138 lines
6.9 KiB
C
138 lines
6.9 KiB
C
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#include <stdio.h>
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#include <stdlib.h>
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#include "../../include/xlsxwriter/utility.h"
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/* Compare expected results with the XML data written to the output
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* test file.
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*/
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#define RUN_XLSX_STREQ(exp, got) \
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fflush(testfile); \
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int file_size = ftell(testfile); \
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\
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got = (char*)calloc(file_size + 1, 1); \
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\
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rewind(testfile); \
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(void)fread(got, file_size, 1, testfile); \
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\
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ASSERT_STR((exp), (got)); \
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\
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if (got) \
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free(got); \
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\
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fclose(testfile)
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/* Compare expected results with the XML data written to the output
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* test file. Same as the previous macro but only shows the difference
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* from where it starts. Suitable for long strings of XML data.
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*/
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#define RUN_XLSX_STREQ_SHORT(exp, got) \
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fflush(testfile); \
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int file_size = ftell(testfile); \
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\
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got = (char*)calloc(file_size + 1, 1); \
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\
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rewind(testfile); \
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(void)fread(got, file_size, 1, testfile); \
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\
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/* Start comparison from first difference. */ \
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char *got_short = got; \
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char *exp_short = exp; \
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while (*exp_short && *exp_short == *got_short) { \
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exp_short++; \
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got_short++; \
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} \
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\
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ASSERT_STR(exp_short, got_short); \
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\
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if (got) \
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free(got); \
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\
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fclose(testfile)
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#define TEST_COL_TO_NAME(num, abs, exp) \
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lxw_col_to_name(got, num, abs); \
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ASSERT_STR(exp, got);
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#define TEST_ROWCOL_TO_CELL(row, col, exp) \
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lxw_rowcol_to_cell(got, row, col); \
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ASSERT_STR(exp, got);
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#define TEST_ROWCOL_TO_CELL_ABS(row, col, row_abs, col_abs, exp) \
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lxw_rowcol_to_cell_abs(got, row, col, row_abs, col_abs); \
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ASSERT_STR(exp, got);
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#define TEST_ROWCOL_TO_RANGE(row1, col1, row2, col2, exp) \
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lxw_rowcol_to_range(got, row1, col1, row2, col2); \
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ASSERT_STR(exp, got);
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#define TEST_ROWCOL_TO_RANGE_ABS(row1, col1, row2, col2, exp) \
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lxw_rowcol_to_range_abs(got, row1, col1, row2, col2); \
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ASSERT_STR(exp, got);
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#define TEST_ROWCOL_TO_FORMULA_ABS(sheet, row1, col1, row2, col2, exp) \
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lxw_rowcol_to_formula_abs(got, sheet, row1, col1, row2, col2); \
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ASSERT_STR(exp, got);
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#define TEST_DATETIME_TIME(_hour, _min, _sec, exp) \
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datetime = (lxw_datetime*)calloc(1, sizeof(lxw_datetime)); \
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datetime->hour = _hour; \
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datetime->min = _min; \
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datetime->sec = _sec; \
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\
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got = lxw_datetime_to_excel_datetime(datetime); \
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\
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ASSERT_DOUBLE(exp, got); \
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free(datetime);
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#define TEST_DATETIME_DATE(_year, _month, _day, exp) \
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datetime = (lxw_datetime*)calloc(1, sizeof(lxw_datetime)); \
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datetime->year = _year; \
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datetime->month = _month; \
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datetime->day = _day; \
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\
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got = lxw_datetime_to_excel_datetime(datetime); \
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\
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ASSERT_DOUBLE(exp, got); \
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free(datetime);
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#define TEST_DATETIME_DATE_1904(_year, _month, _day, exp) \
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datetime = (lxw_datetime*)calloc(1, sizeof(lxw_datetime)); \
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datetime->year = _year; \
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datetime->month = _month; \
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datetime->day = _day; \
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\
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got = lxw_datetime_to_excel_date_epoch(datetime, 1); \
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\
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ASSERT_DOUBLE(exp, got); \
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free(datetime);
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#define TEST_DATETIME(_year, _month, _day, _hour, _min, _sec, exp) \
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datetime = (lxw_datetime*)calloc(1, sizeof(lxw_datetime)); \
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datetime->year = _year; \
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datetime->month = _month; \
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datetime->day = _day; \
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datetime->hour = _hour; \
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datetime->min = _min; \
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datetime->sec = _sec; \
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\
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got = lxw_datetime_to_excel_datetime(datetime); \
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\
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ASSERT_DOUBLE(exp, got); \
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free(datetime);
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#define TEST_UNIXTIME(_unixtime, exp) \
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got = lxw_unixtime_to_excel_date(_unixtime); \
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ASSERT_DOUBLE(exp, got);
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#define TEST_UNIXTIME_1904(_unixtime, exp) \
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got = lxw_unixtime_to_excel_date_epoch(_unixtime, 1); \
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ASSERT_DOUBLE(exp, got);
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