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[v] else failwith ("unbound variable: " + v) | Int i -> i | Plus (e1, e2) -> evalE env e1 + evalE env e2 | Minus (e1, e2) -> evalE env e1 - evalE env e2 | Times (e1, e2) -> evalE env e1 * evalE env e2 and eval (env: Map<string, int>) = function | Assign (v, e) -> envAdd(v, evalE env e) | While (e, body) -> let rec loop env e body = if evalE env e <> 0 then loop (eval env body) e body else env loop env e body | Seq stmts -> List.

attr = attribs->get_attribute(i); jj = QN->attributes->index_of( (char *)((Field *)attr)->table->s->table_name.str, (char *)((Field *)attr)->field_name); if (jj > -1) { new_node->attributes->add_attribute(ii, attr); ii++; QN->attributes->remove_attribute(jj); } else if (find_attr_in_expr(QN->join_expr, (char *)((Field *)attr)->table->s->table_name.str, (char *)((Field *)attr)->field_name)) { new_node->attributes->add_attribute(ii, attr); new_node->attributes->hide_attribute(attr, true); ii++; } } } } } split_project_with_join(QN->left); split_project_with_join(QN->right); } DBUG_RETURN(0); } The split_restrict_with_project() method searches the tree for restrictions that have attributes (thus are both projections and restrictions) and breaks them into two nodes: a restrict and a project node. Listing 11-13 shows the source code for this method. Listing 11-13. Split Restrict With Project /* Split restrictions that have attributes (projections). SYNOPSIS split_restrict_with_project() query_node *QN IN the node to operate on DESCRIPTION This method looks for restrictions that have attributes (thus are both projections and restrictions) and breaks them into two nodes. NOTES This is a RECURSIVE method!

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Note When writing embedded queries using F# LinqToSql, you can use only a limited subset of operators to

fold_left eval env stmts | IfThen (e, stmt) -> if evalE env e <> 0 then eval env stmt else env | IfThenElse (e, stmt1, stmt2) -> if evalE env e <> 0 then eval env stmt1 else eval env stmt2 | Print e -> print_int (evalE env e); env With these at hand, continuing the same interactive session, you can now evaluate the sample Kitty program: > match parseText sample with | Prog stmts -> eval Mapempty (Seq stmts) |> ignore;; 4950 val it : unit = ().

RETURN VALUE Success = 0 Failed = 1 */ int Query_tree::split_restrict_with_project(query_node *QN) { DBUG_ENTER("split_restrict_with_project"); if(QN != 0) { if(((QN->attributes->num_attributes() > 0) && (QN->where_expr->num_expressions() > 0)) && ((QN->node_type == qntProject) || (QN->node_type == qntRestrict))) { /* Create a new node and: 1) Move the expressions to the new node. 2) Set the new node's children = current node children 3) Set the new node's relations = current node relations. 4) Set current node's left child = new node; 5) Set new node's id = current id + 1000; 6) set parent id, etc. */ query_node *new_node = (query_node*)my_malloc(sizeof(query_node), MYF(MY_ZEROFILL | MY_WME)); new_node->child = LEFTCHILD; new_node->node_type = qntRestrict; if(new_node->node_type == qntJoin) { new_node->join_cond = QN->join_cond; new_node->join_type = QN->join_type; } QN->node_type = qntProject; new_node->attributes = new Attribute(); new_node->where_expr = QN->where_expr; new_node->join_expr = new Expression(); QN->where_expr = new Expression(); new_node->left = QN->left; new_node->right = QN->right; new_node->parent_nodeid = QN->nodeid; new_node->nodeid = QN->nodeid + 1000; if(new_node->left) new_node->left->parent_nodeid = new_node->nodeid; if(new_node->right) new_node->right->parent_nodeid = new_node->nodeid; for(int i = 0; i < MAXNODETABLES; i++) { new_node->relations[i] = QN->relations[i];

express your queries, in particular those defined in the F# LinqToSql library. Check the latest F# LINQ documentation for more details.

If necessary, you can also compile the AST, the lexer, and the parser together into a DLL or as part of an EXE: fsc a o KittySyntax.dll kittyAst.fs kittyParser.fs kittyLexer.fs

QN->relations[i] = NULL; } QN->left = new_node; QN->right = 0; } split_restrict_with_project(QN->left); split_restrict_with_project(QN->right); } DBUG_RETURN(0); } The find_restriction() method searches the tree from the starting node (QN) for the next restriction in the tree. If a restriction is found, a pointer to the node is returned; otherwise, the method returns NULL. Listing 11-14 shows the source code for this method. Listing 11-14. Find Restriction /* Find a restriction in the subtree. SYNOPSIS find_restriction() query_node *QN IN the node to operate on DESCRIPTION This method looks for a node containing a restriction and returns the node pointer. NOTES This is a RECURSIVE method! This finds the first restriction and is biased to the left tree. RETURN VALUE Success = query_node * the node located Failed = NULL */ Query_tree::query_node *Query_tree::find_restriction(query_node *QN) { DBUG_ENTER("find_restriction"); query_node *N; N = 0; if(QN != 0) { /* A restriction is a node marked as restrict and has at least one expression */

How LINQ appears from F#

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