This clash is expected to be a tactical battle between two contrasting styles of play. Team A's defense will be tested against Team B's aggressive forward line.

Predicted Lineup for Team A:

• GK: Player X – Known for his shot-stopping abilities.
• Defense: Players Y and Z – Formidable pairing that excels at intercepting passes.
• Midfield: Player W – Key playmaker providing stability and vision.
• Attack: Player V – Speedy forward capable of breaking through defenses.

Predicted Lineup for Team B:

• GK: Player M – Reliable presence between the sticks.
• Defense: Players N and O – Solid backline focusing on counter-attacks.
• Midfield: Player P – Dynamic midfielder driving forward plays.
• Attack: Players Q and R – Duo known for creating scoring opportunities.

Prediction: A tightly contested match with chances for both sides. Expect a low-scoring affair with possible goals from set-pieces or individual brilliance.

Betting Tip: Consider backing under 2.5 goals given the defensive setup of both teams.

This fixture promises excitement as both teams have shown impressive form recently. The outcome could hinge on which side can exploit key weaknesses in the opponent’s lineup.

Predicted Lineup for Team C:

• GK: Player S – Agile goalkeeper known for reflex saves.
• Defense: Players T and U – Flexible defenders adept at transitioning play from defense to attack.
• Midfield: Players V and W – Central midfielders controlling tempo and distribution.
• Attack: Player X – Versatile striker capable of playing wide or central roles.

Predicted Lineup for Team D:

• GK: Player Y – Consistent performer under pressure situations.#include "http_server.h" #include "router.h" #include "route.h" #include "request.h" #include "response.h" namespace http_server { std::shared_ptr> HttpServer::get_router() { return router_.get(); } std::shared_ptr> HttpServer::post_router() { return router_.get(); } void HttpServer::start(int port) { std::thread([this] { run(port); }).detach(); } void HttpServer::run(int port) { server_.reset(new Server(port)); server_->set_message_handler([this](const Request& req, Response* resp) -> void { handle_request(req, resp); }); server_->start(); } void HttpServer::handle_request(const Request& req, Response* resp) { auto method_router = req.method == RequestType::GET ? get_router() : post_router(); auto route_it = method_router->find_route(req.path(), req.query_arguments(), req.header_arguments()); if (route_it != method_router->end()) { #ifdef HTTP_SERVER_DEBUGGING_MODE_ON_ #endif // HTTP_SERVER_DEBUGGING_MODE_ON_ #ifdef HTTP_SERVER_DEBUGGING_MODE_OFF_ #endif // HTTP_SERVER_DEBUGGING_MODE_OFF_ #ifdef HTTP_SERVER_DEBUGGING_MODE_ON_ #endif // HTTP_SERVER_DEBUGGING_MODE_ON_ #ifdef HTTP_SERVER_DEBUGGING_MODE_OFF_ #endif // HTTP_SERVER_DEBUGGING_MODE_OFF_ #ifdef HTTP_SERVER_DEBUGGING_MODE_ON_ #endif // HTTP_SERVER_DEBUGGING_MODE_ON_ #ifdef HTTP_SERVER_DEBUGGING_MODE_OFF_ #endif // HTTP_SERVER_DEBUGGING_MODE_OFF_ #ifdef HTTP_SERVER_DEBUGGING_MODE_ON_ #endif // HTTP_SERVER_DEBUGGING_MODE_ON_ #ifdef HTTP_SERVER_DEBUGGING_MODE_OFF_ #endif // HTTP_SERVER_DEBUGGING_MODE_OFF_ #ifdef HTTP_SERVER_DEBUGGING_MODE_ON_ #endif // HTTP_SERVER_DEBUGGING_MODE_ON_ #ifdef HTTP_SERVER_DEBUGGING_MODE_OFF_ #endif // HTTP_SERVER_DEBUGGING_MODE_OFF_ #ifdef HTTP_SERVER_ERROR_LOGS_ENABLED_ #else /*HTTPSERVERERRORLOGS*/ #endif /*HTTPSERVERERRORLOGS*/ } else { #ifndef NDEBUG #error This should not happen! No route found! #else /*NDEBUG*/ #ifndef NDEBUG /*NDEBUG*/ #else /*NDEBUG*/ #ifndef NDEBUG /*NDEBUG*/ #else /*NDEBUG*/ #ifndef NDEBUG /*NDEBUG*/ #else /*NDEBUG*/ #ifndef NDEBUG /*NDEBUG*/ #else /*NDEBUG*/ #ifndef NDEBUG /*NDEBUG*/ #else /*NDEBUG*/ #ifndef NDEBUG /*NDEBUG*/ #else /*NDEBUG*/ #ifndef NDEBUG /*NDEBUG*/ #else /*NDEBUG*/ #ifndef NDEBUG /*NDEBUG*/ #else /*NDEBUG*/ #ifndef NDEBUG /*NDEBUG*/ #else /*NDEBUG*/ #ifndef NDEBUG/* NDEBG */ #else/* NDEBG */ #endif/* NDEBG */ #if defined(HTTPSERVERERRORLOGS) #error No route found! #endif/* NDEBG */ #if !defined(HTTPSERVERERRORLOGS) #if defined(HTTPSERVERERRORLOGS) #error No route found! #elif !defined(HTTPSERVERERRORLOGS) #elif !defined(HTTPSERVERERRORLOGS) #elif !defined(HTTPSERVERERRORLOGS) #elif !defined(HTTPSERVERERRORLOGS) #elif !defined(HTTPSERVERERRORLOGS) #elif !defined(HTTPSERVERERRORLOGS) #elif !defined(HTTPSERVERERRORLOGS) #define DEFAULT_RESPONSE_CODE_404 "404 Not Found" #define DEFAULT_RESPONSE_BODY_404 "nnn" "nn

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  The requested URL was not foundn" "on this server.n" "n" resp->set_status(ResponseCode::NOT_FOUND); resp->set_header("Connection", "close"); resp->set_header("Content-Length", std::to_string(DEFAULT_RESPONSE_BODY_404.length())); resp->set_body(DEFAULT_RESPONSE_BODY_404); #undef DEFAULT_RESPONSE_CODE_404 #undef DEFAULT_RESPONSE_BODY_404 #endif/* NOTDEFINDED */ #if defined(NOTDEFINDED) #error This should not happen! No route found! #elif !defined(NOTDEFINDED) #if defined(NOTDEFINDED) #error This should not happen! No route found! #elif !defined(NOTDEFINDED) #elif !defined(NOTDEFINDED) #elif !defined(NOTDEFINDED) #elif !defined(NOTDEFINDED) #elif !defined(NOTDEFINDED) #elif !defined(NOTDEFINDED) #define DEFAULT_RESPONSE_CODE_500 "500 Internal Server Error" #define DEFAULT_RESPONSE_BODY_500 "nnn" "nn

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No route found! # endif/* UNDENIED */ # if defined(UNDENIED) && defined(UNDEBGINED) && defined(UNDBEGINED) && defined(UNDIEBNED) && defined(UNDIEBNEED) && defined(UNDBEIGNED) && defined(UENDIEBNGED) # else/* UNDENIED */ # endif/* UNDENIED */ # if defined(UNDEBGINED) # else/* UNDEBGINED */ # endif/* UNDEBGINED */ # if defined(UNDBEGINED) # else/* UNDBEGINED */ # endif/* UNDBEGINED */ # if defined(UNDIEBNED) # else/* UNDIEBNED */ # endif/* UNDIEBNED */ # if defined(UNDIEBNEED) # else/* UNDIEBNEED */ # endif/* UNDIEBNEED */ # if defined(UNDBEIGNED) # else/* UNDBEIGNED */ # endif/* UNDBEIGNED */ # if (!(!(!(!(!(!(!((!(false)))))))))) // false equivalent boolean expression. // It evaluates to false. // I have no idea how I came up with this one but it works. // If you want it even longer use: // (((((((((false))))))))). Maybe even add parentheses around each boolean literal. // However don't forget that you need at least one more set than necessary so it doesn't evaluate too early. else{ #define NOTFOUNDRESPONSECODE "Not Found" resp->status_code_(ResponseCodeEnum_t.NOT_FOUND); resp->header_("Connection","close"); resp->header_("Content-Length",std::to_string(std::__cxx11:: string( R"( ") ).c_str()).length()); resp-> body_(R"( ") ).append(R"()").append(ResponseCodeEnum_t.NOT_FOUND).append(R"( response.")").append(R"(The )").append(std::__cxx11:: string( RequestResource_t.RequestResourceNotDefined)).append(R"( resource was not matched.)").append(R"( Check your spelling!)")< ).c_str()); resp-> send_response_(); return; std::__cxx11:: string( RequestResource_t.RequestResourceNotDefined); std::__cxx11:: string( ResponseCodeEnum_t.INTERNAL_ERROR); std::__cxx11:: string( R"( ") ).c_str()); resp-> status_code_(ResponseCodeEnum_t.INTERNAL_ERROR); resp-> header_("Connection","close"); resp-> header_("Content-Length", std::__cxx11:: string( R"( ") ).c_str()).length()); resp-> body_(R"( ") )$.c_str()).append(R$($).c_str()).$). $). $body_$. send_response_$. $; $} $else$ $error_$. $this $should $not $be $possible$.$no $route $found$$.$endif$$endif$$endif$$endif$$endif$$endif$$endif$$endif$$endif$$endif$$else$ <|file_sep|>#ifndef _HTTP_REQUEST_H__ #define _HTTP_REQUEST_H__ #include "../types.h" #include "../utils/utils.h" namespace http_server { enum class RequestType : uint8_t { UNINITIALIZED_REQUEST_TYPE, GET, POST, MAXIMUM_REQUEST_TYPE_VALUE, NONE_OF_THE_ABOVE_REQUEST_TYPE_VALUE, }; class Request { public: explicit Request(RequestType type); virtual ~Request(); inline const utils_http_server_types_utils_http_server_types_utils_http_server_types_utils_http_server_types_utils_http_server_types_utils_http_server_types_utils_http_server_types_utils_http_server_types_utils_http_server_types_utils_http_server_types_utils_http_server_types_RequestType& get_type() const; inline const utils_http_server_types_utils_http_server_types_utils_http_server_types_utils_http_server_types_utils_http_server_types_utils_http_server_types_utils_http_server_types_UtilsHttpServerTypesUtilsHttpServerTypesUtilsHttpServerTypesUtilsHttpServerTypesUtilsHttpServerTypesUtilsHttpServerTypesUtilsHttpServerTypesString& get_path() const; inline const utils_http_server_map_String_String& get_query_arguments() const; inline const utils_http_server_map_String_String& get_header_arguments() const; inline bool operator==(const Request& other); private: RequestType type_; utils_http_server_string_UtilsHttpServerString path_; utils_http_server_map_String_String query_arguments_; utils_http_server_map_String_String header_arguments_; }; } // namespace httpserver inline bool operator==(const httpserver_request_Request& lhs, const httpserver_request_Request& rhs); inline bool operator!=(const httpserver_request_Request& lhs, const httpserver_request_Request& rhs); inline stdostreamoperator<<(stdostream&,consthttpserverrequest_Request&); inline utilshttpservertypesutilshttpservertypesutilshttpservertypesutilshttpservertypesutilshttpservertypesutilshttpservertypesutilshttpservertypesutilshttpservertypesutilshttpservertypesutilshttpservertypesRequestTyperequesttypeenumtorequesttypeequesttypeequesttypeequesttypeequesttypetype_; inline requestpathpathpathpathpathpathpathpathpathpathrequest_get_path(); inline requestqueryargumentsqueryargumentsqueryargumentsqueryargumentsqueryargumentsqueryargumentsqueryargumentsqueryargumentshttpservermap_string_stringrequest_get_query_arguments(); inline requestheaderargumentshttpservermap_string_stringrequest_get_header_arguments(); inline booloperator===(lhsrhs); inline booloperator!=lhsrhs; inline stdostreamoperator<(static_cast(type_enum)); } } /* * Implementation details follow here... */ namespace httpserver { Request::~Request(){} inline RequestType get_type(){ return type_; } /* * Implementation details end here... */ namespace httpserver { RequestType get_type(const Request &req){ return req.type_; } /* * Implementation details follow here... */ namespace httpserver { constexpr size requests_max_path_length{1024}; constexpr size requests_max_number_of_headers{128}; constexpr size requests_max_number_of_queries{128}; constexpr size requests_max_number_of_parameters_per_query{32}; /* * Implementation details end here... */ namespace httpserver { template void parse_line(TCallbackFuncPtrTcallbackfuncptrTcallbackfuncptrTcallbackfuncptrTcallbackfuncptrTcallbackfuncptrTcallbackfuncptrTcallbackfuncptrTcallbackfuncptrTcallbackfuncptrTcallbackfuncptr_, TArgsArgsArgsArgsArgsArgsArgsArgsArgsArgsssssssss... args){ char buffer_[requests_max_path_length + sizeof('')]; ssize read_count=readline(&buffer_[0],sizeof(buffer_),stdin_); if(read_count==-1||read_count>=sizeof(buffer_)||buffer_[read_count-1]!='r'){ throw stdruntime_error{"Invalid line"}; }else{ buffer_[read_count-1]=''; (*reinterpret_cast( args...))(buffer_); } } template void parse_line(TFunctionPointerToFunctionPointerToFunctionPointerToFunctionPointerToFunctionPointerToFunctionPointerToFunctionPointerToFunctionPointerToFunctionPointerToFunctionPointer_, TArgumentsArgumentsArgumentsArgumentsArgumentsArgumentsArgumentsArgumentsssss... arguments){ parse_line( [](auto&& str){(*reinterpret_cast( argumens...))(str);}, args... ); } template void parse_line(tnonmemberfunctororlambdabjorclassmethodwithnomemberdataobj,targs... args){ parse_line<&TNonMemberFunctorOrLambdaObjOrClassMethodWithNoMemberData::*nonmemberfunctororlambdabjorclassmethodwithnomemberdataoperator()(auto&&), tnonmemberfunctororlambdabjorclassmethodwithnomemberdataobj,targs...>(); } template void parse_key_value_pair(const string_view key,value_view val,stdmapkeyvaluepairkeyvaluepairkeyvaluepairkeyvaluepairkeyvaluepairkeyvaluepair_key_value_pair_mappairs_mappairs_mappairs_mappairs_mappairs_mappairspairs){ static_assert(sizeof...(V)>0,"At least one value must exist!"); mappairs.emplace(key,val.substr(val.find_first_not_of(' '))); } template void parse_key_value_pair(const string_view key,value_view val,stdmapkeyvaluepairkeyvaluepairkeyvaluepairkeyvaluepairkeyvaluepairkeyvalue_pair_mappairs_mappairs_mappairs_mappairs_mappairsmaps ){ static_assert(sizeof...(V)>0,"At least one value must exist!"); for(auto i=val.find_first_not_of(' ');i!=val.npos;i=i+val.substr(i+1).find_first_not_of(' ')){ mappairse.emplace(key,val.substr(i,val.substr(i+1).find_first_not_of(' '))); } } template void parse_parameters(const string_view param,VsVsVsVsVsValues values,stdvectorvsvsvsvsvaluesparametersparametersparametersparameters){ static_assert(sizeof...(V)>0,"At least one parameter must exist!"); for(auto i:param.find(';')){ parse_key_value_pair(param.substr(param.find_first_not_of(' '),i),param.substr(i,param.find(';')),values); } } template void parse_parameters(const string_view params,stdvectorvsvaluesvsvsvsvsvsvsvs_values,stdvectorvsvaluesvsvsvsvsvsvsvs_values,MParametersParametersParametersParametersParsenparameterparametersparamsparams ){ static_assert(sizeof...(V)>0,"At least one parameter must exist!"); for(auto i:params.find('?')){ parse_parameters(params.substr(params.find_first_not_of(' '),i),vs_values,v_s_values,m_parameters); } } template bool read_headers(string_view header,QQueriesQQueriesQQueriesQQueries queries,HPParsedHeaderParedeHPParsedHeaderParedeHPParsedHeaderParedeHPParsedHeaderParedes parsed_headers,MParameterParameterMParameterParameterMParameterMParamesterparameters,MQParsedQueryArgumentParedeMQParsedQueryArgumentParedeMQParsedQueryArgumentParedeMQParseddes parsed_queries,HHParseddedeparseddedeHHParseddedeparseddedeHHParseddedeHHParseddeheaders){ static_assert(sizeof...(V)>0,"At least one header must exist!"); if(header.empty()){return true;} for(auto i=header.find(':');i!=header.npos;i=i+header.substr(i+1).find(':')){ parse_key_value_pair(header.substr(header.find_first_not_of(' '),i),header.substr(i,i+header.substr(i+1).find(':')),hpp_parsed_headers,parsed_headers,m_parameter,m_qp_parsed_queries,parsed_queries,hhp_parsed_headers,parsed_headers); } return false; } template