ethernet/ti/cpsw.c

205 	struct addr_sync_ctx *sync_ctx = ctx;
214 		if (ether_addr_equal(ha->addr, sync_ctx->addr)) {
221 		sync_ctx->consumed++;
223 	if (sync_ctx->flush) {
225 			cpsw_set_mc(sync_ctx->ndev, sync_ctx->addr, vid, 0);
230 		ret = cpsw_set_mc(sync_ctx->ndev, sync_ctx->addr, vid, 1);
237 	struct addr_sync_ctx sync_ctx;
240 	sync_ctx.consumed = 0;
241 	sync_ctx.addr = addr;
242 	sync_ctx.ndev = ndev;
243 	sync_ctx.flush = 0;
245 	ret = vlan_for_each(ndev, cpsw_update_vlan_mc, &sync_ctx);
246 	if (sync_ctx.consumed < num && !ret)
254 	struct addr_sync_ctx sync_ctx;
256 	sync_ctx.consumed = 0;
257 	sync_ctx.addr = addr;
258 	sync_ctx.ndev = ndev;
259 	sync_ctx.flush = 1;
261 	vlan_for_each(ndev, cpsw_update_vlan_mc, &sync_ctx);
262 	if (sync_ctx.consumed == num)
270 	struct addr_sync_ctx *sync_ctx = ctx;
279 		if (ether_addr_equal(ha->addr, sync_ctx->addr)) {
288 	sync_ctx->consumed++;
289 	cpsw_set_mc(sync_ctx->ndev, sync_ctx->addr, vid, 0);
295 	struct addr_sync_ctx sync_ctx;
297 	sync_ctx.addr = addr;
298 	sync_ctx.ndev = ndev;
299 	sync_ctx.consumed = 0;
301 	vlan_for_each(ndev, cpsw_purge_vlan_mc, &sync_ctx);
302 	if (sync_ctx.consumed < num)