U18 Premier League Cup Group H stats & predictions

Trends in Youth Soccer Tactics

• High-Pressing Game Plans: Many teams employ high pressing tactics aimed at regaining possession quickly after losing it. 
• Fluid Formations: Coaches are increasingly using fluid formations that allow players to interchange positions seamlessly during matches. 
• Emphasis on Possession Play: Teams focus on maintaining possession through short passes and patient build-up play. 
• Counter-Attacking Strategies: Some squads thrive on counter-attacks by utilizing fast wingers who exploit spaces left by opponents. 
• Set-Piece Mastery: Effective set-piece routines continue to be crucial components of successful strategies. 
• Defensive Solidity vs Offensive Creativity Balance: This balance is essential for achieving success while minimizing vulnerabilities. 
• Player Versatility: The ability of players to perform multiple roles adds flexibility during matches. 
• Data-Driven Decision Making: Analyzing performance metrics helps refine strategies based on empirical evidence. shinjiru/holochain-rust<|file_sep|>/crates/zome/src/lib.rs // Copyright (c) Facebook, Inc. and its affiliates. // This source code is licensed under the MIT license found in // the LICENSE file in the root directory of this source tree. #![recursion_limit = "128"] #[macro_use] extern crate hdk; extern crate hdk_proc_macros; extern crate holochain_json_api; extern crate serde_derive; #[macro_use] extern crate serde_json; use hdk::prelude::*; use hdk_proc_macros::*; use holochain_json_api::{get_agent_address_from_msg}; use serde_derive::{Deserialize}; use std::collections::HashMap; const LINK_TYPE_ID : EntryTypeId = EntryTypeId::from_str("link").unwrap(); const LINK_DATA_TYPE_ID : EntryTypeId = EntryTypeId::from_str("link-data").unwrap(); #[derive(Serialize, Deserialize, Debug)] pub struct Link { pub link_type_id: EntryTypeId, pub link_data_type_id: EntryTypeId, } fn add_link(link_data_id : EntryHash) -> ZomeApiResult<()> { let link_data_hash = link_data_id.clone(); let link_type_id = LINK_TYPE_ID.clone(); let link_data_type_id = LINK_DATA_TYPE_ID.clone(); let link_entry = Entry::App( AppEntryData::Link( Link { link_type_id, link_data_type_id, }, vec![link_data_hash], ), link_type_id, ); let link_hash = hdk::commit_entry(&link_entry)?; Ok(()) } fn get_link_by_hash(link_hash : EntryHash) -> ZomeApiResult> { Ok(hdk::get_entry(&link_hash)?) } #[zome] mod zome { use hdk::prelude::*; #[init] fn init() -> ZomeApiResult<()> { // register entries register_entry_type::()?; Ok(()) } #[validate_agent] pub fn validate_agent(agent_address : AgentPubKey) -> ValidatingAgentResult { Ok(ValidatingAgentAction::Accept) } #[entry_def] fn entry_def() -> ValidatingEntryType { entry!( name: "link", description:"A simple entry type that stores links", sharing: Sharing::Public, validation_package: || { hdk::ValidationPackageDefinition::Entry }, validation: | _validation_data| { Ok(()) } ) .and(entry!( name: "link-data", description:"A simple entry type that stores data", sharing: Sharing::Public, validation_package: || { hdk::ValidationPackageDefinition::Entry }, validation: | _validation_data| { Ok(()) } )) ) .create_entry() } <|repo_name|>shinjiru/holochain-rust<|file_sep|>/crates/zomes/genesis/src/lib.rs // Copyright (c) Facebook, Inc. and its affiliates. // This source code is licensed under the MIT license found in // the LICENSE file in the root directory of this source tree. #![recursion_limit = "128"] #[macro_use] extern crate hdk; extern crate hdk_proc_macros; extern crate holochain_json_api; extern crate serde_derive; #[macro_use] extern crate serde_json; use hdk::{ prelude::*, types::{EntryHash}, }; use hdk_proc_macros::*; use holochain_json_api::{get_agent_address_from_msg}; #[derive(Serialize, Deserialize)] pub struct Profile { pub name : String, pub age : u8, } fn create_profile(profile : Profile) -> ZomeApiResult<()> { let profile_entry = Entry::App( AppEntryData::Struct(profile.clone()), AppEntryType::new("profile")? ); let profile_hash = hdk::commit_entry(&profile_entry)?; let profile_link_entry = Entry::App( AppEntryData::Link( LINK_PROFILE.clone(), vec![profile_hash], ), LINK_PROFILE_TYPE.clone() ); let profile_link_hash = hdk::commit_entry(&profile_link_entry)?; hdk::link_entries(&AGENT_ADDRESS.clone(), profile_link_hash)?; hdk::link_entries(&profile_link_hash.clone(), AGENT_ADDRESS)?; let profile_link2_entry = Entry::App( AppEntryData::Link( LINK_PROFILE_LINKS.clone(), vec![profile_link_hash], ), LINK_PROFILE_LINKS_TYPE.clone() ); let profile_link2_hash = hdk::commit_entry(&profile_link2_entry)?; hdk::link_entries(&AGENT_ADDRESS.clone(), profile_link2_hash)?; hdk::link_entries(&profile_link2_hash.clone(), AGENT_ADDRESS)?; hdk::link_entries(&profile_link2_hash.clone(), profile_link_hash)?; hdk::link_entries(&profile_link_hash.clone(), profile_link2_hash)?; hdk::link_entries(&profile_link2_hash.clone(), LINK_PROFILE_TYPE)?; hdk::link_entries(&LINK_PROFILE_TYPE.clone(), profile_link2_hash)?; hdk::link_entries(&profile_link2_hash.clone(), LINK_PROFILE_LINKS_TYPE)?; hdk::link_entries(&LINK_PROFILE_LINKS_TYPE.clone(), profile_link2_hash)?; let links_result = get_links_for_app(LINK_PROFILE_LINKS_TYPE); if let Ok(links) = links_result { for link_entry in links { if let Some(link_data) = link_entry.data::().ok() { for linked_profile_hash in &link_data.links { if let Ok(profile_linked) = get_links_for_app(linked_profile_hash.to_string()) { for linked_profile_entry in profile_linked { if let Some(linked_profile) = linked_profile_entry.data::().ok() { println!("Profile '{}' linked!", linked_profile.name); } } } } } if let Some(link_data) = link_entry.data::().ok() { for linked_profile_hash in &link_data.links { if let Ok(profile_linked) = get_links_for_app(linked_profile_hash.to_string()) { for linked_profile_entry in profile_linked { if let Some(linked_profile) = linked_profile_entry.data::().ok() { println!("Profile '{}' linked!", linked_profile.name); } } } } } if let Some(link_data) = link_entry.data::().ok() { for linked_profile_hash in &link_data.links { if let Ok(profile_linked) = get_links_for_app(linked_profile_hash.to_string()) { for linked_profile_entry in profile_linked { if let Some(linked_profile) = linked_profile_entry.data::().ok() { println!("Profile '{}' linked!", linked_profile.name); } } } } } if let Some(link_data) = link_entry.data::().ok() { for linked_profile_hash in &link_data.links { if let Ok(profile_linked) = get_links_for_app(linked_profile_hash.to_string()) { for linked_profile_entry in profile_linked { if let Some(linked_profile) = linked_profile_entry.data::().ok() { println!("Profile '{}' linked!", linked_profile.name); } } } } } if let Some(link_data) = link_entry.data::().ok() { for linked_profile_hash in &link_data.links { if let Ok(profile_linked) = get_links_for_app(linked_profile_hash.to_string()) { for linked_profile_entry in profile_linked { if let Some(linked_profile) = linked_profile_entry.data::().ok() { println!("Profile '{}' linked!", linked_profile.name); } } } } } if let Some(link_data) = link_entry.data::().ok() { for linked