a club before. Myself, and three of my fellow coke-using friends snorted three lines each before the club, just in case we chickened out when we got there. My friends are definately more experienced than I am, and use more often. So three lines for them is just a starting point. However, this was the most I had done in one sitting, and I was pretty talky, and I even started feeling aggressive.
When we got to the club, it wasn't empty, but it wasnt too crowded. Well, I wasn't feeling as paranoid as I usually do, so, I decided to be the first to break out the coke. I cut four fat lines and snorted them up in quick succession.  I started flirting with all the girls, and one of them, a very sexy one, caught my eye. Well, I offered to buy her a drink, not long before her god damned boyfriend interuppted. Now usually, I would walk away from a situation like this, however, I was feeling as strong as four guys, so I decided to get rowdy with this guy.
 He was getting angry, but he was being pretty level headed, saying he didn't want any trouble, he just wanted me to know his girl was taken. Well, I picked up a bottle from the ground, and smashed him in the head with it. Immediatly, he fell to the ground. I went back into the club. I was ready for another few lines. I went back to our booth, and cut three more lines.
However, before I was able to get one down, a big guy dressed in black came up to me. He said he was a cop, and he would like to talk to me. So I went with him to the outside of the club, and he said 'give me the coke.' Well, there was no point in arguing with him, he'd seen the coke already. I gave him what was left of my bag, and he said he'd be right back, he had to bring it to his squad car.
We never did get in trouble, and I don't even know if the guy was actually a cop. The guy I hit with the bottle, he was picked up by the ambulance, but he was conscience when they picked him up. From what I heard, he needed a couple of stitches, no big deal. I've never been back to that club, and I haven't snorted coke since. If I had went to jail for assult and possesion of cocaine, who knows. I'm lucky.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Email:
<EMAIL_ADDRESS>Mobile:
416-897-2955
Site:
www.miyutherealestategal.ca
Home
About Us
Sitemap
Property 1
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Property 3
Property 4
Property 5
Sitemap:
Home
About Us
Sitemap
Switchboard
Property 1
Property 2
Property 3
Property 4
Property 5
Credits:
The following is a list of resources used for graphics and properties information.
www.paultherealestateguy.com
www.remax.ca
images.google.com


#include <int_symbol.h>
Data Fields | |
| int | value |
| void * | data |
| INT_Symbol_Table * | table |
| INT_Symbol * | next_hash |
| INT_Symbol * | prev_hash |
| INT_Symbol * | next_symbol |
| INT_Symbol * | prev_symbol |
Definition at line 66 of file int_symbol.h.
| void* INT_Symbol::data |
Definition at line 76 of file int_symbol.h.
Referenced by INT_add_symbol(), INT_delete_symbol(), INT_delete_symbol_table(), and INT_find_symbol_data().
| struct INT_Symbol* INT_Symbol::next_hash |
Definition at line 78 of file int_symbol.h.
Referenced by INT_add_symbol(), INT_delete_symbol(), INT_find_symbol(), INT_find_symbol_data(), INT_print_symbol_table_hash(), and INT_resize_symbol_table().
| struct INT_Symbol* INT_Symbol::next_symbol |
Definition at line 80 of file int_symbol.h.
Referenced by INT_add_symbol(), INT_delete_symbol(), INT_delete_symbol_table(), and INT_resize_symbol_table().
| struct INT_Symbol* INT_Symbol::prev_hash |
Definition at line 79 of file int_symbol.h.
Referenced by INT_delete_symbol(), and INT_resize_symbol_table().
| struct INT_Symbol* INT_Symbol::prev_symbol |
Definition at line 81 of file int_symbol.h.
Referenced by INT_add_symbol(), and INT_delete_symbol().
| struct INT_Symbol_Table* INT_Symbol::table |
Definition at line 77 of file int_symbol.h.
Referenced by INT_add_symbol(), and INT_delete_symbol().
Definition at line 74 of file int_symbol.h.
Referenced by INT_add_symbol(), INT_delete_symbol(), INT_find_symbol(), INT_find_symbol_data(), INT_print_symbol_table_hash(), and INT_resize_symbol_table().


Twyrses
The twitter client you never thought would exist...
(and are probably wondering why it now does.)
{% block content %} {% endblock content %}


### [Crownvic.net](http://www.crownvic.net/ubbthreads/ubbthreads.php), serving the Panther community since 2000.
---
Hope this is useful to others.
--------------------------------------
### Suspension:
[Dropping a 00cvpi (air ride+IRS swap)](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2030254&page=1)
[rear independent suspension idea](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2343484&page=1)
[SPC BOLTS VIDEO Lowering spring/ Problem with Coil Spring Specialities](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2765552&page=2)
[INSTALLING FRONT SHOCKS](http://www.crownvic.net/drock96marquis/2003shockchange.htm)
[Heinous Control arm install guide](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2044911)
[Lowering a P71 on a budget (spring clamps lol)](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2743376)
[Any pics of the 1.5 inch drop springs on a panther](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2277450&page=1)
[2006 LX SPORT LOWERING SPRINGS ? - Crownvic.net](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2448523)
--------------------------------------
### Transmission/Drivetrain:
[Road Test Results; 2.73 vs 3.27 vs 3.55 vs DOHC MM](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2344535)
[3.55 DRIVESHAFT - NEED HELP, PLEASE!](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=1309821&page=0#Post1309821)
[AXLE--3.27 vs. 3.55 vs. 3.73](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=40231)
--------------------------------------
### Engine:
[The "MZT" and some popular bolt-ons](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=1320971)
[dRock96Marquis' Panther "MZT" and bolt-on performance FAQ](http://www.crownvic.net/drock96marquis/MZT.htm)
--------------------------------------
### Wheels/Tires:
[dRock96Marquis' Panther Wheel and Tire FAQ](http://www.crownvic.net/drock96marquis/rims.htm)
[PANTHER PLATFORM WHEEL AND TIRE SWAPS - FAQ](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=1061930#Post1061930)
[2010 Mustang GT 19" Wheels](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2474442)
[8" 2010 GT500 Tire size?](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2408232&page=all)
[hpp wheels on 05 - Crownvic.net (Took me awhile to find this)](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2222886)
[BBS RK's on my 2004 P71](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2275151)
[MB Weapons Rear 18x9 and Front 17x8 | Members' Cars](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=1268969&page=1)
[2007 Grand Marquis w/ 17" MB Wheels Mesh X](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2474094)
--------------------------------------
### Brakes:
[Brake lines - Crownvic.net Stainless Lines 06 MGM](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2795054)
[03+ Performance Rotors, Which?](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2440175&an=)
[Centric Brake Rotors - Crownvic.net](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2652479)
[Goodridge braided stainless steel brake hoses](http://www.crownvic.net/ubbthreads/ubbthreads.php?ubb=showflat&Number=2728764)
--------------------------------------
### More links will be added over time
If you want to suggest some links to this page, email them to and I'll post them up.
---
Copyright © wheelsandbytes 2015-2017. All Rights Reserved


Interactive Image Creation
By the end of this exercise, you should be able to:
- Capture a container's filesystem state as a new docker image
- Read and understand the output of
docker container diff
Modifying a Container
Start a bash terminal in a CentOS container:
[centos@node-0 ~]$ docker container run -it centos:7 bash
Install a couple pieces of software in this container - there's nothing special about
wget
, any changes to the filesystem will do. Afterwards, exit the container:[root@dfe86ed42be9 /]# yum install -y which wget [root@dfe86ed42be9 /]# exit
Finally, try
docker container diff
to see what's changed about a container relative to its image; you'll need to get the container ID viadocker container ls -a
first:[centos@node-0 ~]$ docker container ls -a [centos@node-0 ~]$ docker container diff <container ID> C /root A /root/.bash_history C /usr C /usr/bin A /usr/bin/gsoelim ...
Those
C
s at the beginning of each line stand for filesC
hanged, andA
forA
dded; lines that start withD
indicateD
eletions.
Capturing Container State as an Image
Installing
which
andwget
in the last step wrote information to the container's read/write layer; now let's save that read/write layer as a new read-only image layer in order to create a new image that reflects our additions, via thedocker container commit
:[centos@node-0 ~]$ docker container commit <container ID> myapp:1.0
Check that you can see your new image by listing all your images:
[centos@node-0 ~]$ docker image ls REPOSITORY TAG IMAGE ID CREATED SIZE myapp 1.0 34f97e0b087b 8 seconds ago 300MB centos 7 5182e96772bf 44 hours ago 200MB
Create a container running bash using your new image, and check that vim and wget are installed:
[centos@node-0 ~]$ docker container run -it myapp:1.0 bash [root@2ecb80c76853 /]# which wget
The
which
commands should show the path to the specified executable, indicating they have been installed in the image.
Conclusion
In this exercise, you saw how to inspect the contents of a container's read / write layer with docker container diff
, and commit those changes to a new image layer with docker container commit
. Committing a container as an image in this fashion can be useful when developing an environment inside a container, when you want to capture that environment for reproduction elsewhere.


[1]
Magnesium body. Pro features. Perfect size; Can't use ML-L3 wireless
[2]
Good Camera; Too Expensive
[3]
Image quality; responses fast; body; grip; handling; Images are somewhat "soft"


protected open fun registerWithNetworkMap(): ListenableFuture<Unit>
Register this node with the network map cache, and load network map from a remote service (and register for updates) if one has been supplied.


Tourism & Events Queensland wanted to increase consideration
of The Whitsundays amongst 'social funseekers'; digitally savvy
consumers that socialise substantially online.
The Whitsundays was losing its cachet as an aspirational
holiday location.
Shift perceptions and re-build the Whitsundays' social currency
as a world-class destination.
We knew movies rated high on the list of our target's interests
and, with incredible beaches,seaplanes, yachts and glamorous
locations, the Whitsundays is the perfect setting for a movie.
So we invited Australians to write it:
We enlisted world-renowned screenwriterf Craig Pearce as Script
Supervisor. Then for 20 days we posted a daily storyboard image
on Facebook and Instragram, inviting the public to write scenes
for a chance to win a $10,000 luxury holiday.
The campaign launched with a trailer, radio and online
advertising.
We reacted to the storyline as it developed, selecting and
treating images according to the previous winning scene.
Each scene written and shared become a compelling "ad" for
the Whitsundays.
Together, a Hollywood screenwriter and the Australian public
had created the world's first crowd-sourced movie storyboard
and a story universe with millions of possible permutations.
Live reads from NOVA presenters
reflected the ever-evolving story of Jake
in real-time, and encouraged peole to
get involved to shape the story
themselves.
Social


{% load static %}
Process Synchronization means sharing system resources by processes in a such a way that, Concurrent access to shared data is handled thereby minimizing the chance of inconsistent data. Maintaining data consistency demands mechanisms to ensure synchronized execution of cooperating processes.
Process Synchronization was introduced to handle problems that arose while multiple process executions.
Data Structures used for Synchronization:
In this approach, in the entry section of code, a LOCK is acquired over the critical resources modified and used inside critical section (block of code where the shared resources are being modified ), and in the exit section that LOCK is released.
As the resource is locked while a process executes its critical section hence no other process can access it.
In 1965, Dijkstra proposed a new and very significant technique for managing concurrent processes by using the value of a simple integer variable to synchronize the progress of interacting processes. This integer variable is called semaphore. So it is basically a synchronizing tool and is accessed only through two low standard atomic operations, wait() and signal().
It is also known as the bounded buffer problem. The problem consists of two processes, the producer and consumer, sharing a common buffer (fixed size). The producer’s job is to generate data and store it in the common buffer, one at a time. The consumer keeps consuming data until the common buffer empties.
The producer shouldn’t be able to produce more data items when the buffer is full, and the consumer shouldn’t be able to consumer the data items when the buffer is empty.
This is an example of common concurrency problem. Here many threads try to access the same shared resource simultaneously. Threads may read/write (or append). Threads reading the shared resource can do it simultaneously, i.e. two or more readers are allowed to access the shared resource. If a thread is writing into the resource, no other thread can access the resource.
The problem consists of five philosophers sitting around a circular table. The table has five forks. At any instance, a philosopher is eating or thinking. When a philosopher wants to eat, he has to use two forks, one from his left and one from his right. When a philosopher starts thinking, he keeps the two forks on the table. So, philosopher requires the two forks(shared resource) to start eating.


The purpose of this site is to train with Mean.js.
Installation of Mean.js:
- Make sure the proper yeoman generator is installed globally. If not,
npm install -g generator-meanjs
.
- Go to the project's folder.
- Install mean.js by entering
yo meanjs
- Run
mongod
in a secondary terminal window.
- Launch the site entering
grunt
- Initial commit with git
- Push to github (if error: open .git/config and change https by ssh)


{% extends "base.html" %} {% block title %}
Medieval catalogues > SCOTLAND > Glasgow university > Books given by Bishop John Laing, 1475
{% endif %}26 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


Sign In
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My name is Art Vandalay. I am an marine biologist. I am using my IPhone 7 to do anything on the internet in any situation. I am very confident is using my smartphone to do various things. I am a millenial male at the age of 19. My frustration I've experienced with other apps is that they are always late and unreliable. I hate taking taxis or cabs. I just want to "get from 'Point A' to 'Point B'" when I need to and most importantly; on time.


Macros | |
| #define | AI_MAX_THREADS 256 |
| maximum number of threads | |
Functions | |
| AI_API void * | AiThreadCreate (unsigned int(*fn)(void *), void *data, int priority) |
| Creates a thread and returns a handler for the thread. More... | |
| AI_API void | AiThreadClose (void *thread) |
| Closes thread handle, to avoid resource leaks. More... | |
| AI_API void | AiThreadWait (void *thread) |
| Wait for a thread to finish. More... | |
| AI_API AI_CONST void * | AiThreadSelf () |
| Returns a handle for the current (calling) thread. More... | |
Thread Priorities | |
| #define | AI_PRIORITY_LOWEST 0x00 |
even lower priority than AI_PRIORITY_LOW | |
| #define | AI_PRIORITY_LOW 0x01 |
| low thread priority | |
| #define | AI_PRIORITY_NORMAL 0x02 |
| normal thread priority | |
| #define | AI_PRIORITY_HIGH 0x03 |
| high thread priority | |
| AI_API void * AiThreadCreate | ( | unsigned int(*)(void *) | fn, |
| void * | data, | ||
| int | priority | ||
| ) |
Creates a thread and returns a handler for the thread.
After the thread is finished, a pairing call to AiThreadClose() is needed to avoid resource leaks.
The thread priority is valid only for Windows. For example, a render manager that takes advantage of unused background CPU cycles in an artist's workstation would probably want to use lowest priority threads so that other applications can run smoothly.
| fn | pointer to the function the new thread will execute |
| data | data pointer for new thread |
| priority | priority of thread, e.g. AI_PRIORITY_LOW , etc; has no effect on Linux and OS X |
| AI_API void AiThreadClose | ( | void * | thread | ) |
Closes thread handle, to avoid resource leaks.
The thread is effectively destroyed so the handle can't be used anymore.
| thread | thread handle |
| AI_API void AiThreadWait | ( | void * | thread | ) |
Wait for a thread to finish.
This function will not return until the thread finishes executing its user-supplied function. The thread handle must point to an existing thread that has not been destroyed with AiThreadClose(), otherwise the behaviour is undefined.
| thread | thread handle |
| AI_API void * AiThreadSelf | ( | ) |


jl777c
13-Sep-19 10:30 AM
without an actually working system, people will just say "thats just a video and not actually working"
1
the scope of what we already have working at the blockchain level seems to just be too hard for most people to believe. cli apparently isnt enough unless you are some famous twitter personality
so we will make a working showcase, serially, and after the second (or third) one, maybe the market will realize that we can actually deliver mass market end user solutions and then we can get more resources to work in parallel.
the USDK will create the ability to lock KMD in an interest free loan to issue stable coins, that can then be used in atomicDEX (without ETH gas)
so here and there the KMD is ending up needed for the key functionality, even though people are not forced to use it for everything


The problem:
When you are about to organize a trip with a big group of friends is always tough to agree where to go, when to go and so many details
The solution:
Grutrip helps you organizing your next trip with an easy and agile voting system. In addition, it gives you new ideas for your next destination.
My rol:
Product designer & UX-UI Designer (personal project)
Tools:
Typeform (Surveys), Pen & paper, Sketch (Wireframes & Visual design), Invision (Prototype), Principle (UI Animations and Microinteractions).
People tend to organize weekend trips every month or every 60 days and the main reason they organize them is to spend time with the people they love, rest and disconnect from the daily routine. However, not all the group trips that are planned are traveled. This happens because is quite hard to agree with everybody in the destination, dates, budget, what to see, transport in the destination...
In every group, there is always who lead the organization and others are following their advice. However, in order to create the best trip, the organizers need fast feedback about what the are proposing. Based on the research I created Claudia Román, an invented persona who gather the attributes that a group trip organizer has. Designing for Claudia helped me create the product user-centered design.
Once I analyzed how a group trip is made, I detected a design opportunity based on the frustrations that my user persona had while she is organizing it. This was key to start with my ideation process.
So what she basically need is…
This is the final sitemap. However, before this version, I created a few more and I also designed different flows. Nevertheless, when I tested the sketch prototype and the Low Fidelity Prototype I got more insights and feedback to improve the project idea. For that reason, with all these insights, I made a High Fidelity Prototype and still at this point I gather more insights that help me define the final sitemap
These wireframes were used for the last testing. And after that, I re-organize a few things again
The video you are about to see is based on a specific flow. We are going to help Claudia, our user persona, define her next group trip. She has some dates in mind, but she doesn’t know where they can go.
When you are designing an app you must understand the problems that your users had and design a solution that fits that issue. However, if we really want to help that user, the app that we are creating should be viable, that’s why I also create a business model based on ads and different growth strategies that will help me acquire, activate and engage the different stakeholders that are in Grutrip.
Contact me I tell you more 😉


Hey guys if you want to watch money heist season1 for free,then in this article i will give you a direct download link of money heist season1 episodes.
Thank you for read our article.follow our page for more latest trick to watch movies and series.
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Required fields are marked by *.
CIDR String: *
cidrForm.cidrStr.$error = {{ cidrForm.cidrStr.$error | json }}


The broker allows messaging applications to classify a set of related messages as belonging to a group. This allows a message producer to indicate to the consumer that a group of messages should be considered a single logical operation with respect to the application.
The broker can use this group identification to enforce policies controlling how messages from a given group can be distributed to consumers. For instance, the broker can be configured to guarantee all the messages from a particular group are processed in order across multiple consumers.
For example, assume we have a shopping application that manages items in a virtual shopping cart. A user may add an item to their shopping cart, then change their mind and remove it. If the application sends an add message to the broker, immediately followed by a remove message, they will be queued in the proper order - add, followed by remove.
However, if there are multiple consumers, it is possible that once a consumer acquires the add message, a different consumer may acquire the remove message. This allows both messages to be processed in parallel, which could result in a "race" where the remove operation is incorrectly performed before the add operation.
In order to group messages, the application would designate a particular message header as containing a message's group identifier. The group identifier stored in that header field would be a string value set by the message producer. Messages from the same group would have the same group identifier value. The key that identifies the header must also be known to the message consumers. This allows the consumers to determine a message's assigned group.
The header that is used to hold the group identifier, as well as the values used as group identifiers, are totally under control of the application.
The broker will apply the following processing on each grouped message:
Consumption ordering means that the broker will not allow outstanding unacknowledged messages to more than one consumer for a given group.
This means that only one consumer can be processing messages from a particular group at a given time. When the consumer acknowledges all of its acquired messages, then the broker may pass the next pending message from that group to a different consumer.
Specifically, for any given group the broker allows only the first N messages in the group to be delivered to a consumer. The value of N would be determined by the selected consumer's configured prefetch capacity. The broker blocks access by any other consumer to any remaining undelivered messages in that group. Once the receiving consumer has:
all the delivered messages, the broker allows the next messages in the group to be delivered. The next messages may be delivered to a different consumer.
Note well that distinct message groups would not block each other from delivery. For example, assume a queue contains messages from two different message groups - say group "A" and group "B" - and they are enqueued such that "A"'s messages are in front of "B". If the first message of group "A" is in the process of being consumed by a client, then the remaining "A" messages are blocked, but the messages of the "B" group are available for consumption by other consumers - even though it is "behind" group "A" in the queue.
The broker can only enforce policy when delivering messages. To guarantee that strict message ordering is preserved, the consuming application must adhere to the following rules:
The term processed means that the consumer has finished updating all application state affected by the message that has been received. See section 2.6.2. Transfer of Responsibility, of the AMQP-0.10 specification for more detail.
If a consumer does not adhere to the above rules, it may affect the ordering of grouped messages even when the broker is enforcing consumption order. This can be done by selectively acknowledging and releasing messages from the same group.
Assume a consumer has received two messages from group "A", "A-1" and "A-2", in that order. If the consumer releases "A-1" then acknowledges "A-2", "A-1" will be put back onto the queue and "A-2" will be removed from the queue. This allows another consumer to acquire and process "A-1" after "A-2" has been processed.
Under some application-defined circumstances, this may be acceptable behavior. However, if order must be preserved, the client should either release all currently held messages, or discard the target message using reject.
In order for the broker to determine a message's group, the key for the header that contains the group identifier must be provided to the broker via configuration. This is done on a per-queue basis, when the queue is first configured.
This means that message group classification is determined by the message's destination queue.
Specifically, the queue "holds" the header key that is used to find the message's group identifier. All messages arriving at the queue are expected to use the same header key for holding the identifer. Once the message is enqueued, the broker looks up the group identifier in the message's header, and classifies the message by its group.
Message group support can be enabled on a queue using the qpid-config command line tool. The following options should be provided when adding a new queue:
Table 1.26. qpid-config options for creating message group queues
| Option | Description |
|---|---|
--group-header=header-name | Enable message group support for this queue. Specify name of application header that holds the group identifier. |
| --shared-groups | Enforce ordered message group consumption across multiple consumers. |
Message group support may also be specified in the queue.declare method via the arguments parameter map, or using the messaging address syntax. The following keys must be provided in the arguments map to enable message group support on a queue:
Table 1.27. Queue Declare/Address Syntax Message Group Configuration Arguments
| Key | Value |
|---|---|
| qpid.group_header_key | string - key for message header that holds the group identifier value |
| qpid.shared_msg_group | 1 - enforce ordering across multiple consumers |
It is important to note that there is no need to provide the actual group identifer values that will be used. The broker learns this values as messages are recieved. Also, there is no practical limit - aside from resource limitations - to the number of different groups that the broker can track at run time.
Message grouping is not supported on LVQ or Priority queues.
Example 1.4. Creating a message group queue via qpid-config
This example uses the qpid-config tool to create a message group queue called "MyMsgQueue". The message header that contains the group identifier will use the key "GROUP_KEY".
qpid-config add queue MyMsgQueue --group-header="GROUP_KEY" --shared-groups
Example 1.5. Creating a message group queue using address syntax (C++)
This example uses the messaging address syntax to create a message group queue with the same configuration as the previous example.
sender = session.createSender("MyMsgQueue;" " {create:always, delete:receiver," " node: {x-declare: {arguments:" " {'qpid.group_header_key':'GROUP_KEY'," " 'qpid.shared_msg_group':1}}}}")
Should a message without a group identifier arrive at a queue configured for message grouping, the broker assigns the message to the default group. Therefore, all such "unidentified" messages are considered by the broker as part of the same group. The name of the default group is "qpid.no-group". This default can be overridden by suppling a different value to the broker configuration item "default-message-group":
Example 1.6. Overriding the default message group identifier for the broker
qpidd --default-msg-group "EMPTY-GROUP"
Apache Qpid, Messaging built on AMQP; Copyright © 2015 The Apache Software Foundation; Licensed under the Apache License, Version 2.0; Apache Qpid, Qpid, Qpid Proton, Proton, Apache, the Apache feather logo, and the Apache Qpid project logo are trademarks of The Apache Software Foundation; All other marks mentioned may be trademarks or registered trademarks of their respective owners


The Java builds require building a shared library (.dll or .so) for the Java Native Interface that connects the Logic Server shared library with the Logic Server Java classes.
The Java source is in the amzi\ls directory, because it will be the amzi.ls packet. The DLL source is in the dll directory with a MS VC++ project. The makefile does the following:
You can build the DLL directly from Microsoft VC++, but if you are building it from the console, you must first open the project and export the .mak file with dependencies.


+++ title = "Alan the Brit" slug = "alan-the-brit" date = 2007-03-13T10:00:00+10:00 tags = ["brits", "fellow-travellers", "eccentric-encounters"] locations = ["mexico/palenque"] draft = false summary = """
I cannot for the life of me remember where I first met Alan. It was somewhere else in Mexico :P. Anyway, we crossed paths again in Palenque, and we ended up hanging out together, along with a few other people, in the jungle for a few days. Alan's in his late 30s, and he's been travelling for a long time. But I felt that all his travelling has kept him young at heart. He's been all around South America, and he has plenty of stories to tell about that.
""" +++I cannot for the life of me remember where I first met Alan. It was somewhere else in Mexico :P. Anyway, we crossed paths again in Palenque, and we ended up hanging out together, along with a few other people, in the jungle for a few days. Alan's in his late 30s, and he's been travelling for a long time. But I felt that all his travelling has kept him young at heart. He's been all around South America, and he has plenty of stories to tell about that.
{{< galleryphoto "2007-03-13-10-00-00--alan-s-second-from-the-right.jpg" >}}By sheer coincidence, Alan and I both need to be in Mexico City by next Monday, although we have slightly different plans for how to fill the interim. But we're probably going to at least travel to San Cristóbal together.


Developer documentation
About the fonts
SIL currently has six Arabic script fonts. These can be divided into three groups.
Nastaliq. Graphite only.
Only covers characters that are used by languages using the Nastaliq script.
- Awami Nastaliq
Naskh. OpenType only
These fonts are in the Kano style of writing. Only covers characters that are used by a subset of West African languages.
- Alkalami
- Ruwudu
Naskh. OpenType and Graphite.
Attempts to cover all the characters in the Arabic BMP blocks, excluding Presentations Forms.
- Harmattan - for use in West Africa, although we have discovered it is more widely used because it is quite readable on mobile devices.
- Scheherazade New - a widely used Naskh font.
- Lateef - developed for the Sindhi language and nearby languages. However, it is more widely used because it gives nice contrast for section headings and titles.
font-arab-tools
absGlyphList.xls
This spreadsheet is used to manage the glyphs used in the Naskh fonts. glyph_data.csv
can be extracted from absGlyphList for each font.
Do we need to move the ABS features Google spreadsheet to an .xls or .csv in this repo?
bin
make_glyphdata.py
- this is used to extractglyph_data.csv
from theabsGlyphList.csv
. Example fromabsGlyphList
folder, run../bin/make_glyphdata.py -f S
would output theglyph_data.csv
file required for the Scheherazade New font.glyph_data.csv
would then need to be copied to thefont-scheherazade\source
folder.
Each font folder should have updatescripts.sh
which will copy the following files from the font-arab-tools\bin
folder to the font tools\bin
folder. - absgenclasses.py
- used for autogenerating classes based (output to classes.xml
in the font project) on what is in this file and using the font glyph_data.csv
. - absgenftml.py
- used to generate ftml tests from the font's glyph_data.csv
and UFO. It also uses the joining groups from the UCD.
How are these used? - absGenFTML
- does this work with absgenftml.py
? - create_enc_ttfb.bat
- what is this for? - makeTTFB.pl
- makeEncFile.pl
- makeLamAlefLigs.py
- this is related to autogenerating the lam-alef ligatures - makeUCDextract.pl
- - ucdXML.py
-
Awami Nastaliq
We need developer documentation somewhere, not necessarily here. Currently it is in Google Docs.
Naskh, Kano-style
These two fonts could potentially use the same codebase as each other in the future. However, Alkalami has many swash tailed glyphs that Rubutun did not need. At this point the two fonts have the same character set.
master.feax
- Master source file for OpenType logic. Note this file utilizes FEA extensions provided by pysilfont. Many/most of the classes have been hand-generated and might benefit from moving to autogenerated classes.
The Alkalami font has a lot of contextual substitutions for all the deep swashes. Ruwudu does not require those.
Naskh, SHL
We are currently in the process of making these three projects use the same codebase. We will add to the documentation as we go along.
Create documentation based on Qs that the developer has asked.
main.feax
- Master source file for OpenType logic. Note this file utilizes FEA extensions provided by pysilfont.gsub.feax
- (Subtitution) lookupsgpos.feax
- Positioning LookupscustomKerning.feax
- This file performs the kerning that is needed for collision avoidance.customShifting.feax
- This file performs the shifting that is needed for collision avoidance. It must go after mark attachment.


RTOS namespace. More...
Namespaces | |
| namespace | flags |
| Generic flags namespace. | |
| namespace | internal |
| A namespace to group all internal implementation objects. | |
| namespace | interrupts |
| Interrupts namespace. | |
| namespace | memory |
| namespace | port |
| namespace | result |
| Values returned by RTOS functions. | |
| namespace | scheduler |
| Scheduler namespace. | |
| namespace | statistics |
| Statistics namespace. | |
| namespace | this_thread |
| A convenience namespace to access the current running thread. | |
Classes | |
| class | adjustable_clock |
| Adjustable (non-steady) clock. More... | |
| class | clock |
| Generic clock. More... | |
| class | clock_highres |
| High Resolution derived clock. More... | |
| class | clock_rtc |
| Real time clock. More... | |
| class | clock_systick |
| SysTick derived clock. More... | |
| class | condition_variable |
| POSIX compliant condition variable. More... | |
| class | event_flags |
| Synchronised event flags. More... | |
| class | memory_pool |
| Synchronised memory pool, using the default RTOS allocator. More... | |
| class | memory_pool_allocated |
| Template of a synchronised memory pool with allocator. More... | |
| class | memory_pool_inclusive |
| Template of a synchronised memory pool with block type and local storage. More... | |
| class | memory_pool_typed |
| Template of a synchronised memory pool with block type and allocator. More... | |
| class | message_queue |
| POSIX compliant message queue, using the default RTOS allocator. More... | |
| class | message_queue_allocated |
| Template of a POSIX compliant message queue with allocator. More... | |
| class | message_queue_inclusive |
| Template of a POSIX compliant message queue with message type and local storage. More... | |
| class | message_queue_typed |
| Template of a POSIX compliant message queue with message type and allocator. More... | |
| class | mutex |
| POSIX compliant mutex. More... | |
| class | mutex_recursive |
| POSIX compliant recursive mutex. More... | |
| class | null_locker |
| Null locker. More... | |
| class | semaphore |
| POSIX compliant semaphore. More... | |
| class | semaphore_binary |
| POSIX compliant binary semaphore. More... | |
| class | semaphore_counting |
| POSIX compliant counting semaphore. More... | |
| class | thread |
| POSIX compliant thread, using the default RTOS allocator. More... | |
| class | thread_allocated |
| Template of a POSIX compliant thread with allocator. More... | |
| class | thread_inclusive |
| Template of a POSIX compliant thread with local stack. More... | |
| class | timer |
| User single-shot or periodic timer. More... | |
Typedefs | |
| using | mutexes_list = utils::intrusive_list< mutex, utils::double_list_links, &mutex::owner_links_ > |
| using | result_t = uint32_t |
| Type of values returned by RTOS functions. | |
Functions | |
| template<typename T , typename ... Args> | |
| std::enable_if<!std::is_array< T >::value, std::shared_ptr< T > >::type | make_shared (Args &&... args) |
Create an object that is owned by a shared_ptr and is allocated using the RTOS system allocator. | |
Variables | |
| clock_highres | hrclock |
| The high resolution clock object instance. | |
| clock_rtc | rtclock |
| The real time clock object instance. | |
| clock_systick | sysclock |
| The system clock object instance. | |
RTOS namespace.
The os::rtos
namespace groups all RTOS specific declarations, either directly or via nested namespaces.
| typedef utils::intrusive_list< mutex, utils::double_list_links, &mutex::owner_links_ > os::rtos::mutexes_list |
Definition at line 293 of file os-mutex.cpp.
| using os::rtos::result_t = typedef uint32_t |
Type of values returned by RTOS functions.
For error processing reasons, most µOS++ RTOS functions return a numeric result, which, according to POSIX, when the call was successful, must be 0
(result::ok
) or an error code defined in <errno.h>
otherwise.
Definition at line 96 of file os-decls.h.


See my other Gameboy related pages
A gameboy game I wrote to practice in April-May 2020, in C with GNDK-n and SDCC 5. 32kB all in all (in real about 50% of that only).
Presentation
Principle
Just yet another snake clone.
Points of interrest
Well ... it's mine :) Borrowed the tiles from Zelda or FF Mystic quest. No sprites for the game, just background tiles :P
Play it
([[https://github.com/nakardo/node-gameboy|Powered by node-gameboy]]!)
D-PAD: Arrow keys A: G —
B: B START: H —
SELECT: N
Implementation
Gameboy ROM
[[https://github.com/AlanFromJapan/Gameboy/blob/master/Games/JustASnake/justasnake.gb|Latest build]] is stored on Github, the build date is automatically included in the credits screen.


|
lecnet 1.0.2
lecnet C++ network library
|
Base class for TCP servers. More...
#include <tcp.h>
Classes | |
| struct | client_info |
| Client information. More... | |
| struct | server_params |
| Server parameters. More... | |
Public Types | |
| typedef std::string | client_address |
| Client network address. | |
Public Member Functions | |
| virtual bool | start (const server_params ¶ms)=0 |
| Start server. More... | |
| virtual bool | starting ()=0 |
| Check if the server is currently in the process of starting. More... | |
| virtual bool | running ()=0 |
| Check whether this server is running. More... | |
| virtual void | close (const client_address &address)=0 |
| Close a connection. More... | |
| virtual void | close ()=0 |
| Close all connections. More... | |
| virtual bool | stop ()=0 |
| Stop server. More... | |
| virtual void | get_client_info (std::vector< client_info > &clients_info)=0 |
| Get information of currently connected clients. More... | |
| virtual void | traffic (liblec::lecnet::network_traffic &traffic)=0 |
| Get total network traffic. More... | |
| virtual void | log (const std::string &time_stamp, const std::string &event)=0 |
| Called whenever an event is logged. More... | |
| virtual std::string | on_receive (const client_address &address, const std::string &data_received)=0 |
| Called whenever data is received. More... | |
Base class for TCP servers.
|
pure virtual |
Close all connections.
Clients can re-connect because the server is still running.
Implemented in liblec::lecnet::tcp::server_async, and liblec::lecnet::tcp::server_async_ssl.
|
pure virtual |
Close a connection.
| address | The address of the client to disconnect. |
Client can re-connect because the server is still running.
Implemented in liblec::lecnet::tcp::server_async, and liblec::lecnet::tcp::server_async_ssl.
|
pure virtual |
Get information of currently connected clients.
| clients_info | The list of client information. |
Implemented in liblec::lecnet::tcp::server_async, and liblec::lecnet::tcp::server_async_ssl.
|
pure virtual |
Called whenever an event is logged.
| time_stamp | The event's timestamp. |
| event | A description of the event. |
Make sure the code is non-blocking. The function should return almost immediately.
Implemented in liblec::lecnet::tcp::server_async, and liblec::lecnet::tcp::server_async_ssl.
|
pure virtual |
Called whenever data is received.
| address | The address of the client. |
| data_received | The data received from the client. |
The sooner this function returns the faster the asynchronous server.
Implemented in liblec::lecnet::tcp::server_async, and liblec::lecnet::tcp::server_async_ssl.
|
pure virtual |
Check whether this server is running.
Implemented in liblec::lecnet::tcp::server_async, and liblec::lecnet::tcp::server_async_ssl.
|
pure virtual |
Start server.
| params | Server parameters, as defined in the ServerParams struct. |
Should return immediately. Run actual server on a seperate thread.
Implemented in liblec::lecnet::tcp::server_async, and liblec::lecnet::tcp::server_async_ssl.
|
pure virtual |
Check if the server is currently in the process of starting.
Implemented in liblec::lecnet::tcp::server_async, and liblec::lecnet::tcp::server_async_ssl.
|
pure virtual |
Stop server.
Clients cannot reconnect until the server is restarted by a fresh call to start.
Implemented in liblec::lecnet::tcp::server_async, and liblec::lecnet::tcp::server_async_ssl.
|
pure virtual |
Get total network traffic.
| traffic | The total traffic. |
Implemented in liblec::lecnet::tcp::server_async, and liblec::lecnet::tcp::server_async_ssl.


Legoland model of St. Pauls Cathedral with 'Big Ben' in the background.
Photo Stu Nicholls
Date 16/01/2017 | Set 1
Legoland models of London buildings including the London Eye and 'Big Ben'.
Photo Stu Nicholls
Date 16/01/2017 | Set 1
As fun as it might seem, even Lego model-makers have deadlines and budgets.
Photo Stu Nicholls
Date 16/01/2017 | Set 1
"We have to buy in all our bricks, the same as everyone else, so we have to work out how many hours and bricks each model will take".
Photo Stu Nicholls
Date 16/01/2017 | Set 1
"Everything here is what you can buy in the shops; it's just that we're very lucky and have a lot of them.
Photo Stu Nicholls
Date 16/01/2017 | Set 1
The idea is that if you come to the park and you see something you like, if you have enough bricks, you could produce that yourself.
Photo Stu Nicholls
Date 16/01/2017 | Set 1
The models are glued together, but every brick has to be "Lego-correct", placed stud to stud without any cheating.
Photo Stu Nicholls
Date 16/01/2017 | Set 1
The glue is vital only because little fingers can't resist fiddling.
Photo Stu Nicholls
Date 16/01/2017 | Set 1
Legoland
Legoland (trademark in uppercase as LEGOLAND®) is a chain of Lego-themed children's/family theme parks.
They are not fully owned by Lego Group itself; rather they are owned and operated by the British theme park company Merlin Entertainments.
It has over 55 interactive rides, attractions, live shows, building workshops and driving schools, not to mention a staggering 80 million LEGO® bricks, all set in 150 acres of beautiful parkland.
Attractions
The parks are marketed to families with younger children (11 and under), and although the attractions include a number of roller coasters, the roller coasters are not as numerous or as extreme as those in other parks, and there is a greater emphasis on rides suitable for younger children.
Legoland parks are split into various areas, which are consistent among the chain's parks. For example, all six of the parks include a Lego miniland, a model village which includes models of landmarks and scenes from around the world, made from millions of genuine Lego bricks.


Visualize C/C++ code execution to learn C/C++ online
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Upload Artifact
Upload a file from your computer to a repository
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About Me
I am new to Coding, and have enjoyed this journey so far! It has been a whirlwind of emotions for me, including anxiety and joy.
Week One
Week one was very exciting, yet challenging for me. I was new to coding, so everything I learned was new to me, and came with some new emotions. We learned basic HTML, CSS, and learned how to save and upload our progress with git and GitHub.
Week Two
Week two had new emotions associated with it. After overcoming the anxieties of week one, it has been a much more enjoyable and fun journey. We have learned about more complex techniques, such as more advanced CSS styling, creating GitHub branches, and much more!
Week Three
Week three has been full of more thrills! we are now learning about divs and spans- which are a component of CSS, and make things much easier to style! Oh boy!


Neuroplasticity and Growth Mindset
24 September 2019
Discuss how understanding the principles of neuroplasticity benefits people
Understanding the principles of neuroplasticity benefits people as it helps people to understand that intelligence is malleable and that if they put the effort in to learn that they can also achieve. Judy Willis (neurologist and educator), found her students to be more motivated to study when they knew that they were all fully physically capable of building knowledge and changing their brains.
Having a growth mindset over a fixed mindset is more powerful in achieving success and happiness, as realising that your brain is constantly changing is important in continuing to learn.
Discuss how you might engage with the principals of neuroplasticity for your own benefit
I might engage with the principals of neuroplasticity for my own benefit by making sure I practice and reflect on the things I’ve learnt to make that information more permanent in my brain. I will try and put these new learnings in to context and remember that the brain is malleable and constantly changing.
Discuss what the growth mindset is and why it is relevant
Having a growth mindset means relishing opportunities for self-improvement. Anyone can be good at anything because your abilities are entirely due to your actions. This is relevant as I am going through the foundations course in preparation for bootcamp and by developing a growth mindset I will be able to learn better and more.
How will you integrate a growth mindset into your learning journey?
I will integrate a growth mindset in to my learning journey by putting more effort in to being positive about what I’m learning. I will work on keeping my outlook positive and replace the word failing with the word learning. I need to remember that it is important to learn from your mistakes and to value the process over the product.
Reflect and discuss how these understandings may shape or influence your learning plan and strategy
These understandings will influence my learning plan and strategy as ultimately I do have a lot to learn in a short space of time and I need to make sure that I remember that reverting back to a fixed mindset will not help me learn and continue to grow and develop. Understanding that I need to have a growth mindset, put the time in to practice and put in a lot of effort is important.


Cool Activities mon!
Surf's up
Check out our awesome island with the links below:
Accomodations
Activities
Pictures
Travel Arrangements
Contact Information


--- layout: post title: Creating an ear with version for Weblogic using Maven date: 2010-11-12 11:35:28.000000000 +01:00 type: post published: true status: publish categories: - Technology tags: - java meta: _edit_last: '2' _wp_old_slug: '' _icl_translator_note: '' dsq_thread_id: '3768853547' _jetpack_related_posts_cache: a:0:{} author: login: admin email<EMAIL_ADDRESS>display_name: gerbrand first_name: Gerbrand last_name: van Dieijen ---
Using the ear plugin of Maven 2 creating an ear is very easy. The produced ear follows the JEE spec, so you can normally use it in any application server.
I'm using the ear plugin as well, in my case to be used for Weblogic 9. Weblogic has a feature that allows you to update applications on the fly using the Deployments, update command. However, to be able to use that feature well, the MANIFEST file of the ear has to include a Weblogic specific version field called WebLogic-Application-Version, with a unique version for each ear you'd want to include. Without the version number, Weblogic will list the application twice in the weblogic administration console.
Adding a custom manifest entry is quite easy. Just add an entry to the configuration of the Maven 2 ear plugin, as shown in the example below:
<plugin> <artifactId>maven-ear-plugin</artifactId> <configuration> <archive> <manifestEntries> <WebLogic-Application-Version>${project.version}</WebLogic-Application-Version> </manifestEntries> </archive> ... </plugin>
This will cause the Manifest file to contain an entry WebLogic-Application-Version containing the current version of your Maven project.
However, this wasn't enough for me: I'm sometimes modifying and recreating the ear multiple times per day during development. The maven project version remains the same, which means Weblogic won't see my new development ear as a new version.
The solution is to include a timestamp in the version as well. By default, Maven doesn't include a timestamp.
For my weblogic specific entry I added the following to the pom.xml file:
<groupId>org.codehaus.mojo</groupId> <artifactId>buildnumber-maven-plugin</artifactId> <version>1.0-beta-3</version> <configuration> <format>{0,date,yyyyMMddHHmmss}</format> <items> <item>timestamp</item> </items> </configuration> <executions> <execution> <phase>validate</phase> <goals> <goal>create</goal> </goals> </execution> </executions> </plugin>
The above entry will make a variable buildNumber available during build containing a timestamp.
The maven ear configuration becomes:
<plugin> <artifactId>maven-ear-plugin</artifactId> <configuration> <archive> <manifestEntries> <!-- Buildnumber property is generated by buildnumber-maven-plugin, see above --> <WebLogic-Application-Version>${project.version}_${buildNumber}</WebLogic-Application-Version> </manifestEntries> </archive> ... </plugin>
After installation in Weblogic using the admin console, weblogic now lists the version number, date and time after I install my ear. Upgrading the application won't result in two applications being listed.


Additional data can be useful for two main reasons:
Relevant datasets aren’t always immediately available. You need to be a detective:
Jupyter Notebooks are a great tool for research, since they allow you to combine text, data and code. Lots of people use them! See A gallery of interesting IPython Notebooks
playing_with_python.


[§674-18] Scope of relief. In an action under this part the court may award actual damages to a successful claimant. [L 1991, c 323, pt of §1]


|
Android
|
Speaking Fragment. More...
Public Member Functions | |
| SpeakingFragment () | |
| Constructor. More... | |
| View | onCreateView (LayoutInflater inflater, ViewGroup container, Bundle savedInstanceState) |
| Called to have the fragment instantiate its user interface view. More... | |
Package Attributes | |
| int | defaultPercentage |
| Pitch is displayed as a percentage. More... | |
Static Private Attributes | |
| static float | PITCH_FACTOR = 0.025f |
| Fixed value. More... | |
| static float | DEFAULT_PITCH = 1.0f |
| Default Pitch. More... | |
| static float | myPitch |
| Float to hold current pitch. More... | |
Speaking Fragment.
Definition at line 37 of file SpeakingFragment.java.
| com.example.choturemote.ui.main.SpeakingFragment.SpeakingFragment | ( | ) |
| View com.example.choturemote.ui.main.SpeakingFragment.onCreateView | ( | LayoutInflater | inflater, |
| ViewGroup | container, | ||
| Bundle | savedInstanceState | ||
| ) |
Called to have the fragment instantiate its user interface view.
| inflater | The LayoutInflater object that can be used to inflate any views in the fragment |
| container | This is the parent view that the fragment's UI should be attached to |
| savedInstanceState | If non-null, this fragment is being re-constructed from a previous saved state as given here |
Definition at line 84 of file SpeakingFragment.java.
References com.example.choturemote.ui.main.SpeakingFragment.DEFAULT_PITCH, com.example.choturemote.ui.main.SpeakingFragment.defaultPercentage, com.example.choturemote.ui.main.Word.getStringResourceId(), com.example.choturemote.ui.main.SpeakingFragment.myPitch, com.example.choturemote.ui.main.SpeakingFragment.PITCH_FACTOR, and com.example.choturemote.MainActivity.writeToBluetooth().
|
staticprivate |
Default Pitch.
Default Pitch as a float
Definition at line 58 of file SpeakingFragment.java.
Referenced by com.example.choturemote.ui.main.SpeakingFragment.onCreateView().
|
package |
Pitch is displayed as a percentage.
DEFAULT_PITCH/PITCH_FACTOR is how the default pitch percentage is calculated
Definition at line 60 of file SpeakingFragment.java.
Referenced by com.example.choturemote.ui.main.SpeakingFragment.onCreateView().
|
staticprivate |
Float to hold current pitch.
Holds the current pitch so tp display in the slider
Definition at line 59 of file SpeakingFragment.java.
Referenced by com.example.choturemote.ui.main.SpeakingFragment.onCreateView().
|
staticprivate |
Fixed value.
Dividing the actual pitch value
Definition at line 57 of file SpeakingFragment.java.
Referenced by com.example.choturemote.ui.main.SpeakingFragment.onCreateView().


/*
Copyright 2016 Google Inc. All Rights Reserved.
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
*/
import {CacheableResponsePlugin} from
'../../../workbox-cacheable-response/src/index';
import ErrorFactory from './error-factory';
import Handler from './handler';
import {isType, isInstance} from '../../../../lib/assert';
/**
* An implementation of a [network first](/web/fundamentals/instant-and-offline/offline-cookbook/#network-falling-back-to-cache)
* request strategy.
*
* By default, `NetworkFirst` will cache responses with a 200 status code as
* well as [opaque responses](http://stackoverflow.com/q/39109789)
* (responses from cross-origin servers which don't support
* [CORS](https://enable-cors.org/)). You can override this default by passing
* in a `RequestWrapper` that includes an appropriately-configured
* `CacheableResponsePlugin`.
*
* @example
* // Set up a route to match any requests made for URLs that end in .txt.
* // The requests are handled with a network-first strategy.
* const route = new workbox.routing.RegExpRoute({
* regExp: /\.txt$/,
* handler: new workbox.runtimeCaching.NetworkFirst(),
* });
*
* const router = new workbox.routing.Router();
* router.registerRoute({route});
*
* @memberof module:workbox-runtime-caching
* @extends module:workbox-runtime-caching.Handler
*/
class NetworkFirst extends Handler {
/**
* Constructor for a new NetworkFirst instance.
*
* @param {Object} input
* @param {number} [input.networkTimeoutSeconds] If set, and a valid network
* response isn't returned, then the cached response
* will be returned instead. If there is no previously cached response,
* then an `null` response will be returned. This option is meant to
* combat "[lie-fi](/web/fundamentals/performance/poor-connectivity/#lie-fi)"
* scenarios.
* @param {RequestWrapper} [input.requestWrapper] An optional `RequestWrapper`
* that is used to configure the cache name and request plugins. If
* not provided, a new `RequestWrapper` using the
* [default cache name](#getDefaultCacheName) will be used.
*/
constructor(input = {}) {
super(input);
this._cacheablePlugin = new CacheableResponsePlugin({statuses: [0, 200]});
const {networkTimeoutSeconds} = input;
if (networkTimeoutSeconds) {
isType({networkTimeoutSeconds}, 'number');
this.networkTimeoutSeconds = networkTimeoutSeconds;
}
}
/**
* The handle method will be called by the
* {@link module:workbox-routing.Route|Route} class when a route matches a
* request.
*
* @param {Object} input
* @param {FetchEvent} input.event The event that triggered the service
* worker's fetch handler.
* @return {Promise.<Response>} The response from the network, or if that's
* not available, a previously cached response.
*/
async handle({event} = {}) {
isInstance({event}, FetchEvent);
const promises = [];
let timeoutId;
if (this.networkTimeoutSeconds) {
promises.push(new Promise((resolve) => {
timeoutId = setTimeout(() => {
resolve(this.requestWrapper.match({request: event.request}));
}, this.networkTimeoutSeconds * 1000);
}));
}
const networkPromise = this.requestWrapper.fetchAndCache({
request: event.request,
waitOnCache: this.waitOnCache,
cacheResponsePlugin: this._cacheablePlugin,
}).then((response) => {
if (timeoutId) {
clearTimeout(timeoutId);
}
return response ?
response :
Promise.reject(ErrorFactory.createError('no-response-received'));
}).catch(() => this.requestWrapper.match({request: event.request}));
promises.push(networkPromise);
return Promise.race(promises);
}
}
export default NetworkFirst;


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| Param | Type | Details |
|---|---|---|
| ng-model | expression | assignable expression to bind to |
| program-id | string | Name of the program id, |
| edit-mode | string | Specify the mode [create | view | amend | delete] of entry, different mode has different behaviors. |
| Method | Return Value | Description |
|---|---|---|
| BackupNgModel() | null | Backup the binding model |
| RestoreNgModel() | null | Restore the binding model from backup |
| FindNClearChildEditbox() | null | Find the editbox embedded in the directive, clear the editbox ngModel. This function will auto call by ResetForm() |
| ResetForm() | null | Clear the ngModel. This function will auto call after data created and deleted. |
| SetNgModel() | null | This function was deprecated. This function use to set ngModel after response returned in FindData() |
| Initialize() | null | Initialize the directive |
| InitScope | null | Initialize the directive scope |
| EventListener($scope, $element, $attrs, $ctrl) | null | Allows to attach the javascript event. $scope - directive scope $element - directive element $attrs - directive attrs $ctrl - directive controller This function use to attach the event or create the instance for third-party resource. |
| DefaultInitDirective | null | Build the default behaviors |
| FindData | promise | Use to get a single record, such as obtain the key from pageview, then call this function to retrieve the full record |
| SubmitData | promise | Use ng-submit to force the form submission route to this function, or you may handle the trigger point by your own. |
| ValidateBuffer($scope, $element, $attrs, $ctrl) | bool | $scope - directive scope $element - directive element $attrs - directive attrs $ctrl - directive controller |
| CustomSubmitDataResult(httpResponseObj, httpResponseObj.status, $scope, $element, $attrs, $ctrl | null | httpResponseObj - promise httpResponseObj.status - http status code $scope - directive scope $element - directive element $attrs - directive attrs $ctrl - directive controller This will auto call after the response return in SubmitData() |
| LockAllControls | null | Lock all the form controls, includes the elements of input, button, textarea, select. This will auto call on the postLink() This will auto call on form submit |
| LockAllInputBox | null | Lock all the input controls in form, includes the elements of input, textarea. |
| UnLockSubmitButton | null | Unlock the submit button |
| UnLockAllControls | null | Lock all the form controls, includes the elements of input, button, textarea, select. This will auto call after GetTableStructure() if the form is not view mode and delete mode, unlock the form when table structure obtained. This will auto call on failure of submit validation ValidateBuffer() This will auto call after data submitted SubmitData() |
| ShowLoadModal | null | Show loading image in a popup modal This will auto call after pass the submit validation ValidateBuffer() |
| HideLoadModal | null | Hide the popup loading modal This will auto call after the response return in SubmitData() |


UK government will publish Russia report after election, says minister
LONDON, Nov 17 — The British government will publish a parliamentary report examining alleged Russian meddling in British politics after the country’s Dec. 12 election, security minister Brandon Lewis said today.
Opponents have accused the government of sitting on the report by parliament’s Intelligence and Security Committee (ISC), which has been cleared by the security services, because it might contain embarrassing revelations about Prime Minister Boris Johnson and his party.
Lewis told Sky News the report could not be published during the so-called “purdah” period which sets rules on government announcements during an election campaign.
“We want to make sure, particularly where national security is involved, we go through that process properly and thoroughly,” he said. “We can’t publish things during the general election ... but after the general election that report will be published.”
Last week the government had said the report had not been published because of necessary procedure whereby vetting it would take several weeks.
Britain has accused Russia of meddling or trying to interfere in western elections, accusations denied by Moscow. The ISC was examining allegations of Russian activity aimed at the United Kingdom, including in the 2016 referendum on EU membership, when Johnson was a leading campaigner to leave.
The Sunday Times said the report concluded Russian interference may have had an impact on the Brexit referendum but the effect was “unquantifiable”. — Reuters


10 October 1997
Disease Outbreak Reported
The number of cases of encephalitis increased markedly in September. The increase was mainly in the Nepalgunj and Dhangadi sentinel sites where, in the period 30 August to 26 September, two zonal hospitals reported 578 and 297 cases respectively. The total for all sentinel sites of 992 cases and 52 deaths reported during this period brings the cumulative total since mid-April 1997 to 1,364 cases and 84 deaths. The case fatality rate has decreased from 8.7% between mid-April and the end of August to 5.2% in September.
(Based on EWARS (Early Warning Reporting System) Bulletin Nos. 21 to 24, 1997, Nepal)


#* The server renders this HTML page in an end-user's browser when device selection is required. Velocity variables (identified by the $ character) are generated at runtime by the server. Change text or formatting as needed. Modifying Velocity statements is not recommended as it may interfere with expected server behavior. *# #set( $messageKeyPrefix = "otp.adapter.device.selection.template." )


public class CmtElGamalHashCommitter extends CmtElGamalCommitterCore implements CmtCommitter, SecureCommit, CmtOnByteArray
The pseudo code of this protocol can be found in Protocol 3.5 of pseudo codes document at http://cryptobiu.github.io/scapi/SDK_Pseudocode.pdf.
| Constructor and Description |
|---|
CmtElGamalHashCommitter(Channel channel)
This constructor receives as argument the channel and chosses default values of
Dlog Group and Cryptographic Hash such that they keep the condition that the size in
bytes of the resulting hash is less than the size in bytes of the order of the DlogGroup.
|
CmtElGamalHashCommitter(Channel channel,
DlogGroup dlog,
CryptographicHash hash,
java.security.SecureRandom random)
This constructor receives as arguments an instance of a Dlog Group and an instance
of a Cryptographic Hash such that they keep the condition that the size in bytes
of the resulting hash is less than the size in bytes of the order of the DlogGroup.
|
| Modifier and Type | Method and Description |
|---|---|
void |
commit(CmtCommitValue input,
long id)
Runs COMMIT_ElGamal to commit to value H(x).
|
void |
decommit(long id)
Sends x to the receiver.
|
byte[] |
generateBytesFromCommitValue(CmtCommitValue value)
This function converts the given commit value to a byte array.
|
CmtCCommitmentMsg |
generateCommitmentMsg(CmtCommitValue input,
long id)
Runs COMMIT_ElGamal to commit to value H(x).
|
CmtCommitValue |
generateCommitValue(byte[] x)
This function wraps the raw data x with a suitable CommitValue instance according to the actual implementaion.
|
CmtCDecommitmentMessage |
generateDecommitmentMsg(long id)
Generate a decommitment message using the given id.
|
CmtCommitValue |
sampleRandomCommitValue()
This function samples random commit value and returns it.
|
getCommitmentPhaseValues, getPreProcessValues
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
getCommitmentPhaseValues, getPreProcessValues
public CmtElGamalHashCommitter(Channel channel) throws java.io.IOException
channel
- java.io.IOException
- In case there is a problem in the pre-process phase.public CmtElGamalHashCommitter(Channel channel, DlogGroup dlog, CryptographicHash hash, java.security.SecureRandom random) throws java.lang.IllegalArgumentException, SecurityLevelException, InvalidDlogGroupException, java.io.IOException
channel
- dlog
- hash
- random
- java.lang.IllegalArgumentException
SecurityLevelException
InvalidDlogGroupException
java.io.IOException
public CmtCCommitmentMsg generateCommitmentMsg(CmtCommitValue input, long id)
generateCommitmentMsg
in interface CmtCommitter
generateCommitmentMsg
in class CmtElGamalCommitterCore
input
- The value that the committer commits about.id
- Unique value attached to the input to keep track of the commitments in the case that many commitments are performed one after the other without decommiting them yet.public void commit(CmtCommitValue input, long id) throws java.io.IOException
commit
in interface CmtCommitter
commit
in class CmtElGamalCommitterCore
input
- The value that the committer commits about.id
- Unique value attached to the input to keep track of the commitments in the case that many commitments are performed one after the other without decommiting them yet.java.io.IOException
- if there is any problem at the communication levelpublic CmtCDecommitmentMessage generateDecommitmentMsg(long id)
CmtCommitter
There are cases when the user wants to decommit but remain non-interactive, meaning not to send the generate message yet. The reasons for doing that are vary, for example the user wants to prepare a lot of decommitments and send together. In these cases the decommit function is not useful since it sends the generates decommit message to the other party.
This function generates the message without sending it and this allows the user to save it and send it later if he wants.
In case the decommit phase is interactive, the decommit message cannot be generated and an IllegalStateException will be thrown. In this case one should use the decommit function instead. Code example: giving a committer object and an input, //Create three commitment messages. CmtCDecommitmentMessage msg1 = generateDecommitmentMsg(1); CmtCDecommitmentMessage msg2 = generateDecommitmentMsg(2); CmtCDecommitmentMessage msg3 = generateDecommitmentMsg(3); ... try { //Send the messages by the channel. channel.send(msg1); channel.send(msg2); channel.send(msg3); } catch (IOException e) { throw new IOException("failed to send the decommitment. The error is: " + e.getMessage()); }
generateDecommitmentMsg
in interface CmtCommitter
generateDecommitmentMsg
in class CmtElGamalCommitterCore
id
- Unique value attached to the input to keep track of the commitments in the case that many commitments are performed one after the other without decommiting them yet.public void decommit(long id) throws java.io.IOException
decommit
in interface CmtCommitter
decommit
in class CmtElGamalCommitterCore
id
- Unique value used to identify which previously committed value needs to be decommitted now.java.io.IOException
- if there is any problem at the communication levelpublic CmtCommitValue sampleRandomCommitValue()
sampleRandomCommitValue
in interface CmtCommitter
public CmtCommitValue generateCommitValue(byte[] x) throws CommitValueException
CmtCommitter
generateCommitValue
in interface CmtCommitter
x
- array to convert into a commitValue.CommitValueException
- if the commit value does not match the implementing commitmentpublic byte[] generateBytesFromCommitValue(CmtCommitValue value)
generateBytesFromCommitValue
in interface CmtCommitter
value
-


- ABOB (made up acronym) - Always Be On Brand. Similar account names, same photos, interlink social accounts with writing with posts
- Always leave 2-3 seconds on the front and back of a screencast
- Do an audio levels check
- Shoot for the same style sign on and sign off
- When you include links, videos, images, etc in your video, try to copy and paste the link into the description on YouTube
. This helps others explore the topics in greater detail (general screen-caster tip)
- Frame topics in a vacuum, not in the context of our course. Act like this is a video you're making just to explain a topic to explain it. Next year someone might care about how to make a Pull Request
and learn from you, they won't know (or care) about IST 402 or that it's for school
- Job interview
: I know how to do X, I can explain Y. Less In class I learned about X,
I did an assignment once
about Y.
- Be mindful of time. It's hard (for me too) but the 2.5 to 5 minute target helps with engagement as well as helps you refine your words when speaking about topics fluidly
- Job interview
: Be on point, precise in language, exacting in explanations and you demonstrate confidence in the topic matter.
- WRITE BEFORE SPEAKING. The blogging / writing aspect of the lab response is to help practice technical writing but also to frame your thoughts and find words that work for concepts.
- 500 words == 5 minutes; 300, 3 minutes; these values are to help you get more exact in your language both written and verbal
- Walking and Chewing Gum is difficult
- You are not being judged on accuracy of things like "Did you issue the pull request perfectly that one time". Try to demonstrate the concept on video, live. Practice once beforehand if it helps smooth things out.
- Job interview
: Thinking on the fly, not planned out canned responses to things. Fluid conversation mixing in and out of technical concepts isn't easy, that's why we're practicing it.
- To those treating this like a brand / identity, keep doing what your doing, many of these are flipping fantastic!