53 #define DPAA2_BUF_INIT_TAGOPT(__buf, __tag, __opt) do {			\  argument
54 	KASSERT((__buf) != NULL, ("%s: buf is NULL", __func__));	\
56 	(__buf)->paddr = 0;						\
57 	(__buf)->vaddr = NULL;						\
58 	(__buf)->dmat = (__tag);					\
59 	(__buf)->dmap = NULL;						\
60 	(__buf)->seg.ds_addr = 0;					\
61 	(__buf)->seg.ds_len = 0;					\
62 	(__buf)->nseg = 0;						\
63 	(__buf)->m = NULL;						\
64 	(__buf)->sgt = NULL;						\
65 	(__buf)->opt = (__opt);						\
67 #define DPAA2_BUF_INIT(__buf)	DPAA2_BUF_INIT_TAGOPT((__buf), NULL, NULL)  argument
76 #define DPAA2_BUF_ASSERT_TXPREP(__buf) do {				\  argument
77 	struct dpaa2_buf *__sgt = (__buf)->sgt;				\
80 	KASSERT((__buf)->paddr == 0,    ("%s: paddr set?", __func__));	\
81 	KASSERT((__buf)->vaddr == NULL, ("%s: vaddr set?", __func__));	\
82 	KASSERT((__buf)->dmat  != NULL, ("%s: no DMA tag?", __func__));	\
83 	KASSERT((__buf)->dmap  == NULL, ("%s: DMA map set?", __func__)); \
84 	KASSERT((__buf)->seg.ds_addr == 0, ("%s: already mapped?", __func__)); \
85 	KASSERT((__buf)->seg.ds_len  == 0, ("%s: already mapped?", __func__)); \
86 	KASSERT((__buf)->nseg  == 0,    ("%s: nseg > 0?", __func__));	\
87 	KASSERT((__buf)->m     == NULL, ("%s: mbuf set?", __func__));	\
88 	KASSERT((__buf)->opt   != NULL, ("%s: no Tx ring?", __func__));	\
98 	KASSERT((__sgt)->opt == (__buf),("%s: buf not linked?", __func__)); \
100 #define DPAA2_BUF_ASSERT_TXREADY(__buf) do {				\  argument
101 	struct dpaa2_buf *__sgt = (__buf)->sgt;				\
104 	KASSERT((__buf)->paddr == 0,    ("%s: paddr set?", __func__));	\
105 	KASSERT((__buf)->vaddr == NULL, ("%s: vaddr set?", __func__));	\
106 	KASSERT((__buf)->dmat  != NULL, ("%s: no DMA tag?", __func__));	\
107 	KASSERT((__buf)->dmap  != NULL, ("%s: no DMA map?", __func__)); \
108 	KASSERT((__buf)->seg.ds_addr == 0, ("%s: already mapped?", __func__)); \
109 	KASSERT((__buf)->seg.ds_len  == 0, ("%s: already mapped?", __func__)); \
110 	KASSERT((__buf)->nseg  == 0,    ("%s: nseg > 0?", __func__));	\
111 	KASSERT((__buf)->m     == NULL, ("%s: mbuf set?", __func__));	\
112 	KASSERT((__buf)->opt   != NULL, ("%s: no Tx ring?", __func__));	\
122 	KASSERT((__sgt)->opt == (__buf),("%s: buf not linked?", __func__)); \
125 #define DPAA2_BUF_ASSERT_TXPREP(__buf) do {	\  argument
127 #define DPAA2_BUF_ASSERT_TXREADY(__buf) do {	\  argument
138 #define DPAA2_BUF_ASSERT_RXPREP(__buf) do {				\  argument
139 	KASSERT((__buf)->paddr == 0,    ("%s: paddr set?", __func__));	\
140 	KASSERT((__buf)->vaddr == NULL, ("%s: vaddr set?", __func__));	\
141 	KASSERT((__buf)->dmat  != NULL, ("%s: no DMA tag?", __func__));	\
143 	KASSERT((__buf)->seg.ds_addr == 0, ("%s: already mapped?", __func__)); \
144 	KASSERT((__buf)->seg.ds_len  == 0, ("%s: already mapped?", __func__)); \
145 	KASSERT((__buf)->nseg  == 0,    ("%s: nseg > 0?", __func__));	\
146 	KASSERT((__buf)->m     == NULL, ("%s: mbuf set?", __func__));	\
147 	KASSERT((__buf)->sgt   == NULL, ("%s: S/G table set?", __func__)); \
148 	KASSERT((__buf)->opt   != NULL, ("%s: no channel?", __func__));	\
150 #define DPAA2_BUF_ASSERT_RXREADY(__buf) do {				\  argument
151 	KASSERT((__buf)->paddr != 0,    ("%s: paddr not set?", __func__)); \
152 	KASSERT((__buf)->vaddr != NULL, ("%s: vaddr not set?", __func__)); \
153 	KASSERT((__buf)->dmat  != NULL, ("%s: no DMA tag?", __func__));	\
154 	KASSERT((__buf)->dmap  != NULL, ("%s: no DMA map?", __func__)); \
155 	KASSERT((__buf)->seg.ds_addr != 0, ("%s: not mapped?", __func__)); \
156 	KASSERT((__buf)->seg.ds_len  != 0, ("%s: not mapped?", __func__)); \
157 	KASSERT((__buf)->nseg  == 1,    ("%s: nseg != 1?", __func__));	\
158 	KASSERT((__buf)->m     != NULL, ("%s: no mbuf?", __func__));	\
159 	KASSERT((__buf)->sgt   == NULL, ("%s: S/G table set?", __func__)); \
160 	KASSERT((__buf)->opt   != NULL, ("%s: no channel?", __func__));	\
163 #define DPAA2_BUF_ASSERT_RXPREP(__buf) do {	\  argument
165 #define DPAA2_BUF_ASSERT_RXREADY(__buf) do {	\  argument