import edu.uci.eecs.specCompiler.specExtraction.CPClearConstruct;
import edu.uci.eecs.specCompiler.specExtraction.CPDefineCheckConstruct;
import edu.uci.eecs.specCompiler.specExtraction.CPDefineConstruct;
+import edu.uci.eecs.specCompiler.specExtraction.CommutativityRule;
import edu.uci.eecs.specCompiler.specExtraction.ConditionalInterface;
import edu.uci.eecs.specCompiler.specExtraction.Construct;
import edu.uci.eecs.specCompiler.specExtraction.FunctionHeader;
import edu.uci.eecs.specCompiler.specExtraction.VariableDeclaration;
/**
- * <p> Defines a list of commonly used constant strings. </p>
+ * <p>
+ * Defines a list of commonly used constant strings.
+ * </p>
+ *
* @author peizhaoo
- *
+ *
*/
public class CodeVariables {
// C++ code or library
public static final String ANNO_INIT = "anno_init";
public static final String ANNO_HB_INIT = "anno_hb_init";
+ public static final String ANNO_COMMUTATIVITY_RULE = "anno_commutativity_rule";
public static final String ANNO_INTERFACE_BEGIN = "anno_interface_begin";
public static final String ANNO_INTERFACE_END = "anno_interface_end";
public static final String ANNO_POTENTIAL_CP_DEFINE = "anno_potential_cp_define";
// Happens-before initialization rules
// Should make it static
newCode.add("static " + DECLARE(ANNO_HB_INIT + "**", "hb_init_table"));
+
+ // Declare the Commutativity Rule table
+ newCode.add("static " + DECLARE(ANNO_COMMUTATIVITY_RULE + "**", "commutativity_rule_table"));
+ // Define the Commutativity Rule condition functions
+ ArrayList<CommutativityRule> rules = semantics.getGlobalConstruct().commutativityRules;
+ for (int i = 0; i < rules.size(); i++) {
+ CommutativityRule rule = rules.get(i);
+ String infoStructType1 = rule.method1 + "_info";
+ String infoStructType2 = rule.method2 + "_info";
+ String condition = rule.condition;
+
+ // Declare
+
+ // Replace the "_M1." and "_M2." with the actual info struct
+ condition.replaceAll("_M1\\.", infoStructType1 + "->");
+ condition.replaceAll("_M2\\.", infoStructType2 + "->");
+
+ // Cast the "void*" type to the actual info type
+
+ newCode.add(e)
+ }
+
+
+ newCode.add("");
+
+ // Beginning initialization
+ // Define the __SPEC_INIT__ function to initialize user-defined
+ // variables
+ newCode.add(COMMENT("Initialization of sequential varialbes"));
+ newCode.add("static void __SPEC_INIT__() {");
+ addAllCodeWithIndent(newCode, construct.code.initVar, "\t");
+ newCode.add("}");
+ newCode.add("");
+ // Define the __SPEC_CLEAN__ function for clean-up
+ newCode.add(COMMENT("Cleanup routine of sequential variables"));
+ newCode.add("static void __SPEC_CLEANUP__() {");
+ addAllCodeWithIndent(newCode, construct.code.cleanupCode, "\t");
+ newCode.add("}");
newCode.add("");
+
newCode.add(COMMENT("Define function for sequential code initialization"));
newCode.add("inline static void __sequential_init() {");
+
// Init func_ptr_table
newCode.add("\t" + COMMENT("Init func_ptr_table"));
newCode.add("\t"
+ ASSIGN("func_ptr_table[2 * " + interfaceNum + " + 1]",
"(void*) &" + interfaceName + "_check_action"));
}
+
+ // Init Commutativity rules table
+
+
// Init Happens-before rules table
newCode.addAll(generateHBInitAnnotation(semantics));
+
+ // Init Commutativity rules table
+ newCode.addAll(generateCommutativityAnnotation(semantics));
// Pass init info, including function table info & HB rules
newCode.add("\t"
- + COMMENT("Pass init info, including function table info & HB rules"));
+ + COMMENT("Pass init info, including function table info & HB rules & Commutativity Rules"));
String structName = "anno_init", anno = "init";
newCode.add("\t" + STRUCT_NEW_DECLARE_DEFINE(ANNO_INIT, structName));
+ newCode.add("\t"
+ + ASSIGN_TO_PTR(structName, "init_func", "(void*) __SPEC_INIT__"));
+ newCode.add("\t"
+ + ASSIGN_TO_PTR(structName, "cleanup_func", "(void*) __SPEC_CLEANUP__"));
newCode.add("\t"
+ ASSIGN_TO_PTR(structName, "func_table", "func_ptr_table"));
newCode.add("\t"
newCode.add("\t"
+ ASSIGN_TO_PTR(structName, "hb_init_table_size",
"HB_INIT_TABLE_SIZE"));
+
+ newCode.add("\t"
+ + ASSIGN_TO_PTR(structName, "commutativity_rule_table", "hb_init_table"));
+ newCode.add("\t"
+ + ASSIGN_TO_PTR(structName, "hb_init_table_size",
+ "HB_INIT_TABLE_SIZE"));
+
newCode.add("\t" + STRUCT_NEW_DECLARE_DEFINE(SPEC_ANNOTATION, anno));
newCode.add("\t" + ASSIGN_TO_PTR(anno, "type", SPEC_ANNO_TYPE_INIT));
newCode.add("\t" + ASSIGN_TO_PTR(anno, "annotation", structName));
newCode.add("\t" + ANNOTATE(semantics, anno));
newCode.add("");
- // Init user-defined variables
- addAllCodeWithIndent(newCode, construct.code.initVar, "\t");
-
newCode.add("}");
+ newCode.add("");
+
newCode.add(COMMENT("End of Global construct generation in class"));
// printCode(newCode);
return newCode;
}
+ private static ArrayList<String> generateCommutativityAnnotation(
+ SemanticsChecker semantics) {
+ ArrayList<String> newCode = new ArrayList<String>();
+ ArrayList<CommutativityRule> rules = semantics.getGlobalConstruct().commutativityRules;
+ for (CommutativityRule rule : rules) {
+
+ }
+
+ // Init commutativity_rule_table
+ newCode.add("\t" + COMMENT("Init commutativity_rule_table"));
+ newCode.add("\t"
+ + ASSIGN("hb_init_table", "(" + ANNO_HB_INIT
+ + "**) malloc(sizeof(" + ANNO_HB_INIT + "*) * "
+ + hbConditionInitIdx + ")"));
+ // Define HB_INIT_TABLE_SIZE
+ newCode.add("\t"
+ + DEFINE("HB_INIT_TABLE_SIZE",
+ Integer.toString(hbConditionInitIdx)));
+ for (int i = 0; i < hbConditionInitIdx; i++) {
+ newCode.add("\t"
+ + ASSIGN("hb_init_table[" + i + "]", "hbConditionInit" + i));
+ }
+ return newCode;
+ }
+
public static ArrayList<String> generateEntryPointInitCall() {
ArrayList<String> newCode = new ArrayList<String>();
newCode.add("\t" + "__sequential_init();");
newCode.add("\t"
+ ASSIGN_TO_PTR(structName, "interface_num", interfaceNum)
+ SHORT_COMMENT(construct.name));
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "interface_name", "\"" + construct.name + "\""));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "interface_name", "\""
+ + construct.name + "\""));
String anno = "annotation_interface_begin";
newCode.add("\t" + STRUCT_NEW_DECLARE_DEFINE(SPEC_ANNOTATION, anno));
String labelNum = Integer.toString(semantics.commitPointLabel2Num
.get(construct.label));
newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "label_num", labelNum));
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "label_name", "\"" + construct.label + "\""));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "label_name", "\""
+ + construct.label + "\""));
if (construct.isAdditionalOrderingPoint) {
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "is_additional_point", "true"));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "is_additional_point", "true"));
} else {
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "is_additional_point", "false"));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "is_additional_point", "false"));
}
newCode.add("\t\t" + STRUCT_NEW_DECLARE_DEFINE(SPEC_ANNOTATION, anno));
newCode.add("\t\t"
newCode.add("\t" + "}");
return newCode;
}
-
- public static String getCPInterfaceNum(SemanticsChecker semantics, String commitPointLabel) {
+
+ public static String getCPInterfaceNum(SemanticsChecker semantics,
+ String commitPointLabel) {
HashMap<String, InterfaceConstruct> cp2Interface = semantics.CPLabel2InterfaceConstruct;
InterfaceConstruct iConstruct = cp2Interface.get(commitPointLabel);
String interfaceName = iConstruct.name;
/**
* <p>
- * Commit point define check should be unique to each interface, meaning that they
- * are not shared between different interfaces
+ * Commit point define check should be unique to each interface, meaning
+ * that they are not shared between different interfaces
* </p>
*
* @param semantics
+ construct.label));
newCode.add("");
// Add annotation
-
+
newCode.add("\t" + "if (" + construct.condition + ") {");
String structName = "cp_define_check", anno = "annotation_cp_define_check";
newCode.add("\t\t"
.get(construct.label));
String interfaceNum = getCPInterfaceNum(semantics, construct.label);
newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "label_num", labelNum));
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "label_name", "\"" + construct.label + "\""));
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "interface_num", interfaceNum));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "label_name", "\""
+ + construct.label + "\""));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "interface_num", interfaceNum));
if (construct.isAdditionalOrderingPoint) {
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "is_additional_point", "true"));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "is_additional_point", "true"));
} else {
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "is_additional_point", "false"));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "is_additional_point", "false"));
}
newCode.add("\t\t" + STRUCT_NEW_DECLARE_DEFINE(SPEC_ANNOTATION, anno));
newCode.add("\t\t"
newCode.add("\t" + "}");
return newCode;
}
-
+
/**
* <p>
- * Commit point define check should be unique to each interface, meaning that they
- * are not shared between different interfaces
+ * Commit point define check should be unique to each interface, meaning
+ * that they are not shared between different interfaces
* </p>
*
* @param semantics
* @param construct
* @return
*/
- public static ArrayList<String> generateCPClear(
- SemanticsChecker semantics, CPClearConstruct construct) {
+ public static ArrayList<String> generateCPClear(SemanticsChecker semantics,
+ CPClearConstruct construct) {
ArrayList<String> newCode = new ArrayList<String>();
// Add atomic return variable if the predicate accesses to it
if (construct.condition.indexOf(MACRO_ATOMIC_RETURN) != -1) {
+ construct.label));
newCode.add("");
// Add annotation
-
+
newCode.add("\t" + "if (" + construct.condition + ") {");
String structName = "cp_clear", anno = "annotation_cp_clear";
newCode.add("\t\t"
+ STRUCT_NEW_DECLARE_DEFINE(ANNO_CP_CLEAR, structName));
-// String labelNum = Integer.toString(semantics.commitPointLabel2Num
-// .get(construct.label));
-// String interfaceNum = getCPInterfaceNum(semantics, construct.label);
-// newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "label_num", labelNum));
-// newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "interface_num", interfaceNum));
+ // String labelNum = Integer.toString(semantics.commitPointLabel2Num
+ // .get(construct.label));
+ // String interfaceNum = getCPInterfaceNum(semantics, construct.label);
+ // newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "label_num",
+ // labelNum));
+ // newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "interface_num",
+ // interfaceNum));
newCode.add("\t\t" + STRUCT_NEW_DECLARE_DEFINE(SPEC_ANNOTATION, anno));
newCode.add("\t\t"
+ ASSIGN_TO_PTR(anno, "type", SPEC_ANNO_TYPE_CP_CLEAR));
.toString(semantics.commitPointLabel2Num
.get(construct.potentialCPLabel));
newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "label_num", labelNum));
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "label_name", "\"" + construct.label + "\""));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "label_name", "\""
+ + construct.label + "\""));
newCode.add("\t\t"
+ ASSIGN_TO_PTR(structName, "potential_cp_label_num",
potentialLabelNum));
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "potential_label_name", "\"" + construct.potentialCPLabel + "\""));
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "interface_num", interfaceNum));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "potential_label_name", "\""
+ + construct.potentialCPLabel + "\""));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "interface_num", interfaceNum));
if (construct.isAdditionalOrderingPoint) {
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "is_additional_point", "true"));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "is_additional_point", "true"));
} else {
- newCode.add("\t\t" + ASSIGN_TO_PTR(structName, "is_additional_point", "false"));
+ newCode.add("\t\t"
+ + ASSIGN_TO_PTR(structName, "is_additional_point", "false"));
}
newCode.add("\t\t" + STRUCT_NEW_DECLARE_DEFINE(SPEC_ANNOTATION, anno));
newCode.add("\t\t"
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