| Line 210... |
Line 210... |
// printf("PROCESS, COUNT = %d, IREG = %02x\n", m_count, m_ireg);
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// printf("PROCESS, COUNT = %d, IREG = %02x\n", m_count, m_ireg);
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if (m_state == QSPIF_QUAD_READ_IDLE) {
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if (m_state == QSPIF_QUAD_READ_IDLE) {
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assert(m_quad_mode);
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assert(m_quad_mode);
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if (m_count == 24) {
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if (m_count == 24) {
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if (m_debug) printf("QSPI: Entering from Quad-Read Idle to Quad-Read\n");
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if (m_debug) printf("QSPI: Entering from Quad-Read Idle to Quad-Read\n");
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printf("QSPI: QI/O Idle Addr = %02x\n", m_ireg&0x0ffffff);
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if (m_debug) printf("QSPI: QI/O Idle Addr = %02x\n", m_ireg&0x0ffffff);
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m_addr = (m_ireg) & 0x0ffffff;
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m_addr = (m_ireg) & 0x0ffffff;
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assert((m_addr & 0xfc00000)==0);
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assert((m_addr & 0xfc00000)==0);
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m_state = QSPIF_QUAD_READ;
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m_state = QSPIF_QUAD_READ;
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} m_oreg = 0;
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} m_oreg = 0;
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} else if (m_count == 8) {
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} else if (m_count == 8) {
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| Line 413... |
Line 413... |
if (m_count == 32) {
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if (m_count == 32) {
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m_mode_byte = (m_ireg & 0x0ff);
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m_mode_byte = (m_ireg & 0x0ff);
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// printf("QSPI/QR: MODE BYTE = %02x\n", m_mode_byte);
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// printf("QSPI/QR: MODE BYTE = %02x\n", m_mode_byte);
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} else if ((m_count >= 32+16)&&(0 == (m_sreg&0x01))) {
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} else if ((m_count >= 32+16)&&(0 == (m_sreg&0x01))) {
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QOREG(m_mem[m_addr++]);
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QOREG(m_mem[m_addr++]);
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printf("QSPIF[%08x]/QR = %02x\n",
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// printf("QSPIF[%08x]/QR = %02x\n", m_addr-1, m_oreg & 0x0ff);
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m_addr-1, m_oreg & 0x0ff);
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} else m_oreg = 0;
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} else m_oreg = 0;
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break;
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break;
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case QSPIF_PP:
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case QSPIF_PP:
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if (m_count == 32) {
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if (m_count == 32) {
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m_addr = m_ireg & 0x0ffffff;
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m_addr = m_ireg & 0x0ffffff;
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