#include "protocol_items.h" #include const SubGhzProtocol* protopirate_protocol_registry_items[] = { &subghz_protocol_scher_khan, // Heap: free 16320 &kia_protocol_v0, // Heap: free 16976 &kia_protocol_v1, // Heap: free 17192 &kia_protocol_v2, // Heap: free 16944 &kia_protocol_v3_v4, // Heap: free 18432 &kia_protocol_v5, // Heap: free 16528 &kia_protocol_v6, // Heap: free 18296 &ford_protocol_v0, // Heap: free 19456 &fiat_protocol_v0, // Heap: free 16864 &subaru_protocol, // Heap: free 17280 &suzuki_protocol, // Heap: free 16064 &vag_protocol, // Heap: free 29352 &subghz_protocol_star_line, // Heap: free 18632 &psa_protocol, // Heap: free 25408 }; // TODO: See above // Current HEAP situation: // All enabled // Heap: total 190000, free 14944 // Two scenes disabled (Sub Decode and Timing Tuner) // Heap: total 190000, free 28192, minimum 22944, max block 27256 // No app (desktop) // Heap: total 190000, free 119824, minimum 14008, max block 94576 const SubGhzProtocolRegistry protopirate_protocol_registry = { .items = protopirate_protocol_registry_items, .size = COUNT_OF(protopirate_protocol_registry_items), }; // Protocol timing definitions - mirrors the SubGhzBlockConst in each protocol static const ProtoPirateProtocolTiming protocol_timings[] = { // Kia V0: PWM encoding, 250/500µs { .name = "Kia V0", .te_short = 250, .te_long = 500, .te_delta = 100, .min_count_bit = 61, }, // Kia V1: OOK PCM 800µs timing { .name = "Kia V1", .te_short = 800, .te_long = 1600, .te_delta = 200, .min_count_bit = 56, }, // Kia V2: Manchester 500/1000µs { .name = "Kia V2", .te_short = 500, .te_long = 1000, .te_delta = 150, .min_count_bit = 51, }, // Kia V3/V4: PWM 400/800µs { .name = "Kia V3/V4", .te_short = 400, .te_long = 800, .te_delta = 150, .min_count_bit = 64, }, // Kia V5: PWM 400/800µs (same as V3/V4) { .name = "Kia V5", .te_short = 400, .te_long = 800, .te_delta = 150, .min_count_bit = 64, }, // Kia V6: Manchester 200/400µs { .name = "Kia V6", .te_short = 200, .te_long = 400, .te_delta = 100, .min_count_bit = 144, }, // Ford V0: Manchester 250/500µs { .name = "Ford V0", .te_short = 250, .te_long = 500, .te_delta = 100, .min_count_bit = 64, }, // Fiat V0: Manchester 200/400µs { .name = "Fiat V0", .te_short = 200, .te_long = 400, .te_delta = 100, .min_count_bit = 64, }, // Subaru: PPM 800/1600µs { .name = "Subaru", .te_short = 800, .te_long = 1600, .te_delta = 200, .min_count_bit = 64, }, // Suzuki: PWM 250/500µs { .name = "Suzuki", .te_short = 250, .te_long = 500, .te_delta = 100, .min_count_bit = 64, }, // VW: Manchester 500/1000µs { .name = "VW", .te_short = 500, .te_long = 1000, .te_delta = 120, .min_count_bit = 80, }, // Scher-Khan: PWM 750/1100µs { .name = "Scher-Khan", .te_short = 750, .te_long = 1100, .te_delta = 180, .min_count_bit = 35, }, // Star Line: PWM 250/500µs { .name = "Star Line", .te_short = 250, .te_long = 500, .te_delta = 120, .min_count_bit = 64, }, // PSA: Manchester 250/500µs (Pattern 1) or 125/250µs (Pattern 2) { .name = "PSA", .te_short = 250, .te_long = 500, .te_delta = 100, .min_count_bit = 128, }, }; static const size_t protocol_timings_count = COUNT_OF(protocol_timings); const ProtoPirateProtocolTiming* protopirate_get_protocol_timing(const char* protocol_name) { if(!protocol_name) return NULL; for(size_t i = 0; i < protocol_timings_count; i++) { // Check for exact match or if the protocol name contains our timing name if(strcmp(protocol_name, protocol_timings[i].name) == 0 || strstr(protocol_name, protocol_timings[i].name) != NULL) { return &protocol_timings[i]; } } // Try partial matching for version variants for(size_t i = 0; i < protocol_timings_count; i++) { // Match "Kia" protocols if(strstr(protocol_name, "Kia") != NULL || strstr(protocol_name, "KIA") != NULL || strstr(protocol_name, "HYU") != NULL) { // Try to match version number if(strstr(protocol_name, "V0") != NULL && strstr(protocol_timings[i].name, "V0") != NULL) { return &protocol_timings[i]; } if(strstr(protocol_name, "V1") != NULL && strstr(protocol_timings[i].name, "V1") != NULL) { return &protocol_timings[i]; } if(strstr(protocol_name, "V2") != NULL && strstr(protocol_timings[i].name, "V2") != NULL) { return &protocol_timings[i]; } if((strstr(protocol_name, "V3") != NULL || strstr(protocol_name, "V4") != NULL) && strstr(protocol_timings[i].name, "V3/V4") != NULL) { return &protocol_timings[i]; } if(strstr(protocol_name, "V5") != NULL && strstr(protocol_timings[i].name, "V5") != NULL) { return &protocol_timings[i]; } } // Match Ford if(strstr(protocol_name, "Ford") != NULL && strstr(protocol_timings[i].name, "Ford") != NULL) { return &protocol_timings[i]; } // Match Fiat if(strstr(protocol_name, "Fiat") != NULL && strstr(protocol_timings[i].name, "Fiat") != NULL) { return &protocol_timings[i]; } // Match Subaru if(strstr(protocol_name, "Subaru") != NULL && strstr(protocol_timings[i].name, "Subaru") != NULL) { return &protocol_timings[i]; } // Match Suzuki if(strstr(protocol_name, "Suzuki") != NULL && strstr(protocol_timings[i].name, "Suzuki") != NULL) { return &protocol_timings[i]; } // Match VW if(strstr(protocol_name, "VW") != NULL && strstr(protocol_timings[i].name, "VW") != NULL) { return &protocol_timings[i]; } // Match Scher-Khan if(strstr(protocol_name, "Scher-Khan") != NULL && strstr(protocol_timings[i].name, "Scher-Khan") != NULL) { return &protocol_timings[i]; } // Match Star Line if(strstr(protocol_name, "Star Line") != NULL && strstr(protocol_timings[i].name, "Star Line") != NULL) { return &protocol_timings[i]; } } return NULL; } const ProtoPirateProtocolTiming* protopirate_get_protocol_timing_by_index(size_t index) { if(index >= protocol_timings_count) return NULL; return &protocol_timings[index]; } size_t protopirate_get_protocol_timing_count(void) { return protocol_timings_count; }