INVALID_ADDR - syntax, references, description

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#define INVALID_ADDR 0xFF

bp1658cj.c:27

#define INVALID_ADDR 0xFF

bp5758d.c:27

#define INVALID_ADDR 0xFF

kp18058.c:27

#define INVALID_ADDR 0xFF

sm2135e.c:27

#define INVALID_ADDR 0xFF

sm2135eh.c:27

#define INVALID_ADDR 0xFF

sm2x35egh.c:28

BP1658CJ_CHECK(s_bp1658cj->mapping_addr[channel] != INVALID_ADDR, "channel:%d not regist", return ESP_ERR_INVALID_STATE, channel);

bp1658cj.c:145

BP1658CJ_CHECK(s_bp1658cj->mapping_addr[BP1658CJ_CHANNEL_R] != INVALID_ADDR || s_bp1658cj->mapping_addr[BP1658CJ_CHANNEL_G] != INVALID_ADDR || s_bp1658cj->mapping_addr[BP1658CJ_CHANNEL_B] != INVALID_ADDR, "color channel not regist", return ESP_ERR_INVALID_STATE);

bp1658cj.c:164

BP1658CJ_CHECK(s_bp1658cj->mapping_addr[BP1658CJ_CHANNEL_C] != INVALID_ADDR || s_bp1658cj->mapping_addr[BP1658CJ_CHANNEL_W] != INVALID_ADDR, "white channel not regist", return ESP_ERR_INVALID_STATE);

bp1658cj.c:188

BP1658CJ_CHECK(s_bp1658cj->mapping_addr[BP1658CJ_CHANNEL_R] != INVALID_ADDR || s_bp1658cj->mapping_addr[BP1658CJ_CHANNEL_G] != INVALID_ADDR || s_bp1658cj->mapping_addr[BP1658CJ_CHANNEL_B] != INVALID_ADDR, "color channel not regist", return ESP_ERR_INVALID_STATE);

bp1658cj.c:208

BP1658CJ_CHECK(s_bp1658cj->mapping_addr[BP1658CJ_CHANNEL_C] != INVALID_ADDR || s_bp1658cj->mapping_addr[BP1658CJ_CHANNEL_W] != INVALID_ADDR, "white channel not regist", return ESP_ERR_INVALID_STATE);

bp1658cj.c:209

memset(s_bp1658cj->mapping_addr, INVALID_ADDR, BP1658CJ_MAX_PIN);

bp1658cj.c:244

BP5758D_CHECK(s_bp5758d->mapping_addr[channel] != INVALID_ADDR, "channel:%d not regist", return ESP_ERR_INVALID_STATE, channel);

bp5758d.c:160

BP5758D_CHECK(s_bp5758d->mapping_addr[0] != INVALID_ADDR || s_bp5758d->mapping_addr[1] != INVALID_ADDR || s_bp5758d->mapping_addr[2] != INVALID_ADDR, "color channel not regist", return ESP_ERR_INVALID_ARG);

bp5758d.c:181

BP5758D_CHECK(s_bp5758d->mapping_addr[3] != INVALID_ADDR || s_bp5758d->mapping_addr[4] != INVALID_ADDR, "white channel not regist", return ESP_ERR_INVALID_ARG);

bp5758d.c:205

BP5758D_CHECK(s_bp5758d->mapping_addr[3] != INVALID_ADDR || s_bp5758d->mapping_addr[4] != INVALID_ADDR, "white channel not regist", return ESP_ERR_INVALID_ARG);

bp5758d.c:226

BP5758D_CHECK(s_bp5758d->mapping_addr[0] != INVALID_ADDR || s_bp5758d->mapping_addr[1] != INVALID_ADDR || s_bp5758d->mapping_addr[2] != INVALID_ADDR, "color channel not regist", return ESP_ERR_INVALID_ARG);

bp5758d.c:227

memset(s_bp5758d->mapping_addr, INVALID_ADDR, BP5758D_MAX_PIN);

bp5758d.c:263

KP18058_CHECK(s_kp18058->mapping_addr[channel] != INVALID_ADDR, "channel:%d not regist", return ESP_ERR_INVALID_STATE, channel);

kp18058.c:200

KP18058_CHECK(s_kp18058->mapping_addr[0] != INVALID_ADDR || s_kp18058->mapping_addr[1] != INVALID_ADDR || s_kp18058->mapping_addr[2] != INVALID_ADDR, "color channel not regist", return ESP_ERR_INVALID_STATE);

kp18058.c:220

KP18058_CHECK(s_kp18058->mapping_addr[3] != INVALID_ADDR || s_kp18058->mapping_addr[4] != INVALID_ADDR, "white channel not regist", return ESP_ERR_INVALID_STATE);

kp18058.c:245

KP18058_CHECK(s_kp18058->mapping_addr[3] != INVALID_ADDR || s_kp18058->mapping_addr[4] != INVALID_ADDR, "white channel not regist", return ESP_ERR_INVALID_STATE);

kp18058.c:267

memset(s_kp18058->mapping_addr, INVALID_ADDR, KP18058_MAX_PIN);

kp18058.c:306

SM2135E_CHECK(s_sm2135e->mapping_addr[channel] != INVALID_ADDR, "channel:%d not regist", return ESP_ERR_INVALID_STATE, channel);

sm2135e.c:154

SM2135E_CHECK(s_sm2135e->mapping_addr[0] != INVALID_ADDR || s_sm2135e->mapping_addr[1] != INVALID_ADDR || s_sm2135e->mapping_addr[2] != INVALID_ADDR, "color channel not regist", return ESP_ERR_INVALID_STATE);

sm2135e.c:183

SM2135E_CHECK(s_sm2135e->mapping_addr[3] != INVALID_ADDR || s_sm2135e->mapping_addr[4] != INVALID_ADDR, "white channel not regist", return ESP_ERR_INVALID_STATE);

sm2135e.c:203

memset(s_sm2135e->mapping_addr, INVALID_ADDR, SM2135E_MAX_PIN);

sm2135e.c:229

SM2135EH_CHECK(s_sm2135eh->mapping_addr[channel] != INVALID_ADDR, "channel:%d not regist", return ESP_ERR_INVALID_STATE, channel);

sm2135eh.c:150

SM2135EH_CHECK(s_sm2135eh->mapping_addr[SM2135EH_CHANNEL_R] != INVALID_ADDR || s_sm2135eh->mapping_addr[SM2135EH_CHANNEL_G] != INVALID_ADDR || s_sm2135eh->mapping_addr[SM2135EH_CHANNEL_B] != INVALID_ADDR, "color channel not regist", return ESP_ERR_INVALID_STATE);

sm2135eh.c:164

SM2135EH_CHECK(s_sm2135eh->mapping_addr[SM2135EH_CHANNEL_W] != INVALID_ADDR || s_sm2135eh->mapping_addr[SM2135EH_CHANNEL_Y] != INVALID_ADDR, "white channel not regist", return ESP_ERR_INVALID_STATE);

sm2135eh.c:183

SM2135EH_CHECK(s_sm2135eh->mapping_addr[SM2135EH_CHANNEL_R] != INVALID_ADDR || s_sm2135eh->mapping_addr[SM2135EH_CHANNEL_G] != INVALID_ADDR || s_sm2135eh->mapping_addr[SM2135EH_CHANNEL_B] != INVALID_ADDR, "color channel not regist", return ESP_ERR_INVALID_STATE);

sm2135eh.c:201

SM2135EH_CHECK(s_sm2135eh->mapping_addr[SM2135EH_CHANNEL_W] != INVALID_ADDR || s_sm2135eh->mapping_addr[SM2135EH_CHANNEL_Y] != INVALID_ADDR, "white channel not regist", return ESP_ERR_INVALID_STATE);

sm2135eh.c:202

memset(s_sm2135eh->mapping_addr, INVALID_ADDR, SM2135EH_MAX_PIN);

sm2135eh.c:231

SM2x35EGH_CHECK(s_sm2x35egh->mapping_addr[channel] != INVALID_ADDR, "channel:%d not regist", return ESP_ERR_INVALID_STATE, channel);

sm2x35egh.c:127

SM2x35EGH_CHECK(s_sm2x35egh->mapping_addr[0] != INVALID_ADDR || s_sm2x35egh->mapping_addr[1] != INVALID_ADDR || s_sm2x35egh->mapping_addr[2] != INVALID_ADDR, "color channel not regist", return ESP_ERR_INVALID_STATE);

sm2x35egh.c:143

SM2x35EGH_CHECK(s_sm2x35egh->mapping_addr[3] != INVALID_ADDR || s_sm2x35egh->mapping_addr[4] != INVALID_ADDR, "white channel not regist", return ESP_ERR_INVALID_STATE);

sm2x35egh.c:165

SM2x35EGH_CHECK(s_sm2x35egh->mapping_addr[3] != INVALID_ADDR || s_sm2x35egh->mapping_addr[4] != INVALID_ADDR, "white channel not regist", return ESP_ERR_INVALID_STATE);

sm2x35egh.c:183

memset(s_sm2x35egh->mapping_addr, INVALID_ADDR, SM2x35EGH_MAX_PIN);

sm2x35egh.c:216

INVALID_ADDR macro

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