util/spd_tools: Format lp5 file to golang standards
This commit formats the lp5.go file according to goland standards.
TEST=Built spd_tools
Signed-off-by: Robert Zieba <robertzieba@google.com>
Change-Id: If102c90f732efc51a90de6cc0e18c879d56699b5
Reviewed-on: https://review.coreboot.org/c/coreboot/+/68375
Tested-by: build bot (Jenkins) <no-reply@coreboot.org>
Reviewed-by: Karthik Ramasubramanian <kramasub@google.com>
diff --git a/util/spd_tools/src/spd_gen/lp5.go b/util/spd_tools/src/spd_gen/lp5.go
index 5d73cd5..fbcb44c 100644
--- a/util/spd_tools/src/spd_gen/lp5.go
+++ b/util/spd_tools/src/spd_gen/lp5.go
@@ -47,13 +47,13 @@
type LP5SpeedParams struct {
defaultTCKMinPs int
- MaxCASLatency int
+ MaxCASLatency int
}
type LP5BankArchParams struct {
- NumBanks int
- BankGroups int
- BurstAddressBits int
+ NumBanks int
+ BankGroups int
+ BurstAddressBits int
}
type LP5SPDAttribFunc func(*LP5MemAttributes) byte
@@ -66,12 +66,12 @@
type LP5SetFunc func(*LP5MemAttributes) int
type LP5Set struct {
- SPDRevision byte
- getBankArch LP5SetFunc
- optionalFeatures byte
- otherOptionalFeatures byte
- busWidthEncoding byte
- speedToTCKMinPs map[int]int
+ SPDRevision byte
+ getBankArch LP5SetFunc
+ optionalFeatures byte
+ otherOptionalFeatures byte
+ busWidthEncoding byte
+ speedToTCKMinPs map[int]int
}
/* ------------------------------------------------------------------------------------------ */
@@ -208,10 +208,10 @@
* = 1 / (WCK rate / WCK:CK)
* = 1 / (speed grade / 2 / WCK:CK) // "double data rate"
*/
- speedToTCKMinPs: map[int]int{
- 7500 : 1066, /* 1 / (7500 / 2 / 4) */
- 6400 : 1250, /* 1 / (6400 / 2 / 4) */
- 5500 : 1455, /* 1 / (5500 / 2 / 4) */
+ speedToTCKMinPs: map[int]int{
+ 7500: 1066, /* 1 / (7500 / 2 / 4) */
+ 6400: 1250, /* 1 / (6400 / 2 / 4) */
+ 5500: 1455, /* 1 / (5500 / 2 / 4) */
},
},
1: {
@@ -310,8 +310,8 @@
* Maps the number of banks to the SPD encoding as per JESD 21-C.
*/
var LP5NumBanksEncoding = map[int]byte{
- 4: 0x0,
- 8: 0x1,
+ 4: 0x0,
+ 8: 0x1,
16: 0x2,
}
@@ -339,7 +339,7 @@
* Maps the number of column address bits to the SPD encoding as per JESD 21-C.
*/
var LP5ColAddressBitsEncoding = map[int]byte{
- 9: 0x0,
+ 9: 0x0,
10: 0x1,
11: 0x2,
12: 0x3,
@@ -347,18 +347,18 @@
var LP5BankArchToSPDEncoding = map[int]LP5BankArchParams{
LP5BGBankArch: {
- NumBanks: 4,
- BankGroups: 4,
+ NumBanks: 4,
+ BankGroups: 4,
BurstAddressBits: 4,
},
LP58BBankArch: {
- NumBanks: 8,
- BankGroups: 1,
+ NumBanks: 8,
+ BankGroups: 1,
BurstAddressBits: 5,
},
LP516BBankArch: {
- NumBanks: 16,
- BankGroups: 1,
+ NumBanks: 16,
+ BankGroups: 1,
BurstAddressBits: 4,
},
}
@@ -374,16 +374,16 @@
*/
var LP5SpeedMbpsToSPDEncoding = map[int]LP5SpeedParams{
7500: {
- defaultTCKMinPs : 266, /* 1 / (7500 / 2) */
- MaxCASLatency: 20,
+ defaultTCKMinPs: 266, /* 1 / (7500 / 2) */
+ MaxCASLatency: 20,
},
6400: {
- defaultTCKMinPs : 312, /* 1 / (6400 / 2) */
- MaxCASLatency: 17,
+ defaultTCKMinPs: 312, /* 1 / (6400 / 2) */
+ MaxCASLatency: 17,
},
5500: {
- defaultTCKMinPs : 363, /* 1 / (5500 / 2) */
- MaxCASLatency: 15,
+ defaultTCKMinPs: 363, /* 1 / (5500 / 2) */
+ MaxCASLatency: 15,
},
}
@@ -439,7 +439,7 @@
* Mendocino does not support 8B. It uses 16B Bank Architecture for speed <= 3200 Mbps.
* It uses BG Bank Architecture for speed > 3200 Mbps.
*/
- if memAttribs.SpeedMbps <= 3200 {
+ if memAttribs.SpeedMbps <= 3200 {
return LP516BBankArch
}
return LP5BGBankArch
@@ -498,7 +498,7 @@
var b byte
// 2:0 Column address bits.
- b = LP5ColAddressBitsEncoding[LP5ColAddressBits + LP5GetBurstAddressBits(memAttribs)]
+ b = LP5ColAddressBitsEncoding[LP5ColAddressBits+LP5GetBurstAddressBits(memAttribs)]
// 5:3 Row address bits.
density := memAttribs.DensityPerDieGb