#pragma once
#include "ThirdPartyHeadersBegin.h"
#include <string>
#include "ThirdPartyHeadersEnd.h"
#include "SzlFileLoader.h"
#include "stringformat.h"
namespace tecplot
{
	namespace ___3933
	{
		class IODescription
		{
		public:
			typedef uint32_t SegmentIndex_t;
			static ___4352 const NO_VAR = BAD_VAR_INDEX;
			static ___4636 const NO_ZONE = BAD_ZONE_INDEX;
			static ___2090::___2980 const NO_PARTITION = ___2090::INVALID_PARTITION;
			static SegmentIndex_t const NO_SEGMENT = SegmentIndex_t(-1);

		private:
			char const *___2495;
			___4352 m_var;
			___4636 ___2677;
			___2090::___2980 m_partition;
			SegmentIndex_t m_segment;
			char const *m_suffix;

		public:
			explicit IODescription(char const *___2685 = NULL, ___4352 ___4336 = NO_VAR, ___4636 zone = NO_ZONE, ___2090::___2980 ___2977 = NO_PARTITION, SegmentIndex_t segment = NO_SEGMENT, char const *suffix = NULL) : ___2495(___2685), m_var(___4336), ___2677(zone), m_partition(___2977), m_segment(segment), m_suffix(suffix) {}
			char const *___2685() const { return ___2495; }
			___4352 ___4336() const { return m_var; }
			___4636 zone() const { return ___2677; }
			___2090::___2980 ___2977() const { return m_partition; }
			SegmentIndex_t segment() const { return m_segment; }
			char const *suffix() const { return m_suffix; }
			___372 ___2067() const { return ___4226; }
			___372 isEmpty() const { return ___2495 == NULL; }
			void getFormattedDescription(char *formattedDescription, size_t formattedDescriptionSize) const
			{
				___372 isAsciiOnly = ___1305;
				size_t ___2865;
				if (___2495 != NULL)
				{
					___2865 = snprintf(formattedDescription, formattedDescriptionSize, "%s", ___2495);
					if (___2865 > 0 && formattedDescription[___2865 - 1] == '*')
					{
						___2865--;
						formattedDescription[___2865] = '\0';
						isAsciiOnly = ___4226;
					}
				}
				else
					___2865 = snprintf(formattedDescription, formattedDescriptionSize, "unspecified");
				if (m_var != NO_VAR && ___2865 < formattedDescriptionSize)
					___2865 += snprintf(formattedDescription + ___2865, formattedDescriptionSize - ___2865, "%sVar%" PRIu64, ___2495 != NULL ? "For" : "", uint64_t(m_var + 1));
				if (___2677 != NO_ZONE && ___2865 < formattedDescriptionSize)
					___2865 += snprintf(formattedDescription + ___2865, formattedDescriptionSize - ___2865, "%sZone%" PRIu64, ___2495 != NULL && m_var == NO_VAR ? "For" : "", uint64_t(___2677 + 1));
				if (m_partition != NO_PARTITION && ___2865 < formattedDescriptionSize)
					___2865 += snprintf(formattedDescription + ___2865, formattedDescriptionSize - ___2865, "%sPartition%" PRIu64, ___2495 != NULL && m_var == NO_VAR && ___2677 == NO_ZONE ? "For" : "", uint64_t(m_partition + 1));
				if (m_segment != NO_SEGMENT && ___2865 < formattedDescriptionSize)
					___2865 += snprintf(formattedDescription + ___2865, formattedDescriptionSize - ___2865, "%sSegment%" PRIu64, ___2495 != NULL && m_var == NO_VAR && ___2677 == NO_ZONE && m_partition == NO_PARTITION ? "For" : "", uint64_t(m_segment + 1));
				if (m_suffix != NULL && ___2865 < formattedDescriptionSize)
					___2865 += snprintf(formattedDescription + ___2865, formattedDescriptionSize - ___2865, "%s", m_suffix);
				if (isAsciiOnly && ___2865 < formattedDescriptionSize)
				{
					formattedDescription[___2865] = '*';
					if (___2865 < formattedDescriptionSize)
						___2865++;
					formattedDescription[___2865] = '\0';
				}
			}
		};
	}
}