- 07 Mar, 2015 8 commits
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H Hartley Sweeten authored
Signed-off-by:
H Hartley Sweeten <hsweeten@visionengravers.com> Reviewed-by:
Ian Abbott <abbotti@mev.co.uk> Signed-off-by:
Greg Kroah-Hartman <gregkh@linuxfoundation.org>
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H Hartley Sweeten authored
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H Hartley Sweeten authored
Also, clarify the 'ring' allocation failure by returning NULL instead of 'ring' (which would be NULL). Signed-off-by:
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H Hartley Sweeten authored
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H Hartley Sweeten authored
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H Hartley Sweeten authored
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H Hartley Sweeten authored
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H Hartley Sweeten authored
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- 06 Mar, 2015 32 commits
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Haneen Mohammed authored
This patch removes __func__ from dev_err. dev_err includes information about: (devcice, driver, specific instance of device, etc) in the log printout. This was done using Coccinelle, with the following semantic patch: @A@ expression E, R; expression msg; @@ dev_err(E, msg, __func__, R); @script:python b@ e << a.msg; y; @@ if(e.find("%s: ") == True): m = e.replace("%s: ", "", 1); coccinelle.y = m; elif(e.find("%s ") == True): m = e.replace("%s ", "", 1); coccinelle.y = m; elif(e.find("%s:") == True): m = e.replace("%s:", "", 1); coccinelle.y = m; else: m = e.replace("%s", "",1); coccinelle.y = m; @c@ expression a.E, a.msg, a.R; identifier b.y; @@ - dev_err(E, msg, __func__, R); + dev_err(E, y, R); Signed-off-by:
Haneen Mohammed <hamohammed.sa@gmail.com> Signed-off-by:
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Haneen Mohammed authored
This patch removes __func__ from dev_err. dev_err includes information about: (devcice, driver, specific instance of device, etc) in the log printout. This was done using Coccinelle, with the following semantic patch: @A@ expression E, R; expression msg; @@ dev_err(E, msg, __func__, R); @script:python b@ e << a.msg; y; @@ if(e.find("%s: ") == True): m = e.replace("%s: ", "", 1); coccinelle.y = m; elif(e.find("%s ") == True): m = e.replace("%s ", "", 1); coccinelle.y = m; elif(e.find("%s:") == True): m = e.replace("%s:", "", 1); coccinelle.y = m; else: m = e.replace("%s", "",1); coccinelle.y = m; @c@ expression a.E, a.msg, a.R; identifier b.y; @@ - dev_err(E, msg, __func__, R); + dev_err(E, y, R); Signed-off-by:
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Haneen Mohammed authored
This patch removes __func__ from dev_err. dev_err includes information about: (devcice, driver, specific instance of device, etc) in the log printout. This was done using Coccinelle, with the following semantic patch: @A@ expression E, R; expression msg; @@ dev_err(E, msg, __func__, R); @script:python b@ e << a.msg; y; @@ if(e.find("%s: ") == True): m = e.replace("%s: ", "", 1); coccinelle.y = m; elif(e.find("%s ") == True): m = e.replace("%s ", "", 1); coccinelle.y = m; elif(e.find("%s:") == True): m = e.replace("%s:", "", 1); coccinelle.y = m; else: m = e.replace("%s", "",1); coccinelle.y = m; @c@ expression a.E, a.msg, a.R; identifier b.y; @@ - dev_err(E, msg, __func__, R); + dev_err(E, y, R); Signed-off-by:
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Haneen Mohammed authored
This patch removes __func__ from dev_err. dev_err includes information about: (devcice, driver, specific instance of device, etc) in the log printout. This was done using Coccinelle, with the following semantic patch: @A@ expression E, R; expression msg; @@ dev_err(E, msg, __func__, R); @script:python b@ e << a.msg; y; @@ if(e.find("%s: ") == True): m = e.replace("%s: ", "", 1); coccinelle.y = m; elif(e.find("%s ") == True): m = e.replace("%s ", "", 1); coccinelle.y = m; elif(e.find("%s:") == True): m = e.replace("%s:", "", 1); coccinelle.y = m; else: m = e.replace("%s", "",1); coccinelle.y = m; @c@ expression a.E, a.msg, a.R; identifier b.y; @@ - dev_err(E, msg, __func__, R); + dev_err(E, y, R); Signed-off-by:
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Haneen Mohammed authored
This patch removes __func__ from dev_err. dev_err includes information about: (devcice, driver, specific instance of device, etc) in the log printout. This was done using Coccinelle, with the following semantic patch: @A@ expression E, R; expression msg; @@ dev_err(E, msg, __func__, R); @script:python b@ e << a.msg; y; @@ if(e.find("%s: ") == True): m = e.replace("%s: ", "", 1); coccinelle.y = m; elif(e.find("%s ") == True): m = e.replace("%s ", "", 1); coccinelle.y = m; elif(e.find("%s:") == True): m = e.replace("%s:", "", 1); coccinelle.y = m; else: m = e.replace("%s", "",1); coccinelle.y = m; @c@ expression a.E, a.msg, a.R; identifier b.y; @@ - dev_err(E, msg, __func__, R); + dev_err(E, y, R); Signed-off-by:
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Haneen Mohammed authored
This patch removes __func__ from dev_err. dev_err includes information about: (devcice, driver, specific instance of device, etc) in the log printout. This was done using Coccinelle, with the following semantic patch: @A@ expression E, R; expression msg; @@ dev_err(E, msg, __func__, R); @script:python b@ e << a.msg; y; @@ if(e.find("%s: ") == True): m = e.replace("%s: ", "", 1); coccinelle.y = m; elif(e.find("%s ") == True): m = e.replace("%s ", "", 1); coccinelle.y = m; elif(e.find("%s:") == True): m = e.replace("%s:", "", 1); coccinelle.y = m; else: m = e.replace("%s", "",1); coccinelle.y = m; @c@ expression a.E, a.msg, a.R; identifier b.y; @@ - dev_err(E, msg, __func__, R); + dev_err(E, y, R); Signed-off-by:
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Haneen Mohammed authored
This patch removes __func__ from dev_err. dev_err includes information about: (devcice, driver, specific instance of device, etc) in the log printout. This was done using Coccinelle, with the following semantic patch: @A@ expression E, R; expression msg; @@ dev_err(E, msg, __func__, R); @script:python b@ e << a.msg; y; @@ if(e.find("%s: ") == True): m = e.replace("%s: ", "", 1); coccinelle.y = m; elif(e.find("%s ") == True): m = e.replace("%s ", "", 1); coccinelle.y = m; elif(e.find("%s:") == True): m = e.replace("%s:", "", 1); coccinelle.y = m; else: m = e.replace("%s", "",1); coccinelle.y = m; @c@ expression a.E, a.msg, a.R; identifier b.y; @@ - dev_err(E, msg, __func__, R); + dev_err(E, y, R); Signed-off-by:
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Haneen Mohammed authored
This patch removes __func__ from dev_err. dev_err includes information about: (devcice, driver, specific instance of device, etc) in the log printout. This was done using Coccinelle, with the following semantic patch: @A@ expression E, R; expression msg; @@ dev_err(E, msg, __func__, R); @script:python b@ e << a.msg; y; @@ if(e.find("%s: ") == True): m = e.replace("%s: ", "", 1); coccinelle.y = m; elif(e.find("%s ") == True): m = e.replace("%s ", "", 1); coccinelle.y = m; elif(e.find("%s:") == True): m = e.replace("%s:", "", 1); coccinelle.y = m; else: m = e.replace("%s", "",1); coccinelle.y = m; @c@ expression a.E, a.msg, a.R; identifier b.y; @@ - dev_err(E, msg, __func__, R); + dev_err(E, y, R); Signed-off-by:
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Haneen Mohammed authored
This patch replace dev_err with pr_err, for pointer is derefrenced after comparing it to NULL. This was found using the following coccinelle script: @disable is_null@ identifier f; expression E; identifier fld; statement S; @@ + if(E == NULL) S f(...,E->fld,...); -if(E == NULL) S; @@ identifier f; expression E; identifier fld; statement S; @@ + if(!E) S f(...,E->fld,...); -if(!E) S; Signed-off-by:
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Haneen Mohammed authored
This patch removes __func__ from dev_err. dev_err includes information about: (devcice, driver, specific instance of device, etc) in the log printout, so there is no need for __func__. This was done using Coccinelle, with the following semantic patch: @A@ expression E; expression msg; @@ dev_err(E, msg, __func__); @script:python b@ e << a.msg; y; @@ if(e.find("%s: ") == True): m = e.replace("%s: ", ""); coccinelle.y = m; elif(e.find("%s ") == True): m = e.replace("%s ", ""); coccinelle.y = m; else: m = e.replace("%s", ""); @c@ expression a.E, a.msg; identifier b.y; @@ - dev_err(E, msg, __func__); + dev_err(E, y); Signed-off-by:
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Ksenija Stanojevic authored
This patch replaces TRUE by true, since Linux kernel has already a boolean type, bool, defined in linux/stddef.h Signed-off-by:
Ksenija Stanojevic <ksenija.stanojevic@gmail.com> Signed-off-by:
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Yeliz Taneroglu authored
This patch fixes error 'else should follow close brace '}" found by checkpatch in driver rtl8723au. Signed-off-by:
Yeliz Taneroglu <yeliztaneroglu@gmail.com> Signed-off-by:
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Yeliz Taneroglu authored
This fixes the checkpatch.pl warning: WARNING: macros should not use a trailing semicolon. Signed-off-by:
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Cristina Opriceana authored
This patch replaces bool initializations of 1/0 with true/false in order to increase readability and respect the standards. Warning found by coccinelle. Signed-off-by:
Cristina Opriceana <cristina.opriceana@gmail.com> Signed-off-by:
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Navya Sri Nizamkari authored
This patch removes if conditions with no exececutable statements in the bodies of those ifs and also no variable assignments in the if conditional checks. The call to rtllib_act_scanning in the condition doesn't have any side effects as it too performs conditional checks without changing any values. Hence, it's safe to remove the if condition. Signed-off-by:
Navya Sri Nizamkari <navyasri.tech@gmail.com> Signed-off-by:
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Somya Anand authored
This patch removes unnecessary return statement from a void function. This issue is identified by checkpatch.pl Signed-off-by:
Somya Anand <somyaanand214@gmail.com> Signed-off-by:
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Somya Anand authored
This patch removes a redundant variable "raid" and adds inline return statements. This issue is identified by the following coccinelle script: @@ expression ret; identifier f; @@ -ret = +return f(...); -return ret; Signed-off-by: -
Aya Mahfouz authored
eth_zero_addr() is a wrapper function for memset if 0 is going to be assigned to a mac address. The aforementioned function replaces memset. In addition, linux/etherdevice.h was included as a header since it is the file that defines the inline function eth_zero_addr(). The changes were carried out using the following coccinelle script: @header@ @@ #include <linux/etherdevice.h> @eth_zero_addr@ expression e; @@ -memset(e,0,ETH_ALEN); +eth_zero_addr(e); @eth_broadcast_addr@ identifier e; @@ -memset(e,\(0xff\|0xFF\|255\),ETH_ALEN); +eth_broadcast_addr(e); @linux_header depends on !header && (eth_zero_addr || eth_broadcast_addr) @ @@ + #include <linux/etherdevice.h> + @special_header depends on !header && !linux_header && (eth_zero_addr || eth_broadcast_addr) @ @@ + + #include <linux/etherdevice.h> + @custom_header depends on !header && !linux_header && !special_header && (eth_zero_addr || eth_broadcast_addr) @ @@ + + #include <linux/etherdevice.h> Signed-off-by:
Aya Mahfouz <mahfouz.saif.elyazal@gmail.com> Signed-off-by:
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Aya Mahfouz authored
eth_zero_addr() is a wrapper function for memset if 0 is going to be assigned to a mac address. The aforementioned function replaces memset. In addition, linux/etherdevice.h was included as a header since it is the file that define the inline function eth_zero_addr(). The changes were carried out using the following coccinelle script: @header@ @@ #include <linux/etherdevice.h> @eth_zero_addr@ expression e; @@ -memset(e,0,ETH_ALEN); +eth_zero_addr(e); @eth_broadcast_addr@ identifier e; @@ -memset(e,\(0xff\|0xFF\|255\),ETH_ALEN); +eth_broadcast_addr(e); @linux_header depends on !header && (eth_zero_addr || eth_broadcast_addr) @ @@ + #include <linux/etherdevice.h> + @special_header depends on !header && !linux_header && (eth_zero_addr || eth_broadcast_addr) @ @@ + + #include <linux/etherdevice.h> + @custom_header depends on !header && !linux_header && !special_header && (eth_zero_addr || eth_broadcast_addr) @ @@ + + #include <linux/etherdevice.h> Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise left shift operations. The case handled is when resultant value is assigned to a variable. The issue was detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 << -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e << -c); +c; @@ expression e, e1; identifier f; constant c; @@ e1 = f(..., -(e +e << -c) +c ,...); Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise left shift operations. The case handled is when resultant value is assigned to a variable. The issue was detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 << -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e << -c); +c; @@ expression e, e1; identifier f; constant c; @@ e1 = f(..., -(e +e << -c) +c ,...); Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise left shift operations. The case handled is when resultant value is assigned to a variable. The issue was detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 << -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e << -c); +c; @@ expression e, e1; identifier f; constant c; @@ e1 = f(..., -(e +e << -c) +c ,...); Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise left shift operations. The case handled is when resultant value is assigned to a variable. The issue was detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 << -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e << -c); +c; Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise left shift operations. The cases handled here are when resultant values are assigned to variables. The issue was detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 << -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e << -c); +c; @@ expression e, e1; identifier f; constant c; @@ e1 = f(..., -(e +e << -c) +c ,...); Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise right shift operations. The cases handled here are when resultant values are assigned to variables. The issue was detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 >> -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e >> -c); +c; @@ expression e, e1; identifier f; constant c; @@ e1 = f(..., -(e +e >> -c) +c ,...); Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise right shift operation. The case handled is when the resultant value is assigned to a variable. The issue was detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 >> -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e >> -c); +c; @@ expression e, e1; identifier f; constant c; @@ e1 = f(..., -(e +e >> -c) +c ,...); Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise right shift operations. The cases handled here are when resultant values are assigned to variables. The issue was detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 >> -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e >> -c); +c; @@ expression e, e1; identifier f; constant c; @@ e1 = f(..., -(e +e >> -c) +c ,...); Some coding style issues were handled manually to avoid checkpatch warnings and errors. Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise right shift operations. The cases handled here are when resultant values are assigned to variables. The issue was detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 >> -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e >> -c); +c; @@ expression e, e1; identifier f; constant c; @@ e1 = f(..., -(e +e >> -c) +c ,...); Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise right shift operation. The cases handled are when the resultant value is assigned to a variable or when a shift operation is carried out for a function argument. The issues were detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 >> -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e >> -c); +c; @@ expression e, e1; identifier f; constant c; @@ e1 = f(..., -(e +e >> -c) +c ,...); Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise right shift operation. The cases handled are when the resultant value is assigned to a variable or when a shift operation is carried out for a function argument. The issues were detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 >> -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e >> -c); +c; @@ expression e, e1; identifier f; constant c; @@ e1 = f(..., -(e +e >> -c) +c ,...); Some coding style issues were handled manually to avoid checkpatch warnings and errors. Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise right shift operation. The cases handled are when the resultant value is assigned to a variable or when a shift operation is carried out for a function argument. The issues were detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 >> -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e >> -c); +c; @@ expression e, e1; identifier f; constant c; @@ e1 = f(..., -(e +e >> -c) +c ,...); Some coding style issues were handled manually to avoid checkpatch warnings and errors. Signed-off-by:
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Aya Mahfouz authored
Removes extra parentheses around bitwise right shift operations. The cases handled here are when resultant values are assigned to variables. The issue was detected and resolved using the following coccinelle script: @@ expression e, e1; constant c; @@ e = -(e1 +e1 >> -c); +c; @@ identifier i; constant c; type t; expression e; @@ t i = -(e +e >> -c); +c; @@ expression e, e1; identifier f; constant c; @@ e1 = f(..., -(e +e >> -c) +c ,...); Signed-off-by:
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