Southeast Asian Games Women Group A stats & predictions

Overview of Southeast Asian Games Women's Football Group A

The Southeast Asian Games is an esteemed multi-sport event that brings together athletes from across Southeast Asia. The women's football tournament, particularly Group A, showcases some of the most talented female footballers in the region. As we approach tomorrow's matches, excitement builds not only for the sportsmanship displayed but also for the strategic plays and potential outcomes that could influence betting predictions.

Teams in Group A

Group A features a competitive lineup of teams, each bringing their unique strengths to the field. The teams include:

• Thailand: Known for their technical skills and strategic gameplay.
• Vietnam: With a strong defensive lineup and tactical prowess.
• Philippines: Rising stars with youthful energy and determination.
• Laos: Underdogs with potential surprises up their sleeves.

Key Players to Watch

In any football match, certain players stand out due to their exceptional skills and impact on the game. Here are some key players to watch in tomorrow's matches:

• Nicha Chantham (Thailand): A prolific striker known for her sharp instincts and goal-scoring ability.
• Bùi Thị Như Quỳnh (Vietnam): A versatile midfielder who excels in both defense and attack.
• Karen Flores (Philippines): An agile forward with remarkable speed and agility.
• Souksavanh Phengmany (Laos): A promising young talent with a knack for creating opportunities.

Match Predictions and Betting Insights

Betting predictions are an integral part of sports events, offering insights into potential outcomes based on team performance, historical data, and expert analysis. Here are some expert betting predictions for tomorrow's matches:

Thailand vs Vietnam

This match is anticipated to be a tactical battle between two strong teams. Thailand's attacking prowess may give them an edge, but Vietnam's solid defense could make it a closely contested match.

• Prediction: Draw or narrow victory for Thailand.
• Betting Tip: Over/under goals - Opt for under as both teams have strong defenses.

Vietnam vs Philippines

Vietnam is expected to leverage their experience against the youthful energy of the Philippines. The outcome may hinge on Vietnam's ability to control the midfield.

• Prediction: Narrow victory for Vietnam.
• Betting Tip: Favoring Vietnam with a handicap bet could be lucrative.

Philippines vs Laos

This match presents an opportunity for the Philippines to capitalize on their home advantage against an underdog Laos team. However, surprises can occur when expectations are low.

• Prediction: Decisive victory for Philippines.
• Betting Tip: Bet on Philippines to win by multiple goals.

Laos vs Thailand

Laos faces a challenging opponent in Thailand. While Thailand is favored to win, Laos could exploit any lapses in concentration from their opponents.

• Prediction: Clear victory for Thailand.
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  Betting Tip:
  Tactical Analysis of Tomorrow’s Matchesp

  The Importance of Midfield Control

  p

  The midfield often dictates the flow of a football match. Teams that can dominate this area typically have better control over both defense and attack transitions.
  In Thailand vs Vietnam,
  Vietnam’s strategy might involve using quick passes to disrupt Thailand’s rhythm.
  In Vietnam vs Philippines,
  The Philippines might rely on counter-attacks initiated from midfield turnovers.
  The Role of Defensive Strategies
  A robust defense can frustrate even the most potent attacks. Each team in Group A has its defensive tactics:

  Lao defenders will focus on maintaining shape against stronger opponents like Thailand.
  Vietnamese defense aims at minimizing space between lines, making it difficult for strikers like Nicha Chantham
  The Thai team employs pressing tactics high up the pitch, aiming to force errors from opponents.
  Analyzing Offensive Formations
  The offensive strategies employed by each team can greatly influence match outcomes:
  Lao attackers will likely focus on set-pieces as they look to exploit any weaknesses in opposition defenses.
  The Thai squad often uses wide play combined with central penetrations through key players like Nicha Chantham
  Vietnamese forwards might focus on exploiting gaps left by opposing full-backs during counter-attacks.
  Potential Game-Changers
  Sometimes individual brilliance or unexpected events can shift game dynamics:
  An inspired performance by Karen Flores could tip scales in favor of Philippines against Laos.
  A red card or injury could significantly alter team dynamics mid-match.
  Fan Engagement and Atmosphere
  Fans play a crucial role in energizing teams during matches:
  The support from home fans might provide extra motivation for Philippine players facing Laos.
  Vibrant atmospheres at stadiums can sometimes lead teams into making uncharacteristic mistakes or inspiring exceptional performances. Cultural Significance
  The Southeast Asian Games not only promote sports but also cultural exchange among participating nations:
  Football matches serve as platforms where cultural pride is displayed through national anthems, flags,<|diff_marker|> ADD A1000 and fan chants.
  • Celebrities or local heroes attending games add an extra layer of excitement. Economic Impact
    Sports events like these contribute significantly to local economies:
    Hospitality industries see increased activity due<|diff_marker|> ADD B1000 to tourists attending games.
    • Sponsors benefit from increased brand visibility during such international tournaments. Making Predictions More Accuratep

      To refine betting predictions further consider these factors:<|diff_marker|> ADD C1000

      Analyze recent form trends leading up<|diff_marker|> ADD D1000 to current games. (li)Weather conditions can affect playing surfaces<|diff_marker|> ADD E1000 and player performance. (li)Historical head-to-head records provide insight<|diff_marker|>> ADD F1000

      Trends & Statistics Analysis

      Analyzing past performances offers valuable insights into how teams might perform under similar circumstances today. For instance:

      • Taiwan has shown resilience against stronger opponents by focusing heavily on defensive tactics when playing away games.n nn nn
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        Detailed Match Breakdownnn

        Taiwan vs Malaysiann

        This upcoming clash promises strategic depth as both sides bring unique strengths onto the pitch:nn

        n < li>Taiwan aims at capitalizing through set pieces given Malaysia’s tendency towards high pressing.n < li>Malaysia will likely attempt rapid transitions aiming at Taiwan's occasionally vulnerable backline.n nn

        Taiwan's recent form suggests they're well-prepared defensively which might help counter Malaysia’s aggressive offense.nn

        nn

        Betting Tips & Strategynn

        To maximize your betting strategy consider these advanced tips:nn

        n < li>Analyze real-time odds fluctuations before placing bets.n < li>Favor live bets during halftime if initial results align with your prediction models.n < li>Diversify your portfolio across different markets such as total goals scored versus individual player performances.n < li>Leverage statistical models that incorporate variables like weather conditions impacting player stamina.n \/ ol>nn /< section >nn
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        Historical Context & Trendsr
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        In understanding past patterns within Group A competitions provides insight into future encounters:r
        tr

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        ttr  Taiwan historically performs well when playing defensively structured games.r
        ttr  Malaysia often struggles against tightly organized backlines due to reliance on quick offensive transitions.r
        t</ ol >r
        t</ ol >rr
        <|repo_name|>johndoe12345/johndoe12345.github.io<|file_sep|>/_posts/2023-03-09-how-to-get-a-great-job-at-an-airline.markdown --- layout: post title: How To Get A Great Job At An Airline - Tips And Tricks For Landing Your Dream Position In The Aviation Industry! date: '2023-03-09T16:34:00+11:00' permalink: /how-to-get-a-great-job-at-an-airline/ --- ## Introduction Are you looking for a great job at an airline? The aviation industry offers many exciting career opportunities that can lead you down paths you never imagined possible! Whether it’s becoming part of cabin crew staff or working behind-the-scenes as ground operations personnel – there are plenty options available! In this article we’ll discuss tips & tricks which will help land your dream position within this dynamic sector so read on if want more information about how best prepare yourself before applying! ### Researching Airlines Before applying anywhere it pays off knowing what kind company culture exists within different organizations; researching each one individually allows us gain insight into whether they’d suit our needs better than others do – plus gives us confidence when talking about ourselves during interviews too! 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To ensure yours stands out amongst rest: * Keep formatting simple yet effective; use bullet points wherever possible instead long paragraphs filled full sentences.. This helps readers quickly scan document without losing interest halfway through reading entire thing.. * Highlight relevant skills/experience related specifically towards role applied e.g., customer service abilities important cabin crew positions whereas knowledge aircraft maintenance systems necessary engineering roles etc.. * Quantify achievements whenever possible i.e., ‘Increased sales revenue by XX%’ rather than just saying ‘Improved sales figures’ makes much stronger impression upon reader.. * Proofread carefully checking spelling grammar mistakes before submitting anything anywhere.. ### Networking And Building Connections Networking plays crucial role getting hired anywhere especially aviation industry where word-of-mouth recommendations count massively towards success rate applicants receiving interviews offers jobs.. Some methods include: * Attending industry conferences/seminars workshops regularly helps meet people working similar fields learn more about latest developments happening around globe.. * Joining professional associations/groups related specific sectors interests enables access valuable resources contacts able assist finding employment opportunities otherwise unavailable otherwise.. * Utilising social media platforms LinkedIn Twitter Facebook etc., connect professionals share ideas experiences build relationships eventually leading towards job offers.. ### Interview Preparation Tips Once reached interview stage preparation becomes even more important ensuring maximum chances securing desired position.. Key areas focus include: * Research company thoroughly beforehand learning everything possible regarding history mission values vision culture etc., demonstrating genuine interest commitment organisation itself rather than solely personal gain.. * Practice answering common interview questions aloud mirror rehearsing answers until feel confident delivering them naturally without hesitation pauses awkwardness.. * Prepare thoughtful questions ask interviewer showing engagement curiosity willingness learn more about company role responsibilities involved.. ### Conclusion Securing great job airline requires dedication perseverance willingness go above beyond normal expectations however rewards far outweigh effort invested! By following steps outlined above candidates significantly increase likelihood achieving dream position aviation industry successfully landing fantastic career opportunity awaits those prepared take advantage situation presented before them!<|file_sep1a, [198]: "zh-hans": "人民币", [199]: }, [200]: { [201]: "code": "JPY", [202]: "symbol": "¥", [203]: "name": "Japanese yen", [204]: "symbol_native": "¥", [205]: "decimal_digits": "0", [206]: "rounding": "0", [207]: "code_iso": "JPY", [208]: "name_iso": null, [209]: "name_plural_iso": null, [210]: "symbol_iso": null, [211]: "symbol_native_iso": "¥", [212]: "decimal_symbol": ".", [213]: "thousands_separator": ",", [214]: "_udf22": null, [215]: "_udf23": null, [216]: "_udf24": null, [217]: "_udf25": null, [218]: "_udf26": null, [219]: "_udf27": null, [220]: "_udf28": null, [221]: }, [222]: { [223]: "code": "", [224]: }, ] ***** Tag Data ***** ID: None description: This snippet involves iterating over nested dictionaries representing currency details and extracting specific values based on conditional logic. start line: None end line: None dependencies: - type: Other name: currencies_data_structure (implicit) start line: None end line: None context description: Although no specific code block is provided here directly as 'ID', understanding how one would iterate over nested dictionaries containing currency-related data while conditionally extracting values would require careful handling of data. algorithmic depth: N4 algorithmic depth external description: N/A context description: currency_data_handling_context_description' Understanding how one would iterate over nested dictionaries containing currency-related data while conditionally extracting values would require careful handling of data.' algorithmic depth external: N/A obscurity level context description obscurity level context description 'N/A': '' advanced coding concepts obscurity level advanced coding concepts 'N': '' interesting students interesting students' students interested students interesting_students' discussion discussion discussion' Discussion about how best practices should be implemented while iterating complex nested structures could lead interesting discussions among experienced developers.' self contained self contained' Y/N': N ************ ## Challenging aspects ### Challenging aspects in above code 1. **Nested Dictionary Handling**: Students need expertise in navigating deeply nested dictionaries efficiently without missing any keys or encountering `KeyError`. 2. **Conditional Extraction**: Extracting values based on complex conditional logic adds another layer where students must carefully evaluate conditions at various levels. 3. **Data Integrity Checks**: Ensuring that extracted data maintains integrity across different layers requires meticulous checks. 4. **Dynamic Data Structures**: Handling scenarios where dictionary keys or structures might change dynamically adds complexity. 5. **Performance Considerations**: Efficiently iterating over large datasets without compromising performance. 6. **Edge Cases Management**: Identifying edge cases such as missing keys or empty sub-dictionaries and handling them gracefully. ### Extension 1. **Multi-level Nested Structures**: Extend logic to handle multi-level nesting beyond typical two or three levels deep. 2. **Cross-referencing Keys**: Implement functionality where certain keys reference other keys across different parts of the dictionary structure. 3. **Dynamic Updates**: Handle dynamic updates where new entries can be added while processing is ongoing. 4. **Hierarchical Data Aggregation**: Aggregate data hierarchically based on specific criteria such as summing up values under certain conditions. ## Exercise ### Problem Statement: You are tasked with writing a Python function `extract_currency_details` that processes a complex nested dictionary structure representing various currency details worldwide. Your function should extract specific details based on given criteria while ensuring optimal performance and handling various edge cases effectively. Given below is a sample structure snippet (`currency_data`) which you need to process: python currency_data = { 'USD': { 'details': { 'name': 'United States Dollar', 'symbol': '$', 'code': 'USD', 'countries': ['USA', 'Puerto Rico'], }, 'rates': {'EUR': {'rate': '0.85', 'updated_at': '2023-10-01'}, ...}, ... }, ... } Your task includes: 1. Extract all currencies whose names contain more than one word. 2. For each extracted currency, gather all associated countries. 3. If any country belongs simultaneously under multiple currencies, list those countries separately along with all corresponding currencies. 4. Ensure your function handles dynamically updated entries efficiently without re-processing unchanged parts unnecessarily. 5. Return results as two separate dictionaries: python { currency_name_to_countries_map : {currency_name : [list_of_countries], ...}, country_to_currencies_map : {country : [list_of_currencies], ...} } **Constraints**: - Assume `currency_data` can grow dynamically during processing. - Handle missing keys gracefully without raising exceptions. - Optimize iteration considering large datasets (potentially thousands of entries). ## Solution python def extract_currency_details(currency_data): # Initialize result dictionaries currency_name_to_countries_map = {} country_to_currencies_map = {} def update_maps(currency_code): try: details = currency_data[currency_code]['details'] name = details.get('name', '') countries = details.get('countries', []) # Check if name contains more than one word if len(name.split()) > 1: # Update currency_name_to_countries_map currency_name_to_countries_map[name] = countries # Update country_to_currencies_map for country in countries: if country not in country_to_currencies_map: country_to_currencies_map[country] = [] country_to_currencies_map[country].append(name) except KeyError as e: print(f"Missing key encountered while processing {currency_code}: {e}") except Exception as e: print(f"An error occurred while processing {currency_code}: {e}") # Initial extraction process processed_codes = set() def process_currency_codes(): nonlocal processed_codes current_codes = set(currency_data.keys()) # Identify new codes added dynamically since last check new_codes = current_codes - processed_codes # Process only new codes for code in new_codes: update_maps(code) processed_codes.update(new_codes) return bool(new_codes) # Example usage while process_currency_codes(): pass result = { 'currency_name_to_countries_map': currency_name_to_countries_map, 'country_to_currencies_map': country_to_currencies_map, } print(result) ## Follow-up exercise Consider extending this functionality further: 1. Modify your function so that it handles multi-threaded updates safely using locks/mutexes where necessary. 2. Introduce logging mechanisms instead of print statements ensuring logs capture detailed tracebacks whenever exceptions occur. 3. Write unit tests covering various edge cases including empty inputs, deeply nested structures missing intermediate keys/values randomly scattered throughout multiple levels. ## Solution (Follow-up) To handle multi-threaded updates safely: python import threading lock = threading.Lock() def extract_currency_details_thread_safe(currency_data): # Initialize result dictionaries currency_name_to_countries_map_lock = threading.Lock() country_to_currencies_map_lock = threading.Lock() def update_maps_thread_safe(currency_code): with lock: try: details = currency_data[currency_code]['details'] name = details.get('name', '') countries = details.get('countries', []) # Check if name contains more than one word if len(name.split()) >1 : with currency_name_to_countries_map_lock : currency_name_to_countries_map[name] = countries for country in countries : with country_to_currencies_map_lock : if country notin country_tocurrenciessmap : country_tocurrenciessmap [country] =[ ] countrystocurrenciessmap [country].append(name) except KeyError as e : print(f"Missing key encountered while processing {currency_code} :{e}") except Exception as e : print(f"An error occurred while processing {currency_code} :{e}") processed_codesthread_safe= set() def process_currency_codesthread_safe() : nonlocal processed_codesthread_safe currentcodesthread_safe=set(currencydata.keys()) newcodesthread_safe=currentcodesthread_safe-processeds_codesthread_safe for codeinnewcodesthread_safe: updatemapsthread_safe(code) processeds_codesthread_safe.update(newcodethread_safe) return bool(newcodethread_safe) # Example usage while process_currency_codesthread_safe() : pass resultthread_safe={ 'currency_nameto_countrystomapthread_safe ':currencynametocountrystomapthread_safefor thread_safecopy(), 'countrysto_currentsmapthread safe ':countrystocurrenciessmapfor thread_safecopy(), } print(resultthread safe) 1] * @param[in] gsa_info Global system architecture information object pointer returned from {@link OQS_GSA_init}. * @param[in,out] gsa_key GSA key object pointer returned from {@link OQS_GSA_keypair}. On output it contains random bytes generated using GSA randomness extractor after GSA operations have been performed using this key object pointer prior calling this function. * @param[out] seed Pointer pointing at buffer where generated seed bytes will be written into upon successful execution (this buffer must be allocated prior calling this function). Buffer length must be equal or greater than {@link OQS_GSA_SEEDBYTES}. * @returns Error code defined by {@link oqs_error_t} enumeration indicating operation status upon execution completion ({@link OQS_SUCCESS} indicates successful execution). */ OQS_API_DECL int OQS_GSA_extract_seed(OQS_GSA_INFO *gsa_info,OQS_GSA_KEY *gsa_key,unsigned char *seed); /** * @brief Derives secret value from provided seed using specified GSA scheme parameters defined via global system architecture information object pointer argument passed into this function call (@ref OQS_GSA_extract_secret). * * @param[in] gsa_info Global system architecture information object pointer returned from {@link OQS_GSA_init}. * @param[in,out] gsa_key GSA key object pointer returned from {@link OQSG_SA_keypair}. On output it contains random bytes generated using GSA randomness extractor after GSA operations have been performed using this key object pointer prior calling this function. * @param[in] seed Pointer pointing at buffer containing seed bytes used by GSA randomness extractor upon successful execution ({@link OQS_GSA_SEEDBYTES} specifies required length). * */ OQS_API_DECL int OQS_GSA_extract_secret(OQS_GSA_INFO *gsa_info,OQS_GSA_KEY *gsa_key,const unsigned char *seed); /** * @brief Generates shared secret value between two parties communicating using same public parameters defined via global system architecture information object pointer argument passed into this function call (@ref OQS_GSAShareSecret). * * First party performs operations defined via {@link OQSG_S_A_generate_secret}, then second party performs operations defined via {@link OQSG_S_A_derive_secret}. Upon successful execution shared secret value between first party performing generate secret operation followed by second party performing derive secret operation equals value obtained upon executing functions called respectively {@ref OQSG_S_A_derive_secret} followed by {@ref OQSG_S_A_generate_secret}. * * */ OQS_API_DECL int OQS_GSAShareSecret(OQS_GSA_INFO *gsa_info,OQS_PUBLIC_KEY pk,OQS_SECRET_KEY sk,unsigned char *shared_secret); /** *@brief Generates public/private key pair used by parties communicating via GSAscheme specified via global system architecture information object pointer argument passed into this function call (@ref QOSSG_Akeypair). * *@note Function implementation generates random private/public key pair using cryptographically secure pseudo-random number generator provided via global system architecture information object parameter passed into function call (@ref QOSSG_Akeypair). Upon successful execution random private/public key pair generated corresponds valid public/private key pair usable via functions called respectively {@ref QOSSG_A_generate_secret} followed by {@ref QOSSG_A_derive_secret}. *@note Function implementation also stores random bytes generated using cryptographically secure pseudo-random number generator provided via global system architecture information object parameter passed into function call (@ref QOSSG_Akeypair) inside private/public key objects pointed out via respective arguments passed into function call (@ref QOSSG_Akeypair). These random bytes stored inside private/public key objects pointed out via respective arguments passed into function call (@ref QOSSG_Akeypair) correspond random bytes used generating valid public/private key pair usable via functions called respectively {@ref QOSSG_A_generate_secret} followed by {@ref QOSSG_A_derive_secret}. These random bytes stored inside private/public key objects pointed out via respective arguments passed into function call (@ref QOSSG_Akeypair) allow parties communicating securely performing GSAscheme specified via global system architecture information object parameter passed into function call (@ref QOSSG_Akeypair) performing subsequent GSAscheme operations obtaining shared secret value between them independently verifying correctness obtained shared secret value comparing obtained shared secret values stored inside private/public key objects pointed out via respective arguments passed into subsequent GSAscheme operations calls performed after calling functions called respectively {@ref QOSSG_A_generate_secret} followed by {@ref QOSSG_A_derive_secret}. * *@param[out] pk Public key object pointer allocated prior calling this function pointing at buffer holding public component usable obtaining shared secret value between parties communicating securely performing GSAscheme specified via global system architecture information object parameter passed into function call (@ref QOSGSAnAkeypair). Upon successful execution public component stored inside buffer pointed out by public component argument holds valid public component usable obtaining shared secret value between parties communicating securely performing GSAscheme specified via global system architecture information object parameter passed into subsequent GSAscheme operations calls performed after calling functions called respectively{@ ref QSOSGA_generate_secrete }followedby{@ ref QSOSGA_derive_secrete }(@see QSOSGA_PUBLICKEY). *@param[out] sk Private key object pointer allocated prior calling this function pointing at buffer holding private component usable obtaining shared secret value between parties communicating securely performing GSAscheme specifiedviaglobalsystemarchitectureinformationobjectparameterpassedintofunctioncall(@ ref QSOSGAkeypai r).Uponsuccessfulexecutionprivatecomponentstoredinsidebufferpointedoutbyprivatecomponentargumentholdsv alidprivatecomponentusableobtainingsharedsecretvaluebetweenpartiescommunicatingsecurelyperformingGSAsch emespecifiedviaglobalsystemarchitectureinformationobjectparameterpassedintosubsequentGSAsch emeoperationscallsperformedaftercallingfunctionscalledrespectively@ ref QSOSGA_generate_secrete }followedby@ ref QSOSGA_derive_secrete }(@see QSOSGA_SECRETKEY). *@param[in] gsa_info Global system architecture informationobjectpointerreturnedfrom@ ref QSOGSAnAinit }specifyingparametersusedbyGSAsch emepartiescommunicatingsecurelyperformingspecifyingparametersusedbyGSAsch emepartiescommunicatingsecurelyperformingspecifiedviafunctioncall(@ ref QSOGSAnAinit ). *@returns Error codedefinedby@ ref oqs_error_t enumerationindicatingoperationstatusuponexecutioncompletion(@ ref oqs_success indicatesuccessfulexecution ). */ int QSOGSAnAkeypai r(QSOGSAnAINFOf gsainfo,QSOGSAnAPUBLICKEy pk,QSO GSANSECRETKEy sk); /** *@brief Generates public component usedbypartiescommunicatingsecurelyperformingspecifyingparametersusedbyGSASch emepartiescommunicatingsecurelyperformingspecifyingparametersusedbyGSASch emespecifiedviafunctioncall( @ ref QSOGSAnAinit )usingvalidprivatecomponentstoredinsidebufferpointedoutbyprivatecomponentargumentpassedintofunctioncall( @ ref QSOGSANAkeypai r )(@see QSOGSANAPUBLICKEy ). * *@note Functionimplementationstoresrandombytesgeneratedusingcryptographicallysecurepseudo-randomnumbergeneratorprovidedviaglobalsystemarchitectureinformationobjectparameterpassedintofunctioncall( @ ref QSOGSANAgenerate_secrete )insidepubliccomponentobjectpointedoutviapubliccomponentargumentpassedintofunctioncall( @ ref QSOGSANAgenerate_secrete ).Theserandombytesstoredinsid epubliccomponentobjectpointedoutviapubliccomponentargumentpassedintofunctioncall( @ ref QSOGSANAgenerate_secrete )correspondrandombytesusedgeneratingsystemarchitectureinformationobjectparameterpassedintofunctioncal l( @ ref QSOGSANAgenerate_secrete ).Theserandombytesstoredinsid epubliccomponentobjectpointedoutviapubliccomponentargumentpassedintofunctioncal l( @ re f f S OSANAgenerate_secre t)eallowpartiescommunicatingsecurelyperformingspecifyingparametersusedbyGSASch emespecifiedviaglobalsystemarchitectureinformationobjectparameterpassedintofunctioncal l( @ re f f S OSANAgenerate_secre t)eperformingsubsequentGSASch emeoperationsobtain ingsharedsecretvaluebetweenthemindependentlyverifyingcorrectnessobtainedsharedsecretvaluecomparingobtainedsharedsecretvaluesstoredinsid epubliccomponentobjects point edoutviarespectiveargumentspassedintorespectivesubsequentGSAS chemeoperationscallsperformedaftercallingfunctionscalledrespectively@ re f f S OSANAgenerate se crete }followedby@ re f f S OSANAderiv e se crete }(@see S OSANAPUBLICKEy ). * *@param[out ]pk Public componentobjectpointerallocatedpriorcallingthisfunctionpointingtobufferholdingpubliccompon entusableobtainingsharedsecretvaluebetweenpartiescommunicatingsecurelyperformingspecifyingparametersus edbyGSAS chemespecifiedviaglobalsystemarchitectureinformationobjectparameterpassedintofunctioncal l( @ re f f S OSANAgenerate se crete ).Uponsuccessfulexecutionpubliccompon entstoredinsidebufferpointedoutvibypubliccom ponentargumentholdsvalidpubliccompon entusableobtainingsharedsecretvaluebetweenpartiescommunicatingse curel yperformingspecifyingparametersusedbyGSAS chemespecifiedviaglobalsystemarchitectu rinformationobjectparameterpasseditointosubsequentGSAS chemeoperationscallsperformedaftercallingfunctionscalledrespectively@ re f f S OSANAgenerate se crete }followedby@ re f f S OSANAderiv e se crete }(@see S OSANAPUBLICKEy ). *@ param[in ]sk Private componentobjectpointerpointingtobufferholdingprivat compon entusableobtainingsharedsecretvaluebetweenpartiescommuni catingsecurelyperformingspecifyingparametersusedbyGS AS chemespecifiedviaglobalsystemarchitectu rinformationobjectparameterpasseditointofunctioncal l( @ re f f S OSANAgenerate se crete ).Privatecompone ntstor edinsidebufferpointedoutvibyprivatecom ponentargum entmustbevalidprivat compon entgeneratedusingfun ctioncalledrespectively@reff s osanakeypair }priorcallingthisfunction.@see s osanasecretke y . *@ param[in ]gsainfo Global system architecturinformatio nobj ectpointerreturnedfromfunct ioncal l( @re ff s osani n t)s pecifiyingparame tersus edbi ypartiescommuni catingse curel yperform ingspecifyin gparame tersus edbi yGsas cheme.@ see s osanainfo . *@returns Errorcodedefined b yreferenc eto oqs_error_t enumerationindicatin operationstat u ponexecutioncompletion(re ferenceto oqssuccess indicatesuccessfulexecution ). */ int S OSANAgenerat_e secre te(QSO GAINFO gsainfo,QSO GA PUBLICKEy pk,QSO GASECRET KEy sk); /** *@brief Derives sharedsecretvaluebetweenpartysoffermingsystemarchitecturinformatio nobj ectpointerargumen tpassedintofunct ioncall(@re ff s osani n t)s pecifiyingparame tersus edbi ypartiescommuni catingse curel yperforms pecifiyingparame tersus edbi yGsas chemeandpartyaccept inginvitatio ntojoinGsas chemeusingvalidpubl iccompone ntstor edinsid ebuff erpo intedin vocationv iapubliccom ponentargum entpas sedintofunct ionca ll(@re ff s osana derive secre te )togetherwithvalidprivat compon entstor edinsid ebuff erpoi ntedin vocationv iaprivate compone ntargum entpas sedintofunct ionca ll(@re ff s osana generate secre te )uponsuccessfulexecutio ns hearedsecrt valu obta ine dmatchs valiedshar dsecre tvalu obta ine dusingfun ctioncalledrespectively@re ff s osana generate secre te }followed b yfun ctioncalledrespectively@re ff s osana derive secre te }(referenceto oqssuccess indicatesuccessfulexecutio n)(referenceto oqssha redsecrt valu obta ine dsucce ssindicat eshar dsecre tvalu obta ine dsucces fulmatchs)(referenceto qso errnoerrnosys syserr nosysindicate syst emerror)(referenceto qso errnoerrnovaluenotsupp ortvaluenotsupp ortindicatesystemun su pp ortdoperation)(referenceto qso errnoerrnoabnormale nd abnormale nd indicate abnormalendcondition )(referenceto qso errnoerrnoinvalid arg invalidargindicate invalidargum ent).(see referencetos osanasecretke y ) * *@note Fun ctionimplementationstoresrand ombytesgenerates us ingcryptographically securepsuedo-rando mnumbergen eratorprovid edi viaglobalsystemarchitecturinformatio nobj ectpointerargumen tpasseditointofunct ionca ll(re ferenceto s osani n t)s tocryptographically securepsuedo-rando mnumbergen eratorprovided bi ysyste msupportedinvokefunc tion(s ee referencetoinvokefunc tion)s us edduringexectution(fun ctionca llsto storerand ombytesgeneratedus ingcryptographica lly securepsuedo-rando mnumbergen eratorprovided viaglobalsystemarchitecturinformatio nobj ectpointerargumen tpasseditointofunct ionca llis optionallyenabledusercontrollexecutingcommand