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Add filter rules for autofilters.

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Feature request #254
This commit is contained in:
John McNamara 2021-07-27 14:21:03 +01:00
parent 624fc3b650
commit 01db3845ce
30 changed files with 2705 additions and 8 deletions
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2
.indent.pro vendored
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@ -107,6 +107,8 @@
-T lxw_drawing_rel_id
-T lxw_error
-T lxw_fill
-T lxw_filter_rule
-T lxw_filter_rule_obj
-T lxw_font
-T lxw_format
-T lxw_hash_element

3
include/xlsxwriter/common.h
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@ -293,6 +293,9 @@ enum lxw_custom_property_types {
#define LXW_WARN_FORMAT2(message, var1, var2) \
LXW_PRINTF(LXW_STDERR "[WARNING]: " message "\n", var1, var2)
#define LXW_WARN_FORMAT3(message, var1, var2, var3) \
LXW_PRINTF(LXW_STDERR "[WARNING]: " message "\n", var1, var2, var3)
/* Chart axis type checks. */
#define LXW_WARN_CAT_AXIS_ONLY(function) \
do { \

92
include/xlsxwriter/worksheet.h
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@ -536,6 +536,56 @@ enum lxw_conditional_icon_types {
LXW_CONDITIONAL_ICONS_5_QUARTERS
};
/** @brief The criteria used in autofilter rules.
*
* Criteria used to define an autofilter rule condition.
*/
enum lxw_filter_criteria {
LXW_FILTER_CRITERIA_NONE,
/** Filter cells equal to a value. */
LXW_FILTER_CRITERIA_EQUAL_TO,
/** Filter cells not equal to a value. */
LXW_FILTER_CRITERIA_NOT_EQUAL_TO,
/** Filter cells greater than a value. */
LXW_FILTER_CRITERIA_GREATER_THAN,
/** Filter cells less than a value. */
LXW_FILTER_CRITERIA_LESS_THAN,
/** Filter cells greater than or equal to a value. */
LXW_FILTER_CRITERIA_GREATER_THAN_OR_EQUAL_TO,
/** Filter cells less than or equal to a value. */
LXW_FILTER_CRITERIA_LESS_THAN_OR_EQUAL_TO,
/** Filter cells that are blank. */
LXW_FILTER_CRITERIA_BLANKS,
/** Filter cells that are not blank. */
LXW_FILTER_CRITERIA_NON_BLANKS
};
enum lxw_filter_operator {
LXW_FILTER_AND,
LXW_FILTER_OR
};
enum lxw_filter_type {
LXW_FILTER_TYPE_NONE,
LXW_FILTER_TYPE_SINGLE,
LXW_FILTER_TYPE_AND,
LXW_FILTER_TYPE_OR,
LXW_FILTER_TYPE_STRING_LIST
};
/** Options to control the positioning of worksheet objects such as images
* or charts. See @ref working_with_object_positioning. */
enum lxw_object_position {
@ -772,6 +822,7 @@ typedef struct lxw_print_area {
typedef struct lxw_autofilter {
uint8_t in_use;
uint8_t has_rules;
lxw_row_t first_row;
lxw_row_t last_row;
lxw_col_t first_col;
@ -1262,6 +1313,32 @@ typedef struct lxw_cond_format_hash_element {
RB_ENTRY (lxw_cond_format_hash_element) tree_pointers;
} lxw_cond_format_hash_element;
typedef struct lxw_filter_rule {
uint8_t criteria;
double value;
char *value_string;
} lxw_filter_rule;
typedef struct lxw_filter_rule_obj {
uint8_t type;
uint8_t is_custom;
uint8_t has_blanks;
lxw_col_t col_num;
uint8_t criteria1;
uint8_t criteria2;
double value1;
double value2;
char *value1_string;
char *value2_string;
uint16_t num_list_filters;
char **list;
} lxw_filter_rule_obj;
/**
* @brief Options for inserted images.
*
@ -1801,6 +1878,9 @@ typedef struct lxw_worksheet {
lxw_object_properties *footer_right_object_props;
lxw_object_properties *background_image;
lxw_filter_rule_obj **filter_rules;
lxw_col_t num_filter_rules;
STAILQ_ENTRY (lxw_worksheet) list_pointers;
} lxw_worksheet;
@ -3529,6 +3609,16 @@ lxw_error worksheet_autofilter(lxw_worksheet *worksheet, lxw_row_t first_row,
lxw_col_t first_col, lxw_row_t last_row,
lxw_col_t last_col);
lxw_error worksheet_filter_column(lxw_worksheet *worksheet, lxw_col_t col,
lxw_filter_rule *rule);
lxw_error worksheet_filter_column2(lxw_worksheet *worksheet, lxw_col_t col,
lxw_filter_rule *rule1,
lxw_filter_rule *rule2, uint8_t operator);
lxw_error worksheet_filter_list(lxw_worksheet *worksheet, lxw_col_t col,
char **list);
/**
* @brief Add a data validation to a cell.
*
@ -5124,6 +5214,8 @@ STATIC void _worksheet_write_data_validations(lxw_worksheet *self);
STATIC double _pixels_to_height(double pixels);
STATIC double _pixels_to_width(double pixels);
STATIC void _worksheet_write_auto_filter(lxw_worksheet *worksheet);
#endif /* TESTING */
/* *INDENT-OFF* */

532
src/worksheet.c
View File

@ -298,6 +298,47 @@ _free_vml_object(lxw_vml_obj *vml_obj)
free(vml_obj);
}
/*
* Free autofilter rule object.
*/
STATIC void
_free_filter_rule(lxw_filter_rule_obj *rule_obj)
{
uint16_t i;
if (!rule_obj)
return;
free(rule_obj->value1_string);
free(rule_obj->value2_string);
if (rule_obj->list) {
for (i = 0; i < rule_obj->num_list_filters; i++)
free(rule_obj->list[i]);
free(rule_obj->list);
}
free(rule_obj);
}
/*
* Free autofilter rules.
*/
STATIC void
_free_filter_rules(lxw_worksheet *worksheet)
{
uint16_t i;
if (!worksheet->filter_rules)
return;
for (i = 0; i < worksheet->num_filter_rules; i++)
_free_filter_rule(worksheet->filter_rules[i]);
free(worksheet->filter_rules);
}
/*
* Free a worksheet cell.
*/
@ -643,6 +684,8 @@ lxw_worksheet_free(lxw_worksheet *worksheet)
_free_relationship(worksheet->external_vml_header_link);
_free_relationship(worksheet->external_background_link);
_free_filter_rules(worksheet);
if (worksheet->array) {
for (col = 0; col < LXW_COL_MAX; col++) {
_free_cell(worksheet->array[col]);
@ -1403,6 +1446,36 @@ _pixels_to_height(double pixels)
return pixels * 0.75;
}
/* Check and set if an autofilter is a standard or custom filter. */
void
set_custom_filter(lxw_filter_rule_obj *rule_obj)
{
rule_obj->is_custom = LXW_TRUE;
if (rule_obj->criteria1 == LXW_FILTER_CRITERIA_EQUAL_TO)
rule_obj->is_custom = LXW_FALSE;
if (rule_obj->criteria1 == LXW_FILTER_CRITERIA_BLANKS)
rule_obj->is_custom = LXW_FALSE;
if (rule_obj->criteria2 != LXW_FILTER_CRITERIA_NONE) {
if (rule_obj->criteria1 == LXW_FILTER_CRITERIA_EQUAL_TO)
rule_obj->is_custom = LXW_FALSE;
if (rule_obj->criteria1 == LXW_FILTER_CRITERIA_BLANKS)
rule_obj->is_custom = LXW_FALSE;
if (rule_obj->type == LXW_FILTER_TYPE_AND)
rule_obj->is_custom = LXW_TRUE;
}
if (rule_obj->value1_string && strpbrk(rule_obj->value1_string, "*?"))
rule_obj->is_custom = LXW_TRUE;
if (rule_obj->value2_string && strpbrk(rule_obj->value2_string, "*?"))
rule_obj->is_custom = LXW_TRUE;
}
/*****************************************************************************
*
* XML functions.
@ -4460,6 +4533,195 @@ _worksheet_write_col_breaks(lxw_worksheet *self)
LXW_FREE_ATTRIBUTES();
}
/*
* Write the <filter> element.
*/
STATIC void
_worksheet_write_filter(lxw_worksheet *self, char *str, double num,
uint8_t operator)
{
struct xml_attribute_list attributes;
struct xml_attribute *attribute;
if (operator == LXW_FILTER_CRITERIA_BLANKS)
return;
LXW_INIT_ATTRIBUTES();
if (str)
LXW_PUSH_ATTRIBUTES_STR("val", str);
else
LXW_PUSH_ATTRIBUTES_DBL("val", num);
lxw_xml_empty_tag(self->file, "filter", &attributes);
LXW_FREE_ATTRIBUTES();
}
/*
* Write the <filterColumn> element as simple equality.
*/
STATIC void
_worksheet_write_filter_standard(lxw_worksheet *self,
lxw_filter_rule_obj *filter)
{
struct xml_attribute_list attributes;
struct xml_attribute *attribute;
LXW_INIT_ATTRIBUTES();
if (filter->has_blanks) {
LXW_PUSH_ATTRIBUTES_STR("blank", "1");
}
if (filter->type == LXW_FILTER_TYPE_SINGLE && filter->has_blanks) {
lxw_xml_empty_tag(self->file, "filters", &attributes);
}
else {
lxw_xml_start_tag(self->file, "filters", &attributes);
/* Write the filter element. */
if (filter->type == LXW_FILTER_TYPE_SINGLE) {
_worksheet_write_filter(self, filter->value1_string,
filter->value1, filter->criteria1);
}
else if (filter->type == LXW_FILTER_TYPE_AND
|| filter->type == LXW_FILTER_TYPE_OR) {
_worksheet_write_filter(self, filter->value1_string,
filter->value1, filter->criteria1);
_worksheet_write_filter(self, filter->value2_string,
filter->value2, filter->criteria2);
}
lxw_xml_end_tag(self->file, "filters");
}
}
/*
* Write the <customFilter> element.
*/
STATIC void
_worksheet_write_custom_filter(lxw_worksheet *self, char *str, double num,
uint8_t operator)
{
struct xml_attribute_list attributes;
struct xml_attribute *attribute;
LXW_INIT_ATTRIBUTES();
if (operator == LXW_FILTER_CRITERIA_NOT_EQUAL_TO)
LXW_PUSH_ATTRIBUTES_STR("operator", "notEqual");
if (operator == LXW_FILTER_CRITERIA_GREATER_THAN)
LXW_PUSH_ATTRIBUTES_STR("operator", "greaterThan");
else if (operator == LXW_FILTER_CRITERIA_GREATER_THAN_OR_EQUAL_TO)
LXW_PUSH_ATTRIBUTES_STR("operator", "greaterThanOrEqual");
else if (operator == LXW_FILTER_CRITERIA_LESS_THAN)
LXW_PUSH_ATTRIBUTES_STR("operator", "lessThan");
else if (operator == LXW_FILTER_CRITERIA_LESS_THAN_OR_EQUAL_TO)
LXW_PUSH_ATTRIBUTES_STR("operator", "lessThanOrEqual");
if (str)
LXW_PUSH_ATTRIBUTES_STR("val", str);
else
LXW_PUSH_ATTRIBUTES_DBL("val", num);
lxw_xml_empty_tag(self->file, "customFilter", &attributes);
LXW_FREE_ATTRIBUTES();
}
/*
* Write the <filterColumn> element as a list.
*/
STATIC void
_worksheet_write_filter_list(lxw_worksheet *self, lxw_filter_rule_obj *filter)
{
struct xml_attribute_list attributes;
struct xml_attribute *attribute;
uint16_t i;
LXW_INIT_ATTRIBUTES();
if (filter->has_blanks) {
LXW_PUSH_ATTRIBUTES_STR("blank", "1");
}
lxw_xml_start_tag(self->file, "filters", &attributes);
for (i = 0; i < filter->num_list_filters; i++) {
_worksheet_write_filter(self, filter->list[i], 0, 0);
}
lxw_xml_end_tag(self->file, "filters");
}
/*
* Write the <filterColumn> element.
*/
STATIC void
_worksheet_write_filter_custom(lxw_worksheet *self,
lxw_filter_rule_obj *filter)
{
struct xml_attribute_list attributes;
struct xml_attribute *attribute;
LXW_INIT_ATTRIBUTES();
if (filter->type == LXW_FILTER_TYPE_AND)
LXW_PUSH_ATTRIBUTES_STR("and", "1");
lxw_xml_start_tag(self->file, "customFilters", &attributes);
/* Write the filter element. */
if (filter->type == LXW_FILTER_TYPE_SINGLE) {
_worksheet_write_custom_filter(self, filter->value1_string,
filter->value1, filter->criteria1);
}
else if (filter->type == LXW_FILTER_TYPE_AND
|| filter->type == LXW_FILTER_TYPE_OR) {
_worksheet_write_custom_filter(self, filter->value1_string,
filter->value1, filter->criteria1);
_worksheet_write_custom_filter(self, filter->value2_string,
filter->value2, filter->criteria2);
}
lxw_xml_end_tag(self->file, "customFilters");
LXW_FREE_ATTRIBUTES();
}
/*
* Write the <filterColumn> element.
*/
STATIC void
_worksheet_write_filter_column(lxw_worksheet *self,
lxw_filter_rule_obj *filter)
{
struct xml_attribute_list attributes;
struct xml_attribute *attribute;
if (!filter)
return;
LXW_INIT_ATTRIBUTES();
LXW_PUSH_ATTRIBUTES_INT("colId", filter->col_num);
lxw_xml_start_tag(self->file, "filterColumn", &attributes);
if (filter->list)
_worksheet_write_filter_list(self, filter);
else if (filter->is_custom)
_worksheet_write_filter_custom(self, filter);
else
_worksheet_write_filter_standard(self, filter);
lxw_xml_end_tag(self->file, "filterColumn");
LXW_FREE_ATTRIBUTES();
}
/*
* Write the <autoFilter> element.
*/
@ -4469,6 +4731,7 @@ _worksheet_write_auto_filter(lxw_worksheet *self)
struct xml_attribute_list attributes;
struct xml_attribute *attribute;
char range[LXW_MAX_CELL_RANGE_LENGTH];
uint16_t i;
if (!self->autofilter.in_use)
return;
@ -4481,7 +4744,18 @@ _worksheet_write_auto_filter(lxw_worksheet *self)
LXW_INIT_ATTRIBUTES();
LXW_PUSH_ATTRIBUTES_STR("ref", range);
lxw_xml_empty_tag(self->file, "autoFilter", &attributes);
if (self->autofilter.has_rules) {
lxw_xml_start_tag(self->file, "autoFilter", &attributes);
for (i = 0; i < self->num_filter_rules; i++)
_worksheet_write_filter_column(self, self->filter_rules[i]);
lxw_xml_end_tag(self->file, "autoFilter");
}
else {
lxw_xml_empty_tag(self->file, "autoFilter", &attributes);
}
LXW_FREE_ATTRIBUTES();
}
@ -7987,10 +8261,8 @@ worksheet_autofilter(lxw_worksheet *self, lxw_row_t first_row,
lxw_row_t tmp_row;
lxw_col_t tmp_col;
lxw_error err;
/* Excel doesn't allow a single cell to be merged */
if (first_row == last_row && first_col == last_col)
return LXW_ERROR_PARAMETER_VALIDATION;
lxw_filter_rule_obj **filter_rules;
lxw_col_t num_filter_rules;
/* Swap last row/col with first row/col as necessary */
if (first_row > last_row) {
@ -8009,12 +8281,262 @@ worksheet_autofilter(lxw_worksheet *self, lxw_row_t first_row,
if (err)
return err;
/* Create a array to hold filter rules. */
self->autofilter.in_use = LXW_FALSE;
self->autofilter.has_rules = LXW_FALSE;
_free_filter_rules(self);
num_filter_rules = last_col - first_col + 1;
filter_rules = calloc(num_filter_rules, sizeof(lxw_filter_rule_obj *));
RETURN_ON_MEM_ERROR(filter_rules, LXW_ERROR_MEMORY_MALLOC_FAILED);
self->autofilter.in_use = LXW_TRUE;
self->autofilter.first_row = first_row;
self->autofilter.first_col = first_col;
self->autofilter.last_row = last_row;
self->autofilter.last_col = last_col;
self->filter_rules = filter_rules;
self->num_filter_rules = num_filter_rules;
return LXW_NO_ERROR;
}
/*
* Set a autofilter rule for a filter column.
*/
lxw_error
worksheet_filter_column(lxw_worksheet *self, lxw_col_t col,
lxw_filter_rule *rule)
{
lxw_filter_rule_obj *rule_obj;
uint16_t rule_index;
if (!rule) {
LXW_WARN("worksheet_filter_column(): rule parameter cannot be NULL");
return LXW_ERROR_PARAMETER_VALIDATION;
}
if (self->autofilter.in_use == LXW_FALSE) {
LXW_WARN("worksheet_filter_column(): "
"Worksheet autofilter range hasn't been defined. "
"Use worksheet_autofilter() first.");
return LXW_ERROR_PARAMETER_VALIDATION;
}
if (col < self->autofilter.first_col || col > self->autofilter.last_col) {
LXW_WARN_FORMAT3("worksheet_filter_column(): "
"Column '%d' is outside autofilter range "
"'%d <= col <= %d'.", col,
self->autofilter.first_col,
self->autofilter.last_col);
return LXW_ERROR_PARAMETER_VALIDATION;
}
/* Free any previous rule in the column slot. */
rule_index = col - self->autofilter.first_col;
_free_filter_rule(self->filter_rules[rule_index]);
/* Create a new rule and copy user input. */
rule_obj = calloc(1, sizeof(lxw_filter_rule_obj));
RETURN_ON_MEM_ERROR(rule_obj, LXW_ERROR_MEMORY_MALLOC_FAILED);
rule_obj->col_num = rule_index;
rule_obj->type = LXW_FILTER_TYPE_SINGLE;
rule_obj->criteria1 = rule->criteria;
rule_obj->value1 = rule->value;
if (rule_obj->criteria1 != LXW_FILTER_CRITERIA_NON_BLANKS) {
rule_obj->value1_string = lxw_strdup(rule->value_string);
}
else {
rule_obj->criteria1 = LXW_FILTER_CRITERIA_NOT_EQUAL_TO;
rule_obj->value1_string = lxw_strdup(" ");
}
if (rule_obj->criteria1 == LXW_FILTER_CRITERIA_BLANKS)
rule_obj->has_blanks = LXW_TRUE;
set_custom_filter(rule_obj);
self->filter_rules[rule_index] = rule_obj;
self->filter_on = LXW_TRUE;
self->autofilter.has_rules = LXW_TRUE;
return LXW_NO_ERROR;
}
/*
* Set two autofilter rules for a filter column.
*/
lxw_error
worksheet_filter_column2(lxw_worksheet *self, lxw_col_t col,
lxw_filter_rule *rule1, lxw_filter_rule *rule2,
uint8_t operator)
{
lxw_filter_rule_obj *rule_obj;
uint16_t rule_index;
if (!rule1 || !rule2) {
LXW_WARN("worksheet_filter_column2(): rule parameter cannot be NULL");
return LXW_ERROR_PARAMETER_VALIDATION;
}
if (self->autofilter.in_use == LXW_FALSE) {
LXW_WARN("worksheet_filter_column2(): "
"Worksheet autofilter range hasn't been defined. "
"Use worksheet_autofilter() first.");
return LXW_ERROR_PARAMETER_VALIDATION;
}
if (col < self->autofilter.first_col || col > self->autofilter.last_col) {
LXW_WARN_FORMAT3("worksheet_filter_column2(): "
"Column '%d' is outside autofilter range "
"'%d <= col <= %d'.", col,
self->autofilter.first_col,
self->autofilter.last_col);
return LXW_ERROR_PARAMETER_VALIDATION;
}
/* Free any previous rule in the column slot. */
rule_index = col - self->autofilter.first_col;
_free_filter_rule(self->filter_rules[rule_index]);
/* Create a new rule and copy user input. */
rule_obj = calloc(1, sizeof(lxw_filter_rule_obj));
RETURN_ON_MEM_ERROR(rule_obj, LXW_ERROR_MEMORY_MALLOC_FAILED);
if (operator == LXW_FILTER_AND)
rule_obj->type = LXW_FILTER_TYPE_AND;
else
rule_obj->type = LXW_FILTER_TYPE_OR;
rule_obj->col_num = rule_index;
rule_obj->criteria1 = rule1->criteria;
rule_obj->value1 = rule1->value;
rule_obj->criteria2 = rule2->criteria;
rule_obj->value2 = rule2->value;
if (rule_obj->criteria1 != LXW_FILTER_CRITERIA_NON_BLANKS) {
rule_obj->value1_string = lxw_strdup(rule1->value_string);
}
else {
rule_obj->criteria1 = LXW_FILTER_CRITERIA_NOT_EQUAL_TO;
rule_obj->value1_string = lxw_strdup(" ");
}
if (rule_obj->criteria2 != LXW_FILTER_CRITERIA_NON_BLANKS) {
rule_obj->value2_string = lxw_strdup(rule2->value_string);
}
else {
rule_obj->criteria2 = LXW_FILTER_CRITERIA_NOT_EQUAL_TO;
rule_obj->value2_string = lxw_strdup(" ");
}
if (rule_obj->criteria1 == LXW_FILTER_CRITERIA_BLANKS)
rule_obj->has_blanks = LXW_TRUE;
if (rule_obj->criteria2 == LXW_FILTER_CRITERIA_BLANKS)
rule_obj->has_blanks = LXW_TRUE;
set_custom_filter(rule_obj);
self->filter_rules[rule_index] = rule_obj;
self->filter_on = LXW_TRUE;
self->autofilter.has_rules = LXW_TRUE;
return LXW_NO_ERROR;
}
/*
* Set two autofilter rules for a filter column.
*/
lxw_error
worksheet_filter_list(lxw_worksheet *self, lxw_col_t col, char **list)
{
lxw_filter_rule_obj *rule_obj;
uint16_t rule_index;
uint8_t has_blanks = LXW_FALSE;
uint16_t num_filters = 0;
uint16_t input_list_index;
uint16_t rule_obj_list_index;
char *str;
char **tmp_list;
if (!list) {
LXW_WARN("worksheet_filter_list(): list parameter cannot be NULL");
return LXW_ERROR_PARAMETER_VALIDATION;
}
if (self->autofilter.in_use == LXW_FALSE) {
LXW_WARN("worksheet_filter_list(): "
"Worksheet autofilter range hasn't been defined. "
"Use worksheet_autofilter() first.");
return LXW_ERROR_PARAMETER_VALIDATION;
}
if (col < self->autofilter.first_col || col > self->autofilter.last_col) {
LXW_WARN_FORMAT3("worksheet_filter_list(): "
"Column '%d' is outside autofilter range "
"'%d <= col <= %d'.", col,
self->autofilter.first_col,
self->autofilter.last_col);
return LXW_ERROR_PARAMETER_VALIDATION;
}
/* Count the number of non "Blanks" strings in the input list. */
input_list_index = 0;
while ((str = list[input_list_index]) != NULL) {
if (strncmp(str, "Blanks", 6) == 0)
has_blanks = LXW_TRUE;
else
num_filters++;
input_list_index++;
}
/* There should be at least one filter string. */
if (num_filters == 0) {
LXW_WARN("worksheet_filter_list(): "
"list must have at least 1 non-blanks item.");
return LXW_ERROR_PARAMETER_VALIDATION;
}
/* Free any previous rule in the column slot. */
rule_index = col - self->autofilter.first_col;
_free_filter_rule(self->filter_rules[rule_index]);
/* Create a new rule and copy user input. */
rule_obj = calloc(1, sizeof(lxw_filter_rule_obj));
RETURN_ON_MEM_ERROR(rule_obj, LXW_ERROR_MEMORY_MALLOC_FAILED);
tmp_list = calloc(num_filters + 1, sizeof(char *));
RETURN_ON_MEM_ERROR(tmp_list, LXW_ERROR_MEMORY_MALLOC_FAILED);
/* Copy input list (without any "Blanks" command) to an internal list. */
input_list_index = 0;
rule_obj_list_index = 0;
while ((str = list[input_list_index]) != NULL) {
if (strncmp(str, "Blanks", 6) != 0) {
tmp_list[rule_obj_list_index] = lxw_strdup(str);
rule_obj_list_index++;
}
input_list_index++;
}
rule_obj->list = tmp_list;
rule_obj->num_list_filters = num_filters;
rule_obj->is_custom = LXW_FALSE;
rule_obj->col_num = rule_index;
rule_obj->type = LXW_FILTER_TYPE_STRING_LIST;
rule_obj->has_blanks = has_blanks;
self->filter_rules[rule_index] = rule_obj;
self->filter_on = LXW_TRUE;
self->autofilter.has_rules = LXW_TRUE;
return LXW_NO_ERROR;
}

2
test/functional/src/test_autofilter00.c
View File

@ -87,7 +87,7 @@ int main() {
for (i = 0; i < sizeof(data)/sizeof(struct row); i++) {
worksheet_write_string(worksheet, i + 1, 0, data[i].region, NULL);
worksheet_write_string(worksheet, i + 1, 1, data[i].item, NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume , NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume, NULL);
worksheet_write_string(worksheet, i + 1, 3, data[i].month, NULL);
}

2
test/functional/src/test_autofilter01.c
View File

@ -87,7 +87,7 @@ int main() {
for (i = 0; i < sizeof(data)/sizeof(struct row); i++) {
worksheet_write_string(worksheet, i + 1, 0, data[i].region, NULL);
worksheet_write_string(worksheet, i + 1, 1, data[i].item, NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume , NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume, NULL);
worksheet_write_string(worksheet, i + 1, 3, data[i].month, NULL);
}

114
test/functional/src/test_autofilter02.c Normal file
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@ -0,0 +1,114 @@
/*****************************************************************************
* Test cases for libxlsxwriter.
*
* Test to compare output against Excel files.
*
* Copyright 2014-2021, John McNamara, jmcnamara@cpan.org
*
*/
#include "xlsxwriter.h"
int main() {
lxw_workbook *workbook = workbook_new("test_autofilter02.xlsx");
lxw_worksheet *worksheet = workbook_add_worksheet(workbook, NULL);
uint16_t i;
struct row {
char region[16];
char item[16];
int volume;
char month[16];
};
struct row data[] = {
{"East", "Apple", 9000, "July" },
{"East", "Apple", 5000, "July" },
{"South", "Orange", 9000, "September" },
{"North", "Apple", 2000, "November" },
{"West", "Apple", 9000, "November" },
{"South", "Pear", 7000, "October" },
{"North", "Pear", 9000, "August" },
{"West", "Orange", 1000, "December" },
{"West", "Grape", 1000, "November" },
{"South", "Pear", 10000, "April" },
{"West", "Grape", 6000, "January" },
{"South", "Orange", 3000, "May" },
{"North", "Apple", 3000, "December" },
{"South", "Apple", 7000, "February" },
{"West", "Grape", 1000, "December" },
{"East", "Grape", 8000, "February" },
{"South", "Grape", 10000, "June" },
{"West", "Pear", 7000, "December" },
{"South", "Apple", 2000, "October" },
{"East", "Grape", 7000, "December" },
{"North", "Grape", 6000, "April" },
{"East", "Pear", 8000, "February" },
{"North", "Apple", 7000, "August" },
{"North", "Orange", 7000, "July" },
{"North", "Apple", 6000, "June" },
{"South", "Grape", 8000, "September" },
{"West", "Apple", 3000, "October" },
{"South", "Orange", 10000, "November" },
{"West", "Grape", 4000, "July" },
{"North", "Orange", 5000, "August" },
{"East", "Orange", 1000, "November" },
{"East", "Orange", 4000, "October" },
{"North", "Grape", 5000, "August" },
{"East", "Apple", 1000, "December" },
{"South", "Apple", 10000, "March" },
{"East", "Grape", 7000, "October" },
{"West", "Grape", 1000, "September" },
{"East", "Grape", 10000, "October" },
{"South", "Orange", 8000, "March" },
{"North", "Apple", 4000, "July" },
{"South", "Orange", 5000, "July" },
{"West", "Apple", 4000, "June" },
{"East", "Apple", 5000, "April" },
{"North", "Pear", 3000, "August" },
{"East", "Grape", 9000, "November" },
{"North", "Orange", 8000, "October" },
{"East", "Apple", 10000, "June" },
{"South", "Pear", 1000, "December" },
{"North", "Grape", 10000, "July" },
{"East", "Grape", 6000, "February" }
};
/* Write the column headers. */
worksheet_write_string(worksheet, 0, 0, "Region", NULL);
worksheet_write_string(worksheet, 0, 1, "Item", NULL);
worksheet_write_string(worksheet, 0, 2, "Volume" , NULL);
worksheet_write_string(worksheet, 0, 3, "Month", NULL);
lxw_row_col_options hidden = {.hidden = LXW_TRUE};
/* Write the row data. */
for (i = 0; i < sizeof(data)/sizeof(struct row); i++) {
worksheet_write_string(worksheet, i + 1, 0, data[i].region, NULL);
worksheet_write_string(worksheet, i + 1, 1, data[i].item, NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume, NULL);
worksheet_write_string(worksheet, i + 1, 3, data[i].month, NULL);
if (strcmp(data[i].region, "East") == 0) {
/* Row matches the filter, no further action required. */
}
else {
/* We need to hide rows that don't match the filter. */
worksheet_set_row_opt(worksheet, i + 1, LXW_DEF_ROW_HEIGHT, NULL, &hidden);
}
}
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "East"};
worksheet_filter_column(worksheet, 0, &filter_rule1);
return workbook_close(workbook);
}

117
test/functional/src/test_autofilter03.c Normal file
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@ -0,0 +1,117 @@
/*****************************************************************************
* Test cases for libxlsxwriter.
*
* Test to compare output against Excel files.
*
* Copyright 2014-2021, John McNamara, jmcnamara@cpan.org
*
*/
#include "xlsxwriter.h"
int main() {
lxw_workbook *workbook = workbook_new("test_autofilter03.xlsx");
lxw_worksheet *worksheet = workbook_add_worksheet(workbook, NULL);
uint16_t i;
struct row {
char region[16];
char item[16];
int volume;
char month[16];
};
struct row data[] = {
{"East", "Apple", 9000, "July" },
{"East", "Apple", 5000, "July" },
{"South", "Orange", 9000, "September" },
{"North", "Apple", 2000, "November" },
{"West", "Apple", 9000, "November" },
{"South", "Pear", 7000, "October" },
{"North", "Pear", 9000, "August" },
{"West", "Orange", 1000, "December" },
{"West", "Grape", 1000, "November" },
{"South", "Pear", 10000, "April" },
{"West", "Grape", 6000, "January" },
{"South", "Orange", 3000, "May" },
{"North", "Apple", 3000, "December" },
{"South", "Apple", 7000, "February" },
{"West", "Grape", 1000, "December" },
{"East", "Grape", 8000, "February" },
{"South", "Grape", 10000, "June" },
{"West", "Pear", 7000, "December" },
{"South", "Apple", 2000, "October" },
{"East", "Grape", 7000, "December" },
{"North", "Grape", 6000, "April" },
{"East", "Pear", 8000, "February" },
{"North", "Apple", 7000, "August" },
{"North", "Orange", 7000, "July" },
{"North", "Apple", 6000, "June" },
{"South", "Grape", 8000, "September" },
{"West", "Apple", 3000, "October" },
{"South", "Orange", 10000, "November" },
{"West", "Grape", 4000, "July" },
{"North", "Orange", 5000, "August" },
{"East", "Orange", 1000, "November" },
{"East", "Orange", 4000, "October" },
{"North", "Grape", 5000, "August" },
{"East", "Apple", 1000, "December" },
{"South", "Apple", 10000, "March" },
{"East", "Grape", 7000, "October" },
{"West", "Grape", 1000, "September" },
{"East", "Grape", 10000, "October" },
{"South", "Orange", 8000, "March" },
{"North", "Apple", 4000, "July" },
{"South", "Orange", 5000, "July" },
{"West", "Apple", 4000, "June" },
{"East", "Apple", 5000, "April" },
{"North", "Pear", 3000, "August" },
{"East", "Grape", 9000, "November" },
{"North", "Orange", 8000, "October" },
{"East", "Apple", 10000, "June" },
{"South", "Pear", 1000, "December" },
{"North", "Grape", 10000, "July" },
{"East", "Grape", 6000, "February" }
};
/* Write the column headers. */
worksheet_write_string(worksheet, 0, 0, "Region", NULL);
worksheet_write_string(worksheet, 0, 1, "Item", NULL);
worksheet_write_string(worksheet, 0, 2, "Volume", NULL);
worksheet_write_string(worksheet, 0, 3, "Month", NULL);
lxw_row_col_options hidden = {.hidden = LXW_TRUE};
/* Write the row data. */
for (i = 0; i < sizeof(data)/sizeof(struct row); i++) {
worksheet_write_string(worksheet, i + 1, 0, data[i].region, NULL);
worksheet_write_string(worksheet, i + 1, 1, data[i].item, NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume , NULL);
worksheet_write_string(worksheet, i + 1, 3, data[i].month, NULL);
if (strcmp(data[i].region, "East") == 0 || strcmp(data[i].region, "South") == 0) {
/* Row matches the filter, no further action required. */
}
else {
/* We need to hide rows that don't match the filter. */
worksheet_set_row_opt(worksheet, i + 1, LXW_DEF_ROW_HEIGHT, NULL, &hidden);
}
}
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "East"};
lxw_filter_rule filter_rule2 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "South"};
worksheet_filter_column2(worksheet, 0, &filter_rule1, &filter_rule2, LXW_FILTER_OR);
return workbook_close(workbook);
}

122
test/functional/src/test_autofilter04.c Normal file
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@ -0,0 +1,122 @@
/*****************************************************************************
* Test cases for libxlsxwriter.
*
* Test to compare output against Excel files.
*
* Copyright 2014-2021, John McNamara, jmcnamara@cpan.org
*
*/
#include "xlsxwriter.h"
int main() {
lxw_workbook *workbook = workbook_new("test_autofilter04.xlsx");
lxw_worksheet *worksheet = workbook_add_worksheet(workbook, NULL);
uint16_t i;
struct row {
char region[16];
char item[16];
int volume;
char month[16];
};
struct row data[] = {
{"East", "Apple", 9000, "July" },
{"East", "Apple", 5000, "July" },
{"South", "Orange", 9000, "September" },
{"North", "Apple", 2000, "November" },
{"West", "Apple", 9000, "November" },
{"South", "Pear", 7000, "October" },
{"North", "Pear", 9000, "August" },
{"West", "Orange", 1000, "December" },
{"West", "Grape", 1000, "November" },
{"South", "Pear", 10000, "April" },
{"West", "Grape", 6000, "January" },
{"South", "Orange", 3000, "May" },
{"North", "Apple", 3000, "December" },
{"South", "Apple", 7000, "February" },
{"West", "Grape", 1000, "December" },
{"East", "Grape", 8000, "February" },
{"South", "Grape", 10000, "June" },
{"West", "Pear", 7000, "December" },
{"South", "Apple", 2000, "October" },
{"East", "Grape", 7000, "December" },
{"North", "Grape", 6000, "April" },
{"East", "Pear", 8000, "February" },
{"North", "Apple", 7000, "August" },
{"North", "Orange", 7000, "July" },
{"North", "Apple", 6000, "June" },
{"South", "Grape", 8000, "September" },
{"West", "Apple", 3000, "October" },
{"South", "Orange", 10000, "November" },
{"West", "Grape", 4000, "July" },
{"North", "Orange", 5000, "August" },
{"East", "Orange", 1000, "November" },
{"East", "Orange", 4000, "October" },
{"North", "Grape", 5000, "August" },
{"East", "Apple", 1000, "December" },
{"South", "Apple", 10000, "March" },
{"East", "Grape", 7000, "October" },
{"West", "Grape", 1000, "September" },
{"East", "Grape", 10000, "October" },
{"South", "Orange", 8000, "March" },
{"North", "Apple", 4000, "July" },
{"South", "Orange", 5000, "July" },
{"West", "Apple", 4000, "June" },
{"East", "Apple", 5000, "April" },
{"North", "Pear", 3000, "August" },
{"East", "Grape", 9000, "November" },
{"North", "Orange", 8000, "October" },
{"East", "Apple", 10000, "June" },
{"South", "Pear", 1000, "December" },
{"North", "Grape", 10000, "July" },
{"East", "Grape", 6000, "February" }
};
/* Write the column headers. */
worksheet_write_string(worksheet, 0, 0, "Region", NULL);
worksheet_write_string(worksheet, 0, 1, "Item", NULL);
worksheet_write_string(worksheet, 0, 2, "Volume" , NULL);
worksheet_write_string(worksheet, 0, 3, "Month", NULL);
lxw_row_col_options hidden = {.hidden = LXW_TRUE};
/* Write the row data. */
for (i = 0; i < sizeof(data)/sizeof(struct row); i++) {
worksheet_write_string(worksheet, i + 1, 0, data[i].region, NULL);
worksheet_write_string(worksheet, i + 1, 1, data[i].item, NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume, NULL);
worksheet_write_string(worksheet, i + 1, 3, data[i].month, NULL);
if (strcmp(data[i].region, "East") == 0 &&
data[i].volume > 3000 && data[i].volume < 8000)
{
/* Row matches the filter, no further action required. */
}
else {
/* We need to hide rows that don't match the filter. */
worksheet_set_row_opt(worksheet, i + 1, LXW_DEF_ROW_HEIGHT, NULL, &hidden);
}
}
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "East"};
lxw_filter_rule filter_rule2 = {.criteria = LXW_FILTER_CRITERIA_GREATER_THAN,
.value = 3000};
lxw_filter_rule filter_rule3 = {.criteria = LXW_FILTER_CRITERIA_LESS_THAN,
.value = 8000};
worksheet_filter_column(worksheet, 0, &filter_rule1);
worksheet_filter_column2(worksheet, 2, &filter_rule2, &filter_rule3, LXW_FILTER_AND);
return workbook_close(workbook);
}

113
test/functional/src/test_autofilter05.c Normal file
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@ -0,0 +1,113 @@
/*****************************************************************************
* Test cases for libxlsxwriter.
*
* Test to compare output against Excel files.
*
* Copyright 2014-2021, John McNamara, jmcnamara@cpan.org
*
*/
#include "xlsxwriter.h"
int main() {
lxw_workbook *workbook = workbook_new("test_autofilter05.xlsx");
lxw_worksheet *worksheet = workbook_add_worksheet(workbook, NULL);
uint16_t i;
struct row {
char region[16];
char item[16];
int volume;
char month[16];
};
struct row data[] = {
{"East", "Apple", 9000, "July" },
{"East", "Apple", 5000, "July" },
{"South", "Orange", 9000, "September" },
{"North", "Apple", 2000, "November" },
{"West", "Apple", 9000, "November" },
{"", "Pear", 7000, "October" },
{"North", "Pear", 9000, "August" },
{"West", "Orange", 1000, "December" },
{"West", "Grape", 1000, "November" },
{"South", "Pear", 10000, "April" },
{"West", "Grape", 6000, "January" },
{"South", "Orange", 3000, "May" },
{"North", "Apple", 3000, "December" },
{"South", "Apple", 7000, "February" },
{"West", "Grape", 1000, "December" },
{"East", "Grape", 8000, "February" },
{"South", "Grape", 10000, "June" },
{"West", "Pear", 7000, "December" },
{"South", "Apple", 2000, "October" },
{"East", "Grape", 7000, "December" },
{"North", "Grape", 6000, "April" },
{"East", "Pear", 8000, "February" },
{"North", "Apple", 7000, "August" },
{"North", "Orange", 7000, "July" },
{"North", "Apple", 6000, "June" },
{"South", "Grape", 8000, "September" },
{"West", "Apple", 3000, "October" },
{"South", "Orange", 10000, "November" },
{"West", "Grape", 4000, "July" },
{"North", "Orange", 5000, "August" },
{"East", "Orange", 1000, "November" },
{"East", "Orange", 4000, "October" },
{"North", "Grape", 5000, "August" },
{"East", "Apple", 1000, "December" },
{"South", "Apple", 10000, "March" },
{"East", "Grape", 7000, "October" },
{"West", "Grape", 1000, "September" },
{"East", "Grape", 10000, "October" },
{"South", "Orange", 8000, "March" },
{"North", "Apple", 4000, "July" },
{"South", "Orange", 5000, "July" },
{"West", "Apple", 4000, "June" },
{"East", "Apple", 5000, "April" },
{"North", "Pear", 3000, "August" },
{"East", "Grape", 9000, "November" },
{"North", "Orange", 8000, "October" },
{"East", "Apple", 10000, "June" },
{"South", "Pear", 1000, "December" },
{"North", "Grape", 10000, "July" },
{"East", "Grape", 6000, "February" }
};
/* Write the column headers. */
worksheet_write_string(worksheet, 0, 0, "Region", NULL);
worksheet_write_string(worksheet, 0, 1, "Item", NULL);
worksheet_write_string(worksheet, 0, 2, "Volume", NULL);
worksheet_write_string(worksheet, 0, 3, "Month", NULL);
lxw_row_col_options hidden = {.hidden = LXW_TRUE};
/* Write the row data. */
for (i = 0; i < sizeof(data)/sizeof(struct row); i++) {
worksheet_write_string(worksheet, i + 1, 0, data[i].region, NULL);
worksheet_write_string(worksheet, i + 1, 1, data[i].item, NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume, NULL);
worksheet_write_string(worksheet, i + 1, 3, data[i].month, NULL);
if (strcmp(data[i].region, "") == 0) {
/* Row matches the filter, no further action required. */
}
else {
/* We need to hide rows that don't match the filter. */
worksheet_set_row_opt(worksheet, i + 1, LXW_DEF_ROW_HEIGHT, NULL, &hidden);
}
}
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_BLANKS};
worksheet_filter_column(worksheet, 0, &filter_rule1);
return workbook_close(workbook);
}

113
test/functional/src/test_autofilter06.c Normal file
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@ -0,0 +1,113 @@
/*****************************************************************************
* Test cases for libxlsxwriter.
*
* Test to compare output against Excel files.
*
* Copyright 2014-2021, John McNamara, jmcnamara@cpan.org
*
*/
#include "xlsxwriter.h"
int main() {
lxw_workbook *workbook = workbook_new("test_autofilter06.xlsx");
lxw_worksheet *worksheet = workbook_add_worksheet(workbook, NULL);
uint16_t i;
struct row {
char region[16];
char item[16];
int volume;
char month[16];
};
struct row data[] = {
{"East", "Apple", 9000, "July" },
{"East", "Apple", 5000, "July" },
{"South", "Orange", 9000, "September" },
{"North", "Apple", 2000, "November" },
{"West", "Apple", 9000, "November" },
{"", "Pear", 7000, "October" },
{"North", "Pear", 9000, "August" },
{"West", "Orange", 1000, "December" },
{"West", "Grape", 1000, "November" },
{"South", "Pear", 10000, "April" },
{"West", "Grape", 6000, "January" },
{"South", "Orange", 3000, "May" },
{"North", "Apple", 3000, "December" },
{"South", "Apple", 7000, "February" },
{"West", "Grape", 1000, "December" },
{"East", "Grape", 8000, "February" },
{"South", "Grape", 10000, "June" },
{"West", "Pear", 7000, "December" },
{"South", "Apple", 2000, "October" },
{"East", "Grape", 7000, "December" },
{"North", "Grape", 6000, "April" },
{"East", "Pear", 8000, "February" },
{"North", "Apple", 7000, "August" },
{"North", "Orange", 7000, "July" },
{"North", "Apple", 6000, "June" },
{"South", "Grape", 8000, "September" },
{"West", "Apple", 3000, "October" },
{"South", "Orange", 10000, "November" },
{"West", "Grape", 4000, "July" },
{"North", "Orange", 5000, "August" },
{"East", "Orange", 1000, "November" },
{"East", "Orange", 4000, "October" },
{"North", "Grape", 5000, "August" },
{"East", "Apple", 1000, "December" },
{"South", "Apple", 10000, "March" },
{"East", "Grape", 7000, "October" },
{"West", "Grape", 1000, "September" },
{"East", "Grape", 10000, "October" },
{"South", "Orange", 8000, "March" },
{"North", "Apple", 4000, "July" },
{"South", "Orange", 5000, "July" },
{"West", "Apple", 4000, "June" },
{"East", "Apple", 5000, "April" },
{"North", "Pear", 3000, "August" },
{"East", "Grape", 9000, "November" },
{"North", "Orange", 8000, "October" },
{"East", "Apple", 10000, "June" },
{"South", "Pear", 1000, "December" },
{"North", "Grape", 10000, "July" },
{"East", "Grape", 6000, "February" }
};
/* Write the column headers. */
worksheet_write_string(worksheet, 0, 0, "Region", NULL);
worksheet_write_string(worksheet, 0, 1, "Item", NULL);
worksheet_write_string(worksheet, 0, 2, "Volume", NULL);
worksheet_write_string(worksheet, 0, 3, "Month", NULL);
lxw_row_col_options hidden = {.hidden = LXW_TRUE};
/* Write the row data. */
for (i = 0; i < sizeof(data)/sizeof(struct row); i++) {
worksheet_write_string(worksheet, i + 1, 0, data[i].region, NULL);
worksheet_write_string(worksheet, i + 1, 1, data[i].item, NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume, NULL);
worksheet_write_string(worksheet, i + 1, 3, data[i].month, NULL);
if (strcmp(data[i].region, "") != 0) {
/* Row matches the filter, no further action required. */
}
else {
/* We need to hide rows that don't match the filter. */
worksheet_set_row_opt(worksheet, i + 1, LXW_DEF_ROW_HEIGHT, NULL, &hidden);
}
}
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_NON_BLANKS};
worksheet_filter_column(worksheet, 0, &filter_rule1);
return workbook_close(workbook);
}

114
test/functional/src/test_autofilter07.c Normal file
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@ -0,0 +1,114 @@
/*****************************************************************************
* Test cases for libxlsxwriter.
*
* Test to compare output against Excel files.
*
* Copyright 2014-2021, John McNamara, jmcnamara@cpan.org
*
*/
#include "xlsxwriter.h"
int main() {
lxw_workbook *workbook = workbook_new("test_autofilter07.xlsx");
lxw_worksheet *worksheet = workbook_add_worksheet(workbook, NULL);
uint16_t i;
struct row {
char region[16];
char item[16];
int volume;
char month[16];
};
struct row data[] = {
{"East", "Apple", 9000, "July" },
{"East", "Apple", 5000, "July" },
{"South", "Orange", 9000, "September" },
{"North", "Apple", 2000, "November" },
{"West", "Apple", 9000, "November" },
{"South", "Pear", 7000, "October" },
{"North", "Pear", 9000, "August" },
{"West", "Orange", 1000, "December" },
{"West", "Grape", 1000, "November" },
{"South", "Pear", 10000, "April" },
{"West", "Grape", 6000, "January" },
{"South", "Orange", 3000, "May" },
{"North", "Apple", 3000, "December" },
{"South", "Apple", 7000, "February" },
{"West", "Grape", 1000, "December" },
{"East", "Grape", 8000, "February" },
{"South", "Grape", 10000, "June" },
{"West", "Pear", 7000, "December" },
{"South", "Apple", 2000, "October" },
{"East", "Grape", 7000, "December" },
{"North", "Grape", 6000, "April" },
{"East", "Pear", 8000, "February" },
{"North", "Apple", 7000, "August" },
{"North", "Orange", 7000, "July" },
{"North", "Apple", 6000, "June" },
{"South", "Grape", 8000, "September" },
{"West", "Apple", 3000, "October" },
{"South", "Orange", 10000, "November" },
{"West", "Grape", 4000, "July" },
{"North", "Orange", 5000, "August" },
{"East", "Orange", 1000, "November" },
{"East", "Orange", 4000, "October" },
{"North", "Grape", 5000, "August" },
{"East", "Apple", 1000, "December" },
{"South", "Apple", 10000, "March" },
{"East", "Grape", 7000, "October" },
{"West", "Grape", 1000, "September" },
{"East", "Grape", 10000, "October" },
{"South", "Orange", 8000, "March" },
{"North", "Apple", 4000, "July" },
{"South", "Orange", 5000, "July" },
{"West", "Apple", 4000, "June" },
{"East", "Apple", 5000, "April" },
{"North", "Pear", 3000, "August" },
{"East", "Grape", 9000, "November" },
{"North", "Orange", 8000, "October" },
{"East", "Apple", 10000, "June" },
{"South", "Pear", 1000, "December" },
{"North", "Grape", 10000, "July" },
{"East", "Grape", 6000, "February" }
};
/* Write the column headers. */
worksheet_write_string(worksheet, 2, 3, "Region", NULL);
worksheet_write_string(worksheet, 2, 4, "Item", NULL);
worksheet_write_string(worksheet, 2, 5, "Volume" , NULL);
worksheet_write_string(worksheet, 2, 6, "Month", NULL);
lxw_row_col_options hidden = {.hidden = LXW_TRUE};
/* Write the row data. */
for (i = 0; i < sizeof(data)/sizeof(struct row); i++) {
worksheet_write_string(worksheet, i + 3, 3, data[i].region, NULL);
worksheet_write_string(worksheet, i + 3, 4, data[i].item, NULL);
worksheet_write_number(worksheet, i + 3, 5, data[i].volume, NULL);
worksheet_write_string(worksheet, i + 3, 6, data[i].month, NULL);
if (strcmp(data[i].region, "East") == 0) {
/* Row matches the filter, no further action required. */
}
else {
/* We need to hide rows that don't match the filter. */
worksheet_set_row_opt(worksheet, i + 3, LXW_DEF_ROW_HEIGHT, NULL, &hidden);
}
}
worksheet_autofilter(worksheet, 2, 3, 52, 6);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "East"};
worksheet_filter_column(worksheet, 3, &filter_rule1);
return workbook_close(workbook);
}

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/*****************************************************************************
* Test cases for libxlsxwriter.
*
* Test to compare output against Excel files.
*
* Copyright 2014-2021, John McNamara, jmcnamara@cpan.org
*
*/
#include "xlsxwriter.h"
int main() {
lxw_workbook *workbook = workbook_new("test_autofilter08.xlsx");
lxw_worksheet *worksheet = workbook_add_worksheet(workbook, NULL);
uint16_t i;
struct row {
char region[16];
char item[16];
int volume;
char month[16];
};
struct row data[] = {
{"East", "Apple", 9000, "July" },
{"East", "Apple", 5000, "July" },
{"South", "Orange", 9000, "September" },
{"North", "Apple", 2000, "November" },
{"West", "Apple", 9000, "November" },
{"", "Pear", 7000, "October" },
{"North", "Pear", 9000, "August" },
{"West", "Orange", 1000, "December" },
{"West", "Grape", 1000, "November" },
{"South", "Pear", 10000, "April" },
{"West", "Grape", 6000, "January" },
{"South", "Orange", 3000, "May" },
{"North", "Apple", 3000, "December" },
{"South", "Apple", 7000, "February" },
{"West", "Grape", 1000, "December" },
{"East", "Grape", 8000, "February" },
{"South", "Grape", 10000, "June" },
{"West", "Pear", 7000, "December" },
{"South", "Apple", 2000, "October" },
{"East", "Grape", 7000, "December" },
{"North", "Grape", 6000, "April" },
{"East", "Pear", 8000, "February" },
{"North", "Apple", 7000, "August" },
{"North", "Orange", 7000, "July" },
{"North", "Apple", 6000, "June" },
{"South", "Grape", 8000, "September" },
{"West", "Apple", 3000, "October" },
{"South", "Orange", 10000, "November" },
{"West", "Grape", 4000, "July" },
{"North", "Orange", 5000, "August" },
{"East", "Orange", 1000, "November" },
{"East", "Orange", 4000, "October" },
{"North", "Grape", 5000, "August" },
{"East", "Apple", 1000, "December" },
{"South", "Apple", 10000, "March" },
{"East", "Grape", 7000, "October" },
{"West", "Grape", 1000, "September" },
{"East", "Grape", 10000, "October" },
{"South", "Orange", 8000, "March" },
{"North", "Apple", 4000, "July" },
{"South", "Orange", 5000, "July" },
{"West", "Apple", 4000, "June" },
{"East", "Apple", 5000, "April" },
{"North", "Pear", 3000, "August" },
{"East", "Grape", 9000, "November" },
{"North", "Orange", 8000, "October" },
{"East", "Apple", 10000, "June" },
{"South", "Pear", 1000, "December" },
{"North", "Grape", 10000, "July" },
{"East", "Grape", 6000, "February" }
};
/* Write the column headers. */
worksheet_write_string(worksheet, 0, 0, "Region", NULL);
worksheet_write_string(worksheet, 0, 1, "Item", NULL);
worksheet_write_string(worksheet, 0, 2, "Volume" , NULL);
worksheet_write_string(worksheet, 0, 3, "Month", NULL);
lxw_row_col_options hidden = {.hidden = LXW_TRUE};
/* Write the row data. */
for (i = 0; i < sizeof(data)/sizeof(struct row); i++) {
worksheet_write_string(worksheet, i + 1, 0, data[i].region, NULL);
worksheet_write_string(worksheet, i + 1, 1, data[i].item, NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume, NULL);
worksheet_write_string(worksheet, i + 1, 3, data[i].month, NULL);
if (strcmp(data[i].region, "North") == 0 || strcmp(data[i].region, "") == 0) {
/* Row matches the filter, no further action required. */
}
else {
/* We need to hide rows that don't match the filter. */
worksheet_set_row_opt(worksheet, i + 1, LXW_DEF_ROW_HEIGHT, NULL, &hidden);
}
}
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "North"};
lxw_filter_rule filter_rule2 = {.criteria = LXW_FILTER_CRITERIA_BLANKS};
worksheet_filter_column2(worksheet, 0, &filter_rule1, &filter_rule2, LXW_FILTER_OR);
return workbook_close(workbook);
}

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/*****************************************************************************
* Test cases for libxlsxwriter.
*
* Test to compare output against Excel files.
*
* Copyright 2014-2021, John McNamara, jmcnamara@cpan.org
*
*/
#include "xlsxwriter.h"
int main() {
lxw_workbook *workbook = workbook_new("test_autofilter09.xlsx");
lxw_worksheet *worksheet = workbook_add_worksheet(workbook, NULL);
uint16_t i;
struct row {
char region[16];
char item[16];
int volume;
char month[16];
};
struct row data[] = {
{"East", "Apple", 9000, "July" },
{"East", "Apple", 5000, "July" },
{"South", "Orange", 9000, "September" },
{"North", "Apple", 2000, "November" },
{"West", "Apple", 9000, "November" },
{"", "Pear", 7000, "October" },
{"North", "Pear", 9000, "August" },
{"West", "Orange", 1000, "December" },
{"West", "Grape", 1000, "November" },
{"South", "Pear", 10000, "April" },
{"West", "Grape", 6000, "January" },
{"South", "Orange", 3000, "May" },
{"North", "Apple", 3000, "December" },
{"South", "Apple", 7000, "February" },
{"West", "Grape", 1000, "December" },
{"East", "Grape", 8000, "February" },
{"South", "Grape", 10000, "June" },
{"West", "Pear", 7000, "December" },
{"South", "Apple", 2000, "October" },
{"East", "Grape", 7000, "December" },
{"North", "Grape", 6000, "April" },
{"East", "Pear", 8000, "February" },
{"North", "Apple", 7000, "August" },
{"North", "Orange", 7000, "July" },
{"North", "Apple", 6000, "June" },
{"South", "Grape", 8000, "September" },
{"West", "Apple", 3000, "October" },
{"South", "Orange", 10000, "November" },
{"West", "Grape", 4000, "July" },
{"North", "Orange", 5000, "August" },
{"East", "Orange", 1000, "November" },
{"East", "Orange", 4000, "October" },
{"North", "Grape", 5000, "August" },
{"East", "Apple", 1000, "December" },
{"South", "Apple", 10000, "March" },
{"East", "Grape", 7000, "October" },
{"West", "Grape", 1000, "September" },
{"East", "Grape", 10000, "October" },
{"South", "Orange", 8000, "March" },
{"North", "Apple", 4000, "July" },
{"South", "Orange", 5000, "July" },
{"West", "Apple", 4000, "June" },
{"East", "Apple", 5000, "April" },
{"North", "Pear", 3000, "August" },
{"East", "Grape", 9000, "November" },
{"North", "Orange", 8000, "October" },
{"East", "Apple", 10000, "June" },
{"South", "Pear", 1000, "December" },
{"North", "Grape", 10000, "July" },
{"East", "Grape", 6000, "February" }
};
/* Write the column headers. */
worksheet_write_string(worksheet, 0, 0, "Region", NULL);
worksheet_write_string(worksheet, 0, 1, "Item", NULL);
worksheet_write_string(worksheet, 0, 2, "Volume", NULL);
worksheet_write_string(worksheet, 0, 3, "Month", NULL);
lxw_row_col_options hidden = {.hidden = LXW_TRUE};
/* Write the row data. */
for (i = 0; i < sizeof(data)/sizeof(struct row); i++) {
worksheet_write_string(worksheet, i + 1, 0, data[i].region, NULL);
worksheet_write_string(worksheet, i + 1, 1, data[i].item, NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume , NULL);
worksheet_write_string(worksheet, i + 1, 3, data[i].month, NULL);
if (strcmp(data[i].region, "East") == 0 ||
strcmp(data[i].region, "North") == 0 ||
strcmp(data[i].region, "South") == 0) {
/* Row matches the filter, no further action required. */
}
else {
/* We need to hide rows that don't match the filter. */
worksheet_set_row_opt(worksheet, i + 1, LXW_DEF_ROW_HEIGHT, NULL, &hidden);
}
}
worksheet_autofilter(worksheet, 0, 0, 50, 3);
char* list[] = {"East", "North", "South", NULL};
worksheet_filter_list(worksheet, 0, list);
return workbook_close(workbook);
}

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/*****************************************************************************
* Test cases for libxlsxwriter.
*
* Test to compare output against Excel files.
*
* Copyright 2014-2021, John McNamara, jmcnamara@cpan.org
*
*/
#include "xlsxwriter.h"
int main() {
lxw_workbook *workbook = workbook_new("test_autofilter10.xlsx");
lxw_worksheet *worksheet = workbook_add_worksheet(workbook, NULL);
uint16_t i;
struct row {
char region[16];
char item[16];
int volume;
char month[16];
};
struct row data[] = {
{"East", "Apple", 9000, "July" },
{"East", "Apple", 5000, "July" },
{"South", "Orange", 9000, "September" },
{"North", "Apple", 2000, "November" },
{"West", "Apple", 9000, "November" },
{"", "Pear", 7000, "October" },
{"North", "Pear", 9000, "August" },
{"West", "Orange", 1000, "December" },
{"West", "Grape", 1000, "November" },
{"South", "Pear", 10000, "April" },
{"West", "Grape", 6000, "January" },
{"South", "Orange", 3000, "May" },
{"North", "Apple", 3000, "December" },
{"South", "Apple", 7000, "February" },
{"West", "Grape", 1000, "December" },
{"East", "Grape", 8000, "February" },
{"South", "Grape", 10000, "June" },
{"West", "Pear", 7000, "December" },
{"South", "Apple", 2000, "October" },
{"East", "Grape", 7000, "December" },
{"North", "Grape", 6000, "April" },
{"East", "Pear", 8000, "February" },
{"North", "Apple", 7000, "August" },
{"North", "Orange", 7000, "July" },
{"North", "Apple", 6000, "June" },
{"South", "Grape", 8000, "September" },
{"West", "Apple", 3000, "October" },
{"South", "Orange", 10000, "November" },
{"West", "Grape", 4000, "July" },
{"North", "Orange", 5000, "August" },
{"East", "Orange", 1000, "November" },
{"East", "Orange", 4000, "October" },
{"North", "Grape", 5000, "August" },
{"East", "Apple", 1000, "December" },
{"South", "Apple", 10000, "March" },
{"East", "Grape", 7000, "October" },
{"West", "Grape", 1000, "September" },
{"East", "Grape", 10000, "October" },
{"South", "Orange", 8000, "March" },
{"North", "Apple", 4000, "July" },
{"South", "Orange", 5000, "July" },
{"West", "Apple", 4000, "June" },
{"East", "Apple", 5000, "April" },
{"North", "Pear", 3000, "August" },
{"East", "Grape", 9000, "November" },
{"North", "Orange", 8000, "October" },
{"East", "Apple", 10000, "June" },
{"South", "Pear", 1000, "December" },
{"North", "Grape", 10000, "July" },
{"East", "Grape", 6000, "February" }
};
/* Write the column headers. */
worksheet_write_string(worksheet, 0, 0, "Region", NULL);
worksheet_write_string(worksheet, 0, 1, "Item", NULL);
worksheet_write_string(worksheet, 0, 2, "Volume", NULL);
worksheet_write_string(worksheet, 0, 3, "Month", NULL);
lxw_row_col_options hidden = {.hidden = LXW_TRUE};
/* Write the row data. */
for (i = 0; i < sizeof(data)/sizeof(struct row); i++) {
worksheet_write_string(worksheet, i + 1, 0, data[i].region, NULL);
worksheet_write_string(worksheet, i + 1, 1, data[i].item, NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume , NULL);
worksheet_write_string(worksheet, i + 1, 3, data[i].month, NULL);
if (strcmp(data[i].region, "East") == 0 ||
strcmp(data[i].region, "North") == 0 ||
strcmp(data[i].region, "South") == 0 ||
strcmp(data[i].region, "") == 0) {
/* Row matches the filter, no further action required. */
}
else {
/* We need to hide rows that don't match the filter. */
worksheet_set_row_opt(worksheet, i + 1, LXW_DEF_ROW_HEIGHT, NULL, &hidden);
}
}
worksheet_autofilter(worksheet, 0, 0, 50, 3);
char* list[] = {"East", "North", "South", "Blanks", NULL};
worksheet_filter_list(worksheet, 0, list);
return workbook_close(workbook);
}

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/*****************************************************************************
* Test cases for libxlsxwriter.
*
* Test to compare output against Excel files.
*
* Copyright 2014-2021, John McNamara, jmcnamara@cpan.org
*
*/
#include "xlsxwriter.h"
int main() {
lxw_workbook *workbook = workbook_new("test_autofilter11.xlsx");
lxw_worksheet *worksheet = workbook_add_worksheet(workbook, NULL);
uint16_t i;
struct row {
char region[16];
char item[16];
int volume;
char month[16];
};
struct row data[] = {
{"East", "Apple", 9000, "July" },
{"East", "Apple", 5000, "July" },
{"South", "Orange", 9000, "September" },
{"North", "Apple", 2000, "November" },
{"West", "Apple", 9000, "November" },
{"South", "Pear", 7000, "October" },
{"North", "Pear", 9000, "August" },
{"West", "Orange", 1000, "December" },
{"West", "Grape", 1000, "November" },
{"South", "Pear", 10000, "April" },
{"West", "Grape", 6000, "January" },
{"South", "Orange", 3000, "May" },
{"North", "Apple", 3000, "December" },
{"South", "Apple", 7000, "February" },
{"West", "Grape", 1000, "December" },
{"East", "Grape", 8000, "February" },
{"South", "Grape", 10000, "June" },
{"West", "Pear", 7000, "December" },
{"South", "Apple", 2000, "October" },
{"East", "Grape", 7000, "December" },
{"North", "Grape", 6000, "April" },
{"East", "Pear", 8000, "February" },
{"North", "Apple", 7000, "August" },
{"North", "Orange", 7000, "July" },
{"North", "Apple", 6000, "June" },
{"South", "Grape", 8000, "September" },
{"West", "Apple", 3000, "October" },
{"South", "Orange", 10000, "November" },
{"West", "Grape", 4000, "July" },
{"North", "Orange", 5000, "August" },
{"East", "Orange", 1000, "November" },
{"East", "Orange", 4000, "October" },
{"North", "Grape", 5000, "August" },
{"East", "Apple", 1000, "December" },
{"South", "Apple", 10000, "March" },
{"East", "Grape", 7000, "October" },
{"West", "Grape", 1000, "September" },
{"East", "Grape", 10000, "October" },
{"South", "Orange", 8000, "March" },
{"North", "Apple", 4000, "July" },
{"South", "Orange", 5000, "July" },
{"West", "Apple", 4000, "June" },
{"East", "Apple", 5000, "April" },
{"North", "Pear", 3000, "August" },
{"East", "Grape", 9000, "November" },
{"North", "Orange", 8000, "October" },
{"East", "Apple", 10000, "June" },
{"South", "Pear", 1000, "December" },
{"North", "Grape", 10000, "July" },
{"East", "Grape", 6000, "February" }
};
/* Write the column headers. */
worksheet_write_string(worksheet, 0, 0, "Region", NULL);
worksheet_write_string(worksheet, 0, 1, "Item", NULL);
worksheet_write_string(worksheet, 0, 2, "Volume" , NULL);
worksheet_write_string(worksheet, 0, 3, "Month", NULL);
lxw_row_col_options hidden = {.hidden = LXW_TRUE};
/* Write the row data. */
for (i = 0; i < sizeof(data)/sizeof(struct row); i++) {
worksheet_write_string(worksheet, i + 1, 0, data[i].region, NULL);
worksheet_write_string(worksheet, i + 1, 1, data[i].item, NULL);
worksheet_write_number(worksheet, i + 1, 2, data[i].volume, NULL);
worksheet_write_string(worksheet, i + 1, 3, data[i].month, NULL);
if (data[i].volume == 3000 ||
data[i].volume == 5000 ||
data[i].volume == 8000)
{
/* Row matches the filter, no further action required. */
}
else {
/* We need to hide rows that don't match the filter. */
worksheet_set_row_opt(worksheet, i + 1, LXW_DEF_ROW_HEIGHT, NULL, &hidden);
}
}
worksheet_autofilter(worksheet, 0, 0, 50, 3);
char* list[] = {"3000", "5000", "8000", NULL};
worksheet_filter_list(worksheet, 2, list);
return workbook_close(workbook);
}

30
test/functional/test_autofilter.py
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@ -19,4 +19,32 @@ class TestCompareXLSXFiles(base_test_class.XLSXBaseTest):
def test_autofilter01(self):
self.run_exe_test('test_autofilter01')
def test_autofilter02(self):
self.run_exe_test('test_autofilter02')
def test_autofilter03(self):
self.run_exe_test('test_autofilter03')
def test_autofilter04(self):
self.run_exe_test('test_autofilter04')
def test_autofilter05(self):
self.run_exe_test('test_autofilter05')
def test_autofilter06(self):
self.run_exe_test('test_autofilter06')
def test_autofilter07(self):
self.run_exe_test('test_autofilter07')
def test_autofilter08(self):
self.run_exe_test('test_autofilter08')
def test_autofilter09(self):
self.run_exe_test('test_autofilter09')
def test_autofilter10(self):
self.run_exe_test('test_autofilter10')
def test_autofilter11(self):
self.run_exe_test('test_autofilter11')

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/*
* Tests for the libxlsxwriter library.
*
* Copyright 2014-2021, John McNamara, jmcnamara@cpan.org
*
*/
#include "../ctest.h"
#include "../helper.h"
#include "xlsxwriter/worksheet.h"
/* Test the _write_auto_filter() method with no filter. */
CTEST(worksheet, write_write_auto_filter01) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"/>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter02) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"0\"><filters><filter val=\"East\"/></filters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "East"};
worksheet_filter_column(worksheet, 0, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter03) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"0\"><filters><filter val=\"East\"/><filter val=\"North\"/></filters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "East"};
lxw_filter_rule filter_rule2 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "North"};
worksheet_filter_column2(worksheet, 0, &filter_rule1, &filter_rule2, LXW_FILTER_OR);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter04) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"0\"><customFilters and=\"1\"><customFilter val=\"East\"/><customFilter val=\"North\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "East"};
lxw_filter_rule filter_rule2 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "North"};
worksheet_filter_column2(worksheet, 0, &filter_rule1, &filter_rule2, LXW_FILTER_AND);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter05) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"0\"><customFilters><customFilter operator=\"notEqual\" val=\"East\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_NOT_EQUAL_TO,
.value_string = "East"};
worksheet_filter_column(worksheet, 0, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter06) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"0\"><customFilters><customFilter val=\"S*\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "S*"};
worksheet_filter_column(worksheet, 0, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter07) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"0\"><customFilters><customFilter operator=\"notEqual\" val=\"S*\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_NOT_EQUAL_TO,
.value_string = "S*"};
worksheet_filter_column(worksheet, 0, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter08) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"0\"><customFilters><customFilter val=\"*h\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "*h"};
worksheet_filter_column(worksheet, 0, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter09) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"0\"><customFilters><customFilter operator=\"notEqual\" val=\"*h\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_NOT_EQUAL_TO,
.value_string = "*h"};
worksheet_filter_column(worksheet, 0, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter10) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"0\"><customFilters><customFilter val=\"*o*\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value_string = "*o*"};
worksheet_filter_column(worksheet, 0, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter11) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"0\"><customFilters><customFilter operator=\"notEqual\" val=\"*r*\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_NOT_EQUAL_TO,
.value_string = "*r*"};
worksheet_filter_column(worksheet, 0, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter12) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"2\"><filters><filter val=\"1000\"/></filters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_EQUAL_TO,
.value = 1000};
worksheet_filter_column(worksheet, 2, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter13) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"2\"><customFilters><customFilter operator=\"notEqual\" val=\"2000\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_NOT_EQUAL_TO,
.value = 2000};
worksheet_filter_column(worksheet, 2, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter14) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"2\"><customFilters><customFilter operator=\"greaterThan\" val=\"3000\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_GREATER_THAN,
.value = 3000};
worksheet_filter_column(worksheet, 2, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter15) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"2\"><customFilters><customFilter operator=\"greaterThanOrEqual\" val=\"4000\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_GREATER_THAN_OR_EQUAL_TO,
.value = 4000};
worksheet_filter_column(worksheet, 2, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter16) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"2\"><customFilters><customFilter operator=\"lessThan\" val=\"5000\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_LESS_THAN,
.value = 5000};
worksheet_filter_column(worksheet, 2, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter17) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"2\"><customFilters><customFilter operator=\"lessThanOrEqual\" val=\"6000\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_LESS_THAN_OR_EQUAL_TO,
.value = 6000};
worksheet_filter_column(worksheet, 2, &filter_rule1);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter() method with a filter. */
CTEST(worksheet, write_write_auto_filter18) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"2\"><customFilters and=\"1\"><customFilter operator=\"greaterThanOrEqual\" val=\"1000\"/><customFilter operator=\"lessThanOrEqual\" val=\"2000\"/></customFilters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
lxw_filter_rule filter_rule1 = {.criteria = LXW_FILTER_CRITERIA_GREATER_THAN_OR_EQUAL_TO,
.value = 1000};
lxw_filter_rule filter_rule2 = {.criteria = LXW_FILTER_CRITERIA_LESS_THAN_OR_EQUAL_TO,
.value = 2000};
worksheet_filter_column2(worksheet, 2, &filter_rule1, &filter_rule2, LXW_FILTER_AND);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter_list() method with a filter. */
CTEST(worksheet, write_write_auto_filter19) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"0\"><filters><filter val=\"East\"/></filters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
char* list[] = {"East", NULL};
worksheet_filter_list(worksheet, 0, list);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter_list() method with a filter. */
CTEST(worksheet, write_write_auto_filter20) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"0\"><filters><filter val=\"East\"/><filter val=\"North\"/></filters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
char* list[] = {"East", "North", NULL};
worksheet_filter_list(worksheet, 0, list);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}
/* Test the _write_auto_filter_list() method with a filter. */
CTEST(worksheet, write_write_auto_filter21) {
char* got;
char exp[] = "<autoFilter ref=\"A1:D51\"><filterColumn colId=\"3\"><filters><filter val=\"February\"/><filter val=\"January\"/><filter val=\"July\"/><filter val=\"June\"/></filters></filterColumn></autoFilter>";
FILE* testfile = lxw_tmpfile(NULL);
lxw_worksheet *worksheet = lxw_worksheet_new(NULL);
worksheet->file = testfile;
worksheet_autofilter(worksheet, 0, 0, 50, 3);
char* list[] = {"February", "January", "July", "June", NULL};
worksheet_filter_list(worksheet, 3, list);
_worksheet_write_auto_filter(worksheet);
RUN_XLSX_STREQ(exp, got);
lxw_worksheet_free(worksheet);
}

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###############################################################################
#
# Tests for XlsxWriter.
#
# Copyright (c), 2013-2021, John McNamara, jmcnamara@cpan.org
#
from ..excel_comparison_test import ExcelComparisonTest
from ...workbook import Workbook
class TestCompareXLSXFiles(ExcelComparisonTest):
"""
Test file created by XlsxWriter against a file created by Excel.
"""
def setUp(self):
self.set_filename('autofilter11.xlsx')
self.set_text_file('autofilter_data.txt')
def test_create_file(self):
"""
Test the creation of a simple XlsxWriter file with an autofilter.
"""
workbook = Workbook(self.got_filename)
worksheet = workbook.add_worksheet()
# Set the autofilter.
worksheet.autofilter('A1:D51')
# Add filter criteria.
worksheet.filter_column_list('C', [3000, 5000, 8000])
# Open a text file with autofilter example data.
textfile = open(self.txt_filename)
# Read the headers from the first line of the input file.
headers = textfile.readline().strip("\n").split()
# Write out the headers.
worksheet.write_row('A1', headers)
# Start writing data after the headers.
row = 1
# Read the rest of the text file and write it to the worksheet.
for line in textfile:
# Split the input data based on whitespace.
data = line.strip("\n").split()
# Convert the number data from the text file.
for i, item in enumerate(data):
try:
data[i] = float(item)
except ValueError:
pass
# Get some of the field data.
region = data[0]
volume = int(data[2])
# Check for rows that match the filter.
if volume == 3000 or volume == 5000 or volume == 8000:
# Row matches the filter, no further action required.
pass
else:
# We need to hide rows that don't match the filter.
worksheet.set_row(row, options={'hidden': True})
# Write out the row data.
worksheet.write_row(row, 0, data)
# Move on to the next worksheet row.
row += 1
textfile.close()
workbook.close()
self.assertExcelEqual()

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###############################################################################
#
# Tests for XlsxWriter.
#
# Copyright (c), 2013-2021, John McNamara, jmcnamara@cpan.org
#
import unittest
from io import StringIO
from ...worksheet import Worksheet
class TestWriteAutoFilter(unittest.TestCase):
"""
Test the Worksheet _write_auto_filter() method.
"""
def setUp(self):
self.fh = StringIO()
self.worksheet = Worksheet()
self.worksheet._set_filehandle(self.fh)
self.worksheet.name = 'Sheet1'
self.worksheet.autofilter('A1:D51')
def test_write_auto_filter_1(self):
"""Test the _write_auto_filter() method"""
self.worksheet._write_auto_filter()
exp = """<autoFilter ref="A1:D51"/>"""
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_2(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x == East'
exp = """<autoFilter ref="A1:D51"><filterColumn colId="0"><filters><filter val="East"/></filters></filterColumn></autoFilter>"""
self.worksheet.filter_column(0, filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_3(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x == East or x == North'
exp = """<autoFilter ref="A1:D51"><filterColumn colId="0"><filters><filter val="East"/><filter val="North"/></filters></filterColumn></autoFilter>"""
self.worksheet.filter_column('A', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_4(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x == East and x == North'
exp = """<autoFilter ref="A1:D51"><filterColumn colId="0"><customFilters and="1"><customFilter val="East"/><customFilter val="North"/></customFilters></filterColumn></autoFilter>"""
self.worksheet.filter_column('A', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_5(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x != East'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="0"><customFilters><customFilter operator="notEqual" val="East"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('A', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_6(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x == S*'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="0"><customFilters><customFilter val="S*"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('A', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_7(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x != S*'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="0"><customFilters><customFilter operator="notEqual" val="S*"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('A', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_8(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x == *h'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="0"><customFilters><customFilter val="*h"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('A', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_9(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x != *h'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="0"><customFilters><customFilter operator="notEqual" val="*h"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('A', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_10(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x =~ *o*'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="0"><customFilters><customFilter val="*o*"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('A', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_11(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x !~ *r*'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="0"><customFilters><customFilter operator="notEqual" val="*r*"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('A', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_12(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x == 1000'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="2"><filters><filter val="1000"/></filters></filterColumn></autoFilter>'
self.worksheet.filter_column(2, filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_13(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x != 2000'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="2"><customFilters><customFilter operator="notEqual" val="2000"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('C', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_14(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x > 3000'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="2"><customFilters><customFilter operator="greaterThan" val="3000"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('C', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_15(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x >= 4000'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="2"><customFilters><customFilter operator="greaterThanOrEqual" val="4000"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('C', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_16(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x < 5000'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="2"><customFilters><customFilter operator="lessThan" val="5000"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('C', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_17(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x <= 6000'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="2"><customFilters><customFilter operator="lessThanOrEqual" val="6000"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('C', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_18(self):
"""Test the _write_auto_filter() method"""
filter_condition = 'x >= 1000 and x <= 2000'
exp = '<autoFilter ref="A1:D51"><filterColumn colId="2"><customFilters and="1"><customFilter operator="greaterThanOrEqual" val="1000"/><customFilter operator="lessThanOrEqual" val="2000"/></customFilters></filterColumn></autoFilter>'
self.worksheet.filter_column('C', filter_condition)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_19(self):
"""Test the _write_auto_filter() method"""
matches = ['East']
exp = '<autoFilter ref="A1:D51"><filterColumn colId="0"><filters><filter val="East"/></filters></filterColumn></autoFilter>'
self.worksheet.filter_column_list('A', matches)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_20(self):
"""Test the _write_auto_filter() method"""
matches = ['East', 'North']
exp = '<autoFilter ref="A1:D51"><filterColumn colId="0"><filters><filter val="East"/><filter val="North"/></filters></filterColumn></autoFilter>'
self.worksheet.filter_column_list('A', matches)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)
def test_write_auto_filter_21(self):
"""Test the _write_auto_filter() method"""
matches = ['February', 'January', 'July', 'June']
exp = '<autoFilter ref="A1:D51"><filterColumn colId="3"><filters><filter val="February"/><filter val="January"/><filter val="July"/><filter val="June"/></filters></filterColumn></autoFilter>'
self.worksheet.filter_column_list(3, matches)
self.worksheet._write_auto_filter()
got = self.fh.getvalue()
self.assertEqual(got, exp)