void check_arg(char *cmd, char *args, t_label *list)
{
if (my_strcmp(cmd, "live") == 0)
check_live(args, cmd, list);
else if (my_strcmp(cmd, "fork") == 0)
check_live(args, cmd, list);
else if (my_strcmp(cmd, "lfork") == 0)
check_live(args, cmd, list);
else if (my_strcmp(cmd, "zjump") == 0)
check_live(args, cmd, list);
else if (my_strcmp(cmd, "ld") == 0)
check_ld(args, cmd, list);
else if (my_strcmp(cmd, "st") == 0)
check_st(args, cmd);
else if (my_strcmp(cmd, "add") == 0)
check_add(args, cmd);
else if (my_strcmp(cmd, "sub") == 0)
check_add(args, cmd);
else if (my_strcmp(cmd, "and") == 0)
check_and(args, cmd, list);
else if (my_strcmp(cmd, "or") == 0)
check_and(args, cmd, list);
else if (my_strcmp(cmd, "xor") == 0)
check_and(args, cmd, list);
else if (my_strcmp(cmd, "ldi") == 0)
check_ldi(args, cmd, list);
check_argnext(cmd, args, list);
}
int
header_full (void)
{
Suite *s1 = suite_create("Full header parsing");
check_add (s1, request1_full);
check_add (s1, request1_full_huffman);
check_add (s1, request2_full_huffman);
run_test (s1);
}
//报告
ReportTab::ReportTab(QWidget *parent)
:QWidget(parent)
{
QLabel *authorLabel=new QLabel(trUtf8("*作者"));
authorEdit =new QLineEdit(); // 作者
QLabel *titleLabel=new QLabel(trUtf8("*题目"));
titleEdit = new QLineEdit(); // 题目
QLabel *reportlocLabel=new QLabel(trUtf8("*报告地"));
reportlocEdit = new QLineEdit(); // 报告地
QLabel *reportcomLabel=new QLabel(trUtf8("*主办单位"));
reportcomEdit = new QLineEdit(); // 报告单位
QLabel *yearLabel=new QLabel(trUtf8(" 报告年份"));
yearEdit = new QLineEdit(); // 报告年份
QPushButton *button=new QPushButton(trUtf8("添加"));
QGridLayout * gridLayout=new QGridLayout;
gridLayout->setColumnStretch(0, 1);
gridLayout->setColumnStretch(1, 4);
gridLayout->setColumnStretch(2, 1);
gridLayout->setColumnStretch(3, 1);
gridLayout->setColumnStretch(4, 2);
gridLayout->setColumnStretch(5, 2);
gridLayout->addWidget(authorLabel,0,0);
gridLayout->addWidget(authorEdit,0,1);
gridLayout->addWidget(titleLabel,0,3);
gridLayout->addWidget(titleEdit,0,4,1,2);
gridLayout->addWidget(reportlocLabel,1,0);
gridLayout->addWidget(reportlocEdit,1,1);
gridLayout->addWidget(reportcomLabel,1,3);
gridLayout->addWidget(reportcomEdit,1,4,1,2);
gridLayout->addWidget(yearLabel,2,0);
gridLayout->addWidget(yearEdit,2,1);
gridLayout->addWidget(button,4,5);
setLayout(gridLayout);
connect(button,SIGNAL(clicked()),this,SLOT(check_add()));
}
int
fields (void)
{
Suite *s1 = suite_create("Header Fields");
check_add (s1, field_get_len);
run_test (s1);
}
safe_operations<c>& operator +=(safe_operations<c> const& rhs)
{
if (!check_add(valur, rhs.value, typename container <c>::tag()))
throw std::overflow_error("In expression is ovwerflow");
value += rhs.value;
return (*this);
}
int reverse(int x) {
int ret = 0;
int sign = 0;
if (x < 0) {
if (check(-x, &x)) return 0;
sign = 1;
}
while (x >= 10) {
if (check_add(ret, x % 10, &ret)) return 0;
x /= 10;
if (check_mul(ret, 10, &ret)) return 0;
}
if (check_add(ret, x, &ret)) return 0;
if (sign)
if (check(-ret, &ret)) return 0;
return ret;
}
//会议集/论文集
MeetingTab::MeetingTab(QWidget *parent)
:QWidget(parent)
{
QLabel *authorLabel=new QLabel(trUtf8("*作者"));
authorEdit =new QLineEdit(); // 作者
QLabel *titleLabel=new QLabel(trUtf8("*题目"));
titleEdit = new QLineEdit(); // 题目
QLabel *MainLabel=new QLabel(trUtf8(" 主编"));
MainEdit = new QLineEdit(); // 主编
QLabel *setnameLabel=new QLabel(trUtf8("*论文集名"));
setnameEdit = new QLineEdit(); // 论文集名
QLabel *birthcomLabel=new QLabel(trUtf8("*出版单位"));
birthcomEdit = new QLineEdit(); // 出版单位
QLabel *birthlocLabel=new QLabel(trUtf8(" 出版地"));
birthlocEdit = new QLineEdit(); // 出版地
QLabel *publishLabel=new QLabel(trUtf8("*出版年份"));
publishEdit = new QLineEdit(); // 出版年份
QLabel *pageLabel=new QLabel(trUtf8(" 起止页码"));
pageEdit = new QLineEdit(); // 起止页码
QPushButton *button=new QPushButton(trUtf8("添加"));
QGridLayout * gridLayout=new QGridLayout;
gridLayout->setColumnStretch(0, 1);
gridLayout->setColumnStretch(1, 4);
gridLayout->setColumnStretch(2, 1);
gridLayout->setColumnStretch(3, 1);
gridLayout->setColumnStretch(4, 2);
gridLayout->setColumnStretch(5, 2);
gridLayout->addWidget(authorLabel,0,0);
gridLayout->addWidget(authorEdit,0,1);
gridLayout->addWidget(titleLabel,0,3);
gridLayout->addWidget(titleEdit,0,4,1,2);
gridLayout->addWidget(MainLabel,1,0);
gridLayout->addWidget(MainEdit,1,1);
gridLayout->addWidget(setnameLabel,1,3);
gridLayout->addWidget(setnameEdit,1,4,1,2);
gridLayout->addWidget(birthlocLabel,2,0);
gridLayout->addWidget(birthlocEdit,2,1);
gridLayout->addWidget(birthcomLabel,2,3);
gridLayout->addWidget(birthcomEdit,2,4,1,2);
gridLayout->addWidget(publishLabel,3,0);
gridLayout->addWidget(publishEdit,3,1);
gridLayout->addWidget(pageLabel,3,3);
gridLayout->addWidget(pageEdit,3,4,1,2);
gridLayout->addWidget(button,4,5);
setLayout(gridLayout);
connect(button,SIGNAL(clicked()),this,SLOT(check_add()));
}
END_TEST
int
blocks (void)
{
Suite *s1 = suite_create("Header Table Blocks");
check_add (s1, _init);
check_add (s1, _clear);
check_add (s1, _set_max_no_table);
check_add (s1, _set_max_no_table_evict_all);
check_add (s1, _set_max_no_table_evict_some);
check_add (s1, _add_fits);
check_add (s1, _add_doesnt_fit);
check_add (s1, _add_some_evacs);
run_test (s1);
}
END_TEST
int
avl_tests (void)
{
Suite *s1 = suite_create("AVL");
check_add (s1, new_);
check_add (s1, empty);
check_add (s1, _ptr);
check_add (s1, _buf);
check_add (s1, len);
check_add (s1, stress);
check_add (s1, mrproper);
check_add (s1, _while);
run_test (s1);
}
//期刊面板实现
PeriodicalTab::PeriodicalTab(QWidget *parent)
:QWidget(parent)
{
QLabel *authorLabel=new QLabel(trUtf8("*作者"));
authorEdit =new QLineEdit(); // 作者
QLabel *titleLabel=new QLabel(trUtf8("*题目"));
titleEdit = new QLineEdit(); // 题目
QLabel *periodLabel=new QLabel(trUtf8("*期刊名"));
periodEdit = new QLineEdit(); // 期刊名
QLabel *publishLabel=new QLabel(trUtf8("*出版年份"));
publishEdit = new QLineEdit(); // 出版年份
QLabel *volumeLabel=new QLabel(trUtf8(" 卷号"));
volumeEdit = new QLineEdit(); // 卷号
QLabel *pcountLabel=new QLabel(trUtf8("*期数"));
pcountEdit = new QLineEdit(); // 期数
QLabel *pageLabel=new QLabel(trUtf8(" 起止页码"));
pageEdit = new QLineEdit(); // 起止页码
QPushButton *button=new QPushButton(trUtf8("添加"));
QGridLayout * gridLayout=new QGridLayout;
gridLayout->setColumnStretch(0, 1);
gridLayout->setColumnStretch(1, 4);
gridLayout->setColumnStretch(2, 1);
gridLayout->setColumnStretch(3, 1);
gridLayout->setColumnStretch(4, 2);
gridLayout->setColumnStretch(5, 2);
gridLayout->addWidget(authorLabel,0,0);
gridLayout->addWidget(authorEdit,0,1);
gridLayout->addWidget(titleLabel,0,3);
gridLayout->addWidget(titleEdit,0,4,1,2);
gridLayout->addWidget(periodLabel,1,0);
gridLayout->addWidget(periodEdit,1,1);
gridLayout->addWidget(publishLabel,1,3);
gridLayout->addWidget(publishEdit,1,4,1,2);
gridLayout->addWidget(volumeLabel,2,0);
gridLayout->addWidget(volumeEdit,2,1);
gridLayout->addWidget(pcountLabel,2,3);
gridLayout->addWidget(pcountEdit,2,4,1,2);
gridLayout->addWidget(pageLabel,3,0);
gridLayout->addWidget(pageEdit,3,1);
gridLayout->addWidget(button,4,5);
setLayout(gridLayout);
connect(button,SIGNAL(clicked()),this,SLOT(check_add()));
// PeriodicalTab::setMinimumHeight(180);
}
//图书面板实现
BookTab::BookTab(QWidget *parent)
:QWidget(parent)
{
QLabel *authorLabel=new QLabel(trUtf8("*作者"));
authorEdit =new QLineEdit(); // 作者
QLabel *titleLabel=new QLabel(trUtf8("*图书名称"));
titleEdit = new QLineEdit(); // 图书名称
QLabel *orderLabel=new QLabel(trUtf8("*版次"));
orderEdit = new QLineEdit(); // 版次
QLabel *birthcomLabel=new QLabel(trUtf8("*出版单位"));
birthcomEdit = new QLineEdit(); // 出版单位
QLabel *birthlocLabel=new QLabel(trUtf8(" 出版地"));
birthlocEdit = new QLineEdit(); // 出版地
QLabel *publishLabel=new QLabel(trUtf8("*出版年份"));
publishEdit = new QLineEdit(); // 出版年份
QLabel *pageLabel=new QLabel(trUtf8(" 起止页码"));
pageEdit = new QLineEdit(); // 起止页码
QPushButton *button=new QPushButton(trUtf8("添加"));
QGridLayout * gridLayout=new QGridLayout;
gridLayout->setColumnStretch(0, 1);
gridLayout->setColumnStretch(1, 4);
gridLayout->setColumnStretch(2, 1);
gridLayout->setColumnStretch(3, 1);
gridLayout->setColumnStretch(4, 2);
gridLayout->setColumnStretch(5, 2);
gridLayout->addWidget(authorLabel,0,0);
gridLayout->addWidget(authorEdit,0,1);
gridLayout->addWidget(titleLabel,0,3);
gridLayout->addWidget(titleEdit,0,4,1,2);
gridLayout->addWidget(orderLabel,1,0);
gridLayout->addWidget(orderEdit,1,1);
gridLayout->addWidget(birthcomLabel,2,0);
gridLayout->addWidget(birthcomEdit,2,1);
gridLayout->addWidget(birthlocLabel,1,3);
gridLayout->addWidget(birthlocEdit,1,4,1,2);
gridLayout->addWidget(publishLabel,2,3);
gridLayout->addWidget(publishEdit,2,4,1,2);
gridLayout->addWidget(pageLabel,3,0);
gridLayout->addWidget(pageEdit,3,1);
gridLayout->addWidget(button,4,5);
setLayout(gridLayout);
connect(button,SIGNAL(clicked()),this,SLOT(check_add()));
}
END_TEST
int
header_fields (void)
{
Suite *s1 = suite_create("Header fields parsing");
check_add (s1, literal_w_index);
check_add (s1, literal_w_index_false_len);
check_add (s1, literal_wo_index);
check_add (s1, indexed);
check_add (s1, indexed_big_value);
check_add (s1, indexed_many_zeroes);
check_add (s1, request1);
run_test (s1);
}
int send_arg_check(int code, char **params)
{
if (code == 1 || code == 9 || code == 12 || code == 15)
return (check_live(params));
else if (code == 6 || code == 7 || code == 8)
return (check_xor(params));
else if (code == 4 || code == 5)
return (check_add(params));
else if (code == 10 || code == 14)
return (check_ldi(params));
else if (code == 11)
return (check_sti(params));
else if (code == 2 || code == 13)
return (check_ld(params));
else if (code == 16)
return (check_aff(params));
else if (code == 3)
return (check_st(params));
return (0);
}
END_TEST
int
missing_sysfuncs_tests (void)
{
Suite *s1 = suite_create("Missing System Functions");
check_add (s1, _strsep);
check_add (s1, _strnstr);
check_add (s1, _strcasestr);
check_add (s1, _strncasestrn);
check_add (s1, _strncasestr);
check_add (s1, _strlcat);
run_test (s1);
}
//网络文献
NetworkTab::NetworkTab(QWidget *parent)
:QWidget(parent)
{
QLabel *authorLabel=new QLabel(trUtf8("*责任人"));
authorEdit =new QLineEdit(); // 责任人
QLabel *titleLabel=new QLabel(trUtf8("*题目"));
titleEdit = new QLineEdit(); // 题目
QLabel *publishLabel=new QLabel(trUtf8("*发表(更新)日期"));
publishEdit = new QLineEdit(); // 发表或更新日期
QLabel *yearLabel=new QLabel(trUtf8("*引用日期"));
yearEdit = new QLineEdit(); // 引用日期
QLabel *pathLabel=new QLabel(trUtf8("*访问路径"));
pathEdit = new QLineEdit(); // 访问路径
QPushButton *button=new QPushButton(trUtf8("添加"));
QGridLayout * gridLayout=new QGridLayout;
gridLayout->setColumnStretch(0, 1);
gridLayout->setColumnStretch(1, 4);
gridLayout->setColumnStretch(2, 1);
gridLayout->setColumnStretch(3, 1);
gridLayout->setColumnStretch(4, 2);
gridLayout->setColumnStretch(5, 2);
gridLayout->addWidget(authorLabel,0,0);
gridLayout->addWidget(authorEdit,0,1);
gridLayout->addWidget(titleLabel,0,3);
gridLayout->addWidget(titleEdit,0,4,1,2);
gridLayout->addWidget(publishLabel,1,0);
gridLayout->addWidget(publishEdit,1,1);
gridLayout->addWidget(yearLabel,1,3);
gridLayout->addWidget(yearEdit,1,4,1,2);
gridLayout->addWidget(pathLabel,2,0);
gridLayout->addWidget(pathEdit,2,1);
gridLayout->addWidget(button,4,5);
setLayout(gridLayout);
connect(button,SIGNAL(clicked()),this,SLOT(check_add()));
}
//报纸面板实现
NewspaperTab::NewspaperTab(QWidget *parent)
:QWidget(parent)
{
QLabel *authorLabel=new QLabel(trUtf8("*作者"));
authorEdit =new QLineEdit(); // 作者
QLabel *titleLabel=new QLabel(trUtf8("*题目"));
titleEdit = new QLineEdit(); // 题目
QLabel *nameLabel=new QLabel(trUtf8("*报纸名"));
nameEdit = new QLineEdit(); // 报纸名
QLabel *publishLabel=new QLabel(trUtf8("*出版日期"));
publishEdit = new QLineEdit(); // 出版日期
QLabel *orderLabel=new QLabel(trUtf8("*版次"));
orderEdit = new QLineEdit(); // 版次
QPushButton *button=new QPushButton(trUtf8("添加"));
QGridLayout * gridLayout=new QGridLayout;
gridLayout->setColumnStretch(0, 1);
gridLayout->setColumnStretch(1, 4);
gridLayout->setColumnStretch(2, 1);
gridLayout->setColumnStretch(3, 1);
gridLayout->setColumnStretch(4, 2);
gridLayout->setColumnStretch(5, 2);
gridLayout->addWidget(authorLabel,0,0);
gridLayout->addWidget(authorEdit,0,1);
gridLayout->addWidget(titleLabel,0,3);
gridLayout->addWidget(titleEdit,0,4,1,2);
gridLayout->addWidget(nameLabel,1,0);
gridLayout->addWidget(nameEdit,1,1);
gridLayout->addWidget(publishLabel,1,3);
gridLayout->addWidget(publishEdit,1,4,1,2);
gridLayout->addWidget(orderLabel,2,0);
gridLayout->addWidget(orderEdit,2,1);
gridLayout->addWidget(button,4,5);
setLayout(gridLayout);
connect(button,SIGNAL(clicked()),this,SLOT(check_add()));
}
END_TEST
int
sets (void)
{
Suite *s1 = suite_create("Sets");
check_add (s1, _init_empty);
check_add (s1, _init_full);
check_add (s1, _is_empty);
check_add (s1, _is_full);
check_add (s1, _add_all);
check_add (s1, _add_even);
check_add (s1, _add_odd);
check_add (s1, _add_fail);
check_add (s1, _remove_all);
check_add (s1, _remove_even);
check_add (s1, _remove_odd);
check_add (s1, _remove_fail);
check_add (s1, _equals_each);
check_add (s1, _equals_all);
check_add (s1, _equals_even);
check_add (s1, _equals_odd);
check_add (s1, _union);
check_add (s1, _remove_set);
check_add (s1, _intersection1);
check_add (s1, _intersection2);
check_add (s1, _complement);
check_add (s1, _exists);
check_add (s1, _set);
check_add (s1, _exists_fail);
check_add (s1, _iter_all);
check_add (s1, _iter_odd);
run_test (s1);
}
int main( void )
{
sc1 = 17;
sc2 = 4;
check_add( sc1 + sc2, __LINE__ );
check_subtract( sc1 - sc2, __LINE__ );
check_multiply( sc1 * sc2, __LINE__ );
check_divide( sc1 / sc2, __LINE__ );
sc1 = 17;
uc2 = 4;
check_add( sc1 + uc2, __LINE__ );
check_subtract( sc1 - uc2, __LINE__ );
check_multiply( sc1 * uc2, __LINE__ );
check_divide( sc1 / uc2, __LINE__ );
sc1 = 17;
c2 = 4;
check_add( sc1 + c2, __LINE__ );
check_subtract( sc1 - c2, __LINE__ );
check_multiply( sc1 * c2, __LINE__ );
check_divide( sc1 / c2, __LINE__ );
sc1 = 17;
ss2 = 4;
check_add( sc1 + ss2, __LINE__ );
check_subtract( sc1 - ss2, __LINE__ );
check_multiply( sc1 * ss2, __LINE__ );
check_divide( sc1 / ss2, __LINE__ );
sc1 = 17;
us2 = 4;
check_add( sc1 + us2, __LINE__ );
check_subtract( sc1 - us2, __LINE__ );
check_multiply( sc1 * us2, __LINE__ );
check_divide( sc1 / us2, __LINE__ );
sc1 = 17;
s2 = 4;
check_add( sc1 + s2, __LINE__ );
check_subtract( sc1 - s2, __LINE__ );
check_multiply( sc1 * s2, __LINE__ );
check_divide( sc1 / s2, __LINE__ );
sc1 = 17;
si2 = 4;
check_add( sc1 + si2, __LINE__ );
check_subtract( sc1 - si2, __LINE__ );
check_multiply( sc1 * si2, __LINE__ );
check_divide( sc1 / si2, __LINE__ );
sc1 = 17;
ui2 = 4;
check_add( sc1 + ui2, __LINE__ );
check_subtract( sc1 - ui2, __LINE__ );
check_multiply( sc1 * ui2, __LINE__ );
check_divide( sc1 / ui2, __LINE__ );
sc1 = 17;
i2 = 4;
check_add( sc1 + i2, __LINE__ );
check_subtract( sc1 - i2, __LINE__ );
check_multiply( sc1 * i2, __LINE__ );
check_divide( sc1 / i2, __LINE__ );
sc1 = 17;
sli2 = 4;
check_add( sc1 + sli2, __LINE__ );
check_subtract( sc1 - sli2, __LINE__ );
check_multiply( sc1 * sli2, __LINE__ );
check_divide( sc1 / sli2, __LINE__ );
sc1 = 17;
uli2 = 4;
check_add( sc1 + uli2, __LINE__ );
check_subtract( sc1 - uli2, __LINE__ );
check_multiply( sc1 * uli2, __LINE__ );
check_divide( sc1 / uli2, __LINE__ );
sc1 = 17;
li2 = 4;
check_add( sc1 + li2, __LINE__ );
check_subtract( sc1 - li2, __LINE__ );
check_multiply( sc1 * li2, __LINE__ );
check_divide( sc1 / li2, __LINE__ );
sc1 = 17;
f2 = 4;
check_add( sc1 + f2, __LINE__ );
check_subtract( sc1 - f2, __LINE__ );
check_multiply( sc1 * f2, __LINE__ );
check_divide( sc1 / f2, __LINE__ );
sc1 = 17;
d2 = 4;
check_add( sc1 + d2, __LINE__ );
check_subtract( sc1 - d2, __LINE__ );
check_multiply( sc1 * d2, __LINE__ );
check_divide( sc1 / d2, __LINE__ );
sc1 = 17;
ld2 = 4;
check_add( sc1 + ld2, __LINE__ );
check_subtract( sc1 - ld2, __LINE__ );
check_multiply( sc1 * ld2, __LINE__ );
check_divide( sc1 / ld2, __LINE__ );
uc1 = 17;
sc2 = 4;
check_add( uc1 + sc2, __LINE__ );
check_subtract( uc1 - sc2, __LINE__ );
check_multiply( uc1 * sc2, __LINE__ );
check_divide( uc1 / sc2, __LINE__ );
uc1 = 17;
uc2 = 4;
check_add( uc1 + uc2, __LINE__ );
check_subtract( uc1 - uc2, __LINE__ );
check_multiply( uc1 * uc2, __LINE__ );
check_divide( uc1 / uc2, __LINE__ );
uc1 = 17;
c2 = 4;
check_add( uc1 + c2, __LINE__ );
check_subtract( uc1 - c2, __LINE__ );
check_multiply( uc1 * c2, __LINE__ );
check_divide( uc1 / c2, __LINE__ );
uc1 = 17;
ss2 = 4;
check_add( uc1 + ss2, __LINE__ );
check_subtract( uc1 - ss2, __LINE__ );
check_multiply( uc1 * ss2, __LINE__ );
check_divide( uc1 / ss2, __LINE__ );
uc1 = 17;
us2 = 4;
check_add( uc1 + us2, __LINE__ );
check_subtract( uc1 - us2, __LINE__ );
check_multiply( uc1 * us2, __LINE__ );
check_divide( uc1 / us2, __LINE__ );
uc1 = 17;
s2 = 4;
check_add( uc1 + s2, __LINE__ );
check_subtract( uc1 - s2, __LINE__ );
check_multiply( uc1 * s2, __LINE__ );
check_divide( uc1 / s2, __LINE__ );
uc1 = 17;
si2 = 4;
check_add( uc1 + si2, __LINE__ );
check_subtract( uc1 - si2, __LINE__ );
check_multiply( uc1 * si2, __LINE__ );
check_divide( uc1 / si2, __LINE__ );
uc1 = 17;
ui2 = 4;
check_add( uc1 + ui2, __LINE__ );
check_subtract( uc1 - ui2, __LINE__ );
check_multiply( uc1 * ui2, __LINE__ );
check_divide( uc1 / ui2, __LINE__ );
uc1 = 17;
i2 = 4;
check_add( uc1 + i2, __LINE__ );
check_subtract( uc1 - i2, __LINE__ );
check_multiply( uc1 * i2, __LINE__ );
check_divide( uc1 / i2, __LINE__ );
uc1 = 17;
sli2 = 4;
check_add( uc1 + sli2, __LINE__ );
check_subtract( uc1 - sli2, __LINE__ );
check_multiply( uc1 * sli2, __LINE__ );
check_divide( uc1 / sli2, __LINE__ );
uc1 = 17;
uli2 = 4;
check_add( uc1 + uli2, __LINE__ );
check_subtract( uc1 - uli2, __LINE__ );
check_multiply( uc1 * uli2, __LINE__ );
check_divide( uc1 / uli2, __LINE__ );
uc1 = 17;
li2 = 4;
check_add( uc1 + li2, __LINE__ );
check_subtract( uc1 - li2, __LINE__ );
check_multiply( uc1 * li2, __LINE__ );
check_divide( uc1 / li2, __LINE__ );
uc1 = 17;
f2 = 4;
check_add( uc1 + f2, __LINE__ );
check_subtract( uc1 - f2, __LINE__ );
check_multiply( uc1 * f2, __LINE__ );
check_divide( uc1 / f2, __LINE__ );
uc1 = 17;
d2 = 4;
check_add( uc1 + d2, __LINE__ );
check_subtract( uc1 - d2, __LINE__ );
check_multiply( uc1 * d2, __LINE__ );
check_divide( uc1 / d2, __LINE__ );
uc1 = 17;
ld2 = 4;
check_add( uc1 + ld2, __LINE__ );
check_subtract( uc1 - ld2, __LINE__ );
check_multiply( uc1 * ld2, __LINE__ );
check_divide( uc1 / ld2, __LINE__ );
c1 = 17;
sc2 = 4;
check_add( c1 + sc2, __LINE__ );
check_subtract( c1 - sc2, __LINE__ );
check_multiply( c1 * sc2, __LINE__ );
check_divide( c1 / sc2, __LINE__ );
c1 = 17;
uc2 = 4;
check_add( c1 + uc2, __LINE__ );
check_subtract( c1 - uc2, __LINE__ );
check_multiply( c1 * uc2, __LINE__ );
check_divide( c1 / uc2, __LINE__ );
c1 = 17;
c2 = 4;
check_add( c1 + c2, __LINE__ );
check_subtract( c1 - c2, __LINE__ );
check_multiply( c1 * c2, __LINE__ );
check_divide( c1 / c2, __LINE__ );
c1 = 17;
ss2 = 4;
check_add( c1 + ss2, __LINE__ );
check_subtract( c1 - ss2, __LINE__ );
check_multiply( c1 * ss2, __LINE__ );
check_divide( c1 / ss2, __LINE__ );
c1 = 17;
us2 = 4;
check_add( c1 + us2, __LINE__ );
check_subtract( c1 - us2, __LINE__ );
check_multiply( c1 * us2, __LINE__ );
check_divide( c1 / us2, __LINE__ );
c1 = 17;
s2 = 4;
check_add( c1 + s2, __LINE__ );
check_subtract( c1 - s2, __LINE__ );
check_multiply( c1 * s2, __LINE__ );
check_divide( c1 / s2, __LINE__ );
c1 = 17;
si2 = 4;
check_add( c1 + si2, __LINE__ );
check_subtract( c1 - si2, __LINE__ );
check_multiply( c1 * si2, __LINE__ );
check_divide( c1 / si2, __LINE__ );
c1 = 17;
ui2 = 4;
check_add( c1 + ui2, __LINE__ );
check_subtract( c1 - ui2, __LINE__ );
check_multiply( c1 * ui2, __LINE__ );
check_divide( c1 / ui2, __LINE__ );
c1 = 17;
i2 = 4;
check_add( c1 + i2, __LINE__ );
check_subtract( c1 - i2, __LINE__ );
check_multiply( c1 * i2, __LINE__ );
check_divide( c1 / i2, __LINE__ );
c1 = 17;
sli2 = 4;
check_add( c1 + sli2, __LINE__ );
check_subtract( c1 - sli2, __LINE__ );
check_multiply( c1 * sli2, __LINE__ );
check_divide( c1 / sli2, __LINE__ );
c1 = 17;
uli2 = 4;
check_add( c1 + uli2, __LINE__ );
check_subtract( c1 - uli2, __LINE__ );
check_multiply( c1 * uli2, __LINE__ );
check_divide( c1 / uli2, __LINE__ );
c1 = 17;
li2 = 4;
check_add( c1 + li2, __LINE__ );
check_subtract( c1 - li2, __LINE__ );
check_multiply( c1 * li2, __LINE__ );
check_divide( c1 / li2, __LINE__ );
c1 = 17;
f2 = 4;
check_add( c1 + f2, __LINE__ );
check_subtract( c1 - f2, __LINE__ );
check_multiply( c1 * f2, __LINE__ );
check_divide( c1 / f2, __LINE__ );
c1 = 17;
d2 = 4;
check_add( c1 + d2, __LINE__ );
check_subtract( c1 - d2, __LINE__ );
check_multiply( c1 * d2, __LINE__ );
check_divide( c1 / d2, __LINE__ );
c1 = 17;
ld2 = 4;
check_add( c1 + ld2, __LINE__ );
check_subtract( c1 - ld2, __LINE__ );
check_multiply( c1 * ld2, __LINE__ );
check_divide( c1 / ld2, __LINE__ );
ss1 = 17;
sc2 = 4;
check_add( ss1 + sc2, __LINE__ );
check_subtract( ss1 - sc2, __LINE__ );
check_multiply( ss1 * sc2, __LINE__ );
check_divide( ss1 / sc2, __LINE__ );
ss1 = 17;
uc2 = 4;
check_add( ss1 + uc2, __LINE__ );
check_subtract( ss1 - uc2, __LINE__ );
check_multiply( ss1 * uc2, __LINE__ );
check_divide( ss1 / uc2, __LINE__ );
ss1 = 17;
c2 = 4;
check_add( ss1 + c2, __LINE__ );
check_subtract( ss1 - c2, __LINE__ );
check_multiply( ss1 * c2, __LINE__ );
check_divide( ss1 / c2, __LINE__ );
ss1 = 17;
ss2 = 4;
check_add( ss1 + ss2, __LINE__ );
check_subtract( ss1 - ss2, __LINE__ );
check_multiply( ss1 * ss2, __LINE__ );
check_divide( ss1 / ss2, __LINE__ );
ss1 = 17;
us2 = 4;
check_add( ss1 + us2, __LINE__ );
check_subtract( ss1 - us2, __LINE__ );
check_multiply( ss1 * us2, __LINE__ );
check_divide( ss1 / us2, __LINE__ );
ss1 = 17;
s2 = 4;
check_add( ss1 + s2, __LINE__ );
check_subtract( ss1 - s2, __LINE__ );
check_multiply( ss1 * s2, __LINE__ );
check_divide( ss1 / s2, __LINE__ );
ss1 = 17;
si2 = 4;
check_add( ss1 + si2, __LINE__ );
check_subtract( ss1 - si2, __LINE__ );
check_multiply( ss1 * si2, __LINE__ );
check_divide( ss1 / si2, __LINE__ );
ss1 = 17;
ui2 = 4;
check_add( ss1 + ui2, __LINE__ );
check_subtract( ss1 - ui2, __LINE__ );
check_multiply( ss1 * ui2, __LINE__ );
check_divide( ss1 / ui2, __LINE__ );
ss1 = 17;
i2 = 4;
check_add( ss1 + i2, __LINE__ );
check_subtract( ss1 - i2, __LINE__ );
check_multiply( ss1 * i2, __LINE__ );
check_divide( ss1 / i2, __LINE__ );
ss1 = 17;
sli2 = 4;
check_add( ss1 + sli2, __LINE__ );
check_subtract( ss1 - sli2, __LINE__ );
check_multiply( ss1 * sli2, __LINE__ );
check_divide( ss1 / sli2, __LINE__ );
ss1 = 17;
uli2 = 4;
check_add( ss1 + uli2, __LINE__ );
check_subtract( ss1 - uli2, __LINE__ );
check_multiply( ss1 * uli2, __LINE__ );
check_divide( ss1 / uli2, __LINE__ );
ss1 = 17;
li2 = 4;
check_add( ss1 + li2, __LINE__ );
check_subtract( ss1 - li2, __LINE__ );
check_multiply( ss1 * li2, __LINE__ );
check_divide( ss1 / li2, __LINE__ );
ss1 = 17;
f2 = 4;
check_add( ss1 + f2, __LINE__ );
check_subtract( ss1 - f2, __LINE__ );
check_multiply( ss1 * f2, __LINE__ );
check_divide( ss1 / f2, __LINE__ );
ss1 = 17;
d2 = 4;
check_add( ss1 + d2, __LINE__ );
check_subtract( ss1 - d2, __LINE__ );
check_multiply( ss1 * d2, __LINE__ );
check_divide( ss1 / d2, __LINE__ );
ss1 = 17;
ld2 = 4;
check_add( ss1 + ld2, __LINE__ );
check_subtract( ss1 - ld2, __LINE__ );
check_multiply( ss1 * ld2, __LINE__ );
check_divide( ss1 / ld2, __LINE__ );
us1 = 17;
sc2 = 4;
check_add( us1 + sc2, __LINE__ );
check_subtract( us1 - sc2, __LINE__ );
check_multiply( us1 * sc2, __LINE__ );
check_divide( us1 / sc2, __LINE__ );
us1 = 17;
uc2 = 4;
check_add( us1 + uc2, __LINE__ );
check_subtract( us1 - uc2, __LINE__ );
check_multiply( us1 * uc2, __LINE__ );
check_divide( us1 / uc2, __LINE__ );
us1 = 17;
c2 = 4;
check_add( us1 + c2, __LINE__ );
check_subtract( us1 - c2, __LINE__ );
check_multiply( us1 * c2, __LINE__ );
check_divide( us1 / c2, __LINE__ );
us1 = 17;
ss2 = 4;
check_add( us1 + ss2, __LINE__ );
check_subtract( us1 - ss2, __LINE__ );
check_multiply( us1 * ss2, __LINE__ );
check_divide( us1 / ss2, __LINE__ );
us1 = 17;
us2 = 4;
check_add( us1 + us2, __LINE__ );
check_subtract( us1 - us2, __LINE__ );
check_multiply( us1 * us2, __LINE__ );
check_divide( us1 / us2, __LINE__ );
us1 = 17;
s2 = 4;
check_add( us1 + s2, __LINE__ );
check_subtract( us1 - s2, __LINE__ );
check_multiply( us1 * s2, __LINE__ );
check_divide( us1 / s2, __LINE__ );
us1 = 17;
si2 = 4;
check_add( us1 + si2, __LINE__ );
check_subtract( us1 - si2, __LINE__ );
check_multiply( us1 * si2, __LINE__ );
check_divide( us1 / si2, __LINE__ );
us1 = 17;
ui2 = 4;
check_add( us1 + ui2, __LINE__ );
check_subtract( us1 - ui2, __LINE__ );
check_multiply( us1 * ui2, __LINE__ );
check_divide( us1 / ui2, __LINE__ );
us1 = 17;
i2 = 4;
check_add( us1 + i2, __LINE__ );
check_subtract( us1 - i2, __LINE__ );
check_multiply( us1 * i2, __LINE__ );
check_divide( us1 / i2, __LINE__ );
us1 = 17;
sli2 = 4;
check_add( us1 + sli2, __LINE__ );
check_subtract( us1 - sli2, __LINE__ );
check_multiply( us1 * sli2, __LINE__ );
check_divide( us1 / sli2, __LINE__ );
us1 = 17;
uli2 = 4;
check_add( us1 + uli2, __LINE__ );
check_subtract( us1 - uli2, __LINE__ );
check_multiply( us1 * uli2, __LINE__ );
check_divide( us1 / uli2, __LINE__ );
us1 = 17;
li2 = 4;
check_add( us1 + li2, __LINE__ );
check_subtract( us1 - li2, __LINE__ );
check_multiply( us1 * li2, __LINE__ );
check_divide( us1 / li2, __LINE__ );
us1 = 17;
f2 = 4;
check_add( us1 + f2, __LINE__ );
check_subtract( us1 - f2, __LINE__ );
check_multiply( us1 * f2, __LINE__ );
check_divide( us1 / f2, __LINE__ );
us1 = 17;
d2 = 4;
check_add( us1 + d2, __LINE__ );
check_subtract( us1 - d2, __LINE__ );
check_multiply( us1 * d2, __LINE__ );
check_divide( us1 / d2, __LINE__ );
us1 = 17;
ld2 = 4;
check_add( us1 + ld2, __LINE__ );
check_subtract( us1 - ld2, __LINE__ );
check_multiply( us1 * ld2, __LINE__ );
check_divide( us1 / ld2, __LINE__ );
s1 = 17;
sc2 = 4;
check_add( s1 + sc2, __LINE__ );
check_subtract( s1 - sc2, __LINE__ );
check_multiply( s1 * sc2, __LINE__ );
check_divide( s1 / sc2, __LINE__ );
s1 = 17;
uc2 = 4;
check_add( s1 + uc2, __LINE__ );
check_subtract( s1 - uc2, __LINE__ );
check_multiply( s1 * uc2, __LINE__ );
check_divide( s1 / uc2, __LINE__ );
s1 = 17;
c2 = 4;
check_add( s1 + c2, __LINE__ );
check_subtract( s1 - c2, __LINE__ );
check_multiply( s1 * c2, __LINE__ );
check_divide( s1 / c2, __LINE__ );
s1 = 17;
ss2 = 4;
check_add( s1 + ss2, __LINE__ );
check_subtract( s1 - ss2, __LINE__ );
check_multiply( s1 * ss2, __LINE__ );
check_divide( s1 / ss2, __LINE__ );
s1 = 17;
us2 = 4;
check_add( s1 + us2, __LINE__ );
check_subtract( s1 - us2, __LINE__ );
check_multiply( s1 * us2, __LINE__ );
check_divide( s1 / us2, __LINE__ );
s1 = 17;
s2 = 4;
check_add( s1 + s2, __LINE__ );
check_subtract( s1 - s2, __LINE__ );
check_multiply( s1 * s2, __LINE__ );
check_divide( s1 / s2, __LINE__ );
s1 = 17;
si2 = 4;
check_add( s1 + si2, __LINE__ );
check_subtract( s1 - si2, __LINE__ );
check_multiply( s1 * si2, __LINE__ );
check_divide( s1 / si2, __LINE__ );
s1 = 17;
ui2 = 4;
check_add( s1 + ui2, __LINE__ );
check_subtract( s1 - ui2, __LINE__ );
check_multiply( s1 * ui2, __LINE__ );
check_divide( s1 / ui2, __LINE__ );
s1 = 17;
i2 = 4;
check_add( s1 + i2, __LINE__ );
check_subtract( s1 - i2, __LINE__ );
check_multiply( s1 * i2, __LINE__ );
check_divide( s1 / i2, __LINE__ );
s1 = 17;
sli2 = 4;
check_add( s1 + sli2, __LINE__ );
check_subtract( s1 - sli2, __LINE__ );
check_multiply( s1 * sli2, __LINE__ );
check_divide( s1 / sli2, __LINE__ );
s1 = 17;
uli2 = 4;
check_add( s1 + uli2, __LINE__ );
check_subtract( s1 - uli2, __LINE__ );
check_multiply( s1 * uli2, __LINE__ );
check_divide( s1 / uli2, __LINE__ );
s1 = 17;
li2 = 4;
check_add( s1 + li2, __LINE__ );
check_subtract( s1 - li2, __LINE__ );
check_multiply( s1 * li2, __LINE__ );
check_divide( s1 / li2, __LINE__ );
s1 = 17;
f2 = 4;
check_add( s1 + f2, __LINE__ );
check_subtract( s1 - f2, __LINE__ );
check_multiply( s1 * f2, __LINE__ );
check_divide( s1 / f2, __LINE__ );
s1 = 17;
d2 = 4;
check_add( s1 + d2, __LINE__ );
check_subtract( s1 - d2, __LINE__ );
check_multiply( s1 * d2, __LINE__ );
check_divide( s1 / d2, __LINE__ );
s1 = 17;
ld2 = 4;
check_add( s1 + ld2, __LINE__ );
check_subtract( s1 - ld2, __LINE__ );
check_multiply( s1 * ld2, __LINE__ );
check_divide( s1 / ld2, __LINE__ );
si1 = 17;
sc2 = 4;
check_add( si1 + sc2, __LINE__ );
check_subtract( si1 - sc2, __LINE__ );
check_multiply( si1 * sc2, __LINE__ );
check_divide( si1 / sc2, __LINE__ );
si1 = 17;
uc2 = 4;
check_add( si1 + uc2, __LINE__ );
check_subtract( si1 - uc2, __LINE__ );
check_multiply( si1 * uc2, __LINE__ );
check_divide( si1 / uc2, __LINE__ );
si1 = 17;
c2 = 4;
check_add( si1 + c2, __LINE__ );
check_subtract( si1 - c2, __LINE__ );
check_multiply( si1 * c2, __LINE__ );
check_divide( si1 / c2, __LINE__ );
si1 = 17;
ss2 = 4;
check_add( si1 + ss2, __LINE__ );
check_subtract( si1 - ss2, __LINE__ );
check_multiply( si1 * ss2, __LINE__ );
check_divide( si1 / ss2, __LINE__ );
si1 = 17;
us2 = 4;
check_add( si1 + us2, __LINE__ );
check_subtract( si1 - us2, __LINE__ );
check_multiply( si1 * us2, __LINE__ );
check_divide( si1 / us2, __LINE__ );
si1 = 17;
s2 = 4;
check_add( si1 + s2, __LINE__ );
check_subtract( si1 - s2, __LINE__ );
check_multiply( si1 * s2, __LINE__ );
check_divide( si1 / s2, __LINE__ );
si1 = 17;
si2 = 4;
check_add( si1 + si2, __LINE__ );
check_subtract( si1 - si2, __LINE__ );
check_multiply( si1 * si2, __LINE__ );
check_divide( si1 / si2, __LINE__ );
si1 = 17;
ui2 = 4;
check_add( si1 + ui2, __LINE__ );
check_subtract( si1 - ui2, __LINE__ );
check_multiply( si1 * ui2, __LINE__ );
check_divide( si1 / ui2, __LINE__ );
si1 = 17;
i2 = 4;
check_add( si1 + i2, __LINE__ );
check_subtract( si1 - i2, __LINE__ );
check_multiply( si1 * i2, __LINE__ );
check_divide( si1 / i2, __LINE__ );
si1 = 17;
sli2 = 4;
check_add( si1 + sli2, __LINE__ );
check_subtract( si1 - sli2, __LINE__ );
check_multiply( si1 * sli2, __LINE__ );
check_divide( si1 / sli2, __LINE__ );
_PASS;
}
