ret += "#include<stdio.h>\n";
ret += "#include <limits.h>\n";
ret += "#include <float.h>\n";
ret += "#include<stdio.h>\n";
ret += "#include <limits.h>\n";
ret += "#include <float.h>\n";
ret += "\tif( tuple == NULL)\n\t\tgoto end;\n";
// Test passed, make assignments to the tuple.
ret += "\tif( tuple == NULL)\n\t\tgoto end;\n";
// Test passed, make assignments to the tuple.
ret += "\tif( tuple == NULL)\n\t\tgoto end;\n";
// Test passed, make assignments to the tuple.
ret += "\tif( tuple == NULL)\n\t\tgoto end;\n";
// Test passed, make assignments to the tuple.
ret += "\tif( tuple == NULL)\n\t\tgoto end;\n";
// Test passed, make assignments to the tuple.
ret += "\tif( tuple == NULL)\n\t\tgoto end;\n";
// Test passed, make assignments to the tuple.
ret+="\t\treturn(0);\n";
ret+="\t}\n\n";
// ret+="/* compute how many integers we need to store the hashmap */\n";
// ret+="\tf->bitmap_size = (f->max_aggrs % (sizeof(gs_uint32_t) * 4)) ? (f->max_aggrs / (sizeof(gs_uint32_t) * 4) + 1) : (f->max_aggrs / (sizeof(gs_uint32_t) * 4));\n\n";
ret+="\t\treturn(0);\n";
ret+="\t}\n\n";
// ret+="/* compute how many integers we need to store the hashmap */\n";
// ret+="\tf->bitmap_size = (f->max_aggrs % (sizeof(gs_uint32_t) * 4)) ? (f->max_aggrs / (sizeof(gs_uint32_t) * 4) + 1) : (f->max_aggrs / (sizeof(gs_uint32_t) * 4));\n\n";
// The act of searching for them associates the fcn call
// in the SE with an index to an array. Refs to the
// fcn value are replaced with refs to the variable they are
// The act of searching for them associates the fcn call
// in the SE with an index to an array. Refs to the
// fcn value are replaced with refs to the variable they are
- find_partial_fcns(aggr_tbl->get_aggr_se(i), NULL, NULL, &is_partial_fcn, Ext_fcns);
+ find_partial_fcns(aggr_tbl->get_aggr_se(i), &partial_fcns, NULL, &is_partial_fcn, Ext_fcns);