user/sven/linux.git/include/linux/mtd, branch v4.7

mtd: spi-nor: support GigaDevice gd25lq64c

2016-05-10T22:44:18Z

Also note the GigaDevice JEDEC ID. No write-protect support yet, since this flash uses a different status register layout. Cc: Ezequiel Garcia Signed-off-by: Brian Norris Acked-by: Marek Vasut

Merge tag 'nand/for-4.7' of github.com:linux-nand/linux

2016-05-06T01:04:53Z

Updates from Boris Brezillon: This pull request contains the following infrastructure changes: * introduction of the ECC algo concept to extend the ECC mode one * replacement of the nand_ecclayout infrastructure by something more future-proof. * addition of an mtd-activity led trigger to replace the nand-activity one And a bunch of specific NAND driver improvements/fixes. Here are the changes that are worth mentioning: * rework of the OMAP GPMC and NAND drivers * prepare the sunxi NAND driver to receive DMA support * handle bitflips in erased pages on GPMI revisions that do not support this in hardware. * tag 'nand/for-4.7' of github.com:linux-nand/linux: (152 commits) mtd: brcmnand: respect ECC algorithm set by NAND subsystem gpmi-nand: Handle ECC Errors in erased pages Documentation: devicetree: deprecate "soft_bch" nand-ecc-mode value mtd: nand: add support for "nand-ecc-algo" DT property mtd: mtd: drop NAND_ECC_SOFT_BCH enum value mtd: drop support for NAND_ECC_SOFT_BCH as "soft_bch" mapping mtd: nand: read ECC algorithm from the new field mtd: nand: fsmc: validate ECC setup by checking algorithm directly mtd: nand: set ECC algorithm to Hamming on fallback staging: mt29f_spinand: set ECC algorithm explicitly CRIS v32: nand: set ECC algorithm explicitly mtd: nand: atmel: set ECC algorithm explicitly mtd: nand: davinci: set ECC algorithm explicitly mtd: nand: bf5xx: set ECC algorithm explicitly mtd: nand: omap2: Fix high memory dma prefetch transfer mtd: nand: omap2: Start dma request before enabling prefetch mtd: nandsim: add __init attribute mtd: nand: move of_get_nand_xxx() helpers into nand_base.c mtd: nand: sh_flctl: rely on generic DT parsing done in nand_scan_ident() mtd: nand: mxc: rely on generic DT parsing done in nand_scan_ident() ...

mtd: mtd: drop NAND_ECC_SOFT_BCH enum value

2016-05-05T21:55:13Z

This value should not be part of nand_ecc_modes_t as it specifies algorithm not a mode. We successfully managed to introduce new "algo" field which is respected now. Signed-off-by: Rafał Miłecki Signed-off-by: Boris Brezillon

mtd: kill the nand_ecclayout struct

2016-05-05T21:51:51Z

Now that all MTD drivers have moved to the mtd_ooblayout_ops model we can safely remove the struct nand_ecclayout definition, and all the remaining places where it was still used. Signed-off-by: Boris Brezillon

mtd: nand: kill the ecc->layout field

2016-05-05T21:51:50Z

Now that all NAND drivers have switched to mtd_ooblayout_ops, we can kill the ecc->layout field. Signed-off-by: Boris Brezillon

mtd: onenand: switch to mtd_ooblayout_ops

2016-05-05T21:51:49Z

Implementing the mtd_ooblayout_ops interface is the new way of exposing ECC/OOB layout to MTD users. Modify the onenand drivers to switch to this approach. Signed-off-by: Boris Brezillon

mtd: nand: fsmc: get rid of the fsmc_nand_eccplace struct

2016-05-05T21:51:43Z

Now that mtd_ooblayout_ecc() returns the ECC byte position using the OOB free method, we can get rid of the fsmc_nand_eccplace struct. Signed-off-by: Boris Brezillon

mtd: nand: sharpsl: switch to mtd_ooblayout_ops

2016-05-05T21:51:36Z

Implementing the mtd_ooblayout_ops interface is the new way of exposing ECC/OOB layout to MTD users. Signed-off-by: Boris Brezillon

mtd: nand: implement the default mtd_ooblayout_ops

2016-04-19T20:05:56Z

Replace the default nand_ecclayout definitions for large and small page devices with the equivalent mtd_ooblayout_ops. Signed-off-by: Boris Brezillon

mtd: create an mtd_ooblayout_ops struct to ease ECC layout definition

2016-04-19T20:05:55Z

ECC layout definitions are currently exposed using the nand_ecclayout struct which embeds oobfree and eccpos arrays with predefined size. This approach was acceptable when NAND chips were providing relatively small OOB regions, but MLC and TLC now provide OOB regions of several hundreds of bytes, which implies a non negligible overhead for everybody even those who only need to support legacy NANDs. Create an mtd_ooblayout_ops interface providing the same functionality (expose the ECC and oobfree layout) without the need for this huge structure. The mtd->ecclayout is now deprecated and should be replaced by the equivalent mtd_ooblayout_ops. In the meantime we provide a wrapper around the ->ecclayout field to ease migration to this new model. Signed-off-by: Boris Brezillon