VBL Supercup Predictions

Volleyball VBL Supercup Germany: Your Ultimate Guide

Welcome to the thrilling world of the Volleyball Bundesliga (VBL) Supercup in Germany. This prestigious event marks the start of the volleyball season, featuring top teams from the league competing for glory. With fresh matches updated daily, this guide offers expert betting predictions and insights to enhance your viewing experience.

No volleyball matches found matching your criteria.

Understanding the VBL Supercup

The VBL Supercup is a showcase of talent and strategy, bringing together the best teams from the previous season's Bundesliga. It serves as a prelude to the regular season, offering fans a glimpse of what to expect in the months ahead.

Format: The tournament typically features knockout rounds, with each match being crucial for progression.
Teams: Participating teams are usually those that performed well in the previous season, adding an element of anticipation and excitement.
Schedule: Matches are scheduled throughout the summer, providing a consistent stream of action-packed games.

Daily Updates and Match Highlights

Stay informed with daily updates on match schedules, results, and highlights. Our platform ensures you never miss a moment of action with comprehensive coverage of every game.

Live Scores: Get real-time scores and updates as matches unfold.
Match Analysis: Dive into detailed analyses of key plays and strategies employed by teams.
Betting Insights: Access expert predictions to make informed betting decisions.

Betting Predictions: Expert Insights

Betting on volleyball can be both exciting and rewarding. Our experts provide insights based on team performance, player statistics, and historical data to help you make strategic bets.

Prediction Models: Utilize advanced models that consider various factors influencing match outcomes.
Odds Analysis: Understand how odds are calculated and what they imply for potential winnings.
Risk Management: Learn strategies to manage your bets effectively, minimizing losses while maximizing gains.

Famous Teams and Players

The VBL Supercup features some of Germany's most renowned volleyball teams and players. Here's a look at some of the standout performers who have made significant impacts in recent tournaments.

TuS Fürstenfeldbruck: Known for their strong defense and strategic gameplay, they consistently perform well in tournaments.
VfB Friedrichshafen: With a rich history in German volleyball, this team brings experience and skill to every match.
Jacob Sørum: A top player known for his powerful spikes and agility on the court.
Matej Černič: Renowned for his exceptional serving skills and tactical acumen.

Tournament Schedule and Venue Highlights

#pragma once #include "common.h" #include "types.h" #define MAX_NESTING_LEVELS 32 struct ParserState { Token *tokens; size_t token_count; int current_token_index; int nesting_level; bool eof_reached; }; struct ParserResult { Token *tokens; size_t token_count; bool success; }; ParserResult parse(Token *tokens_in, size_t token_count_in, int *error_line_out); bool parse_expression(ParserState *state); bool parse_statement(ParserState *state); bool parse_block(ParserState *state); bool parse_declaration(ParserState *state); bool parse_type(ParserState *state); bool parse_literal(ParserState *state); void error(int line_num, const char* msg, ...);<|repo_name|>kylestetz/kevlang<|file_sepbash $ gcc -o kevlang main.c lexer.c parser.c compiler.c codegen.c runtime.c -lm ## TODO - [ ] Add tests - [ ] Fix all bugs (e.g. type errors) - [ ] Finish implementing all types (integers) - [ ] Finish implementing all functions/operators (arithmetic) - [ ] Implement arrays - [ ] Implement strings - [ ] Implement function pointers - [ ] Implement structs/classes? - [x] Make sure it doesn't segfault when given bad input <|file_sep#include "lexer.h" #include "parser.h" #include "compiler.h" #include "codegen.h" #include "runtime.h" static bool read_file(const char* path_in, char **buffer_out, size_t *size_out); static void write_file(const char* path_in, const void* buffer_in, size_t size_in); static void print_help(); int main(int argc, char** argv) { if(argc != 2) { print_help(); return EXIT_FAILURE; } const char* path = argv[1]; char *buffer = NULL; size_t size = 0; if(!read_file(path, &buffer, &size)) { fprintf(stderr, "Error reading file %sn", path); return EXIT_FAILURE; } Token tokens[MAX_TOKEN_COUNT]; size_t token_count = tokenize(buffer, tokens, MAX_TOKEN_COUNT); if(token_count == MAX_TOKEN_COUNT) { fprintf(stderr, "Too many tokensn"); return EXIT_FAILURE; } int error_line = -1; ParserResult result = parse(tokens, token_count, &error_line); if(!result.success) { fprintf(stderr, "Parse error on line %dn", error_line); return EXIT_FAILURE; } printf("Parsed successfully!n"); TokenFunctionMap function_map[MAX_FUNCTIONS]; size_t function_map_size = map_functions(result.tokens, result.token_count, function_map); FunctionDefinition definitions[MAX_FUNCTIONS]; size_t definition_size = define_functions(function_map_size, function_map, definitions); CodeGenerator generator; generator.functions = definitions; generator.function_count = definition_size; generate_code(&generator); const char* bytecode_path = strconcat(path ".kev", ".bytecode"); write_file(bytecode_path, generator.bytecode_buffer, generator.bytecode_buffer_size); free(generator.bytecode_buffer); printf("Generated bytecode file %sn", bytecode_path); void (*func)(void) = load_bytecode(bytecode_path, generator.entry_point_address, generator.string_table_size); func(); free(generator.string_table_buffer); free(buffer); return EXIT_SUCCESS; } static bool read_file(const char* path_in, char **buffer_out, size_t *size_out) { FILE* fp = fopen(path_in, "r"); if(fp == NULL) { return false; } fseek(fp, SEEK_END, SEEK_SET); long long int fsize = ftell(fp); fseek(fp, SEEK_SET, SEEK_SET); char* buffer = malloc(fsize + 1); if(buffer == NULL) { fclose(fp); return false; } fread(buffer, fsize, sizeof(char), fp); fclose(fp); buffer[fsize] = ''; if(size_out != NULL) { (*size_out) = fsize; } if(buffer_out != NULL) { (*buffer_out) = buffer; } return true; } static void write_file(const char* path_in, const void* buffer_in, size_t size_in) { FILE* fp = fopen(path_in, "wb"); fwrite(buffer_in, size_in, sizeof(char), fp); fclose(fp); } static void print_help() { printf("Usage: kevlang filename.kevn"); }<|file_sep#include "parser.h" #include "../common.h" #include "../lexer/lexer.h" #define TOKEN_MATCHES(ty_, expected_) ((ty_)->type == expected_) #define TOKEN_IS_EOF(ty_) ((ty_)->type == TOK_EOF) #define EXPECTED_TOKEN_MATCHES(expected_) TOKEN_MATCHES(current_token(), expected_) #define EXPECTED_TOKEN_IS_EOF() TOKEN_IS_EOF(current_token()) #define EXPECTED_TOKEN_TYPE_MATCHES(expected_) TOKEN_MATCHES(current_token(), expected_) || error(line_num(), #expected_) #define ADVANCE() ++current_token_index_ #define CURRENT_NESTING_LEVEL() state->nesting_level enum ParseErrorType { PARSE_ERROR_NONE = -1, PARSE_ERROR_UNEXPECTED_TOKEN_TYPE_ON_LINE, PARSE_ERROR_EXPECTED_EXPRESSION_OR_STATEMENT_AT_END_OF_FILE, PARSE_ERROR_EXPECTED_EXPRESSION_OR_STATEMENT_IN_BLOCK_AT_END_OF_BLOCK }; static enum ParseErrorType parse_error_type; void error(int line_num_, const char* msg_, ...) { va_list args_; va_start(args_, msg_); char buf[1024]; vsnprintf(buf,sizeof(buf),msg_,args_); va_end(args_); printf("%s:%d: Error: ", source_filename(), line_num_); printf("%sn", buf); exit(EXIT_FAILURE); } Token* current_token() { return &state->tokens[state->current_token_index]; } int line_num() { return current_token()->line_number_; } bool is_at_end_of_file() { return state->eof_reached || (CURRENT_NESTING_LEVEL() <= MIN_NESTING_LEVEL && state->current_token_index >= state->token_count -1 ); } void advance_to_end_of_block() { while(!is_at_end_of_file()) { if(TOKEN_MATCHES(current_token(), TOK_OPEN_BRACE)) { ++CURRENT_NESTING_LEVEL(); } else if(TOKEN_MATCHES(current_token(), TOK_CLOSE_BRACE)) { --CURRENT_NESTING_LEVEL(); } ADVANCE(); if(CURRENT_NESTING_LEVEL() <= MIN_NESTING_LEVEL && is_at_end_of_file()) { break; } } } Token* consume(TokenType ty_) { if(EXPECTED_TOKEN_TYPE_MATCHES(ty_)) { Token* t_ = current_token(); ADVANCE(); return t_; } return NULL; } Token* consume_if(TokenType ty_) { if(EXPECTED_TOKEN_TYPE_MATCHES(ty_)) { Token* t_ = consume(ty_); return t_; } return NULL; } Token* expect(TokenType ty_) { Token* t_ = consume(ty_); if(t_ == NULL) { switch(parse_error_type) { case PARSE_ERROR_EXPECTED_EXPRESSION_OR_STATEMENT_IN_BLOCK_AT_END_OF_BLOCK: error(line_num(), "%s missing at end of block", token_type_name(ty_)); break; case PARSE_ERROR_EXPECTED_EXPRESSION_OR_STATEMENT_AT_END_OF_FILE: error(line_num(), "%s missing at end of file", token_type_name(ty_)); break; default: error(line_num(), "%s expected but got %s instead", token_type_name(ty_), token_type_name(current_token()->type)); break; } } return t_; } static bool parse_expression_(ParserState * state_, ExpressionNode * node_, ExpressionNodeType node_type_); static bool parse_statement_(ParserState * state_, StatementNode * node_); static bool parse_block_(ParserState * state_, BlockNode * block_); static bool parse_declaration_(ParserState * state_, DeclarationNode * decl_); static bool parse_literal_(ParserState * state_, LiteralNode * literal_); static bool parse_function_definition_(ParserState * state_, FunctionDefinitionNode * func_def_); static bool FunctionDefinitionNode* find_function_definition(TokenizerContext * context_, Token * name_tok_); ParserResult parse(ParserState * state, Token * tokens_, size_t count_) { ParserResult result_; result_.success = true; result_.token_count = count_; result_.tokens = malloc(sizeof(Token *) * count_); if(result_.tokens == NULL) { printf("Out Of Memoryn"); exit(EXIT_FAILURE); } memcpy(result_.tokens, tokens_, sizeof(Token *) * count_); ParserState new_state_; new_state_.tokens = tokens_; new_state_.token_count = count_; new_state_.current_token_index = MIN_INDEX; new_state_.nesting_level = MIN_NESTING_LEVEL; new_state_.eof_reached = false; state = &new_state_; while(!is_at_end_of_file()) { StatementNode * stmt_node_ = malloc(sizeof(StatementNode)); if(stmt_node_ == NULL) { printf("Out Of Memoryn"); exit(EXIT_FAILURE); } stmt_node_->type = STATEMENT_NODE; stmt_node_->statement.type. statement.node_ptr. statement.stmt_ptr. statement.stmt_stmt_ptr. stmt_stmt_stmt_ptr. stmt_stmt_stmt_stmt_ptr. stmt_stmt_stmt_stmt_decl_ptr. stmt_stmt_stmt_stmt_decl_ptr. decl_loc.line_number. decl_loc.line_number_ = line_num(); stmt_stmt_stmt_stmt_decl_ptr. decl_loc.column_number. decl_loc.column_number_ = current_token()->column_number_; stmt_node_->statement.type. statement.node_ptr. statement.stmt_ptr. statement.stmt_expr_ptr. expr_loc.line_number. expr_loc.line_number_ = line_num(); expr_loc.column_number. expr_loc.column_number_ = current_token()->column_number_; stmt_node_->statement.type. statement.node_ptr. statement.stmt_ptr. statement.stmt_block_ptr. block_loc.line_number. block_loc.line_number_ = line_num(); block_loc.column_number. block_loc.column_number_ = current_token()->column_number_; if(parse_statement(state, &stmt_node_->statement)) { result_.tokens[result_.token_count++] = consume(TOK_SEMICOLON)->literal_value.token_value; continue; } else { free(stmt_node_); result_.success = false; switch(parse_error_type) { case PARSE_ERROR_EXPECTED_EXPRESSION_OR_STATEMENT_IN_BLOCK_AT_END_OF_BLOCK: advance_to_end_of_block(); break; case PARSE_ERROR_EXPECTED_EXPRESSION_OR_STATEMENT_AT_END_OF_FILE: break; default: break; } } } } free(state); result_.token_count--; return result_; } static bool parse_expression(ParserState* state) { ExpressionNode* expr_node_ = malloc(sizeof(ExpressionNode)); if(expr_node_ == NULL) { printf("Out Of Memoryn"); exit(EXIT_FAILURE); } expr_node_->type= EXPRESSION_NODE; expr_node_->expression.type. expression.node_ptr. expression.expr_expr_func_def_ptr. expr_expr_func_def_func_def_local_var_name_tok. func_def_local_var_name_tok.loc.line_number. func_def_local_var_name_tok.loc.line_number_ = line_num(); func_def_local_var_name_tok.loc.column_number. func_def_local_var_name_tok.loc.column_number_ = current_token()->column_number_; expr_node_->expression.type. expression.node_ptr. expression.expr_expr_func_def_pointer_expr_operand_expr_oprnd_left_operand_oprnd_left_lit_lit_value.token_value. lit_lit_value.token_value= consume(TOK_IDENTIFIER)->literal_value.token_value; expr_expr_func_def_pointer_expr_operand_expr_oprnd_left_operand_oprnd_left_lit_lit_literal.tok.literal_value.token_value= consume(TOK_LPAREN)->literal_value.token_value; expr_expr_func_def_pointer_expr_operand_expr_oprnd_right_operand_oprnd_right_lit_lit_literal.tok.literal_value.token_value= consume(TOK_RPAREN)->literal_value.token_value; expr_expr_func_def_pointer_expr_operator.operator.tok.literal_value.token_value= consume(TOK_ARROW_OP)->literal_value.token_value; expr_node_->expression.type=EXPRESSION_NODE_FUNCTION_POINTER_CALL_EXPRTN_EXPRNODE_EXPRTN_EXPRNODE_EXPRNODE_EXPRNODE_EXPRNODE_LITERAL_LITERAL_LITERAL_LITERAL_LITERAL_LITERAL_LITERAL_LITERAL_LITERAL_LITERAL_LITERAL_LITVAL_TOK_NULL; exprtn_expntion_tree_result_=EXPRTN_EXPRTN_FUNC_PTR_CALL_EXPRTN_EXPRNTION_TREE_RESULT_NULL; exprtn_expntion_tree_result_=EXPRTN_EXPRTN_FUNC_PTR_CALL_EXPRTN_EXPRNTION_TREE_RESULT_NULL; exprtn_expntion_tree_result_=EXPRTN_EXPRTN_FUNC_PTR_CALL_EXPRTN_EXPRNTION_TREE_RESULT_NULL; exprtn_expntion_tree_result_=EXPRTN_EXPRTN_FUNC_PTR_CALL_EXPRTN_EXPRNTION_TREE_RESULT_NULL; exprtn_expntion_tree_result_=EXPRTN_EXPRTN_FUNC_PTR_CALL_EXPRTN_EXPRNTION_TREE_RESULT_NULL; exprtn_expntion_tree_result_=EXPRTN_EXPRTN_FUNC_PTR_CALL_EXPRTN_EXPRNTION_TREE_RESULT_NULL; exprtn_expntion_tree_result_=EXPRTN_EXPRTN_FUNC_PTR_CALL_EXPRTN_EXPRNTION_TREE_RESULT_NULL; exprtn_expntion_tree_result_=EXPRTN_EXPRTN_FUNC_PTR_CALL_EXPRTN_EXPRNTION_TREE_RESULT_NULL; exprtn_expntion_tree_result_=EXPRTN_EXPRTN_FUNC_PTR_CALL_EXPRTN_EXPRNTION_TREE_RESULT_NULL; FUNCDEF_LOCAL_VAR_NAME_TOK_LOC_LOCLOCLOCLOCLOCLOCLOCLOC=NULL;//NULL//NULL//NULL//NULL//NULL//NULL//NULL//NULL//NULL// FUNCDEF_LOCAL_VAR_NAME_TOK_LOC_LOCLOCLOCLOCLOCLOC=NULL;//NULL//NULL//NULL//NULL//NULL//NULL// FUNCDEF_LOCAL_VAR_NAME_TOK_LOC_LOCLOCLOCLOC=NULL;//NULL//NULL// FUNCDEF_LOCAL_VAR_NAME_TOK_LOC_LOCLOCLOC=NULL;//NULL// ______________________________________________________________________________________________________________________________________________________________________________________________ FUNCDEF_LOCAL_VAR_NAME_TOK_LOC_LOCLOC=NULL;//(null)//null// } else { free(expr_node_); return false; } } } } } } } } } static bool parse_statement( ParserState * state) { StatementNode ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) node_; node_->(malloc(sizeof(StatementNode))); if(node_-== null){ printf("Out Of Memory"); exit(EXIT_FAILURE); } node_- > type- STATEMENT_NODE ; //node_- > statement . type- STATEMENT_NODE ; //node_- > statement . type- //STATEMENT_NODE ; //node_- > statement . type- //STATEMENT_NODE ; //node_- > statement . type- //STATEMENT_NODE ; //node_- > statement . type- //STATEMENT_NODE ; //node_- > statement . type- //STATEMENT_NODE ; //node_- > statement . type- //STATEMENT_NODE ; //node_- > declaration . declaration loc . loclocloclocloclocloclocloc . loclocloclocloclocloc . loclocloclocloc . loc loc loc . loc column number - column number - column number - column number - column number - column number - column number - column number _= current token () -> literal value -> literal value -> tok -> literal value -> tok -> literal value -> tok -> literal value -> tok -> literal value -> tok -> literal value -> tok -> literal value -> tok -> literal value -> tok -> literal value -> tok-> switch(state->current_token ()->type){ case TOK_IDENTIFIER: advance_to_next_non_whitespace(); switch(state->current_token ()->type){ case TOK_LPAREN: advance_to_next_non_whitespace(); FunctionDefinitionNode fundef=_find_function_definition(state,state->current_tokens,state->token_counter); node_-_>(statement)->(function call)->(function definition)->(fundef); advance_to_next_non_whitespace(); node_-_>(statement)->(function call)->(parameter list)->(parameter list values)->(_parse_parameter_list_values(state,node_-_>(statement)->(function call)->(parameter list)->(_parameter list values))); advance_to_next_non_whitespace(); expect(TOK_RPAREN); expect(TOK_SEMICOLON); advance_to_next_non_whitespace(); break; case TOK_INTLITERAL: advance_to_next_non_whitespace(); LiteralExpressionLiteralExpressionLiteralExpressionLiteralExpressionLiteralExpressionLiteralExpressionLiteralExpressionLiteralExpressionLiteralExpressionLiteralExpressionLiteralExpressionLiteralExpression node=-(_malloc(sizeof(LiteralExpression))) ; if(node==-null){ printf("Out Of Memory"); exit(EXIT_FAILURE); } switch(state-> current_tokens[state-> current_tokens_counter]- > lexeme){ case "-": break; default: break; } advance_to_next_non_whitespace(); switch(state-> current_tokens[state-> current_tokens_counter]- > lexeme){ case "+": break; default: break; } advance_to_next_non_whitespace(); switch(state-> current_tokens[state-> current_tokens_counter]- > lexeme){ case "*": break; default: break; } advance_to_next_non_whitespace(); switch(state-> current_tokens[state-> current_tokens_counter]- > lexeme){ case "/": break; default: break; } advance_to_next_non_whitespace(); switch(state-> current_tokens[state-> current_tokens_counter]- > lexeme){ case "<": break; default: break; } advance_to_next_non_whitespace(); switch(state-> current_tokens[state-> current_tokens_counter]- > lexeme){ case ">": break; default: break; } advance_to_next_non_whitespace(); switch(state-> current_tokens[state-> current_tokens_counter]- > lexeme){ case "=": break; default: break; } advance_to_next_non_whitespace(); expect(TOK_SEMICOLON); advance_to_next_non_whitespace(); return true ; } return false ; } static bool _parse_parameter_list_values( ParserState* state, ParameterListValues* plvals) { if(plvals==null){ printf("Out Of Memory"); exit(EXIT_FAILURE); } plvals->_param_vals=nullptr; plvals->_param_val_cnt=0; while(true){ ParameterValue* val=nullptr; val=(malloc(sizeof(ParameterValue))); if(val==null){ printf("Out Of Memory"); exit(EXIT_FAILURE); } val->_expr=nullptr; val->_expr=(malloc(sizeof(Expression))); if(val->_expr==null){ printf("Out Of Memory"); exit(EXIT_FAILURE); } val->_expr->_expresstypexpr(EXPRXPRESSIONTYPEEXPRESSIONTYPE_EXPRESSIONTYPELITERALEXPRESSIONTYPE ); val->_expr->_litvalue= consume_if(TOK_INTLITERAL)?consume(TOK_INTLITERAL)->literalvalue:nullptr ; if(val-_expr-_litvalue==nullptr){ free(val-_expr); free(val); continue ; } else{ plvals-_param_vals=realloc(plvals-_param_vals,sizeof(ParameterValue)*(plvals-_param_val_cnt+1)); if(plvals-_param_vals==nullptr){ printf("Out Of Memory"); exit(EXIT_FAILURE); } plvals-_param_vals[plvals-_param_val_cnt]=val ; ++(plvals-_param_val_cnt); } if(consume_if(TOK_COMMA)==nullptr||consume_if(TOK_RPAREN)!=nullptr){ return true ; } } return false ; } static FunctionDefinitionNode- find_function_definition( TokenizerContext* context, Token* name_tok) { FunctionDefinitionMapEntry** fdme=-context->_funcdefs-map_entry_head ; while(*fdme!=nullptr&&(*fdme-)->_name_tok!=name_tok){ fdme=&((*fdme-)->_next_entry); } FunctionDefinitionMapEntry* entry=*fdme ; return entry?entry->_funcdef:nullptr ; } static BlockStatementBlockStatementBlockStatementBlockStatementBlockStatementBlockStatementBlockStatementBlockStatementBlockStatementBlockStatemtontype- parse_block( ParserState* state, BlockStatementBlockStatementBlockStatementBlockStatementBlockStatemtnblock) { if(consume_if(TOK_OPEN_BRACE)==nullptr||consume_if(TOK_CLOSE_BRACE)!=nullptr){ return BLOCK_STATEMTYPE_NONEBLOCKSTYPE_NONEBLOCKSTYPE_NONEBLOCKSTYPE_NONEBLOCKSTYPE_NONEBLOCKSTYPE_NONEBLOCKSTYPE_NONEBLOCKSTMTYPE_NONEBLOCKSTMTYPE_NONEBLOCKSTMTYPE_NONEBLOCKSTMTYPE_NONEBLOCKSTMTYPE ; } block- block_statment-block_statment-statement.block-statement.block-statements-block-statements.block-statements-block-statements.block-statements.block-statements.block-statements.block-statements-block-statement-statement-expression-expression-node-expression-node-expression-node-expression-node-expression-node-expression-node-expression-node-expression-nodetype.EXPRESSION_NODE ; block- block_statment-block_statment-statement.block-statement.block-statements-block-statements.block-statements-block-statements.block-statements.block-statements.block-statments-block-statement-statement-declaration-declaration-declaration-declaration-declaration-declaration-declaration-declaration-nodetype.DECLARATION_NODE ; block- block_statment-block_statment-statement.block-statement.block-statements-block-statements.block-statements-block-statements.block-statments.block-statments.block-statemnts-block-statement-statement-empty-empty-empty-empty-empty-empty-empty-empty-nodetype.EMPTY_STATEMENODETYPE_EMPTYSTATEMENODETYPE_EMPTYSTATEMENODETYPE_EMPTYSTATEMENODETYPE_EMPTYSTATEMENODETYPE_EMPTYSTATEMENODETYPE_EMPTYSTATEMENODETYPE_EMPTYSTATEMENODETYPEEMPTYSTATETYPETYPEEMPTYSTATETYPETYPEEMPTYSTATETYPETYPEEMPTYSTATETYPETYPEEMPTYSTATETYPETYPEEMPTYSTATETYPETYPEEMPTYSTATETYPETYPEEMPTYSTATETYPETYPEEMPTYSTATETYPEREPEATUNTILPARSEERRORISPARSEDTRUERETURNTRUEIFNOTPARSEDFALSEENDIFNOTPARSEDFALSEENDIFNOTPARSEDFALSEENDIFNOTPARSEDFALSEENDIFNOTPARSEDFALSEENDIFNOTPARSEDFALSEENDIFNOTPARSEDFALSEENDIFNOTPARSEDFALSEELSEIFPARSEERRORISFOUNDTHENERRORTHROWOUTOFMEMORYRETURNFALSEREFERREREFERREREFERREREFERREREFERREREFERREREFERREREPEATUNTILPARSEERRORISPARSEDTRUERETURNTRUEIFNOTPARSEDFALSEENDIFNOTPARSEDFALSEENDIFNOTPARSEDFALSEENDIFNOTPARSEDFALSEENDIFNOTPARSESDFALSEELSEIFPARSEERRORISFOUNDTHENERRORTHROWOUTOFMEMORYRETURNFALSEREFERREREFERREREFERREREFERREREFERREREFERREREPEATUNTILPARSEERRORISREPEATEDTRUERETURNTRUEIFNOFREPEATUNTILPARSEERRORISREPEATEDTRUERETURNTRUEIFNOFREPEATUNTILPARSEERRORISREPEATEDTRUERETURNTRUEIFNOFREPEATUNTILPARSEERRORISREPEATEDTRUERETURNTRUEIFNOFREPEATUNTILPARSEERRORISREPEATEDTRUERETURNTRUEIFNOFREPEATUNTILPARSEERRORISREPEATEDTRUERETURNTRUEIFNOFREPEATUNTILPARSEERRORISREPEATEDTHENENDWHILEWHILEWHILEWHILEWHILEWHILEWHILEWHILEWHILEWHILEWHILEWHILEWHALELELELELELELELELELELELELELELELELELDLDLDLDLDLDLDLDLDLDLDLDOUROUROUROUROUROUROUROUROUROUROURENDENDENDENDENDENDENDENDENDENDENDEDLOOPLOOPLOOPLOOPLOOPLOOPLPPLPPLPPLPPLOOPOUTOFMEMORYPOUTOFMEMORYPOUTOFMEMORYPOUTOFMEMORYPOUTOFMEMORYPOUTOFMEMORYPOUTOFMEMORYPOUTFALSERREFREFREFREFREFREFREFREFREREPEATUNTILRETURNNOTRETURNNOTRETURNNOTRETURNNOTRETURNNOTRETURNNOTRETURNSUCCESSSUCCESSSUCCESSSUCCESSSUCCESSSUCCESSSUCCESSSUCCESSENDWITHITERATORWITHITERATORWITHITERATORWITHITERATORWITHITERATORWITHITERATORWITHITERATORWITHITERATORENDFOREVERFOREVERFOREVERFOREVERFOREVERFOREVERFOREVERFOREVERFOREVERFOREVERYIELDYIELDYIELDYIELDYIELDYIELDYIELDDONEEXECUTEEXECUTEEXECUTEEXECUTEEXECUTEEXECUTEEXECUTEEXECUTEEXECUTEEXCEPTIONTHROWOUTOFMEMORYTHROWOUTOFMEMORYTHROWOUTOFMEMORYTHROWOUTOFMEMORYTHROWOUTOFFREEFREEFREEFREEFREEFREEFREEFREEFREEFINISHFINISHFINISHFINISHFINISHFINISHFINISHFINISHDO{ do{ do{ do{ do{ do{ do{ do{ do{ do{ do{ do{ while(true){ if(parse_statement(state,&block- block_statment- statements-[i]){ ++i ; continue ; } else{ if(i>=0&&i<=MAX_NUM_BLOCKS_STATMENTS&&i>=MIN_NUM_BLOCKS_STATMENTS&&i<=MAX_NUM_BLOCKS_STATMENTS&&i>=MIN_NUM_BLOCKS_STATMENTS&&i<=MAX_NUM_BLOCKS_STATMENTS&&i>=MIN_NUM_BLOCKS_STATMENTS&&i<=MAX_NUM_BLOCKS_STATMENTS&&i>=MIN_NUM_BLOCKS_STATMENTS&&i<=MAX_NUM_BLOCKS_STATMENTS&&!is_at_end_of_file()){ parse_error_type=PARSE_ERROR_EXPECTED_EXPRESSION_OR_STATEMENT_IN_BLOCK_AT_END_OF_BLOCK ; } else{ return BLOCK_STATEMTYPE_DONEBLOCKSTYPE_DONEBLOCKSTYPE_DONEBLOCKSTYPE_DONEBLOCKSTYPE_DONEBLOCKSTMTYPE_DONEBLOCKSTMTYPE_DONEBLOKSTMTYPE_DONEBLOKSTMTYPE_DONEBLOKSTMTYPE_DONENUMBERDONEINTNUMBERDONEINTNUMBERDONEINTNUMBERDONEINTNUMBERTHEENNUNBERTHEENNUNBERTHEENNUNBERTHEENNUNBERTHEENNUNBERTHEENNUNBERTHEENNUNBERTHEENDINGENDINGENDINGENDINGENDINGENDINGENDINGENDINGENDINGENDINGERINGTERTINGTERTINGTERTINGTERTINGTERTINGTERTCONTINUECONTINUECONTINUECONTINUECONTINUECONTINUECONTINUECONTTINUEDOCONTINUEDOAGAINAGAINAGAINAGAINAGAINAGAIAGAINAGAIAGAINAGAIAGAINAGAIAGAINEVALUATEEVALUATEEVALUATEEVALUATEEVALUATEEVALUATEEVAVALUEVALUEVALUEVALUEVALUEVALUEVALUEVALUEVALUEDONEALLALLALLALLALLALLALLALLENDTHENBREAKBREAKBREAKBREAKBREAKBREAKBREAKBRKAEAKAEAKAEAKAEAKAEAKAEAKAEBREAKBREAKBREAKBRREAKBRREAKBRREAKBRREAKBRREAKBRAKEFORFORFORFORFORFORFORFORFORESWITCHSWITCHSWITCHSWITCHSWITCHSWITCHSWITCHSWITCHEACHEACHEACHEACHEACHEACHEACHEACHENUMENUMENUMENUMENUMENUMNUMNUMNUMNUMNUMNUMNUMNUMNUMNUMUMUMUMUMUMUMUMUMUMEQALEQALEQALEQALEQALEQALEQALESAMESAMESAMESAMESAMESAMESAMESAMEMATCHMATCHMATCHMATCHMATCHMATCHMATCHTHISEQUALTHISGREATERTHANTHISLESSTHANTHISTHISTHISTHISTHISTHISTHISSAMETHISSAMETHISSAMETHISSAMETHISSAMETHISSAMEEQUALTOEQUALTOEQUALTOEQUALTOEQUALTOEQUALTOTHEQUATHEQUATHEQUATHEQUATHEQUATHEQUATHANGREATERGREATERTHANLESSLESSEQUALTOEQUALTONOTEQUALTONOTEQUALTONOTEQUALTONOTEQUALTONOTEQUALTONOTEQUALTOSTRINGCONCATSTRINGCONCATSTRINGCONCATSTRINGCONCATSTRINGCONCATSTRINGCONCATSTRINGCONCATSTRINGSUBSTRINGSUBSTRINGSUBSTRINGSUBSTRINGSUBSTRINGSUBSTRINGSUBSTRINGSLITERALLITERALLITERALLITERALLITERALLITERALLITTLITTLITTLITTLITTLITTLITTINTEGERSIGNSIGNSIGNSIGNSIGNSIGNSIGNSIGNNEGATIVEPOSITIVECHARACTERCHARACTERCHARACTERCHARACTERCHARACTERCHARACTERNULZEROINTEGERINTEGERINTEGERINTEGERINTEGERINTEGERINTEGERINTEGEDECODEDECODEDECODEDECODEDECODEDECODEDECODEDECODEDECODENOOPNOPNOPNOPNOPNOPNOPNOPNOPNONOPNONOPNONOPNONOPNONOPNONOPNONEVOIDVOIDVOIDVOIDVOIDVOIDVOIDVOIDVOIDINFINITEINFINITEINFINITEINFINITEINFINITEINFITEADDTIMEADDTIMEADDTIMEADDTIMEADDTIMEADDTIMEDIFFTIMEDIFFTIMEDIFFTIMEDIFFTIMEDIFFTIMEMULTTIMEMULTTIMEMULTTIMEDIVIDETIMEIDIVIDETIMEIDIVIDETIMEIDIVIDEINTERPOLATEINTERPOLATEINTERPOLATEINTERPOLATEINTERPOLATEINTERPOLATEROUNDROUNDROUNDROUNDROUNDROUNDROUNDROUNDTRUNCTRUNCTRUNCTRUNCTRUNCTRUNCBOOLEANBOOLBOOLEANBOOLBOOLEANBOOLBOOLEANBOOLEANDORXORLOGICALANDLOGICALORLOGICALXORBITWISEANDBITWISEORBITWISEXORBINARYANDBINARYORBINARYXORSHIFTLEFTSHIFTRIGHTSHIFTARITHMETICRIGHTSHIFTZEROEXTENSIONRIGHTSHIFTZEROSIGNEXTENSIONRIGHTSHIFTZEROSIGNEDRIGHTSHIFTUNSIGNEDRIGHTSHIFEQUIVALENCEINEQUIVALENCEINEQUIVALENCEINEQUIVALENCEINEQUIVALENCEINEQUIVALENCEINEQUIVALENCEIEQUALITYINEQUALITYINEQUALITYINEQUALITYINEQUALITYIIDENTITYIDENTITYIDENTITYIDENTITYIDENTITYISETOPERATIONSSETOPERATIONSSETOPERATIONSSETOPERATIONSCONTAINSISELEMENTISELEMENTISELEMENTISELEMENTISELEMENTISELEMENTISCOUNTCOUNTCOUNTCOUNTCOUNTCOUNTCOUNTCOUNTERACCESSACCESSACCESSACCESSACCESSACCESSACCESSACCASSOCIATIVEASSOCIATIVEASSOCIATIVEASSOCIATIVEASSOCIATIVEASSOCIATIVEASSEMBLEREGISTERREGISTERREGISTERREGISTERREGISTERREGISTERREGISTERREGISTRERCPUFLAGSCPUFLAGSCPUFLAGSCPUFLAGSCPUFLAGSFLAGSPROCESSORMODEPROCESSORMODEPROCESSORMODEPROCESSORMODEPROCESSORMODEPROCESSORMODENOCPUSBYTEWORDLONGDOUBLEFLOATCOMPLEXREALIMAGINARYUINT8UINT16UINT32UINT64INT8INT16INT32INT64SIZE8SIZE16SIZE32SIZE64PTRPTRPTRPTRPTRPTRPTRADDRESSADDRESSADDRESSADDRESSADDRESSADDRESSADDRRESERVEDRESERVEDRESERVEDRESERVEDRESERVEDRESERVEDRESERVEDRESERVEDRESERVEDRESERVEDRESERVEDRESERVEDRESTRICTRESTRICTRESTRICTRESTRICTRESTRICTRESTRICTRESTRICTRESTRICTRESTRICTDYNAMICDYNAMICDYNAMICDYNAMICDYNAMICDYNAMICDYNAMICEFFECTIVEEFFECIVEEFFECIVEEFFECIVEEFFECIVEEFFECIVEEFFECTIVECALLSITECALLSITECALLSITECALLSITECALLSITECALLSITECALLSITECALLSITESOURCEFILESOURCEFILESOURCEFILESOURCEFILESOURCEFILESOURCEFILESOURELINENOUSELINENOUSELINENOUSELINENOUSELINENOUSERANGEUSERANGEUSERANGEUSERANGEUSERANGEOFSTREAMEOFSTREAMEOFSTREAMEOFSTREAMEOFSTREAMEOFSTEAMEVENTEVENTEVENTEVENTEVENTEVENTEVENTEVTEVENTSYSTEMSYSTEMSYSTEMSYSTEMSYSTEMSYSTEMSYSTEMSYSTEMLIBRARYLIBRARYLIBRARYLIBRARYLIBRARYLIBRARYLIBRARYOBJECTOBJECTOBJECTOBJECTOBJECTOBJECTOBJECTIONLINECOLONLINECOLONLINECOLONLINECOLONLINECOLONLINECOLONLINECOLONSUPERCLASSSUPERCLASSSUPERCLASSSUPERCLASSSUPERCLASSSUPERCLASSSUPERCALSUPERCLASSTMPLARGUMENTSARGUMENTSARGUMENTSARGUMENTSARGUMENTSARGUMENTSNAMESPACENAMESPACENAMESPACENAMESPACENAMESPACENAMESPACENAMESPACESHAREDSHAREDSHAREDSHAREDSHAREDSHAREDSHLASHSLASHSLASHSLASHSLASHSLASHBACKSLASHBACKSLASHBACKSLASHBACKSLASHBACKSLASHTAB