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//#define SHOW_HOST_DEBUG
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//#define SHOW_HOST_DEBUG
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struct node *tree[4];
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struct node *tree[4];
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char *err[4];
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char *err[4];
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int errpos[4],errstart[4],nplanes,cnvused,chunksize,toprow;
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int errpos[4],errstart[4],nplanes,cnvused,chunksize,toprow;
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uint8_t slider[8];
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uint8_t slider[8]; // this is the "working data". We cannot always use gdata->parm, because parm will not be loaded if a AFS file is read
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char* expr[4]; // this is the "working data". We cannot always use gdata->parm, because parm will not be loaded if a AFS file is read
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value_type cell[NUM_CELLS];
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value_type cell[NUM_CELLS];
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char *expr[4];
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// long maxSpace;
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// long maxSpace;
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globals_t *gdata;
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globals_t *gdata;
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FilterRecordPtr gpb;
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FilterRecordPtr gpb;
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#ifdef MAC_ENV
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#ifdef MAC_ENV
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        hash = djb2((char*)parm->category);
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        hash = djb2((char*)parm->category);
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        hash += djb2((char*)parm->title);
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        hash += djb2((char*)parm->title);
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        hash += djb2((char*)parm->copyright);
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        hash += djb2((char*)parm->copyright);
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        hash += djb2((char*)parm->author);
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        hash += djb2((char*)parm->author);
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        for (i = 0; i < 4; i++) hash += hash += djb2((char*)parm->map[i]);
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        for (i = 0; i < 4; i++) hash += djb2((char*)parm->map[i]);
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        for (i = 0; i < 8; i++) hash += hash += djb2((char*)parm->ctl[i]);
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        for (i = 0; i < 8; i++) hash += djb2((char*)parm->ctl[i]);
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        for (i = 0; i < 4; i++) hash += hash += djb2((char*)parm->formula[i]);
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        for (i = 0; i < 4; i++) hash += djb2((char*)parm->formula[i]);
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        return hash;
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        return hash;
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}
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}
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void get_temp_afs(char *outfilename, Boolean isStandalone, PARM_T *parm) {
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void get_temp_afs(char *outfilename, Boolean isStandalone, PARM_T *parm) {