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Convert tab indentations to spaces in *.cs files (#3551)

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Prepare to pass meta test.
This commit is contained in:
Ilya
2017-04-13 13:45:46 -07:00
committed by Sergei Vorobev
parent acec58c049
commit 4ad4b194fc
24 changed files with 425 additions and 425 deletions
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src/Microsoft.Management.Infrastructure.CimCmdlets/CimPromptUser.cs
+1 -1
View File
@@ -121,7 +121,7 @@ namespace Microsoft.Management.Infrastructure.CimCmdlets
/// prompt message
/// </summary>
public string Message
{
{
get
{
return message;
src/Microsoft.PowerShell.Commands.Diagnostics/CoreCLR/Stubs.cs
+213 -213
View File
@@ -5,248 +5,248 @@ using Microsoft.PowerShell.CoreClr.Stubs;
namespace System.Diagnostics
{
/// <summary>
/// Indicates whether the performance counter category can have multiple instances.
/// </summary>
/// <filterpriority>1</filterpriority>
public enum PerformanceCounterCategoryType
{
/// <summary>
/// The instance functionality for the performance counter category is unknown.
/// </summary>
Unknown = -1,
/// <summary>
/// Indicates whether the performance counter category can have multiple instances.
/// </summary>
/// <filterpriority>1</filterpriority>
public enum PerformanceCounterCategoryType
{
/// <summary>
/// The instance functionality for the performance counter category is unknown.
/// </summary>
Unknown = -1,
/// <summary>
/// The performance counter category can have only a single instance.
/// </summary>
SingleInstance,
/// <summary>
/// The performance counter category can have only a single instance.
/// </summary>
SingleInstance,
/// <summary>
/// The performance counter category can have multiple instances.
/// </summary>
MultiInstance
}
/// <summary>
/// The performance counter category can have multiple instances.
/// </summary>
MultiInstance
}
/// <summary>
/// Specifies the formula used to calculate the <see cref="M:System.Diagnostics.PerformanceCounter.NextValue" />
/// method for a <see cref="T:System.Diagnostics.PerformanceCounter" /> instance.
/// </summary>
/// <filterpriority>2</filterpriority>
public enum PerformanceCounterType
{
/// <summary>
/// An instantaneous counter that shows the most recently observed value.
/// Used, for example, to maintain a simple count of items or operations.
/// </summary>
NumberOfItems32 = 65536,
/// <summary>
/// Specifies the formula used to calculate the <see cref="M:System.Diagnostics.PerformanceCounter.NextValue" />
/// method for a <see cref="T:System.Diagnostics.PerformanceCounter" /> instance.
/// </summary>
/// <filterpriority>2</filterpriority>
public enum PerformanceCounterType
{
/// <summary>
/// An instantaneous counter that shows the most recently observed value.
/// Used, for example, to maintain a simple count of items or operations.
/// </summary>
NumberOfItems32 = 65536,
/// <summary>
/// An instantaneous counter that shows the most recently observed value.
/// Used, for example, to maintain a simple count of a very large number
/// of items or operations. It is the same as NumberOfItems32 except that
/// it uses larger fields to accommodate larger values.
/// </summary>
NumberOfItems64 = 65792,
/// <summary>
/// An instantaneous counter that shows the most recently observed value.
/// Used, for example, to maintain a simple count of a very large number
/// of items or operations. It is the same as NumberOfItems32 except that
/// it uses larger fields to accommodate larger values.
/// </summary>
NumberOfItems64 = 65792,
/// <summary>
/// An instantaneous counter that shows the most recently observed value
/// in hexadecimal format. Used, for example, to maintain a simple count
/// of items or operations.</summary>
NumberOfItemsHEX32 = 0,
/// <summary>
/// An instantaneous counter that shows the most recently observed value
/// in hexadecimal format. Used, for example, to maintain a simple count
/// of items or operations.</summary>
NumberOfItemsHEX32 = 0,
/// <summary>
/// An instantaneous counter that shows the most recently observed value.
/// Used, for example, to maintain a simple count of a very large number
/// of items or operations. It is the same as NumberOfItemsHEX32 except
/// that it uses larger fields to accommodate larger values.
/// </summary>
NumberOfItemsHEX64 = 256,
/// <summary>
/// An instantaneous counter that shows the most recently observed value.
/// Used, for example, to maintain a simple count of a very large number
/// of items or operations. It is the same as NumberOfItemsHEX32 except
/// that it uses larger fields to accommodate larger values.
/// </summary>
NumberOfItemsHEX64 = 256,
/// <summary>
/// A difference counter that shows the average number of operations completed
/// during each second of the sample interval. Counters of this type measure
/// time in ticks of the system clock.</summary>
RateOfCountsPerSecond32 = 272696320,
/// <summary>
/// A difference counter that shows the average number of operations completed
/// during each second of the sample interval. Counters of this type measure
/// time in ticks of the system clock.</summary>
RateOfCountsPerSecond32 = 272696320,
/// <summary>
/// A difference counter that shows the average number of operations completed
/// during each second of the sample interval. Counters of this type measure
/// time in ticks of the system clock. This counter type is the same as the
/// RateOfCountsPerSecond32 type, but it uses larger fields to accommodate
/// larger values to track a high-volume number of items or operations per
/// second, such as a byte-transmission rate.
/// </summary>
RateOfCountsPerSecond64 = 272696576,
/// <summary>
/// A difference counter that shows the average number of operations completed
/// during each second of the sample interval. Counters of this type measure
/// time in ticks of the system clock. This counter type is the same as the
/// RateOfCountsPerSecond32 type, but it uses larger fields to accommodate
/// larger values to track a high-volume number of items or operations per
/// second, such as a byte-transmission rate.
/// </summary>
RateOfCountsPerSecond64 = 272696576,
/// <summary>
/// An average counter designed to monitor the average length of a queue
/// to a resource over time. It shows the difference between the queue
/// lengths observed during the last two sample intervals divided by the
/// duration of the interval. This type of counter is typically used to
/// track the number of items that are queued or waiting.
/// </summary>
CountPerTimeInterval32 = 4523008,
/// <summary>
/// An average counter designed to monitor the average length of a queue
/// to a resource over time. It shows the difference between the queue
/// lengths observed during the last two sample intervals divided by the
/// duration of the interval. This type of counter is typically used to
/// track the number of items that are queued or waiting.
/// </summary>
CountPerTimeInterval32 = 4523008,
/// <summary>
/// An average counter that monitors the average length of a queue to a
/// resource over time. Counters of this type display the difference
/// between the queue lengths observed during the last two sample intervals,
/// divided by the duration of the interval. This counter type is the same
/// as CountPerTimeInterval32 except that it uses larger fields to
/// accommodate larger values. This type of counter is typically used
/// to track a high-volume or very large number of items that are queued or waiting.
/// </summary>
CountPerTimeInterval64 = 4523264,
/// <summary>
/// An average counter that monitors the average length of a queue to a
/// resource over time. Counters of this type display the difference
/// between the queue lengths observed during the last two sample intervals,
/// divided by the duration of the interval. This counter type is the same
/// as CountPerTimeInterval32 except that it uses larger fields to
/// accommodate larger values. This type of counter is typically used
/// to track a high-volume or very large number of items that are queued or waiting.
/// </summary>
CountPerTimeInterval64 = 4523264,
/// <summary>
/// An instantaneous percentage counter that shows the ratio of a subset
/// to its set as a percentage. For example, it compares the number of bytes
/// in use on a disk to the total number of bytes on the disk.
/// Counters of this type display the current percentage only, not an average
/// over time.
/// </summary>
RawFraction = 537003008,
/// <summary>
/// An instantaneous percentage counter that shows the ratio of a subset
/// to its set as a percentage. For example, it compares the number of bytes
/// in use on a disk to the total number of bytes on the disk.
/// Counters of this type display the current percentage only, not an average
/// over time.
/// </summary>
RawFraction = 537003008,
/// <summary>
/// A base counter that stores the denominator of a counter that presents a
/// general arithmetic fraction. Check that this value is greater than zero
/// before using it as the denominator in a RawFraction value calculation.
/// </summary>
RawBase = 1073939459,
/// <summary>
/// A base counter that stores the denominator of a counter that presents a
/// general arithmetic fraction. Check that this value is greater than zero
/// before using it as the denominator in a RawFraction value calculation.
/// </summary>
RawBase = 1073939459,
/// <summary>
/// An average counter that measures the time it takes, on average, to
/// complete a process or operation. Counters of this type display a
/// ratio of the total elapsed time of the sample interval to the number
/// of processes or operations completed during that time. This counter
/// type measures time in ticks of the system clock.
/// </summary>
AverageTimer32 = 805438464,
/// <summary>
/// An average counter that measures the time it takes, on average, to
/// complete a process or operation. Counters of this type display a
/// ratio of the total elapsed time of the sample interval to the number
/// of processes or operations completed during that time. This counter
/// type measures time in ticks of the system clock.
/// </summary>
AverageTimer32 = 805438464,
/// <summary>
/// A base counter that is used in the calculation of time or count averages,
/// such as AverageTimer32 and AverageCount64. Stores the denominator for
/// calculating a counter to present "time per operation" or "count per operation".
/// </summary>
AverageBase = 1073939458,
/// <summary>
/// A base counter that is used in the calculation of time or count averages,
/// such as AverageTimer32 and AverageCount64. Stores the denominator for
/// calculating a counter to present "time per operation" or "count per operation".
/// </summary>
AverageBase = 1073939458,
/// <summary>
/// An average counter that shows how many items are processed, on average,
/// during an operation. Counters of this type display a ratio of the items
/// processed to the number of operations completed. The ratio is calculated
/// by comparing the number of items processed during the last interval to
/// the number of operations completed during the last interval.
/// </summary>
AverageCount64 = 1073874176,
/// <summary>
/// An average counter that shows how many items are processed, on average,
/// during an operation. Counters of this type display a ratio of the items
/// processed to the number of operations completed. The ratio is calculated
/// by comparing the number of items processed during the last interval to
/// the number of operations completed during the last interval.
/// </summary>
AverageCount64 = 1073874176,
/// <summary>
/// A percentage counter that shows the average ratio of hits to all
/// operations during the last two sample intervals.
/// </summary>
SampleFraction = 549585920,
/// <summary>
/// A percentage counter that shows the average ratio of hits to all
/// operations during the last two sample intervals.
/// </summary>
SampleFraction = 549585920,
/// <summary>
/// An average counter that shows the average number of operations completed
/// in one second. When a counter of this type samples the data, each sampling
/// interrupt returns one or zero. The counter data is the number of ones that
/// were sampled. It measures time in units of ticks of the system performance timer.
/// </summary>
SampleCounter = 4260864,
/// <summary>
/// An average counter that shows the average number of operations completed
/// in one second. When a counter of this type samples the data, each sampling
/// interrupt returns one or zero. The counter data is the number of ones that
/// were sampled. It measures time in units of ticks of the system performance timer.
/// </summary>
SampleCounter = 4260864,
/// <summary>
/// A base counter that stores the number of sampling interrupts taken
/// and is used as a denominator in the sampling fraction. The sampling
/// fraction is the number of samples that were 1 (or true) for a sample
/// interrupt. Check that this value is greater than zero before using
/// it as the denominator in a calculation of SampleFraction.
/// </summary>
SampleBase = 1073939457,
/// <summary>
/// A base counter that stores the number of sampling interrupts taken
/// and is used as a denominator in the sampling fraction. The sampling
/// fraction is the number of samples that were 1 (or true) for a sample
/// interrupt. Check that this value is greater than zero before using
/// it as the denominator in a calculation of SampleFraction.
/// </summary>
SampleBase = 1073939457,
/// <summary>
/// A percentage counter that shows the average time that a component is
/// active as a percentage of the total sample time.
/// </summary>
CounterTimer = 541132032,
/// <summary>
/// A percentage counter that shows the average time that a component is
/// active as a percentage of the total sample time.
/// </summary>
CounterTimer = 541132032,
/// <summary>
/// A percentage counter that displays the average percentage of active
/// time observed during sample interval. The value of these counters is
/// calculated by monitoring the percentage of time that the service was
/// inactive and then subtracting that value from 100 percent.
/// </summary>
CounterTimerInverse = 557909248,
/// <summary>
/// A percentage counter that displays the average percentage of active
/// time observed during sample interval. The value of these counters is
/// calculated by monitoring the percentage of time that the service was
/// inactive and then subtracting that value from 100 percent.
/// </summary>
CounterTimerInverse = 557909248,
/// <summary>A percentage counter that shows the active time of a component
/// as a percentage of the total elapsed time of the sample interval.
/// It measures time in units of 100 nanoseconds (ns). Counters of this
/// type are designed to measure the activity of one component at a time.
/// </summary>
Timer100Ns = 542180608,
/// <summary>A percentage counter that shows the active time of a component
/// as a percentage of the total elapsed time of the sample interval.
/// It measures time in units of 100 nanoseconds (ns). Counters of this
/// type are designed to measure the activity of one component at a time.
/// </summary>
Timer100Ns = 542180608,
/// <summary>
/// A percentage counter that shows the average percentage of active time
/// observed during the sample interval.
/// </summary>
Timer100NsInverse = 558957824,
/// <summary>
/// A percentage counter that shows the average percentage of active time
/// observed during the sample interval.
/// </summary>
Timer100NsInverse = 558957824,
/// <summary>
/// A difference timer that shows the total time between when the component
/// or process started and the time when this value is calculated.
/// </summary>
ElapsedTime = 807666944,
/// <summary>
/// A difference timer that shows the total time between when the component
/// or process started and the time when this value is calculated.
/// </summary>
ElapsedTime = 807666944,
/// <summary>
/// A percentage counter that displays the active time of one or more
/// components as a percentage of the total time of the sample interval.
/// Because the numerator records the active time of components operating
/// simultaneously, the resulting percentage can exceed 100 percent.
/// </summary>
CounterMultiTimer = 574686464,
/// <summary>
/// A percentage counter that displays the active time of one or more
/// components as a percentage of the total time of the sample interval.
/// Because the numerator records the active time of components operating
/// simultaneously, the resulting percentage can exceed 100 percent.
/// </summary>
CounterMultiTimer = 574686464,
/// <summary>
/// A percentage counter that shows the active time of one or more components
/// as a percentage of the total time of the sample interval. It derives
/// the active time by measuring the time that the components were not
/// active and subtracting the result from 100 percent by the number of
/// objects monitored.
/// </summary>
CounterMultiTimerInverse = 591463680,
/// <summary>
/// A percentage counter that shows the active time of one or more components
/// as a percentage of the total time of the sample interval. It derives
/// the active time by measuring the time that the components were not
/// active and subtracting the result from 100 percent by the number of
/// objects monitored.
/// </summary>
CounterMultiTimerInverse = 591463680,
/// <summary>
/// A percentage counter that shows the active time of one or more components
/// as a percentage of the total time of the sample interval. It measures
/// time in 100 nanosecond (ns) units.</summary>
CounterMultiTimer100Ns = 575735040,
/// <summary>
/// A percentage counter that shows the active time of one or more components
/// as a percentage of the total time of the sample interval. It measures
/// time in 100 nanosecond (ns) units.</summary>
CounterMultiTimer100Ns = 575735040,
/// <summary>
/// A percentage counter that shows the active time of one or more components
/// as a percentage of the total time of the sample interval. Counters of
/// this type measure time in 100 nanosecond (ns) units. They derive the
/// active time by measuring the time that the components were not active
/// and subtracting the result from multiplying 100 percent by the number
/// of objects monitored.</summary>
CounterMultiTimer100NsInverse = 592512256,
/// <summary>
/// A percentage counter that shows the active time of one or more components
/// as a percentage of the total time of the sample interval. Counters of
/// this type measure time in 100 nanosecond (ns) units. They derive the
/// active time by measuring the time that the components were not active
/// and subtracting the result from multiplying 100 percent by the number
/// of objects monitored.</summary>
CounterMultiTimer100NsInverse = 592512256,
/// <summary>
/// A base counter that indicates the number of items sampled. It is used
/// as the denominator in the calculations to get an average among the
/// items sampled when taking timings of multiple, but similar items.
/// Used with CounterMultiTimer, CounterMultiTimerInverse, CounterMultiTimer100Ns,
/// and CounterMultiTimer100NsInverse.</summary>
CounterMultiBase = 1107494144,
/// <summary>
/// A base counter that indicates the number of items sampled. It is used
/// as the denominator in the calculations to get an average among the
/// items sampled when taking timings of multiple, but similar items.
/// Used with CounterMultiTimer, CounterMultiTimerInverse, CounterMultiTimer100Ns,
/// and CounterMultiTimer100NsInverse.</summary>
CounterMultiBase = 1107494144,
/// <summary>
/// A difference counter that shows the change in the measured attribute
/// between the two most recent sample intervals.
/// </summary>
CounterDelta32 = 4195328,
/// <summary>
/// A difference counter that shows the change in the measured attribute
/// between the two most recent sample intervals.
/// </summary>
CounterDelta32 = 4195328,
/// <summary>
/// A difference counter that shows the change in the measured attribute
/// between the two most recent sample intervals. It is the same as the
/// CounterDelta32 counter type except that is uses larger fields to
/// accomodate larger values.</summary>
CounterDelta64 = 4195584
}
/// <summary>
/// A difference counter that shows the change in the measured attribute
/// between the two most recent sample intervals. It is the same as the
/// CounterDelta32 counter type except that is uses larger fields to
/// accomodate larger values.</summary>
CounterDelta64 = 4195584
}
}
#endif
src/Microsoft.PowerShell.Commands.Management/commands/management/SetClipboardCommand.cs
+1 -1
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@@ -291,7 +291,7 @@ namespace Microsoft.PowerShell.Commands
if (ShouldProcess(setClipboardShouldProcessTarget, "Set-Clipboard"))
{
// Set file list formats to clipboard.
// Set file list formats to clipboard.
Clipboard.Clear();
StringCollection fileDropList = new StringCollection();
fileDropList.AddRange(dropFiles.ToArray());
src/Microsoft.PowerShell.GraphicalHost/ManagementList/Common/ListOrganizer.Generated.cs
+1 -1
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@@ -32,7 +32,7 @@ namespace Microsoft.Management.UI.Internal
///
/// If a custom template is provided for this control, then the template MUST provide the following template parts:
///
/// PART_Picker - A required template part which must be of type PickerBase. This control provides basic functionality for Picker-like controls.
/// PART_Picker - A required template part which must be of type PickerBase. This control provides basic functionality for Picker-like controls.
///
/// </remarks>
[TemplatePart(Name="PART_Picker", Type=typeof(PickerBase))]
src/Microsoft.PowerShell.GraphicalHost/ManagementList/Common/ListOrganizerItem.Generated.cs
+4 -4
View File
@@ -31,10 +31,10 @@ namespace Microsoft.Management.UI.Internal
///
/// If a custom template is provided for this control, then the template MUST provide the following template parts:
///
/// PART_DeleteButton - A required template part which must be of type Button. Button which keeps track of whether the row should be deleted.
/// PART_EditBox - A required template part which must be of type TextBox. Displays the text content in an editable manner.
/// PART_LinkButton - A required template part which must be of type Button. Displays the text content in a read-only manner and allows single click selection.
/// PART_RenameButton - A required template part which must be of type ToggleButton. Button which allows for editing the name of the item.
/// PART_DeleteButton - A required template part which must be of type Button. Button which keeps track of whether the row should be deleted.
/// PART_EditBox - A required template part which must be of type TextBox. Displays the text content in an editable manner.
/// PART_LinkButton - A required template part which must be of type Button. Displays the text content in a read-only manner and allows single click selection.
/// PART_RenameButton - A required template part which must be of type ToggleButton. Button which allows for editing the name of the item.
///
/// </remarks>
[TemplatePart(Name="PART_DeleteButton", Type=typeof(Button))]
src/Microsoft.PowerShell.GraphicalHost/ManagementList/Common/PickerBase.Generated.cs
+2 -2
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@@ -30,8 +30,8 @@ namespace Microsoft.Management.UI.Internal
///
/// If a custom template is provided for this control, then the template MUST provide the following template parts:
///
/// PART_DropDown - A required template part which must be of type DismissiblePopup. The dropdown which hosts the picker.
/// PART_DropDownButton - A required template part which must be of type ToggleButton. The ToggleButton which controls whether the dropdown is open.
/// PART_DropDown - A required template part which must be of type DismissiblePopup. The dropdown which hosts the picker.
/// PART_DropDownButton - A required template part which must be of type ToggleButton. The ToggleButton which controls whether the dropdown is open.
///
/// </remarks>
[TemplatePart(Name="PART_DropDown", Type=typeof(DismissiblePopup))]
src/Microsoft.PowerShell.GraphicalHost/ManagementList/CommonControls/Resizer.Generated.cs
+2 -2
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@@ -29,8 +29,8 @@ namespace Microsoft.Management.UI.Internal
///
/// If a custom template is provided for this control, then the template MUST provide the following template parts:
///
/// PART_LeftGrip - A required template part which must be of type Thumb. The grip on the left.
/// PART_RightGrip - A required template part which must be of type Thumb. The grip on the right.
/// PART_LeftGrip - A required template part which must be of type Thumb. The grip on the left.
/// PART_RightGrip - A required template part which must be of type Thumb. The grip on the right.
///
/// </remarks>
[TemplatePart(Name="PART_LeftGrip", Type=typeof(Thumb))]
src/Microsoft.PowerShell.GraphicalHost/ManagementList/ManagementList/PropertyValueComparer.cs
+1 -1
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@@ -123,7 +123,7 @@ namespace Microsoft.Management.UI.Internal
return LanguagePrimitives.Compare(firstValue, secondValue);
}
// otherwise compare them as strings
// otherwise compare them as strings
return string.Compare(firstValue.ToString(), secondValue.ToString(), stringComparison);
}
src/Microsoft.PowerShell.Workflow.ServiceCore/ServiceCore/WorkflowCore/GlobalConfiguration.cs
+7 -7
View File
@@ -232,13 +232,13 @@ namespace Microsoft.PowerShell.Workflow
{
if (_powerShellActivitiesAreAllowed == null)
{
lock (_syncObject) {
if (_powerShellActivitiesAreAllowed == null)
{
bool allowed = (AllowedActivity ?? new string[0]).Any(a => string.Equals(a, PSDefaultActivities, StringComparison.OrdinalIgnoreCase));
_powerShellActivitiesAreAllowed = allowed;
}
}
lock (_syncObject) {
if (_powerShellActivitiesAreAllowed == null)
{
bool allowed = (AllowedActivity ?? new string[0]).Any(a => string.Equals(a, PSDefaultActivities, StringComparison.OrdinalIgnoreCase));
_powerShellActivitiesAreAllowed = allowed;
}
}
}
return _powerShellActivitiesAreAllowed.Value;
}
src/Microsoft.PowerShell.Workflow.ServiceCore/ServiceCore/WorkflowCore/NewPSWorkflowExecutionOptionCommand.cs
+3 -3
View File
@@ -539,8 +539,8 @@ namespace Microsoft.PowerShell.Commands
if (activityProcessIdleTimeoutSec != PSWorkflowConfigurationProvider.DefaultActivityProcessIdleTimeoutSec)
privateDataParams.Append(string.Format(CultureInfo.InvariantCulture, ParamToken, PSWorkflowConfigurationProvider.TokenActivityProcessIdleTimeoutSec, activityProcessIdleTimeoutSec));
if (workflowApplicationPersistUnloadTimeoutSec != PSWorkflowConfigurationProvider.DefaultWorkflowApplicationPersistUnloadTimeoutSec)
privateDataParams.Append(string.Format(CultureInfo.InvariantCulture, ParamToken, PSWorkflowConfigurationProvider.TokenWorkflowApplicationPersistUnloadTimeoutSec, workflowApplicationPersistUnloadTimeoutSec));
if (workflowApplicationPersistUnloadTimeoutSec != PSWorkflowConfigurationProvider.DefaultWorkflowApplicationPersistUnloadTimeoutSec)
privateDataParams.Append(string.Format(CultureInfo.InvariantCulture, ParamToken, PSWorkflowConfigurationProvider.TokenWorkflowApplicationPersistUnloadTimeoutSec, workflowApplicationPersistUnloadTimeoutSec));
if (wsmanPluginReportCompletionOnZeroActiveSessionsWaitIntervalMSec != PSWorkflowConfigurationProvider.DefaultWSManPluginReportCompletionOnZeroActiveSessionsWaitIntervalMSec)
privateDataParams.Append(string.Format(CultureInfo.InvariantCulture, ParamToken, PSWorkflowConfigurationProvider.TokenWSManPluginReportCompletionOnZeroActiveSessionsWaitIntervalMSec, wsmanPluginReportCompletionOnZeroActiveSessionsWaitIntervalMSec));
@@ -549,7 +549,7 @@ namespace Microsoft.PowerShell.Commands
privateDataParams.Append(string.Format(CultureInfo.InvariantCulture, ParamToken, PSWorkflowConfigurationProvider.TokenActivitiesCacheCleanupIntervalMSec, activitiesCacheCleanupIntervalMSec));
if (remoteNodeSessionIdleTimeoutSec != PSWorkflowConfigurationProvider.DefaultRemoteNodeSessionIdleTimeoutSec)
privateDataParams.Append(string.Format(CultureInfo.InvariantCulture, ParamToken, PSWorkflowConfigurationProvider.TokenRemoteNodeSessionIdleTimeoutSec, remoteNodeSessionIdleTimeoutSec));
privateDataParams.Append(string.Format(CultureInfo.InvariantCulture, ParamToken, PSWorkflowConfigurationProvider.TokenRemoteNodeSessionIdleTimeoutSec, remoteNodeSessionIdleTimeoutSec));
if (sessionThrottleLimit != PSWorkflowConfigurationProvider.DefaultSessionThrottleLimit)
privateDataParams.Append(string.Format(CultureInfo.InvariantCulture, ParamToken, PSWorkflowConfigurationProvider.TokenSessionThrottleLimit, sessionThrottleLimit));
src/Microsoft.PowerShell.Workflow.ServiceCore/ServiceCore/WorkflowCore/PSActivityBase.cs
+1 -1
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@@ -3886,7 +3886,7 @@ namespace Microsoft.PowerShell.Activities
if (!sessionSet)
{
if (cimActivityImplementationContext == null)
throw new ArgumentException(Resources.InvalidImplementationContext);
throw new ArgumentException(Resources.InvalidImplementationContext);
bool useSsl = false;
if (cimActivityImplementationContext.PSUseSsl.HasValue)
src/Microsoft.PowerShell.Workflow.ServiceCore/ServiceCore/WorkflowCore/PowerShellWorkflowHost.cs
+1 -1
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@@ -23,7 +23,7 @@ namespace Microsoft.PowerShell.Workflow
private RunspaceProvider _localRunspaceProvider;
private RunspaceProvider _unboundedLocalRunspaceProvider;
private static readonly Tracer _tracer = new Tracer();
private static readonly Tracer _tracer = new Tracer();
private static readonly PSPerfCountersMgr _psPerfCountersMgrInst = PSPerfCountersMgr.Instance;
private readonly PSWorkflowConfigurationProvider _configuration;
private readonly object _syncObject = new object();
src/Microsoft.PowerShell.Workflow.ServiceCore/ServiceCore/WorkflowCore/WorkflowValidation.cs
+1 -1
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@@ -15,7 +15,7 @@ namespace Microsoft.PowerShell.Workflow
using System.Diagnostics.CodeAnalysis;
using System.Management.Automation.Tracing;
using Microsoft.PowerShell.Activities;
using System.Management.Automation;
using System.Management.Automation;
using System.Collections.Concurrent;
using System.Reflection;
src/ResGen/Program.cs
+1 -1
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@@ -12,7 +12,7 @@ namespace ConsoleApplication
{
// we are assuming resgen is run with 'dotnet run'
// so we can use relative paths
foreach (string folder in Directory.EnumerateDirectories(".."))
foreach (string folder in Directory.EnumerateDirectories(".."))
{
string moduleName = Path.GetFileName(folder);
string resourcePath = Path.Combine(folder, "resources");
src/System.Management.Automation/commands/utility/FormatAndOutput/common/DefaultFormatters/DotNetTypes_format_ps1xml.cs
+35 -35
View File
@@ -828,11 +828,11 @@ namespace System.Management.Automation.Runspaces
.AddHeader(label: "Time(ms)", width: 9)
.StartRowDefinition()
.AddScriptBlockColumn(@"
$sourceName = $_.PSComputerName;
if($sourceName -eq ""."")
{$sourceName = $env:COMPUTERNAME;}
return $sourceName;
")
$sourceName = $_.PSComputerName;
if($sourceName -eq ""."")
{$sourceName = $env:COMPUTERNAME;}
return $sourceName;
")
.AddPropertyColumn("Address")
.AddPropertyColumn("IPV4Address")
.AddPropertyColumn("IPV6Address")
@@ -853,36 +853,36 @@ namespace System.Management.Automation.Runspaces
.AddHeader(label: "RestorePointType", width: 22)
.StartRowDefinition()
.AddScriptBlockColumn(@"
return $_.ConvertToDateTime($_.CreationTime)
")
return $_.ConvertToDateTime($_.CreationTime)
")
.AddPropertyColumn("Description")
.AddPropertyColumn("SequenceNumber")
.AddScriptBlockColumn(@"
$eventType = $_.EventType;
if($_.EventType -eq 100)
{$eventType = ""BEGIN_SYSTEM_CHANGE"";}
if($_.EventType -eq 101)
{$eventType = ""END_SYSTEM_CHANGE"";}
if($_.EventType -eq 102)
{$eventType = ""BEGIN_NESTED_SYSTEM_CHANGE"";}
if($_.EventType -eq 103)
{$eventType = ""END_NESTED_SYSTEM_CHANGE"";}
return $eventType;
")
$eventType = $_.EventType;
if($_.EventType -eq 100)
{$eventType = ""BEGIN_SYSTEM_CHANGE"";}
if($_.EventType -eq 101)
{$eventType = ""END_SYSTEM_CHANGE"";}
if($_.EventType -eq 102)
{$eventType = ""BEGIN_NESTED_SYSTEM_CHANGE"";}
if($_.EventType -eq 103)
{$eventType = ""END_NESTED_SYSTEM_CHANGE"";}
return $eventType;
")
.AddScriptBlockColumn(@"
$RestorePointType = $_.RestorePointType;
if($_.RestorePointType -eq 0)
{ $RestorePointType = ""APPLICATION_INSTALL"";}
if($_.RestorePointType -eq 1)
{ $RestorePointType = ""APPLICATION_UNINSTALL"";}
if($_.RestorePointType -eq 10)
{ $RestorePointType = ""DEVICE_DRIVER_INSTALL"";}
if($_.RestorePointType -eq 12)
{ $RestorePointType = ""MODIFY_SETTINGS"";}
if($_.RestorePointType -eq 13)
{ $RestorePointType = ""CANCELLED_OPERATION"";}
return $RestorePointType;
")
$RestorePointType = $_.RestorePointType;
if($_.RestorePointType -eq 0)
{ $RestorePointType = ""APPLICATION_INSTALL"";}
if($_.RestorePointType -eq 1)
{ $RestorePointType = ""APPLICATION_UNINSTALL"";}
if($_.RestorePointType -eq 10)
{ $RestorePointType = ""DEVICE_DRIVER_INSTALL"";}
if($_.RestorePointType -eq 12)
{ $RestorePointType = ""MODIFY_SETTINGS"";}
if($_.RestorePointType -eq 13)
{ $RestorePointType = ""CANCELLED_OPERATION"";}
return $RestorePointType;
")
.EndRowDefinition()
.EndTable());
}
@@ -917,13 +917,13 @@ namespace System.Management.Automation.Runspaces
.AddScriptBlockColumn(@"
$RestorePointType = $_.RestorePointType;
if($_.RestorePointType -eq 0)
{ $RestorePointType = ""APPLICATION_INSTALL"";}
{ $RestorePointType = ""APPLICATION_INSTALL"";}
if($_.RestorePointType -eq 1)
{ $RestorePointType = ""APPLICATION_UNINSTALL"";}
{ $RestorePointType = ""APPLICATION_UNINSTALL"";}
if($_.RestorePointType -eq 10)
{ $RestorePointType = ""DEVICE_DRIVER_INSTALL"";}
{ $RestorePointType = ""DEVICE_DRIVER_INSTALL"";}
if($_.RestorePointType -eq 12)
{ $RestorePointType = ""MODIFY_SETTINGS"";}
{ $RestorePointType = ""MODIFY_SETTINGS"";}
if($_.RestorePointType -eq 13)
{ $RestorePointType = ""CANCELLED_OPERATION"";}
return $RestorePointType;
src/System.Management.Automation/engine/ComInterop/VarEnumSelector.cs
+8 -8
View File
@@ -14,14 +14,14 @@ namespace System.Management.Automation.ComInterop
/// <summary>
/// If a managed user type (as opposed to a primitive type or a COM object) is passed as an argument to a COM call, we need
/// to determine the VarEnum type we will marshal it as. We have the following options:
/// 1. Raise an exception. Languages with their own version of primitive types would not be able to call
/// COM methods using the language's types (for eg. strings in IronRuby are not System.String). An explicit
/// cast would be needed.
/// 2. We could marshal it as VT_DISPATCH. Then COM code will be able to access all the APIs in a late-bound manner,
/// but old COM components will probably malfunction if they expect a primitive type.
/// 3. We could guess which primitive type is the closest match. This will make COM components be as easily
/// accessible as .NET methods.
/// 4. We could use the type library to check what the expected type is. However, the type library may not be available.
/// 1.Raise an exception. Languages with their own version of primitive types would not be able to call
/// COM methods using the language's types (for eg. strings in IronRuby are not System.String). An explicit
/// cast would be needed.
/// 2.We could marshal it as VT_DISPATCH. Then COM code will be able to access all the APIs in a late-bound manner,
/// but old COM components will probably malfunction if they expect a primitive type.
/// 3.We could guess which primitive type is the closest match. This will make COM components be as easily
/// accessible as .NET methods.
/// 4.We could use the type library to check what the expected type is. However, the type library may not be available.
///
/// VarEnumSelector implements option # 3
/// </summary>
src/System.Management.Automation/engine/InitialSessionState.cs
+1 -1
View File
@@ -5307,7 +5307,7 @@ end
"Receive-PSSession", "", ScopedItemOptions.ReadOnly | ScopedItemOptions.AllScope),
new SessionStateAliasEntry("exsn",
"Exit-PSSession", "", ScopedItemOptions.AllScope),
// Win8: 121662/169179 Add "sls" alias for Select-String cmdlet
// Win8: 121662/169179 Add "sls" alias for Select-String cmdlet
// - do not use AllScope - this causes errors in profiles that set this somewhat commonly used alias.
new SessionStateAliasEntry("sls",
"Select-String", "", ScopedItemOptions.None),
src/System.Management.Automation/engine/MshCommandRuntime.cs
+1 -1
View File
@@ -285,7 +285,7 @@ namespace System.Management.Automation
ThrowIfWriteNotPermitted(true);
_WriteObjectsSkipAllowCheck(sendToPipeline);
}
// Trust: public void WriteObject(object sendToPipeline, DataTrustCategory trustCategory); // enumerateCollection defaults to false
// Trust: public void WriteObject(object sendToPipeline, DataTrustCategory trustCategory); // enumerateCollection defaults to false
// Trust: public void WriteObject(object sendToPipeline, bool enumerateCollection, DataTrustCategory trustCategory);
// Variables needed to generate a unique SourceId for
src/System.Management.Automation/engine/PSMI/Serialization/KnownMITypes.cs
+1 -1
View File
@@ -129,7 +129,7 @@ namespace System.Management.Automation
//new MITypeSerializationInfo(typeof(SecureString),
// InternalSerializer.WriteSecureString),
};
};
/// <summary>
/// Dictionary of knowntypes.
src/System.Management.Automation/engine/TypesV3_Ps1Xml.cs
+3 -3
View File
@@ -51,9 +51,9 @@ namespace System.Management.Automation.Runspaces
new ScriptPropertyData(@"ConnectedUser", GetScriptBlock(@"$this.UserInfo.Identity.Name"), null));
td2.Members.Add("RunAsUser",
new ScriptPropertyData(@"RunAsUser", GetScriptBlock(@"if($this.UserInfo.WindowsIdentity -ne $null)
{
$this.UserInfo.WindowsIdentity.Name
}"), null));
{
$this.UserInfo.WindowsIdentity.Name
}"), null));
yield return td2;
var td3 = new TypeData(@"System.Management.Automation.CompletionResult", true);
src/System.Management.Automation/engine/remoting/commands/CustomShellCommands.cs
+19 -19
View File
@@ -123,20 +123,20 @@ function Register-PSSessionConfiguration
new-item -path WSMan:\localhost\Plugin -file ""$filepath"" -name ""$pluginName""
# $? is to make sure the last operation is succeeded
if ($? -and $runAsUserName)
{{
try {{
$runAsCredential = new-object system.management.automation.PSCredential($runAsUserName, $runAsPassword)
set-item -WarningAction SilentlyContinue WSMan:\localhost\Plugin\""$pluginName""\RunAsUser $runAsCredential -confirm:$false
}} catch {{
remove-item WSMan:\localhost\Plugin\""$pluginName"" -recurse -force
write-error $_
if ($? -and $runAsUserName)
{{
try {{
$runAsCredential = new-object system.management.automation.PSCredential($runAsUserName, $runAsPassword)
set-item -WarningAction SilentlyContinue WSMan:\localhost\Plugin\""$pluginName""\RunAsUser $runAsCredential -confirm:$false
}} catch {{
remove-item WSMan:\localhost\Plugin\""$pluginName"" -recurse -force
write-error $_
# Do not add anymore clean up code after Write-Error, because if EA=Stop is set by user
# any code at this point will not execute.
return
}}
}}
return
}}
}}
## Replace the SDDL with any groups or restrictions defined in the PSSessionConfigurationFile
if($? -and $configTableSddl -and (-not $isSddlSpecified))
@@ -236,13 +236,13 @@ function Register-PSSessionConfiguration
}}
}} catch {{
remove-item WSMan:\localhost\Plugin\""$pluginName"" -recurse -force
write-error $_
remove-item WSMan:\localhost\Plugin\""$pluginName"" -recurse -force
write-error $_
# Do not add anymore clean up code after Write-Error, because if EA=Stop is set by user
# any code at this point will not execute.
return
}}
return
}}
}}
if ($?){{
@@ -293,10 +293,10 @@ else
</PlugInConfiguration>
";
private const string architectureAttribFormat = @"
Architecture='{0}'";
Architecture='{0}'";
private const string sharedHostAttribFormat = @"
UseSharedProcess='{0}'";
UseSharedProcess='{0}'";
private const string runasVirtualAccountAttribFormat = @"
RunAsVirtualAccount='{0}'";
@@ -305,7 +305,7 @@ else
RunAsVirtualAccountGroups='{0}'";
private const string allowRemoteShellAccessFormat = @"
Enabled='{0}'";
Enabled='{0}'";
private const string initParamFormat = @"
<Param Name='{0}' Value='{1}' />{2}";
@@ -2992,7 +2992,7 @@ Set-SessionPluginOptions $args[0]
function Set-RunAsCredential{{
param (
[string]$runAsUserName,
[system.security.securestring]$runAsPassword
[system.security.securestring]$runAsPassword
)
$cred = new-object System.Management.Automation.PSCredential($runAsUserName, $runAsPassword)
src/System.Management.Automation/engine/serialization.cs
+20 -20
View File
@@ -375,13 +375,13 @@ namespace System.Management.Automation
_cimClassIdToClass.Add(key, cimClass);
/* PRINTF DEBUG
Console.WriteLine("Contents of deserialization cache (after a call to AddCimClassToCache ({0})):", key);
Console.WriteLine(" Count = {0}", this._cimClassIdToClass.Count);
foreach (var t in this._cimClassIdToClass.Keys)
{
Console.WriteLine(" {0}", t);
}
*/
Console.WriteLine("Contents of deserialization cache (after a call to AddCimClassToCache ({0})):", key);
Console.WriteLine(" Count = {0}", this._cimClassIdToClass.Count);
foreach (var t in this._cimClassIdToClass.Keys)
{
Console.WriteLine(" {0}", t);
}
*/
}
internal CimClass GetCimClassFromCache(TKey key)
@@ -390,15 +390,15 @@ namespace System.Management.Automation
if (_cimClassIdToClass.TryGetValue(key, out cimClass))
{
/* PRINTF DEBUG
Console.WriteLine("GetCimClassFromCache - class found: {0}", key);
*/
Console.WriteLine("GetCimClassFromCache - class found: {0}", key);
*/
return cimClass;
}
/* PRINTF DEBUG
Console.WriteLine("GetCimClassFromCache - class NOT found: {0}", key);
*/
Console.WriteLine("GetCimClassFromCache - class NOT found: {0}", key);
*/
return null;
}
@@ -424,13 +424,13 @@ namespace System.Management.Automation
_cimClassesHeldByDeserializer.Add(key);
/* PRINTF DEBUG
Console.WriteLine("Contents of serialization cache (after adding {0}):", key);
Console.WriteLine(" Count = {0}", this._cimClassesHeldByDeserializer.Count);
foreach (var t in _cimClassesHeldByDeserializer)
{
Console.WriteLine(" {0}", t);
}
*/
Console.WriteLine("Contents of serialization cache (after adding {0}):", key);
Console.WriteLine(" Count = {0}", this._cimClassesHeldByDeserializer.Count);
foreach (var t in _cimClassesHeldByDeserializer)
{
Console.WriteLine(" {0}", t);
}
*/
}
}
@@ -5874,8 +5874,8 @@ namespace System.Management.Automation
typeof(Int64),
typeof(SByte),
typeof(Single),
// typeof(ScriptBlock) - don't want ScriptBlocks, because they are deserialized into strings
typeof(String),
// typeof(ScriptBlock) - don't want ScriptBlocks, because they are deserialized into strings
typeof(String),
typeof(TimeSpan),
typeof(UInt16),
typeof(UInt32),
src/System.Management.Automation/singleshell/config/MshConsoleInfo.cs
+1 -1
View File
@@ -31,7 +31,7 @@ namespace System.Management.Automation.Runspaces
/// </summary>
/// <!--
/// Monad Console File is in the following format:
/// <?xml version="1.0"?>
/// <?xml version="1.0"?>
/// <PSConsoleFile ConsoleSchemaVersion=1.0>
///<PSVersion>1</PSVersion>
///<PSSnapIns>
test/csharp/test_FileSystemProvider.cs
+97 -97
View File
@@ -19,37 +19,37 @@ namespace PSTests
[Collection("AssemblyLoadContext")]
public class FileSystemProviderTests: IDisposable
{
private string testPath;
private string testContent;
public FileSystemProviderTests()
{
testPath = Path.Combine(Path.GetTempPath(),"test");
testContent = "test content!";
if(File.Exists(testPath)) File.Delete(testPath);
File.AppendAllText(testPath,testContent);
}
void IDisposable.Dispose()
{
File.Delete(testPath);
}
private string testPath;
private string testContent;
public FileSystemProviderTests()
{
testPath = Path.Combine(Path.GetTempPath(),"test");
testContent = "test content!";
if(File.Exists(testPath)) File.Delete(testPath);
File.AppendAllText(testPath,testContent);
}
void IDisposable.Dispose()
{
File.Delete(testPath);
}
private ExecutionContext GetExecutionContext()
{
CultureInfo currentCulture = CultureInfo.CurrentCulture;
private ExecutionContext GetExecutionContext()
{
CultureInfo currentCulture = CultureInfo.CurrentCulture;
PSHost hostInterface = new DefaultHost(currentCulture,currentCulture);
RunspaceConfiguration runspaceConfiguration = RunspaceConfiguration.Create();
InitialSessionState iss = InitialSessionState.CreateDefault2();
AutomationEngine engine = new AutomationEngine(hostInterface, runspaceConfiguration, iss);
ExecutionContext executionContext = new ExecutionContext(engine, hostInterface, iss);
return executionContext;
}
private ProviderInfo GetProvider()
return executionContext;
}
private ProviderInfo GetProvider()
{
ExecutionContext executionContext = GetExecutionContext();
SessionStateInternal sessionState = new SessionStateInternal(executionContext);
SessionStateProviderEntry providerEntry = new SessionStateProviderEntry("FileSystem",typeof(FileSystemProvider), null);
sessionState.AddSessionStateEntry(providerEntry);
SessionStateProviderEntry providerEntry = new SessionStateProviderEntry("FileSystem",typeof(FileSystemProvider), null);
sessionState.AddSessionStateEntry(providerEntry);
ProviderInfo matchingProvider = sessionState.ProviderList.ToList()[0];
return matchingProvider;
@@ -61,114 +61,114 @@ namespace PSTests
Assert.False(InternalSymbolicLinkLinkCodeMethods.CreateJunction("",""));
}
[Fact]
[Fact]
public void TestGetHelpMaml()
{
FileSystemProvider fileSystemProvider = new FileSystemProvider();
Assert.Equal(fileSystemProvider.GetHelpMaml(String.Empty,String.Empty),String.Empty);
Assert.Equal(fileSystemProvider.GetHelpMaml("helpItemName",String.Empty),String.Empty);
Assert.Equal(fileSystemProvider.GetHelpMaml(String.Empty,"path"),String.Empty);
FileSystemProvider fileSystemProvider = new FileSystemProvider();
Assert.Equal(fileSystemProvider.GetHelpMaml(String.Empty,String.Empty),String.Empty);
Assert.Equal(fileSystemProvider.GetHelpMaml("helpItemName",String.Empty),String.Empty);
Assert.Equal(fileSystemProvider.GetHelpMaml(String.Empty,"path"),String.Empty);
}
[Fact]
[Fact]
public void TestMode()
{
Assert.Equal(FileSystemProvider.Mode(null),String.Empty);
FileSystemInfo directoryObject = new DirectoryInfo(@"/");
FileSystemInfo fileObject = new FileInfo(@"/etc/hosts");
FileSystemInfo executableObject = new FileInfo(@"/bin/echo");
Assert.Equal(FileSystemProvider.Mode(PSObject.AsPSObject(directoryObject)).Replace("r","-"),"d-----");
Assert.Equal(FileSystemProvider.Mode(PSObject.AsPSObject(fileObject)).Replace("r","-"),"------");
Assert.Equal(FileSystemProvider.Mode(PSObject.AsPSObject(executableObject)).Replace("r","-"),"------");
Assert.Equal(FileSystemProvider.Mode(null),String.Empty);
FileSystemInfo directoryObject = new DirectoryInfo(@"/");
FileSystemInfo fileObject = new FileInfo(@"/etc/hosts");
FileSystemInfo executableObject = new FileInfo(@"/bin/echo");
Assert.Equal(FileSystemProvider.Mode(PSObject.AsPSObject(directoryObject)).Replace("r","-"),"d-----");
Assert.Equal(FileSystemProvider.Mode(PSObject.AsPSObject(fileObject)).Replace("r","-"),"------");
Assert.Equal(FileSystemProvider.Mode(PSObject.AsPSObject(executableObject)).Replace("r","-"),"------");
}
[Fact]
[Fact]
public void TestGetProperty()
{
FileSystemProvider fileSystemProvider = new FileSystemProvider();
ProviderInfo providerInfoToSet = GetProvider();
fileSystemProvider.SetProviderInformation(providerInfoToSet);
fileSystemProvider.Context = new CmdletProviderContext(GetExecutionContext());
PSObject pso=new PSObject();
pso.AddOrSetProperty("IsReadOnly",false);
fileSystemProvider.SetProperty(testPath, pso);
fileSystemProvider.GetProperty(testPath, new Collection<string>(){"IsReadOnly"});
FileInfo fileSystemObject1 = new FileInfo(testPath);
PSObject psobject1=PSObject.AsPSObject(fileSystemObject1);
foreach(PSPropertyInfo property in psobject1.Properties)
{
if(property.Name == "IsReadOnly")
{
Assert.Equal(property.Value,false);
}
}
FileSystemProvider fileSystemProvider = new FileSystemProvider();
ProviderInfo providerInfoToSet = GetProvider();
fileSystemProvider.SetProviderInformation(providerInfoToSet);
fileSystemProvider.Context = new CmdletProviderContext(GetExecutionContext());
PSObject pso=new PSObject();
pso.AddOrSetProperty("IsReadOnly",false);
fileSystemProvider.SetProperty(testPath, pso);
fileSystemProvider.GetProperty(testPath, new Collection<string>(){"IsReadOnly"});
FileInfo fileSystemObject1 = new FileInfo(testPath);
PSObject psobject1=PSObject.AsPSObject(fileSystemObject1);
foreach(PSPropertyInfo property in psobject1.Properties)
{
if(property.Name == "IsReadOnly")
{
Assert.Equal(property.Value,false);
}
}
}
[Fact]
[Fact]
public void TestSetProperty()
{
FileSystemProvider fileSystemProvider = new FileSystemProvider();
ProviderInfo providerInfoToSet = GetProvider();
fileSystemProvider.SetProviderInformation(providerInfoToSet);
fileSystemProvider.Context = new CmdletProviderContext(GetExecutionContext());
fileSystemProvider.GetProperty(testPath, new Collection<string>(){"Name"});
FileInfo fileSystemObject1 = new FileInfo(testPath);
PSObject psobject1=PSObject.AsPSObject(fileSystemObject1);
foreach(PSPropertyInfo property in psobject1.Properties)
{
if(property.Name == "Name")
{
Assert.Equal(property.Value,"test");
}
}
FileSystemProvider fileSystemProvider = new FileSystemProvider();
ProviderInfo providerInfoToSet = GetProvider();
fileSystemProvider.SetProviderInformation(providerInfoToSet);
fileSystemProvider.Context = new CmdletProviderContext(GetExecutionContext());
fileSystemProvider.GetProperty(testPath, new Collection<string>(){"Name"});
FileInfo fileSystemObject1 = new FileInfo(testPath);
PSObject psobject1=PSObject.AsPSObject(fileSystemObject1);
foreach(PSPropertyInfo property in psobject1.Properties)
{
if(property.Name == "Name")
{
Assert.Equal(property.Value,"test");
}
}
}
[Fact]
[Fact]
public void TestClearProperty()
{
FileSystemProvider fileSystemProvider = new FileSystemProvider();
ProviderInfo providerInfoToSet = GetProvider();
fileSystemProvider.SetProviderInformation(providerInfoToSet);
fileSystemProvider.Context = new CmdletProviderContext(GetExecutionContext());
fileSystemProvider.ClearProperty(testPath, new Collection<string>(){"Attributes"});
FileSystemProvider fileSystemProvider = new FileSystemProvider();
ProviderInfo providerInfoToSet = GetProvider();
fileSystemProvider.SetProviderInformation(providerInfoToSet);
fileSystemProvider.Context = new CmdletProviderContext(GetExecutionContext());
fileSystemProvider.ClearProperty(testPath, new Collection<string>(){"Attributes"});
}
[Fact]
[Fact]
public void TestGetContentReader()
{
FileSystemProvider fileSystemProvider = new FileSystemProvider();
ProviderInfo providerInfoToSet = GetProvider();
fileSystemProvider.SetProviderInformation(providerInfoToSet);
fileSystemProvider.Context = new CmdletProviderContext(GetExecutionContext());
FileSystemProvider fileSystemProvider = new FileSystemProvider();
ProviderInfo providerInfoToSet = GetProvider();
fileSystemProvider.SetProviderInformation(providerInfoToSet);
fileSystemProvider.Context = new CmdletProviderContext(GetExecutionContext());
IContentReader contentReader = fileSystemProvider.GetContentReader(testPath);
Assert.Equal(contentReader.Read(1)[0],testContent);
contentReader.Close();
IContentReader contentReader = fileSystemProvider.GetContentReader(testPath);
Assert.Equal(contentReader.Read(1)[0],testContent);
contentReader.Close();
}
[Fact]
[Fact]
public void TestGetContentWriter()
{
FileSystemProvider fileSystemProvider = new FileSystemProvider();
ProviderInfo providerInfoToSet = GetProvider();
fileSystemProvider.SetProviderInformation(providerInfoToSet);
fileSystemProvider.Context = new CmdletProviderContext(GetExecutionContext());
FileSystemProvider fileSystemProvider = new FileSystemProvider();
ProviderInfo providerInfoToSet = GetProvider();
fileSystemProvider.SetProviderInformation(providerInfoToSet);
fileSystemProvider.Context = new CmdletProviderContext(GetExecutionContext());
IContentWriter contentWriter = fileSystemProvider.GetContentWriter(testPath);
contentWriter.Write(new List<string>(){"contentWriterTestContent"});
contentWriter.Close();
Assert.Equal(File.ReadAllText(testPath), testContent+@"contentWriterTestContent"+ System.Environment.NewLine);
IContentWriter contentWriter = fileSystemProvider.GetContentWriter(testPath);
contentWriter.Write(new List<string>(){"contentWriterTestContent"});
contentWriter.Close();
Assert.Equal(File.ReadAllText(testPath), testContent+@"contentWriterTestContent"+ System.Environment.NewLine);
}
[Fact]
[Fact]
public void TestClearContent()
{
FileSystemProvider fileSystemProvider = new FileSystemProvider();
ProviderInfo providerInfoToSet = GetProvider();
fileSystemProvider.SetProviderInformation(providerInfoToSet);
fileSystemProvider.Context = new CmdletProviderContext(GetExecutionContext());
fileSystemProvider.ClearContent(testPath);
Assert.Empty(File.ReadAllText(testPath));
FileSystemProvider fileSystemProvider = new FileSystemProvider();
ProviderInfo providerInfoToSet = GetProvider();
fileSystemProvider.SetProviderInformation(providerInfoToSet);
fileSystemProvider.Context = new CmdletProviderContext(GetExecutionContext());
fileSystemProvider.ClearContent(testPath);
Assert.Empty(File.ReadAllText(testPath));
}
}
}