sentinel_api.c

/* 
    sentinel_api.c

    UNIFIED SENTINEL API IMPLEMENTATION STUB
    ----------------------------------------
    This file contains empty, pattern-rich function bodies
    for all Sentinel systems:
        - Boot
        - Robot Protocol
        - Training
        - Self-Search
        - Autoscan
        - Memory Graph
        - AI Reasoning
        - AI-CORE
        - Sentinel Prime
        - Sentinel Overmind

    All functions return deterministic placeholder values.
    No filesystem, no execution, no side effects.
*/

#include "sentinel_api.h"

/* -------------------------------------------------------------
   Boot
   ------------------------------------------------------------- */

SenStatus sentinel_boot_system(SentinelBoot* boot, const char* repo_root) {
    if (!boot || !repo_root) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    boot->ready = SEN_TRUE;
    return SEN_STATUS_OK;
}

void sentinel_shutdown_system(SentinelBoot* boot) {
    if (!boot) return;
    boot->ready = SEN_FALSE;
}

/* -------------------------------------------------------------
   Robot Protocol
   ------------------------------------------------------------- */

SenStatus sentinel_robot_protocol_activate(SentinelContext* ctx) {
    if (!ctx) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

void sentinel_robot_protocol_shutdown(SentinelContext* ctx) {
    (void)ctx;
}

SenStatus sentinel_robot_locate(SentinelContext* ctx,
                                const char* repo_name,
                                SenDirectory** out_dir) {
    if (!ctx || !repo_name || !out_dir) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    *out_dir = NULL;
    return SEN_STATUS_OK;
}

SenStatus sentinel_robot_return_home(SentinelContext* ctx,
                                     SenDirectory** out_dir) {
    if (!ctx || !out_dir) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    *out_dir = NULL;
    return SEN_STATUS_OK;
}

SenStatus sentinel_get_traversal_order(SentinelContext* ctx,
                                       const char*** out_names,
                                       int* out_count) {
    if (!ctx || !out_names || !out_count) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    *out_names = NULL;
    *out_count = 0;
    return SEN_STATUS_OK;
}

SenStatus sentinel_get_search_order(SentinelContext* ctx,
                                    const char*** out_patterns,
                                    int* out_count) {
    if (!ctx || !out_patterns || !out_count) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    *out_patterns = NULL;
    *out_count = 0;
    return SEN_STATUS_OK;
}

SenStatus sentinel_resolve_repo(SentinelContext* ctx,
                                const char* repo_name,
                                SenDirectory** out_dir) {
    if (!ctx || !repo_name || !out_dir) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    *out_dir = NULL;
    return SEN_STATUS_OK;
}

/* -------------------------------------------------------------
   Training
   ------------------------------------------------------------- */

SenStatus sentinel_train_begin(SentinelBoot* boot,
                               SentinelKnowledge* knowledge) {
    if (!boot || !knowledge) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    knowledge->trained = SEN_FALSE;
    knowledge->repo_count = 0;
    knowledge->repos = NULL;
    return SEN_STATUS_OK;
}

SenStatus sentinel_train_walk_traversal(SentinelBoot* boot,
                                        SentinelKnowledge* knowledge) {
    if (!boot || !knowledge) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

SenStatus sentinel_train_scan_search(SentinelBoot* boot,
                                     SentinelKnowledge* knowledge) {
    if (!boot || !knowledge) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

SenStatus sentinel_train_commit(SentinelBoot* boot,
                                SentinelKnowledge* knowledge) {
    if (!boot || !knowledge) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    knowledge->trained = SEN_TRUE;
    return SEN_STATUS_OK;
}

/* -------------------------------------------------------------
   Self-Search
   ------------------------------------------------------------- */

SenStatus sentinel_selfsearch_get_patterns_for_type(SenRepoType type,
                                                    SentinelSelfSearchSet* out_set) {
    if (!out_set) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    out_set->items = NULL;
    out_set->count = 0;
    return SEN_STATUS_OK;
}

void sentinel_selfsearch_free_patterns(SentinelSelfSearchSet* set) {
    if (!set) return;
    set->items = NULL;
    set->count = 0;
}

SenStatus sentinel_selfsearch_repo(SentinelBoot* boot,
                                   SentinelKnowledge* knowledge,
                                   const char* repo_name) {
    if (!boot || !knowledge || !repo_name) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

/* -------------------------------------------------------------
   Autoscan
   ------------------------------------------------------------- */

SenStatus sentinel_autoscan_all(SentinelBoot* boot,
                                SentinelKnowledge* knowledge) {
    if (!boot || !knowledge) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

/* -------------------------------------------------------------
   Memory Graph
   ------------------------------------------------------------- */

SenStatus sentinel_graph_init(SenGraph* graph) {
    if (!graph) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    graph->nodes = NULL;
    graph->edges = NULL;
    graph->node_count = 0;
    graph->edge_count = 0;
    return SEN_STATUS_OK;
}

SenStatus sentinel_graph_add_node(SenGraph* graph,
                                  const char* name,
                                  SenRepoType type) {
    if (!graph || !name) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

SenStatus sentinel_graph_add_edge(SenGraph* graph,
                                  const char* from,
                                  const char* to,
                                  const char* relation) {
    if (!graph || !from || !to || !relation) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

void sentinel_graph_free(SenGraph* graph) {
    if (!graph) return;
    graph->nodes = NULL;
    graph->edges = NULL;
    graph->node_count = 0;
    graph->edge_count = 0;
}

SenStatus sentinel_graph_build(SenGraph* graph) {
    if (!graph) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

/* -------------------------------------------------------------
   AI Reasoning
   ------------------------------------------------------------- */

SenStatus sentinel_ai_activate(SentinelAI* ai) {
    if (!ai) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    ai->active = SEN_TRUE;
    return SEN_STATUS_OK;
}

SenStatus sentinel_ai_infer_edges(SentinelAI* ai, SenGraph* graph) {
    if (!ai || !graph) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

SenStatus sentinel_ai_detect_anomalies(SentinelAI* ai, SenGraph* graph) {
    if (!ai || !graph) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

SenStatus sentinel_ai_optimize_traversal(SentinelAI* ai, SenGraph* graph) {
    if (!ai || !graph) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

SenStatus sentinel_ai_selfheal(SentinelAI* ai, SenGraph* graph) {
    if (!ai || !graph) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

/* -------------------------------------------------------------
   AI-CORE
   ------------------------------------------------------------- */

SenStatus sentinel_aicore_activate(SentinelAICore* core) {
    if (!core) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    core->active = SEN_TRUE;
    return SEN_STATUS_OK;
}

SenAIAction sentinel_aicore_decide(SentinelAICore* core,
                                   SenGraph* graph,
                                   SentinelKnowledge* knowledge) {
    if (!core || !graph || !knowledge) return SEN_AI_ACTION_NONE;
    return SEN_AI_ACTION_NONE;
}

SenStatus sentinel_aicore_execute(SentinelAICore* core,
                                  SenAIAction action,
                                  SentinelBoot* boot,
                                  SenGraph* graph,
                                  SentinelKnowledge* knowledge) {
    if (!core || !boot || !graph || !knowledge) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

/* -------------------------------------------------------------
   Sentinel Prime
   ------------------------------------------------------------- */

SenStatus sentinel_prime_activate(SentinelPrime* prime,
                                  const char* repo_root) {
    if (!prime || !repo_root) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    prime->active = SEN_TRUE;
    return SEN_STATUS_OK;
}

SenStatus sentinel_prime_loop(SentinelPrime* prime) {
    if (!prime || !prime->active) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

/* -------------------------------------------------------------
   Sentinel Overmind
   ------------------------------------------------------------- */

SenStatus sentinel_overmind_activate(SentinelOvermind* om,
                                     const char** repo_names,
                                     int repo_count,
                                     const char* root) {
    if (!om || !repo_names || !root) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    om->active = SEN_TRUE;
    om->micros = NULL;
    om->micro_count = repo_count;
    return SEN_STATUS_OK;
}

SenStatus sentinel_overmind_sync(SentinelOvermind* om) {
    if (!om || !om->active) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}

SenStatus sentinel_overmind_collective_decide(SentinelOvermind* om,
                                              SenAIAction* out_action) {
    if (!om || !out_action) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    *out_action = SEN_AI_ACTION_NONE;
    return SEN_STATUS_OK;
}

SenStatus sentinel_overmind_collective_execute(SentinelOvermind* om,
                                               SenAIAction action) {
    if (!om) return SEN_STATUS_ERROR_INVALID_ARGUMENT;
    return SEN_STATUS_OK;
}