[CHAOS_MONKEY]
enabled = 0
config   = CHAOS_MONKEY_HARD

[LOG]
logAppRegistryOnStart    = true
logAppRegistryOnStop     = true
logAppEnvironmentOnStart = true
logAppEnvironmentOnStop  = true
logAppArguments          = true
logAppPath               = true


[UNITTESTS_DISABLE]
NoDefaultConfig__DoesNotIntercept =1
NoDefaultConfigFuncConfig__DoesIntercept =1
DefaultConfig__DoesIntercept =1
NoChaosMonkeySection__DoesNotIntercept =1
ChaosMonkeyDisabled__DoesNotIntercept =1
SemicolonLastInLine__Ok =1
SpacesInRules__Ok =1
DuplicateParam__Throw = 1
ConfigProbabilityValid__CorrectRatio = 1


[NODEFAULTCONFIGFUNCCONFIG__DOESINTERCEPT]
enabled = 1


[NODEFAULTCONFIGFUNCCONFIG__DOESINTERCEPT_PLAN1]
write= runs=1;return_status=eIO_Timeout;
read= runs=1;return_status=eIO_Timeout;
poll=delay=2000;ignore=yes;runs=1
connect=allow=no;runs=1


[DEFAULTCONFIG__DOESINTERCEPT]
; Numeration starts from 1
enabled = 1


[DEFAULTCONFIG__DOESINTERCEPT_PLAN1]
write= runs=1;return_status=eIO_Timeout;
read= runs=1;return_status=eIO_Timeout;
poll=delay=2000;ignore=yes;runs=1
connect=allow=no;runs=1


[doesnotexist_PLAN1]
host_match=lbos.*
port_match=8080
write1=return_status=eIO_Unknown;runs=100%
read1=return_status=eIO_Timeout;runs=100%
poll=ignore=yes;
connect1=return_status=eIO_Unknown;runs=100%

; Semicolon test - test rules that have and do not have trailing semicolon
; Order of check for recv/send:
; 1 - Interception
; 2 - Interception (different error code)
; 3 - No interception from now on
[SEMICOLON_TEST]
enabled =TRUE


[SEMICOLON_TEST_PLAN1]
write1    =return_status=eIO_Unknown;runs=1:100%,2:0%,3:0%,repeat;
write2    =return_status=eIO_Timeout;runs=1:0%,2:100%,3:0%,repeat
read1     =return_status=eIO_Unknown;runs=1:100%,2:0%,3:0%,repeat;
read2     =return_status=eIO_Timeout;runs=1:0%,2:100%, 3:0%,repeat
connect1  =allow=no;return_status=eIO_Closed;runs=1:100%,2:0%,3:0%,repeat;
connect2  =allow=no;return_status=eIO_Unknown;runs=1:0%,2:100%,3:0%,repeat;
poll1     =ignore=yes;delay=2000;runs=1:0%,2:100%,3:0%,repeat
poll2     =ignore=yes;delay=100;runs=1:100%,2:0%,3:0%,repeat;


[SPACES_TEST]
enabled =TRUE


[SPACES_TEST_PLAN1]
write1    =return_status=eIO_Unknown;runs=1:100%,2:0%,  3:0%,repeat;
write2    =return_status=eIO_Timeout;runs=1:0%,  2:100%,3:0%,repeat;
read1     =return_status=eIO_Unknown;runs=1:100%,2:0%,  3:0%,repeat;
read2     =return_status=eIO_Timeout;runs=1:0%,  2:100%,3:0%,repeat;
connect1  =allow=no;return_status=eIO_Closed; runs=1:100%,2:0%,   3:0%,   repeat;
connect2  =allow=no;return_status=eIO_Unknown;runs=1:0%,  2:100%, 3:0%,   repeat;
poll1     =ignore=yes; delay = 2000;        runs=1:  0%,  2   : 100%, 3 : 0%,   repeat;
poll2     =ignore= yes; delay    =   100    ;         runs=1: 100%     ,2:0%,   3 :0%,   repeat;


; Test for duplicate parameter - parameter "runs" is set twice in the write rule 
[DUPLPARAM_TEST_WRITE1]
enabled =TRUE
[DUPLPARAM_TEST_WRITE1_PLAN1]
write   = runs=2;return_status=eIO_Unknown;runs=3;

; Test for duplicate parameter - parameter "return_status" is set twice in the write rule 
[DUPLPARAM_TEST_WRITE2]
enabled =TRUE
[DUPLPARAM_TEST_WRITE2_PLAN1]
write   = return_status=eIO_Unknown;runs=3;return_status=eIO_Unknown;

; Test for duplicate parameter - parameter "runs" is set twice in the read rule 
[DUPLPARAM_TEST_READ1]
enabled =TRUE
[DUPLPARAM_TEST_READ1_PLAN1]
read    = runs=2;return_status=eIO_Unknown;runs==5

; Test for duplicate parameter - parameter "return_status" is set twice in the read rule 
[DUPLPARAM_TEST_READ2]
enabled =TRUE
[DUPLPARAM_TEST_READ2_PLAN1]
read    = return_status=eIO_Unknown;runs=2;return_status=eIO_Unknown;

; Test for duplicate parameter - parameter "allow" is set twice in the connect rule 
[DUPLPARAM_TEST_CONNECT1]
enabled =TRUE
[DUPLPARAM_TEST_CONNECT1_PLAN1]
connect = allow=no;runs=3,repeat;allow=no;

; Test for duplicate parameter - parameter "runs" is set twice in the connect rule 
[DUPLPARAM_TEST_CONNECT2]
enabled =TRUE
[DUPLPARAM_TEST_CONNECT2_PLAN1]
connect = runs=3,repeat;allow=no;runs==3,repeat;

; Test for duplicate parameter - parameter "ignore" is set twice in the poll rule
[DUPLPARAM_TEST_POLL1]
enabled =TRUE
[DUPLPARAM_TEST_POLL1_PLAN1]
poll    = ignore=yes;runs=3,repeat;ignore=yes;

; Test for duplicate parameter - parameter "runs" is set twice in the poll rule
[DUPLPARAM_TEST_POLL2]
enabled =TRUE
[DUPLPARAM_TEST_POLL2_PLAN1]
poll    = runs=3,repeat;ignore=yes;runs=3,repeat;


[CONF_STRENGTH_VALID1]
enabled =TRUE
probability = -0%
[CONF_STRENGTH_VALID1_PLAN1]
write   = return_status=eIO_Unknown;

[CONF_STRENGTH_VALID2]
enabled =TRUE
probability = 0%
[CONF_STRENGTH_VALID2_PLAN1]
write   = return_status=eIO_Unknown;

[CONF_STRENGTH_VALID3]
enabled =TRUE
probability = 30%
[CONF_STRENGTH_VALID3_PLAN1]
write   = return_status=eIO_Unknown;

[CONF_STRENGTH_VALID4]
enabled =TRUE
probability = 100%
[CONF_STRENGTH_VALID4_PLAN1]
write   = return_status=eIO_Unknown;

[CONF_STRENGTH_VALID5]
enabled =TRUE
probability = 
[CONF_STRENGTH_VALID5_PLAN1]
write   = return_status=eIO_Unknown;


[CONF_STRENGTH_INVALID1]
enabled =TRUE
probability = -1%
[CONF_STRENGTH_INVALID1_PLAN1]
write   = return_status=eIO_Unknown;

[CONF_STRENGTH_INVALID2]
enabled =TRUE
probability = -140%
[CONF_STRENGTH_INVALID2_PLAN1]
write   = return_status=eIO_Unknown;

[CONF_STRENGTH_INVALID3]
enabled =TRUE
probability = 140%
[CONF_STRENGTH_INVALID3_PLAN1]
write   = return_status=eIO_Unknown;

[CONF_STRENGTH_INVALID4]
enabled =TRUE

probability = 1,0
[CONF_STRENGTH_INVALID4_PLAN1]
write   = return_status=eIO_Unknown;

[CONF_STRENGTH_INVALID5]
enabled =TRUE
probability = 1g
[CONF_STRENGTH_INVALID5_PLAN1]
write   = return_status=eIO_Unknown;

[CONF_STRENGTH_INVALID6]
enabled =TRUE
probability = ff
[CONF_STRENGTH_INVALID6_PLAN1]
write   = return_status=eIO_Unknown;


; Test for parsing and execution of a valid all-monkey setting for probability. 
; Text in 'write' is not very important, its only task is to replace default text.
; Probability value is 33%
[PROBABILITYVALID1]
enabled =TRUE
probability=33%
[PROBABILITYVALID1_PLAN1]
write   = text='PROBABILITYVALID1_TEXT'

; Test for parsing and execution of a valid all-monkey setting for probability. 
; Text in 'write' is not very important, its only task is to replace default text.
; Probability value is 0%
[PROBABILITYVALID2]
enabled =TRUE
probability=0%
[PROBABILITYVALID2_PLAN1]
write   = text='PROBABILITYVALID2_TEXT'


[PROBABILITYVALID3]
enabled =TRUE
probability=-0%
[PROBABILITYVALID3_PLAN1]
write   = text='PROBABILITYVALID3_TEXT'


[PROBABILITYVALID4]
enabled     = TRUE
probability = 100%
[PROBABILITYVALID4_PLAN1]
write       = text='PROBABILITYVALID4_TEXT'


[PROBABILITYVALID5]
enabled =TRUE
probability=0.0
[PROBABILITYVALID5_PLAN1]
write   = text='PROBABILITYVALID5_TEXT'


[PROBABILITYVALID6]
enabled =TRUE
probability=-0
[PROBABILITYVALID6_PLAN1]
write   = text='PROBABILITYVALID6_TEXT'


[PROBABILITYVALID7]
enabled =TRUE
probability=0.385
[PROBABILITYVALID7_PLAN1]
write   = text='PROBABILITYVALID7_TEXT'


[PROBABILITYVALID8]
enabled =TRUE
probability=1.0
[PROBABILITYVALID8_PLAN1]
write   = text='PROBABILITYVALID8_TEXT'


[PROBABILITYINVALID1]
enabled =TRUE
probability=146%
[PROBABILITYINVALID1_PLAN1]
write   = text='PROBABILITYINVALID1_TEXT'


[PROBABILITYINVALID2]
enabled =TRUE
probability=-10%
[PROBABILITYINVALID2_PLAN1]
write   = text='PROBABILITYINVALID2_TEXT'


[PROBABILITYINVALID3]
enabled =TRUE
probability=1.1
[PROBABILITYINVALID3_PLAN1]
write   = text='PROBABILITYINVALID3_TEXT'


[PROBABILITYINVALID4]
enabled =TRUE
probability=-0.1
[PROBABILITYINVALID4_PLAN1]
write   = text='PROBABILITYINVALID4_TEXT'


[PROBABILITYINVALID5]
enabled =TRUE
probability=-1
[PROBABILITYINVALID5_PLAN1]
write   = text='PROBABILITYINVALID5_TEXT'


[PROBABILITYINVALID6]
enabled =TRUE
probability=0,385
[PROBABILITYINVALID6_PLAN1]
write   = text='PROBABILITYINVALID6_TEXT'


[PROBABILITYINVALID7]
enabled =TRUE
probability=1,0
[PROBABILITYINVALID7_PLAN1]
write   = text='PROBABILITYINVALID7_TEXT'


[PROBABILITYINVALID8]
enabled =TRUE
probability=-0,1
[PROBABILITYINVALID8_PLAN1]
write   = text='PROBABILITYINVALID8_TEXT'