Overview / Introduction about the Team
Swansea City U21 is a youth football team based in Swansea, Wales. Competing in the Welsh Premier League U21, the team is renowned for its focus on nurturing young talent and preparing them for professional careers. The squad operates under the guidance of their dedicated manager, with a formation that typically emphasizes both defensive solidity and attacking flair.
Team History and Achievements
The Swansea City U21 team has a rich history of fostering young talent destined for success at higher levels. While they have not clinched major titles in recent years, their role as a developmental platform has seen numerous players graduate to the senior squad and beyond. Notable seasons include consistent top-half finishes in the league standings.
Current Squad and Key Players
The current squad boasts several standout players who have made significant impacts in matches. Key players include:
- James Smith – Midfielder known for his playmaking abilities and vision on the field.
- Liam Davies – Striker with an impressive goal-scoring record, making him a pivotal figure in attack.
- Ethan Hughes – Defender whose tactical awareness and physical presence are crucial to the team’s defense.
Team Playing Style and Tactics
Swansea City U21 typically employs a balanced approach, often utilizing a 4-3-3 formation. Their strategy focuses on maintaining possession and exploiting counter-attacks. Strengths include disciplined defense and quick transitions, while weaknesses may arise from occasional lapses in concentration during high-pressure situations.
Interesting Facts and Unique Traits
The team is affectionately known as “The Swans,” with a passionate fanbase that supports them fervently. They have rivalries with other local youth teams, which add an extra layer of excitement to their matches. Traditions such as pre-match gatherings further enhance the community spirit surrounding the club.
Lists & Rankings of Players, Stats, or Performance Metrics
- ✅ James Smith – Top assist provider this season.
- ❌ Ethan Hughes – Most yellow cards received by a defender.
- 🎰 Liam Davies – Top scorer in last five matches.
- 💡 Overall team ranking: Top 5 in league standings.
Comparisons with Other Teams in the League or Division
Compared to other teams in their division, Swansea City U21 excels due to their strong youth development program. They often outperform teams with less emphasis on youth training by producing technically skilled players who can adapt quickly to different tactical setups.
Case Studies or Notable Matches
A key victory was their recent match against Cardiff City U21 where they secured a 3-1 win, showcasing their offensive prowess and resilience under pressure. This match highlighted key player performances that contributed significantly to their success.
| Team Stats Summary | |||
|---|---|---|---|
| Total Goals Scored | Total Goals Conceded | Last Five Match Results | Odds for Next Match Win/Loss Drawn (Hypothetical) |
| 25 goals scored this season | 18 goals conceded this season | W-W-L-W-D (Win-Loss-Tie sequence) | +110 / +210 / +250 (Win/Loss/Draw) |
Tips & Recommendations for Analyzing the Team or Betting Insights
To effectively analyze Swansea City U21 for betting purposes:
- Analyze player form over recent matches; look for consistency among key performers like Liam Davies and James Smith.
- Evaluate head-to-head records against upcoming opponents to gauge potential outcomes.
- Familiarize yourself with managerial tactics; understanding strategic changes can provide insights into match dynamics.
- Bet on Swansea City U21 now at Betwhale!
Frequently Asked Questions (FAQ)
What is Swansea City U21’s current league position?
The team currently holds a top-five position within their league standings, reflecting solid performances throughout the season.
Who are some notable players from Swansea City U21?
Jacob Greenfield stands out as one of the most promising talents from this squad due to his exceptional goal-scoring ability from midfield positions.
HOW DO I BET ON SWANSEA CITY U21?
To place bets on Swansea City U21 matches using platforms like Betwhale:
- Navigate to your preferred sportsbook offering odds on Welsh Premier League fixtures.
Note: Betwhale provides users access only after registration completion.
CASE STUDY OF A RECENT MATCH FOR BETTING ANALYSIS?
A recent case study involves analyzing their match against Newport County Youth where strategic adjustments led them to secure victory through late goals despite trailing initially—a good example when considering betting strategies focused on late-game performance trends.
Sports Betting Tips & Expert Opinions About The Team (Quote Block)
“Swansea City’s commitment to developing young talent makes them unpredictable yet exciting prospects for bettors who appreciate dynamic gameplay,” says sports analyst Alex Thompson.
Pros & Cons of The Team’s Current Form or Performance (✅❌ Lists)
- Potential Pros:
- Note: All lists are hypothetical unless stated otherwise.
- a) Strong youth foundation capable of delivering unexpected results
b) Tactical flexibility allowing adaptation against various opponents
c) Recent form suggests potential upturns following key victories
Potential Cons:
- d) Occasional inconsistency might affect betting reliability
e) Dependence on key players’ form could pose risks if unavailable
f) Inexperience sometimes leads to costly errors under pressure
.KannanRajesh/ai/prompt/instruction/README.md
# Instruction
## [Instruction](./instruction.md)
### [Instruction](./instruction/instruction.md)
### [Prompt](./instruction/prompt.md)
arthurvanvlierberghe/microservice-cqrs-event-sourcing-kafka<|file_sep[package]
name = "microservice-cqrs-event-sourcing-kafka"
version = "0.1.0"
authors = ["Arthur Van Vlierberghe"]
edition = "2018"
[dependencies]
actix-web = { version = "4", features = ["openssl"] }
actix-service = "1"
actix-cors = "0"
actix-files = "0"
serde_json = "1"
serde_derive = "1"
uuid = { version = "0", features=["v4"] }
kafka-rust = { git= 'https://github.com/timberio/kafka-rust', branch='master' }
log = { version ="0", features=["std"] }
env_logger = { version ="0" }
rmp-serde ={version ="0", features=["rustc-serialize"]}
futures-util ={version ="0"}
chrono ={version ="0"}
chrono-tz ={version ="0"}
tokio-stream ={version ="0"}
async-trait ={version ="0"}
[dev-dependencies]
actix-test= { version ="0" }
[[bin]]
name= "order-service"
path= "src/order_service/main.rs"
[[bin]]
name= "product-service"
path= "src/product_service/main.rs"
[[bin]]
name= "customer-service"
path= "src/customer_service/main.rs"<|file_sep added commands
OrderCreated
OrderStatusChanged
added events
OrderCreatedEvent
OrderStatusChangedEvent
added repository
OrderRepository
added domain logic
OrderService
# microservice-cqrs-event-sourcing-kafka
A simple CQRS event sourcing application built around Kafka.
It consists of three microservices:
* Order service
* Product service
* Customer service
Each service exposes REST endpoints which allow you create new resources.
When resources are created they emit events which are consumed by all services.
## Build project
$ cargo build –release
## Start Zookeeper server
$ docker-compose up zookeeper
## Start Kafka broker server
$ docker-compose up kafka-broker
## Start order service
This will start an order service listening on port `8081`.
$ ./target/release/order-service –broker=localhost:9094 –group-id=cqrs-order-service-group-id –topic=cqrs-order-events –port=8081
## Start product service
This will start an product service listening on port `8085`.
$ ./target/release/product-service –broker=localhost:9094 –group-id=cqrs-product-service-group-id –topic=cqrs-product-events –port=8085
## Start customer service
This will start an customer service listening on port `8086`.
$ ./target/release/customer-service –broker=localhost:9094 –group-id=cqrs-customer-service-group-id –topic=cqrs-customer-events –port=8086
## Create new orders via REST API exposed by order service.
* POST http://localhost:8081/orders/create?customer_id={customer_id}&product_ids={product_id_1},{product_id_1}…&total_price={total_price}
Example:
POST http://localhost:8081/orders/create?customer_id=e93e7c9e-8cf9-47cd-a32f-dab98c8e2228&product_ids=aee15d40-e06e-4967-a22d-dfda87209233,aee15d40-e06e-4967-a22d-dfda87209233&total_price=100
If successful it returns HTTP status code `201 Created`.
## Get list of orders via REST API exposed by order service.
GET http://localhost:8081/orders/get-orders-by-customer/{customer_id}
Example:
GET http://localhost:8081/orders/get-orders-by-customer/e93e7c9e-8cf9-47cd-a32f-dab98c8e2228
Returns JSON array of orders.
## Get list of products via REST API exposed by product service.
GET http://localhost:8085/products/get-products-by-order/{order_id}
Example:
GET http://localhost:8085/products/get-products-by-order/bffdc387-f67d-43dd-b71f-ea30bb6bdaf9
Returns JSON array of products.
## Get list of customers via REST API exposed by customer service.
GET http://localhost:8086/customers/get-customers-by-order/{order_id}
Example:
GET http://localhost:8086/customers/get-customers-by-order/bffdc387-f67d-43dd-b71f-ea30bb6bdaf9
Returns JSON array of customers.
arthurvanvlierberghe/microservice-cqrs-event-sourcing-kafka<|file_sep**Update:** This project has been moved over here https://github.com/arthurvanvlierberghe/crud-api-with-postgres-and-kafka<|file_sep**Update:** This project has been moved over here https://github.com/arthurvanvlierberghe/crud-api-with-postgres-and-kafka<|file_sepsee https://github.com/timberio/kafka-rust/blob/master/examples/consumer.rs#L74
use futures::StreamExt;
pub fn get_events(consumer:&mut Consumer) -> impl Stream {
}arthurvanvlierberghe/microservice-cqrs-event-sourcing-kafka impl Future;
}
impl
StreamExtNext
for SelectAll
where
S : Stream, Fut : Future,
E : From, RhsFut : Future, FutRes : Into<Result>,
{
fn next(self) -> impl Future<Item=T,Eval=FutRes::IntoFuture<<FutRes as Into<Result>>::Error>> {
let select_all_inner(self).map(|t_opt_res_opt|(t_opt_res.unwrap().unwrap()))
}
}
impl
StreamExtNext
for SelectOne
where
S : Stream, Fut : Future,
{
fn next(self) -> impl Future<Item=T,Eval=Fut::Error<<Self as SelectOne>::SelectOneInner>> {
let select_one_inner(self).map(|t_opt|(t_opt.unwrap()))
}
}
fn select_all_inner(self)
-> impl Future<Item=(Option<Result>, Option)>
where
S:’a+Stream, F:’static+Future+Send+’static,
‘t:’static+Send+’static
{
let stream_self=&self.stream;
let fut_self=&self.f;
let fut_self_clone=fut_self.clone();
let stream_self_clone=self.stream.clone();
select_all_stream::(stream_self,fut_self,future_util_fused_stream(stream_self_clone),future_util_fused_future(fut_self_clone))
}
fn select_one_inner(self)
-> impl Future<Item=(Option, Option)>
where
S:’a+Stream, F:’static+Future+’static,
‘t:’static+’static
{
let stream_self=&self.stream;
let fut_self=&self.f;
let fut_self_clone=fut_self.clone();
select_one_stream::(stream_self,future_util_fused_future(fut_self_clone),future_util_fused_stream(stream_select_next(stream_self)))
}
// source:
// https://docs.rs/futures-util/0.3.12/futures/stream/trait.Stream.html#method.next
pub trait Next: Sized {
/// Returns an asynchronous task that resolves when either:
/// * An item has been polled off this stream.
/// * An error occurs while polling this stream.
/// * The stream completes.
///
/// Note that this method does not consume any items from this stream.
/// As such it may be called multiple times without consuming any items.
/// To consume items use [`stream::unfold`] instead.
///
/// [`stream::unfold`]: ../trait.Unfold.html
///
/// # Examples
///
/// rust
/// # extern crate futures;
/// # use futures::{Async,std::task}; // For task::{Context,CancellationToken}
/// # use std::pin::Pin;
/// # use std::sync::{Arc,Mutex};
///
/// struct MyStream {
/// state_arc:Mutex<Option>,
/// }
///
/// enum MyState {
/// Idle(Arc,Pin<Box<dyn futures::Future>>),
/// Yielding(i32),
/// Complete,
/// }
///
/// // Implementing Next manually requires implementing poll_next() below.
///
/// impl futures::stream::Stream for MyStream {
///
/// type Item=i32;
///
/// fn poll_next(mut self:&mut Self)
/// ->Pin<Box<dyn futures::Future<Output=futures::stream::Poll>>> {
///
#####
// Invariant:
// `state_arc` contains one variant:
//
// | Variant | Description |
// |———|————-|
// | Some(Idle(_, _)) | Indicates that no item has been yielded yet |
// | Some(Yielding(_)) | Indicates that an item has been yielded but not yet consumed |
// | None | Indicates that all items have been consumed |
//
#####
let state_arc_mut=self.state_arc.lock().unwrap();
if let Some(Idle(cancellation_token,pin_boxed_future))=*state_arc_mut {
pin_boxed_future.set_cancellation_token(Some(cancellation_token));
let mut pin_boxed_future_pin_ref=&mut **pin_boxed_future;
let poll_result=pin_boxed_future_pin_ref.as_mut().poll(&mut Context::::from_waker(noop_waker_ref()));
match poll_result {
AsyncReady(x)=>{
*state_arc_mut=Some(Yielding(x));
Box::::new(Box::::new(move||{ Ok(Poll<futures::_private::__core_task_impl_GenericFutureBase>::Ready(Yielding(x))) }))
},
AsyncNotReady=>{
Box::::new(Box::::new(move||{ Ok(Poll<futures::_private::__core_task_impl_GenericFutureBase>::Pending) }))
}
}
}
else if let Some(Yielding(yielding_item))=*state_arc_mut {
*state_arc_mut=None;
Box::::new(Box::::new(move||{ Ok(Poll<futures::_private::__core_task_impl_GenericFutureBase>::Ready(yielding_item)) }))
}
else {
Box::::new(Box::::new(move||{ Ok(Poll<futures::_private::__core_task_impl_GenericFutureBase>::Ready(None)) }))
}
}
}
fn future_util_fused_stream(stream:S)->impl FusedStream+S:FusedStream {}
fn future_util_fused_future(future:F)->impl FusedFuture+F:FusedFuture {}
impl
SelectAll
where G:’static+S:’static+Sync+’static+FutsRes:’static+Sync+’static,
RhsFuts:[G;count_of_s]+Send+’static+F:Sized,
‘S:Sized+’s:’static+’t:’static,
S : Stream, FutsRes : From, RhsFuts : Iterator,
for &’r G :’r+IntoIterator<Item=::Item>+Send+’r,
for &’r RhsFuts :’r+Iterator<Item=::Item>+Send+’r,
forRysIterIterIterIterIterIterIterIter:IntoIterator<::Item=RhsFuts.Item>
where
RysIterry:+Iterator<::Item=::Item>
and
for’x&RhsFuts:+IntoIterator<::Item=::Item>
and
for’x&G:+IntoIterator<::Item=>
{
type SelectOneInner=G.SelectOne<.Item>;
type SelectAllInner=S.SelectAll;
type Rsts=Rstss;
type Rstss=SelectAll<<<S>::SelectAll,<G>,RstsInners>;
type RstsInners=[SelectOneInner;count_of_g];
type Iterators=[Box<dyn Iterator>>;count_of_g];
fn select_all_stream(&stream:&’s S,&f:&’g G,&fus_stm:&’g FusStm,&fus_ftrs:&’g FusFtrs)
->impl Future<<Self<SelectAll>as Next>::Output=FusStmClon<<S<SelectOneSelectOne<SelectNext>>>>>
where GClon:’g+Clone,<Self<SelectAll>as Next>::Output:FusStmClon<<S<SelectOneSelectNext>>>+’g,
‘S:Sized+'”ty_s:’ty_s+”ty_t:”ty_t+”ty_g:”ty_g+”g:”g+”s:”s,
‘S:Sized+'”ty_s:”ty_s+”ty_t:”ty_t+”g:”g+”s:”s,”gy:”+stringify!(count_of_g)+stringify!([Self<SelectOneSelectNext>;count_of_g])),
‘S:Sized+'”ty_s:”ty_s+”ty_t:”ty_t+”gy:”+stringify!(count_of_g)+stringify!([Self<SelectOneSelectNext>;count_of_g])+stringify!([Self<SelectAll<<<S<SelectOneSelectNext>>,G>SelectAll>;count_of_g])),
‘S:Sized+'”ty_s:”ty_s+”gy:”+stringify!(count_of_g)+stringify!([Self<SelectOneSelectNext>;count_of_g])+stringify!([Self<SelectAll<<<S<SelectOneSelectNext>>,G>SelectAll>;count_of_g]),
SelectAll:{#[allow(non_upper_case_globals)]const count_of_g=count_of_iterators_in_tuple_type![G];},
SelectOne:{#[allow(non_upper_case_globals)]const count_of_iterators_in_tuple_type=count_of_iterators_in_tuple_type![G];},
forNxtsst<Nxtss<Nxtsss<Nxtsst<Nxtss<Nxtsss<Nxtsst<Nxtss<Nxtsss<Nxtsst>>>>>>>>>>>:
impl<G='Static+S='Static+F='Static+S:Ite> Next
where
”item:=next_item_from_iterator_in_tuple_type![iterators],
if iterators.is_empty() { return Err(FromErr); }
else {
match iter_items.first() {
Some(item)=>match item.next() {
Some(next_item)=>{
match next_item.next() {
Some(next_next_item)=>{
match next_next_item.next() {
Some(next_next_next_item)=>{
match next_next_next_item.next() {
Some(next_next_next_next_item)=>{
match next_next_next_next_item.next() {
Some(next_next_next_next_next_item)=>{
match next_next__next__next__next__next__next__.next() {
Some(next__next__next__next__next__next__)=>Ok(Err(err)
},
None=>Ok((None,None))
}
},
None=>Ok((None,next__next__next__next__next__))
},
None=>Ok((None,next___item))
},
None=>Ok((None,next___item))
},
None=>Ok((None,next___item))
},
None=>Ok((None,next___item))
},
None=>Ok((None,next___item))
},
Err(err)=>Err(err)
}
},
Err(err)=>Err(err)
}
}
}
}
}
}
fn select_one_stream<'s,'stypo,stypog,stypof,
}arthurvanvlierberghe/microservice-cqrs-event-sourcing-kafka<|file_sep[package]
name = "microservice-cqrs-event-sourcing"
version = "0.1"
authors = ["Arthur Van Vlierberghe"]
edition = "2018"
[dependencies]
actix-web ={ version ="4", features=["openssl"] }
actix-service ={ version ="1" }
actix-files ={ version ="0" }
serde_json={ version ="1" }
serde_derive={ version ="1" }
uuid={ version =",features=["v4"]"}
kafka-rust={ git="https://github.com/timberio/kafka-rust", branch="master"}
log={ version =",features=["std"]"}
env_logger={ version =",features=["std"]"}ludovickorlato/ludovickorlato.github.io<|file_sep|RFID Systems Engineering Project Report |
============================================
RFID systems engineer report.
—————————–
Introduction:
————-
The aim of this project was to design an RFID system capable of identifying people using RFIDs embedded into wristbands.
The system should be able to identify each individual using radio waves transmitted between readers located at different points within a building.
Once identified individuals should be able access restricted areas within building using doors equipped with readers.
RFID System Design:
——————-
The RFID system was designed around two main components:
* RFID Readers – these devices would be used at specific points within buildings such as entrances/exits etc..
* Access control units – these devices would be responsible controlling access into restricted areas using information received from readers.
RFID Reader:
————-
An RFID reader consists mainly off two parts – antenna coil(s), transceiver module(s).
Antenna coils generate electromagnetic fields which induce currents into passive tags when they come within range.
Transceiver modules receive signals sent back from tags containing unique identifiers encoded onto them then decode those signals into readable data formats understood by computers running software applications used by businesses operating facilities equipped with such systems.
Access Control Unit:
——————–
Access control unit is composed off two main components – controller board connected directly onto power supply providing electricity needed operate entire device along side display panel showing status messages displayed upon activation/deactivation states respectively;
communication module allowing communication between reader(s), controller board(s).
Design Considerations:
———————-
Several considerations were taken into account during design process including but not limited too following factors:
Power Consumption:
——————
Power consumption was kept low through careful selection components used build both reader(s), access control unit(s).
Components selected had low power requirements allowing operation even when battery powered devices were utilized instead wired power sources.
Size Constraints:
—————–
Size constraints imposed limitations regarding amount space available install equipment without obstructing normal operations carried out within facility itself.
As such smaller sized devices were chosen wherever possible minimizing impact installation process overall layout infrastructure already present site location selected build system upon.
Cost Efficiency:
—————-
Cost efficiency was achieved through careful selection components used build both reader(s), access control unit(s).
Components selected had low price points allowing budget constraints adhered closely while still achieving desired functionality expected end result delivered client upon completion project timeline agreed prior commencement work.
Conclusion:
———–
RFID systems engineering project successfully completed meeting all requirements outlined client specification document provided initial stages development phase project lifecycle management methodology employed throughout duration entire undertaking.
System designed meets expectations set forth original brief ensuring functionality reliability performance required operate efficiently effectively achieve objectives defined scope statement presented proposal submitted approval authority granting permission commence work activities involved implementation solution proposed therein contained therein contained therein herein contained herein herein herein herein herein herein herein herein herein henceforth referred henceforth referred henceforth referred henceforth referred henceforth referred henceforth referred henceforth referred henceforth referred hereby hereby hereby hereby hereby hereby hereby hereby thereby thereby thereby thereby thereby thereby thereby thereby thereby therefore therefore therefore therefore therefore therefore therefore therefore thereupon thereupon thereupon thereupon thereupon thereupon thereupon thereupon thereunder thereunder thereunder thereto thereto thereto thereto thereto thereof thereof thereof thereof thereof thereof thereof thereof thereafter thereafter thereafter thereafter thereafter thereafter thereafter thereafter thence thence thence thence thence thence thence thence wherein wherein wherein wherein whereas whereas whereas whereas whereas whereas whereas wherefore wherefore wherefore whereby whereby whereby whereby whereby whereby whereby whereby whereby whereto whereto whereto whereto whereto whence whence whence whence whence whilst whilst whilst whilst whilst whilst whilst whilst whilst Whilst Whilst Whilst Whilst Whilst Whilst Whilst Whilst Whilst Whilst WhilstWhilstWhilstWhilstWhilstWhilstWhilstWhilstWhilstWhilstWhilst
Appendices:
———–
Appendices contain detailed diagrams schematics drawings CAD models CAD files specifications datasheets manuals user guides technical documentation related equipment materials utilized construct build assemble test validate verify calibrate maintain operate maintain maintain maintain maintain maintain maintain maintain maintain maintain maintain maintain maintain maintenance maintenance maintenance maintenance maintenance maintenance maintenance maintenance maintenance maintenance maintenance maintained maintained maintained maintained maintained maintained maintained maintained maintained maintained maintained maintained maintained
Appendix A – RFID Reader Schematic Diagram:
Appendix B – Access Control Unit Schematic Diagram:
Appendix C – CAD Model:
Appendix D – Component Specifications:
Appendix E – Installation Manual:
Appendix F – User Guide:
Appendix G – Technical Documentation:
References:
———–
References cited throughout report include publications articles papers books magazines journals websites blogs forums discussion boards etc… related topics covered subject matter discussed presented addressed considered analyzed evaluated assessed reviewed critiqued scrutinized investigated explored examined inspected surveyed researched studied probed queried examined observed noticed remarked noted mentioned pointed out indicated suggested inferred deduced concluded determined established confirmed verified authenticated validated corroborated substantiated substantiated substantiated substantiated substantiated substantiated substantiated substantiated substantiated corroborated corroborated corroborated corroborated corroborated corroborated corroborated corroborated corroborated corroborated corroborated
Index:
Introduction…………………………………………………………………………………..Page No.: i
RFID System Design……………………………………………………………..Page No.: ii
RFID Reader………………………………………………………………………Page No.: iii
Access Control Unit…………………………………………………………….Page No.: iv
Design Considerations…………………………………………………………..Page No.: v
Power Consumption…………………………………………………………….Page No.: vi
Size Constraints…………………………………………………………….…..Page No.: vii
Cost Efficiency…………………………………………………………….…..Page No.: viii
Conclusion…………………………………………………………….…..Page No.: ix
Appendices ……………………………………………………. Page Nos.: x-xiv
References ……………………………………………………. Page Nos.: xv-xvi
Index ……………………………………………………….. Page Nos.: xvii-xviii ludovickorlato/ludovickorlato.github.io<|file_sep Infrared Communication Systems Engineering Project Report |
============================================================
Infrared communication systems engineering project report.
Introduction:
The aim of this project was to design an infrared communication system capable transmitting data wirelessly between devices located close proximity each other using infrared light waves emitted/received specialized transceivers mounted onto respective hardware components comprising overall architecture proposed solution delivered client upon completion project timeline agreed prior commencement work activities involved implementation proposed solution therein contained therein contained therein contained therein contained therein contained therein contained therein contained 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